• In the modern field of power distribution, Zero – U PDUs (Power Units) can be said to be a very important existence! So what is this? Simply put, it is a special power distribution unit. Unlike traditional PDUs, it does not occupy the U space of the cabinet and can make more efficient use of valuable cabinet space. This is a highlight of many people paying attention to Zero – U PDUs.

    What is unique and powerful about it? Let’s divide the modules into the following modules!

    1. Space utilization rate

    What resources in modern data centers are the most expensive? There is no doubt that it is cabinet space! Generally, traditional PDUs often occupy 2U, 3U or even more cabinet space, and Zero-U PDUs perfectly solves this pain point! Save all the space occupied by traditional PDUs, which allows more IT equipment to be installed in the same cabinet, improves the equipment density and correspondingly improves the overall performance of the data center. Provide global procurement services for weak current intelligent products!

    For example, if a cabinet could hold 30 small devices, traditional PDUs occupy the position of five devices, but after using Zero-U PDUs, you can install more devices now, and the overall benefits will increase.

    2. Flexible layout

    After installation, its layout flexibility is also very impressive. It can be installed horizontally or vertically, and it is impossible to install this installation method between zero PDUs, which is not a brag. It can be installed along the edge of the cabinet or the bottom, which can easily connect to the power cords of various devices. No matter how the IT equipment changes its position or expands and adds the equipment, Zero-U PDUs can quickly adapt to its needs, maintaining good, high-quality and efficient power supply, and no need to worry about the installation and layout of PDUs.

    In addition, many Zero-U PDUs are equipped with different socket types, which can be suitable for different countries, different specifications, and different types of electrical equipment. From the plug, there are American standard plugs, national standard plugs, etc. Different styles exist. They can be widely used in some multinational companies and some companies with branches and subsidiaries in many countries around the world. You have to know the difference in plug power specifications in the whole world. That’s the boss.

    3. Reliability

    Everyone understands that for IT equipment, reliable power distribution is too crucial, and it is related to data security and system effectiveness. Zero-U PDUs are generally manufactured in strict accordance with international standards and are made using first-class electronic components. In addition, many Zero-U PDUs also have functions such as overload protection and short circuit protection, as well as providing real-time power detection functions to facilitate managers to monitor their operating status by using the power supply, etc., Zero-U PDUs (Power Distribution Units), which better protect the safety of equipment operation. Even in serious accidents such as failure and short circuits, the problem can be automatically solved and automatically stopped allocating to avoid greater losses.

    Here are some details in question and answer form

    Q: How is it in compatibility? What is compatibility in different cabinets?

    Answer: Zero-U PDUs are generally highly compatible, and basically all kinds of cabinets from mainstream brands can be adapted and combined. But before you buy it, it is best to take a closer look at the parameters and specifications, confirm the specifications and parameters of the PDU cabinet of zero when installing, and the installation and adaptation related issues between zeros, etc., to see if it can be matched and matched without errors.

    Q: What issues should be paid attention to when installing Zero-U PDUs? Should we strictly follow the wiring principles and relevant construction rules?

    Answer: During installation, regular process construction must be carried out strictly in accordance with the installation instructions provided by the manufacturer. Pay attention to the connection of this power supply to avoid short circuits or leakage. In addition, it must be inspected and maintained regularly to ensure that Zero-U PDUs maintains a good operating state at any time.

    I think Zero-U PDUs can provide a very excellent power distribution solution for modern and diversified data center operation and management in improving space utilization, flexible layout design and strong reliability. It is definitely a good thing that the vast number of data center managers should deeply understand and include in consideration!

  • In today’s online world, for many professional practitioners and those who have high requirements for the network, zero-gravity wiring solutions (Zero-) may be very interesting. The so-called zero-gravity wiring solutions are a specially designed wiring solutions. They are well-known in the industry for their many characteristics such as efficiency and stability. In this way, traditional wiring may have many complex and easy disorder problems, and zero-gravity wiring solutions are used to cleverly solve these problems.

    Program Features

    1. Features of super high flexibility : It can be said that zero-gravity wiring solutions have incomparable flexibility. When building network architectures, it is often difficult to predict the future layout and demand changes of each working area in advance. However, this solution is more awesome. It is like a super tool that can “deform” according to different situations. Whether the office space needs new equipment or the original equipment needs to be replaced, using this solution, you only need simple operations to complete the line adjustment. To give a comparison example, traditional wiring has to be rewired and tested, which is very troublesome; but zero-gravity wiring can be easily handled, which can greatly reduce the reinstallation and debugging of the original network equipment.

