Intelligent track type freely-combined washing line

Abstract

The invention relates to the field of machinery, and in particular relates to a washing line. The intelligent track type freely-combined washing line comprises a washing unit having at least two washing cabins, wherein a feed hole is formed in the right side of each washing cabin, a discharge hole is formed in the left side of each washing cabin, the discharge hole is wider than the feed hole, and the at least two washing cabins are mutually connected by inserting connection of the discharge holes and the feed holes; a motor is arranged on one side of the washing cabins, and a rotation shaft of the motor is connected with the washing cabins via a transmission mechanism. According to the intelligent track type freely-combined washing line provided by the invention, the discharge holes and the feed holes of the washing cabins are connected in an inserting manner, so that respective rotation of the washing cabins without mutual influence is ensured, the washing cabins can be responsible for different functions, such as soaking, prewashing, fine washing, rinsing and smoothening, the at least two washing cabins can be freely combined to form combinations with different functions, and achieve different washing purposes, and thus each washing cabin can execute any washing function in a standalone manner, and can also be combined with the adjacent washing cabin to complete a washing process. Therefore, flexible adjustment of the washing process is achieved.

Description

technical field [0001] The invention relates to the technical field of machinery, in particular to a washer. Background technique [0002] At present, the domestic tunnel-type continuous washing unit (referred to as the washing dragon), generally adopts the overall structure of the long dragon (see figure 1 ). The main dragon body is composed of a feed hopper, a frame, an outer cylinder, a rotating cage, a driving device, and a discharge port. [0003] Ordinary tunnel-type continuous washing units are driven as a whole, and each warehouse completes a specific washing process, and the time ratio between various washing process links is relatively fixed (for example, 3 compartments for pre-washing, 5 compartments for main washing, 4 compartments for washing, etc.) 1 compartment for rinsing, 1 compartment for neutralization). If the linen in the front and rear warehouses is different, after adjusting the washing time of the first warehouse (note, in fact, only the transmissi...

AI Technical Summary

Problems solved by technology

Troubleshooting and maintenance are difficult. The basic requirement for linen conveying during operation is not to run out of the warehouse and not to block the warehouse. The key is that the concave surface of the spiral plate in each warehouse forms a transmission channel and the driving force can ensure smooth sliding of the linen and water. Pass, if there is a fault, the space of the transmission connection channel formed by the concave surface of the spiral plate of each inner bucket of more than ten sections of the warehouse body is very narrow, and it is necessary to drag out all the linen in all the warehouses before the blockage to eliminate the blocking fault, maintenance and discharge so work is very difficult

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