CN209555507U - A kind of automatic seam cutter of environmental protection cotton modeling woven bag production - Google Patents
A kind of automatic seam cutter of environmental protection cotton modeling woven bag production Download PDFInfo
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- CN209555507U CN209555507U CN201920044741.8U CN201920044741U CN209555507U CN 209555507 U CN209555507 U CN 209555507U CN 201920044741 U CN201920044741 U CN 201920044741U CN 209555507 U CN209555507 U CN 209555507U
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- 229920000742 Cotton Polymers 0.000 title claims abstract description 21
- 238000004519 manufacturing process Methods 0.000 title claims abstract description 17
- 230000007613 environmental effect Effects 0.000 title claims description 5
- 238000003825 pressing Methods 0.000 claims abstract description 53
- 238000005520 cutting process Methods 0.000 claims abstract description 30
- 238000009958 sewing Methods 0.000 claims abstract description 28
- 238000003698 laser cutting Methods 0.000 claims abstract description 14
- 238000009434 installation Methods 0.000 claims description 10
- 230000001360 synchronised effect Effects 0.000 claims description 9
- 230000005611 electricity Effects 0.000 claims description 5
- NIXOWILDQLNWCW-UHFFFAOYSA-N acrylic acid group Chemical group C(C=C)(=O)O NIXOWILDQLNWCW-UHFFFAOYSA-N 0.000 claims description 4
- 238000005452 bending Methods 0.000 claims description 3
- 230000002459 sustained effect Effects 0.000 claims description 3
- 239000011265 semifinished product Substances 0.000 abstract description 11
- 239000012467 final product Substances 0.000 abstract description 4
- 238000000034 method Methods 0.000 description 7
- 239000000047 product Substances 0.000 description 6
- 238000010586 diagram Methods 0.000 description 3
- 239000000463 material Substances 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000000903 blocking effect Effects 0.000 description 1
- 239000000835 fiber Substances 0.000 description 1
- 230000003116 impacting effect Effects 0.000 description 1
- 238000009940 knitting Methods 0.000 description 1
- 238000004806 packaging method and process Methods 0.000 description 1
- 239000004033 plastic Substances 0.000 description 1
- 238000005086 pumping Methods 0.000 description 1
- 239000000126 substance Substances 0.000 description 1
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Abstract
The utility model provides a kind of automatic seam cutter of environmentally friendly cotton modeling woven bag production, including cabinet, the first rate controlling mechanism, suture mechanism, the second rate controlling mechanism, cutting mechanism are successively arranged in cabinet, suture mechanism includes the first rodless cylinder and sewing machine head, the lower section of sewing machine head is equipped with the first pressing plate, the top surface two sides of first pressing plate are connect with a plurality of first spring of the underrun of the second mounting plate, and corresponding first pressing plate of working plate is embedded with the first electromagnet；Cutting mechanism includes the second rodless cylinder and laser cutting knife, and the lower section for being cut by laser knife is equipped with the second pressing plate, and the top surface two sides of the second pressing plate are connect with a plurality of second spring of the underrun of the second mounting plate, and corresponding second pressing plate of working plate is embedded with the second electromagnet；The step of it can successively be sutured, be cut to woven bag semi-finished product, and woven bag is fixed during suturing and cutting, it prevents suture from cutting process and is easy to appear offset, guarantee final product quality.
Description
Technical field
The utility model relates to woven bag production equipment fields, more particularly to a kind of environmental protection cotton modeling woven bag production
Automatic seam cutter.