    2. Strong reliability display : Stability is the top priority for corporate networks. Once the network is unstable, daily office, business operations and other aspects will be greatly affected. The zero-gravity wiring solution has excellent reliability. Through advanced cable materials and scientific and reasonable wiring arrangement, it greatly reduces the probability of hardware failures. For example, in a harsh electromagnetic environment, ordinary wiring may be disturbed by electromagnetic waves and other interference, resulting in signal attenuation or even network interruption. However, wiring using this solution is not afraid at all. It can still ensure the stable transmission of signals, just like adding a tight protective cover to the signal. Not as easy as ordinary wiring

    Implementation process

    The implementation of zero-gravity wiring solutions cannot be achieved overnight! It mainly divides into the following three steps

    1. Detailed and rigorous planning and design steps : Before preparing to adopt this plan, you must first carry out very detailed planning and design. In this process, the staff must determine the wiring direction, number of cables, etc. of each point based on actual needs and site space layout. For example, in an office building, the network usage needs of different floors and departments should be considered, is it the networking needs of multiple computers in ordinary office areas or the demand for high-speed and stable networks of computer rooms, etc. This involves a lot of meticulous calculations and thoughtful thinking.

    2. Guarantee of high-quality materials and strict installation process : When choosing cables and related connectors, use those very good quality items. After all, the quality of the material will directly affect the performance of the overall wiring system. Only good materials can ensure low loss and stable signal transmission with high bandwidth. And there must be standard steps when installing. For example, the details of the crossing angle and fixing method of the cable cannot be ignored. You cannot use it randomly, otherwise it will easily cause problems when used later.

    3. Careful testing and adjustment finishing : After the wiring work is completed, strict and careful testing and corresponding adjustments must be carried out. Use professional testing tools to measure various indicators such as signal strength, transmission rate, and anti-interference. Then compare the design standards with Zero-Gravity Cabling Solutions and make adjustments to those that do not meet the requirements. If there is one thing that doesn’t work, it will greatly reduce the performance of the entire system.

    FAQ

    Q : Will using a zero-gravity wiring solution be expensive? Although it seems to be costly to purchase high-quality cables and connectors in the early stage and carefully planning and designing the links, from a long-term perspective, since it reduces the cost of later operation and maintenance and potential losses caused by network failures, the total cost is actually relatively cost-effective.

    Q : Is this solution suitable for home use? It is also suitable if there are many network equipment at home and the network quality requirements are relatively high. It can make the network at home more stable and not look messy like ordinary wiring

    Q : How to determine which company’s zero-gravity wiring solution is more reliable? You can start from the company’s reputation, past cases, professional team quality, etc. Companies with good reputation, rich success stories and strong team expertise are naturally more reliable

    At the end, I would like to say that the zero-gravity wiring solution is a network wiring method with many advantages. It can show its strong advantages whether it is the huge and complex office network in the enterprise or the environment that pursues high-quality network in the home. If you have high requirements for network related, you can learn more about this solution. Provide global procurement services for weak current intelligent products!

  • Nowadays, the development of smart buildings is quite rapid! KNX and are very important communication protocols in this area, they play a crucial role in the smooth operation of smart buildings! Today we will talk about KNX and what happened in smart buildings

    Let’s talk about the basic concept first. KNX can be understood as an open-ended communication protocol for building automation. It can control various electrical appliances, lighting, ventilation and other equipment in the building. It is also a communication protocol for building automation and control systems, which are mostly used in the control and integration of HVAC systems.

    Let’s take a look at the differences in application scenarios between the two:

    1. Small building scenario : KNX is particularly suitable. For example, in a small office, it can manage all electrical equipment in an orderly manner, easy to operate and easy to maintain. For example, adjust the brightness of the light and debug it soon. Like many home decorations and smart home systems, KNX is also quite commonly used! Here, in terms of flexibility, KNX can flexibly build various automation systems like building blocks! Provide global procurement services for weak current intelligent products!

    2. Large-scale complex architectural scenarios : For example, places like large shopping malls and industrial parks, with many complex systems, it is more powerful. It can better integrate and manage systems of various types and functions, bring equipment from different manufacturers together to achieve unified management. Just like the various air conditioning systems and fresh air systems in shopping malls, they can be coordinated very well by using them!

