CN105755788A - Sleeve shaping device for automatic ironer - Google Patents
Sleeve shaping device for automatic ironer Download PDFInfo
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- CN105755788A CN105755788A CN201610310168.1A CN201610310168A CN105755788A CN 105755788 A CN105755788 A CN 105755788A CN 201610310168 A CN201610310168 A CN 201610310168A CN 105755788 A CN105755788 A CN 105755788A
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- Prior art keywords
- sleeve
- coat
- cylinder
- rodless cylinder
- shaping
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
- D06F73/00—Apparatus for smoothing or removing creases from garments or other textile articles by formers, cores, stretchers, or internal frames, with the application of heat or steam
Abstract
The invention discloses a sleeve shaping device for an automatic ironer. The device comprises an arm base plate, a sleeve mold base and a sleeve control component, wherein the sleeve mold base is installed on the arm base plate and composed of a long sleeve rod, a short sleeve rod and a sleeve connecting rod, the sleeve control component comprises a sleeve stretching cylinder, a first rodless cylinder and a second rodless cylinder, the sleeve stretching cylinder is installed on the arm base plate, the first rodless cylinder is installed on a piston rod of the sleeve stretching cylinder, the second rodless cylinder and the sleeve mold base are installed on a first sliding block of the first rodless cylinder, and the short sleeve rod is installed on a second sliding block of the second rodless cylinder. Clothes are arranged on the sleeve mold base in a sleeving mode and stretched after the short sleeve rod and the long sleeve rod are pushed by the cylinder, automatic stretching shaping of the automatic ironer is achieved, time for the technological process of the automatic ironer is shortened greatly, labor cost is reduced greatly, and production efficiency is improved.
Description
Technical field
The invention belongs to garment production apparatus field, particularly to the coat-sleeve apparatus for shaping of a kind of automatic laundry press.
Background technology
Flatiron is the important process flow process that sweater produces, and makes ready-made clothes obtain stable sizing, completes the product after flatiron sizing and could pack and dispatch from the factory.Current sweater produces commonly used Computerized flat knitting machine, programme-control automatically weave, and the weaving time, relatively manual or semi-automatic weaving was greatly shortened.Therefore, corresponding flatiron produces and also to improve speed and flatiron quality, to adapt to the efficiency requirements of flow process.Two kinds of ironing technologies of main employing in current sweater production industry: the first adopts hanging equipment, are packed into template maintenance shape by artificial by ready-made clothes, and workman holds vapour iron and presses.It two is manually ready-made clothes is set in template, is placed on work platforms, presses.Under both mode production efficiency is still relatively low, and need the template of supporting all size specification shape, relatively costly.
Summary of the invention
The invention aims to solve the problems referred to above, it is provided that the coat-sleeve apparatus for shaping of a kind of automatic laundry press that can be greatly improved ready-made clothes flatiron sizing work efficiency.
For this, the technical scheme is that the coat-sleeve apparatus for shaping of a kind of automatic laundry press, be arranged on the frame left and right sides of automatic laundry press；It is characterized in that: include arm base plate、Coat-sleeve mould bases and coat-sleeve control assembly, and described coat-sleeve fixing of the forming frame is on arm base plate, and coat-sleeve mould bases is made up of coat-sleeve stock, coat-sleeve quarter butt and coat-sleeve connecting rod, can flexible rotating between coat-sleeve stock, coat-sleeve quarter butt, coat-sleeve connecting rod；Described coat-sleeve controls assembly and includes coat-sleeve telescopic cylinder, the first Rodless cylinder and the second Rodless cylinder, described coat-sleeve telescopic cylinder is arranged on arm base plate, first Rodless cylinder is arranged on the piston rod of coat-sleeve telescopic cylinder, second Rodless cylinder and coat-sleeve fixing of the forming frame are on the first slide block of the first Rodless cylinder, and described coat-sleeve quarter butt is arranged on the second slide block of the second Rodless cylinder.
Further, described coat-sleeve quarter butt is rotatably installed in sliding seat by motion bar mounting blocks and bearing, and sliding seat is arranged on the second slide block of the second Rodless cylinder by lead；Described motion bar mounting blocks can drive coat-sleeve quarter butt to rotate.