Background technique
It is a kind of using very extensive outer package product that cotton, which moulds woven bag,.It is mainly used for graininess and powdered article
Packaging.It is used in industries such as grain, chemical industry very universal.And grooving machine is to produce cotton modeling woven bag to match equipment.Cotton modeling is compiled
The production for knitting bag is plastic flat fiber to be made to the tubular semi-finished product of several length of braider, then press centainly through automatic seam cutter
Length specification cut, suture；Automatic seam cutter is the key equipment that semi-finished product material is made to finished product；Existing grooving machine is most
Using the step of suturing again is first cut, this kind of joint-cutting mode needs accurately to be aligned in sewing process, more complicated to match
Structure carries out corresponding operating, it is desirable that higher；And existing grooving machine does not have the operation compressed to woven bag, In mostly
It cuts or sewing process is easy to appear offset, influence final product quality.
Utility model content
In order to overcome the drawbacks of the prior art, the technical problem to be solved by the utility model is to propose a kind of environmentally friendly cotton
Mould the automatic seam cutter of woven bag production, structure novel, the step that can be successively sutured, be cut to woven bag semi-finished product
Suddenly, and during suturing and cutting woven bag is fixed, prevents suture from cutting process and is easy to appear offset, protect
Demonstrate,prove final product quality.
For this purpose, the following technical solution is employed for the utility model:
The utility model provides a kind of automatic seam cutter of environmentally friendly cotton modeling woven bag production, including cabinet and is set to institute
The feed inlet and discharge port in tank ends face are stated, the outside of the feed inlet is equipped with guide reel, and the guide reel is mounted on described
The end face outer wall of cabinet；The outside of the cabinet is equipped with pay off rack, and the cotton not cut that the pay off rack is released moulds woven bag warp
The top surface of the guide reel enters in the cabinet；The first mounting plate and the second mounting plate are fixed in the cabinet, it is described
First mounting plate is located at the lower section of the feed inlet, and second mounting plate is located at the top of the feed inlet；
The top of first mounting plate is equipped with working plate, and the working plate is mounted on described first by support leg
The top surface of mounting plate；The first rate controlling mechanism is equipped in the cabinet, first rate controlling mechanism is located at close to the feed inlet one
Side, first rate controlling mechanism include the first drive roll and the first passive guide roller being oppositely arranged, and first drive roll is mounted on
Second mounting plate bottom surface, first passive guide roller are mounted on the top surface of first mounting plate, first drive roll and
First passive guide roller is oppositely arranged and mutually presses, and first drive roll is driven through the first synchronous belt by first motor, institute
It states first motor and is mounted on the second installation plate top surface；
First rate controlling mechanism is equipped with suture mechanism far from the side of the feed inlet, and the suture mechanism includes along institute
The first rodless cylinder of box width direction setting is stated, first rodless cylinder is mounted on the top surface of second mounting plate,
It is slided on first rodless cylinder and is equipped with the first sliding block, mounting rack, the peace are equipped with by screw on first sliding block
It shelves and is fixedly installed with sewing machine head, second mounting plate corresponds to the sewing machine head equipped with guide slots, the sewing
Head is through the guide slots through the syringe needle bottom end of second mounting plate and the sewing machine head close to the working plate
The lower section of top surface, the sewing machine head is equipped with the first pressing plate, and the syringe needle that first pressing plate corresponds to the sewing machine head offers
A plurality of first spring of the underrun of first bar shape trench hole, the top surface two sides of first pressing plate and second mounting plate connects
Connect, first pressing plate is located at the top of the working plate, the working plate corresponds to first pressing plate and is embedded with first
Electromagnet, the top surface of first electromagnet and the either flush of the working plate；
The suture mechanism is equipped with the second rate controlling mechanism, the second rate controlling machine far from the side of first rate controlling mechanism
Structure includes the second drive roll and the second passive guide roller being oppositely arranged, and second drive roll is mounted on second mounting plate bottom
