CN209114158U - Process hides base fabric process units - Google Patents

Abstract

The utility model discloses a kind of process hides base fabric process units, including feed mechanism, flattening mechanism, dip-coating mechanism and the rolling-up mechanism set gradually from front to back, feed mechanism includes the feeding roller and the first pinch roll in rack, first pinch roll is fixed on the vertical direction of feed mechanism column, the lower section of first pinch roll is equipped with the first transfer roller, the top of first transfer roller is equipped with the runner being located in rack, the lower section of first transfer roller is equipped with the support plate connecting with rack, and the two sides of feeding roller are equipped with pulley；Rolling-up mechanism include with sequentially connected 4th take-up roll of heating component, the 4th pinch roll and winding component, winding component includes wind-up roll and the undertaking roller positioned at wind-up roll two sides, and the end of rolling-up mechanism is additionally provided with the material blanking roller connecting with undertaking roller.The utility model base fabric process units of process hides using the above structure, device structure is simple, saves manpower, high production efficiency.

Description

Process hides base fabric process units

Technical field

The utility model relates to process hides equipment technical fields, more particularly to a kind of process hides base fabric process units.

Background technique

Leather base cloth is the base substrates for manufacturing rtificial leather, as the improvement of people's living standards, to leather wear Demand it is increasing, the quantity of natural leather is far from satisfying the demand of people, along with the price of natural leather valuableness, Common wage-earners are allowed to hang back again, therefore, quality-high and inexpensive rtificial leather comes into being.

Rtificial leather enters Chinese market and has decades, and with the development of artificial leather technology, high-grade artificial leather is complete Full substitution corium product, is widely used in shoes leather, luggage leather, sofa artificial leather etc., in addition to having the feel of corium product, gas permeability etc. Except feature, it is also equipped with intensity of several times even more than ten times more than natural leather, it is therefore, deep by wide along with its is quality-high and inexpensive The favor of big consumer.

In the base cloth production line of leather, compound nonwoven cloth through it is whole scald, impregnation, solidification, washing, drying, etc. processes be made leather Base fabric, needs multiple worker's cooperatings, and working efficiency is low.

Utility model content

The purpose of the utility model is to provide a kind of process hides base fabric process units, and device structure is simple, save manpower, raw It produces high-efficient.

To achieve the above object, the utility model provides a kind of process hides base fabric process units, including from front to back according to Feed mechanism, flattening mechanism, dip-coating mechanism and the rolling-up mechanism of secondary setting, the feed mechanism include the feeding in rack Roller and the first pinch roll, first pinch roll are fixed on the vertical direction of the feed mechanism column, first pinch roll Lower section be equipped with the first transfer roller, the top of first transfer roller is equipped with the runner being located in rack, first transmission The lower section of roller is equipped with the support plate connecting with rack, and the two sides of the feeding roller are equipped with pulley；

The rolling-up mechanism include with sequentially connected 4th take-up roll of heating component, the 4th pinch roll and winding component, The winding component includes wind-up roll and the undertaking roller positioned at the wind-up roll two sides, the end of the rolling-up mechanism be additionally provided with The material blanking roller for accepting roller connection.

Preferably, the flattening mechanism includes the first conveying roller and the second conveying roller positioned at ironing component both ends, described Second conveying roller is connect by the first take-up roll with the second pinch roll, second pinch roll and the horizontal connection of third pinch roll, The third pinch roll is connect by the second take-up roll of lower section with the second transfer roller.

Preferably, the dip-coating mechanism includes the second take-up roll and dip roller in dip-coating box, the dip roller packet Include the first support roller and the second support roller positioned at first support roller two sides, first support roller and second support Roller is distributed in the two sides of base fabric, and the front end of second take-up roll, which is equipped with, is located at the same horizontal position with second transfer roller Third take-up roll, second take-up roll are located at the top of the third take-up roll.

Preferably, first pinch roll, second pinch roll, the third pinch roll, first transfer roller and Second transfer roller is a pair of of rotation rod.

Therefore, the process hides of the utility model using the above structure base fabric process units, device structure is simple, saves people Power, high production efficiency.

