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النظافة والتعقيم كما نعرف جميعنا انهم من الضروريات المهمة جدا سواء كانت نظافة شخصية او نظافة المنازل وتعقيمها لان هذه العملية تحافظ على صحة الانسان جيده دون حدوث اى امراض له وكما نعرف ايضا ان هناك مرض لعين قد انتشر في الفترة الاخيرة بطريقة كبيرة جدا فيروس كورونا المستجد فكان لابد من التعقيم المستمر لتجنب انتشار هذا المرض او العدوى ولكي نحافظ على اسرتنا واطفالنا من هذا الفيروس كان لابد من وجود نصائح للتعقيم الصحيح كما سنذكرها لكم الان وتكون الطرق المثالية للتعقيم من خلال مواد معقمة سريعة جدا وغير مكلفة وبدون جهد كبير تكاد تكون متواجدة في كل منزل او يمكنك الحصول عليها من خلال شركة تعقيم المنازل.

قبل ان نبدأ بخطواتنا الاولي لتعقيم المنزل لابد اولا ان ننظفه بالكامل لان معظم الاوساخ التى تتراكم على الاسطح هى المكون الاساسي للميكروبات والجراثيم فيجب عليكي ان تحضرى فوطة غير مبللة وتقومى بازالة جميع الاتربة التى توجد بالمنزل من الاعلى الى الاسفل دون استخدام الماء حتى لا تحدث اي ترسبات، والان انتهينا من الاتربة احضرى بعض الماء وسائل المنظف وامسحي الاثاث والقطع التى قمتى بازالة الاتربة عنها ثم قومى بغسل يديكى جيدا بالمياه والصابون  لمدة 30 ثانية تبعا لنصائح شركة تعقيم.

 

لقد انتهينا من التنظيف الان يمكننا ان نقوم بتعقيم المنزل بالكامل بكل سهولة من خلال احضار بعض المطهرات مثل الكلور من خلال خلط  4 ملاعق صغيرة منه في ربع لتر من الماء او مجموعة مناديل مبللة تحتوي على تركيز كحول 70% أو أكثر

او مطهرات الأيدي التي تحتوي على تركيز الكحول بنسبة 60% على الأقل او استخدام بيروكسيد الهيدروجين وهذه تكون المواد التى يمكننا استخدامها في التعقيم بالنسب المناسبة التى قدرتها منظمة الصحة العالمية و شركات تعقيم المنازل.

الان نبدأ بالاسطح عليك  ارتداء قفازات الايدى واحضار قطنة نظيفة وفرشاة تنظيف والكلور واغمسي القطنة هذه بالكلور ثم خذيها وعقمى جميع اجزاء المنزل بحرص ولكن يجب الا يلامس الكلور يديكى ابدا.

ثم ننتقل الى الحمامات التى تكون اكثر عرضة للجراثيم ونقوم باستخدام بيروكسيد الهيدروجين والماء وخلطهم جيدا وتطهير الحمام بهم جيدا ثم استخدمى قطنة جافة لمسح الحمام من وجود اى ترسبات كما تفعل شركة تعقيم منازل.

والان احضرى بعض المطهرات الاخرى والماء كما ذكرنا في السابق وقومى بمسح الارضيات جيدا وتعقيمها من اثار اى جراثيم والان اصبح المنزل معقم بالكامل وقد حصلتى على الوقاية الكاملة لعائلتك لان الوقاية في اغلب الحالات تكون افضل من العلاج

ملحوظة:- ان كنتى تريدين استخدام الكحول الإيثيلي لابد ان يكون بنسبة 70% حتى يقتل الفيروسات والميكروبات وبعد الانتهاء يجب التأكد من إحكام غلق محلول الكحول لأنه يتطاير سريعًا كما يجب التخلص من القفازات بعد الانتهاء من التنظيف بعد الانتهاء من عملية التعقيم والتنظيف يجب غسل اليدين جيدًا وعدم ملامسة اليد للوجه أثناء التنظيف والتعقيم حتى مع ارتداء القفازات، ينبغي عدم ملامسة اليد للوجه أثناء تنظيف الأسطح 

 

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.pdf Delete Best Online Baccarat in Indonesia – Play for Real Money

The law firm of Kenneth Powell is amongst the best in St. Louis. The firm's attorneys have considerable experience handling a variety of situations. Mr. Powell's experience in test work aided him earn various endorsements from his peers. He also won numerous awards for his client-centered method to lawsuits. The following is a checklist of the top factors to work with the firm. Each of these points describes the value of picking a high quality lawyer for your case.

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After the read, you can get the latest 5G/NB-IoT/LTE-Cat1/LoRa/Bluetooth/WiFi and other IoT wireless technology trends.

Over this period, the new 5G will contribute US$2.1 trillion in annual net GDP. This forecast is dependent on the actual commercialization of 5G new radio, which is the most noteworthy aspect of 5G.

The future of live streaming applications will be more rapid with the support of 5GNR.

Some data indicates that in cellular IoT connections, 60% of IoT connections require the narrowband network to provide services, about 10% of high-speed services require 4G Cat 4 or above or 5G eMBB to provide services, while the remaining 30% of low and medium rate IoT requires LTE Cat 1 or eMTC network to provide services

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When it involves providing in Aalter, the options are nearly countless. From classic Dutch dishes to innovative fusions, you can discover something to suit your preference as well as spending plan. Some catering services also supply food on verplaatsing. If this is a choice for you, see to it you contact them to see if they will certainly have the abil

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The most effective means to learn just how to play on-line slots is to have a look at a review of an on the internet gambling establishment. A gambling establishment is a physical establishment that offers the chance for individuals to wager in a specific video game. There are a lot of on-line gambling establishments, consisting of many preferred ones. The majority of these casino sites have a fantastic option of video games to pick from, as well as they're easy to browse. To start, simply select the video game you wish to play and also start playing!

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Portable Hydrogen Rich Water Generator Bottle is just one of the very best health gadgets you can possess. It develops hydrogen water in just 3 mins, and also is powered by an effective battery. Unlike various other comparable gadgets, this device does not utilize any type of electricity to make hydrogen, so it can be recharged quickly from a wall surface electrical outlet or USB port. The water produced by this device has an extremely high degree of hydrogen. Additionally, it boosts vitamins and mineral absorption as well as metabolic process and also assists safeguard the body versus illness.

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The most effective hydrogen water machine can provide you with a high concentration of hydrogen ions, varying from 1.0 to 1.5 ppm. The machine generates the water in a 5- to seven-minute cycle. The machine uses a typical 14-ounce plastic or glass canteen. It is mobile and also comes with a rechargeable lithium battery. A USB port enables you to link it to a laptop, battery bank, or car charger.

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A hydrogen water machine is among the best means to get more oxygen in your body, and also it likewise has several wellness benefits. It is made from an one-of-a-kind substance called H2, which has to do with 0.0007 components per million. The water is then dealt with to release the oxygen and also develop hydrogen bubbles, which drift away. Nevertheless, due to the fact that the liquid is so focused, you need to consume it promptly. This is where a hydrogen water machine comes in helpful.

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YOLA là trung tâm tiếng anh hàng đầu tại Việt Nam với hàng triệu lượt học viên đang theo học. Chương trình học được thiết kế cho từng đối tượng, từng độ tuổi, đảm bảo đầu ra chất lượng, người mất gốc cũng có thể giao tiếp như người bản xứ. Ngoài ra, YOLA cũng tự hào khi là nơi hoàn thành ước mơ du học của hàng nghìn học viên mỗi năm.