Further, described coat-sleeve controls assembly and also includes minitype cylinder, and coat-sleeve telescopic cylinder end has cylinder mounting plate, and minitype cylinder is arranged on cylinder mounting plate；Installing a clamp arm on the piston rod of described minitype cylinder, clamp arm is enclosed within an eccentric rod top, and eccentric rod is arranged on cylinder mounting plate by copper sheathing, and eccentric rod end is fixed on coat-sleeve stock；Being provided with an adjustment block on described minitype cylinder, clamp arm side is connected by extension spring with minitype cylinder.
When the present invention works, first pass through and coat-sleeve telescopic cylinder is ventilated, make coat-sleeve mould bases stretch in coat-sleeve, minitype cylinder is ventilated simultaneously, make coat-sleeve stock raise certain altitude in eccentric rod effect, it is simple to coat-sleeve stock pierces into coat-sleeve；The first Rodless cylinder being ventilated, the second Rodless cylinder and part above arrive coat-sleeve end (coat-sleeve shoulder place) under the first slide block of the first Rodless cylinder drives again；To in the first Rodless cylinder venting process, coat-sleeve telescopic cylinder and minitype cylinder stop ventilation, and two cylinders reset under spring force, and coat-sleeve stock is also cancelled and being upwarped.Second Rodless cylinder is ventilated by rear continuation, sliding seat and coat-sleeve quarter butt above strut under the second slide block of the second Rodless cylinder drives, namely coat-sleeve stock struts on the upside of coat-sleeve, coat-sleeve quarter butt struts on the downside of coat-sleeve, coat-sleeve connecting rod is parallel with the port part of coat-sleeve (coat-sleeve shoulder place), completes the plastic operation to coat-sleeve.After the flatiron operation of this part clothes completes, first the second Rodless cylinder is reversely ventilated, again the first Rodless cylinder is reversely ventilated after coat-sleeve quarter butt returns to original position, also telescopic cylinder and minitype cylinder are ventilated in the first reverse venting process of Rodless cylinder simultaneously, when making coat-sleeve mould bases return to initial bit, coat-sleeve stock is in certain upwarping highly, all presses above-mentioned actuation cycle operation during subsequent ironing operation.
The present invention utilizes coat-sleeve mould bases garment set, utilize cylinder to promote coat-sleeve quarter butt and coat-sleeve stock to carry out supporting clothes, it is achieved the exhibition sizing of support automatically of laundry press automatically, substantially reduce automatic catcher's process flow required time, greatly reduce labor cost, improve production efficiency.
Accompanying drawing explanation
Fig. 1 is the structural representation of automatic laundry press；
Fig. 2 is the structural representation of clothing body apparatus for shaping；
Fig. 3 is the A1 position state diagram of coat-sleeve apparatus for shaping；
Fig. 4 is that the K of Fig. 3 is to partial view；
Fig. 5 is that the P of Fig. 3 is to partial view；
Fig. 6 is the A2 position state diagram of coat-sleeve apparatus for shaping；
Fig. 7 is the A3 position state diagram of coat-sleeve apparatus for shaping；
Fig. 8 is the A4 position state diagram of coat-sleeve apparatus for shaping；
Fig. 9 is the structural representation of shaping equipment；
Figure 10 is the structural representation of steam casing；
Figure 11 is the A-A sectional view of Figure 10；
Figure 12 is the B-B sectional view of Figure 10；
Figure 13 is the structural representation of launder platform；
Figure 14 is the upward view of launder platform；
Figure 15 is the top view of launder platform；
Figure 16 is the C-C sectional view of Figure 15；
Figure 17 is the structural representation of chiller；
Figure 18 is the B1 position state diagram transmitting material collecting device；
Figure 19 is the B2 position state diagram transmitting material collecting device；
Figure 20 is the B3 position state diagram transmitting material collecting device；
Figure 21 is the B4 position state diagram transmitting material collecting device.
