CN101623142B

CN101623142B - Full-automatic dyeing machine for zipper

Info

Publication number: CN101623142B
Application number: CN2009101838763A
Authority: CN
Inventors: 邹立闹
Original assignee: Individual
Current assignee: Suzhou Platinum Machinery Technology Co Ltd
Priority date: 2009-07-30
Filing date: 2009-07-30
Publication date: 2011-04-27
Anticipated expiration: 2029-07-30
Also published as: CN101623142A

Abstract

The invention relates to a full-automatic dyeing machine for zippers, belonging to the technical field of zipper dyeing machine machinery and comprising a groove body, a group of zipper guide mechanisms, a transmission mechanism, a zipper eduction mechanism, a water supply mechanism and a negative-pressure imbibition mechanism, wherein the length direction of the groove body is provided with a greasy dirt removing cavity, a rinsing cavity, a dye liquor cavity and a washing cavity at intervals; the group of zipper guide mechanisms are distributed in the greasy dirt removing cavity, the rinsing cavity, the dye liquor cavity and the washing cavity; the transmission mechanism is arranged on the groove body and is connected with the zipper guide mechanisms; the zipper eduction mechanism is arranged on one end of the groove body and is connected with the transmission mechanism in a transmission way; the water supply mechanism is arranged at one side of the length direction of the groove body; and the negative-pressure imbibition mechanism is arranged at the other side of the length direction of the groove body and corresponds to the upper side of the groove body. The invention can ensure the dyeing effect without colour differences, white exposure and colour fading, shorten the time, enhance the production efficiency, save the energy sources, prevent zipper flies from being wrinkled and ensure the quality.

Description

Full-automatic dyeing machine for zipper

Technical field

The invention belongs to slide fastener dyeing machinery technical field, be specifically related to a kind of full-automatic dyeing machine for zipper, is that the slide fastener tooth is dyed required color with the metal tooth on the slide fastener.

Background technology

Assorted for the look that the color of the color formation that makes the metal tooth on the slide fastener and dress ornament, case and bag and ticket-holder etc. reaches unanimity or is close, thereby need handle by corresponding machine.Custom adopts the surface treatment of the mode of plating to the slide fastener tooth in the prior art, forms copper plate or zinc coat or nickel coating or other similar coating on the surface of slide fastener tooth.And be used for that for example Chinese patent literature is existing is seen at document to the technical scheme of slide fastener electroplating, for example Chinese invention patent Granted publication CN100420774C recommends to have " Zinc alloy slide fastener electroplating device ", though this device can embody the capable technique effect of its Instructions Page 2 9-14, but because it belongs to the electroplating technology category, therefore, surface treatment cost to slide fastener is higher, and electroplating effluent is comparatively serious to the pollution of environment, in addition, environmental protection treatment cost and the intractability to electroplating effluent is bigger.

In recent years, continuous maturation along with the dyestuff technology, with dyestuff slide fastener being dyeed becomes that industry is generally used and as first-selected technological means, not ccontaining doubting, no matter it is that cost or efficient all have remarkable advantages that dyeing is compared with plating, especially, dyeing to the pollution level of environment far below the pollution of electroplating to environment caused.

Prior art adopts by hand slide fastener is dyeed, earlier dyestuff is placed (being dissolved in) container such as dye vat, dye barrel or similar container, again will slide fastener be dyed insert in the container that fills dye solution and soak into, the slide fastener after then will dyeing takes out and dries or adopt dewater unit such as laundry machine dehydration.One of drawback that this operating type brought, dyeing inefficiency and working strength of workers are big; Two, dyeing the place seriously polluted, unhelpful to workers'health; Three, the slide fastener aberration after dyed is big, poor quality; Four, dye liquor waste is big.

