CN209508646U

CN209508646U - A kind of ironing processing unit (plant) of linear motion processing design on fabric surface

Info

Publication number: CN209508646U
Application number: CN201920009165.3U
Authority: CN
Inventors: 张向阳; 许柳
Original assignee: Shanghai Debo Automation Control Co Ltd
Current assignee: Shanghai Debo Automation Control Co Ltd
Priority date: 2019-01-02
Filing date: 2019-01-02
Publication date: 2019-10-18
Anticipated expiration: 2029-01-02

Abstract

The utility model provides a kind of ironing processing unit (plant) of linear motion processing design on fabric surface, the ironing processing unit (plant) of linear motion processing design on fabric surface includes: device noumenon, device noumenon upper end is connected to feed belt, and both ends are connected with the first slider on the outside of device noumenon, first slider upper end is simultaneously fixedly connected to support plate positioned at both ends on the outside of feed belt, and both ends are fixedly connected to the second sliding rail on the outside of support plate, second sliding rail outer end slidably connects the second slider, and is fixedly connected to connecting shaft between the second slider inside；The structures such as roller, heating roller, humidifying chamber and drying room are flattened by setting, the ironing of cloth is set to realize the purpose of automatic processing, the step of carrying out ironing processing convenient for large batch of cloth, keep cloth more smooth before ironing, reducing by manual pair of humidification and drying；To sum up improve work efficiency with the quality after cloth ironing, and operate it is more convenient.

Description

A kind of ironing processing unit (plant) of linear motion processing design on fabric surface

Technical field

The utility model relates to pressing techniques field, dress is processed in specially a kind of ironing of linear motion processing design on fabric surface It sets.

Background technique

Ironing refers to generally using flatiron ironing clothes by heating flatiron pressing dress material, so that clothing is smooth, it is ancient Claim " flatiron ", also known as " fire-pan ", " gold bushel ", common metal is made, and ancient times is mostly used ironing cloth after charcoal fire heating, with people's object The raising of the matter level of cultural life, people are higher and higher to the esthetic requirement of clothes, everyone is intended to put on, and part is comfortable, closes Body fully demonstrates the clothes of oneself self-image, increasingly payes attention to the three-dimensional contouring of clothes as a result,.It is vertical as clothes are embodied The ironing technology of one of figure modelling process means is particularly important, and ironing is an important procedure of garment sewing technique, is pressed The quality for scalding quality directly influences the quality of finished product.

According to a kind of existing ironing processing unit (plant) of linear motion processing design on fabric surface, at existing linear motion Manage design on fabric surface ironing processing unit (plant) when in use, although now some mechanical devices driven by feed belt cloth into Row ironing processing, but when operation, the often out-of-flatness due to cloth when putting causes ironing quality to decline, if logical It crosses and manually carries out evening up processing, thus will increase the working dynamics of staff, and also not fast enough by manually evening up speed, It is difficult to realize the ironing of high-volume cloth, therefore working efficiency will also decline, and when to cloth ironing, if not to cloth Carry out humidification process, it is easy to cause cloth in iron process and scald damage, loses more than gain, and it is remaining on the cloth that ironing finishes The water mist stayed is difficult to be rapidly performed by drying and processing, and will waste many labours by manual humidification or drying, and operation is not Just, so, it is proposed that it is a kind of linear motion processing design on fabric surface ironing processing unit (plant), to solve the above problems.

Utility model content

(1) the technical issues of solving

In view of the deficiencies of the prior art, the utility model provides a kind of ironing processing of linear motion processing design on fabric surface Device, having not only can carry out pressing processing to cloth in advance, improve ironing quality, be convenient for large batch of flatiron, mention The advantages that high working efficiency is also convenient for humidifying cloth and being dried, and reduces the investment of labour, and easy to operate solves The ironing processing unit (plant) of existing linear motion processing design on fabric surface when in use, although some mechanical devices pass through biography now Belt is sent come when driving cloth to carry out ironing processing, but operating, the often out-of-flatness due to cloth when putting causes to press Quality decline is scalded, if thus will increase the working dynamics of staff, and by artificial by manually carrying out evening up processing It is also not fast enough to even up speed, it is difficult to realize the ironing of high-volume cloth, therefore working efficiency will also decline, and press to cloth When scalding, if to cloth without humidification process, it is easy to cause cloth in iron process and scald damage, loses more than gain, and The water mist remained on the cloth that ironing finishes is difficult to be rapidly performed by drying and processing, and will be wasted by manual humidification or drying Many labours, inconvenient problem.