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levisions and computer monitors. It is also possible to download the movies. The best thing about th

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Status And Future Of 5G New Radio Technology

What is 5G New Radio (NR)?

5G New Radio (NR) is a new radio access technology (RAT) developed by 3GPP for the 5G (fifth generation) mobile network. It was designed to be the global standard for the air interface of 5G New Radio (NR) networks.

The 3GPP specification 38 series provides the technical details behind NR, the RAT beyond LTE.

The study of NR within 3GPP started in 2015, and the first specification was made available by the end of 2017. While the 3GPP standardization process was ongoing, the industry had already begun efforts to implement infrastructure compliant with the draft standard, with the expectation that the first large-scale commercial launch of 5G NR would occur in 2019.

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The 5G core network (5GC) is the brain of the 5G mobile communication network, which is responsible for managing and controlling the entire network.

The 5G core network is a collective name of many 5G NE equipment and is not specifically referred to as a network element device.

AMF (Access and Mobility Management Function Access and Mobility Management) supports a UE with different mobility management requirements. AMF can be classified as 4G MME.

Store and manage the permanent user ID (SUPI) of the 5G system;

AN (Access Network) is the access network, which can be a 3GPP access network (such as LTE, 5G-NR), or a Non-3GPP access network (such as common WiFi access).

.pdf Delete What is a 5G core network (5GC)?

While 5G has been a hot topic for years, there is still a great deal of work to be done behind the scenes in refining and effectively iterating on 5G standards.

5G NR (New Radio) Release 16 brings critical reliability and latency improvement technologies in several key areas, most notably an enhanced 5G URLLC base to deliver better link reliability (up to 99.9999%).

These networks have gained significant traction in industrial IoT use cases, enabling enterprises to deploy 5G industrial IoT networks with dedicated resources immediately, rather than waiting for broader 5G network deployments. Other benefits include specific optimizations for local applications and customized security and privacy settings when needed.

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How To Make A 433MHz Antenna Design

For a wireless system, a problem needs to be considered in the 433MHz antenna design. The 433MHz antenna design is a very precise task. A good 433MHz antenna needs to consider issues such as frequency band, impedance, and gain.

The simplest 433MHz antenna design is a whip antenna design, which is a 1/4-wavelength line placed on a ground plane. The most common examples are used in wireless broadcast radios, cable equalization amplifiers, amateur radio stations, and cellular phones.

All antennas, like any other element, have at least two connection points. For whip antennas, there must be a connection point and ground connection, although there is only one circuit trace and one battery in the ground layer area.

The whip antenna and the ground layer combine to form a complete circuit. A magnetic field is established between the whip antenna and the ground wire layer. When current passes through the field, the entire circuit is formed. The ideal ground plane should extend at least 1/4 wavelength around the whip antenna base, or more.

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Apple's first use of UWB is to provide positioning data. Location Supports Many applications in the fields of reality (AR), virtual reality (VR), games, equipment recovery, file sharing, and advertising beacons.

Development of UWB technology

With the growth of wireless communication demand in 1990, the advantages of ultra-wideband (UWB) become more obvious.

In 2002, Wi-Fi is still a relatively new technology. The 802.11b router was launched in 1999, the theoretical maximum speed of the 2.4 GHz band is 11 Mbit / s.

802.11A standard is also defined in 1999 and promised that the theoretical speed in the 5 GHz band is 54 Mbit / s, but due to its higher chip group cost, there is no attention in the consumer.

The 7.5 GHz bandwidth allocated between 3.1 GHz and 10.6 GHz is extremely valuable for wireless communication engineers.

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How To Solve The Warpage Defect In Injection Molding Of Thin-Walled Products?

What is a warpage defect in injection molding?

Warpage defect in injection molding is one of the common defects in injection molding of thin-walled plastic parts.

When the warpage deformation exceeds the allowable error, it becomes a molding defect, which affects the product assembly. Accurate analysis of the warpage defect in injection molding of a large number of thin-walled products is a prerequisite for effective control of warpage defects.

Most of the warpage defect in injection molding analysis adopts qualitative analysis, and measures are taken from the aspects of product design, mold design, and injection molding process conditions to minimize the degree of warpage deformation.

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The injection mold acceptance standard is recognized from the product quality, mold structure, injection molding process requirements, etc., accordingly, the injection mold quality is evaluated.

The cooling water juice should be used in the plastic block insertion mouth, and the customer needs to request.

The hardness of the mold components should not be less than 50 HRC, or the surface hardening treatment hardness should be higher than 600 hV.

The reset spring should be used as a standard piece, and the spring should not be ground and cut.

.pdf Delete 120 Lists of Injection Mold Acceptance Standards

Below are the 18 basic injection molding technologies that injection molding technicians must know.

The melt usually flows from the nozzle into the nozzle, but in some injection molds, the nozzle is part of the mold because it extends to the bottom of the mold. There are also two main types of nozzles: open nozzles and closed nozzles. In injection molding, open nozzles should be used more because they are cheaper and less likely to stay.

Make sure that the nozzle is correctly connected to the nozzle bushing, and the top hole is slightly smaller than the nozzle sprue bushing.

.pdf Delete 18 Basic Injection Molding Technologies

The injection mold acceptance standard is recognized from the product quality, mold structure, injection molding process requirements, etc., accordingly, the injection mold quality is evaluated.

The cooling water juice should be used in the plastic block insertion mouth, and the customer needs to request.

The hardness of the mold components should not be less than 50 HRC, or the surface hardening treatment hardness should be higher than 600 hV.

The reset spring should be used as a standard piece, and the spring should not be ground and cut.

.pdf Delete 120 Lists of Injection Mold Acceptance Standards

Below are the 18 basic injection molding technologies that injection molding technicians must know.

The melt usually flows from the nozzle into the nozzle, but in some injection molds, the nozzle is part of the mold because it extends to the bottom of the mold. There are also two main types of nozzles: open nozzles and closed nozzles. In injection molding, open nozzles should be used more because they are cheaper and less likely to stay.

Make sure that the nozzle is correctly connected to the nozzle bushing, and the top hole is slightly smaller than the nozzle sprue bushing.

.pdf Delete 18 Basic Injection Molding Technologies

The injection mold acceptance standard is recognized from the product quality, mold structure, injection molding process requirements, etc., accordingly, the injection mold quality is evaluated.

The cooling water juice should be used in the plastic block insertion mouth, and the customer needs to request.

The hardness of the mold components should not be less than 50 HRC, or the surface hardening treatment hardness should be higher than 600 hV.

The reset spring should be used as a standard piece, and the spring should not be ground and cut.

.pdf Delete 120 Lists of Injection Mold Acceptance Standards

The injection mold acceptance standard is recognized from the product quality, mold structure, injection molding process requirements, etc., accordingly, the injection mold quality is evaluated.

The cooling water juice should be used in the plastic block insertion mouth, and the customer needs to request.

The hardness of the mold components should not be less than 50 HRC, or the surface hardening treatment hardness should be higher than 600 hV.

The reset spring should be used as a standard piece, and the spring should not be ground and cut.

.pdf Delete 120 Lists of Injection Mold Acceptance Standards

The injection mold acceptance standard is recognized from the product quality, mold structure, injection molding process requirements, etc., accordingly, the injection mold quality is evaluated.

The cooling water juice should be used in the plastic block insertion mouth, and the customer needs to request.

The hardness of the mold components should not be less than 50 HRC, or the surface hardening treatment hardness should be higher than 600 hV.

The reset spring should be used as a standard piece, and the spring should not be ground and cut.

