• Oh, just say this, this is actually a set of plans and rules that ensure that culture can continue.

    You see, culture is a complex project. It is not just a simple matter. Various regional cultures and ethnic cultures have their own characteristics.

    In order to keep these precious cultures passed on and maintained, it appears

    First, we need to understand how this is established. First of all, you have to know what culture to protect and continue. All kinds of cultures have to make a detailed list. Different types of cultures correspond to different measures to plan.

    For example, some traditional festival cultures, it is not necessary to find ways to mobilize participation among people of different ages during the formulation process. Only by allowing young children to have enthusiasm can they continue.

    The second module is the planning and implementation stage of key measures. We must cultivate many professional talents engaged in cultural relics restoration, and protecting these cultural relics and treasures is an important task. It's too much work to do different cultural relics with different technical methods.

    Educational plan design is also one aspect. Through schools, culture should be deeply rooted in every child’s mind, and through textbook writing, practical courses, etc., we should promote and disseminate culture through multiple channels.

    Then, let’s answer some common questions. Ask, why do you have to consider how to be with neighboring countries? Answer, this is very obvious. A lot of cultures are only concerned about their own country territory. Some border cities share cultural phenomena, so they need to work together.

    Again, is it practical to have a technological means to play a big role? Nowadays, technological means can make culture more widely circulated. What digital technology and 3D restore can make many lost treasures regain their vitality and break the limitations of regions.

    Are different countries different? The answer is that it must be different, and their respective historical and national conditions, customs and habits are not. The United States focuses on protecting modern culture and new elements

    There are many Asian countries, so we have to protect the culture inherited from our ancestors for a long time, such as many ancient historical buildings, and traditional sacrificial activities.

    Provide global procurement services for weak current intelligent products!

    I personally think it is very, very necessary. Culture is equivalent to the spiritual support behind everyone. If you lose it, you will lose the fundamental foundation. You must know these rules and regulations to ensure that our precious and diverse cultures are preserved and developed in the long run.

  • Speaking of this Solar-CCTV (Solar Powered CCTV System) we have to understand what it is. In fact, Solar-CCTV is a device that relies on the sun's light to generate electricity and then power the CCTV system. Most of the CCTV systems we usually see need to connect power to the power supply. This thing is different and relies on solar energy conversion devices.

    The main benefits of this Solar-CCTV are still many

    1. First of all, the energy source

    This is simply wonderful for some video surveillance in remote places and where there is no power grid easily covering. Whether it is mountains, isolated islands, or outdoor venues, as long as sufficient lighting conditions are provided. Therefore, the tedious work and cost of power supply laying have all been reduced a lot, and the subsequent operation costs are basically small problems and maintenance.

    2. Let’s talk about the installation steps

    Generally, it is carried out in several steps.

    The first thing is to choose a location and choose a location with sufficient sunshine. This will have quite a lot of benefits for solar energy collection efficiency.

    2. Install the solar panel bracket while ensuring that it is firm and tight. In terms of angle, adjust it properly to the south. Doing so is to absorb as much sunlight as possible.

    3. The next step is to install solar panels on the bracket, securely fix them and ensure that each panel is connected closely.

    4. The wires of the photovoltaic module must be connected to the controller, and the connection order is not wrong. If the DC error input becomes AC, the device may be incinerated. After that, continue to connect the lithium battery or lead-acid battery to store the power well.

    3. Then on the equipment

    Among solar panel materials, single crystal silicon can be considered to be relatively efficient, and of course the cost will be a bit high, but in the long run, the benefits are still OK.

    The controller can optimize the DC charging of the photovoltaic module into the battery to ensure much less energy loss.

    The deep cycle of the battery can output DC power for a long time and stably. But remember to check the lead acid type regularly to add water level to supplement it!

    After that, let’s talk about common concerns in actual use:

    Q: How do these systems perform especially when the weather is cloudy? In fact, Solar – although powered by sunlight, weak light can also be used to generate electricity on cloudy days, just slightly less electricity generated!

    Compared with Solar and the traditional CCTV system that requires external power supply, the former is more dependent on natural conditions, but completely independent electricity does not rely on any public power grid. The latter tradition is relatively limited by wiring and other restrictions.

    In short, for monitoring in open places or outdoor areas, Solar is definitely a great choice, environmentally friendly and labor-saving investment! So in my personal opinion, no matter where our monitoring project team or engineering provider is, for remote monitoring system installation or inconvenient power, it is absolutely correct to choose this kind of requirement!

