CN208567430U - A kind of drying equipment for fabric processing - Google Patents

Abstract

The utility model discloses a kind of drying equipments for fabric processing, including cabinet, heating chamber, heater and transfer roller, the pneumatic module that floats out is equipped in the cabinet, the pneumatic module that floats out includes the support shaft that can be moved up and down, pivot bush unit in the roller in the support shaft, the gas passage in the support shaft, the multiple through-holes being connected on the roller with the gas passage and the elastic support structure matched with the support shaft；The elastic support structure includes the air storing cavity that is connected with the gas passage, and the air storing cavity can realize air inlet and outlet when the support shaft moves up and down.The utility model can not only reduce the generation of fold on fabric, moreover it is possible to accelerate the effect of drying rate by the way that the support shaft that can be moved up and down and air storing cavity are arranged in cabinet.

Description

A kind of drying equipment for fabric processing

Technical field

The utility model belongs to textile fabric processing technique field, sets more particularly, to a kind of drying for fabric processing It is standby.

Background technique

It requires to dry fabric using drying equipment in textile fabric process, it is general in the drying equipment Setting having heaters and the transfer roller of fabric will be used for transmission, however due to fabric in transmission process due to fabric not same district Frictional force size between domain and transfer roller has differences, and then often will appear the inconsistent situation of fabric height on both sides, this The transmit process of fabric is not only influenced, and also it is easier that occurring fold on fabric, in addition, existing drying equipment drying effect It is poor.

Utility model content

For overcome the deficiencies in the prior art, web surface fold, drying effect can be reduced to the utility model by providing one kind The good drying equipment for fabric processing.

To achieve the goals above, the utility model use following technical scheme: it is a kind of for fabric processing drying set It is standby, including cabinet, heating chamber, heater and transfer roller, the cabinet is interior to be equipped with the pneumatic module that floats out, the pneumatic module that floats out It is logical in the roller in the support shaft, the gas in the support shaft including the support shaft that can move up and down, pivot bush unit Road, the multiple through-holes being connected on the roller with the gas passage and the resilient support matched with the support shaft Structure；The elastic support structure includes the air storing cavity that is connected with the gas passage, and the air storing cavity can be in the support shaft Air inlet and outlet are realized when up and down action.The utility model in the heating chamber of cabinet by being arranged the support that can be moved up and down Axis, and the rotatable roller that is slidingly connected in support shaft, in fabric transmit process, roller can apply one downwards to fabric Active force, opposite, fabric a upward extruding force can occur to roller, since support shaft is under the action of elastic support structure It can move up and down, and then when the inconsistent fabric of certain section of height on both sides passes through cylinder surface, higher-height side on fabric It is downwardly turned under the extruding force effect of roller, and a lower height of other side of fabric can be flipped up, until end face material two Until side is in sustained height and can all fit closely with cylinder surface, so that reduce fabric there is pleat in transmit process The case where wrinkle, additionally, due to while fabric two sides are flipped, support shaft can also be moved down, and then squeeze air storing cavity, So that the gas in air storing cavity is discharged eventually by the through-hole being arranged on roller, and when the consistent fabric of height on both sides is by rolling When cylinder, roller can rise again under the extruding force effect of this section of fabric returns back to initial position, and air storing cavity passes through through-hole at this time Inside air-breathing since the disengaging gas effect of air storing cavity accelerates the gas flow rate of through-hole outlet end on roller, and then realizes Reduce the effect that can also accelerate drying rate while fabric fold generates.

Further, further include accommodating chamber on the heating cavity wall and the internal elasticity in hollow setting this Body, described elastic body one end and support shaft side wall sealing cooperate, and the other end and accommodating chamber bottom wall sealing cooperate, institute It states support shaft partial sidewall, accommodating chamber base wall portion and elastic body and encloses and be set as the air storing cavity；Since elastic body itself has It is flexible, and both ends are tightly connected with the support shaft side wall, accommodating chamber bottom wall respectively, so when support shaft moves down, Air storing cavity is compressed into and the portion gas in air storing cavity is compressed outside through-hole out, when support shaft returns back to origin-location again When, air storing cavity realizes air inlet or the outlet of air storing cavity by the through-hole on the roller again air-breathing out of heating chamber, is storing up When air cavity outlet or outlet, the gas flow rate at via openings end has been dramatically speeded up, and then has accelerated the drying rate of fabric.