Face, second passive guide roller are mounted on the top surface of first mounting plate, and the working plate corresponds to second passive guide roller and opens
Equipped with installation slotted eye, second passive guide roller runs through the working plate top surface, second drive roll through the installation slotted eye
And second passive guide roller is oppositely arranged and mutually presses, second drive roll through the second synchronous belt by the second motor driven,
Second motor is mounted on the second installation plate top surface；
Second rate controlling mechanism is equipped with cutting mechanism far from the side of the suture mechanism, and the cutting mechanism is located at institute
State top of the working plate far from described feed inlet one end, the cutting mechanism includes along the of box width direction setting
Two rodless cylinders, second rodless cylinder are mounted on the bottom surface of second mounting plate, slide on second rodless cylinder
Equipped with the second sliding block, the bottom surface of second sliding block is fixedly installed with laser cutting knife, and the lower section of second sliding block is equipped with the
Two pressing plates, second pressing plate correspond to the laser cutting knife and offer the second bar shape trench hole, the top surface two of second pressing plate
Side is connect with a plurality of second spring of underrun of second mounting plate, second pressing plate is located at the upper of the working plate
Side, the working plate correspond to the laser cutting knife and offer third bar shape trench hole, and the two sides of the third bar shape trench hole are equal
Equipped with the second electromagnet, two second electromagnet are embedded at the top of the working plate top surface and second electromagnet
The either flush in face and the working plate；
The working plate is equipped with conveyer belt, the conveyer belt top surface and the workbench far from the side of the feed inlet
Plate top surface is in sustained height, and the one end of the conveyer belt far from the working plate is close to the discharge port, the conveying
For band through the second synchronous belt by third motor driven, the third motor is mounted on the bottom surface of first mounting plate.
In the preferable technical solution of the utility model, the box top is equipped with aspiration pump and air accumulator, the pumping
The gas outlet of pump is connected to the air inlet of the air accumulator by first pipe, and the side of the cutting mechanism is equipped with air-suction cover,
The air-suction cover is mounted on second mounting plate, and the air inlet of the air-suction cover and the aspiration pump is connected by second pipe
It is logical.
In the preferable technical solution of the utility model, the two sides of first pressing plate and second pressing plate are upward
Bending.
In the preferable technical solution of the utility model, first drive roll, first passive guide roller, second master
Dynamic roller and the second passive roll structure are identical, and include roll body and the rubber sleeve for being sheathed on the roll body outer wall.
In the preferable technical solution of the utility model, the side of the cabinet length direction is opened wide, and is opened wide place and be equipped with
Keep off door, the gear door bottom and the cabinet be hinged, top and cabinet fastening, and the gear door is by transparent acrylic system
At.
The utility model has the following beneficial effects:
A kind of automatic seam cutter of environmentally friendly cotton modeling woven bag production provided by the utility model, structure novel, cabinet
The suture mechanism and cutting mechanism that inside is set gradually the step of can woven bag semi-finished product successively be sutured, be cut, change
Traditional first cuts the step of suturing afterwards, can simplify processing structure, improves working efficiency；The first pressing plate in suture mechanism,
The cooperation of one spring and the first electromagnet can compress woven bag suture site periphery in woven bag sewing process；It cuts
The cooperation of the second pressing plate, second spring and the second electromagnet in cutting mill structure, can be during woven bag be cut to woven bag
The periphery for cutting position is compressed, can effectively prevent woven bag suture, the process of cutting deviates, guarantee at quality
Amount.
Detailed description of the invention
Fig. 1 is a kind of automatic joint cutting of the environmentally friendly cotton modeling woven bag production provided in specific embodiment of the utility model
The structural schematic diagram of machine；
Fig. 2 is the enlarged drawing of part A in Fig. 1；
Fig. 3 is the enlarged drawing of part B in Fig. 1；
Fig. 4 is the structural schematic diagram of the first rate controlling mechanism provided in specific embodiment of the utility model；
Fig. 5 is the structural schematic diagram of the second rate controlling mechanism provided in specific embodiment of the utility model.
