CN105293132B - The Sheet turning device of cut-parts automatic number machine - Google Patents

The Sheet turning device of cut-parts automatic number machine Download PDF

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Publication number
CN105293132B
CN105293132B CN201510745082.7A CN201510745082A CN105293132B CN 105293132 B CN105293132 B CN 105293132B CN 201510745082 A CN201510745082 A CN 201510745082A CN 105293132 B CN105293132 B CN 105293132B
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CN
China
Prior art keywords
cut
parts
flaps
guide rail
push jack
Prior art date
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CN201510745082.7A
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Chinese (zh)
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CN105293132A (en
Inventor
秦建清
顾杰
钱卫波
龚华
张伟
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常熟市百联自动机械有限公司
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Priority to CN201510745082.7A priority Critical patent/CN105293132B/en
Publication of CN105293132A publication Critical patent/CN105293132A/en
Application granted granted Critical
Publication of CN105293132B publication Critical patent/CN105293132B/en

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Abstract

The invention discloses a kind of Sheet turning device of cut-parts automatic number machine, including push jack bar and flaps power set, after cut-parts separating mechanism separates the monolithic cut-parts after numbering with unnumbered cut-parts, the monolithic cut-parts after numbering are pushed to the side of unnumbered cut-parts by push jack bar under the drive of flaps power set;The cut-parts on placement mechanism are numbered first for coding mechanism, then cut-parts separating mechanism separates the monolithic cut-parts after numbering with unnumbered cut-parts, monolithic cut-parts after numbering are pushed to the side of unnumbered cut-parts by the Sheet turning device of cut-parts automatic number machine of the present invention, so as to be automatically performed flaps, overcome the shortcomings that flaps is carried out to clothing cutting plate by hand, operating efficiency is improved, reduces human cost.

Description

The Sheet turning device of cut-parts automatic number machine

Technical field

The present invention relates to a kind of Sheet turning device of cut-parts automatic number machine, the Sheet turning device of the cut-parts automatic number machine are main For (but not limited to) clothes manufacture field.

Background technology

Clothing cutting plate refers to the garment piece do not sewed also after cutting, and cut-parts can be pieces of cloth or the scraps of paper, refer generally to Pieces of cloth.Controlling the most important link of cut-parts quality is:Beat and fly and (number), be to prevent fabric aberration or section to cut-parts numbering Difference, dyeing would not be produced when so sewing.

At present, most to clothing cutting plate to use manual numbering, manual numbering drawback is more, wastes substantial amounts of human cost, Efficiency is low, and error probability is larger.In order to solve the problems, such as manual numbering, technical staff develops automatic number machine, such as A kind of automatic numbering machine for clothing pieces disclosed in patent document CN201370140, including it is connected with each other integral detent mechanism And printing mechanism, detent mechanism are adapted with the cloth not cut, printing mechanism is used by positioning of the detent mechanism on cloth Printing numbering is carried out in the cut-parts to cloth, although the automatic numbering machine for clothing pieces overcomes compiles to clothing cutting plate by hand Number the shortcomings that, can be automatically performed to the printing of the automatic numbering of clothing cutting plate, improve efficiency, reduce human cost, but should The numbering printing of numbering machine is carried out simultaneously with paving cloth, is cut again after the completion of paving cloth, limits the occasion used, and manually The degree of intervention is still larger, it is impossible to fully achieves automation.

The content of the invention

It is an object of the invention to provide a kind of cut-parts that automatically cut-parts can be carried out with flaps in a particular state to compile automatically The Sheet turning device of number machine, realizes to substitute and artificial carries out automatic flaps to clothing cutting plate class article automatically.

In order to reach above-mentioned technical purpose, the technical scheme is that:

A kind of Sheet turning device of cut-parts automatic number machine, including push jack bar and flaps power set, in cut-parts separating mechanism After monolithic cut-parts after numbering are separated with unnumbered cut-parts, push jack bar is under the drive of flaps power set by the list after numbering Piece cut-parts are pushed to the side of unnumbered cut-parts.