Further, the roller is equipped with the control assembly for controlling gas disengaging through-hole；Pass through control assembly It is arranged and the through-hole on roller not with fabric contact area is enabled to remain off, so that the disengaging position of gas is all It concentrates in the region contacted on roller with fabric, improves the utilization rate of gas storage intracavity gas.

Further, the control assembly includes the cylindrical element being bolted in the through-hole, in the cylindrical element It crosses gas channel, match set on the cyclic annular limiting section crossed in gas vias inner walls, with the cyclic annular limiting section for closing Stated the sphere in gas channel, be connected to the sphere cross gas vias inner walls between elastic component and be connected on the sphere Connecting rod；The connection bar part projects to outside through-hole；When fabric is in contact with cylinder surface partial region, fabric can be squeezed The connecting rod of the partial region so that sphere is mobile to the inside of roller, and then crosses gas channel quilt in the partial region It opens, realizes the inlet and outlet of gas, and then accelerate the gas flow rate in the region, to accelerate the drying speed to fabric Degree.

Further, the support shaft is equipped with the first limited post, and first limited post, which is equipped with, is connected to the gas The hole in channel and air storing cavity, the accommodating chamber bottom wall are equipped with the second limited post；Described return unit one end is sheathed on described Be connected on one limited post and with the support shaft, the other end be sheathed on second limited post and with the accommodating chamber bottom wall phase Even；It can prevent return unit from shifting in by compression process by the setting of the first limited post and the second limited post, in turn It ensure that return unit can normally work.

Further, structure realization is pressed by one in described rubber sleeve one end and the sealing of the accommodating chamber bottom wall cooperates, The other end realizes that the sealing with the support shaft side wall cooperates by a connection structure.

Further, the structure of pressing includes the cyclic annular resettlement groove on the accommodating chamber bottom wall and can pass through bolt The annular being connected in the placement groove bottom wall presses part；When installing rubber sleeve, since rubber sleeve has preferable retractility Can, and then one end of rubber sleeve can be turned down outward and it is pressed on and pressed between part and placement groove bottom wall, then exist It is fixed on the bottom wall of resettlement groove by bolt by part is pressed, one end of rubber sleeve can be closely pressed on press part at this time Between lower surface and placement groove bottom wall, to realize the sealed connection between rubber sleeve and accommodating chamber bottom wall.

Further, the connection structure includes the annular groove in the support shaft and can be bolted to Metal ring on the groove roof；Likewise, metal ring is fixed on annular groove roof and is made by bolt One end of rubber sleeve is pressed between annulus upper surface and annular groove roof, so that it may realize rubber sleeve one end and support shaft It is tightly connected.

Further, the roller both ends pass through bearing respectively and are rotatably sheathed in the support shaft；Pass through bearing Setting not only realize the relative rotation between roller and support shaft, also effectively prevent gas from inner wall of rotary drum and support shaft Between gap in flow out.

In conclusion the utility model is in cabinet by being arranged the support shaft that can move up and down and air storing cavity, it can not only Reduce the generation of fold on fabric, moreover it is possible to accelerate the effect of drying rate.

Detailed description of the invention

Fig. 1 is the structure sectional view one of the utility model.

Fig. 2 is enlarged drawing at A in Fig. 1.

Fig. 3 is the structure sectional view two of the utility model.

Fig. 4 is enlarged drawing at A in Fig. 3.

Fig. 5 is enlarged drawing at A in Fig. 4.

Fig. 6 is enlarged drawing at B in Fig. 4.

Fig. 7 is enlarged drawing at B in Fig. 3.

Fig. 8 is enlarged drawing at A in Fig. 7.

Specific embodiment

In order to make those skilled in the art better understand the utility model, below in conjunction with the utility model reality The attached drawing in example is applied, the technical solutions in the embodiments of the present invention are clearly and completely described.