Below by drawings and examples, the technical solution of the utility model is described in further detail.

Detailed description of the invention

Fig. 1 is the flow chart of the utility model process hides base fabric process units embodiment；

Fig. 2 is the local flow chart of the utility model process hides base fabric process units embodiment；

Fig. 3 is the schematic diagram of dip roller embodiment in the utility model process hides base fabric process units.

Appended drawing reference

1, feed mechanism；11, feeding roller；12, the first pinch roll；13, the first transfer roller；14, runner；15, support plate； 16, pulley；

2, flattening mechanism；21, ironing component；22, the second pinch roll；23, third pinch roll；24, the second transfer roller；25, First conveying roller；26, the second conveying roller；27, the first take-up roll；28, the second take-up roll；

3, dip-coating mechanism；31, the second take-up roll；32, dip roller；33, the first support roller；34, the second support roller；35, Three take-up rolls；

4, rolling-up mechanism；41, heating component；42, the 4th pinch roll；43, the 4th take-up roll；44, component is wound；45, it receives Winding up roller；46, roller is accepted；47, material blanking roller.

Specific embodiment

The embodiments of the present invention is described further with reference to the accompanying drawing.

Fig. 1 is the flow chart of the utility model process hides base fabric process units embodiment, and Fig. 2 is that the utility model process hides is used The local flow chart of base fabric process units embodiment, Fig. 3 are that dip roller is implemented in the utility model process hides base fabric process units The schematic diagram of example, as shown, a kind of process hides base fabric process units, including the feed mechanism 1, flat set gradually from front to back Complete machine structure 2, dip-coating mechanism 3 and rolling-up mechanism 4, base fabric carry out smooth by feed mechanism 1 into flattening mechanism 2, and process is smooth Base fabric after mechanism 2 is dried after smearing viscose using dip-coating mechanism 3, is wound by rolling-up mechanism 4.

Feed mechanism 1 includes that the feeding roller 11 being located in rack and the first pinch roll 12, the two sides of feeding roller 11 are equipped with Pulley 16, the base fabric on feeding roller 11 are rotationally more smooth under the drive of pulley 16.First pinch roll 12 is fixed on feeder Then the vertical direction of 1 column of structure, base fabric are carried out defeated by 11 feeding of feeding roller under the clamping action of the first pinch roll 12 It send.The lower section of first pinch roll 12 is equipped with the first transfer roller 13, and base fabric is postorder work by the first transmission downwards of transfer roller 13 Make to carry out the preliminary stent of base fabric progress.The lower section of first transfer roller 13 is equipped with the support plate 15 connecting with rack, through preliminary stent Base fabric stored at support plate 15, convenient for the normal progress of subsequent operation.The top of first transfer roller 13, which is equipped with, to be located at Runner 14 in rack, the boosted roller 14 of base fabric through preliminary stent enter flattening mechanism 2.

Flattening mechanism 2 includes that the first conveying roller 25 and the second conveying roller 26, base fabric positioned at 21 both ends of ironing component are being pressed Scald the incoming and output for carrying out smooth ironing, the first conveying roller 25 and the second conveying roller 26 for base fabric under the action of component 21. Second conveying roller 26 is connect by the first take-up roll 27 with the second pinch roll 22, and the second pinch roll 22 and third pinch roll 23 are horizontal Connection, the base fabric by ironing carries out tension sizing under the action of the first take-up roll 27, then by the second pinch roll 22, the Three pinch rolls 23 tense smooth.Base fabric after smooth will enter dip-coating mechanism 3, in order to guarantee dip-coating effect and sufficiently benefit With space, third pinch roll 23 is connect by the second take-up roll 28 of lower section with the second transfer roller 24, by third pinch roll 23 Base fabric the third take-up roll 35 of dip-coating mechanism 3, third take-up roll are transmitted to by the second take-up roll 28 and the second transfer roller 24 35 and second transfer roller 24 be located at the same horizontal position, can be convenient for base fabric transmission.Third take-up roll 35 and the second transfer roller 24 tops can be equipped with working position, improve space utilization rate.