Preferably, the flaps power set include the guide rail of flaps first and the guide rail of flaps second, the guide rail of flaps first, The guide rail of flaps second is separately positioned on the both sides of placement mechanism, and the guide rail of flaps first, the guide rail of flaps second include being oriented to fixing Element guide rail and moving element sliding block, push jack bar are arranged between the guide rail of flaps first and the guide rail of flaps second, push jack bar One end be arranged on the sliding block of the guide rail of flaps first, the other end of the push jack bar is arranged on the sliding block of the guide rail of flaps second On, at least one sliding block is connected with flaps drive mechanism, flaps drive mechanism band in the first guide rail slide block, the second guide rail slide block Movable slider moves.

Flaps drive mechanism includes conveyer belt, and conveyer belt is connected with sliding block, and one end of the conveyer belt is nested with driving wheel On, the other end of conveyer belt is nested with the driven wheel, and driving wheel is driven by motor.

Switching mechanism is connected with the push jack bar, switching mechanism uses oscillating cylinder.It is additionally provided with the push jack bar Band is smoothed, after the monolithic cut-parts after numbering are pushed to side by push jack bar under the drive of flaps power set to a lateral movement, is pushed away Piece bar is overturn under the drive of switching mechanism, is made to smooth band and is contacted or do not contact with unnumbered cut-parts, when push jack bar moves in flaps When power apparatus drives lower return, smooth band and smooth unnumbered cut-parts.

The push jack bar is arranged on by flaps mounting bracket on the sliding block of the guide rail of flaps first, the guide rail of flaps second, described Switching mechanism is arranged on flaps mounting bracket.

Preferably, the band that smooths is made up of hairbrush.

The cut-parts on placement mechanism are numbered first for coding mechanism, and then cut-parts separating mechanism is by the monolithic after numbering Cut-parts are separated with unnumbered cut-parts, and the monolithic cut-parts after numbering are pushed to by the Sheet turning device of cut-parts automatic number machine of the present invention The side of unnumbered cut-parts, so as to be automatically performed flaps, the shortcomings that flaps is carried out to clothing cutting plate by hand is overcome, improves work Make efficiency, reduce human cost.

Brief description of the drawings

The present invention is further detailed explanation with reference to the accompanying drawings and detailed description.

Fig. 1 is the structural representation of cut-parts automatic number machine of the present invention.

Fig. 2 is placement mechanism structural representation.

Fig. 3 is coding mechanism and Sheet turning device structural representation.

Fig. 4 is cut-parts separating mechanism structural representation.

Fig. 5 is cut-parts separating mechanism web portion bit architecture schematic diagram.

Fig. 6 is cut-parts separating mechanism connecting plate position structure schematic diagram.

Fig. 7 is cut-parts separating mechanism other direction structural representation.

Embodiment

As shown in figs. 1-7, cut-parts automatic number machine includes placement mechanism, coding mechanism, cut-parts separating mechanism and turning machine Structure, said mechanism are arranged in frame 2, controlled by electric cabinet 1.Wherein:

(1) placement mechanism, as shown in Fig. 2 including a material platform 101, cut-parts are placed on material platform 101, material platform 101 are arranged on base 102 by elevating mechanism, and the side of material platform 101 is provided with the clamping device of clamping cut-parts.Elevating mechanism Including motor 103, worm screw 111 and worm gear 110, motor 103 is arranged on base 102, and base 102 is arranged in frame 2.Worm screw 111 tops are connected with the bottom of material platform 101, and motor 103 drives worm gear 110 to rotate, and the transmission using worm gear 110, worm screw 111 makes Worm screw 111 rotates, and has the screw thread coordinated with worm screw 111 in worm gear 110, the rotation of worm gear 110, which drives worm screw 111 to axially move, to be made Material platform 101 lifts.The bottom of material platform 101 is provided with four guide pillars 108, and four are provided with base 102 and is coordinated with guide pillar 108 Guide pin bushing 107, guide pillar 108 is arranged in guide pin bushing 107, so that material platform 101 lifts on the stroke that guide pin bushing 107 limits.

The side of material platform 101 is provided with the detection means 112 and cut-parts detection means (as shown in Fig. 3) of detection cut-parts height, The detection signal control elevating mechanism action of the detection means 112.Detection means 112 can use photoelectric sensor, blowing The cut-parts detection means that edge of table is set, for detecting whether have cut-parts on material platform, cut-parts detection means can use photoelectric transfer A kind of detection means of sensor, can also use photodetector system.

