CN209365612U - Colour printed dyeing apparatus is equipped in novel spinning weaving - Google Patents

Abstract

It is weaved the utility model discloses a kind of novel spinning and equips colour printed dyeing apparatus, including bottom plate, first motion bar and high temperature clamping plate, the upper surface quadrangle of the bottom plate is welded with support rod, the lower surface of the upper platform is fixedly installed with cross bar, the first concave cylinder is provided on the cross central line of the plate upper surface, the second concave cylinder is welded on the lower surface cross central line of the upper platform, the outer surface of first motion bar is wound with cloth, the upper surface of the bottom plate and the lower surface of cross bar offer sliding rail, fixed link is provided on the right side of the printing plate, heating wire is distributed in the inside of the high temperature clamping plate.The printing device uses duplex pringing, reduce the labor intensity of staff, accelerate the stamp efficiency of the cloth, secondly printing pigment can be closely bonded with cloth in the cloth printing device, and printing pigment is embedded in the inside of cloth, when carrying out water washing operations, the case where fading, is less likely to occur cloth.

Description

Colour printed dyeing apparatus is equipped in novel spinning weaving

Technical field

The utility model relates to printing device technical field in textile industry equipment, specially a kind of novel spinning weaving equipment With colour printed dyeing apparatus.

Background technique

Textile industry is a labor intensity height and the biggish industry of external dependence degree in China, and China is in the world most Big fabric clothing producting and exporting country, the sustained, stable growth of textile and garment industry is to guarantee China's Foreign Exchange Reserve, state Border balance between revenue and expenditure, stable RMB exchange rate, solution social employment and textile industry sustainable development are most important, need in textile industry Using plurality of devices is arrived, wherein the pattern-printing and dyeing equipment of cloth is essential, and clothes direct printing is that one kind is directly knitted in white Object or the stamp on prestained fabric, the latter are referred to as over print, and the color of certain decalcomania is firmly got than contaminated background color More, a large amount of common stamp modes are direct printing.

But printing device generallys use bloth printing in existing textile industry equipment, and a face stamp of cloth is caused to finish After need to carry out it on artificial turn-over stamp, cause the waste of labour, and reduce the efficiency of cloth printing, secondly it is general Printing pigment can not be closely bonded with cloth in cloth printing device, lead to the surface irregularity of cloth, and stamp Pigment rests on the surface of cloth mostly, and when carrying out water washing operations, cloth is easy to happen the case where fading, and described asks for upper Topic weaves we have proposed a kind of novel spinning and equips colour printed dyeing apparatus.

Utility model content

It is weaved the purpose of this utility model is to provide a kind of novel spinning and equips colour printed dyeing apparatus, to solve Printing device generallys use bloth printing in the textile industry equipment proposed in the upper background technique, leads to a face stamp of cloth After need to carry out it on artificial turn-over stamp, cause the waste of labour, and reduce the efficiency of cloth printing, secondly one As cloth printing device in printing pigment can not be closely bonded with cloth, lead to the surface irregularity of cloth, and Printing pigment rests on the surface of cloth mostly, when carrying out water washing operations, the problem of cloth is easy to happen the case where fading.

For the upper purpose of realization, the utility model is provided the following technical solutions: a kind of novel spinning weaving equipment coloured silk Color pattern-printing and dyeing device, including bottom plate, the first motion bar and high temperature clamping plate, the upper surface quadrangle of the bottom plate are welded with support Bar, and welded between the upper end of support rod and the quadrangle of upper platform, the lower surface of the upper platform is fixedly installed with cross bar, The first concave cylinder, the lower surface cross central line of the upper platform are provided on the cross central line of the plate upper surface On be welded with the second concave cylinder, and the inside of the first concave cylinder and the second concave cylinder is mounted on bearing, described first The outer surface of motion bar is wound with cloth, and the upper and lower ends of the first motion bar are respectively positioned on the inside of bearing, the bottom plate it is upper Surface and the lower surface of cross bar offer sliding rail, and the inside of sliding rail is equipped with one end of pulley, the other end of the pulley It is fixed with connecting rod, and is welded with printing plate on the inside of connecting rod, fixed link, and fixed link are provided on the right side of the printing plate Inside be fixedly installed with blower, the blower is connected with one end of transmission shaft far from one end of cloth, and transmission shaft is another End is equipped with motor, and heating wire is distributed in the inside of the high temperature clamping plate, and high temperature clamping plate is located at the right side of blower.