In figure:
100, cabinet；110, feed inlet；120, discharge port；130, guide reel；140, the first mounting plate；150, the second peace
Loading board；151, guide slots；160, working plate；161, installation slotted eye；162, third bar shape trench hole；170, door is kept off；200, it puts
Coil holder；300, the first rate controlling mechanism；310, the first drive roll；320, the first passive guide roller；330, first motor；400, wire-stitching machine
Structure；410, the first rodless cylinder；420, mounting rack；430, sewing machine head；440, the first pressing plate；441, the first bar shape trench hole；
450, the first spring；460, the first electromagnet；500, the second rate controlling mechanism；510, the second drive roll；520, the second passive guide roller；
530, the second motor；600, cutting mechanism；610, the second rodless cylinder；620, it is cut by laser knife；630, the second pressing plate；631,
Two bar shape trench holes；640, second spring；650, the second electromagnet；700, conveyer belt；710, third motor；810, aspiration pump；
820, air accumulator；830, first pipe；840, air-suction cover；850, second pipe；910, roll body；920, rubber sleeve.
Specific embodiment
Further illustrate the technical solution of the utility model below with reference to the accompanying drawings and specific embodiments.
As shown in Figure 1 to Figure 3, a kind of environmental protection cotton modeling woven bag production use disclosed in specific embodiment of the utility model
Automatic seam cutter, including cabinet 100 and set on the feed inlet 110 and discharge port 120 of 100 both ends of the surface of cabinet, it is described into
The outside of material mouth 110 is equipped with guide reel 130, and the guide reel 130 is mounted on the end face outer wall of the cabinet 100；The cabinet
100 outside is equipped with pay off rack 200, and the cotton not cut that the pay off rack 200 is released moulds woven bag through the guide reel 130
Top surface enter the cabinet 100 in；The first mounting plate 140 and the second mounting plate 150, institute are fixed in the cabinet 100
The lower section that the first mounting plate 140 is located at the feed inlet 110 is stated, second mounting plate 150 is located at the upper of the feed inlet 110
Side；
The top of first mounting plate 140 is equipped with working plate 160, and the working plate 160 is installed by support leg
In the top surface of first mounting plate 140；The first rate controlling mechanism 300, first rate controlling mechanism are equipped in the cabinet 100
300 are located at close to 110 side of feed inlet, as shown in figure 4, first rate controlling mechanism 300 includes first be oppositely arranged
Drive roll 310 and the first passive guide roller 320, first drive roll 310 are mounted on 150 bottom surface of the second mounting plate, and described
One passive guide roller 320 is mounted on the top surface of first mounting plate 140, first drive roll 310 and first passive guide roller 320
It is oppositely arranged and mutually presses, first drive roll 310 is driven through the first synchronous belt by first motor 330, first electricity
Machine 330 is mounted on 150 top surface of the second mounting plate；
First rate controlling mechanism 300 is equipped with suture mechanism 400 far from the side of the feed inlet 110, as shown in Fig. 2,
The suture mechanism 400 includes the first rodless cylinder 410 along 100 width direction of cabinet setting, and described first without bar gas
Cylinder 410 is mounted on the top surface of second mounting plate 150, and sliding is equipped with the first sliding block on first rodless cylinder 410, described
Mounting rack 420 is equipped with by screw on first sliding block, is fixedly installed with sewing machine head 430 on the mounting rack 420, described
The corresponding sewing machine head 430 of two mounting plates 150 is equipped with guide slots 151, and the sewing machine head 430 is through the guide slots
151 through second mounting plate 150 and the syringe needle bottom end of the sewing machine head 430 is close to 160 top surface of working plate,
The lower section of the sewing machine head 430 is equipped with the first pressing plate 440, the needle of the corresponding sewing machine head 430 of first pressing plate 440
Head offers the first bar shape trench hole 441, and the top surface two sides of first pressing plate 440 and the bottom surface of second mounting plate 150 are logical
Cross the connection of a plurality of first spring 450, first pressing plate 440 is located at the top of the working plate 160, the working plate
160 corresponding first pressing plates 440 are embedded with the first electromagnet 460, the top surface of first electromagnet 460 and the workbench
