Intelligent working inflation hangar control system
A control system and hangar technology, applied in tents/canopies, buildings where cars are parked, building types, etc., it can solve the problems of lack of wind and snow loads, deformation, low control accuracy of air supply, and achieve stable performance. Effect
Inactive Publication Date: 2019-05-10
湖北航特装备制造股份有限公司
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Problems solved by technology
[0005] For the fan driven by the diesel engine, the control accuracy of the supplementary air volume is low
In addition, although some schemes use diesel generators to drive the fans, and are equipped with intelligent control systems that automatically control the pressure of the air ribs, they lack consideration of wind loads and snow loads, and the hangar may be deformed by strong winds or Deformation by snow pressure
Method used
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Embodiment 1
[0015] figure 1 It shows a schematic diagram of the intelligent work inflatable hangar control system in the embodiment of the present application. As shown in the figure, the intelligent work inflatable hangar includes: AC power supply, inflatable equipment, controller, differential pressure sensor, wind speed sensor and snow depth sensor,
[0016] The differential pressure sensor is respectively connected with the air column and the controller, and is used to collect the pressure difference in the air column and transmit it to the controller; both the wind speed sensor and the snow depth sensor are connected with the controller; the The controller is used to receive and control the working state of the inflatable device according to the detected values of the differential pressure sensor, the wind speed sensor and the snow depth sensor; the inflatable device is connected with the air column for inflating the air column; AC power is used to power other devices.
[0017] I...
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An intelligent working inflation hangar control system comprises an alternating current power source, inflation equipment, a controller, a differential pressure sensor, a wind speed sensor and a snowdepth sensor. The differential pressure sensor is connected with an air column and the controller and used for collecting a pressure difference value in the air column and transmitting the pressure difference value to the controller; the wind speed sensor and the snow depth sensor are both connected with the controller; the controller is used for receiving detection values of the differential pressure sensor, the wind speed sensor and the snow depth sensor and controlling the working state of the inflation equipment; the inflation equipment is connected with the air column and is used for inflating the air column; and the alternating current power source is used for supplying power to other equipment. The stable power source is provided for the pressure control module by adopting the alternating current power source, the air supplementing amount can be accurately controlled, the wind speed sensor and the snow depth sensor are additionally arranged, and the stable performance of the hangar in various environments is ensured by adaptively adjusting and maintaining the internal pressure of the air column.
Description
technical field [0001] The present application relates to the technical field of inflatable hangars, in particular to an intelligent work inflatable hangar control system. Background technique [0002] Membrane structure is a new form of architectural structure and an important branch of modern space structure system. Membrane structure systems can generally be divided into structural systems such as inflatable membranes, tensioned membranes, and skeleton membranes. Among them, the inflatable membrane structure is the main form in the initial stage of the membrane structure development process. The inflatable membrane structure is divided into air-supported membrane structure and air-rib membrane structure. It forms a structure or component with a certain stiffness, and combines multiple components to form an overall force-bearing system of a certain shape, and thereby bear the load. For the air rib membrane structure, a pressure control system is usually used to control t...
Claims
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Login to View More IPC IPC(8): E04H15/20E04H6/44
Inventor 陈志军付奇曾如海刘天福胡豆胡明程
Owner 湖北航特装备制造股份有限公司