Figure is labeled as: lower telescopic cylinder 22, clothing body left and right bi-directional expansion cylinder 23, gripper shoe 24, clothing body connecting rod 25, guide pad 26, clutch shaft bearing 27, clothing body mounting blocks 28, positioning sleeve 29, coat-sleeve apparatus for shaping 3, arm base plate 31 with frame 1, transmission shaft 11, conveyer belt the 12, first guide rail the 13, second guide rail 14, clothing body apparatus for shaping 2, clothing body bar 21, triangle end 211, clothing、nullCoat-sleeve mould bases 32、Coat-sleeve stock 321、Coat-sleeve quarter butt 322、Coat-sleeve connecting rod 323、Motion bar mounting blocks 325、Sliding seat 326、Lead 327、Revolving bed 33、Coat-sleeve telescopic cylinder 34、Cylinder mounting plate 341、First Rodless cylinder 35、First slide block 351、Baffle plate 352、Second Rodless cylinder 36、Second slide block 361、Minitype cylinder 37、Clamp arm 38、Eccentric rod 39、Adjustment block 310、Extension spring 311、Infrared laser lamp group 4、Shaping equipment 5、Steam casing 51、Fumarole 511、Groove 512、Heating rod 52、Press strip 53、Steam box cover 54、Lift cylinder 55、Plate 56 fixed by casing、3rd slide block 57、Cushion block 58、Launder platform 6、Steam box 61，Steam box lower floor 62、First steam inlet 621、First steam (vapor) outlet 622、Steam box upper strata 63、Second steam inlet 631、Second steam (vapor) outlet 632、Steam vent 633、Dehumidifier hole 634 steam inlet tube 64、Steam electromagnetic valve 65、Drain pipe 66、Drain valve 67、Asbestos layer 68、Transmit material collecting device 7、Rewinding plate 71、Lifter plate 72、3rd guide rail 73、4th guide rail 74、Second bearing 75、3rd bearing 76、4th bearing 77、Axle 78 is installed、Chain 79、Gear 710、Tooth bar 711、Sensor 712、Limited block 713、Chiller 8、Pallet 81、Small pipeline 821、Big pipeline 822、Aluminum flat board 83、Spongy layer 84、Layer of cloth 85.
Detailed description of the invention
Referring to accompanying drawing.The automatic laundry press of the present embodiment, including frame 1, apparatus for shaping, shaping equipment 5, launder platform 6, transmits material collecting device 7 and power set；The both sides, front and back of described frame 1 are provided with the transmission shaft 11 being connected with power set, and transmission shaft 11 is cased with conveyer belt 12, and transmission shaft 11 drives conveyer belt 12 to move；Power set have the gentle supply filter of motor etc. to control parts.
The apparatus for shaping of the present embodiment includes clothing body apparatus for shaping 2, coat-sleeve apparatus for shaping 3 and infrared laser lamp group 4, and infrared laser lamp group 4 is arranged on above frame 1, and during work, clothes different parts is set foot-point by infrared laser lamp group 4, it is ensured that the same with money clothes shaping dynamics.
The clothing body apparatus for shaping 2 of the present embodiment includes clothing body bar 21 and clothing body controls assembly, and clothing body controls assembly and is arranged on front side of frame 1, and clothing body bar 21 is placed in above conveyer belt 12；Clothing body controls assembly and includes lower telescopic cylinder 22 and clothing body left and right bi-directional expansion cylinder 23 with clothing, with clothing, lower telescopic cylinder 22 has two, it is arranged on the piston rod of bi-directional expansion cylinder 23 both sides, clothing body left and right respectively through clothing body mounting blocks 28, clothing body left and right bi-directional expansion cylinder 23 is arranged in frame 1 by gripper shoe 24, by clothing body left and right bi-directional expansion cylinder 23 is ventilated, clothing body bar 21 move toward one another in the lateral direction can be made；The piston rod of bi-directional expansion cylinder 23 both sides, clothing body left and right is provided with the positioning sleeve 29 of position-limiting action；Described clothing body bar 21 top has the triangle end 211 of a protrusion, is compressed or stretch the width dimensions of scalable clothing body bar 21 by diabolo；Both sides, clothing body bar 21 bottom connect on the piston rod of lower telescopic cylinder 22 with two clothing respectively through clothing body connecting rod 25, can be completed the up and down motion of clothing body bar 21 by the ventilation of telescopic cylinder 22 different directions lower with clothing；The piston rod of described clothing body left and right bi-directional expansion cylinder 23 is provided with guide pad 26, guide pad 26 and opening clutch shaft bearing 27 are arranged above with gap, lower section gapless, clothing body bar 21 can be rotated up certain limit under the effect of guide pad 26, maintain a certain distance with conveyer belt 12, to facilitate clothes to depart from clothing body bar 21 smoothly.
