Cloud computing-driven smart terminal display stand

Abstract

This patent relates to a cloud computing intelligent terminal display stand, which aims to provide a more efficient, safe and energy-saving office environment. The stand consists of a support part and a display fixing part. A rotating bearing is provided on the support base to allow the stand to rotate horizontally; the vertical support column allows the height to be adjusted vertically; and the display fixing part can adjust the angle. The key feature is the ultra-micro intelligent terminal card box of the support part, which contains a highly integrated terminal device, which concentrates computing and storage resources on the cloud server and realizes the thin client of the terminal device. Users work through the cloud desktop client program connected to the cloud server, while the ultra-micro intelligent terminal is only responsible for display and input, which improves the utilization rate of hardware resources, information security, reduces power consumption, and realizes green office. The innovation of this technical solution lies in the integration of cloud computing and intelligent bracket technology, providing a new way of working, aiming to improve office efficiency, information security and environmental protection. Through this cloud computing intelligent terminal display stand, users can enjoy a more convenient and efficient office experience.

Description

Technical Field

[0001] The invention relates to a cloud computing driven intelligent terminal display bracket, belonging to the field of cloud computing terminals and the technical field of computer accessories. Background Art

[0002] Monitor stands are usually used to support and adjust the viewing angle of monitors, however, existing monitor stands have not yet achieved breakthrough improvements in functionality. At the same time, cloud computing technology has made great progress, concentrating computing and storage resources on cloud servers, reducing the burden on terminal devices and improving information security. Therefore, it is possible to combine traditional monitor stands with cloud computing terminals to achieve a more efficient, safer and energy-saving office environment. Summary of the invention

[0003] To solve the above problems, the present invention provides a cloud computing driven intelligent terminal display stand, which not only retains the basic functions of traditional display stands, such as stable support, viewing angle adjustment and wiring hiding, but also integrates ultra-micro intelligent terminals. The key features of these stands include: 1. The support part of the stand: including a stand base, a vertical support column fixed to the top of the base, and an ultra-micro intelligent terminal card slot located at the fixed end of the support column. The stand base has an arc groove and a rotating bearing, allowing horizontal rotation to adjust the horizontal viewing angle of the display. The vertical support column has a vertical slide and a slider, which can achieve vertical height adjustment of the display. In addition, the stand also includes a cable tie port for arranging cables to improve the neatness of the office environment. 2. The fixed part of the display: including a mounting panel, a fixing seat connected to the mounting panel, and a rotating bearing connected to the slider in the vertical support column slide. These components allow the pitch angle adjustment and vertical rotation of the fixed display. 3. The ultra-micro intelligent terminal card box: needs to be installed in the ultra-micro intelligent terminal card slot, including the ultra-micro intelligent terminal, the start button, the display interface, the power interface, the network cable interface, the USB interface and the DVI interface. The ultra-micro intelligent terminal is highly integrated, and the computing and storage resources are concentrated on the cloud server, realizing the separation of computing, storage and hardware. 4. Cloud server: It is composed of computing resources, storage resources and network resources stored on the Internet, and is used for control and data exchange. The user connects to the cloud server through the cloud desktop client program, and the ultra-micro intelligent terminal corresponds to the virtual machine on the cloud server. Different virtual machines are virtualized according to the terminal needs to provide different services for users. When using the present invention, the user can install the display stand, insert the ultra-micro intelligent terminal card box into the card slot, and then connect to the cloud server through the client program. The cloud server will allocate virtual machines and resources according to the user's identity and needs. The user can perform data processing on the virtual machine, and the terminal device is only responsible for display and input. The client program monitors the operation of the virtual machine to ensure its normal operation and provide data synchronization function. The cloud computing driven intelligent terminal display stand of the present invention has the following advantages and innovations: 1. Make full use of hardware resources and improve resource utilization. 2. Optimize the office environment, reduce space occupancy, improve cleanliness, and centrally organize cables. 3. Improve information security, concentrate data processing in the cloud, and reduce terminal equipment risks. 4. Realize green office, energy saving and emission reduction. In summary, the present invention cleverly combines the traditional display stand with cloud computing technology to provide users with a more efficient, safer and more convenient office environment, and has important application prospects and innovations. BRIEF DESCRIPTION OF THE DRAWINGS