Perhaps in view of the foregoing, China utility model patent Granted publication CN2701891Y has proposed a kind of technical scheme of full-automatic dyeing machine of slide fastener, this patented technology scheme can be finished the full-automatic dyeing to slide fastener, and can eliminate the drawback of four aspects that the applicant said basically in the above.But the applicant thinks that this patent still has many shortcoming, the one, and color is attached to the adhesion effect difference of slide fastener tooth surface and occurs style of calligraphy characterized by hollow strokes phenomenon easily, causes dyeing quality and is difficult to ensure.Because patent is directly to be imported by the chain cable fairlead on the chain guides and dye the chamber in advance and dye in advance waiting to dye slide fastener, dying the back in advance, to enter the dyeing of dyeing chamber under the spray state of sparge pipe be secondary dyeing, then enters the drying cavity oven dry, draws after the oven dry.The reason known as industry in producing the process of slide fastener, needs constantly to refuel to use to mould to make mold lubrication and cooling, otherwise can make the mould short-term cause damage, so the oil on the mould will inevitably shift or claims to carry out the transition on the slide fastener tooth.So (surface) often speckles with greasy dirt on the slide fastener tooth of slide fastener before the dyeing, if can not give removing earlier, so Color promptly paint (painted) just can't ensure; The 2nd, be not enough to embody desirable dyeing efficient.From the description of the description of this patent and as can be known in conjunction with the figure of this patent, slide fastener is few in the flex point that imports from the chain cable fairlead of machine right-hand member until the overall process that derives between the mating surface of the pinch roller of machine left end and belt pulley, therefore, want to make slide fastener to obtain enough dyeing times, desirable cleaning performance and drying effect, must make the gait of march of slide fastener be controlled at degree very slowly so, unless will dye the chamber in advance, the dyeing chamber, cleaning chambers and drying cavity make long enough, yet, this measure meeting makes hugeization of complete machine, increases the floor space in operation place; The 3rd, be unfavorable for energy-conservation and easily make the wrinkling distortion of slide fastener left front that is implanted with the slide fastener tooth.Need be because slide fastener is dried in drying cavity by means of electric energy such as electric heater unit or by means of heated dry air, again because slide fastener is in sufficient infiltration (moistening) state when drawing cleaning chambers, and this state becomes oven-dried condition rapidly in drying cavity, so cause aforesaid slide fastener left front wrinkling unavoidably.

In sum, be necessary the full-automatic dyeing machine of the slide fastener in the prior art is improved, technical scheme described below produces under aforesaid background.

Summary of the invention

Task of the present invention be to provide a kind of help to improve Color and use the surface of avoiding the slide fastener tooth aberration, the style of calligraphy characterized by hollow strokes occur and even fade, help promoting dyeing efficient and use and both save dyeing time and ensure the processing capacity requirement, be of value to energy savings and prevent the wrinkling distortion of slide fastener left front and use the full-automatic dyeing machine for zipper that guarantees the slide fastener quality.

Task of the present invention is finished like this, a kind of full-automatic dyeing machine for zipper, comprise a cell body, at the length direction of this cell body successively every the degreasing chamber that is provided with the greasy dirt on the slide fastener tooth that is used to remove slide fastener, be used for the slide fastener after the degreasing is carried out the rinse chamber of rinsing, the cleaning chambers that is used for the dye liquor chamber of the dyeing of the slide fastener after the rinsing and is used for the slide fastener after the dyeing is cleaned; One group of zipper guide mechanism that is used for slide fastener is imported successively described degreasing chamber, rinse chamber, dye liquor chamber and cleaning chambers is distributed in described degreasing chamber, rinse chamber, dye liquor chamber and the cleaning chambers; One transmission mechanism is installed on the described cell body, and connects with described zipper guide mechanism driving; One zipper eduction mechanism is installed in an end of cell body and connects with described transmission mechanism transmission; One is used for providing to described degreasing chamber, rinse chamber, dye liquor chamber and cleaning chambers the water supply mechanism at water source, is installed in a side of the length direction of cell body; One is used for the negative pressure liquid sucting mechanism absorbed through the moisture on the slide fastener after degreasing, rinsing, dyeing and the cleaning, is installed in the opposite side of the length direction of cell body, and in cantilever state corresponding to the top of cell body.

In a specific embodiment of the present invention, described one group of zipper guide mechanism respectively comprises driving shaft and driven shaft, main, it is corresponding up and down that driven shaft keeps each other, be equipped with first on the driving shaft at interval every the dish and first spacer, first every the dish with first spacer be one every a configuration, one end of driving shaft is arranged on the groove of a side of length direction of described cell body along last by active axle bed pivot, the other end is arranged on the groove of opposite side of length direction of cell body along last by active axle bed pivot equally, and driving shaft and described transmission mechanism transmission connect, be equipped with second on the driven shaft at interval every the dish and second spacer, second every the dish with second spacer be one every a configuration, one end of driven shaft is arranged on the inwall below of a side of the length direction of cell body by driven axle bed pivot, the other end is arranged on the inwall below of opposite side of the length direction of cell body equally by driven axle bed pivot, wherein, described first, second corresponds to each other and first every the position of dish, the position of second spacer is corresponding equally.

In another specific embodiment of the present invention, described first, second spacer is the spacer that polytetrafluoroethylene (PTFE) is made.

In another specific embodiment of the present invention, described transmission mechanism comprises motor, reductor, first, second driving-belt, first drive, the 3rd driving-belt, one group of second drive and first, second expansion tightening wheel, motor cooperates with the reductor transmission and takes motor by reductor and is installed on the cell body or is installed on the terrace, be installed with the 3rd drive on the motor shaft of motor, and be fixed with one the 4th drive on the power output shaft of reductor, be installed with the 5th drive on another power output shaft of reductor, one end of first driving-belt is nested with on the 3rd drive, the other end is set on the 4th drive, one end of second driving-belt is nested with on the 5th drive, the other end is nested with on first drive, first drive connects with the described zipper eduction mechanism that is installed in described cell body one end, one end of the 3rd driving-belt is nested with on the sub-drive of first drive, the other end and middle part and one group of second drive connect, and one group of second drive is fixed on the driving shaft of described one group of zipper guide mechanism, first, the second expansion tightening wheel pivot is arranged on the cell body, and all contacts with described the 3rd driving-belt.