The either flush of plate 160；
The suture mechanism 400 is equipped with the second rate controlling mechanism 500 far from the side of first rate controlling mechanism 300, such as Fig. 5
Shown, second rate controlling mechanism 500 includes the second drive roll 510 and the second passive guide roller 520 being oppositely arranged, and described second is main
Dynamic roller 510 is mounted on 150 bottom surface of the second mounting plate, and second passive guide roller 520 is mounted on first mounting plate 140
Top surface, corresponding second passive guide roller 520 of the working plate 160 offer installation slotted eye 161, second passive guide roller 520
Run through 160 top surface of working plate, second drive roll 510 and second passive guide roller 520 through the installation slotted eye 161
It is oppositely arranged and mutually presses, second drive roll 510 is driven through the second synchronous belt by the second motor 530, second electricity
Machine 530 is mounted on 150 top surface of the second mounting plate；
Second rate controlling mechanism 500 is equipped with cutting mechanism 600, the cutting far from the side of the suture mechanism 400
Mechanism 600 is located at top of the working plate 160 far from described 110 one end of feed inlet, as shown in Fig. 3, the cutting mechanism
600 include the second rodless cylinder 610 along 100 width direction of cabinet setting, and second rodless cylinder 610 is mounted on institute
The bottom surface of the second mounting plate 150 is stated, sliding is equipped with the second sliding block, the bottom of second sliding block on second rodless cylinder 610
Face is fixedly installed with laser cutting knife 620, and the lower section of second sliding block is equipped with the second pressing plate 630, and second pressing plate 630 is right
The laser cutting knife 620 is answered to offer the second bar shape trench hole 631, the top surface two sides of second pressing plate 630 and described second
The a plurality of connection of second spring 640 of the underrun of mounting plate 150, second pressing plate 630 are located at the working plate 160
Top, the corresponding laser cutting knife 620 of the working plate 160 offer third bar shape trench hole 162, the third bar shaped
The two sides of slot 162 are equipped with the second electromagnet 650, and two second electromagnet 650 are embedded at the working plate 160
The either flush of top surface and the top surface of second electromagnet 650 and the working plate 160；
The working plate 160 is equipped with conveyer belt 700 far from the side of the feed inlet 110, and the conveyer belt 700 pushes up
Face and 160 top surface of working plate are in sustained height, and the one end of the conveyer belt 700 far from the working plate 160
Close to the discharge port 120, the conveyer belt 700 is driven through the second synchronous belt by third motor 710, the third motor 710
It is mounted on the bottom surface of first mounting plate 140.
A kind of automatic seam cutter of above-mentioned environmentally friendly cotton modeling woven bag production, structure novel, in the cabinet 100
The suture mechanism 400 and the cutting mechanism 600 that portion is set gradually, can successively suture woven bag semi-finished product, be cut out
The step of cutting, change it is traditional first cut the step of suturing afterwards, processing structure can be simplified, improve working efficiency；The wire-stitching machine
The cooperation of first pressing plate 440, first spring 450 and first electromagnet 460 in structure 400, can be in woven bag
Woven bag suture site periphery is compressed in sewing process；Second pressing plate 630 in the cutting mechanism 600, institute
The cooperation for stating second spring 640 and second electromagnet 650, can cut position to woven bag during woven bag is cut
Periphery compressed, can effectively prevent woven bag suture, the process of cutting deviates, guarantee final product quality.
Further, 100 top surface of cabinet is equipped with aspiration pump 810 and air accumulator 820, the outlet of the aspiration pump 810
Mouth is connected to the air inlet of the air accumulator 820 by first pipe 830, and the side of the cutting mechanism 600 is equipped with air-suction cover
840, the air-suction cover 840 is mounted on second mounting plate 150, the air inlet of the air-suction cover 840 and the aspiration pump 810
Mouth is connected to by second pipe 850；The aspiration pump 810, the air accumulator 820, the cooperation between the air-suction cover 840, can
The exhaust gas generated when cutting woven bag to the laser cutting knife 620 is collected, and reduces pollution of the exhaust gas to environment.