Technical solution

The utility model provides the following technical solutions: a kind of ironing processing unit (plant) of linear motion processing design on fabric surface, institute State linear motion processing design on fabric surface ironing processing unit (plant) include:

Device noumenon, described device ontology upper end is connected to feed belt, and described device outer body both ends are movable It is connected with the first slider, first slider upper end is simultaneously fixedly connected to support plate positioned at both ends on the outside of feed belt, And both ends are fixedly connected to the second sliding rail on the outside of the support plate, second sliding rail outer end slidably connects the second sliding Device, and connecting shaft is fixedly connected between second slider inside, and the company of rotation between one end of the connecting shaft inside It is connected to pressing roller, rotation axis is rotatably connected between the connecting shaft other end inside, and between rotation axis inside It is rotatably connected to heating roller, is fixedly connected with the temperature sensor that can monitor heating roller temperature on the outside of the support plate upper end；

Described device ontology left upper end is provided with drying room, and the drying room upper end and being located at flattens that roller left end is fixed to be connected It is connected to electric heating fan, the electric heating fan lower end and is located at the positive upper end of drying room and is provided with fan-shaped air outlet, and described device ontology upper right End is provided with humidifying chamber, and the humidifying chamber inner upper end is connected to several water mist spraying heads, and described device body interior lower-left end is opened There is the water tank equipped with clear water, the water tank inner bottom is fixedly connected with water pump, and the water outlet of the water pump is connected to water conservancy diversion Pipe, the diversion pipe connect through in device noumenon and with water mist spraying head.

Further advantage, described device outer body both ends are simultaneously fixedly connected to the between being located on the inside of the first slider One sliding rail, and the dynamic device of first sliding and the second slider are electrically connected with external power supply, first slider Support plate linear slide back and forth in device noumenon is driven by the first sliding rail, and can to pass through second sliding for second slider Rail slides up and down on the outside of support plate.

Further advantage, the pressing roller can be up and down simultaneously with the sliding of the second slider with heating roller, And flatten that roller is equal with the diameter of heating roller, and the pressing roller can sliding up and down with the second slider with heating roller And connect with feed belt or mutually from.

Further advantage, the temperature sensor and heating roller are electrically connected with external power supply, and the temperature sensing Device by device noumenon Internal cable and heating roller by being electrically connected.

Further advantage, the electric heating fan and water pump are electrically connected with external power supply, and the water mist spraying head passes through Diversion pipe is communicated with water tank.

Further advantage, described device body interior, which is rotatably connected to, several drives feed belt in unidirectional linear motion Rotating roller, the rotating roller drives and rotated by device noumenon motor internal.

Beneficial effect

Compared with prior art, the utility model provides a kind of ironing processing dress of linear motion processing design on fabric surface Set, have it is following the utility model has the advantages that

1, the ironing processing unit (plant) of linear motion processing design on fabric surface is carried out due to being provided with heating roller when to cloth When ironing is handled, the second slider is opened, the second slider just will drive heating roller and flatten roller and pushes at this time, until heating Roller and pressing cylinder contact fall until cloth, heating roller and the first slider can be then opened simultaneously, due to the first slider band Dynamic support plate moves along a straight line back and forth, therefore pressing roller will first squeeze design on fabric surface, can rotate due to flattening roller, so The damage to cloth can be reduced when can flatten drum functions, and has abandoned and has evened up the link of cloth manually, to reduce It is troublesome in poeration, and the cloth of out-of-flatness is made to become more smooth by flattening the extruding of roller, and pass through and flatten drum rolling Cloth afterwards can then pass through heating roller, since cloth was flattened in advance, and be carried out by temperature sensor to heating roller Monitoring temperature is handled so as to easily facilitate heating roller to the ironing of unlike material cloth, it is therefore prevented that cloth in ironing by It is difficult to control and boiling hot the case where damaging cloth generation in out-of-flatness and temperature, and cloth is placed on feed belt and is transmitted , automation ironing processing is realized, therefore large batch of cloth can be placed on progress ironing processing on feed belt, to mention High working efficiency.