.pdf Delete 120 Lists of Injection Mold Acceptance Standards

Below are the 18 basic injection molding technologies that injection molding technicians must know.

The melt usually flows from the nozzle into the nozzle, but in some injection molds, the nozzle is part of the mold because it extends to the bottom of the mold. There are also two main types of nozzles: open nozzles and closed nozzles. In injection molding, open nozzles should be used more because they are cheaper and less likely to stay.

Make sure that the nozzle is correctly connected to the nozzle bushing, and the top hole is slightly smaller than the nozzle sprue bushing.

.pdf Delete 18 Basic Injection Molding Technologies

Below are the 18 basic injection molding technologies that injection molding technicians must know.

The melt usually flows from the nozzle into the nozzle, but in some injection molds, the nozzle is part of the mold because it extends to the bottom of the mold. There are also two main types of nozzles: open nozzles and closed nozzles. In injection molding, open nozzles should be used more because they are cheaper and less likely to stay.

Make sure that the nozzle is correctly connected to the nozzle bushing, and the top hole is slightly smaller than the nozzle sprue bushing.

.pdf Delete 18 Basic Injection Molding Technologies

When it comes to molding defects, burn marks in injection molding are some of the most common. Why have burn marks in injection molding?

.pdf Delete Why Have Burn Marks in Injection Molding?

What Is The Gas-Assisted Injection Molding Process?

Today, we are going to talk about the application of the gasassisted injection molding process.

The gas-assisted injection molding process utilizes the principle of high-efficiency pressure transmission of gas, so that the long process parts are quickly filled without sink marks, so as to eliminate deformation, reduce injection pressure, reduce product weight, increase design freedom, save plastic and reduce Cost and other purposes.

The gas-assisted injection molding process is usually related to factors such as injection volume, injection speed, and holding pressure, gas pressure and gas injection speed, and delay time in practice.

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The injection mold acceptance standard is recognized from the product quality, mold structure, injection molding process requirements, etc., accordingly, the injection mold quality is evaluated.

The cooling water juice should be used in the plastic block insertion mouth, and the customer needs to request.

The hardness of the mold components should not be less than 50 HRC, or the surface hardening treatment hardness should be higher than 600 hV.

The reset spring should be used as a standard piece, and the spring should not be ground and cut.

.pdf Delete 120 Lists of Injection Mold Acceptance Standards

Status And Future Of 5G New Radio Technology

What is 5G New Radio (NR)?

5G New Radio (NR) is a new radio access technology (RAT) developed by 3GPP for the 5G (fifth generation) mobile network. It was designed to be the global standard for the air interface of 5G New Radio (NR) networks.

The 3GPP specification 38 series provides the technical details behind NR, the RAT beyond LTE.

The study of NR within 3GPP started in 2015, and the first specification was made available by the end of 2017. While the 3GPP standardization process was ongoing, the industry had already begun efforts to implement infrastructure compliant with the draft standard, with the expectation that the first large-scale commercial launch of 5G NR would occur in 2019.

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Today, we talk about the 5G NR MIMO Transmission ways. What are the required transmission schemes for NR MIMO?

There are three implementation options for the 5G NR beam assignment, which are analog, digital, and hybrid beam assignment. For these implementations, both multibeam-based and single-beam-based approaches should be considered. But what are the required transmission schemes for the 5G NR MIMO?

In LTE, single layer/multi-layer/TP/UE transmissions use a unified framework. Due to the flexibility of DMRS, these transmissions have good transparency. In 5G NR, multi-beam transmissions can also be seen as cooperative transmissions between multiple virtual TPs.

Considering the cost and complexity, when there are more antenna units and the number of RXUs is usually smaller than the number of originals.

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Today, we talk about the 5G NR MIMO Transmission ways. What are the required transmission schemes for NR MIMO?

There are three implementation options for the 5G NR beam assignment, which are analog, digital, and hybrid beam assignment. For these implementations, both multibeam-based and single-beam-based approaches should be considered. But what are the required transmission schemes for the 5G NR MIMO?

In LTE, single layer/multi-layer/TP/UE transmissions use a unified framework. Due to the flexibility of DMRS, these transmissions have good transparency. In 5G NR, multi-beam transmissions can also be seen as cooperative transmissions between multiple virtual TPs.

Considering the cost and complexity, when there are more antenna units and the number of RXUs is usually smaller than the number of originals.

.pdf Delete 5G NR MIMO Transmission

What Is The Gas-Assisted Injection Molding Process?

Today, we are going to talk about the application of the gasassisted injection molding process.

The gas-assisted injection molding process utilizes the principle of high-efficiency pressure transmission of gas, so that the long process parts are quickly filled without sink marks, so as to eliminate deformation, reduce injection pressure, reduce product weight, increase design freedom, save plastic and reduce Cost and other purposes.

The gas-assisted injection molding process is usually related to factors such as injection volume, injection speed, and holding pressure, gas pressure and gas injection speed, and delay time in practice.

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The injection mold acceptance standard is recognized from the product quality, mold structure, injection molding process requirements, etc., accordingly, the injection mold quality is evaluated.

The cooling water juice should be used in the plastic block insertion mouth, and the customer needs to request.

The hardness of the mold components should not be less than 50 HRC, or the surface hardening treatment hardness should be higher than 600 hV.

The reset spring should be used as a standard piece, and the spring should not be ground and cut.

.pdf Delete 120 Lists of Injection Mold Acceptance Standards

The injection mold acceptance standard is recognized from the product quality, mold structure, injection molding process requirements, etc., accordingly, the injection mold quality is evaluated.

The cooling water juice should be used in the plastic block insertion mouth, and the customer needs to request.

The hardness of the mold components should not be less than 50 HRC, or the surface hardening treatment hardness should be higher than 600 hV.

The reset spring should be used as a standard piece, and the spring should not be ground and cut.

.pdf Delete 120 Lists of Injection Mold Acceptance Standards

How To Solve The Warpage Defect In Injection Molding Of Thin-Walled Products?

What is a warpage defect in injection molding?

Warpage defect in injection molding is one of the common defects in injection molding of thin-walled plastic parts.

When the warpage deformation exceeds the allowable error, it becomes a molding defect, which affects the product assembly. Accurate analysis of the warpage defect in injection molding of a large number of thin-walled products is a prerequisite for effective control of warpage defects.

Most of the warpage defect in injection molding analysis adopts qualitative analysis, and measures are taken from the aspects of product design, mold design, and injection molding process conditions to minimize the degree of warpage deformation.

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The injection mold acceptance standard is recognized from the product quality, mold structure, injection molding process requirements, etc., accordingly, the injection mold quality is evaluated.

The cooling water juice should be used in the plastic block insertion mouth, and the customer needs to request.

The hardness of the mold components should not be less than 50 HRC, or the surface hardening treatment hardness should be higher than 600 hV.

The reset spring should be used as a standard piece, and the spring should not be ground and cut.

.pdf Delete 120 Lists of Injection Mold Acceptance Standards

When it comes to molding defects, burn marks in injection molding are some of the most common. Why have burn marks in injection molding?

.pdf Delete Why Have Burn Marks in Injection Molding?

Below are the 18 basic injection molding technologies that injection molding technicians must know.

The melt usually flows from the nozzle into the nozzle, but in some injection molds, the nozzle is part of the mold because it extends to the bottom of the mold. There are also two main types of nozzles: open nozzles and closed nozzles. In injection molding, open nozzles should be used more because they are cheaper and less likely to stay.