Cut-parts detection means is detected when having cut-parts on material platform 101, starts the motor 103 of elevating mechanism, by material platform 101 jack to height test position.Work as normal work, when cut-parts are constantly encoded, the height of cut-parts will constantly decline, and work as inspection When survey device detects that the cut-parts on material platform 101 are highly too low, the signal of detection means 112 sends elevating mechanism to, makes lifting Mechanism raises, and the cut-parts allowed on material platform 101 are highly in predetermined height.When the cut-parts height on material platform 101 is because of work When constantly reducing, the signal of detection means 112 sends elevating mechanism to, elevating mechanism is worked, and such elevating mechanism can pass through Judge the height and position automatic lifting of cut-parts on material platform 101.

Above-mentioned clamping device includes grip block 105, and grip block 105 is connected with the piston rod 106 of cylinder 104, the cylinder 104 are arranged on material platform 101, and the motion of the piston rod 106 of cylinder 101 drives grip block 105 by the cut-parts on material platform 101 Clamping.On the one hand cut-parts that clamping device can be intended to numbering are fixed, and on the other hand, are cut out the monolithic after numbering in Sheet turning device When piece is pushed to opposite side (this side for installing clamping device) of unnumbered cut-parts, clamping device consolidates numbered cut-parts It is fixed, it is bundled together.

(2) coding mechanism, two kinds of embodiments are introduced herein:

1) coding mechanism uses stamp mode:

Coding mechanism includes stamp device, and stamp device such as coder, the mechanism is as seal principle, due to coder Need to fix at work, therefore, stamp device is fixedly mounted on placement mechanism side (being specifically top), and stamp device is transported up and down Dynamic (such as seal), so as to which the cut-parts on material platform 101 are numbered stamp device.

2) coding mechanism uses coding mode:

As shown in figure 3, coding mechanism includes spray code spraying apparatus 208 (using ink jet numbering machine) and drives what spray code spraying apparatus 208 moved Power set, when power set drive spray code spraying apparatus 208 by placement mechanism, spray code spraying apparatus 208 is to the sanction on material platform 101 Piece is numbered.

Power set include the first guide rail and the second guide rail, and the first guide rail, the second guide rail are separately positioned on placement mechanism Both sides, the first guide rail include guiding fixing elements guide rail 201 and moving element sliding block, and the second guide rail includes being oriented to fixed member Part guide rail 205 and moving element sliding block 206, are provided with mounting bracket 207, spray code spraying apparatus between the first guide rail and the second guide rail 208 are arranged on mounting bracket 207;One end of the mounting bracket 207 is arranged on the sliding block of the first guide rail, the mounting bracket 207 The other end be arranged on the second guide rail sliding block 206 on, the first guide rail is connected with driving as active guide rail, the first guide rail slide block Mechanism, drive mechanism drive the motion of the first guide rail slide block.The side of guide rail 201 of first guide rail is provided with the first guide rail of detection The detection means of slide position.Here, the first guide rail or the second guide rail can be used as active guide rail, which guide rail is as master Dynamic guide rail, the sliding block of which guide rail are just connected with drive mechanism.Or the sliding block of two guide rails is connected with drive mechanism.

Drive mechanism can be realized by following scheme:Including conveyer belt 202, the guide rail slide block of conveyer belt 202 and first connects Connect, one end of conveyer belt 202 is nested with driving wheel 203, and the other end of conveyer belt 202 is nested with driven pulley 204, driving wheel 203 are driven by motor.

(3) cut-parts separating mechanism is used to separate the monolithic cut-parts after numbering with unnumbered cut-parts.As shown in Fig. 4-7, Cut-parts separating mechanism includes contact 301 (contact 301 uses roller bearing, is rolled when being conveniently replaceable adhesive tape 315), contact 301 Surface be provided with sticker, specifically, the surface of contact 301 is provided with adhesive tape 315, and sticker is the bonding plane of adhesive tape 315 Sticker.Contact 301 is connected on the second action part part, and the second action part part is connected on connecting plate 306, connecting plate 306 are connected with the first action part part.The first action part part, the second action part part are cylinder, i.e. contact 301 is connected to cylinder On the piston rod of 320 (the second action part parts), cylinder 320 is connected on connecting plate 306, connecting plate 306 and another cylinder 319 The piston rod connection of (the first action part part), another cylinder 319 are then installed on a mounting board.

