Glove-box service system based on Internet of things

Abstract

The invention provides a glove-box service system based on Internet of things. The glove-box service system based on Internet of things comprises a glove box, a selling device and a glove-box remote service module, wherein the glove box comprises a glove box body, an external sensor cabinet and a glove-box controller, and the glove box body is connected to the external sensor cabinet through a detection pipe; the selling device comprises a consuming-part selling cabinet, a plurality of gas selling tanks and a selling controller. Compared with the prior art, the external sensor cabinet is arranged to arrange glove-box detection sensors in a centralized mode outside the box, an electromagnetic valve is switched off when maintenance and replacement are carried out, communication with the glove box body is cut, leakage is prevented, and a common maintaining person can replace and maintain the device; the selling device is adopted for storing easily-consumable consuming parts and rare gas required by the glove box, and when the storage quantity is insufficient, professional service providers replenish cargoes of the selling device, worry of customers about insufficient gas sources is omitted, and the service level of the glove-box system is improved.

Description

technical field [0001] The invention relates to an Internet of Things glove box service system. Background technique [0002] With the continuous improvement of the functions of the existing glove box, its control system becomes more complicated. Although the operability has been improved, the customer operation must be performed in front of the equipment, and the remote monitoring of the glove box system data cannot be realized. [0003] With the development of the new generation of information technology of the Internet of Things, there are still deficiencies in the remote monitoring. The clients that can be managed by ordinary servers are limited. If the multi-server mode is adopted, the clients in different servers cannot be interconnected; the storage capacity of the clients is limited. The information generated by remote monitoring and remote diagnosis, such as glove box real-time sensor information, monitoring audio and video and other data, has grown massively, which...

AI Technical Summary

Problems solved by technology

[0002] With the continuous improvement of the functions of the existing glove box, its control system becomes more complicated. Although the operability has been improved, the customer operation must be performed in front of the equipment, and the remote monitoring of the glove box system data cannot be realized.

[0003] With the development of the new generation of information technology of the Internet of Things, there are still deficiencies in the remote monitoring. The clients that can be managed by ordinary servers are limited. If the multi-server mode is adopted, the clients in different servers cannot be interconnected; the storage capacity of the clients is limited. The information generated by remote monitoring and remote diagnosis, such as glove box real-time sensor information, monitoring audio and video and other data, has grown massively, which is difficult to maintain, and there will be a problem of insufficient storage space; glove box information data is difficult to share, because the data is only stored in the user customer It cannot be accessed from the outside in the PC of the terminal and the service provider’s client, and the information and data accumulated for a long time cannot provide reference for new diagnosis and cannot play a role

[0004] In the actual use of glove boxes, due to the small amount of inert gas in the glove box in the general market, the production and sales places and the place of use are even cross-provincial. If customers want to ensure the stable operation of the glove box, they need to stock up in advance, occupying large amount of cash flow

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