Preferably, the bottom plate between support rod and upper platform by being connected, and phase between bottom plate and upper platform It is mutually parallel, and the vertical centerline between support rod about bottom plate is symmetrical, while the right end of upper platform is set as hollow Structure.

Preferably, it fits between the outer surface of the bearing and the inner surface of the first concave cylinder, and the first concave circle Cylinder between bearing and the first motion bar by being connected, and printing plate passes through composition sliding knot between sliding rail and pulley and bottom plate Structure.

Preferably, the motor is between transmission shaft and blower by being rotatablely connected, and blower by fixed link and bottom plate it Between be connected, and be parallel to each other between fixed link.

Preferably, the inner surface of the high temperature clamping plate is covered with heat-resistant film, and the upper and lower ends of heat-resistant film be provided with it is resistance to Hole slot, and hole slot are offered inside hotting mask elongated end, the inside of the heat-resistant film elongated end and the upper and lower ends of high temperature clamping plate Inside through there is fixing bolt.

Preferably, it matches between the external dimensions of the fixing bolt and the inside dimension of hole slot, and high temperature clamping plate is total There are two settings, and fits between the outer surface of heat-resistant film elongated end and the outer surface of cloth.

Preferably, the front/rear end of the front/rear end of the printing plate and high temperature clamping plate is welded with push rod, and push rod Outside is connected with set bar, is provided with hydraulic stem on the outside of the middle part of the set bar, and hydraulic cylinder is equipped on the outside of hydraulic stem, It is covered with fixture in the middle part of the outer surface of the hydraulic cylinder, and the left and right sides lower end of fixture is welded with strut.

Preferably, the hydraulic cylinder is by constituting stretching structure between hydraulic stem and set bar, and gathers bar and pass through push rod It is connected between printing plate and high temperature clamping plate respectively, and gathers and be mutually perpendicular between bar and push rod.

Preferably, it is provided with the second motion bar on the right side of the high temperature clamping plate, and is equipped with below the second motion bar The upper end of three concave cylinders, second motion bar is screwed with handle.

Preferably, the equal length of the length of second motion bar and the first motion bar, and the second motion bar and first It is parallel to each other between motion bar.

Compared with prior art, the beneficial effects of the utility model are as follows:

1, it fits between the outer surface of the utility model middle (center) bearing and the inner surface of the first concave cylinder, and the first concave Bearing is mounted in the first concave cylinder and the second concave cylinder by cylinder by being connected between bearing and the first motion bar Then the upper and lower ends of first motion bar are socketed in the inside of bearing by portion again, so that the first concave cylinder and the second concave circle While cylinder is fixed to the first motion bar progress position, the first motion bar will not be hindered to be rotated, when cloth moves to the right When, by pushing printing plate, so that pulley is gathered along slide direction, until the inner surface of printing plate to be pressed in the appearance of cloth On face, there are two printing plates for device setting, allow the cloth in the device to carry out duplex pringing operation, to improve The working efficiency of the device；

2, blower is mounted on the outside of the middle part of cloth by fixed link in the utility model, when the cloth by printing operations At blower, electrical power is given, motor drives blower to work by transmission shaft, and blower can carry out cloth quick Drying, since blower and motor are vacantly located between bottom plate and upper platform, this setting can be by blower and motor work Bring vibration minimizes during work, to achieve the effect that reduce noise；

3, the utility model passes through the setting of heat-resistant film elongated end, hole slot and fixing bolt, heat-resistant film can be fixed on The inner surface of high temperature clamping plate is powered when air-drying the cloth finished by high temperature clamping plate to high temperature clamping plate, and heating wire dissipates The heat of sending increases the inner surface temperature of high temperature clamping plate, then gathers two high temperature clamping plates, high temperature clamping plate High temperature pressing is carried out to cloth, so that cloth and the stamp on its surface combine together completely, the setting of heat-resistant film can be to avoid height When warm clamping plate is directly contacted with cloth, the scald of cloth is caused, and heat-resistant film also avoids design on fabric surface printing pigment and takes off It falls on high temperature clamping plate, advantageously ensures that the cleannes of high temperature clamping plate；