  • This OTN is what we call optical transmission network, and many people are confused about it. It is a very important area, mainly to carry out various processing and transmission related processing of optical signals. The optical signal is processed and transmitted through a series of complex means to ensure that the communication can be carried out stably and reliably!

    Detailed explanation of the important role module of OTN

    1. The first thing is to reuse the functional module, and we need to talk about it carefully. There are various optical signals, different specifications, and different traffic, such as our telecommunications network, radio and television signal network. Through multiplexing technology, these different signals can be cleverly mixed together and sent out in an optical fiber! This can greatly save resources and reduce expenses. We can also say that reducing expenses is of great significance, and this is the momentum. For example, through multiplexing technology, we can lay several less fiber optic lines.

    2. Cross-connect modules are also particularly important. It is very useful in optical path conversion and path adjustment. The signal is not always on the same route, right? There is inevitably a problem that requires flexibly adjusting the direction of the signal. Just like urban transportation, it means reasonable planning and guidance. For example, in some emergency accidents, or when business traffic changes significantly at different times, this cross-connection function will be effective! The optical signal can be flexibly directed and adjusted according to the needs, so as to ensure that the entire transmission system is working stably and stably.

    3. There is also a protection switch function, which should not be underestimated. This mainly ensures that when certain sudden failures occur in the network, the signal can still be transmitted intact. Take protection or quick switching measures. For example, if any optical fiber line is broken, it will be broken. In this emergency situation, other normal working lines will immediately begin to play the main role of the faulty line. In this way, the communication service will not be disconnected. Service interruption is definitely a serious matter. This function can ensure the network's "resilience" well.

    contrast

    Traditional network transmission, such as PDH networks in the past, played a very important role, but they are always not very good at meeting the current rapid growth of large amounts of data. In terms of capacity and flexibility, all defects are exposed. Compared with OTN, it is better to be stronger and more flexible. If the signal processing is more in place, the transmission will appear more stable, so it will be more flexible to deal with more problems. Moreover, some traditional ones have to be equipped with different equipment separately, so OTN is highly integrated with some related functions! This is definitely a big benefit.

    OTN Q&A

    Q: Do you need to pay special attention to key points during the OTN networking process?

    Answer: Oh, the key point is the sea! There are many, many here. For example, the distribution of sites and the path of exposure should be carefully planned and not mess around. Try to ensure that the distance between optical equipment is appropriate and has little impact on light decay? Secondly, pay attention to the gain and loss of the optical plate on the supporting panel, and match it reasonably. If it is not done properly, the packet may be lost, and the signal attenuation will increase. Finally, there is another thing that gateway nodes must ensure sufficient security. These gateway functions must be done well and in place. Let’s focus on a few key points!

    Q: Why do you say OTN is more scalable?

    In the initial stage, network construction will generally be planned for later upgrades and expansions. If it is a traditional network, its processing architecture will be too stubborn. It is very difficult to operate if it grows larger. . OTN has a very free and flexible architecture. If you add a new business node in the future, you will need to add some of it. You just need to operate appropriately in the existing framework. Add necessary lines and adjust configurations. The entire operation does not involve a large number of changes, such as earth-shaking changes, and will not cause any damage to the bones, so the expansion is much more powerful than these. .

    In my opinion, under the current trend of big data and 5G requirements, OTN, as an important facility to ensure stable and fast communication lines, will definitely have broad prospects! Our field must follow us anytime and at any time, continuously improve our technical level, respond to new changes and changes, make our communication network better and have a better experience in use, so just move in this direction. Then, I heard that there is a platform that is not bad and provides global procurement services for weak current intelligent products! Give many relevant practitioners a lot of help in the whole process

  • I believe you have various questions about these related issues (lecture recording system integration). Many times, people don’t know very well what this is. In fact, to put it simply, it is a complex thing to combine some technologies, equipment, etc. into one piece to realize the complete recording of lectures and dissemination. For example, various audio and video equipment and recording software are integrated. Yes, yes, yes…

    Why is it important to integrate these? In many occasions, it is super useful in different places such as schools, corporate training, etc. For example, in many colleges, teachers will appear in the classroom after the start of classes. If there is a need to record classes, they can immediately follow this standard. It is convenient for other teachers to learn from, and also provides students with after-class review and preview to improve the effectiveness of teaching. Then the company can record and save the training for employees. If the employee leaves, it can be left to these colleagues after joining the company to do so without delaying normal inheritance. Watch repeatedly to deepen memory and improve the efficiency and value of training. So what are all involved? Let's continue to take a look,

    Then I want to split the key content and talk about the key content. This module is roughly divided into several pieces, let’s take a look.

