Building hoist compulsive maintaining monitoring system with fault detection function and application of building hoist compulsive maintaining monitoring system
A technology for construction lifts and maintenance, applied in lifts, transportation and packaging, etc., can solve problems such as difficulty in maintenance, design defects, electrical or mechanical failures, etc., to facilitate accident accountability, improve effectiveness, and ensure seriousness.
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Embodiment 1
[0035] Such as figure 1 As shown, the present embodiment provides a construction hoist mandatory maintenance monitoring system with a fault detection function, including an on-site monitor 1 and a remote monitoring platform 2, the on-site monitor 1 is arranged in the cage of the construction hoist, and the on-site monitor 1 and Data transmission is carried out between remote monitoring platforms 2 through wireless communication technology;
[0036] The site monitor 1 includes a microcontroller unit 3, a data acquisition unit 4, a wireless communication unit 5, an action execution unit 6, and a human-computer interaction unit 7, and the data acquisition unit 4, a wireless communication unit 5, an action execution unit 6, and a human-computer interaction unit. Unit 7 is connected with microcontroller unit 3;
[0037] Remote monitoring platform 2 adopts B / S structure, that is, browser and server structure.
[0038] Microcontroller unit 3 comprises microcontroller STM32F103, pow...
Embodiment 2
[0045] A method for using the compulsory maintenance and monitoring system for a construction elevator with a fault detection function described in Embodiment 1 to manage a construction elevator for regular maintenance, comprising the following steps,
[0046] (1) Before a construction elevator is put into use, the management personnel log in to the remote monitoring platform 2 of the construction elevator mandatory maintenance monitoring system after identity verification, and file for the construction elevator; the information on file includes the basic information of the construction elevator (such as Model, user unit, equipment production year, place of use, date of start of use, and GPRS module IP address, etc.), regular maintenance plan information (such as maintenance parts and corresponding time intervals, operation steps, required mechanical appliances, and oil, etc.) , the information of the full-time person in charge of maintenance (such as the full-time person's nam...
Embodiment 3
[0052] The method of using the construction hoist mandatory maintenance monitoring system with fault detection function described in Embodiment 1 to automatically detect the construction hoist failure and supervise the maintenance full-time responsible personnel to perform special maintenance on the construction hoist includes the following steps:
[0053] (1) On-site monitor 1 detects the operating conditions of important parts of the construction hoist through the combined transformer 13, photoelectric encoder 14, sensitivity-adjustable vibration sensor 15, platinum thermal resistance temperature sensor 16 and inclination sensor 17 of the data acquisition unit 4, Report to the remote monitoring platform 2 if there is a fault (for example, the inclination angle of the cage exceeds 5°). After the remote monitoring platform 2 receives the fault information, it will feed back the special maintenance measures to the on-site monitor 1 according to the special maintenance measures (...
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