Piston rod installed in installing plate upper cylinder 319 acts, and drives connecting plate 306 to act, so as to drive connecting plate 306 Upper cylinder 320 acts, and finally drives the contact 301 being connected with the upper cylinder 320 of connecting plate 306 to act, connects contact 301 Cut-parts are adhered to by the sticker of adhesive tape and drive the cut-parts of adhesion to be separated with unnumbered cut-parts after touching cut-parts.

Connecting plate 306 is connected by cylinder 320 with contact 301, is in order that contact 301 has class when contacting cut-parts Like the same pooling feature of spring.In order to realize this function, now cylinder 320 can use needle-like cylinder, can also be to gas The air pressure that cylinder 320 applies some strength is realized.In addition, when 301 pull-up cut-parts of contact, the second action part part action retraction, I.e. cylinder 320 shrinks piston rod, adhesive tape 315 is in relaxed state, cut-parts be pulled up it is tight after, relaxed state Adhesive tape 315 will not depart from easily with cut-parts.

When the surface of contact 301 sets adhesive tape 315, driving wheel 303 and driven is additionally provided with connecting plate 306 Wheel 302, the tape roll 304 of adhesive tape 315 is mounted and fixed on driven pulley 302, and driven pulley 302 selects damping wheel, adhesive tape end around Cross contact 301 to be connected on driving wheel 303, driving wheel 303, which rotates, drives the tape roll 304 on driven pulley 302 to rotate, constantly The adhesive tape 315 on contact 301 is updated, so as to reach the purpose for changing adhesive tape 315, makes adhesive tape 315 on contact 301 all the time Keep adherence.

In order to change the path of the walking of adhesive tape 315, between the driving wheel 303 and driven pulley 302, on connecting plate 306 Some guide rollers 305 for being used to change the direction of travel of adhesive tape 315 are provided with, guide roller 305 is made using antistatic material.

For fixation adhesive tape 315, on the side of contact 301, grip block 316, institute are provided with the installing plate 306 State the both sides of grip block 316 and be symmetrically arranged with cylinder 317,318, be located at cylinder respectively around the adhesive tape 315 of the both sides of contact 301 317th, between 318 and grip block 316, i.e., side adhesive tape 315 is located between grip block 316 and the cylinder 317 of its left end, another Side adhesive tape 315 is located between grip block 316 and the cylinder 318 of its right-hand member, and the piston rod of such cylinder 317,318 is acted glue Band 315 is clamped between piston rod and grip block 316.Of course, it is possible to cylinder is set on grip block 316, grip block 316 Both sides be provided with adsorption hole, acted in the piston rod of cylinder 317,318 and adhesive tape 315 be clamped to piston rod and grip block After between 316, the action of the upper cylinder of grip block 316 adsorbs adhesive tape 315 on grip block 316, and now cylinder 317,318 can return Position.

For the ease of the position (transverse direction) between regulation contact 301 and placement mechanism, installing plate is arranged on lateral displacement On governor motion.Installing plate is under the drive of lateral displacement governor motion, the position between lateral adjustments contact and placement mechanism Put.

As shown in fig. 7, the lateral displacement governor motion includes being transversely mounted frame 307, it is transversely mounted on frame 307 and sets There are transverse ball lead screw and cross slide way 310, transverse slider 308 and the installing plate of transverse ball lead screw link together, laterally The transverse screw 309 of ball screw is arranged on and is transversely mounted on frame 307, and motor 322 drives the transverse screw of transverse ball lead screw 309 rotate, and transverse screw 309 drives the lateral displacement of transverse slider 308 of transverse ball lead screw.

In order to adjust the lengthwise position between contact and placement mechanism, the lateral displacement governor motion is arranged on longitudinal direction On displacement governor motion.The length travel governor motion includes longitudinally mounted frame 311, is provided with longitudinally mounted frame 311 vertical To ball screw and longitudinal rail 312, the longitudinal screw 313 of longitudinal ball screw is arranged on longitudinally mounted frame 311, motor 323 drive the longitudinal screw 313 of longitudinal ball screw to rotate, and longitudinal sliding block is by longitudinally mounted plate 314 and is transversely mounted frame 307 Link together, longitudinal screw 313 drives the longitudinal sliding block length travel of longitudinal ball screw.

Certainly, in order to merely adjust the transverse direction between contact and placement mechanism, lengthwise position, the installing plate can be with Lateral displacement governor motion is directly installed on respectively, on length travel governor motion.In order to i.e. regulation lateral attitude, and can Lengthwise position is enough adjusted, lateral displacement governor motion and length travel governor motion use simultaneously.