In another specific embodiment of the present invention, described motor is a variable-frequency motor, described first, second, the 5th drive and sub-drive and first, second expansion tightening wheel be sprocket wheel, and described the 3rd, the 4th drive is belt pulley or sprocket wheel, described second, third driving-belt is a chain, and described first driving-belt is belt or chain.

In another specific embodiment of the present invention, described the 3rd, the 4th drive is a belt pulley, and described first driving-belt is a belt.

More of the present invention and in specific embodiment, described zipper eduction mechanism comprises the tensioner stand, adjust screw, first, second, the 3rd roller shell, adjust arm, pressure arm, slave tape and friction roller, the tensioner stand is installed in an end of described cell body, on the tensioner stand, be provided with a locking plate, adjustment arm and pressure arm keep up and down each other, and corresponding relation ground pivot is arranged on the tensioner stand, the adjustment screw is provided in to adjust on the arm and with pressure arm and contacts, the first roller shell pivot is arranged on to be adjusted on the arm, and second, the 3rd roller shell then pivot is arranged on the pressure arm, first, second, the 3rd roller shell forms leg-of-mutton position relation each other, wherein, the roller shell axle of the 3rd roller shell is corresponding with described locking plate and compeled to hold by locking plate, slave tape is nested with first, second, contact on the 3rd roller shell and with friction roller, the friction roll shaft of friction roller is located on the described tensioner stand by the friction roller axle bed, and described first drive is fixed on the friction roll shaft.

In of the present invention and then specific embodiment, described water supply mechanism comprises water main, a component pipe arrangement and one group of valve, the water main sets and connects with the water source along a side of the length direction of described cell body, one component pipe arrangement is spaced apart, the lower end and the water main of each distributing pipe connect, and the upper end probes into described cell body, the quantity of one group of valve equates with the quantity of distributing pipe, and be fixed on the upper end of each distributing pipe, each provides the water source by corresponding distributing pipe described degreasing chamber, rinse chamber, dyeing chamber and cleaning chambers.

Of the present invention again more and in specific embodiment, described negative pressure liquid sucting mechanism comprises negative pressure house steward and one group of negative pressure arm, negative pressure house steward sets along the opposite side of the length direction of described cell body, and connect with depression generator, one group of negative pressure arm is set in distance, the lower end of each negative pressure arm and negative pressure house steward connect, and the upper end is stretched over the top of cell body in cantilever state, and offer liquid sucting port in the upper end of each negative pressure arm.

In again of the present invention and then specific embodiment, described degreasing is equipped with first heater in the chamber, and disposes second heater in the described dye liquor chamber, and is furnished with dye liquor chamber lid on the top in dye liquor chamber.

One of technical scheme provided by the present invention advantage compared with the prior art, the setting of degreasing chamber and rinse chamber can make slide fastener enter dye liquor chamber dyeing under clean conditions, thereby can guarantee Color and aberration, the style of calligraphy characterized by hollow strokes and even the phenomenon of fading can not occur; Two, zipper guide mechanism is provided with the required technological requirement that can ensure each step in the slide fastener dyeing course, both can shorten the time, can improve production (dyeing) efficient again; Three, adopt the negative pressure liquid sucting mechanism to absorb moisture on the slide fastener, thereby need not to use the oven dry heating, but both energy savings can avoid the slide fastener left front wrinkling again, guarantees quality.

Description of drawings

Fig. 1 is a specific embodiment structure chart of the present invention.

Fig. 2 is the cutaway view of Fig. 1.

Fig. 3 is the guiding schematic diagram to slide fastener of zipper guide of the present invention mechanism.

The specific embodiment

For the auditor that the makes Patent Office especially public can be expressly understood technical spirit of the present invention and beneficial effect more, the applicant general elaborates in conjunction with the accompanying drawings in the mode of embodiment below, but to the description of embodiment all is not restriction to the present invention program, any according to the present invention's design done only for pro forma but not substantial equivalent transformation all should be considered as technical scheme category of the present invention.