4, hydraulic cylinder and gathers bar by pushing away by constituting stretching structure between hydraulic stem and set bar in the utility model Bar is connected between printing plate and high temperature clamping plate respectively, and gathers and be mutually perpendicular between bar and push rod, hydraulic by controlling Its internal hydraulic oil is compressed into the inside of hydraulic stem by cylinder, and then hydraulic stem pushes set bar and push rod to lean on inwardly Hold together, the movement for high temperature clamping plate and printing plate provides power, and secondly high temperature clamping plate and printing plate share the same hydraulic cylinder, makes The working frequency obtained between high temperature clamping plate and printing plate is identical；

5, the right end of the utility model platform at the middle and upper levels is set as hollow structure, hollow by the right end of upper platform Place slowly rotates handle, so that the second motion bar rotates with it, so that the cloth of completion of processing is wrapped in second On motion bar.

Detailed description of the invention

FIG. 1 is a schematic structural view of the utility model；

Fig. 2 is the utility model overlooking structure diagram；

Fig. 3 is the utility model upper platform overlooking structure diagram；

Fig. 4 is enlarged structure schematic diagram at B in the utility model Fig. 2；

Fig. 5 is enlarged structure schematic diagram at A in the utility model Fig. 1.

In figure: 1, bottom plate；2, support rod；3, upper platform；4, cross bar；5, the first concave cylinder；6, the second concave cylinder； 7, bearing；8, the first motion bar；9, cloth；10, sliding rail；11, pulley；12, connecting rod；13, printing plate；14, fixed link；15, Blower；16, transmission shaft；17, motor；18, high temperature clamping plate；19, heating wire；20, heat-resistant film；21, heat-resistant film elongated end；22, hole Slot；23, fixing bolt；24, push rod；25, gather bar；26, hydraulic stem；27, hydraulic cylinder；28, fixture；29, strut；30, second Motion bar；31, third concave cylinder；32, handle.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model It clearly and completely retouches described, it is clear that retouched the embodiment described is only the utility model a part of the embodiment, rather than complete The embodiment in portion.Based on the embodiments of the present invention, those of ordinary skill in the art are not before making creative work Every other embodiment obtained is put, is fallen within the protection scope of the utility model.