In order to detect whether cut-parts depart from, the cut-parts separating mechanism side sets position sensor, and position sensor can With using a kind of detection means of photoelectric sensor.

(4) Sheet turning device, after cut-parts separating mechanism separates the monolithic cut-parts after numbering with unnumbered cut-parts, will compile Monolithic cut-parts after number are pushed to the side of unnumbered cut-parts.

As shown in figure 3, Sheet turning device includes push jack bar 209 and flaps power set, after cut-parts separating mechanism will number Monolithic cut-parts separated with unnumbered cut-parts after, push jack bar 209 flaps power set drive under by after numbering monolithic cut out Piece is pushed to side.

Flaps power set include the guide rail of flaps first and the guide rail of flaps second, the guide rail of flaps first, the guide rail of flaps second The both sides of placement mechanism are separately positioned on, the guide rail of flaps first, the guide rail of flaps second include guiding fixing elements guide rail With moving element sliding block, push jack bar 209 is arranged between the guide rail of flaps first and the guide rail of flaps second, one end of push jack bar 209 It is arranged on the sliding block of the guide rail of flaps first, the other end of the push jack bar 209 is arranged on the sliding block of the guide rail of flaps second, At least one sliding block is connected with flaps drive mechanism, drive mechanism band movable slider in first guide rail slide block, the second guide rail slide block Motion.

The flaps drive mechanism includes conveyer belt, and conveyer belt is connected with sliding block, and one end of the conveyer belt is nested with master On driving wheel, the other end of conveyer belt is nested with the driven wheel, and driving wheel is driven by motor.

The push jack bar 209 is connected with switching mechanism (as used oscillating cylinder 212), is also set up on the push jack bar 209 Band 210 is smoothed, band 210 is smoothed in Fig. 3 and is made up of hairbrush, push jack bar 209 is under the drive of flaps power set to a lateral movement After monolithic cut-parts after numbering are pushed into the side of unnumbered cut-parts, push jack bar 209 is overturn under the drive of switching mechanism, is made Smooth band 210 to contact or do not contact with unnumbered cut-parts, when the return under the drive of flaps power set of push jack bar 209, smooth Band 210 smooths unnumbered cut-parts.

The push jack bar 209 is arranged on by flaps mounting bracket on the sliding block of the guide rail of flaps first, the guide rail of flaps second, institute Switching mechanism is stated on flaps mounting bracket.

In the present embodiment, the power set of flaps power set and coding mechanism (when using coding mode) use same group Power, i.e. push jack bar 209 are arranged on the mounting bracket 207 of the power set of coding mechanism, the tipper being connected with push jack bar 209 Structure is also mounted on the mounting bracket 207 of power set.Now, the guide rail of flaps first is the first guide rail, and the guide rail of flaps second is For the second guide rail.Equally, drive device is also identical.

(coding mode is used during use):

Cut-parts are flat using auxiliary clamp folder, cut-parts are placed on material platform 101 by tracking cross position, material platform 101 On grip block 105 clamp cut-parts, on cut-parts detection means (fiber laser arrays) the detection material platform 101 that the side of material platform 101 is set Whether have cut-parts, when detect have cut-parts on material platform 101 when, start the motor 103 of elevating mechanism, material platform 101 jacked To height test position.Work as normal work, when cut-parts are constantly encoded, the height of cut-parts will constantly decline, now material platform The detection means 112 on 101 sides detects the height and position of cut-parts, and position detects 112 signals and sends the elevating mechanism of material platform 101 to Motor 103, motor 103 is coordinated by worm screw 111, worm gear 110 and screw mandrel 109 jacks material platform 101 to predetermined height (this Height is the height of cut-parts when coding mechanism can be to cut-parts normal encoding).

Now, the fiber laser arrays cut-parts front and back position set on coding mechanism power set is as operating point, cut-parts separation Mechanism is then calculated with PLC program confirms adhesion locations.