Ask for an interview Fig. 1, Fig. 2 and Fig. 3, cell body 1 is the cuboidal configuration of an open topped, being example at present by location status illustrated in figures 1 and 2, from the left end of cell body 1 to right-hand member successively every being provided with degreasing chamber 11, rinse chamber 12, dye liquor chamber 13 and cleaning chambers 14.When using 7 dyeing of 1 pair of slide fastener of cell body of the present invention, placement can pour into the water that cleans usefulness by the degreasing agent of the extensive acquisition in market in rinse chamber 13 in degreasing chamber 11 so.Separate by first dividing plate 112 between degreasing chamber 11 and the rinse chamber 12, separate by second partition 121 between rinse chamber 12 and the dye liquor chamber 13, separate by the 3rd dividing plate 133 between dye liquor chamber 13 and the cleaning chambers 14.As preferred embodiment, the applicant has adopted duplex to cleaning chambers 14, and so-called duplex is meant that cleaning chambers 14 has 2-4, also adopts corresponding the 4th dividing plate 141 to separate between each cleaning chambers 14.The meaning that an above cleaning chambers 14 is set has two, one, helps to improve the cleaning performance to slide fastener 7, and the 2nd, can save the water source and promptly save water for cleaning.According in this reason, also can use two or more to rinse chamber 12.Also configurable dye liquor chamber lid 132 on aforesaid dye liquor chamber 13.

By shown in Figure 1, in degreasing chamber 11, be provided with first heater 111, in dye liquor chamber 13, be provided with second heater 131, because the environment temperature in winter is lower, therefore can enable the heater heating of filling the post of by electric heating tube, use the temperature that improves deoil soiling solution and dye liquor, improve the effect and the Color of degreasing.By shown in Figure 1, at an end of cell body 1 is that left end is installed with chain guides 15 that are used for slide fastener 7 is imported to degreasing chamber 11, at the other end of cell body 1 is that right-hand member is installed with one and is used for guide chain groove 16 that slide fastener 7 (dyeing is finished dealing with and slide fastener after cleaning) is drawn, and this guide chain groove 16 is corresponding with aforesaid chain guides 15.In addition, electric control box 17 is installed on cell body 1, aforesaid first, second heater 111,131 and electric control box 17 are electrically connected.

Please see Fig. 1 and Fig. 2 by emphasis, the applicant has provided the one group of zipper guide mechanism 2 that is used for being installed to aforesaid degreasing chamber 11, rinse chamber 12, dye liquor chamber 13 and cleaning chambers 14, though only show the quantity of one group of zipper guide mechanism 2 among Fig. 1 is 10 (Fig. 2 shows 12), obviously should not be subjected to illustrated restriction.Because the structure of each zipper guide mechanism 2 in one group of zipper guide mechanism 2 is identical, and mounting means and effect all be identical, so the applicant selects one and is elaborated.In Fig. 1, at length show the structure of one of them zipper guide mechanism 2, comprise driving shaft 21 and driven shaft 22, driving shaft 21 keeps corresponding relation up and down each other with driven shaft 22, wherein, driving shaft 21 is installed in the upper slot of cell body 1 along last, and driven shaft 22 is installed in the bottom of cell body 1, specifically: on driving shaft 21 arranged spaced quantity do not illustrated restriction first every the dish 211 and first spacer 212, first every the dish 211 and first spacer 212 be one every a configuration, and first spacer 211 is fixed (location) on driving shaft 21 with screw, one end of driving shaft 21 by means of the groove of a side that is located at cell body 1 along last active axle bed 213 and hub setting groove along on, the other end equally by means of corresponding initiatively axle bed 213 hub setting the groove of the opposite side of cell body 1 along on.First spacing collar 214 can each be fixed in two ends at driving shaft 21, is limited by first spacing collar 214 and is located at first on the driving shaft 21 every dish 211 and first spacer 212.On driven shaft 22 arranged spaced quantity with aforesaid first every dish 211 equate second every dish 221 and dispose second spacer 222 that quantity equates with aforesaid first spacer, 212 quantity, one end of driven shaft 22 is arranged on the inwall below of a side of the length direction of cell body 1 by driven axle bed 223 pivots, the other end is arranged on the inwall below of the opposite side of cell body 1 length direction equally by corresponding driven axle bed 223 pivots.Aforesaid second spacer 222 is same fixing with screw and driven shaft 22, and first, second position every dish 211,221 keeps corresponding, and the position of first, second spacer 212,222 keeps corresponding.Second spacing collar 224 can be respectively established at two ends at driven shaft 22, is used for limiting being located at second on the driven shaft 22 every dish 221 and second spacer 222, prevents that them from occurring moving.First, second spacer 212,222 preferred polytetrafluoroethylene (PTFE) that use are made.By shown in Figure 2, the active axle bed 213 of the rear side of the length direction that is in cell body 1 is protected by axle bed cover 2131 lids.

Being example at present by situation shown in Figure 1, in degreasing chamber 11 and dye liquor chamber 13, respectively dispose a pair of zipper guide mechanism 2, rinse chamber 12 has two (geosutures signals in seeing among the figure), so a pair of zipper guide of configuration mechanism 2 in each rinse chamber 12, rinse bath 14 has four, so a pair of zipper guide of configuration mechanism 2 in each rinse bath 14.Yet, the applicant it is emphasized that: if degreasing groove 11 and dye liquor tank 13 are respectively disposed a zipper guide mechanism 2, and for example fruit painstakingly increases and decreases the quantity of potcher 12 and rinse bath 14, for example few extremely respectively is more than one or as many as 2-4, and each only is provided with a zipper guide mechanism 2 in each potcher 12 and each rinse bath 14, should be considered as so and technical scheme equivalence provided by the present invention.

