Automatic linen feeding monitoring and controlling mechanism used for linen pressure dehydrator

Abstract

The invention relates to an automatic linen feeding monitoring and controlling mechanism used for a linen pressure dehydrator. The automatic linen feeding monitoring and controlling mechanism comprises a dehydration basket, a main engine control device, a left sealing door of the dehydration basket, a right sealing door of the dehydration basket and a lower sealing door of the dehydration basket. The automatic linen feeding monitoring and controlling mechanism is characterized in that the lower sealing door of the dehydration basket is connected at the lower end of the dehydration basket by virtue of dowel pins, the outer sides of the left and right sealing doors of the dehydration basket are provided with holes, a raster sensor is arranged at positions corresponding to the holes, the raster sensor is connected with the main engine control device, a cylinder is arranged at the lower part outside the junction of the lower sealing door of the dehydration basket and the dehydration basket, a cylinder piston rod is arranged on the side outside the lower sealing door of the dehydration basket, the cylinder is connected with a gas compression device, and a solenoid valve is arranged on a connecting pipeline of the cylinder and the gas compression device. By applying the automatic linen feeding monitoring and controlling mechanism provided by the invention, linen hung on the lower sealing door of the dehydration basket is ensured to completely enter into the dehydration basket, thus the phenomenon that a pressurization air sac of the linen pressure dehydrator is inclined and broken owning to nonuniform stress is avoided.

Description

technical field [0001] The invention relates to a washing device, in particular to an automatic monitoring and control mechanism for linen delivery of a linen pressure dehydrator. Background technique [0002] The linen pressure dehydrator is a stand-alone machine of the tunnel-type continuous large-scale washing unit, which is mainly provided for large-scale laundry factories to dehydrate the linen in hotels, hotels and hospitals after being washed by the tunnel-type washing machine. After the linen is spirally conveyed to the lower port of the pressure dehydrator through the tunnel-type washing dragon and enters the dehydration basket of the pressure dehydrator, the pressurized part of the linen pressure dehydrator runs downward under the action of the cylinder and passes the pressurized air bag to the linen installed in the dehydration basket. Pressurized dehydration, when the linen is automatically delivered to the dehydration basket of the linen pressure dehydrator thro...

AI Technical Summary

Problems solved by technology

[0003] The technical problem to be solved by the present invention is to design an automatic monitoring and control mechanism for linen delivery of the linen pressure dehydrator, which can automatically monitor whether the linen has been completely sent to the dehydration basket, and then through the closed door under the dehydration basket. Shake back and forth to ensure that the linen hanging on the closed door under the dehydration basket completely enters the dehydration basket, so as to avoid the pressurized air bag of the linen pressure dehydrator from tilting due to uneven force and causing rupture

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