2, the ironing processing unit (plant) of linear motion processing design on fabric surface, due to being provided with drying room and humidifying chamber, so When cloth is before carrying out ironing processing, cloth is placed on feed belt, cloth can first pass through humidifying chamber, and humidify indoor water Fog spray head will spray water mist by the work of water pump, and water mist will be sprayed on cloth, the ironing convenient for heating roller to cloth The transmission that the case where damaging cloth occurs, and pass through feed belt by the cloth that ironing finishes is scalded in processing to prevent cloth overdrying Drying room can be passed through, place's hot wind will be blown by drying indoor electric heating fan at this time, and fan-shaped air outlet can increase air-out area, from And distributing for water mist on cloth can be accelerated, dry cloth more quickly, to sum up, so as to reduce by manual pair of humidification The step of with drying, while easy to operate, improve staff's working efficiency.

Detailed description of the invention

Fig. 1 is the utility model structure entirety front schematic view；

Fig. 2 is the utility model structure entirety schematic top plan view；

Fig. 3 is the utility model structure entirety side schematic view.

In figure: 1 device noumenon, 2 first sliders, 3 support plates, 4 second sliders, 5 second sliding rails, 6 rotation axis, 7 pressures Flat-roller, 8 electric heating fans, 9 fan-shaped air outlets, 10 feed belts, 11 heating rollers, 12 connecting shafts, 13 drying rooms, 14 humidifying chambers, 15 Water mist spraying head, 16 diversion pipes, 17 water pumps, 18 water tanks, 19 first sliding rails, 20 temperature sensors.

Specific embodiment

Described embodiment that the following will be combined with the drawings in the embodiments of the present invention, is only the utility model one Divide embodiment, instead of all the embodiments.

Please refer to Fig. 1-3, a kind of ironing processing unit (plant) of linear motion processing design on fabric surface, the linear motion treatment cloth Material surface ironing processing unit (plant) include:

Device noumenon 1,1 upper end of described device ontology is connected to feed belt 10, and 1 outside both ends of described device ontology are equal It is connected with the first slider 2,2 upper end of the first slider is simultaneously fixedly connected to positioned at 10 outside both ends of feed belt Support plate 3, and 3 outside both ends of the support plate are fixedly connected to the second sliding rail 5,5 outer end of the second sliding rail company of sliding It is connected to the second slider 4, and is fixedly connected to connecting shaft 12, and the connecting shaft 12 between second slider, 4 inside It is rotatably connected between on the inside of one end and flattens roller 7, be rotatably connected to rotation axis between 12 other end of the connecting shaft inside 6, and it is rotatably connected to heating roller 11 between 6 inside of the rotation axis, it is fixedly connected with and can supervise on the outside of 20 upper end of support plate The temperature sensor 20 of 11 temperature of heating roller is controlled, 1 outside both ends of described device ontology are simultaneously located between 2 inside of the first slider It is fixedly connected with the first sliding rail 19, and the dynamic device 2 of first sliding and the second slider 4 are electrically connected with external power supply, institute The linear slide back and forth in device noumenon 1 of support plate 3 can be driven by the first sliding rail 19 by stating the first slider 4, and described the Two sliders 4 can be slided up and down on the outside of support plate 3 by the second sliding rail 5, and the pressing roller 7 and heating roller 11 can be with The sliding of second slider 4 and it is up and down simultaneously, and it is equal with the diameter of heating roller 11 to flatten roller 7, and the pressing is rolled Cylinder 7 can connect with feed belt 10 with the second sliding up and down for slider 4 with heating roller 11 or mutually from the temperature sensing Device 20 and heating roller 11 are electrically connected with external power supply, and the temperature sensor 20 is by passing through 1 inner wire of device noumenon Cable and heating roller 11 are electrically connected, and 1 inner rotation of described device ontology, which is connected with, several drives feed belt 10 in unidirectional straight The rotating roller of line movement, the rotating roller are driven and are rotated by 1 motor internal of device noumenon, due to being provided with heating roller 11, When carrying out ironing processing to cloth, it is first turned on the second slider 4, the second slider 4 will be existed by the second sliding rail 5 at this time Start slide downward in support plate 3, because of fixed connecting shaft 12 in the second sliding 4, and is mounted with to flatten in connecting shaft 12 flat Roller 7 and heating roller 11 push, directly together so will drive heating roller 11 when the second 4 slide downward of slider and flatten roller 7 Until heating roller 11 and pressing roller 7 touch cloth, heating roller 11 and the first slider 2 can be then opened simultaneously, due to First slider 2 drives support plate 3 to do on the outside of device noumenon 1 and moves along a straight line back and forth by the first sliding rail 19, therefore flattens rolling Cylinder 7 will first squeeze design on fabric surface, can rotate due to flattening roller 7, it is possible to which flattening can be reduced pair when roller 7 works The damage of cloth, and abandoned and evened up the link of cloth manually and passes through the cloth of out-of-flatness to reduce troublesome in poeration It flattens the extruding of roller 7 and becomes more smooth, and the cloth after flattening roller 7 and flattening can then pass through heating roller 11, Since cloth was flattened in advance, and heating roller 11 can be rotated by rotation axis 6, and the rotation of heating roller 11 can be in order to And, and the monitoring temperature to heating roller 11 is carried out by temperature sensor 20 to the concora crush ironing of cloth, so as to more just The ironing of unlike material cloth is handled in heating roller 11, it is therefore prevented that cloth is in ironing since out-of-flatness and temperature are difficult to control And the case where scalding damage cloth, occurs, and cloth is placed on and is transmitted on feed belt 10, realizes automation ironing processing, Therefore large batch of cloth can be placed on progress ironing processing on feed belt, to improve working efficiency；

