4results about How to "Fast feedback" patented technology

The utility model discloses a mining hydraulic support withdrawing monitoring system. The mining hydraulic support withdrawing monitoring system comprises a first monitoring system and a second monitoring system, wherein the first monitoring system is arranged on a hydraulic support and used for monitoring the state of the hydraulic support in the withdrawing process of the hydraulic support; the second monitoring system is arranged on a worker and used for monitoring the state of the worker in the withdrawing process of the hydraulic support; the first monitoring system is connected with the second monitoring system and used for monitoring the operation state of the first monitoring system and the operation state of the second monitoring system; and the third monitoring system is used for monitoring the working area in the withdrawing process of the hydraulic support. According to the mining hydraulic support withdrawing monitoring system provided by the utility model, each withdrawing controller reports the state information of each support to the monitoring host by adopting a layered network topology structure, and the monitoring host performs remote centralized control on the premise of mastering various state data on site, so that the safety is improved.

The application discloses a tunnel collapse monitoring device and a tunnel collapse warning method, and relates to the technical field of mining. The collapse real-time monitoring device comprises a reference positioning device, a collapse warning triggering device and a feedback alarm device. The reference positioning device and the collapse warning triggering device are assembled with each other and are located above the outside of the mining tunnel. The feedback alarm device is located in the inside of the mining tunnel and corresponds to the location of the collapse warning triggering device. The application is used for monitoring the collapse of the tunnel when mining in the mountain with small slope and low height. According to the planned mining direction and length, the collapse real-time monitoring device is arranged above the mining tunnel in advance. The signs before the collapse are monitored by the collapse real-time monitoring device, and the warning signal is transmitted to the people in the mining tunnel in time. The warning feedback speed is fast, and the specific collapse position can be warned.

The application provides a check-in page configuration method, a display method and an apparatus. In response to a page creation request, a page editing interface is jumped to. In response to a component selection operation on a check-in page component, the check-in page component is displayed in a canvas area, and a plurality of check-in attribute setting items for configuring a page display form of the check-in page component are displayed in an attribute configuration area. In response to an attribute configuration operation on the plurality of check-in attribute setting items, the page display form of the check-in page component is configured, and check-in configuration data of the check-in page component is generated. The check-in configuration data is stored in a database component, so that a check-in page of a check-in activity is rendered by a mobile terminal through the check-in configuration data of the check-in page component. In this way, when there is a check-in page configuration requirement, the configuration of the check-in page is quickly completed without code writing by a developer, and thus the development speed of the check-in page is improved.

This utility model discloses a dual verification bracket for an access control device. Relating to the technical field of access control devices, it includes a bracket assembly and a verification assembly. The bracket assembly includes a support frame with a mounting base fixedly installed on its top. The mounting base houses a controller with a wireless communication module. Two mounting slots are formed on the top of the mounting base, and a connecting connector is fixedly installed at one end of each slot. The verification assembly includes three verification modules: a card reader module, a password input module, and a face recognition module. Connecting blocks are fixedly installed at the bottom of each of the card reader module, password input module, and face recognition module. This utility model allows for the selection of either a strong identity binding dual verification scheme or a weak identity binding dual verification scheme according to actual needs, achieving a highly secure, flexible, and convenient access control solution with significant practical value.