Please refer to Fig. 1-5, the utility model provides a kind of technical solution: a kind of novel spinning weaving equipment is with colour printed Dyeing apparatus, including bottom plate 1, the first motion bar 8 and high temperature clamping plate 18, the upper surface quadrangle of bottom plate 1 are welded with support rod 2, And welded between the upper end of support rod 2 and the quadrangle of upper platform 3, bottom plate 1 between support rod 2 and upper platform 3 by being connected It connects, and is parallel to each other between bottom plate 1 and upper platform 3, and the vertical centerline between support rod 2 about bottom plate 1 is symmetrical, together When upper platform 3 right end be set as hollow structure, which carries out stable support to upper platform 3 by support rod 2, The lower surface of upper platform 3 is fixedly installed with cross bar 4, and the first concave cylinder is provided on the cross central line of 1 upper surface of bottom plate 5, the second concave cylinder 6, and the first concave cylinder 5 and the second concave are welded on the lower surface cross central line of upper platform 3 The inside of cylinder 6 is mounted on bearing 7, and the outer surface of the first motion bar 8 is wound with cloth 9, and up and down the two of the first motion bar 8 End is respectively positioned on the inside of bearing 7, and the upper surface of bottom plate 1 and the lower surface of cross bar 4 offer sliding rail 10, and the inside of sliding rail 10 One end of pulley 11 is installed, the other end of pulley 11 is fixed with connecting rod 12, and the inside of connecting rod 12 is welded with printing plate 13, fit between the outer surface of bearing 7 and the inner surface of the first concave cylinder 5, and the first concave cylinder 5 by bearing 7 with It is connected between first motion bar 8, and printing plate 13 is by constituting slide construction between sliding rail 10 and pulley 11 and bottom plate 1, Bearing 7 is mounted on to the inside of the first concave cylinder 5 and the second concave cylinder 6, then again by the upper and lower ends of the first motion bar 8 It is socketed in the inside of bearing 7, so that the first concave cylinder 5 and the second concave cylinder 6 carry out what position was fixed to the first motion bar 8 Meanwhile the first motion bar 8 will not be hindered to be rotated, when cloth 9 moves to the right, by pushing printing plate 13, so that sliding Wheel 11 is gathered along 10 direction of sliding rail, until the inner surface of printing plate 13 is pressed on the outer surface of cloth 9, which is provided with Two printing plates 13 allow the cloth 9 in the device to carry out duplex pringing operation, to improve the work effect of the device Rate；The right side of printing plate 13 is provided with fixed link 14, and the inside of fixed link 14 is fixedly installed with blower 15, and blower 15 is far from cloth One end of material 9 is connected with one end of transmission shaft 16, and the other end of transmission shaft 16 is equipped with motor 17, and motor 17 passes through transmission shaft It is rotatablely connected between 16 and blower 15, and blower 15 is between fixed link 14 and bottom plate 1 by being connected, and between fixed link 14 It is parallel to each other, blower 15 is mounted on the outside of the middle part of cloth 9 by fixed link 14, is passed through when by the cloth 9 of printing operations It at blower 15, is powered to motor 17, motor 17 drives blower 15 to work by transmission shaft 16, and blower 15 can be to cloth 9 It is quickly dried, since blower 15 and motor 17 are hanging between bottom plate 1 and upper platform 3, energy is arranged in this It is enough to minimize bring vibration in 17 course of work of blower 15 and motor, to achieve the effect that reduce noise；High temperature folder Heating wire 19 is distributed in the inside of plate 18, and high temperature clamping plate 18 is located at the right side of blower 15, the inner surface covering of high temperature clamping plate 18 Have a heat-resistant film 20, and the upper and lower ends of heat-resistant film 20 are provided with heat-resistant film elongated end 21, the inside of heat-resistant film elongated end 21 with Hole slot 22 is offered inside the upper and lower ends of high temperature clamping plate 18, and spiral shell is fixed through there is fixing bolt 23 in the inside of hole slot 22 It matches between the external dimensions of bolt 23 and the inside dimension of hole slot 22, and there are two the total settings of high temperature clamping plate 18, and heat-resisting It fits between the outer surface of film elongated end 21 and the outer surface of cloth 9, by the hole slot 22 and height inside heat-resistant film elongated end 21 Hole slot 22 inside warm 18 upper and lower ends of clamping plate is aligned, and then sequentially passes through fixing bolt 23 inside two hole slots 22 And tighten, heat-resistant film 20 is fixed on by high temperature clamping plate 18 by the setting of heat-resistant film elongated end 21, hole slot 22 and fixing bolt 23 Inner surface be powered when air-drying the cloth 9 that finishes by high temperature clamping plate 18 to high temperature clamping plate 18, heating wire 19 dissipates The heat of sending increases the inner surface temperature of high temperature clamping plate 18, then gathers two high temperature clamping plates 18, high temperature Clamping plate 18 carries out high temperature pressing to cloth 9, so that cloth 9 and the stamp on its surface combine together completely, the setting of heat-resistant film 20 When can directly be contacted with cloth 9 to avoid high temperature clamping plate 18, the scald of cloth 9 is caused, and heat-resistant film 20 also avoids cloth Expect that 9 surface printing pigment fall off on high temperature clamping plate 18, advantageously ensures that the cleannes of high temperature clamping plate 18；The front and back of printing plate 13 The front/rear end of end face and high temperature clamping plate 18 is welded with push rod 24, and the outside of push rod 24 is connected with set bar 25, gathers bar Hydraulic stem 26 is provided on the outside of 25 middle part, and the outside of hydraulic stem 26 is equipped with hydraulic cylinder 27, in the outer surface of hydraulic cylinder 27 Portion is covered with fixture 28, and the left and right sides lower end of fixture 28 is welded with strut 29, and hydraulic cylinder 27 passes through hydraulic stem 26 and collection It closes and constitutes stretching structure between bar 25, and gather bar 25 and be connected between printing plate 13 and high temperature clamping plate 18 respectively by push rod 24 Connect, and gather and be mutually perpendicular between bar 25 and push rod 24, by control hydraulic cylinder 27 by its internal hydraulic oil pressure be retracted into To the inside of hydraulic stem 26, then hydraulic stem 26 pushes set bar 25 and push rod 24 to draw close inwardly, is high temperature clamping plate 18 and print The movement of card 13 provides power, and secondly high temperature clamping plate 18 and printing plate 13 share the same hydraulic cylinder 27, so that high temperature presss from both sides Working frequency between plate 18 and printing plate 13 is identical, and the right side of high temperature clamping plate 18 is provided with the second motion bar 30, and second is living The lower section of lever 30 is equipped with third concave cylinder 31, and the upper end of the second motion bar 30 is screwed with handle 32, the second motion bar 30 Length and the first motion bar 8 equal length, and be parallel to each other between the second motion bar 30 and the first motion bar 8, rotate hand Handle 32, so that the second motion bar 30 rotates with it, so that the cloth 9 of completion of processing is wrapped on the second motion bar 30.