Still emphasis is seen Fig. 1, the applicant has provided the embodiment structure of transmission mechanism 3, one motor 31 matches with reductor 32, and taking motor 31 by reductor 32 is installed on the terrace that is positioned at cell body 1 one ends, if reductor 32 directly is installed on the cell body 1, so also be fine, so select with needs in concrete according to the user.Motor 31 is electrically connected for variable-frequency motor and by circuit and aforesaid electric control box 17.On the motor shaft of motor 31, set firmly the 3rd drive 311, and in a pair of power output shaft of reductor 32, wherein set firmly the 4th drive 321 on a power output shaft, and fix the 5th drive 322 on another root power output shaft, one end of first driving-belt 33 is set on the 3rd drive 311, and the other end is set on the 4th drive 321.Three, the 4th drive 311,321 both can be a belt pulley, it also can be sprocket wheel, with example first driving-belt 33 both can be driving belt, it also can be driving chain, present embodiment is all selected the former, that is, the 3rd, the 4th drive 311,321 is selected belt pulley, and first driving-belt 33 is selected and used belt.An end of sheathed second driving-belt 34 on aforesaid the 5th drive 322, and the other end of second driving-belt 34 is nested with on first drive 35, first drive 35 connects with the following zipper eduction mechanism that also will describe in detail 4.Because first drive 35 is nested with on this sub-drive 351 for two-wheel structure a, end that therefore has sub-drive 351, the three driving-belts 36, and the other end of the 3rd driving-belt 36 and middle part and one group of second drive 37 link.As the applicant in front as described in, the quantity of one group of zipper guide mechanism 2 illustrates to have 10 in Fig. 1, therefore show that driving shaft 21 has 10, in order to make 10 driving shafts, the 21 equal power that can obtain from transmission mechanism 3, so the quantity of one group of second drive 37 equates with the quantity of driving shaft 21 beyond doubt, that is, the axle head of each driving shaft 21 is fixed one second drive 37, so that make one group of driving shaft 21 be synchronized with the movement (rotation) by the 3rd driving-belt 36 by one group of second drive 37.In order to ensure that the 3rd tediously long driving-belt 36 has enough tension force, therefore is furnished with first, second

expansion tightening wheel

38,39, first, second

expansion tightening wheel

38,39 is made into over the ground that pivot is arranged on the portion on the upper side of the length direction of cell body 1, and all matches with second driving-belt 36.To first, second, the 5th drive 35,37,322 and sub-drive 351 and first, second

expansion tightening wheel

38,39 preferred sprocket wheels that use, correspondingly, to second, third driving-

belt

34,36 preferred chains that adopt.Yet, do not get rid of first, second, the 5th drive 35,37,322 and sub-drive 351 and first, second

expansion tightening wheel

38,39 are used belt pulley instead, simultaneously second, third driving-

belt

34,36 are used instead belt.Because belt pulley and sprocket wheel are equivalent, in like manner, belt and chain are equivalent.

In addition, if abandon the 3rd driving-belt 36 of present embodiment, to between second drive 37 on each adjacent driving shaft 21 with independent driving-belt transition, bring by many independent transmissions to substitute one the 3rd driving-belt 36, so also should be considered as and technical scheme equivalence disclosed in this invention.By shown in Figure 2, the active axle bed 213 of the front side of one group of second drive 37 and second driving-belt 36 and the aforesaid length direction that is in cell body 1 is protected by chain guard 361 lids.

Continue emphasis and see Fig. 1, draw after by cleaning chambers 14 it being cleaned having finished in order to make slide fastener 7, therefore the end at cell body 1 is that illustrated right-hand member is furnished with the zipper eduction mechanism 4 that is used for slide fastener 7 tractions, preferred but not the structure zipper eduction mechanism 4 that is limited to is as follows: the sidepiece at the right-hand member of cell body 1 is fixed a tensioner stand 41, and set (pivot setting) locking plate 411 on tensioner stand 41, the effect of this locking plate 411 is that the friction roll shaft 491 of the following friction roller that will mention 49 is controlled.Also be extended with an axis pin base 412 on the top of tensioner stand 41.One adjustment arm 46 and a pressure arm 47 each pivot are arranged on the aforesaid axis pin base 412, specifically are to offer pin shaft hole at the base portion of adjusting arm 46, and the base portion that will adjust arm 46 with first bearing pin 461 is hinged on axis pin base 412; Base portion at pressure arm 47 is offered pin shaft hole, is hinged on axis pin base 412 with the base portion of second bearing pin 471 with pressure arm 47.One adjustment screw 42 revolves to fit over to be adjusted on the arm 46, and contacts with pressure arm 47, and when screw 42 was adjusted in clockwise or counterclockwise turn, the distance between pressure arm 47 and the adjustment arm 46 just increased or dwindles so, perhaps claims to open or closure.The little axles of first roller shell, 43 usefulness (roller shell axle) are arranged at the end (also can claim free end) of adjusting arm 46, and second roller shell 44 and the 3rd roller shell 45 use little axle (roller shell axle) to be arranged at the nearly middle part and the end (also can claim free end) of pressure arm 47 respectively, first, second, form leg-of-mutton position relation between bar three