The clothing body apparatus for shaping 2 of the present embodiment is arranged in frame 1 by gripper shoe 24, during initial position, with clothing, lower telescopic cylinder 22 and clothing body left and right bi-directional expansion cylinder 23 are non-aeration status, clothes easily packs into clothing body bar 21 when clothing body bar 21 can be rotated up, lower telescopic cylinder 22 and clothing body left and right bi-directional expansion cylinder 23 successively ventilation with clothing, making clothing body bar 21 first move upward left and right move toward one another again, supporting clothes completes the plastic operation to clothing body.After clothes has pressed, first clothing body left and right bi-directional expansion cylinder 23 is stopped ventilation, make clothing body bar 21 spring-force driven dual under reset, then clothes is along with after departing from clothing body bar 21 under the transmission of conveyer belt 12, descend telescopic cylinder 22 reversely to ventilate with clothing again, make clothing body bar 21 return initial position.The ascending amount of clothing body bar 21 is regulated by telescopic cylinder 22 lower with clothing, clothing body bar about 21 width position is by the triangle end 211 above clothing body bar 21 and the spacing common adjustment of positioning sleeve 29, clothing body bar 21 rotation amplitude is by the clearance control between guide pad 26 and clutch shaft bearing 27, to meet the shaping to different size clothes clothing body.
The coat-sleeve apparatus for shaping 3 of the present embodiment has two, is separately mounted on second guide rail 14 of the left and right sides of frame 1, and coat-sleeve apparatus for shaping 3 includes arm base plate 31、Coat-sleeve mould bases 32 and coat-sleeve control assembly, and described coat-sleeve mould bases 32 is arranged on arm base plate 31, and arm base plate 31 is arranged on the second guide rail 14 by revolving bed 33；Described coat-sleeve mould bases 32 is made up of coat-sleeve stock 321, coat-sleeve quarter butt 322 and coat-sleeve connecting rod 323, can flexible rotating between coat-sleeve stock 321, coat-sleeve quarter butt 322, coat-sleeve connecting rod 323；Described coat-sleeve controls assembly and includes coat-sleeve telescopic cylinder the 34, first Rodless cylinder 35 and the second Rodless cylinder 36, described coat-sleeve telescopic cylinder 34 is arranged on arm base plate 31, first Rodless cylinder 35 is arranged on coat-sleeve telescopic cylinder 34, first slide block 351 of the first Rodless cylinder 35 is against on the piston rod of coat-sleeve telescopic cylinder 34 by baffle plate 352, second Rodless cylinder 36 and coat-sleeve mould bases 32 are arranged on the first slide block 351 of the first Rodless cylinder 35, and described coat-sleeve quarter butt 322 is arranged on the second slide block 361 of the second Rodless cylinder 36；Described coat-sleeve quarter butt 322 is rotatably installed in sliding seat 326 by motion bar mounting blocks 325 and bearing, and sliding seat 326 is arranged on the second slide block 361 of the second Rodless cylinder 36 by lead 327；Described motion bar mounting blocks 325 can drive coat-sleeve quarter butt 322 to rotate.