As shown in figures 1-8, it is a kind of for fabric processing drying equipment, including cabinet 1, be set to the intracorporal heating of the case Chamber 11, two heaters 12 and transfer roller 13 on lower wall in the heating chamber, specifically, the two sides of cabinet are respectively equipped with Feed inlet 14 and discharge port 15, the heater 12 are the electric heating wire directly bought in the market, and structure and working principle are The prior art, this will not be repeated here, and the number of the transfer roller is 4, and transfer roller is driven by motor rotation and then when fabric twines It can be conveyed with fabric when around material transfer roller surface, be equipped with the pneumatic module that floats out, the floating outlet in the cabinet 1 Component include the metal support shaft 2 that can be moved up and down, pivot bush unit in the support shaft 2 metal roller 3, be set to the branch Gas passage 21, multiple through-holes 31 for being connected on the roller 3 with the gas passage 21 on support axis 2 and with it is described The elastic support structure that support shaft 2 matches；The elastic support structure includes the air storing cavity that is connected with the gas passage 21 4, the air storing cavity 4 can realize air inlet and outlet when the support shaft 2 moves up and down, specifically, 3 both ends of the roller are distinguished It is rotatably sheathed in the support shaft 2 by a bearing 9, which can directly buy from the market, structure and principle It is all the prior art, this will not be repeated here, and cross section is in E shape on the gas passage, and both ends open is separately positioned on support On the side wall at axis both ends, the middle part of support shaft is arranged in in-between opening, which is the fluting of a strip, described Multiple through-holes are evenly spaced to be arranged on roller, and the length direction of each through-hole being arranged radially along roller, Mei Getong The both ends open in hole is separately positioned on the outboard sidewalls of roller, and the number of the air storing cavity is 2, is being propped up respectively with setting The gas passage openings at support axis both ends are connected, and in fabric transmit process, roller can apply a downward active force to fabric, Opposite, fabric a upward extruding force can occur to roller, since support shaft can be upper and lower under the action of elastic support structure Movement, and then when the inconsistent fabric of certain section of height on both sides passes through cylinder surface, higher-height side is in roller on fabric Extruding force effect under downwardly turn over, and a lower height of other side of fabric can be flipped up, until end face material two sides are in Sustained height and until capable of all being fitted closely with cylinder surface, to reduce the feelings that fold occurs in transmit process in fabric Condition, additionally, due to while fabric two sides are flipped, support shaft can also be moved down, and then squeeze air storing cavity, so that storage Gas in air cavity is discharged eventually by the through-hole being arranged on roller, and when the consistent fabric of height on both sides passes through roller, Roller can rise again under the extruding force effect of this section of fabric returns back to initial position, and air storing cavity passes through through-hole to interior suction at this time Gas since the disengaging gas effect of air storing cavity accelerates the gas flow rate of through-hole outlet end on roller, and then realizes in reduction face Material fold can also accelerate the effect of drying rate while generation.

Further, the elastic support structure further includes the accommodating chamber 5 on 11 inner wall of heating chamber and inside The elastic body 7 of hollow setting, the top of the elastic body and 2 side wall of support shaft are tightly connected, the bottom of elastic body End and 5 bottom wall of accommodating chamber are tightly connected, specifically, the rectangular parallelepiped structure that the accommodating chamber is vertically arranged, number is 2, and 2 A accommodating chamber is separately positioned on the left and right sides wall of heating chamber, and the elastic body 7 is made of rubber material, and opens for both ends The tubular construction of mouth setting, 2 partial sidewall of support shaft, 5 base wall portion of accommodating chamber and elastic body 7 enclose and are set as the gas storage Chamber 4, since elastic body itself has elasticity, so when support shaft moves down, air storing cavity be compressed into and in air storing cavity Portion gas compressed outside through-hole out, when support shaft returns back to origin-location again, air storing cavity passes through the through-hole on roller Again the air-breathing out of heating chamber, and then the air inlet or the outlet that realize air storing cavity are dramatically speeded up in air storing cavity outlet or outlet The gas flow rate at via openings ends, and then accelerate the drying rate of fabric.

Further, the elastic support structure further includes set on the reset between the support shaft and accommodating chamber bottom wall Part, it is preferred that the return unit 6 is set in the elastic body 7, specifically, the return unit 6 is a compression being vertically arranged Spring is acted on by resilient support of the compressed spring to support shaft, so that support shaft can occur up and down in fabric transmission process It is mobile, so that the volume of air storing cavity changes, realize the disengaging gas of air storing cavity, and then accelerate the gas at via openings end Body flow velocity, accelerates drying rate.