Bearing 7: being mounted on the inside of the first concave cylinder 5 and the second concave cylinder 6 by working principle first, then again will The upper and lower ends of first motion bar 8 are socketed in the inside of bearing 7, so that the first concave cylinder 5 and the second concave cylinder 6 are to first While the progress of motion bar 8 position is fixed, the first motion bar 8 will not be hindered to be rotated, the right end for passing through upper platform 3 is empty Handle 32 is slowly rotated at the heart, so that the second motion bar 30 rotates with it, to cloth 9 be pulled to the right, so Printing plate 13 is pushed afterwards, so that pulley 11 is gathered along 10 direction of sliding rail, until the inner surface of printing plate 13 is pressed in cloth 9 On outer surface, blower 15 is mounted on the outside of the middle part of cloth 9 by fixed link 14, is passed through when by the cloth 9 of printing operations It at blower 15, is powered to motor 17, motor 17 drives blower 15 to work by transmission shaft 16, and blower 15 can be to cloth 9 Quickly dried, by inside heat-resistant film elongated end 21 hole slot 22 and 18 upper and lower ends of high temperature clamping plate inside hole slot 22 into Then fixing bolt 23 is sequentially passed through two 22 inside of hole slot and is tightened, passes through heat-resistant film elongated end 21, hole slot by row alignment 22 and the setting of fixing bolt 23 heat-resistant film 20 is fixed on to the inner surface of high temperature clamping plate 18, passed through when air-drying the cloth 9 finished It when crossing high temperature clamping plate 18, is powered to high temperature clamping plate 18, the heat that heating wire 19 gives out makes the inside of high temperature clamping plate 18 Surface temperature increases, and then gathers two high temperature clamping plates 18, and high temperature clamping plate 18 carries out high temperature pressing to cloth 9, so that Cloth 9 and the stamp on its surface combine together completely, set bar 25 by push rod 24 respectively with printing plate 13 and high temperature clamping plate 18 Between be connected, its internal hydraulic oil is compressed into the inside of hydraulic stem 26 by control hydraulic cylinder 27, it is then hydraulic Bar 26 pushes set bar 25 and push rod 24 to draw close inwardly, provides power for the movement of high temperature clamping plate 18 and printing plate 13, most Rotational handle 32 afterwards, so that the cloth 9 of completion of processing is wrapped on the second motion bar 30.

Although having been shown and having retouched the embodiments of the present invention described, for those of ordinary skill in the art and Speech, it is possible to understand that a variety of changes can be carried out to these embodiments in the case where not departing from the principles of the present invention and spirit Change, modification, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.

Claims (10)

1. colour printed dyeing apparatus, including bottom plate (1), the first motion bar (8) and high temperature clamping plate are equipped in novel spinning weaving (18), it is characterised in that: the upper surface quadrangle of the bottom plate (1) is welded with support rod (2), and the upper end of support rod (2) with It is welded between the quadrangle of upper platform (3), the lower surface of the upper platform (3) is fixedly installed with cross bar (4), the bottom plate (1) the first concave cylinder (5), the lower surface transverse center of the upper platform (3) are provided on the cross central line of upper surface The second concave cylinder (6) is welded on line, and the inside of the first concave cylinder (5) and the second concave cylinder (6) is mounted on axis It holds (7), the outer surface of first motion bar (8) is wound with cloth (9), and the upper and lower ends of the first motion bar (8) are respectively positioned on The inside of bearing (7), the upper surface of the bottom plate (1) and the lower surface of cross bar (4) offer sliding rail (10), and sliding rail (10) Inside one end of pulley (11) is installed, the other end of the pulley (11) is fixed with connecting rod (12), and connecting rod (12) Inside be welded with printing plate (13), be provided with fixed link (14) on the right side of the printing plate (13), and fixed link (14) is interior Side is fixedly installed with blower (15), and the blower (15) is connected with one end of transmission shaft (16) far from the one end of cloth (9), and passes The other end of moving axis (16) is equipped with motor (17), and the inside of the high temperature clamping plate (18) is distributed with heating wire (19), and high temperature Clamping plate (18) is located at the right side of blower (15).