Described coat-sleeve controls assembly and also includes minitype cylinder 37, and coat-sleeve telescopic cylinder 34 end has cylinder mounting plate 341, and minitype cylinder 37 is arranged on cylinder mounting plate 341；Installing a clamp arm 38 on the piston rod of described minitype cylinder 37, clamp arm 38 is enclosed within eccentric rod 39 top, and eccentric rod 39 is arranged on cylinder mounting plate 341 by copper sheathing, and eccentric rod 39 end is fixed on coat-sleeve stock 321；Being provided with an adjustment block 310 on described minitype cylinder 37, clamp arm 38 side is connected by extension spring 311 with minitype cylinder 37.Eccentric rod 39 action is completed by minitype cylinder 37 action, resets and resets by extension spring 311, makes coat-sleeve stock 321 and conveyer belt 12 produce certain distance, facilitates one hand to be inserted in coat-sleeve.
The coat-sleeve apparatus for shaping 3 of the present embodiment is arranged in frame 1 by the second guide rail 14, makes coat-sleeve apparatus for shaping 3 be in the rational position of machine by adjusting the position of revolving bed 33.The initial position of coat-sleeve mould bases 32 is A1 position, first pass through and coat-sleeve telescopic cylinder 34 is ventilated, coat-sleeve mould bases 32 is made to arrive A4 position, minitype cylinder 37 is ventilated simultaneously, coat-sleeve stock 321 is made to raise certain altitude in eccentric rod 39 effect, it is easy to coat-sleeve stock 321 and pierces into coat-sleeve, again the first Rodless cylinder 35 is ventilated, second Rodless cylinder 36 and part above arrive A2 position under the first slide block 351 of the first Rodless cylinder 35 drives, to in the first Rodless cylinder 35 venting process, coat-sleeve telescopic cylinder 34 and minitype cylinder 37 stop ventilation, two cylinders reset under spring force, coat-sleeve stock 321 is also cancelled and being upwarped.Second Rodless cylinder 36 is ventilated by rear continuation, sliding seat 326 and coat-sleeve quarter butt 322 above arrive A3 position under the second slide block 361 of the second Rodless cylinder 36 drives, complete the plastic operation to coat-sleeve, after the flatiron operation of this part clothes completes, first the second Rodless cylinder 36 is reversely ventilated, again the first Rodless cylinder 35 is reversely ventilated after coat-sleeve mould bases 32 returns to A2 position, also telescopic cylinder 34 and minitype cylinder 37 are ventilated in the first reverse venting process of Rodless cylinder 35 simultaneously, make coat-sleeve mould bases 32 when returning to A4 position, make coat-sleeve stock 321 be in and certain upwarp height, during subsequent ironing operation, coat-sleeve apparatus for shaping 3 all presses above-mentioned action A4 A2 A3 A4 cycle operation, until this kind of clothes has pressed is retracted into initial position A1 position again.
The shaping equipment 5 of the present embodiment is movably arranged on the first guide rail 13 of frame 1 left and right sides, has strip steam casing 51 in shaping equipment 5, and strip steam casing 51 lower surface is uniformly distributed several fumaroles 511；Under steam casing 51 internal structure adopts-circuit form of previous-next, by heating the water droplet that can gasify in steam, it is ensured that it is steam entirely that lower surface fumarole 511 sprays；Described steam casing 51 is arranged over groove 512, and groove is built-in with heating rod 52, by the spacing heating rod 52 of press strip 53 on groove 512, had both ensured the steam temperature of steam casing 51, and had facilitated again heating rod 52 to keep in repair, steam casing 51 is also covered with steam box cover 54；Described steam casing 51 both sides are equipped with lift cylinder 55, and steam casing 51 both sides are arranged on the fixing plate 56 of casing, and the fixing plate 56 of casing is arranged on the piston rod of lift cylinder 55；Described lift cylinder 55 is arranged on the 3rd slide block 57, the first guide rail 13 clearance fit of the 3rd slide block 57 and frame 1 left and right sides；Steam casing 51 can move up and down under lift cylinder 55 acts on and adapt to the thickness of ironing clothes zones of different, to reach steam casing 51 bottom surface and clothes maintenance optimum distance.