Further, the roller 3 is equipped with the control assembly for controlling gas disengaging venthole, specifically, described Control assembly includes the cylindrical element 8 being bolted in the through-hole 31, crossing gas channel 81, being set to institute in the cylindrical element 8 It stated the cyclic annular limiting section 82 on 81 inner wall of gas channel, matched with the cyclic annular limiting section 82 for closing the gas channel excessively Sphere 83, be connected to the sphere 83 and cross 81 inner wall of gas channel between elastic component 84 and be connected on the sphere 83 Connecting rod 85；85 part of connecting rod projects to outside through-hole, specifically, the cylindrical element 8, sphere 83 and connecting rod are all by moulding Material material is made, and the cavity of the interior cylindrical of the cylindrical element 8 forms the gas channel 81 excessively, and vehicle is formed in the through-hole Internal screw thread, the cylindrical element lateral wall are got on the bus the external screw thread for being formed with and matching with the internal screw thread, just by the engagements of internal and external threads Cylindrical element can be screwed in through-hole, the annular stop portion is the convex shoulder structure extended outward to form by crossing gas vias inner walls, The elastic component is a rubber band, and normal condition lower sphere matches under the stretching action of rubber band with the convex shoulder, incited somebody to action Gas channel is closed, and when fabric is in contact with cylinder surface partial region, fabric can squeeze the connecting rod of the partial region, So that sphere is mobile to the inside of roller, and then the gas channel of crossing in the partial region is opened, and realizes the entrance of gas And discharge, and then the gas flow rate in the region is accelerated, to accelerate the drying rate to fabric, pass through setting for control assembly It sets so that gathering in the region being in contact on roller with fabric of more being concentrated of the gas in air bag, and then reduces in air bag The waste of gas flow maximumlly improves place's gas flow rate with fabric contact site, has further speeded up drying rate.

Further, the support shaft 2 is equipped with the first limited post 24, and first limited post 24 is equipped with described in connection The hole 241 of gas passage 21 and air storing cavity 4,5 bottom wall of accommodating chamber are equipped with the second limited post 51, specifically, the first limit The metal column and its number that position column 24 is vertically arranged are 2, and top is respectively welded at the both ends of support shaft, second limit Position column 51 also welds on the bottom wall of the receiving chamber for its bottom end of the metal column being vertically arranged, the upper and lower ends point of the return unit It is not set in outside the first limited post 24 and the second limited post 51, and is connected respectively with support shaft 2 and 5 bottom wall of accommodating chamber, by the The setting of one limited post and the second limited post can prevent return unit from shifting in by compression process, and then ensure that reset Part can normally work.

Further, structure is pressed by one in 7 bottom end of rubber sleeve and 5 bottom wall of accommodating chamber is tightly connected, into one Step, the structure of pressing includes the cyclic annular resettlement groove 52 on 5 bottom wall of accommodating chamber and can be bolted to institute It states the annular on 52 bottom wall of resettlement groove and presses part 53, the part 53 that presses is made of metal material, specifically, the annular is pressed Threaded hole is respectively equipped in part and placement groove bottom wall, and when installation, the bottom end of rubber sleeve is first passed through annular, and to press 53 inside of part empty The bottom end of rubber sleeve since rubber sleeve has preferable telescopicing performance, and then can be turned down outward and it is pressed on by chamber Press between part and placement groove bottom wall, the bottom wall that then will press part by being screwed into bolt in threaded hole again and be fixed on resettlement groove On, one end of rubber sleeve can be closely pressed on press between part lower surface and placement groove bottom wall at this time, to realize rubber Sealed connection between gum cover and accommodating chamber bottom wall.

Further, the top of the rubber sleeve 7 is tightly connected by a connection structure and the support shaft 2, the company Binding structure includes the annular groove 22 being set in the support shaft 2 and the gold that can be bolted on 22 roof of groove Belong to annulus 23, specifically, specifically, be respectively equipped with threaded hole on the metal ring and annular groove roof, when installation, first will The bottom end of rubber sleeve passes through the internal cavities of metal ring 23, since rubber sleeve has preferable telescopicing performance, and then can be by rubber The bottom end of gum cover turns down outward and makes it by between metal ring upper surface and annular groove roof, then again by screw thread It is screwed into bolt in hole metal ring is fixed on the roof of annular groove, the top of rubber sleeve can closely be pressed at this time Between metal ring upper surface and resettlement groove roof, to realize the sealed connection between rubber sleeve and support shaft.