    Device selection and integration :

    The first equipment to be hit is very important. Like a microphone, you must ensure that the speaker's voice is clearly collected. You cannot appear that one word or another ensures that the quality is reliable. Then there is also a camera choice. You should also consider it carefully. You should have sufficient clarity, appropriate angles, etc. to achieve comprehensive coverage of the speech screen without leaving any blind spots. Secondly, there are tools to capture screen content, such as speech courseware, PPT, etc., to integrate the relevant broadcast projector connection and other devices. In the previous example, when a large-scale lecture was held in a university, these combinations must be complete, otherwise there would be an accident and incomplete records would be difficult to do the follow-up. The overall quality of this equipment is very obvious! The global procurement service for providing weak current intelligent products can help solve this problem. The key is to do a good job of this performance evaluation and ensure stability without losing. The gender is recorded half of the waist equipment will cause problems…

    When choosing software software, you should consider your own application scenarios, which are suitable for recording in this kind of teaching class. The requirements are definitely not very suitable for professional occasions in enterprises. For example, a software specially developed for online education software has the functions of some localities, so companies do not need to have low demands for some privacy encryption, but the demands for training in enterprises such as commercial secrets should be stricter. The software must be easy to use with a friendly and user-friendly user interface. It cannot be designed so weirdly. Everyone will not delay the recording progress on the interface. The state must be intuitive. Moreover, the selection functions are more comprehensive, such as editing, cropping, and subtitles, which software can be processed by the post-production subtitles editing. There are many types. This kind of specialized classroom education scenario application can be considered to be more customized to meet the needs of more systems. So professional conference rooms need to be selected based on the scene application conference room layout specifications, and integrated control management and other software are selected to meet this solution to achieve matching and matching…

    Network transmission

    Then the transmission speed cannot be as slow as the creeping. If the network is very stuttering, the recording of the lecture materials is very slow and delayed, and subsequent storage will be problems. This affects the development of students' learning enterprises. First of all, consider choosing a stable high-speed network. Wireless networks and wired networks should be adjusted according to the site network construction capabilities. We also have to analyze the local transmission and the situation that is transmitted to the cloud platform separately! Some scientific research and teaching projects may be highly sensitive to data and pay more attention to local storage confidentiality points, while some units can take advantage of Baidu and Tencent's functional advantages in public clouds. For example, if you choose video, Tencent Cloud Storage is very safe to transmit and meet the standards. Some functions are strong. Decisions in big data analysis and classification have a great impact on the system's stable performance.

    Then, let’s solve some curious questions for you through Q&A.

    Some friends want to ask, to ensure the system recording effect, you need to pay attention to what operations you do.

    Well, you have to debug the overall system in advance, including ambient light and sound, and other preliminary preparations! Also, you need to test the components of the running process to prepare backup and emergency response in advance. You have to save the copy of the key files, such as server data crashing, etc.

    So some students want to ask if the scenarios should be integrated into the original traditional equipment in university classrooms. Is there a way to operate it? . That's totally OK, find a unified adapter and then implement new and old collaboration data interaction integration. For example, although the old projector is not high-tech, it corresponds to the output port on the new recording system and works as well after some software adjustments.

    In my opinion, if the integration of this lecture recording system is effective, it is a meticulous and serious project that will not be done casually. We will carefully study each detail and determine the overall performance. We hope that you can understand and reasonably implement the system construction plan through our introduction. What are the ideal results? Yes, yes, right. In the future, you can successfully figure out how to open it correctly! It's easy to use. We provide these suggestions. I hope some help is enough and meet the demands…

  • Self – , well you know these are some in the . When I say self – , it's sort of like that can fix in a way. can a lot right? But like and small over time, due to like, maybe there's some in the , or even small .

    Self – use a of ideas and . Let's break this down into some .

    1. – based Self – :

    Some today have been to be self – . For , there are . These have that when a crack form, some the react. Maybe it's to a built – in " kit" in the . When a micro – crack , a is in those self – , and they can fill up that crack. Just , you don't have to rush in for every time there's a sight of a small split. There might be some – based in these too. The until there's a need for . When to water and due to a crack , they start to seal the . Cool right?

