Fabric turning and conveying device

Abstract

The utility model discloses a fabric diversion conveying device, its characterized in that: including high -pierced cloth falling device and subsequent cloth entering frame, high -pierced cloth falling device and subsequent cloth entering frame between through the scale board type conveying belt diversion connection. The utility model discloses through the scale board type conveying belt diversion connection adjacent former and latter two flat -bed printing and dyeing processing equipment, make and can seamless connection between the processing equipment of different direction arrangement of former and latter two, realize the continuous operation processing of fabric between flat -bed printing and dyeing equipment, improve work efficiency, reduce manual work. Also make the processing equipment according to workshop site flexible arrangement become possible simultaneously, thereby save the work space.

Description

Technical Field

[0001] This utility model belongs to the field of printing and dyeing equipment technology, and in particular relates to a fabric turning and conveying device that can adapt to continuous processing flat-width production lines. Background Technology

[0002] In the printing and dyeing flat-width processing workshop, according to the planned process flow, multiple sets of flat-width processing equipment are arranged vertically and horizontally according to the flow direction or the geometric layout of the workshop space. The fabric output end of the preceding equipment drops the fabric into a fabric cart or roll, which is then moved manually or by an automated trolley to the fabric input end of the following equipment. Each time the fabric is output from the preceding equipment and fed into the following equipment, the cutting, sewing, rolling, and unrolling operations are all performed manually. During this period, the relevant sections of the machine need to be stopped and ready to operate. This reliance on manual operation also increases the downtime of the machines waiting for material. If the existing equipment needs to process continuously, multiple sets of equipment need to be connected end to end, which is not suitable for ordinary workshop lengths. Summary of the Invention

[0003] The purpose of this utility model is to address the shortcomings of existing printing and dyeing flat-width processing equipment that cannot work continuously, and to provide a fabric turning and conveying device that can effectively connect various printing and dyeing flat-width processing equipment in a small space to achieve continuous flat-width processing of fabrics.

[0004] To achieve the above objectives, this utility model adopts the following technical solution: A fabric turning and conveying device is characterized by comprising an elevated fabric dropping device and a subsequent fabric feeding frame, wherein the elevated fabric dropping device and the subsequent fabric feeding frame are connected by a scale-type conveyor belt. Fabric processed by the preceding equipment falls onto the scale-type conveyor belt via the elevated fabric dropping device, is turned, and then enters the subsequent equipment for further processing via the subsequent fabric feeding frame. This allows for seamless connection between two processing devices arranged in different directions, enabling continuous processing of the fabric between flat-width dyeing and printing equipment.

[0005] A further feature is that a fabric dropping chute is provided between the elevated fabric dropping device and the apron conveyor belt. The fabric dropping chute is made of a smooth stainless steel plate rolled into an arc shape. The fabric dropping chute is used to guide the fabric hanging from the fabric dropping frame of the preceding equipment to slide sequentially onto the apron conveyor belt.

[0006] Furthermore, the end of the scale-type conveyor belt is equipped with a roller bed buffer zone. The roller bed consists of 10-20 closely arranged guide rollers, with power transmitted between adjacent guide rollers via chains and sprockets. The guide roller in the middle is equipped with a drive motor. The fabric stacked on the scale-type conveyor belt falls into the roller bed and moves towards the fabric feeding frame of the subsequent machine.

[0007] Preferably, the end of the roller bed buffer zone is equipped with a photoelectric detection device for detecting the position of the stacked fabric. The photoelectric detection... The measuring device detects the stacking state of the fabric and adjusts the conveying speed of the apron conveyor belt accordingly.

[0008] Preferably, the elevated fabric feeding device and the subsequent fabric feeding frame are arranged in parallel, with the fabric traveling in opposite directions, so that two adjacent flat-width printing and dyeing processing machines can be connected end to end in parallel, thereby saving working space.

[0009] This invention connects two adjacent flat-width dyeing and printing machines using a scale-type conveyor belt, allowing for seamless connection between the two machines arranged in different directions. This enables continuous processing of fabrics between the flat-width dyeing and printing machines, improving work efficiency and reducing labor. It also makes it possible to flexibly arrange the processing equipment according to the workshop space, thus saving workspace. Attached Figure Description

[0010] Figure 1 is a schematic diagram of the structure of this utility model. Detailed Implementation

[0011] like Figure 1 As shown, a fabric turning and conveying device includes an elevated fabric dropping device 1 and a subsequent fabric feeding frame 5, which are connected by a scale-type conveyor belt 3. A fabric dropping chute 2 is provided between the elevated fabric dropping device 1 and the scale-type conveyor belt 3. The fabric dropping chute 2 is made of a smooth stainless steel plate rolled into an arc shape. The fabric dropping chute 2 guides the fabric hanging from the elevated fabric dropping device 1 of the preceding equipment to slide sequentially onto the scale-type conveyor belt 3. A roller bed 4 buffer zone is provided at the end of the scale-type conveyor belt 3. The roller bed 4 is composed of 10-20 guide rollers closely arranged according to the speed of the equipment. The power is transmitted between adjacent guide rollers by chains and sprockets, and the guide roller in the middle is equipped with a drive motor. After the fabric in a stacked state on the scale-type conveyor belt 3 falls into the roller bed, it moves towards the subsequent fabric feeding frame 5 of the following machine. A photoelectric detection device for detecting the stacked position is provided at the end of the roller bed 4 buffer zone. The measuring device detects the stacking state of the fabric and adjusts the conveying speed of the scale conveyor belt 3 accordingly.

[0012] The elevated fabric feeding device 1 and the subsequent fabric feeding frame 5 are set in parallel, with the fabric traveling in opposite directions, so that two adjacent flat-width printing and dyeing processing machines can be connected end to end in parallel; the processing equipment can also be flexibly arranged according to the actual situation of the workshop site, thereby saving workspace.

[0013] When this utility model is in operation, the fabric processed by the previous equipment falls onto the scale-type conveyor belt 3 through the elevated fabric dropping device 1, turns and enters the subsequent equipment for processing via the subsequent fabric feeding frame 5, so that the two processing equipment arranged in different directions can be seamlessly connected, realizing the continuous operation and processing of fabric between the flat-width printing and dyeing equipment.

Claims

1. A fabric turning and conveying device, characterized in that: It includes an elevated fabric dropping device and a subsequent fabric feeding frame, which are connected by a scale-type conveyor belt.

2. The fabric turning and conveying device as described in claim 1, characterized in that: A fabric dropping chute is provided between the elevated fabric dropping device and the scale conveyor belt. The fabric dropping chute is made of a smooth stainless steel plate rolled into an arc shape.

3. The fabric turning and conveying device as described in claim 2, characterized in that: The end of the scale-type conveyor belt is provided with a roller bed buffer zone. The roller bed is composed of 10-20 guide rollers arranged closely together. Power is transmitted between adjacent guide rollers by chains and sprockets, and the guide rollers arranged in the middle are equipped with drive motors.

4. The fabric turning and conveying device as described in claim 3, characterized in that: The end of the roller bed buffer zone is equipped with a photoelectric detection device for detecting the position of the stacked fabric.

5. The fabric turning and conveying device according to any one of claims 1-4, characterized in that: The elevated fabric dropping device and the subsequent fabric feeding frame are arranged in parallel, with the fabric traveling in opposite directions.

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