Obviously, described embodiment is only a part of the embodiment of the utility model, instead of all the embodiments. Based on the embodiments of the present invention, obtained by those of ordinary skill in the art without making creative efforts The range of the utility model protection all should belong in every other embodiment.

Claims (10)

1. a kind of drying equipment for fabric processing, including cabinet (1), heating chamber (11), heater (12) and transfer roller (13), it is characterised in that: the pneumatic module that floats out is equipped in the cabinet (1), the pneumatic module that floats out includes that can move up and down Support shaft (2), pivot bush unit on the support shaft (2) roller (3), be set to the support shaft (2) on gas passage (21), be set on the roller (3) multiple through-holes (31) for being connected with the gas passage (21) and with the support shaft (2) The elastic support structure matched；The elastic support structure includes being connected with the gas passage (21) air storing cavity (4), institute Air inlet and outlet can be realized when the support shaft (2) move up and down by stating air storing cavity (4).

2. the drying equipment according to claim 1 for fabric processing, it is characterised in that: further include being set to the heating Accommodating chamber (5) and the internal elastic body (7) in hollow setting, described elastic body one end and the branch on chamber (11) inner wall The sealing cooperation of axis (2) side wall is supportted, the other end and the sealing of the accommodating chamber (5) bottom wall cooperate, support shaft (2) partial sidewall, Accommodating chamber (5) base wall portion and elastic body (7), which enclose, is set as the air storing cavity (4).

3. the drying equipment according to claim 2 for fabric processing, it is characterised in that: further include being set to the receiving Return unit (6) between chamber (5) bottom wall and support shaft (2), the return unit (6) are set in the elastic body (7).

4. the drying equipment according to claim 1 for fabric processing, it is characterised in that: the roller (3) is equipped with The control assembly of the through-hole (31) is passed in and out for controlling gas.

5. the drying equipment according to claim 4 for fabric processing, it is characterised in that: the control assembly includes spiral shell It is connected to the cylindrical element (8) in the through-hole (31), is set to crossing gas channel (81), crossing gas set on described in the cylindrical element (8) Cyclic annular limiting section (82) on channel (81) inner wall matches with the cyclic annular limiting section (82) and described crosses gas channel for closing Sphere (83), the elastic component (84) that is connected between the sphere (83) channel He Guoqi (81) inner wall and be connected to the ball Connecting rod (85) on body (83)；The connecting rod (85) partially projects to outside through-hole.

6. the drying equipment according to claim 3 for fabric processing, it is characterised in that: set on the support shaft (2) Have the first limited post (24), first limited post (24) is equipped with the hole for being connected to the gas passage (21) and air storing cavity (4) Hole (241), accommodating chamber (5) bottom wall are equipped with the second limited post (51)；Described return unit (6) one end is sheathed on described first Be connected on limited post (24) and with the support shaft (2), the other end be sheathed on second limited post (51) and with the appearance Chamber (5) bottom wall of receiving is connected.

7. the drying equipment according to claim 2 for fabric processing, it is characterised in that: the elastic body (7) one End presses structure realization by one and the sealing of accommodating chamber (5) bottom wall cooperates, and the other end is realized and supported by a connection structure The sealing of axis (2) side wall cooperates.

8. the drying equipment according to claim 7 for fabric processing, it is characterised in that: the structure of pressing includes setting In the cyclic annular resettlement groove (52) on the accommodating chamber (5) bottom wall and can be bolted on the resettlement groove (52) bottom wall Annular presses part (53).

9. the drying equipment according to claim 7 for fabric processing, it is characterised in that: the connection structure includes setting In the annular groove (22) on the support shaft (2) and the metal ring that can be bolted on the groove (22) roof (23).

10. the drying equipment according to claim 1 for fabric processing, it is characterised in that: roller (3) both ends point Not Tong Guo bearing (9) be rotatably sheathed on the support shaft (2).