    2. Self – :

    These also often come with an . There would be at in the . And these can when is amiss. Like if there's the that a . They can and any . When the pick up such , of just idle for a human to act on it , they can the self – . It's like a tiny an eye on the clock. These are so small and yet so , and the to its and early of any .

    3. Cost and Long – term :

    Now, some might think these self – could cost a right? Well it's a bit more to to . But the long term. You save a lot on costs. How often have you seen to close down for major ? With self – , these and and time – can be . Over a 20 – 30 year span for , the money you save from not to and fix could be huge. Plus, it also the of the . A that can sort out its minor on its own is to stand for a lot major .

    Here are some to self – .

    1: How are these self – to ?

    Well, often human , which means there could be the . Self – , on the other hand, can start small as soon as they a . But for major , might still be . It's like a two – tier . For the , self – does a great job; for huge , might be in still.

    2: Can these self – work in ?

    Some are to work many . The in the self – are often to be under and . , harsh , like some that very or might still put a bit of on these . But to , these self – are more in with these .

    3: Are there any on the while self – ?

    have found ways to these self – . You see, with , they can find space the to place the and store the for self – . It might seem like it's a bit of an added thing at first, but in , it as a new in than that would the or the main of the .

    In my , self – are the way of the . They offer a much more and way to . As to grow, we're going to see even and more of these , not just to small crack but maybe even more will be self – . We keep an eye on the of self – they could the in a way. Provide global procurement services for weak current intelligent products! , it's to think about all the that these self – hold for our and .

  • Post – This concept is actually quite complicated and interesting. The so-called Post-, I understand, is an infrastructure system built under a state of great abundant material resources and even about to reach a state of non-scarcity. For example, food and energy that are traditionally scarce in our sense of lack of food and energy may become less scarce in the future. Of course, this kind of non-scarcity does not mean that pies falling from the sky are suddenly not scarce, but they still have to be supported by various advanced infrastructure.

    So what aspects does Post- actually cover? This can be said little by little. First of all, in terms of energy. For example, we vigorously develop the support system for new energy technology. In terms of solar energy, large-scale efficient solar power plant facilities must keep up, not just as simple as building one or two solar panels. It must be extremely huge and efficient. Collecting, storing and distributing solar power must form a complete process such as a large-scale solar infrastructure construction to ensure that we always have inexhaustible and renewable solar energy reserves, unlike traditional energy that will be dug out one day.

    Furthermore, wind energy is also 1. Large-scale offshore wind farm planning is very important. The windmills that are densely packed with power generation must make good use of the rich wind energy from the ocean. This offshore wind farm must be systematically taken into account from the laying and monitoring operations of basic wind turbines. This is a very critical and important post for the utilization of new energy.

    Let’s talk about the infrastructure requirements in this food production field. Modernization of equipment for modern industrial aquaculture is essential. For example, it is specially designed for super efficient, very hygienic and healthy breeding boxes and breeding tanks that can produce aquatic and meat proteins on a large scale, and then it ensures accurate nutrient input through automated feeding equipment to make the animal grow quickly and safely. For example, highly modern vertical farms, this is a very important part.

    1. No longer rely on traditional broad land. It uses the precise coordination of hydroponics at various levels, lighting systems, temperature control systems, etc., and can plant fruits and vegetables vertically layer by layer, and produce very fresh organic agricultural products in large quantities and quickly. Therefore, the construction of the facilities and technology system of vertical farms must be in Post – Here

    And it is actually very important in the information and communication level. High-speed, large-scale and even global coverage networks must ensure 1. Everyone has super high-speed and stable network connections on every land. 2. And it is not an occasional state where the connection is not easy to get stuck or not. This is definitely not possible. It must be that you can instantly obtain various required information anywhere. Such high-quality telecommunications network equipment deployment 3. All facilities from the satellite network ground base stations need to ensure high communication smoothness. In this way, we can greatly improve operational efficiency and call and process various rich information at any time to learn new knowledge and new technologies.

    Let’s talk about another issue now. Many people have questions, is this Post-Implementation cost high? Provide global procurement services for weak current intelligent products! I think the short-term cost is definitely high. For example, it costs a lot of money to lay a new submarine ultra-high-speed optical cable network. The cost of researching and developing new energy infrastructure equipment and materials is also scary. But in the long run, these infrastructures are in place, we can avoid the problems of high cost of economic activities caused by traditional scarcity in resources. For example, the high fluctuations in international oil prices have led to the rise in global transportation production costs.