Further, the two sides of first pressing plate 440 and second pressing plate 630 bending upward；Described first
Pressing plate 440 and second pressing plate 630 are close to 160 top surface of working plate, and woven bag is along the working plate 160
Top surface is mobile, and the two sides of first pressing plate 440 and second pressing plate 630 are upturned the mobile shape that can be prevented to woven bag
At blocking, avoid impacting the normal conveying of woven bag.
Further, first drive roll 310, first passive guide roller 320, second drive roll 510 and described
Second passive guide roller, 520 structure is identical, and includes roll body 910 and the rubber sleeve 920 for being sheathed on 910 outer wall of roll body；It is described
The design of rubber sleeve 920 on the one hand can convenient between first drive roll 310 and first passive guide roller 320, described second
Extruding between drive roll 510 and second passive guide roller 520, convenient for the conveying to woven bag；It on the other hand is then rubber
Frictional force is larger, can further enhance rubbing between first drive roll 310 and second drive roll 510 and woven bag
Power is wiped, consequently facilitating the conveying of woven bag.
Further, the side of 100 length direction of cabinet is opened wide, and the place of opening wide is equipped with gear door 170, the gear door
The 170 bottoms and cabinet 100 is hinged, top and the cabinet 100 fasten, the gear door 170 is by transparent acrylic system
At；The design of the gear door 170 can provide the working environment of closure for the mechanism inside the cabinet 100, guarantee the cabinet
The 100 each mechanism work in inside are normally carried out, and the gear door 170 is made of transparent acrylic can be convenient for checking the cabinet
Working condition inside 100, finds in time and solves the problems, such as.
Working principle:
Woven bag semi-finished product are sutured using the utility model, are cut when finished product of braided bag is made, before starting device,
Artificial one end by woven bag semi-finished product is needed to sequentially pass through first rate controlling mechanism 300 and second rate controlling mechanism
500, and adjust the distance between second rate controlling mechanism 500 described in threshold value；Then starting device, first electromagnet
460 connect electricity, and first electromagnet 460 adsorbs first pressing plate 440 and compresses to woven bag semi-finished product, and then described
Sewing machine head 430 and first rodless cylinder 410 starting, suture woven bag semi-finished product；To described first without bar gas
When cylinder 410 is moved to pre-determined distance, the power-off of the first electromagnet 460, first pressing plate 440 reset, and described first without bar
Cylinder 410 and the sewing machine head 430 reset, the first motor 330 and second motor 530 starting, by woven bag half
The mobile certain length of finished product, then first electromagnet 460 and second electromagnet 650 are powered, first electricity
Magnet 460 adsorbs first pressing plate 440, and second electromagnet 650 adsorbs second pressing plate 630, and the laser
Cutter 620 and second rodless cylinder 610 match the lower woven bag semi-finished product to preceding primary completion suture and cut out
It cuts, while the sewing machine head 430 and first rodless cylinder 410 match and lower continue to suture to woven bag；Phase
Between, in the mobile pre-determined distance of second rodless cylinder 610, second electromagnet 650 is powered off, second pressing plate 630
It resets, second rodless cylinder 610 and the laser cutting knife 620 reset, while starting the third motor 710, described
Conveyer belt 700 sends out finished product of braided bag, repeats the above steps, realization continuously suture, cut movement, produce woven bag at
Product；It should be noted that the aspiration pump 810 starts during the laser cutting knife 620 is cut, it will be described
Laser cutting knife 620 cuts the exhaust gas that woven bag generates and is extracted and collected in the air accumulator 820, reduces exhaust gas pair
The pollution of environment.