roller shells

43,44,45 threes, and be preferably the position relation of isosceles triangle.Slave tape 48 is nested with on first, second,

third roller shell

43,44,45, and contact (subsides are touched) with the friction roller 49 that the front has been mentioned, the friction roll shaft 491 of friction roller 49 is bearing on the friction roller axle bed 4911 rotationally, and friction roller axle bed 4911 is located on the aforesaid tensioner stand 41.First drive 35 of the transmission mechanism 3 that the applicant mentions is in the above taken sub-drive 351 and is fixed on the friction roll shaft 491, when 35 rotations of first drive, just drive friction roll shaft 491, make friction roller 49 rotations, because slave tape 48 pastes with friction roller 49 and touches, therefore drive slave tape 48 by the motion of friction roller 49 and do the motion that goes round and begins again, again since the slide fastener 7 that need draw between slave tape 48 and friction roller 49, so slide fastener 7 is drawn.Aforesaid locking plate 411 is buckled on the friction roll shaft 491, promptly friction roll shaft 491 is compeled to hold, and avoiding occurring quivering jumping phenomenon and influencing the effect of drawing to slide fastener 7.

In order to satisfy automatic water-supply to degreasing chamber 11, rinse chamber 12, dye liquor chamber 13 and cleaning chambers 14, therefore the applicant recommends to have water supply mechanism 5, the water main 51 of this water supply mechanism 5 lays along a side of the length direction of cell body 1 and promptly is fixed on the cell body 1, and a component pipe arrangement 52 is to be arranged spaced, specifically be that lower end and water main 51 with each distributing pipe 52 connects, the upper end is insinuated in the cell body 1, and the upper end of every distributing pipe 52 disposes a valve 53, and present embodiment is selected tap for use.By shown in Figure 1, aforesaid degreasing chamber 11, rinse chamber 12, dye liquor chamber 13 and cleaning chambers 14 respectively are assigned at least one distributing pipe 52.Aforesaid water main 51 connects with water supply line such as running water pipe.

In order to remove the moisture content on the slide fastener 7, therefore the applicant recommends to have negative pressure liquid sucting mechanism 6, the negative pressure house steward 61 of this negative pressure liquid sucting mechanism 6 lays along the opposite side of the length direction of cell body 1 and promptly is fixed on the cell body 1, with depression generator for example negative-pressure air fan connect mutually, negative pressure arm 62 has one group, spaced apart, the lower end of each negative pressure arm 62 and negative pressure house steward 61 connect, the upper end corresponds to the uncovered position of cell body 1 in cantilever state, and to offer in the end of each negative pressure arm 62 both can be that the hole also can be the liquid sucting port 621 of groove.Fig. 1 shows five negative pressure arms 62 as a specific embodiment, and their particular location is: be assigned a negative pressure arm 62 above first dividing plate 112 between degreasing chamber 11 and the rinse chamber 12; Above the second partition 121 between rinse chamber 12 and the dye liquor chamber 13, be assigned a negative pressure arm 62; Above the 3rd dividing plate 133 between dye liquor chamber 13 and the first cleaning chambers 14, be assigned a negative pressure arm 62; The top of the right-hand member (slide fastener exit) of the 4th dividing plate 141 between the lacuna of cleaning chambers 14 and cell body 1 respectively is assigned corresponding negative pressure arm 62.As long as during liquid sucting port 621 places of slide fastener 7 on each negative pressure arm 62, then the moisture content on the slide fastener 7 is absorbed.

Please emphasis see Fig. 3 and continue that the arrow among Fig. 1 and Fig. 2 has clearly been illustrated the canoe of slide fastener 7 in zipper guide mechanism 2, promptly illustrate on first, second spacer 212,222 mode with the transition of S shape in conjunction with Fig. 1 and Fig. 2.So the technological requirement that makes slide fastener 7 satisfy degreasing, rinsing, dyeing and cleaning can play in zipper guide mechanism 2, can dwindle the entire length of cell body 1 again, saves floor occupying area.