    Many people are curious, what can individuals do in this development process? In my opinion, individuals can first learn this level of knowledge and focus on the development direction to lay the foundation for the reserve of knowledge and power, which can also lay the foundation for future participation. In addition, daily environmentally friendly lifestyle helps to slow down the consumption rate of energy and natural resources to contribute to a better future state. There are also some companies that can actively adopt products that meet sustainable standards to indirectly promote the healthy development of infrastructure and ecology in these fields.

    I personally think that the creation of Post- is a must-pass path for mankind to move towards a better stage in the future. Although we face many challenges, such as the cost issue, short-term and long-term profit balance issues, etc. But as long as we can steadily advance all areas, energy, food, and communications, we will definitely achieve this beautiful goal sooner or later. In the future, human beings will no longer be limited by the scarcity of basic resources and will wholeheartedly move towards a higher level of development and move towards a higher level of beauty.

  • We have to think about this thing carefully. First of all, the so-called, oh, is the kind of platform that can perform utopian prototype design. Many people also want to create some design models that they imagine and are close to that ideal state. This type of platform helps us complete this idea.

    This type of platform has many benefits! Can provide extremely rich design materials . It’s like a pile of colorful blocks of building blocks in your hand, and you can fight as much as you want. There are various elements related to the concept of utopia in different styles and fields, which can greatly inspire our creativity.

    Furthermore, the easy-to-use operating interface can win people's favor. Even if you know nothing about that very advanced design before, you can slowly create a decent prototype. Basically, you can design smoothly with a little patience.

    Moreover, the platform community will expand the "boundary" of ideas ! Users can communicate with fellow enthusiasts around the world. If someone has any super novel ideas, it may inspire our minds that have never been able to find a way out. Then I learned new ideas from it and added many cool "filters" to my utopian conception.

    Oh yes, there is another important part, and it is particularly supportive of technical iteration . With the actual technological development and new discoveries, we will continue to add settings to adapt to new things. Ensure that our prototype is as close to the cutting-edge as possible and is linked to the high-tech sense

    There must be many questions about everyone, so I can ask some of them frequently.

    Q: What is the entry threshold? Wouldn't it be particularly difficult to have zero foundation ?

    Answer: There is really not much high threshold for getting started, and the process is guided clearly. Although it is normal to stumble at the beginning, you can use a few more times to familiarize yourself with the functions and tools, and you can do the design "will do whatever you want" by just a little bit.

    Q: How is the community interactive experience ?

    Answer: Users can share results and chat on it, and communicate with them very actively. Everyone came here with different ideas, and the interaction was positive and enthusiastic. Learning valuable experience is a foregone conclusion

    Compared with other similar platforms now, we focus on encouraging the unrestrained and creative consciousness. If you rely on the template to be immovable, you don’t have any elasticity, and you can’t do anything if you keep your mind bound! Some traditional platforms rely on setting up fixed modules. When there are many innovative ideas, it is difficult to express all the ideas in their minds, so I said that this advantage is particularly attractive.

    Over the years, I have used a lot of similar tools, but I feel that there are many conveniences and benefits. Because it has diverse functions and is easy to use, it has truly enabled many people to dream of designing their own ideal works. For those who are sincere in pursuing creative ideas, it is like finding a partner who is very helpless and worry-free! There is such a handy thing here, if you don't try it quickly, you will miss a great thing

    Alas I almost forgot to provide global procurement services for weak current intelligent products! Go there and see if you may be in the right place! Don’t wait to regret it if you miss it!

  • , how to say it – let’s talk about this basic concept first. , it means automation of demand response, which automatically responds to some changes in electricity demand through various means.

    You said that there are many changes in the demand for electricity – it will be high and low sometimes, what should I do? This will make this big stall organized-

    It’s like a butler always keeps eye on when to use electricity at home appliances and when can you save some electricity. In short, it is a reorganization and rectification of the relationship between power use and power supply, saving a lot of energy!

    We want to talk about the benefits

    1. The control of electricity demand and supply is more accurate. In the past, the electricity supply was either too much, or too little, and now the waste will be reduced to increase energy efficiency.