Make sure that the nozzle is correctly connected to the nozzle bushing, and the top hole is slightly smaller than the nozzle sprue bushing.

.pdf Delete 18 Basic Injection Molding Technologies

How To Solve The Warpage Defect In Injection Molding Of Thin-Walled Products?

What is a warpage defect in injection molding?

Warpage defect in injection molding is one of the common defects in injection molding of thin-walled plastic parts.

When the warpage deformation exceeds the allowable error, it becomes a molding defect, which affects the product assembly. Accurate analysis of the warpage defect in injection molding of a large number of thin-walled products is a prerequisite for effective control of warpage defects.

Most of the warpage defect in injection molding analysis adopts qualitative analysis, and measures are taken from the aspects of product design, mold design, and injection molding process conditions to minimize the degree of warpage deformation.

Edit setfor How To Solve The Warpage Defect In Injection Molding Of Thin-Walled Products?
Select Title Title Description File type Delete

The injection mold acceptance standard is recognized from the product quality, mold structure, injection molding process requirements, etc., accordingly, the injection mold quality is evaluated.

The cooling water juice should be used in the plastic block insertion mouth, and the customer needs to request.

The hardness of the mold components should not be less than 50 HRC, or the surface hardening treatment hardness should be higher than 600 hV.

The reset spring should be used as a standard piece, and the spring should not be ground and cut.

.pdf Delete 120 Lists of Injection Mold Acceptance Standards

Below are the 18 basic injection molding technologies that injection molding technicians must know.

The melt usually flows from the nozzle into the nozzle, but in some injection molds, the nozzle is part of the mold because it extends to the bottom of the mold. There are also two main types of nozzles: open nozzles and closed nozzles. In injection molding, open nozzles should be used more because they are cheaper and less likely to stay.

Make sure that the nozzle is correctly connected to the nozzle bushing, and the top hole is slightly smaller than the nozzle sprue bushing.

.pdf Delete 18 Basic Injection Molding Technologies

Status And Future Of 5G New Radio Technology

What is 5G New Radio (NR)?

5G New Radio (NR) is a new radio access technology (RAT) developed by 3GPP for the 5G (fifth generation) mobile network. It was designed to be the global standard for the air interface of 5G New Radio (NR) networks.

The 3GPP specification 38 series provides the technical details behind NR, the RAT beyond LTE.

The study of NR within 3GPP started in 2015, and the first specification was made available by the end of 2017. While the 3GPP standardization process was ongoing, the industry had already begun efforts to implement infrastructure compliant with the draft standard, with the expectation that the first large-scale commercial launch of 5G NR would occur in 2019.

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Apple's first use of UWB is to provide positioning data. Location Supports Many applications in the fields of reality (AR), virtual reality (VR), games, equipment recovery, file sharing, and advertising beacons.

Development of UWB technology

With the growth of wireless communication demand in 1990, the advantages of ultra-wideband (UWB) become more obvious.

In 2002, Wi-Fi is still a relatively new technology. The 802.11b router was launched in 1999, the theoretical maximum speed of the 2.4 GHz band is 11 Mbit / s.

802.11A standard is also defined in 1999 and promised that the theoretical speed in the 5 GHz band is 54 Mbit / s, but due to its higher chip group cost, there is no attention in the consumer.

The 7.5 GHz bandwidth allocated between 3.1 GHz and 10.6 GHz is extremely valuable for wireless communication engineers.

.pdf Delete UWB Will Open A New Era

What Is The Gas-Assisted Injection Molding Process?

Today, we are going to talk about the application of the gasassisted injection molding process.

The gas-assisted injection molding process utilizes the principle of high-efficiency pressure transmission of gas, so that the long process parts are quickly filled without sink marks, so as to eliminate deformation, reduce injection pressure, reduce product weight, increase design freedom, save plastic and reduce Cost and other purposes.

The gas-assisted injection molding process is usually related to factors such as injection volume, injection speed, and holding pressure, gas pressure and gas injection speed, and delay time in practice.

Edit setfor What Is The Gas-Assisted Injection Molding Process?
Select Title Title Description File type Delete

Below are the 18 basic injection molding technologies that injection molding technicians must know.

The melt usually flows from the nozzle into the nozzle, but in some injection molds, the nozzle is part of the mold because it extends to the bottom of the mold. There are also two main types of nozzles: open nozzles and closed nozzles. In injection molding, open nozzles should be used more because they are cheaper and less likely to stay.

Make sure that the nozzle is correctly connected to the nozzle bushing, and the top hole is slightly smaller than the nozzle sprue bushing.

.pdf Delete 18 Basic Injection Molding Technologies

What Is The Gas-Assisted Injection Molding Process?

Today, we are going to talk about the application of the gasassisted injection molding process.

The gas-assisted injection molding process utilizes the principle of high-efficiency pressure transmission of gas, so that the long process parts are quickly filled without sink marks, so as to eliminate deformation, reduce injection pressure, reduce product weight, increase design freedom, save plastic and reduce Cost and other purposes.

The gas-assisted injection molding process is usually related to factors such as injection volume, injection speed, and holding pressure, gas pressure and gas injection speed, and delay time in practice.

Edit setfor What Is The Gas-Assisted Injection Molding Process?
Select Title Title Description File type Delete

When it comes to molding defects, burn marks in injection molding are some of the most common. Why have burn marks in injection molding?

.pdf Delete Why Have Burn Marks in Injection Molding?

When it comes to molding defects, burn marks in injection molding are some of the most common. Why have burn marks in injection molding?

.pdf Delete Why Have Burn Marks in Injection Molding?

How To Solve The Warpage Defect In Injection Molding Of Thin-Walled Products?

For a wireless system, a problem needs to be considered in the 433MHz antenna design. The 433MHz antenna design is a very precise task. A good 433MHz antenna needs to consider issues such as frequency band, impedance, and gain.

The simplest 433MHz antenna design is a whip antenna design, which is a 1/4-wavelength line placed on a ground plane. The most common examples are used in wireless broadcast radios, cable equalization amplifiers, amateur radio stations, and cellular phones.

All antennas, like any other element, have at least two connection points. For whip antennas, there must be a connection point and ground connection, although there is only one circuit trace and one battery in the ground layer area.

The whip antenna and the ground layer combine to form a complete circuit. A magnetic field is established between the whip antenna and the ground wire layer. When current passes through the field, the entire circuit is formed. The ideal ground plane should extend at least 1/4 wavelength around the whip antenna base, or more.

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When it comes to molding defects, burn marks in injection molding are some of the most common. Why have burn marks in injection molding?

.pdf Delete Why Have Burn Marks in Injection Molding?

How To Solve The Warpage Defect In Injection Molding Of Thin-Walled Products?

For a wireless system, a problem needs to be considered in the 433MHz antenna design. The 433MHz antenna design is a very precise task. A good 433MHz antenna needs to consider issues such as frequency band, impedance, and gain.

The simplest 433MHz antenna design is a whip antenna design, which is a 1/4-wavelength line placed on a ground plane. The most common examples are used in wireless broadcast radios, cable equalization amplifiers, amateur radio stations, and cellular phones.

All antennas, like any other element, have at least two connection points. For whip antennas, there must be a connection point and ground connection, although there is only one circuit trace and one battery in the ground layer area.

The whip antenna and the ground layer combine to form a complete circuit. A magnetic field is established between the whip antenna and the ground wire layer. When current passes through the field, the entire circuit is formed. The ideal ground plane should extend at least 1/4 wavelength around the whip antenna base, or more.