The applicant sketches application of the present invention, when enabling when of the present invention, at first close first blowoff valve 113 that is located at 11 bottoms, degreasing chamber, close second blowoff valve 122 that is located at rinse chamber 12 bottoms, closing the 3rd blowoff valve 134 that is located at 13 bottoms, dye liquor chamber and close second blowoff valve 142 that is located at cleaning chambers 14 bottoms.Be located at the valve 53 (tap) on the distributing pipe 52 of water supply mechanism 5 by unlatching, inject the water of aequum in aforesaid each chamber, valve-off 53 then.With slide fastener to be dyeed 7 from chain guides 15 lead and be located in the degreasing chamber 11 zipper guide mechanism 2 and one by one around and each zipper guide mechanism 2 in being located at rinse chamber 12, dyeing chamber 13 and cleaning chambers 14, until causing between aforesaid friction roller 49 and the slave tape 48.In the chamber 11 that degreases, allocate oil removing soiling solution or other similar degreaser into; The dye liquor of preparation required color in dye liquor chamber 13.Then by to the operation of the corresponding button on the electric control box 17, the negative-pressure air fan work that the negative pressure house steward 61 with negative pressure liquid sucting mechanism 6 is connect makes motor 31 work of transmission mechanism 3 simultaneously.Slide fastener 7 just enters 13 dyeing of dye liquor chamber after entering rinse chamber 12 rinsings, rinsing after the chain guides 15 of cell body 1 left end (Fig. 1 Fig. 2 is an example) import degreasing chamber 11 oil removings, oil removing, dyeing is derived until the guide chain groove 16 from right-hand member after cleaning chambers 14 cleans.Whole process is continuous, and promptly slide fastener 7 remains certain speed and advances, and the efficient that therefore dyes is very good.Slide fastener 7 whenever enters a state for example when entering the rinsing state after degreasing, then promptly absorbs moisture content corresponding to the liquid sucting port on the negative pressure arm 62 of first dividing plate, 112 tops 621 by corresponding, and the rest may be inferred.If to the dyeing of slide fastener wheel, can enable first, second heater 111,131 so winter.In the time will changing dye liquor, then enable the 3rd blowoff valve 134 the previous dye liquor in the dye liquor chamber is got rid of, and can be as required with the former rinse water discharging (enabling the 4th blowoff valve 141) in the cleaning chambers 14.

Claims

1. full-automatic dyeing machine for zipper, it is characterized in that comprising a cell body (1), the length direction of this cell body (1) successively every the degreasing chamber (11) that is provided with the greasy dirt on the slide fastener tooth that is used to remove slide fastener, be used for the slide fastener after the degreasing is carried out rinsing rinse chamber (12), be used for the dye liquor chamber (13) of the dyeing of the slide fastener after the rinsing and be used for cleaning chambers (14) the cleaning of the slide fastener after the dyeing; One group of zipper guide mechanism (2) that is used for slide fastener is imported successively described degreasing chamber (11), rinse chamber (12), dye liquor chamber (13) and cleaning chambers (14) is distributed in described degreasing chamber (11), rinse chamber (12), dye liquor chamber (13) and the cleaning chambers (14); One transmission mechanism (3) is installed on the described cell body (1), and connects with described zipper guide mechanism (2) transmission; One zipper eduction mechanism (4) is installed in an end of cell body (1) and connects with described transmission mechanism (3) transmission; One is used for providing to described degreasing chamber (11), rinse chamber (12), dye liquor chamber (13) and cleaning chambers (14) water supply mechanism (5) at water source, is installed in a side of the long side direction of cell body (1); One is used for the negative pressure liquid sucting mechanism (6) absorbed through the moisture on the slide fastener after degreasing, rinsing, dyeing and the cleaning, is installed in the opposite side of the long side direction of cell body (1), and in cantilever state corresponding to the top of cell body (1).

2. full-automatic dyeing machine for zipper according to claim 1, it is characterized in that described one group of zipper guide mechanism (2) respectively comprises driving shaft (21) and driven shaft (22), main, driven shaft (21,22) keep corresponding up and down each other, driving shaft (21) is gone up and is equipped with first at interval every dish (211) and first spacer (212), first is one every a configuration every dish (211) and first spacer (212), one end of driving shaft (21) is arranged on the groove of a side of long side direction of described cell body (1) along last by axle bed (213) pivot initiatively, the other end is arranged on the groove of opposite side of long side direction of cell body (1) along last by axle bed (213) pivot initiatively equally, and driving shaft (21) connects with described transmission mechanism (3) transmission, driven shaft (22) is gone up and is equipped with second at interval every dish (221) and second spacer (222), second is one every a configuration every dish (221) and second spacer (222), one end of driven shaft (22) is arranged on the inwall below of a side of the long side direction of cell body (1) by driven axle bed (223) pivot, the other end is arranged on below the inwall of opposite side of long side direction of cell body (1) by driven axle bed (223) pivot equally, wherein, described first, second every dish (211,221) position corresponds to each other, and first, second spacer (212,222) position is corresponding equally.

3. full-automatic dyeing machine for zipper according to claim 2 is characterized in that the spacer that described first spacer (212) and second spacer (222) are made for polytetrafluoroethylene (PTFE).