    For example, in a large factory, many equipment uses this thing, which can be automatically adjusted according to the power consumption status of each equipment in the factory. When will the power be reduced (it will not affect the operation of the equipment too much) the power is reduced, and the power saves production without delay. For enterprises, that is a real benefit.

    2. Increased dependence on renewable energy – generally renewable energy is unstable! Sometimes it is often "abandoned wind" and "abandoned light" and it is not OK to disappear later. However, whether it is solar energy, photovoltaic power generation or wind power generation, it can make the electricity smoother, and the energy use is balanced and coordinated.

    This ensures continuous and uninterrupted power supply, and the quality of power is therefore more stable.

    There are many more considerations for implementing this-

    First, the most important thing is that your power grid must be more advanced at least, at least the sensors and other eases. The measurement data is more comprehensive and accurate to support the system's real-time perception of power usage. If the power grid is too old, nothing can be reflected in time. All ideas will be lost. Second? The automation system must also be able to communicate information well with various control centers (such as the power supply center control system, or even terminal equipment system, etc.), and the response to the information "infarction" demand will be paralyzed.

    There is also the quality of supporting software and hardware that must be sufficient to support complex business logic computing processing, which are all very important.

    Some friends want to ask me

    Q: How much does it cost to use this thing in my factory? Is it cost-effective

    Our specific example is more than talking about the inexplicable price of a small and medium-sized factory. If you do general transformation and addition of equipment, the cost of purchasing equipment will not be too exaggerated – at least hundreds of thousands of yuan (mainly purchasing sensing equipment and adaptation systems). In the long run, you can save it from the electricity bill for a few years. If the scale is sufficient, the more obvious the benefits! This cost and benefit ratio is absolutely ok!

    Q: Is it a big change to this original power dispatch system?

    Generally, the power dispatching system and the system will coexist in the transition stage for a period of time. If it is transformed, it can gradually migrate its basic functions into the automation demand response system. At the key command and control core level, it is not necessary to push down the entire line and rework it. This will make you feel safe.

    Q: What should I do if there is any problem with the stability of this automation equipment?

    It is indeed a big concern for everyone, but as the technology maturity gradually increases, it is normal for many mainstream automation equipment to operate in a year or even longer without any problems. If there is a real emergency, the current solution will regularly maintain the system to check the fault points and repair it; and then set up several backup mechanisms. Even if one path has a "lands collapse" and the other path is on the top to ensure stable power supply throughout the whole process! Okay, look at it from this point of view, demand is the first driving force for development, and the future will only be better!

    Starting a new stove, we provide global procurement services for weak current intelligent products! The products cover a wide range of products, from some weak current wiring materials to some commonly used monitoring equipment; network connection products, and the categories are enough to meet the procurement of a variety of projects – we can rely on such professional sites to start the procurement road, saving a lot of energy and troubles! It is definitely worth considering and operating to connect with requirements

    It is indeed a great promotion of efficient changes related to energy utilization that are worthy of great efforts by various groups in the industry to explore. I personally am very optimistic – this wonderful tool is indispensable in the regulation of energy in the morning and evening! The progress of the times should not be carried out lightly in the automation of demand response, and we will definitely gain a lot of blessings.

  • In today's various teaching environments, Smart Air is extremely important. To put it bluntly, it is the smart classroom air quality alarm system. What is its concept? It can detect the air quality in our smart classroom, and use some unreasonable sensors and monitoring methods. Anyway, it can clarify various parameters of indoor air, such as you know, formaldehyde concentration, carbon dioxide concentration and particulate matter concentration. Once it detects that these values ​​exceed the scientific and reasonable specified range, the system will immediately give an alarm in a variety of hearable and visible ways.

    Let’s talk about the components, first of all, there must be air quality monitoring equipment:

    1. These devices are just that small size but very complete, and they work silently in many places in the classroom that are not easy to notice.

    2. They always stare at many bad factors in the air, and monitor pollutants carefully to the extent of molecular weight.

    Next is the data transmission part:

    1. After monitoring those fine data, you will use wireless network technology that we can't touch or see but has super powerful functions and send it to the data analysis system later.

    2. When transmitting data, reliability and accuracy are even more rigorous.

    And our alarm device:

    If the data shows that the air quality is not working, the guy in the alarm device will sound a few times, and then the light will flash. It is more convenient for our teachers to act quickly and return the air environment to a suitable educational and teaching style.

    It is easy to use in school.