    Let’s talk about the difficulty of construction:

    KNX vs BACnet for smart buildings_BACnet building automation protocol_Smart building KNX communication protocol

    1. KNX Setting Construction Difficulty : relatively low. During construction, it can be installed and connected with ordinary network cables. If construction workers learn relevant skills, it is quite easy to get started. Because its technology is relatively basic, it does not require complex circuit modifications, and has a certain electrical foundation and can be completed after training. Moreover, debugging errors are easier to eliminate when maintained! If a switch component is broken, it will not be complicated to replace it.

    2. Set construction difficulty : The construction process is a little more difficult. During implementation, the integration of different devices requires a lot of technical work, and professionals need to analyze and decode communication instructions of different devices. When facing new equipment or system upgrades, specialized technicians also need to debug and adapt! Otherwise, the system won't work well

    Let’s talk about the cost difference:

    1. Purchase cost : KNX equipment is generally affordable. It has many general components and basic products, and because the market is relatively mature, the price is quite appropriate when buying some common equipment. There are more choices on the market for some commonly used sensors. For smart buildings with moderate budgets, getting started with KNX system procurement is a consideration! However, if you buy large facilities, high-end equipment, and multi-manufacturer equipment communication adaptation conversion costs, the cost will be relatively high. For example, advanced measurement and control equipment dedicated to the park is more expensive.

    2. Post-maintenance cost : KNX does not cost much money to maintain. Troubleshooting is due to mature detection methods, the equipment maintenance cost is average, and the operation is relatively simple. However, maintenance involves many equipment manufacturers' technology and system complexity and other conditions, and the cost is higher. It also costs more money when upgrading the system or troubleshooting!

    Let’s answer some details:

    BACnet building automation protocol_KNX vs BACnet for smart buildings_Smart building KNX communication protocol

    Q: Which one should I choose if I am not sure about the size of the building

    Answer: In this case, you can consult an industry expert first at the beginning. If there is a possibility of expansion in the future, it is a good transitional choice to have certain compatibility, but if the expansion is unclear, you can also use KNX to build a simple and reliable small system in the early stage.

    Q: Do both require dedicated personnel to maintain?

    Answer: Generally, in terms of equipment life cycle, after KNX is mature, ordinary technicians do some replacement and maintenance work. If you understand the principles of automation, try to try it out; however, whether the system is running or the system failure occurs, it is recommended that professional maintenance personnel frequently check and analyze and check it! Provide global procurement services for weak current intelligent products!

    Actually, I think KNX vs BACnet for smart buildings, whether to choose KNX depends on the situation of different buildings. If the building function needs are simple and easy to control, use KNX to make it convenient and economical; if the building function equipment is complex, it must be integrated and open, so it can be given priority to use it as the leading combination! However, it is best to find an expert familiar with these two systems to ask for suggestions before making specific decisions, so as not to have more questions in the future.

  • Everyone may be more or less confused about the so-called time firewall technology we are talking about. This thing is a particularly new and unique defense technology in the field of network security! Unlike traditional protection that only focuses on space level, it also extends its hands into the time dimension. So, you imagine that if you take good protection, you can filter and resist many threats against time-sensitive systems. Is there any super god? Provide global procurement services for weak current intelligent products!

    There are many application scenarios. For example, when trading in the financial system, illegal transactions can be prevented from appearing in a specific time in the system, and an invincible protection lock is given to the security of funds of major banks and financial institutions! In addition, it is quite awesome to use in industrial control systems, such as preventing illegal instructions from being secretly mixed in during critical production periods to ensure the stability and safety of the production line. Look, you are a protector!

    If you want to make this effective, you need to follow several steps in particular! The first step is Temporal Firewall Technology, and you have to figure out the exact working schedule and cycle of the protected system. This is to understand when the system should do what, so that the time firewall can provide feedback based on the correct time; the second is to make good strategy settings. Simply put, it is what data should come in and what data I have to drive out at a specific moment. And this strategy is not completely rigid, and it has to be adjusted from time to time according to the dynamic changes in the system business. Provide global procurement services for weak current intelligent products!

    There are some tips to know about how to determine the strategy. We collect real and reliable time data related to the long-term operation of the system, and then use advanced data analysis technology to find out the operating modes of normal business time from it. Then, following these valuable operating mode design strategies, it is not easy to make mistakes or work behind closed doors. And continue to monitor the actual operating conditions. If you find that the monitoring values ​​exceed those alert levels we pre-specified, hurry up and review and revise the strategy.