Edit setfor How To Solve The Warpage Defect In Injection Molding Of Thin-Walled Products?
Select Title Title Description File type Delete

Below are the 18 basic injection molding technologies that injection molding technicians must know.

The melt usually flows from the nozzle into the nozzle, but in some injection molds, the nozzle is part of the mold because it extends to the bottom of the mold. There are also two main types of nozzles: open nozzles and closed nozzles. In injection molding, open nozzles should be used more because they are cheaper and less likely to stay.

Make sure that the nozzle is correctly connected to the nozzle bushing, and the top hole is slightly smaller than the nozzle sprue bushing.

.pdf Delete 18 Basic Injection Molding Technologies

What Is The Difference Between NB-IoT And LTE-M?

NB-IoT and LTE-M are the Internets of Things from 4G to 5G cellular networks.

Both NB-IoT and LTE-M are two LPWAN technologies developed for IoT applications. They are both protocols for low-bandwidth cellular communication. They are designed for IoT devices that need to transmit a small amount of data. They have lower costs and long battery life.

It is worth noting that both NB-IoT and LTE-M are 4G technologies. The initial design of NB-IoT and LTE-M ensured that they can operate in-band in the LTE system and can share the LTE spectrum, as well as for 5G NR.

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Apple's first use of UWB is to provide positioning data. Location Supports Many applications in the fields of reality (AR), virtual reality (VR), games, equipment recovery, file sharing, and advertising beacons.

Development of UWB technology

With the growth of wireless communication demand in 1990, the advantages of ultra-wideband (UWB) become more obvious.

In 2002, Wi-Fi is still a relatively new technology. The 802.11b router was launched in 1999, the theoretical maximum speed of the 2.4 GHz band is 11 Mbit / s.

802.11A standard is also defined in 1999 and promised that the theoretical speed in the 5 GHz band is 54 Mbit / s, but due to its higher chip group cost, there is no attention in the consumer.

The 7.5 GHz bandwidth allocated between 3.1 GHz and 10.6 GHz is extremely valuable for wireless communication engineers.

.pdf Delete UWB Will Open A New Era
(Downloaded: 0 times)

Today, we talk about the 5G NR MIMO Transmission ways. What are the required transmission schemes for NR MIMO?

There are three implementation options for the 5G NR beam assignment, which are analog, digital, and hybrid beam assignment. For these implementations, both multibeam-based and single-beam-based approaches should be considered. But what are the required transmission schemes for the 5G NR MIMO?

In LTE, single layer/multi-layer/TP/UE transmissions use a unified framework. Due to the flexibility of DMRS, these transmissions have good transparency. In 5G NR, multi-beam transmissions can also be seen as cooperative transmissions between multiple virtual TPs.

Considering the cost and complexity, when there are more antenna units and the number of RXUs is usually smaller than the number of originals.

.pdf Delete 5G NR MIMO Transmission

What Is The Difference Between NB-IoT And LTE-M?

NB-IoT and LTE-M are the Internets of Things from 4G to 5G cellular networks.

Both NB-IoT and LTE-M are two LPWAN technologies developed for IoT applications. They are both protocols for low-bandwidth cellular communication. They are designed for IoT devices that need to transmit a small amount of data. They have lower costs and long battery life.

It is worth noting that both NB-IoT and LTE-M are 4G technologies. The initial design of NB-IoT and LTE-M ensured that they can operate in-band in the LTE system and can share the LTE spectrum, as well as for 5G NR.

Edit setfor What Is The Difference Between NB-IoT And LTE-M?
Select Title Title Description File type Delete
(Downloaded: 1 time)

Apple's first use of UWB is to provide positioning data. Location Supports Many applications in the fields of reality (AR), virtual reality (VR), games, equipment recovery, file sharing, and advertising beacons.

Development of UWB technology

With the growth of wireless communication demand in 1990, the advantages of ultra-wideband (UWB) become more obvious.

In 2002, Wi-Fi is still a relatively new technology. The 802.11b router was launched in 1999, the theoretical maximum speed of the 2.4 GHz band is 11 Mbit / s.

802.11A standard is also defined in 1999 and promised that the theoretical speed in the 5 GHz band is 54 Mbit / s, but due to its higher chip group cost, there is no attention in the consumer.

The 7.5 GHz bandwidth allocated between 3.1 GHz and 10.6 GHz is extremely valuable for wireless communication engineers.

.pdf Delete UWB Will Open A New Era

What Is The Difference Between NB-IoT And LTE-M?

NB-IoT and LTE-M are the Internets of Things from 4G to 5G cellular networks.

Both NB-IoT and LTE-M are two LPWAN technologies developed for IoT applications. They are both protocols for low-bandwidth cellular communication. They are designed for IoT devices that need to transmit a small amount of data. They have lower costs and long battery life.

It is worth noting that both NB-IoT and LTE-M are 4G technologies. The initial design of NB-IoT and LTE-M ensured that they can operate in-band in the LTE system and can share the LTE spectrum, as well as for 5G NR.

Edit setfor What Is The Difference Between NB-IoT And LTE-M?
Select Title Title Description File type Delete

After the read, you can get the latest 5G/NB-IoT/LTE-Cat1/LoRa/Bluetooth/WiFi and other IoT wireless technology trends.

Over this period, the new 5G will contribute US$2.1 trillion in annual net GDP. This forecast is dependent on the actual commercialization of 5G new radio, which is the most noteworthy aspect of 5G.

The future of live streaming applications will be more rapid with the support of 5GNR.

Some data indicates that in cellular IoT connections, 60% of IoT connections require the narrowband network to provide services, about 10% of high-speed services require 4G Cat 4 or above or 5G eMBB to provide services, while the remaining 30% of low and medium rate IoT requires LTE Cat 1 or eMTC network to provide services.

.pdf Delete Latest Wireless Technology Trends For The IoT

6 Characteristics of 5G NR Technology

Today, we talk about the 5G NR technology and the 6 Characteristics of 5G NR Technology.

What is 5G NR technology?

The 5th generation mobile networks or 5th generation wireless systems, 5th-Generation, referred to as 5G or 5G NR technology is the latest generation of cellular mobile communication technology, namely 4G (LTE-A, WiMax), 3G ( Extension after UMTS, LTE) and 2G (GSM) systems.

5G NR technology has set a new standard for wireless, opening up the spectrum above 6 GHz that has been previously unusable by cellular services.

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After the read, you can learn about:

What is M2M technology?

The following is knowledge of M2M technology.

Common products are wireless embedded data modules that support GSM / GPRS or CDMA wireless mobile communication networks.

Commonly used techniques such as barcode technology, RF identification card RFID technology, etc.Communication networks are in a core status throughout the M2M technology framework, including WAN, LAN (Ethernet, Wireless LAN WLAN, Bluetooth), Domain Network (Zigbee, Sensor Networks).

With the evolution of mobile communication technology to 3G, it is certain to bring M2M applications to a new realm.

.pdf Delete What is M2M in the IoT?

6 Characteristics of 5G NR Technology

Today, we talk about the 5G NR technology and the 6 Characteristics of 5G NR Technology.

What is 5G NR technology?

The 5th generation mobile networks or 5th generation wireless systems, 5th-Generation, referred to as 5G or 5G NR technology is the latest generation of cellular mobile communication technology, namely 4G (LTE-A, WiMax), 3G ( Extension after UMTS, LTE) and 2G (GSM) systems.

5G NR technology has set a new standard for wireless, opening up the spectrum above 6 GHz that has been previously unusable by cellular services.