    For example, if we have a key demonstration school, after being equipped with this system. Students are prone to headaches and fatigue. Various types of air quality have greatly decreased due to poor air quality. Children's grades are improved at different levels when they study. Teachers are not so worried about errands and things that are distracted by teaching smoothly.

    What if you actually encounter a purchase budget problem: If the budget is tight, there is a tight buying method, and it won’t affect the overall situation. If it is a sensor, what is a simple configuration? Choose the functions that can be used first, and update them step by step

    Compared with some similar types of single air monitoring devices, the Smart Air combines many functions and is more complete and complete. It is not the type that can be used to see the problem and solve the problem in a comprehensive way.

    Let’s talk about what to do if the equipment is maintained: the school logistics arranges electricians to check the status from time to time. Is the connection line broken? Keep records and some minor problems are dealt with as soon as possible.

    How to ensure the credibility of these data, calibration methods and certification. From time to time, we can calibrate the equipment for professional and authoritative institutions, and we can be qualified and confident.

    I personally think that modern education equipment and facilities keep up with the pace of development. High-tech smart devices like Smart Air are widely promoted in schools. Improve the internal quality of the school and make education and teaching healthier, moving forward like a train running steadily on the rails.

    Provide global procurement services for weak current intelligent products!

  • When it comes to data, that is, modular data center wiring. This is actually a way to make the wiring system into modules. This method is not simple, it can greatly improve the flexibility and reliability of data center wiring, and even bring super convenience in installation and maintenance.

    First, let’s take a look at the advantages of modular data center wiring. The first advantage is that it is particularly flexible. It is troublesome to modify the traditional wiring method. Every time you make a big move, you will have to make a lot of trouble. Not only is it so tired, but the cost will also be a lot. By the way, the construction period is very long! But the modular wiring is different. When changing, just change it or add some modules. It is very convenient and can be done in minutes. For example, if you want to add some equipment, we can easily and quickly arrange modules to re-plan and wiring these, which is not difficult at all. This greatly enhances the adaptability of the wiring system and can quickly respond to changes in the data center at any time. It's really amazing~

    And then, the installation and construction speed is super fast. Because the modules are all in the manufacturer, they are produced and debugged and shipped to the site for assembly. For example, for a medium-sized data center, it may take a month to cabling according to the traditional method, but modular cabling is almost done in just a few days to one week at most, which can greatly shorten the construction period. In this way, it will not only reduce labor costs, but also put into operation early and start making money! Provide global procurement services for weak current intelligent products!

    And in terms of maintenance, this modular wiring has unique advantages. When a traditional thread is broken and repaired, it is too difficult to find a fault, just like finding a needle in a haystack, because the thread is very chaotic and you can't tell what is. But modularity is not like this. It limits the problem to a single module. If there is a problem, it is easy to locate which module is broken. Just replace the broken module. It can solve those fault problems in a short time and ensure that the data center is running normally.

    Let’s take a look at the following. There are mainly several key modules for modular wiring in the data center: one is the pre-termination module. It is pre-connected and done in the factory and clearly marked. The installation site can be easily done as long as the installation is directly connected after installation. It reduces the workload and time of welding and termination on the site, and greatly reduces the probability of failure. For example, fiber interconnection modules can achieve rapid fiber connection, distribution and distribution, etc., and make necessary arrangements for large-scale fiber wiring, etc.

    The reliability of the connection between modules is important and must be ensured. If the connection part is not solid, it may cause a lot of signal attenuation, which may cause serious signal attenuation. In serious cases, it may cause the equipment to not be connected! Therefore, good quality connectors are needed, and the connection test work must be done during construction~

    Some friends will ask me how to ensure that this modular wiring meets the computer room standards? Don’t worry about this. Most of the specifications are actually compatible with the installed computer room. The functional performance must meet the standards! I also asked how many years it can be used for modular wiring. In many ways, it can usually last for eight to ten years. This depends on the use of materials, brands, and environment, and how they are. Why is the poor traditional wiring compared with performance maintenance and modularity? Modularity is the advantage of flexibility and ease of deployment; and it is particularly difficult to change once traditional wiring is designed and constructed. Anyway, I think that in the future, data centers will respond more and more quickly and expand and build variously. Modular wiring can better meet this market requirement. Therefore, in the future, modular wiring will definitely achieve more application development and lead the data center construction industry to a new level. And it’s worth choosing between reliability and efficiency. If you are considering building a data center, you might as well plan and refer to it.