[0004] In order to more clearly illustrate the technical solutions and advantages in the embodiments of the present invention or the prior art, the drawings required for use in the embodiments or the prior art descriptions are briefly introduced below. Obviously, the drawings in the following description are only some embodiments of the present invention. For those skilled in the art, other drawings can be obtained based on these drawings without creative work. Figure 1 This is an overall side view of the display stand, and the figure numerals are as follows: 1. Stand base; 2. Arc groove 3. Support column 4. Ultra-micro intelligent terminal card slot 5. Installation panel; 6. Fixed seat; 7. Rotary bearing. Figure 2 This is a front view of the support column of the monitor stand, and the figure numbers are as follows: 8. Cable port; 9. Slide groove; 10. Slider. Figure 3 This is a model diagram of the installation panel. Figure 4 It is an ultra-micro intelligent terminal card box, and the accompanying drawing numerals are as follows: 11. Start switch; 12. USB connection port; 13. USB connection port; 14. Network cable interface; 15. Display interface; 16. DVI interface; 17. Power interface. Figure 5 It is a circuit board PCBA of an ultra-micro intelligent terminal, and the figure mark description is: 18. Ultra-micro intelligent terminal. Implementation

[0005] The following is a clear and complete description of the technical solutions in the embodiments of the present invention in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work belong to the protection scope of the present invention. Embodiment 1: The present invention provides a cloud computing driven ultra-micro intelligent terminal display bracket, which consists of three parts: a support part, a display fixing part and an ultra-micro intelligent terminal card box. 1 (1) The support part includes the following elements: a bracket base 1, with an arc groove 2 on the top, containing a rotating bearing, so that the vertical support column 3 can rotate horizontally to achieve horizontal rotation of the display within a range of +60º to -60º. The vertical support column 3 has a vertical slide groove 9 on the upper back, and a slider 10 in the slide groove, which can adjust the vertical height of the display within a range of 0mm to 120mm. An inverted triangle cable tie port 8 is used to organize and hide cables. (2) The display fixing part includes the following elements: a mounting panel 5 for fixing the display, fixed on the support. A fixing seat 6, installed after the mounting panel, supports and adjusts the display. The rotating bearing 7 connects the display mounting panel and the vertical support column, allowing the display to be adjusted in pitch and 90° vertically. (3) The ultra-micro intelligent terminal card box includes the following components: the ultra-micro intelligent terminal 18 is a highly integrated terminal device, which includes a processing chip, an input device, a memory, a storage device, a graphics processing engine, etc. The start button 11 is used to start the ultra-micro intelligent terminal. The display interface 15, the power interface 17, the network cable interface 14, the USB interface 12 and the DVI interface 16 allow the connection of a variety of peripherals. The cloud server stores computing resources, storage resources and network resources on the Internet and is responsible for control and data exchange. The user connects to the cloud server through the cloud desktop client program, and the ultra-micro intelligent terminal corresponds to the virtual machine on the cloud server. The cloud server will virtualize different virtual machines according to the needs of the terminal to provide different services for the user. Example 2: The following is a specific usage process: After the user installs the display bracket, press the start button 11 on the ultra-micro intelligent terminal card box to start the computer. Enter the account and password on the client on the ultra-micro intelligent terminal and send a connection request to the cloud server. After the user is successfully authenticated, virtual machines, storage resources, and network resources are allocated, and the user of the terminal is matched with the virtual machine on the cloud server. The terminal receives the user's data input and transmits the data to the cloud server. The user processes the data on the virtual machine on the cloud server through the terminal, and then the terminal displays the data processing results sent back by the cloud server. The cloud server records the virtual machine usage information of each user. When the user logs in again, the cloud server will automatically provide the corresponding virtual machine template for the user to choose based on the matching record. The cloud desktop client program monitors the operation of the virtual machine. If the virtual machine is abnormal, the virtual machine will be shut down and the same virtual machine template will be redistributed.After the virtual machine is restarted, the cloud desktop client program synchronizes the data to the new virtual machine. It should be emphasized that the above embodiments are only examples of some of the present invention, and those skilled in the art can make other modifications or substitutions to the present invention without departing from the technical spirit and scope of the present invention, and these modifications or substitutions are also included in the scope of the claims of the present invention.