    Someone wants to ask, which one is better and who is weak compared to traditional firewalls? Not everyone has their own tricks. Traditional firewalls are good at protecting the security of communication in specific spaces and can handle a lot of attack methods from the network level; however, it relies on time, the new track to increase the protection depth, and prevent those who specifically use different time differences to launch malicious attacks. So if the situation allows, these two products will basically be called "King of Warrior" indestructible!

    Many friends have questions in their hearts, so let’s sort out a brief explanation below.

    Q1: Will this accidentally block normal business?

    This concern makes sense, but by carefully setting time strategies and constantly adjusting according to the actual operation, we can reduce the chance of such error blocking infinitely, ensuring safety and stability.

    Q2: Is it necessary to make the installation process of this technology very cumbersome?

    Provide global procurement services for weak current intelligent products! Although it is a cutting-edge novelty, it is actually roughly the same as the normal installation of other network security components. Basically make good configuration and follow the operating instructions to follow the operating procedures, which is not super difficult to deal with. I personally feel that this is indeed a super powerful player in the field of cybersecurity in the future! On the one hand, time protection has made up for many other technical shortcomings; on the other hand, it can combine the actual situation of network development and cooperate with various existing protection technologies to form a strong matrix, and play a great role in any complex environment. If you find new and effective security solutions in the future, you can add them to the first-choice and must-have list to take a look!

  • ! Today I gonna tell y'all about – wide asset , which is what a bunch of folks are these days.

    What is – wide Asset ?

    In a , – wide asset to the of a close watch on every asset on a . These could be high – value items like , used for in . The whole aim is to these are , don't getCampus-wide asset tracking, and are being used .

    Why is it?

    1. Cost – : By the , a can dodge such as , . For , if a is that one has a spare piece of , they might to buy a new one. also helps in by theft or .

    2. : how an asset is being used the to plan for . For , if a piece of is used, could be to the ones that love to use in .

    How to – wide Asset ?

    1. :

    campus wide asset tracking importance_RFID campus asset management_Campus-wide asset tracking

    First step tags. There are kinds , like and RFID tags. Each comes with its own pros and cons. are , to set up but in most . RFID tags, on the other hand, can be read at a , which for but tends to be more .

    Affix these on the ! Using the right will them from off daily usage.

    2. :

    Hunt for a that gets along well with the you've opted for. You have a wide in the , each with . Look for ones with that help in about the .

    Some can even with other apps used on the so the asset data can co – exist with other , such as ' .

    3. :

    the asset data. the of with the in the will keep your . Even a of low – value can over time, data .

    Some Asked (FAQs)

    Q: Are there risks with using?

    A: Well, just like any, there are risks., most well – comes with such as data? , like using and to key can the risks.

    Q: Do I need staff to – wide asset ?

    A: Not! While with a tech edge helps, staff on how to work the tools make most user – to any for .

    This stuff – wide asset is a way to look after a 's! asset keeps on track and adds to the long – of the .

    Oh, and don't, global procurement service for weak current intelligent products! When into – wide asset and in the weak current intelligence, it might do to drop by the ! You might just find what you're for there, okay?

  • Under the current wave of digitalization, the cybersecurity situation of small and medium-sized enterprises (SMEs) cannot be underestimated by military-level security (-Grade). For small and medium-sized enterprises, what is military-level security? This is to refer to the highly stringent and advanced security protection model in the military field to build a comprehensive, deep and high-level security protection barrier for small and medium-sized enterprises!

    From the perspective of physical security:

    1. The server storage site must have high-standard security measures! For example, installing an advanced access control system only allows authorized personnel to enter to prevent uninvited guests from breaking into the server area at will.

    2. Equipped with professional monitoring equipment to conduct 24/7 real-time monitoring Once abnormal conditions occur, you can discover and take countermeasures as soon as possible.

    Firewall measures:

    1. Use enterprise-level firewalls to resist various external cyber attacks. It is like the loyal guardian of the enterprise network, waiting for the enterprise network boundaries, keeping bad network access out

    2. Update and improve the firewall strategy in a timely manner, and flexibly adjust according to changes in the enterprise network usage status and external security situation to ensure that the firewall can maintain efficient protection capabilities.

    Data protection is important:

    1. Implement data encryption scheme, for example, using advanced encryption algorithms to encrypt important enterprise data even if the data is unfortunately stolen, the thief cannot untie the encrypted information.

    2. Back up the data in a timely and multiple times. Store the backup data in multiple places to avoid the tragedy of data loss due to natural disasters, man-made disasters, hardware failures, etc.