Dip-coating mechanism 3 includes the second take-up roll 31 and dip roller 32 in dip-coating box, has viscose, base fabric in dip-coating box It is tensed by the second take-up roll 31, then guarantees that the surface of base fabric is coated with viscose under the pressuring action of dip roller 32.Dip roller 32 include the first support roller 33 and the second support roller 34 positioned at 33 two sides of the first support roller, and the first support roller 33 and second supports Roller 34 is distributed in the two sides of base fabric, and base fabric is clamped in centre by the first support roller 33 and the second support roller 34.Second take-up roll 31 Base fabric is passed to the second take-up roll 28 of 35 top of third take-up roll by the third take-up roll 35 of front end, is carried out after dip-coating viscose Heating, drying is fixed.

Rolling-up mechanism 4 includes heating component 41 and clamps with sequentially connected 4th take-up roll the 43, the 4th of heating component 41 Roller 42 and winding component 44, the base fabric after dip-coating viscose carry out drying fixation under the action of heating component 41, then by the Tension before the dual clamping of four take-up rolls 43 and the 4th pinch roll 42 is wound is smooth.Winding component 44 includes wind-up roll 45 With the undertaking roller 46 for being located at 45 two sides of wind-up roll, wound by entering wind-up roll 45 under 42 clamping action of the 4th pinch roll, Accepting roller 46 can voluntarily rotate, convenient for the winding of wind-up roll 45.The end of rolling-up mechanism 4 is additionally provided with and accepts what roller 46 was connect Material blanking roller 47, wind-up roll 45 complete blanking after winding, and the discharging under the rotary action of material blanking roller 47 of wind-up roll 45 is time saving and energy saving.

First pinch roll, the second pinch roll, third pinch roll, the first transfer roller and the second transfer roller are a pair of of rotation Rod improves chucking power.

Therefore, the process hides of the utility model using the above structure base fabric process units, device structure is simple, saves people Power, high production efficiency.

Finally, it should be noted that above embodiments are only to illustrate the technical solution of the utility model rather than limit it System, although the utility model has been described in detail with reference to the preferred embodiment, those skilled in the art should manage Solution: it still can be with the technical solution of the present invention is modified or equivalently replaced, and these are modified or equally replace Changing also cannot make modified technical solution be detached from the spirit and scope of the technical scheme of the present invention.

Claims (4)

1. a kind of process hides base fabric process units, it is characterised in that: including feed mechanism, the planisher set gradually from front to back Structure, dip-coating mechanism and rolling-up mechanism, the feed mechanism include feeding roller and the first pinch roll in the rack, and described first Pinch roll is fixed on the vertical direction of the feed mechanism column, and the lower section of first pinch roll is equipped with the first transfer roller, institute The top for stating the first transfer roller is equipped with the runner being located in rack, and the lower section of first transfer roller is equipped with to be connect with rack The two sides of support plate, the feeding roller are equipped with pulley；

The rolling-up mechanism include with sequentially connected 4th take-up roll of heating component, the 4th pinch roll and winding component, it is described Winding component includes wind-up roll and the undertaking roller positioned at the wind-up roll two sides, the end of the rolling-up mechanism be additionally provided with it is described Accept the material blanking roller of roller connection.

2. a kind of process hides base fabric process units according to claim 1, it is characterised in that: the flattening mechanism includes position The first conveying roller and the second conveying roller in ironing component both ends, second conveying roller are clamped by the first take-up roll and second Roller connection, second pinch roll and the horizontal connection of third pinch roll, the third pinch roll pass through the second take-up roll of lower section It is connect with the second transfer roller.

3. a kind of process hides base fabric process units according to claim 2, it is characterised in that: the dip-coating mechanism includes position In the second take-up roll and dip roller in dip-coating box, the dip roller is including the first support roller and is located at first support roller two Second support roller of side, first support roller and second support roller are distributed in the two sides of base fabric, second take-up roll Front end be equipped with and be located at the third take-up roll of the same horizontal position with second transfer roller, described in second take-up roll is located at The top of third take-up roll.

4. a kind of process hides base fabric process units according to claim 3, it is characterised in that: first pinch roll, institute Stating the second pinch roll, the third pinch roll, first transfer roller and second transfer roller is a pair of of rotation rod.