Edit setfor 6 Characteristics of 5G NR Technology
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After the read, you can learn about:

What is M2M technology?

The following is knowledge of M2M technology.

Common products are wireless embedded data modules that support GSM / GPRS or CDMA wireless mobile communication networks.

Commonly used techniques such as barcode technology, RF identification card RFID technology, etc.Communication networks are in a core status throughout the M2M technology framework, including WAN, LAN (Ethernet, Wireless LAN WLAN, Bluetooth), Domain Network (Zigbee, Sensor Networks).

With the evolution of mobile communication technology to 3G, it is certain to bring M2M applications to a new realm.

.pdf Delete What is M2M in the IoT?

What Is The Core 5G NR Technology?

As a new generation of mobile communication technology, 5G NR technology‘s network structure, network capabilities, and requirements are very different from those in the past, and a large number of technologies are integrated into it.

5G NR technology can also implement carrier aggregation across parameters, such as aggregation of millimeter waves and carriers in the frequency band below 6 GHz.

Edit setfor What Is The Core 5G NR Technology?
Select Title Title Description File type Delete

After the read, you can get the latest 5G/NB-IoT/LTE-Cat1/LoRa/Bluetooth/WiFi and other IoT wireless technology trends.

Over this period, the new 5G will contribute US$2.1 trillion in annual net GDP. This forecast is dependent on the actual commercialization of 5G new radio, which is the most noteworthy aspect of 5G.

The future of live streaming applications will be more rapid with the support of 5GNR.

Some data indicates that in cellular IoT connections, 60% of IoT connections require the narrowband network to provide services, about 10% of high-speed services require 4G Cat 4 or above or 5G eMBB to provide services, while the remaining 30% of low and medium rate IoT requires LTE Cat 1 or eMTC network to provide services.

.pdf Delete Latest Wireless Technology Trends For The IoT

The 5G core network (5GC) is the brain of the 5G mobile communication network, which is responsible for managing and controlling the entire network.

The 5G core network is a collective name of many 5G NE equipment and is not specifically referred to as a network element device.

AMF (Access and Mobility Management Function Access and Mobility Management) supports a UE with different mobility management requirements. AMF can be classified as 4G MME.

Store and manage the permanent user ID (SUPI) of the 5G system;

AN (Access Network) is the access network, which can be a 3GPP access network (such as LTE, 5G-NR), or a Non-3GPP access network (such as common WiFi access).

.pdf Delete What is a 5G core network (5GC)?
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Today, we talk about the 5G NR MIMO Transmission ways. What are the required transmission schemes for NR MIMO?

There are three implementation options for the 5G NR beam assignment, which are analog, digital, and hybrid beam assignment. For these implementations, both multibeam-based and single-beam-based approaches should be considered. But what are the required transmission schemes for the 5G NR MIMO?

In LTE, single layer/multi-layer/TP/UE transmissions use a unified framework. Due to the flexibility of DMRS, these transmissions have good transparency. In 5G NR, multi-beam transmissions can also be seen as cooperative transmissions between multiple virtual TPs.

Considering the cost and complexity, when there are more antenna units and the number of RXUs is usually smaller than the number of originals.

.pdf Delete 5G NR MIMO Transmission

What Is The Core 5G NR Technology?

As a new generation of mobile communication technology, 5G NR technology‘s network structure, network capabilities, and requirements are very different from those in the past, and a large number of technologies are integrated into it.

5G NR technology can also implement carrier aggregation across parameters, such as aggregation of millimeter waves and carriers in the frequency band below 6 GHz.

Edit setfor What Is The Core 5G NR Technology?
Select Title Title Description File type Delete

After the read, you can get the latest 5G/NB-IoT/LTE-Cat1/LoRa/Bluetooth/WiFi and other IoT wireless technology trends.

Over this period, the new 5G will contribute US$2.1 trillion in annual net GDP. This forecast is dependent on the actual commercialization of 5G new radio, which is the most noteworthy aspect of 5G.

The future of live streaming applications will be more rapid with the support of 5GNR.

Some data indicates that in cellular IoT connections, 60% of IoT connections require the narrowband network to provide services, about 10% of high-speed services require 4G Cat 4 or above or 5G eMBB to provide services, while the remaining 30% of low and medium rate IoT requires LTE Cat 1 or eMTC network to provide services.

.pdf Delete Latest Wireless Technology Trends For The IoT

What Is The Core 5G NR Technology?

As a new generation of mobile communication technology, 5G NR technology‘s network structure, network capabilities, and requirements are very different from those in the past, and a large number of technologies are integrated into it.

5G NR technology can also implement carrier aggregation across parameters, such as aggregation of millimeter waves and carriers in the frequency band below 6 GHz.

Edit setfor What Is The Core 5G NR Technology?
Select Title Title Description File type Delete

The 5G core network (5GC) is the brain of the 5G mobile communication network, which is responsible for managing and controlling the entire network.

The 5G core network is a collective name of many 5G NE equipment and is not specifically referred to as a network element device.

AMF (Access and Mobility Management Function Access and Mobility Management) supports a UE with different mobility management requirements. AMF can be classified as 4G MME.

Store and manage the permanent user ID (SUPI) of the 5G system;

AN (Access Network) is the access network, which can be a 3GPP access network (such as LTE, 5G-NR), or a Non-3GPP access network (such as common WiFi access).

.pdf Delete What is a 5G core network (5GC)?

What Is The Core 5G NR Technology?

As a new generation of mobile communication technology, 5G NR technology‘s network structure, network capabilities, and requirements are very different from those in the past, and a large number of technologies are integrated into it.

5G NR technology can also implement carrier aggregation across parameters, such as aggregation of millimeter waves and carriers in the frequency band below 6 GHz.

Edit setfor What Is The Core 5G NR Technology?
Select Title Title Description File type Delete
(Downloaded: 1 time)

Apple's first use of UWB is to provide positioning data. Location Supports Many applications in the fields of reality (AR), virtual reality (VR), games, equipment recovery, file sharing, and advertising beacons.

Development of UWB technology

With the growth of wireless communication demand in 1990, the advantages of ultra-wideband (UWB) become more obvious.

In 2002, Wi-Fi is still a relatively new technology. The 802.11b router was launched in 1999, the theoretical maximum speed of the 2.4 GHz band is 11 Mbit / s.

802.11A standard is also defined in 1999 and promised that the theoretical speed in the 5 GHz band is 54 Mbit / s, but due to its higher chip group cost, there is no attention in the consumer.

The 7.5 GHz bandwidth allocated between 3.1 GHz and 10.6 GHz is extremely valuable for wireless communication engineers.

.pdf Delete UWB Will Open A New Era

4G PCB Antenna Design Manufacturer

C&T RF Antennas Inc supplies the embedded antenna 4G PCB antenna design with the internal PCB 4G antenna design, embedded FPC 4G antenna design, etc.

C&T RF Antennas Inc is the 4G PCB Antenna Design Manufacturer in China, we provide the 4G Antenna Design and 4G Antenna production. Contact us for more 4G Antenna Design information.

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Select Title Title Description File type Delete

The 5G core network (5GC) is the brain of the 5G mobile communication network, which is responsible for managing and controlling the entire network.

The 5G core network is a collective name of many 5G NE equipment and is not specifically referred to as a network element device.

AMF (Access and Mobility Management Function Access and Mobility Management) supports a UE with different mobility management requirements. AMF can be classified as 4G MME.

Store and manage the permanent user ID (SUPI) of the 5G system;

AN (Access Network) is the access network, which can be a 3GPP access network (such as LTE, 5G-NR), or a Non-3GPP access network (such as common WiFi access).