The utility model is described with reference to the preferred embodiments, and those skilled in the art know, is not departing from this reality
In the case where with novel spirit and scope, various changes or equivalence replacement can be carried out to these features and embodiment.This reality
It is not limited to the particular embodiment disclosed with novel, other embodiments fallen into claims hereof all belong to
In the range of the utility model protection.
Claims (5)
1. a kind of automatic seam cutter of environmental protection cotton modeling woven bag production, it is characterised in that:
Including cabinet (100) and set on the feed inlet (110) and discharge port (120) of the cabinet (100) both ends of the surface, the charging
The outside of mouth (110) is equipped with guide reel (130), and the guide reel (130) is mounted on the end face outer wall of the cabinet (100)；Institute
The outside for stating cabinet (100) is equipped with pay off rack (200), and the cotton not cut that the pay off rack (200) is released moulds woven bag through institute
The top surface for stating guide reel (130) enters in the cabinet (100)；The first mounting plate (140) are fixed in the cabinet (100)
And second mounting plate (150), first mounting plate (140) are located at the lower section of the feed inlet (110), second mounting plate
(150) it is located at the top of the feed inlet (110)；
The top of first mounting plate (140) is equipped with working plate (160), and the working plate (160) is pacified by support leg
Mounted in the top surface of first mounting plate (140)；The first rate controlling mechanism (300), first control are equipped in the cabinet (100)
Fast mechanism (300) is located at close to the feed inlet (110) side, and first rate controlling mechanism (300) includes the be oppositely arranged
One drive roll (310) and the first passive guide roller (320), first drive roll (310) are mounted on the second mounting plate (150) bottom
Face, first passive guide roller (320) are mounted on the top surface of first mounting plate (140), first drive roll (310) and institute
It states the first passive guide roller (320) to be oppositely arranged and mutually press, first drive roll (310) is through the first synchronous belt by the first electricity
Machine (330) driving, the first motor (330) are mounted on the second mounting plate (150) top surface；
First rate controlling mechanism (300) is equipped with suture mechanism (400) far from the side of the feed inlet (110), the suture
Mechanism (400) includes the first rodless cylinder (410) along the setting of the cabinet (100) width direction, first rodless cylinder
(410) it is mounted on the top surface of second mounting plate (150), sliding is equipped with the first sliding block on first rodless cylinder (410),
It is equipped with mounting rack (420) on first sliding block by screw, is fixedly installed with sewing machine head on the mounting rack (420)
(430), the corresponding sewing machine head (430) of second mounting plate (150) is equipped with guide slots (151), the sewing machine head
(430) through the guide slots (151) through second mounting plate (150) and the syringe needle bottom end of the sewing machine head (430)
Close to the working plate (160) top surface, the lower section of the sewing machine head (430) is equipped with the first pressing plate (440), first pressure
The syringe needle of the corresponding sewing machine head (430) of plate (440) offers the first bar shape trench hole (441), first pressing plate (440)
Top surface two sides connect with a plurality of first spring (450) of the underrun of second mounting plate (150), first pressing plate
(440) it is located at the top of the working plate (160), corresponding first pressing plate (440) of the working plate (160) is embedded with
First electromagnet (460), the top surface of first electromagnet (460) and the either flush of the working plate (160)；
The suture mechanism (400) is equipped with the second rate controlling mechanism (500), institute far from the side of first rate controlling mechanism (300)
Stating the second rate controlling mechanism (500) includes the second drive roll (510) and the second passive guide roller (520) being oppositely arranged, and described second is main
Dynamic roller (510) are mounted on the second mounting plate (150) bottom surface, and second passive guide roller (520) is mounted on first installation
The top surface of plate (140), corresponding second passive guide roller (520) of the working plate (160) offer installation slotted eye (161), institute
The second passive guide roller (520) is stated through the installation slotted eye (161) through the working plate (160) top surface, second drive roll