The shaping equipment 5 of the present embodiment is arranged on the first guide rail 13 of frame 1 both sides by cushion block the 58, the 3rd slide block 57, and long strip type steam casing 51 can pass through the 3rd slide block 57 sweeping action on the first guide rail 13.Clothes is on launder platform 6 after shaping, carry out flatiron work again, steam casing 51 need to keep certain flatiron distance with launder platform 6, moved by the first guide rail 13, steam cock need to be opened while steam casing 51 action, steam sprays from the fumarole 511 of steam casing 51 lower surface, and clothes on launder platform 6 is pressed.After the flatiron of clothes is completed, steam casing 51 rises under lift cylinder 55 acts on goes back after just having pressed a safe altitude of clothes.
The launder platform 6 of the present embodiment is placed in below conveyer belt 12, launder platform 6 includes steam box 61, steam box has upper and lower two-layer, two-layer is equipped with steam inlet and steam (vapor) outlet, first steam inlet 621 of steam box lower floor 62 is internal with the first steam (vapor) outlet 622 to be connected, and second steam inlet 631 on steam box upper strata 63 is internal with the second steam (vapor) outlet 632 to be connected；Steam box 61 is connected with steam inlet tube 64, and steam inlet tube 64 connects the first steam inlet 621 of lower floor, and the first steam (vapor) outlet 622 connects second steam inlet 631 on upper strata by steam pipe；It is provided with steam electromagnetic valve 65 between first steam (vapor) outlet 622 and second steam inlet 631 on upper strata of described lower floor；The osculum 623 of described steam box 61 lower floor connects drain pipe 66, and drain pipe 66 is provided with drain valve 67；Described steam box upper strata 63 is additionally provided with steam vent 633 and dehumidifier hole 634, steam vent and dehumidifier hole and connects induced-draught fan；It is wrapped with asbestos layer 68 below described steam box 61.
The launder platform 6 of the present embodiment is additionally provided with chiller 8, chiller 8 includes a rectangular tray 81, pallet 81 is provided with exhaust duct, exhaust duct is made up of the some small pipelines 821 different in size at each positions being distributed clothes and a big pipeline 822 connecing induced-draught fan, and the total uninterrupted of small pipeline 821 matches with big pipeline 822；Exhaust duct is arranged over aluminum flat board 83, uniform aperture on aluminum flat board 83, and the total flow between the size in hole, interval and small pipeline 821 matches, and makes clothes cooling uniformly.Spongy layer 84 and layer of cloth 85 it is sequentially provided with above aluminum flat board 83, not only ventilative but also make clothes cooling uniformly, whole cooling procedure is from big pipeline 822 small pipeline 821 aperture spongy layer 84, and the process of aerofluxus, cooling and dehumidifier is the process slowly refined, and makes each position of clothes can cool down uniformly.
When the launder platform 6 of the present embodiment works, steam passes into steam box lower floor 62 by steam inlet tube 64, first lower floor is stored full steam, it is incubated whole steam box 61 casing, the water droplet filtered out excretes through drain pipe 66 and drain valve 67, then opens steam electromagnetic valve 65 so that steam is entered steam box upper strata 63 by steam box lower floor 62, this process need to make steam be reduced to specified pressure through valve used pneumatic actuator, and clothes is pressed by upper strata steam through spongy layer 84, layer of cloth 85.It is cooled in starting working after flatiron terminates, the clothes of hot iron is carried out timely aerofluxus, cooling, dehumidifier, allow clothes can keep certain process on fixing mould.
The transmission material collecting device 7 of the present embodiment is arranged in frame 1 by linear bearing and installation axle, is positioned at below conveyer belt 12；Described transmission material collecting device 7 includes rewinding plate 71 and lifter plate 72, rewinding plate 71 side is provided with double-deck line slideway, 3rd guide rail 73 is fixed on rewinding plate 71, lifter plate 72 is movably arranged on the 4th guide rail 74 by the second bearing 75, is movably connected by the 3rd bearing 76 between the 3rd guide rail 73 and the 4th guide rail 74；Being provided with the 4th bearing 77 on described lifter plate 72, the 4th bearing 77 is enclosed within longitudinally disposed installation axle 78, and chain 79 is fixed on lifter plate 72, drives lifter plate 72 to move, and rewinding plate 71 drives opposed belt 12 to carry out elevating movement by chain 79；Described rewinding plate 71 is connected with driving axle, drives axle to be provided with gear 710, and rewinding plate is further installed below tooth bar 711, tooth bar 711 and gear 710 engaged transmission；Equipped with sensor 712 on described lifter plate 72.There is angle between installation direction and horizontal direction that rewinding plate 71 and conveyer belt 12 transmit, reduce laundry press overall space, make laundry press attractive in appearance small and exquisite.