    User management should not be ignored:

    1. Strictly set permissions for employees! Give them corresponding access rights according to the needs of different job positions. Do not give them too high permissions to minimize the possibility of internal personnel’s risks caused by misoperation or malicious operations.

    2. Ask employees to change their passwords regularly. The passwords should be complex enough, including upper and lowercase letters, numbers and special characters, etc., which can effectively improve the security of the account.

    Then, someone may ask: “Is it very expensive to use military-grade security measures?” In fact, there are many military-grade security solutions on the market that are controllable and have excellent results! Our small and medium-sized enterprises can make reasonable arrangements based on their actual conditions and affordability.

    Some people may ask: “Will these military-level security measures reduce the company’s work efficiency?” This makes it more important to consider professional military-level security solutions that fully consider the company’s work efficiency issues. While fully ensuring safety, they also minimize the impact on the smoothness of work processes as much as possible.

    Let me talk about it here and provide global procurement services for weak current intelligent products! If your small and medium-sized enterprises are looking for reliable weak current intelligent products to carry out military-level security upgrade deployment, you may wish to pay attention. I personally think that for the sake of their long-term development and data security, it is very necessary and worth doing for small and medium-sized enterprises to adopt military-grade security solutions. It can protect our enterprises from moving forward steadily in the complex and dangerous online world and avoid being attacked by various malicious networks!

  • Regarding quantum timeline monitoring, this is a very profound and novel concept! Quantum timeline monitoring probably refers to the use of relevant theories and techniques in quantum mechanics to monitor the trajectory of timelines. Simply put, it is to see what rules time "flows" at the micro level or in a special environment.

    Related to basic principles

    1. Quantum system state : Quantum timeline monitoring is based on the cognition that the quantum system has various possible states. Once affected, the evolution of its state can be related to the timeline we are in. At this time, monitoring information can be extracted from it!

    2. Utilization of entanglement characteristics : The quantum entanglement characteristics are also quite useful. Because particles in an entangled state, no matter what distance they are, one side changes to the other side immediately. You can rely on this point to capture the signal of changing timeline!

    Analysis of influencing factors :

    Energy Interference : If external energy interferes with the monitored quantum system, it will change the monitored information.

    Environmental factors : There are many uncontrollable factors in the environment, such as particularly tiny electric and magnetic fields, which may affect this monitoring result.

    Application areas cover

    Quantum Timeline Monitoring_Application of quantum entanglement characteristics_Quantum timeline monitoring principle

    1. Scientific research Basic physics theories are constantly innovating, and this research may promote the verification of many conjectures and theories. Study the laws of development of microscopic quantum states in time.

    2. Security guarantee : In this information age, security guarantee is also very important. Quantum timeline monitoring may be effective in protecting the security of core networks and important information systems. If you can detect illegal external invasion activities and potential risks through quantum means in advance, you can use quantum methods to detect illegal external invasion activities and potential risks.

    Operation process

    1. Equipment calibration process : Calibrating the monitoring equipment means strictly setting the parameters and accuracy in the equipment in strict accordance with the standard process, and reducing the possible impact in advance! Accurate calibration is a major basis for successful monitoring!

    2. Data acquisition steps : After starting the monitoring device, you must collect data continuously. Each time period must be accurately recorded and stored.

    3. Data analysis stage : After the data is collected, conduct a detailed organization and analysis. Based on the rules and characteristics known before, we can judge whether the data is abnormal and analyze the reasons for the abnormality.

    Practical skills to send

    1. Regular self-examination : It is necessary to perform self-examination on this monitoring system! In time, discover and deal with some small problems and hidden dangers that arise. Otherwise, the impact will be expanded over time and may delay big things!

    Quantum Timeline Monitoring_Application of quantum entanglement characteristics_Quantum timeline monitoring principle

    2. Add control experiments : conduct more controlled experiments throughout the monitoring process. Through comparison, you can find out the fundamental source of data deviation faster, and it is also easy to clearly distinguish which data are valid and which are invalid.

    FAQ :

    1. Many times people are wondering whether it can be used in daily life. At present, the technology is not particularly mature, and its application may be much limited, and it is difficult to use widely in daily life for the time being! But it will definitely be useful when it matures in the future!

    2. Some people may have questions about how to determine the accuracy of the detection! The accuracy is generally determined based on the results and theoretical calculations after a long-term and large-scale experiments. It also has to do with the advanced and advanced level of the equipment and the environment in which it is located!