(510) and second passive guide roller (520) is oppositely arranged and mutually presses, and second drive roll (510) is through the second synchronous belt
It is driven by the second motor (530), second motor (530) is mounted on the second mounting plate (150) top surface；
Second rate controlling mechanism (500) is equipped with cutting mechanism (600) far from the side of the suture mechanism (400), described to cut
Cutting mill structure (600) is located at top of the working plate (160) far from the feed inlet (110) one end, the cutting mechanism
It (600) include the second rodless cylinder (610) being arranged along the cabinet (100) width direction, second rodless cylinder (610)
It is mounted on the bottom surface of second mounting plate (150), sliding is equipped with the second sliding block on second rodless cylinder (610), described
The bottom surface of second sliding block is fixedly installed with laser cutting knife (620), and the lower section of second sliding block is equipped with the second pressing plate (630),
The corresponding laser cutting knife (620) of second pressing plate (630) offers the second bar shape trench hole (631), second pressing plate
(630) top surface two sides connect with a plurality of second spring of underrun (640) of second mounting plate (150), described second
Pressing plate (630) is located at the top of the working plate (160), the corresponding laser cutting knife (620) of the working plate (160)
It offers third bar shape trench hole (162), the two sides of the third bar shape trench hole (162) are equipped with the second electromagnet (650), two institutes
State the second electromagnet (650) be embedded at the working plate (160) top surface and the top surface of second electromagnet (650) with
The either flush of the working plate (160)；
The working plate (160) is equipped with conveyer belt (700) far from the side of the feed inlet (110), the conveyer belt (700)
Top surface and the working plate (160) top surface are in sustained height, and the conveyer belt (700) is far from the working plate
(160) it is driven through the second synchronous belt by third motor (710) close to the discharge port (120), the conveyer belt (700) one end
Dynamic, the third motor (710) is mounted on the bottom surface of first mounting plate (140).
2. a kind of automatic seam cutter of environmentally friendly cotton modeling woven bag production according to claim 1, it is characterised in that:
Cabinet (100) top surface is equipped with aspiration pump (810) and air accumulator (820), the gas outlet of the aspiration pump (810) and institute
The air inlet for stating air accumulator (820) is connected to by first pipe (830), and the side of the cutting mechanism (600) is equipped with air-suction cover
(840), the air-suction cover (840) is mounted on second mounting plate (150), the air-suction cover (840) and the aspiration pump
(810) air inlet is connected to by second pipe (850).
3. a kind of automatic seam cutter of environmentally friendly cotton modeling woven bag production according to claim 1, it is characterised in that:
The two sides bending upward of first pressing plate (440) and second pressing plate (630).
4. a kind of automatic seam cutter of environmentally friendly cotton modeling woven bag production according to claim 1, it is characterised in that:
First drive roll (310), first passive guide roller (320), second drive roll (510) and described second are passively
Roller (520) structure is identical, and includes roll body (910) and the rubber sleeve (920) for being sheathed on the roll body (910) outer wall.
5. a kind of automatic seam cutter of environmentally friendly cotton modeling woven bag production according to claim 1, it is characterised in that:
The side of cabinet (100) length direction is opened wide, and the place of opening wide is equipped with gear door (170), the gear door (170) bottom and
The cabinet (100) is hinged, top is fastened with the cabinet (100), and the gear door (170) is made of transparent acrylic.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN113529289A (en) * | 2021-05-31 | 2021-10-22 | 杨俊波 | Magnetic-attraction synchronous type sewing machine feeding mechanism and using method thereof |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113529289A (en) * | 2021-05-31 | 2021-10-22 | 杨俊波 | Magnetic-attraction synchronous type sewing machine feeding mechanism and using method thereof |
| CN113529289B (en) * | 2021-05-31 | 2024-01-23 | 浙江芳华缝制设备有限公司 | Magnetic-induction synchronous type sewing machine feeding mechanism and using method thereof |
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