Claims

1. A cloud computing driven smart terminal display stand, characterized in that: It consists of three parts: the bracket support part, the display fixing part and the ultra-micro intelligent terminal card box. The bracket can be installed in combination with any compatible display in the cloud server environment to form a cloud computing PC, thereby improving the utilization of hardware resources and realizing cloud desktop system operation.

2. The cloud computing driven smart terminal display stand according to claim 1, characterized in that: The support part of the bracket includes a bracket base, a vertical support column fixed on the top surface of the base, and an ultra-micro intelligent terminal card slot opened on the top of the support column. The bracket base has an arc groove, which contains a rotating bearing, which allows the vertical support column to rotate horizontally, thereby achieving a horizontal rotation range of the display from +60º to -60º. A height-adjustable vertical slide groove is opened on the upper back of the vertical support column to achieve a vertical height adjustment range of the display from 0mm to 120mm. In addition, an inverted triangle cable tie port is also provided at the lower back to facilitate centralized arrangement of the wiring.

3. The cloud computing driven smart terminal display stand according to claim 1, characterized in that: The fixed part of the monitor includes a mounting panel for fixing the monitor, a fixing base installed behind the mounting panel, and a swivel bearing connected to the slider in the vertical support column slot and clamped on the fixing base. The swivel bearing realizes the connection between the monitor mounting plate and the vertical support column, and can also adjust the pitch angle of the monitor from +20º to -5º, and can perform a 90º vertical rotation.

4. The cloud computing driven smart terminal display stand according to claim 1, characterized in that: The ultra-micro intelligent terminal card box needs to be inserted into the ultra-micro intelligent terminal card slot, and the ultra-micro intelligent terminal card box includes an ultra-micro intelligent terminal and a start button, a display interface, a power interface, a network cable interface, a USB interface and a DVI interface on the ultra-micro intelligent terminal card box, wherein the USB interface can connect to a variety of peripherals.

5. The ultra-micro intelligent terminal according to claim 4, characterized in that: It is highly integrated and small in size. It is a mobile personal computer terminal, equivalent to an ultra-micro host, but its computing resources, storage resources and network resources are concentrated on the cloud server, realizing the separation of computing, storage and hardware. The ultra-micro intelligent terminal includes the terminal itself, its own operating system installed on the terminal and the cloud desktop client program. The terminal itself includes a processing chip, input device, memory, storage device, graphics processing engine, multiplexer, authorization manager, audio decoder, video decoder, audio encoder and video encoder.

6. The cloud computing driven smart terminal display stand according to claim 1, characterized in that: The cloud server consists of computing resources, storage resources, and network resources stored on the Internet, and is used to control and exchange data with multiple terminals. Users connect to the cloud server through the Internet through the cloud desktop client program, and the ultra-micro intelligent terminal corresponds to the virtual machine on the cloud server. The cloud server virtualizes different virtual machines according to the needs of different terminals and provides different services for the terminals to complete the corresponding operations. The cloud server includes a server host, an operating system installed on the server, and a client management system. The client management system is responsible for controlling and exchanging data with multiple terminals.

7. The cloud computing driven smart terminal display stand according to claim 1, characterized in that: The card box and display stand of the super micro intelligent terminal are detachable and removable, which means that even if the stand is damaged, it will not affect the use of the super micro intelligent terminal.

8. The cloud computing driven smart terminal display stand according to claim 1, characterized in that: The display stand of this invention is based on cloud computing technology, which concentrates computing and storage resources on cloud servers, reducing dependence on terminal hardware, thus making the ultra-micro intelligent terminal almost impervious to damage.

Images