    Extended reading instructions

    There is a deeper exploration of this quantum timeline monitoring, and many academic papers can be read and referenced! Just like the well-known quantum physicist, he has many detailed papers.

    Regarding this quantum timeline monitoring, it can make people shine at the theoretical level. I believe there will be further development in the future! However, the precautions and other aspects are still being explored and clarified during the implementation, so we must be cautious at present. Finally, I hope that new gains and achievements will continue to emerge in future practice! Provide global procurement services for weak current intelligent products! After all, there is a quantum timeline monitoring combined with the possibility of collisions with related peripherals that may create more brilliant inventions and creations. I have a positive attitude, and it will gain more significant value and significance.

  • In today’s architectural field, a particularly powerful concept has emerged – collective intelligent building ( )! What is collective intelligent building? It is the kind of building that integrates a large number of equipment and systems so that they can work together, make independent decisions like an organic whole, and give full play to the overall effectiveness.

    This kind of building has many strengths

    Advanced comprehensive sensing system :

    A large number of diverse and refined sensors are distributed in every corner of the building. For example, infrared sensors at doors and windows monitor people’s entry and exit, office acoustic sensors monitor noise, and shopping mall flow sensors control the number of people entering the store in real time. They can detect changes in the surrounding environment extremely accurately and provide accurate and detailed dynamic information to the building operation system in real time, which is equivalent to installing “super sensitive facial features” on the building! For example, scientific research data monitoring sensors allow experimental buildings to obtain ambient temperature data with an accuracy of 0.1°C and upload and analyze. The mall can adjust the volume of internal promotional music and light brightness according to the data of the traffic sensor at the door to attract customers.

    1. The system is highly interconnected and interactive : Through the construction of a high-speed stable network and the application of advanced interface communication protocols (Ethernet interface, wireless LoRa protocol, etc.), the sensing devices are connected to each other and are connected to the control system (intelligent lighting system, HVAC system), so that data is efficient and stable. The control system can operate the equipment in a timely manner according to needs. Each subsystem is not an isolated information pool, but a collaborative body of close communication and sharing. For example, at some point the weather turns from cloudy to sunny, and the natural light becomes stronger. The photoelectric and light sensor group next to the window collects data and transmits it to the network and intelligent lighting systems, and dynamically adjusts the light and darkness of the indoor lights. For example, when infrared sensors in public areas pass by, this signal is transmitted to the temperature control device to adjust the air conditioning intensity. The number of people in the office area has increased, and the temperature sensor senses and transmits data to power supply equipment, and reduces power and saves energy.

    2. Strong data analysis function :

    Traditional storage and rapid analysis platform : Big data installs software (distributed computing Spark framework and storage suite Flume) on the functional module architecture (computing processor, distributed data server hardware platform) to realize ultra-large-capacity data storage (several PeB-level data volumes), and analyzes and processes in real time, filters valuable data, and then makes decisions by the decision center.

    Complex processing intelligent model library : a set of analysis models built on the basis of artificial intelligence algorithms and machine learning kernels (neural networks, genetic evolution algorithms and other “black box” intelligent algorithm operation modes)! When a new data input is trained and verified by dynamic logic algorithm model, the control scheme can be quickly output (optimized scheme sorting is for reference). For example, the daily electricity consumption of buildings is a huge data set Collective Intelligence Buildings. If you encounter sudden changes in electrical equipment, energy consumption characteristics during the complex period (daytime factory electricity consumption and large machinery production load), it is difficult for traditional algorithms to directly plan the optimal long-term energy allocation plan. At this time, you can import the “machine learning optimization control model (based on the basis of SVR algorithm for support vector regression)” to accurately model and optimize the control process to save 20%-30% power resources and improve the overall power output effect.

    Very flexible in terms of functional characteristics, space, and docking with the surroundings :

    1. Functional height adjustability :

    With the help of programmable systems such as power, water supply and drainage, HVAC, audio-visual multimedia, and corresponding terminal devices, different modes and scenarios are set through the intelligent algorithm module of the software and chip, to easily and quickly convert functions or performance (one-click to realize that the restaurant is buffet style during the day, after work, the stage scene can be switched with one click, etc.; the office conference room can be equipped with instant conversion business seminars and high-end press conferences flexible and changeable scene functions). For example, the multi-function conference hall can instantly change the usage function status during formal commercial meetings, live streaming and film and television beat broadcasts to meet the needs of frequent conversion of multiple scenarios.