When the transmission material collecting device 7 of the present embodiment works, the initial position of rewinding plate 71 is in B1 position, it is in the lower section of conveyer belt 12, when automatic laundry press carries out rewinding operation, rewinding plate 71 is up moved by the 4th bearing 77 under chain 79 transmission, frame 1 both sides, respectively equipped with photoswitch, make rewinding plate 71 rise to certain position by correlation sensing and stop rising.Rewinding plate 71 risen after by the transmission of tooth bar 711 and gear 710, move to B3 position by the 3rd guide rail the 73, the 4th guide rail 74, now limited block 713 encounters the 3rd bearing 76, then passes through the second bearing 75 and moves to B4 position.Equipped with sensor 712 on lifter plate 72, the total emersion of rewinding plate 71, returning stroke and controlled by sensor 712, rewinding plate 71 is after accepting clothes, and certain stroke that declines successively is retracted into B3 position, B2 position again.Arriving behind B2 position, make rewinding plate 71 rise to certain position by the sensing of photoswitch correlation, the rewinding operation for lower dress is ready, follow-up repeats above-mentioned action (rising of B2 position, B4 position decline B3 position, B3 position photoswitch correlation).Speed and time order and function that rewinding plate 71 and conveyer belt 12 transmit need to cooperate, and make the clothes on conveyer belt 12 to be sent to smoothly on rewinding plate 71, and rewinding plate 71 to receive clothes be a stacking pattern, every clothes is all received in the same position of rewinding plate.
Before the automatic laundry press work of the present embodiment, first sample clothing is put in order by clothing body apparatus for shaping 2, coat-sleeve apparatus for shaping 3, again through the sample clothing put in order to adjust the position of setting foot-point of red point in infrared laser lamp group 4, follow-up same money clothes all can position, by red some position of infrared laser lamp group 4, the position that each position of clothes needs to adjust.During life's work, clothes clothing body first packing into clothing body apparatus for shaping 2, clothing body bar 21 first moves upward left back move toward one another again, supporting clothes；Coat-sleeve is packed into coat-sleeve apparatus for shaping 3 again, completes the shaping to clothes；Shaping equipment 5 starts to move downward along the first guide rail 13, clothes on launder platform 6 is carried out flatiron operation, after the flatiron of clothes is completed, shaping equipment 5 rises to goes back after the firm safe altitude having pressed clothes, in the process gone back, clothes is blown by shaping equipment 5, chiller 8 under launder platform 6 carries out air draft, and the two-way clothes to having pressed carries out cold formed.After cooling operations completes, clothing body bar 21 both sides are shunk inwards, and transmission band 12 starts to transmit, and clothes spreads out of apparatus for shaping, and clothing body bar 21 is return still further below, and coat-sleeve mould bases 32 is return to both sides.Rewinding plate 71 also begins to action, the speed and the time order and function that transmit with conveyer belt 12 cooperate, make the clothes on conveyer belt 12 can be sent to smoothly on rewinding plate 71, rewinding plate 71 is after receiving clothes, decline certain stroke returning, receipts clothing completes, and whole automatic launder also just completes, and follow-up repeats above-mentioned action.
Claims (3)
1. a coat-sleeve apparatus for shaping for automatic laundry press, is arranged on the frame left and right sides of automatic laundry press；It is characterized in that: include arm base plate、Coat-sleeve mould bases and coat-sleeve control assembly, and described coat-sleeve fixing of the forming frame is on arm base plate, and coat-sleeve mould bases is made up of coat-sleeve stock, coat-sleeve quarter butt and coat-sleeve connecting rod, can flexible rotating between coat-sleeve stock, coat-sleeve quarter butt, coat-sleeve connecting rod；Described coat-sleeve controls assembly and includes coat-sleeve telescopic cylinder, the first Rodless cylinder and the second Rodless cylinder, described coat-sleeve telescopic cylinder is arranged on arm base plate, first Rodless cylinder is arranged on the piston rod of coat-sleeve telescopic cylinder, second Rodless cylinder and coat-sleeve fixing of the forming frame are on the first slide block of the first Rodless cylinder, and described coat-sleeve quarter butt is arranged on the second slide block of the second Rodless cylinder.