2. colour printed dyeing apparatus is equipped in novel spinning weaving according to claim 1, it is characterised in that: the bottom Plate (1) is parallel to each other between bottom plate (1) and upper platform (3) by being connected between support rod (2) and upper platform (3), And the vertical centerline between support rod (2) about bottom plate (1) is symmetrical, while the right end of upper platform (3) is set as empty Core structure.

3. colour printed dyeing apparatus is equipped in novel spinning weaving according to claim 1, it is characterised in that: the axis It holds and fits between the outer surface of (7) and the inner surface of the first concave cylinder (5), and the first concave cylinder (5) passes through bearing (7) It is connected between the first motion bar (8), and printing plate (13) passes through structure between sliding rail (10) and pulley (11) and bottom plate (1) At slide construction.

4. colour printed dyeing apparatus is equipped in novel spinning weaving according to claim 1, it is characterised in that: the electricity Machine (17) between transmission shaft (16) and blower (15) by being rotatablely connected, and blower (15) passes through fixed link (14) and bottom plate (1) Between be connected, and be parallel to each other between fixed link (14).

5. colour printed dyeing apparatus is equipped in novel spinning weaving according to claim 1, it is characterised in that: the height The inner surface of warm clamping plate (18) is covered with heat-resistant film (20), and the upper and lower ends of heat-resistant film (20) are provided with heat-resistant film elongated end (21), hole slot (22) are offered inside the inside of the heat-resistant film elongated end (21) and the upper and lower ends of high temperature clamping plate (18), And the inside of hole slot (22) is through there is fixing bolt (23).

6. colour printed dyeing apparatus is equipped in novel spinning weaving according to claim 5, it is characterised in that: described solid Determine to match between the external dimensions of bolt (23) and the inside dimension of hole slot (22), and high temperature clamping plate (18) is provided with two altogether It is a, and fit between the outer surface of heat-resistant film elongated end (21) and the outer surface of cloth (9).

7. colour printed dyeing apparatus is equipped in novel spinning weaving according to claim 1, it is characterised in that: the print The front/rear end of card (13) and the front/rear end of high temperature clamping plate (18) are welded with push rod (24), and are connected on the outside of push rod (24) It is connected to set bar (25), is provided with hydraulic stem (26) on the outside of the middle part of set bar (25), and the outside peace of hydraulic stem (26) Equipped with hydraulic cylinder (27), it is covered with fixture (28) in the middle part of the outer surface of the hydraulic cylinder (27), and the left and right sides of fixture (28) Lower end is welded with strut (29).

8. colour printed dyeing apparatus is equipped in novel spinning weaving according to claim 7, it is characterised in that: the liquid Cylinder pressure (27) gathers bar (25) and passes through push rod (24) point by constituting stretching structure between hydraulic stem (26) and set bar (25) It is not connected between printing plate (13) and high temperature clamping plate (18), and gathers and be mutually perpendicular between bar (25) and push rod (24).

9. colour printed dyeing apparatus is equipped in novel spinning weaving according to claim 1, it is characterised in that: the height It is provided with the second motion bar (30) on the right side of warm clamping plate (18), and third concave cylinder is installed below the second motion bar (30) (31), the upper end of second motion bar (30) is screwed with handle (32).

10. colour printed dyeing apparatus is equipped in novel spinning weaving according to claim 9, it is characterised in that: described The length of second motion bar (30) and the equal length of the first motion bar (8), and the second motion bar (30) and the first motion bar (8) Between be parallel to each other.