The left upper end of device noumenon 1 described in the present embodiment is provided with drying room 13, and 13 upper end of the drying room and is located at pressure 7 left end of flat-roller is fixedly connected with electric heating fan 8,8 lower end of electric heating fan and is located at the positive upper end of drying room 13 and is provided with fan-shaped outlet air Mouth 9, and 1 upper right side of described device ontology is provided with humidifying chamber 14,14 inner upper end of humidifying chamber is connected to several water mist spraying heads 15, and 1 inside lower-left end of described device ontology is provided with the water tank 18 equipped with clear water, 18 inner bottom of water tank is fixedly connected with Water pump 17, and the water outlet of the water pump 17 is connected to diversion pipe 16, the diversion pipe 16 is through in device noumenon 1 and and water Fog spray head 15 connects, and described device ontology 1 inner rotation is connected with that several to drive feed belt 10 be in unidirectionally to move along a straight line Rotating roller, the rotating roller are driven and are rotated by 1 motor internal of device noumenon, due to being provided with drying room 13 and humidifying chamber 14, so cloth is placed on feed belt 10, cloth can first pass through humidifying chamber 14, beat when cloth is before carrying out ironing processing Boiled water pump 17, water pump 17 can flow to the clear water in water tank 18 at water mist spraying head 15 by diversion pipe 16, and water mist spraying head 14 is just Clear water in diversion pipe 16 can be sprayed and become water mist, water mist will be sprayed on cloth, convenient for heating roller 11 to cloth Ironing processing is scalded the case where damaging cloth to prevent cloth overdrying and is occurred, and passes through feed belt by the cloth that ironing finishes Transmission can pass through drying room 13, and the electric heating fan 8 in drying room 13 will blow out hot wind at this time, since fan-shaped air outlet 9 can add Big air-out area, thus hot wind can by fan-shaped air outlet 9 can quickly and the outer surface for blowing to cloth of large area, so as to To accelerate distributing for water mist on cloth, dry cloth more quickly, to sum up, so as to reduce by manual pair of humidification and baking Dry step while easy to operate, improves staff's working efficiency.

By the first slider 2 of setting, the structures such as roller 7 and heating roller 11 are flattened, realize the ironing of cloth automatically Change processing purpose, convenient for large batch of cloth carry out ironing processing, improve work efficiency, and make cloth before ironing more Add smooth quality after improving cloth ironing.

By be arranged the structures such as humidifying chamber 14 and drying room 13, keep cloth not easily damaged in ironing, convenient for cloth into Row drying and processing, reduces by manual pair of humidification and the step of drying, makes to operate more convenient, and further increases working efficiency.

1 device noumenon, 2 first sliders, 3 support plates, 4 second sliders, 5 second cunnings used in above-described embodiment Rail, 6 rotation axis, 7 flatten roller, 8 electric heating fans, 9 fan-shaped air outlets, 10 feed belts, 11 heating rollers, 12 connecting shafts, 13 drying Room, 14 humidifying chambers, 15 water mist spraying heads, 16 diversion pipes, 17 water pumps, 18 water tanks, 19 first sliding rails, 20 temperature sensors can lead to It crosses market purchase or private customization obtains.