2. the coat-sleeve apparatus for shaping of a kind of automatic laundry press as claimed in claim 1, it is characterised in that: described coat-sleeve quarter butt is rotatably installed in sliding seat by motion bar mounting blocks and bearing, and sliding seat is arranged on the second slide block of the second Rodless cylinder by lead；Described motion bar mounting blocks can drive coat-sleeve quarter butt to rotate.
3. the coat-sleeve apparatus for shaping of a kind of automatic laundry press as claimed in claim 1, it is characterised in that: described coat-sleeve controls assembly and also includes minitype cylinder, and coat-sleeve telescopic cylinder end has cylinder mounting plate, and minitype cylinder is arranged on cylinder mounting plate；Installing a clamp arm on the piston rod of described minitype cylinder, clamp arm is enclosed within an eccentric rod top, and eccentric rod is arranged on cylinder mounting plate by copper sheathing, and eccentric rod end is fixed on coat-sleeve stock；Being provided with an adjustment block on described minitype cylinder, clamp arm side is connected by extension spring with minitype cylinder.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610310168.1A CN105755788B (en) | 2016-05-12 | 2016-05-12 | A kind of coat-sleeve apparatus for shaping of automatic ironer |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610310168.1A CN105755788B (en) | 2016-05-12 | 2016-05-12 | A kind of coat-sleeve apparatus for shaping of automatic ironer |
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| CN105755788A true CN105755788A (en) | 2016-07-13 |
| CN105755788B CN105755788B (en) | 2017-09-26 |
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| CN201610310168.1A Active CN105755788B (en) | 2016-05-12 | 2016-05-12 | A kind of coat-sleeve apparatus for shaping of automatic ironer |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106087367A (en) * | 2016-07-25 | 2016-11-09 | 东莞市耐必机械制造有限公司 | A kind of launder system automatically |
| CN106676864A (en) * | 2017-03-17 | 2017-05-17 | 刘成 | Novel cuff |
| CN113605070A (en) * | 2021-07-26 | 2021-11-05 | 宁波新智腾纺织机械有限公司 | Short-sleeve clothes ironing machine |
| CN113605071A (en) * | 2021-07-26 | 2021-11-05 | 宁波新智腾纺织机械有限公司 | Long-sleeve clothes ironing machine |
| WO2022230570A1 (en) * | 2021-04-30 | 2022-11-03 | 株式会社島精機製作所 | Garment steam setting machine and steam setting method |
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| CN106087367A (en) * | 2016-07-25 | 2016-11-09 | 东莞市耐必机械制造有限公司 | A kind of launder system automatically |
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| CN106676864B (en) * | 2017-03-17 | 2019-06-25 | 酷野新材料(东莞)有限公司 | A kind of sleeve arm |
| WO2022230570A1 (en) * | 2021-04-30 | 2022-11-03 | 株式会社島精機製作所 | Garment steam setting machine and steam setting method |
| KR20230173201A (en) | 2021-04-30 | 2023-12-26 | 가부시키가이샤 시마세이키 세이사쿠쇼 | Clothing steam setting machine and steam setting method |
| CN113605070A (en) * | 2021-07-26 | 2021-11-05 | 宁波新智腾纺织机械有限公司 | Short-sleeve clothes ironing machine |
| CN113605071A (en) * | 2021-07-26 | 2021-11-05 | 宁波新智腾纺织机械有限公司 | Long-sleeve clothes ironing machine |
| CN113605070B (en) * | 2021-07-26 | 2024-01-19 | 宁波新智腾纺织机械有限公司 | Short sleeve clothes ironing machine |
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