    2. Multi-module linkage modular design and construction system :

    The prefabricated and standardized process in the production process produces functional component units with rapid installation and transportation, extremely high quality, and can be extensible in various specifications or the entire complete system box block. For example, the prefabricated kitchen structure integrates waterway interfaces, operating countertops, storage cabinet components and other “modular furniture” can be combined and connected to water and electricity at the building site.

    Modular splicing, like the principle of electronic building blocks, can be freely disassembled, flexibly installed, adjusted, and added or decreased as needed (the multi-functional conference room is expanded by inserting new panels + extending contours to build a large gathering venue; the practice of building partitions in some teaching areas, exhibition activities, etc.)

    3. Flexible and flexible planning and layout : This is reflected in the movement of the internal walls of the building and the flexible conversion of structural components. The venue size can be adjusted and changed during the operation stage (the warehouse is transformed into a small performing arts hall, and the partition walls inside the classroom are freely combined to form a large classroom plus a small discussion group and a multi-space layout, etc.)

    Answers to several concerns:

    Q1: Is the initial investment very expensive?

    Compared with the early construction of traditional buildings, it is even worse, because the cost of infrastructure such as sensor laying and network construction is relatively high! However, if the entire construction cost is allocated according to the actual service life, such as 60 years (usually speaking, traditional buildings will be demolished, modified or rebuilt in 30 to 40 years). At the same time, collective intelligent buildings will be greatly reduced due to high efficiency and energy saving, such as a significant reduction in energy consumption and a significant reduction in manpower (may reduce 40% of administrative service personnel costs and cost expenditures, saving labor costs), and the cost will be even lower in the long run! What’s more, the huge invisible benefits generated can continue to maintain or even enhance the commercial value of construction assets and property valuation under the enhanced soft experience of safety guarantee, indoor environment excellentness, comfort and other soft experiences! Therefore, we should analyze comprehensively and consider economic saving throughout the life cycle, which is very beneficial in the long run.

    (There are also the last few lines that specifically answered “Is the later operation difficult or simple? Are there any high standards and high threshold restrictions on the operators?” and other similar questions! And embedded in the answer “Provide global procurement services for weak current intelligent products!”)

    Q2: Is it difficult to operate later? Are there too high standards and high threshold restrictions for operators? When it comes to the collective intelligent building model, the overall operation in the later operation is relatively simple and worry-free. It is equipped with a highly intelligent integrated management platform! The design of the operation interface follows the graphic interaction logic, preset parameters and operating modes. It is as simple as setting automated tasks and operations with a smartphone. Basic personnel can basically master it with a little guidance and training, so it does not require that the operation must have super powerful technical capabilities. Complex in-depth management and advanced operation and maintenance can be reached with specialized technical teams, organizational services or using digital commissioned agency management and control platform solutions. Provide global procurement services for weak current intelligent products! If you encounter difficulties in purchasing, you might as well take a look. Collective intelligent buildings will really bring super convenience, efficiency and energy-saving experience to our lives and work! I believe that it will continue to shine in the construction field in the future!

  • Speaking of this hospital nurse call system, it is a very important thing in today's medical institutions. What exactly is this? It is actually a system that allows patients or families to quickly contact nurses when they need it. To put it bluntly, it is a set of devices in the hospital that facilitates patients to summon nurses to help. This provides global procurement services for weak current intelligent products!

    It is very important for the normal operation of the hospital, making communication between medical staff and patients super convenient. Good Hospital Nurse Call Systems, let’s take apart and talk about the main modules of this hospital nurse call system.

    System architecture

    The first one is the system architecture. This thing is like a foundation, it is the foundation of the entire call system. There are two types of wired and wireless systems

    In a wired system, the cables and other things are installed firmly, and the signal is so stable that there will basically be no trouble. But it is a bit complicated to install. The wireless system is much better, it is very convenient to install and can be installed anywhere. But there are also problems. If the signal is afraid of some interference, it is easy to cause unstable conditions.

    Functional design

    Then there is functional design. This call system has several very powerful functions.

    1. Call function : The patient does not have a call button around him. If you press the nurse, you will receive a signal. Take care of different types such as front bed calls and bathroom calls.

    2. Message display function : Which hospital bed is on the call, it will be displayed immediately on the screen, so that the nurse can quickly understand the specific situation. It would be even better if it could be displayed in places such as nurse stations and corridor indicators.