The first slider model KK8010C, the second slider model WGW that the utility model uses heats roll shape Number be 235, Model of pump CDLF1-36, electric heating fan model AD120-S.

Above-described embodiment is served only for that the utility model is further described, no to the specific descriptions of the utility model It can be interpreted as the restriction to scope of protection of the utility model, the technician of this field is according to the content pair of above-mentioned utility model The utility model is made some nonessential modifications and adaptations and is each fallen within the protection scope of the utility model.

Claims

1. a kind of ironing processing unit (plant) of linear motion processing design on fabric surface, which is characterized in that the linear motion handles cloth The ironing processing unit (plant) on surface includes:

Device noumenon (1), described device ontology (1) upper end are connected to feed belt (10), and two on the outside of described device ontology (1) End is connected with the first slider (2), and the first slider (2) upper end is simultaneously equal positioned at both ends on the outside of feed belt (10) It is fixedly connected with support plate (3), and both ends are fixedly connected to the second sliding rail (5) on the outside of the support plate (3), described second is sliding Rail (5) outer end slidably connects the second slider (4), and the company of being fixedly connected between second slider (4) inside Spindle (12), and be rotatably connected between the inside of the connecting shaft (12) one end and flatten roller (7), the connecting shaft (12) is another End is rotatably connected to rotation axis (6) between inside, and is rotatably connected to heating roller (11) between the rotation axis (6) inside, The temperature sensor (20) that can monitor heating roller (11) temperature is fixedly connected on the outside of support plate (3) upper end；

Described device ontology (1) left upper end is provided with drying room (13), and the drying room (13) upper end and be located at flatten roller (7) Left end is fixedly connected with electric heating fan (8), electric heating fan (8) lower end and is located at drying room (13) positive upper end and is provided with fan-shaped air outlet (9), and described device ontology (1) upper right side is provided with humidifying chamber (14), and the humidifying chamber (14) is if inner upper end is connected to solid carbon dioxide Fog spray head (15), and described device ontology (1) internal lower-left end is provided with the water tank (18) equipped with clear water, the water tank (18) is internal Bottom end is fixedly connected with water pump (17), and the water outlet of the water pump (17) is connected to diversion pipe (16), the diversion pipe (16) Connect in through device noumenon (1) and with water mist spraying head (15).

2. a kind of ironing processing unit (plant) of linear motion processing design on fabric surface according to claim 1, it is characterised in that: institute It states both ends on the outside of device noumenon (1) and is fixedly connected to the first sliding rail (19) between being located on the inside of the first slider (2), and institute It states the first slider (2) and the second slider (4) to be electrically connected with external power supply, first slider (2) can pass through First sliding rail (19) drives support plate (3) linear slide, and second slider (4) back and forth on device noumenon (1) It is slided up and down on the outside of support plate (3) by the second sliding rail (5).

3. a kind of ironing processing unit (plant) of linear motion processing design on fabric surface according to claim 1, it is characterised in that: institute Stating pressing roller (7) can be up and down simultaneously with the sliding of the second slider (4) with heating roller (11), and flattens roller (7) equal with the diameter of heating roller (11), and pressing roller (7) and heating roller (11) can be with the second sliders (4) Slide up and down and connect with feed belt (10) or mutually from.

4. a kind of ironing processing unit (plant) of linear motion processing design on fabric surface according to claim 1, it is characterised in that: institute It states temperature sensor (20) and heating roller (11) to be electrically connected with external power supply, and the temperature sensor (20) passes through device Ontology (1) Internal cable and heating roller (11) are electrically connected.

5. a kind of ironing processing unit (plant) of linear motion processing design on fabric surface according to claim 1, it is characterised in that: institute It states electric heating fan (8) and water pump (17) to be electrically connected with external power supply, and the water mist spraying head (15) passes through diversion pipe (16) It is communicated with water tank (18).

6. a kind of ironing processing unit (plant) of linear motion processing design on fabric surface according to claim 1, it is characterised in that: institute State device noumenon (1) inner rotation be connected with it is several to drive feed belt (10) be in the rotating roller that unidirectionally moves along a straight line, it is described Rotating roller is driven and is rotated by device noumenon (1) motor internal.