Coding mechanism passes through placement mechanism under power set drive, when coding mechanism power set move to terminal, Push jack bar 209 is overturn under the drive of oscillating cylinder 212, and the band 210 that smooths for making to be made up of hairbrush contacts with unnumbered cut-parts (or not contacting, when unnumbered cut-parts are more smooth, smoothing band 210 can not contact with unnumbered cut-parts), when push jack bar 209 exists When coding mechanism power set drive lower return (now coding mechanism returns to initial position under the drive of power set), coding Cut-parts on placement mechanism are numbered the spray code spraying apparatus of mechanism, now, smooth band 210 and smooth cut-parts.Certainly, the present invention simultaneously The opportunity that spray code spraying apparatus is numbered is not defined, such as moving to terminal in coding mechanism power set is carried out this period Numbering.

When coding mechanism runs to terminal (cut-parts operating point) under power set drive, smoothing band 210 can be in cut-parts While cut-parts are gently pushed down.

Cut-parts separating mechanism works, i.e. the piston rod downward actuation installed in installing plate upper cylinder 319, drives connecting plate 306 downward actuations, so as to drive 306 upper cylinder of connecting plate, 320 overall downward actuation, the piston rod of 306 upper cylinder of connecting plate 320 Downward actuation, the connected downward actuation of contact 301, make contact 301 contact cut-parts after rely on adhesive tape 315 adhesion Agent adheres to cut-parts.Wherein, the air pressure of cylinder 319 is more than the air pressure of cylinder 320, for ensuring to adhere to.

Then, in order to ensure cut-parts relaxed state, first action, the piston rod of cylinder 319 are upward again upwards for the piston rod of cylinder 320 Action, driving the cut-parts after the adhesion numbering of contact 301, motion separates with unnumbered cut-parts upwards.Drive the contact of cut-parts 301 dynamics acted upwards, which are more than, to be smoothed band 210 and pushes down the dynamics of cut-parts, and ensures that the dynamics should be less than the adhesion of adhesive tape 315 and cut out The dynamics of piece, the cut-parts of adhesion can be thus driven to be separated with unnumbered cut-parts.

Position sensor (fiber optic detection system) the detection cut-parts that cut-parts separating mechanism side is set (have been numbered and unnumbered sanction Piece) whether depart from.Now, driving wheel 303, which rotates, drives the tape roll 304 on driven pulley 302 to rotate, and updates on contact 301 Adhesive tape 315.The position sensor (fiber optic detection system) that cut-parts separating mechanism side is set detect cut-parts and (numbered and not again Numbering cut-parts) whether depart from.During disengaging, push jack bar 209 overturns return under the drive of oscillating cylinder 212.

The push jack bar 209 of Sheet turning device pushes the monolithic cut-parts after numbering under the drive of coding mechanism power set To side (on the basis of grip block 105, side is unnumbered cut-parts, and side is numbered cut-parts).

Push jack bar 209 is overturn under the drive of oscillating cylinder 212, and the band 210 that smooths for making to be made up of hairbrush is changed into and smoothed State.Spray code spraying apparatus 208 to the coding of cut-parts elder generation and smooths under the drive of power set.

Above-mentioned action is repeated to last cut-parts.When cut-parts detection means detects no cut-parts, lift return, compile Ink recorder structure and cut-parts separating mechanism are repositioned to origin, and the cylinder 104 for unclamping clamping device takes the cut-parts after numbering.

Above-described embodiment is not limit the invention in any way, every to be obtained by the way of equivalent substitution or equivalent transformation Technical scheme all fall within protection scope of the present invention.

Claims (6)