.pdf Delete What is a 5G core network (5GC)?

After the read, you can get the latest 5G/NB-IoT/LTE-Cat1/LoRa/Bluetooth/WiFi and other IoT wireless technology trends.

Over this period, the new 5G will contribute US$2.1 trillion in annual net GDP. This forecast is dependent on the actual commercialization of 5G new radio, which is the most noteworthy aspect of 5G.

The future of live streaming applications will be more rapid with the support of 5GNR.

Some data indicates that in cellular IoT connections, 60% of IoT connections require the narrowband network to provide services, about 10% of high-speed services require 4G Cat 4 or above or 5G eMBB to provide services, while the remaining 30% of low and medium rate IoT requires LTE Cat 1 or eMTC network to provide services.

.pdf Delete Latest Wireless Technology Trends For The IoT

The 5G core network (5GC) is the brain of the 5G mobile communication network, which is responsible for managing and controlling the entire network.

The 5G core network is a collective name of many 5G NE equipment and is not specifically referred to as a network element device.

AMF (Access and Mobility Management Function Access and Mobility Management) supports a UE with different mobility management requirements. AMF can be classified as 4G MME.

Store and manage the permanent user ID (SUPI) of the 5G system;

AN (Access Network) is the access network, which can be a 3GPP access network (such as LTE, 5G-NR), or a Non-3GPP access network (such as common WiFi access).

.pdf Delete What is a 5G core network (5GC)?
(Downloaded: 0 times)

Today, we talk about the 5G NR MIMO Transmission ways. What are the required transmission schemes for NR MIMO?

There are three implementation options for the 5G NR beam assignment, which are analog, digital, and hybrid beam assignment. For these implementations, both multibeam-based and single-beam-based approaches should be considered. But what are the required transmission schemes for the 5G NR MIMO?

In LTE, single layer/multi-layer/TP/UE transmissions use a unified framework. Due to the flexibility of DMRS, these transmissions have good transparency. In 5G NR, multi-beam transmissions can also be seen as cooperative transmissions between multiple virtual TPs.

Considering the cost and complexity, when there are more antenna units and the number of RXUs is usually smaller than the number of originals.

.pdf Delete 5G NR MIMO Transmission

4G PCB Antenna Design Manufacturer

C&T RF Antennas Inc supplies the embedded antenna 4G PCB antenna design with the internal PCB 4G antenna design, embedded FPC 4G antenna design, etc.

C&T RF Antennas Inc is the 4G PCB Antenna Design Manufacturer in China, we provide the 4G Antenna Design and 4G Antenna production. Contact us for more 4G Antenna Design information.

Edit setfor 4G PCB Antenna Design Manufacturer
Select Title Title Description File type Delete
(Downloaded: 1 time)

After the read, you can learn about:

What is M2M technology?

The following is knowledge of M2M technology.

Common products are wireless embedded data modules that support GSM / GPRS or CDMA wireless mobile communication networks.

Commonly used techniques such as barcode technology, RF identification card RFID technology, etc.Communication networks are in a core status throughout the M2M technology framework, including WAN, LAN (Ethernet, Wireless LAN WLAN, Bluetooth), Domain Network (Zigbee, Sensor Networks).

With the evolution of mobile communication technology to 3G, it is certain to bring M2M applications to a new realm.

.pdf Delete What is M2M in the IoT?
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Apple's first use of UWB is to provide positioning data. Location Supports Many applications in the fields of reality (AR), virtual reality (VR), games, equipment recovery, file sharing, and advertising beacons.

Development of UWB technology

With the growth of wireless communication demand in 1990, the advantages of ultra-wideband (UWB) become more obvious.

In 2002, Wi-Fi is still a relatively new technology. The 802.11b router was launched in 1999, the theoretical maximum speed of the 2.4 GHz band is 11 Mbit / s.

802.11A standard is also defined in 1999 and promised that the theoretical speed in the 5 GHz band is 54 Mbit / s, but due to its higher chip group cost, there is no attention in the consumer.

The 7.5 GHz bandwidth allocated between 3.1 GHz and 10.6 GHz is extremely valuable for wireless communication engineers.

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4G PCB Antenna Design Manufacturer

C&T RF Antennas Inc supplies the embedded antenna 4G PCB antenna design with the internal PCB 4G antenna design, embedded FPC 4G antenna design, etc.

C&T RF Antennas Inc is the 4G PCB Antenna Design Manufacturer in China, we provide the 4G Antenna Design and 4G Antenna production. Contact us for more 4G Antenna Design information.

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After the read, you can get the latest 5G/NB-IoT/LTE-Cat1/LoRa/Bluetooth/WiFi and other IoT wireless technology trends.

Over this period, the new 5G will contribute US$2.1 trillion in annual net GDP. This forecast is dependent on the actual commercialization of 5G new radio, which is the most noteworthy aspect of 5G.

The future of live streaming applications will be more rapid with the support of 5GNR.

Some data indicates that in cellular IoT connections, 60% of IoT connections require the narrowband network to provide services, about 10% of high-speed services require 4G Cat 4 or above or 5G eMBB to provide services, while the remaining 30% of low and medium rate IoT requires LTE Cat 1 or eMTC network to provide services.

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The 5G core network (5GC) is the brain of the 5G mobile communication network, which is responsible for managing and controlling the entire network.

The 5G core network is a collective name of many 5G NE equipment and is not specifically referred to as a network element device.

AMF (Access and Mobility Management Function Access and Mobility Management) supports a UE with different mobility management requirements. AMF can be classified as 4G MME.

Store and manage the permanent user ID (SUPI) of the 5G system;

AN (Access Network) is the access network, which can be a 3GPP access network (such as LTE, 5G-NR), or a Non-3GPP access network (such as common WiFi access).

.pdf Delete What is a 5G core network (5GC)?

The 5G core network (5GC) is the brain of the 5G mobile communication network, which is responsible for managing and controlling the entire network.

The 5G core network is a collective name of many 5G NE equipment and is not specifically referred to as a network element device.

AMF (Access and Mobility Management Function Access and Mobility Management) supports a UE with different mobility management requirements. AMF can be classified as 4G MME.

Store and manage the permanent user ID (SUPI) of the 5G system;

AN (Access Network) is the access network, which can be a 3GPP access network (such as LTE, 5G-NR), or a Non-3GPP access network (such as common WiFi access).

.pdf Delete What is a 5G core network (5GC)?

While 5G has been a hot topic for years, there is still a great deal of work to be done behind the scenes in refining and effectively iterating on 5G standards.

5G NR (New Radio) Release 16 brings critical reliability and latency improvement technologies in several key areas, most notably an enhanced 5G URLLC base to deliver better link reliability (up to 99.9999%).

These networks have gained significant traction in industrial IoT use cases, enabling enterprises to deploy 5G industrial IoT networks with dedicated resources immediately, rather than waiting for broader 5G network deployments. Other benefits include specific optimizations for local applications and customized security and privacy settings when needed.

.pdf Delete 5G Standards: A Detailed Roadmap

4G PCB Antenna Designer And Manufacturer

C&T RF Antennas Inc provides 4G PCB Antenna Design and manufacturing.

C&T RF Antennas Inc provides the common free frequency band Antenna Design and manufacturing, including a variety of 4G PCB Antenna Design.

And 2.4GHz antennas433MHz868MHz915MHz antennas, loop antennas, RFID antennas, Bluetooth antennas, NFC antennas, UWB antennas can be adapted to different PCB boards.