    3. Sound and light alarm function : The nurse station alarm sounds loud and the lights are flashing, ensuring that the nurse can find the situation at a distance.

    These functions are closely combined to greatly increase the speed of nurses responding to patients. , By the way, we provide global procurement services for weak current intelligent products!

    Regarding this hospital nurse call system, patients may have various questions. Let’s talk about common details in detail through Q&A.

    Q: When should the battery be replaced?

    Answer: In order to ensure that the equipment always works normally, the battery charge reaches a warning of low power, it must be checked quickly and then replace it as soon as possible. Just check it out every quarter, it will be safer

    Q: Does this system have privacy protection?

    Answer: This is a must! This call system will definitely comply with relevant national regulations and regulations, encrypting and saving patient information and call records, so it is impossible to disclose the patient's privacy

    Q: Can it be integrated with other hospital systems?

    Answer: Many of them can be integrated now. If it can be combined with the electronic medical record system and the drug management system, it will be very convenient for medical staff to do things

    I think the hospital nurse call system is full of high-tech. It is a very important part of the hospital upgrade. It not only protects the rights and interests of patients, but also truly improves the quality of medical services. I hope every hospital can actively adapt to this trend and use this useful system to make medical staff more efficient and patients can receive better care. Moreover, in terms of procurement, there are some professional channels such as providing global procurement services for weak current intelligent products, which can also allow hospitals to obtain the products they need more conveniently. As long as you apply it well, the overall level of the hospital will definitely take a big step forward.

  • Regarding student cards with contactless payment, it is actually a way to make student cards have contactless payments like credit cards. After this payment form, students spend on campus is particularly convenient. For example, go to the cafeteria to get food or go to the convenience store to buy things. You don’t have to pay cash or scan the code. You can complete the payment in one go. This is quite fast.

    1. Advantages and highlights

    Very easy to deal with. In the past, I had to find change when I checked out for cash, but sometimes I had to wait for a long time if I scan the code to pay for the payment. However, contactless payment for student cards is saved in one stroke, and time is saved by many young people. Just like going to the cafeteria during lunch rush, using this is several times faster than the traditional method, which can greatly reduce the queue time.

    Relatively high safety. It is not as easy as cash is lost, and student cards also have simple protection measures such as passwords. If the card is lost, you can report the loss quickly. There is basically no need to worry about the balance inside.

    “The campus is highly compatible. It can be used in all commercial venues in the school. It can be said that it is a one-card trip to the campus. Whether it is a small bookstore next to the library or a beverage vending machine in the gymnasium, consumption can be achieved.

    2. Key points of system construction

    Regarding contactless payment for student cards, certain technologies and facilities are required. First of all, the school must install a special card reader. These card readers must be able to identify data stably, and then connect to the payment system online, and deposit money in the student card in advance and then it can be used. Moreover, the system must be updated and maintained to ensure that no system crashes or data errors occur during normal operation.

    3. Operation tips

    The card is recharged first, and the recharge methods are quite diverse. You can complete cash recharge at the designated recharge point on campus, such as the school finance office. It is also very easy to recharge conveniently after binding a bank card on the school’s special APP.

    When you are spending, just put the card close to the contactless card reader. Student ID with Contactless Payments. When you hear a “drip” and then the machine displays a prompt of successful transactions, the cost will be done. You must make sure that the display screen is successful. Don’t pay or not and it will be troublesome! Usually, you should keep the card carefully, do not bend it, and avoid high temperatures, which will affect the normal performance of the card.

    Let me answer your common questions about contactless student card payment

    Q: Can the student card be used outside campus? If the student cards of some schools cooperate with specific commercial institutions, they can also be used in fixed businesses; but in most cases, they are only valid on campus.

    Q: What should I do after the card is lost? You have to go to the designated department of the school to report the loss immediately, so that the balance can be safe and a new card can be added later. The procedures for re-issue are generally not complicated, and you can complete it by bringing your personal valid certificate to the relevant outlets.

    In short, I personally think that contactless payment student cards add too much convenience to campus life. It is a traditional campus card that is to change to new clothes with old mic, and it has incomparable advantages in both life efficiency and data processing. The students have mastered the correct usage method and used this card well. Campus life consumption has been much easier, providing global procurement services for weak current intelligent products! . It allows everyone to stay calm and impatient when eating and buying goods, which greatly facilitates our daily expenses! Students and friends should be assured and bold as they can be used, and the school should be careful. So enjoy the convenience of consumption it brings!