1. a kind of Sheet turning device of cut-parts automatic number machine, it is characterised in that including push jack bar and flaps power set, in cut-parts After separating mechanism separates the monolithic cut-parts after numbering with unnumbered cut-parts, push jack bar will be compiled under the drive of flaps power set Monolithic cut-parts after number are pushed to the side of unnumbered cut-parts;The push jack bar is connected with switching mechanism, is gone back on the push jack bar It is provided with and smooths band, the monolithic cut-parts after numbering is pushed to side by push jack bar under the drive of flaps power set to a lateral movement Afterwards, push jack bar is overturn under the drive of switching mechanism, is made to smooth band and is contacted or do not contact with unnumbered cut-parts, when push jack bar is turning over When piece power set drive lower return, smooth band and smooth unnumbered cut-parts.
A kind of 2. Sheet turning device of cut-parts automatic number machine according to claim 1, it is characterised in that:The flaps is moved Power apparatus includes the guide rail of flaps first and the guide rail of flaps second, and the guide rail of flaps first, the guide rail of flaps second are separately positioned on placement The both sides of mechanism, the guide rail of flaps first, the guide rail of flaps second include guiding fixing elements guide rail and moving element sliding block, Push jack bar is arranged between the guide rail of flaps first and the guide rail of flaps second, and one end of push jack bar is arranged on the cunning of the guide rail of flaps first On block, the other end of the push jack bar is arranged on the sliding block of the guide rail of flaps second, in the first guide rail slide block, the second guide rail slide block At least one sliding block is connected with flaps drive mechanism, and flaps drive mechanism drives slide block movement.
A kind of 3. Sheet turning device of cut-parts automatic number machine according to claim 2, it is characterised in that:The flaps is driven Motivation structure includes conveyer belt, and conveyer belt is connected with sliding block, and one end of the conveyer belt is nested with driving wheel, conveyer belt it is another End is nested with the driven wheel, and driving wheel is driven by motor.
A kind of 4. Sheet turning device of cut-parts automatic number machine according to claim 1, it is characterised in that:The push jack bar It is arranged on by flaps mounting bracket on the sliding block of the guide rail of flaps first, the guide rail of flaps second, the switching mechanism is arranged on flaps On mounting bracket.
A kind of 5. Sheet turning device of cut-parts automatic number machine according to claim 1, it is characterised in that:It is described to smooth band It is made up of hairbrush.
A kind of 6. Sheet turning device of cut-parts automatic number machine according to claim 1, it is characterised in that:The tipper Structure is oscillating cylinder.
CN201510745082.7A 2015-11-04 2015-11-04 The Sheet turning device of cut-parts automatic number machine CN105293132B (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201510745082.7A CN105293132B (en) 2015-11-04 2015-11-04 The Sheet turning device of cut-parts automatic number machine

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Application Number Priority Date Filing Date Title
CN201510745082.7A CN105293132B (en) 2015-11-04 2015-11-04 The Sheet turning device of cut-parts automatic number machine

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CN105293132A CN105293132A (en) 2016-02-03
CN105293132B true CN105293132B (en) 2017-12-12

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Citations (8)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US3572202A (en) * 1970-03-26 1971-03-23 Gerber Garment Technology Inc Sheet material cutter with presser plate utilizing pressurized air
CN2219901Y (en) * 1995-03-10 1996-02-14 财团法人中国纺织工业研究中心 Marking device for cut-parts for ready-made clothes
CN201197395Y (en) * 2008-05-08 2009-02-25 上海威士机械科技有限公司 Pressure device for uniformly gluing garment surface fabric and sticky lining
CN103662227A (en) * 2012-09-19 2014-03-26 上海和鹰机电科技股份有限公司 Automatic labeling machine for encoding garment pieces
CN104499264A (en) * 2014-12-25 2015-04-08 临安科泰通信科技有限公司 Numerical control laser cloth cutting machine
CN204507490U (en) * 2015-03-13 2015-07-29 苏州朗坤自动化设备有限公司 Automatic labeling device
CN104894832A (en) * 2014-03-07 2015-09-09 黄运新 Cloth cutting piece automatic marking machine
CN205114595U (en) * 2015-11-04 2016-03-30 常熟市百联自动机械有限公司 Automatic numbering machine of cut -parts turn over piece mechanism

Patent Citations (8)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US3572202A (en) * 1970-03-26 1971-03-23 Gerber Garment Technology Inc Sheet material cutter with presser plate utilizing pressurized air
CN2219901Y (en) * 1995-03-10 1996-02-14 财团法人中国纺织工业研究中心 Marking device for cut-parts for ready-made clothes
CN201197395Y (en) * 2008-05-08 2009-02-25 上海威士机械科技有限公司 Pressure device for uniformly gluing garment surface fabric and sticky lining
CN103662227A (en) * 2012-09-19 2014-03-26 上海和鹰机电科技股份有限公司 Automatic labeling machine for encoding garment pieces
CN104894832A (en) * 2014-03-07 2015-09-09 黄运新 Cloth cutting piece automatic marking machine
CN104499264A (en) * 2014-12-25 2015-04-08 临安科泰通信科技有限公司 Numerical control laser cloth cutting machine
CN204507490U (en) * 2015-03-13 2015-07-29 苏州朗坤自动化设备有限公司 Automatic labeling device
CN205114595U (en) * 2015-11-04 2016-03-30 常熟市百联自动机械有限公司 Automatic numbering machine of cut -parts turn over piece mechanism

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