To contact the C&T RF sales team for more 4G PCB antenna design details.

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After the read, you can get the latest 5G/NB-IoT/LTE-Cat1/LoRa/Bluetooth/WiFi and other IoT wireless technology trends.

Over this period, the new 5G will contribute US$2.1 trillion in annual net GDP. This forecast is dependent on the actual commercialization of 5G new radio, which is the most noteworthy aspect of 5G.

The future of live streaming applications will be more rapid with the support of 5GNR.

Some data indicates that in cellular IoT connections, 60% of IoT connections require the narrowband network to provide services, about 10% of high-speed services require 4G Cat 4 or above or 5G eMBB to provide services, while the remaining 30% of low and medium rate IoT requires LTE Cat 1 or eMTC network to provide services.

.pdf Delete Latest Wireless Technology Trends For The IoT

4G LTE PCB Antenna Design

The 4G Antenna Design Dipole Antenna Design service is provided by C&T RF Antennas Inc, we provide the Omni dipole antenna design, directional dipole antenna design, etc.

C&T RF Antennas Inc provides the 4G LTE PCB Antenna Design Dipole Antenna Design, 3G antenna design, GSM antenna design, 4G antenna design, LTE antenna design, Wifi antenna design, embedded antenna design, etc.

To contact the C&T RF sales team for more Dipole Antenna Design details.

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Apple's first use of UWB is to provide positioning data. Location Supports Many applications in the fields of reality (AR), virtual reality (VR), games, equipment recovery, file sharing, and advertising beacons.

Development of UWB technology

With the growth of wireless communication demand in 1990, the advantages of ultra-wideband (UWB) become more obvious.

In 2002, Wi-Fi is still a relatively new technology. The 802.11b router was launched in 1999, the theoretical maximum speed of the 2.4 GHz band is 11 Mbit / s.

802.11A standard is also defined in 1999 and promised that the theoretical speed in the 5 GHz band is 54 Mbit / s, but due to its higher chip group cost, there is no attention in the consumer.

The 7.5 GHz bandwidth allocated between 3.1 GHz and 10.6 GHz is extremely valuable for wireless communication engineers.

.pdf Delete UWB Will Open A New Era

9 Common Injection Molding Defects

This article mainly describes 9 common injection molding defects and the causes and solutions for these injection molding defects.

During the injection molding process, the gate stacks to the sprue bushing, making it difficult to pull out. Opening the injection mold will crack and damage the product. In addition, the tip of the copper rod must be knocked out from the nozzle to loosen it, which greatly affects production efficiency.

Since it is difficult to machine the tapered hole of the sprue bush, you need to use standard parts as much as possible, and if you need to machine it yourself, you need to make it yourself or purchase a special reamer. The taper hole needs to be polished to Ra0.4 or higher. In addition, you need to have a gate pull rod or gate eject.

To solve the above problems, high-strength positioning keys have been added to each of the four sides of the mold parting surface. The easiest and most effective way is to use a cylindrical key. The verticality of the guide pin holes and the parting surface is very important.

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Below are the 18 basic injection molding technologies that injection molding technicians must know.

The melt usually flows from the nozzle into the nozzle, but in some injection molds, the nozzle is part of the mold because it extends to the bottom of the mold. There are also two main types of nozzles: open nozzles and closed nozzles. In injection molding, open nozzles should be used more because they are cheaper and less likely to stay.

Make sure that the nozzle is correctly connected to the nozzle bushing, and the top hole is slightly smaller than the nozzle sprue bushing.

.pdf Delete 18 Basic Injection Molding Technologies

9 Common Injection Molding Defects

This article mainly describes 9 common injection molding defects and the causes and solutions for these injection molding defects.

During the injection molding process, the gate stacks to the sprue bushing, making it difficult to pull out. Opening the injection mold will crack and damage the product. In addition, the tip of the copper rod must be knocked out from the nozzle to loosen it, which greatly affects production efficiency.

Since it is difficult to machine the tapered hole of the sprue bush, you need to use standard parts as much as possible, and if you need to machine it yourself, you need to make it yourself or purchase a special reamer. The taper hole needs to be polished to Ra0.4 or higher. In addition, you need to have a gate pull rod or gate eject.

To solve the above problems, high-strength positioning keys have been added to each of the four sides of the mold parting surface. The easiest and most effective way is to use a cylindrical key. The verticality of the guide pin holes and the parting surface is very important.

Edit setfor 9 Common Injection Molding Defects
Select Title Title Description File type Delete

Below are the 18 basic injection molding technologies that injection molding technicians must know.

The melt usually flows from the nozzle into the nozzle, but in some injection molds, the nozzle is part of the mold because it extends to the bottom of the mold. There are also two main types of nozzles: open nozzles and closed nozzles. In injection molding, open nozzles should be used more because they are cheaper and less likely to stay.

Make sure that the nozzle is correctly connected to the nozzle bushing, and the top hole is slightly smaller than the nozzle sprue bushing.

.pdf Delete 18 Basic Injection Molding Technologies

5G Private Network To Help Smart Cities Grow

Consider the superior performance that the 5G private network offers in terms of security and data flow, as well as the reliability, speed, mobility, flexibility, efficiency, and coverage needed to support the connectivity required for advanced smart technology applications.

As more and more organizations develop operations, processes, and services that require robust and ubiquitous cellular coverage, dedicated networks are rapidly emerging to meet these high connectivity demands.

As a result, it is easy to see why 5G private network implementations are gaining traction as the infrastructure of choice for enterprises to take advantage of the opportunities presented by 5G.

Private networks powered by LTE 4G / 5G NR cellular wireless technologies offer unparalleled capabilities and are supported by a large commercial ecosystem.

These environments are also increasingly leveraging IoT, automation, machine learning, and data analytics technologies, which can make their operations and services more vulnerable to disruptions and changes.

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While 5G has been a hot topic for years, there is still a great deal of work to be done behind the scenes in refining and effectively iterating on 5G standards.

5G NR (New Radio) Release 16 brings critical reliability and latency improvement technologies in several key areas, most notably an enhanced 5G URLLC base to deliver better link reliability (up to 99.9999%).

These networks have gained significant traction in industrial IoT use cases, enabling enterprises to deploy 5G industrial IoT networks with dedicated resources immediately, rather than waiting for broader 5G network deployments. Other benefits include specific optimizations for local applications and customized security and privacy settings when needed.

.pdf Delete 5G Standards: A Detailed Roadmap

What is Cellular IoT?

Cellular IoT Wiki

The cellular IoT is a method of connecting physical devices to the Internet and transmits them on the same mobile network as smartphones.

The cellular network that connects IoT devices via LTE and 5G exceeds 3.5 billion.

Cellular IoT applications use either LTE-M or NB-IoT technologies.

The choice is GSM cellular  GSM infrastructure.

NB-IoT is Narrowband IoT

5G NR 5G New Radio is ready to work.

The New 5G & Wi-Fi is required to implement the following IoT solutions:

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After the read, you can learn about:

What is M2M technology?

The following is knowledge of M2M technology.

Common products are wireless embedded data modules that support GSM / GPRS or CDMA wireless mobile communication networks.

Commonly used techniques such as barcode technology, RF identification card RFID technology, etc.Communication networks are in a core status throughout the M2M technology framework, including WAN, LAN (Ethernet, Wireless LAN WLAN, Bluetooth), Domain Network (Zigbee, Sensor Networks).

With the evolution of mobile communication technology to 3G, it is certain to bring M2M applications to a new realm.

.pdf Delete What is M2M in the IoT?
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