4. full-automatic dyeing machine for zipper according to claim 1, it is characterized in that described transmission mechanism (3) comprises motor (31), reductor (32), first, second driving-belt (33,34), first drive (35), the 3rd driving-belt (36), one group of second drive (37) and first, second expansion tightening wheel (38,39), motor (31) cooperates with reductor (32) transmission and takes motor (31) by reductor (32) and is installed in cell body (1) and goes up or be installed on the terrace, be installed with the 3rd drive (311) on the motor shaft of motor (31), and be fixed with one the 4th drive (321) on the power output shaft of reductor (32), be installed with the 5th drive (322) on another power output shaft of reductor (32), one end of first driving-belt (33) is nested with on the 3rd drive (311), the other end is set on the 4th drive (321), one end of second driving-belt (34) is nested with on the 5th drive (322), the other end is nested with on first drive (35), first drive (35) connects with the described zipper eduction mechanism (4) that is installed in described cell body (1) one end, one end of the 3rd driving-belt (36) is nested with on the sub-drive (351) of first drive (35), the other end and middle part and one group of second drive (37) connect, and one group of second drive (37) is fixed on the driving shaft (21) of described one group of zipper guide mechanism (2), first expansion tightening wheel (38) and second expansion tightening wheel (39) pivot are arranged on the cell body (1), and all contact with described the 3rd driving-belt (36).

5. full-automatic dyeing machine for zipper according to claim 4, it is characterized in that described motor (31) is a variable-frequency motor, described first, second, the 5th drive (35,37,322) and sub-drive (351) and first, second expansion tightening wheel (38,39) be sprocket wheel, and described second driving-belt (34) and the 3rd driving-belt (36) are chain, when described the 3rd drive (311) and the 4th drive (321) when being belt pulley first driving-belt (33) be belt, and when described the 3rd drive (311) and the 4th drive (321) when being sprocket wheel first driving-belt (33) be chain.

6. full-automatic dyeing machine for zipper according to claim 5 is characterized in that described the 3rd drive (311) and the 4th drive (321) are belt pulley, and described first driving-belt (33) is a belt.

7. full-automatic dyeing machine for zipper according to claim 4, it is characterized in that described zipper eduction mechanism (4) comprises tensioner stand (41), adjust screw (42), first, second, the 3rd roller shell (43,44,45), adjust arm (46), pressure arm (47), slave tape (48) and friction roller (49), tensioner stand (41) is installed in an end of described cell body (1), on tensioner stand (41), be provided with a locking plate (411), adjustment arm (46) and pressure arm (47) keep up and down each other, and corresponding relation ground pivot is arranged on the tensioner stand (41), adjustment screw (42) is provided in adjustment arm (46) and upward and with pressure arm (47) contacts, first roller shell (43) pivot is arranged on to be adjusted on the arm (46), second roller shell (44) and the 3rd roller shell (45) then pivot are arranged on the pressure arm (47), first roller shell (43), second roller shell (44) and the 3rd roller shell (45) form leg-of-mutton position relation each other, wherein, the roller shell axle (451) of the 3rd roller shell (45) is corresponding with described locking plate (411) and pushed down by locking plate (411), slave tape (48) is nested with in first roller shell (43), second roller shell (44) is gone up with the 3rd roller shell (45) and is contacted with friction roller (49), the friction roll shaft (491) of friction roller (49) is located on the described tensioner stand (41) by friction roller axle bed (4911), and described first drive (35) is fixed on the friction roll shaft (491).

8. full-automatic dyeing machine for zipper according to claim 1, it is characterized in that described water supply mechanism (5) comprises water main (51), one component pipe arrangement (52) and one group of valve (53), water main (51) sets and connects with the water source along a side of the long side direction of described cell body (1), one component pipe arrangement (52) is spaced apart, lower end of each distributing pipe (52) and water main (51) connect, and the upper end probes into described cell body (1), the quantity of one group of valve (53) equates with the quantity of distributing pipe (52), and be fixed on the upper end of each distributing pipe (52), described degreasing chamber (11), rinse chamber (12), each provides the water source by corresponding distributing pipe (52) dyeing chamber (13) and cleaning chambers (14).

9. full-automatic dyeing machine for zipper according to claim 1, it is characterized in that described negative pressure liquid sucting mechanism (6) comprises negative pressure house steward (61) and one group of negative pressure arm (62), negative pressure house steward (61) sets along the opposite side of the long side direction of described cell body (1), and connect with depression generator, one group of negative pressure arm (62) is set in distance, the lower end of each negative pressure arm (62) and negative pressure house steward (61) connect, and the upper end is stretched over the top of cell body (1) in cantilever state, and offers liquid sucting port (621) in the upper end of each negative pressure arm (62).

10. full-automatic dyeing machine for zipper according to claim 1, it is characterized in that being equipped with in the described degreasing chamber (11) first heater (111), and dispose second heater (13) in the described dye liquor chamber (13), and is furnished with dye liquor chamber lid (132) on the top of dye liquor chamber (13).