CN205396716U - Cutter seals mechanism - Google Patents
Cutter seals mechanism Download PDFInfo
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- CN205396716U CN205396716U CN201620223479.XU CN201620223479U CN205396716U CN 205396716 U CN205396716 U CN 205396716U CN 201620223479 U CN201620223479 U CN 201620223479U CN 205396716 U CN205396716 U CN 205396716U
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- cutting knife
- pressing plate
- guide rail
- sealing
- cutter
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Abstract
The utility model provides a cutter seals mechanism, including guide rail, cutter closing device and push rod motor, the cutter closing device sets up on the guide rail, push rod motor drive the cutter closing device is followed rail movements, the cutter closing device includes cutter motor, cam link, cutter, seals the clamp plate, cutter clamp plate, knife rest, seal heating device, motor frame and second cam, wherein, the cutter motor sets up on the motor frame, the cutter motor passes through the drive of the 2nd cam link the second cam. The utility model discloses in be provided with the cutter, seal the clamp plate, the cutter clamp plate, can realize, cutting off when sealed the packing coiled material.
Description
Technical field
This utility model relates to pure towel machine, in particular it relates to a kind of cutting knife enclosed mechanism.
Background technology
Facial tissues machine be a kind of spun-laced nonwoven fabric made with natural plant fibre for raw material, manufacture the dry towel of disposable clean and cold-hot moisture paper tissue, and realize the intelligent microcomputer environmental protection electrical equipment of instant rapid translating.Can momentarily for make required dry towel and cold-hot moisture paper tissue, and through high-temperature water disinfection, be truly realized convenient to use, clean health.Facial tissues machine is the life adapting to people, coordinates modern's pursuit to fashion, improves the custom using tradition towel, more safeguards that the health of consumer designs.Facial tissues machine according to user's needs, can immediately be made cold-hot moisture paper tissue, it is possible to quickly realize the conversion of hot and cold wet tissue by microcomputerized control.
But existing facial tissues machine is merely capable of producing cold-hot moisture paper tissue, it is impossible to automatically pack, thus greatly limit the extensive use of facial tissues machine.Therefore market be badly in need of a kind of pure towel packing device that can pack cold-hot moisture paper tissue.
Utility model content
For defect of the prior art, the purpose of this utility model is to provide a kind of cutting knife enclosed mechanism being applied in pure towel packing device.
According to the cutting knife enclosed mechanism that this utility model provides, including guide rail, cutting knife closing device and push-rod electric machine；
Described cutting knife closing device is arranged on described guide rail；Described push-rod electric machine drives described cutting knife closing device along described guide rail movement；
Described cutting knife closing device includes cutter motor, cam link, cutting knife, sealing pressing plate, cutting knife pressing plate, knife rest, sealing heater, motor rack and the second cam；
Wherein, described cutter motor is arranged on described motor rack；Described cutter motor drives described second cam by described second cam link；
Described sealing pressing plate, described cutting knife and cutting knife pressing plate are arranged in order and are arranged on described knife rest；Described sealing heater is arranged on the opposite face of described sealing pressing plate, described cutting knife and cutting knife pressing plate；Described second cam drives described sealing pressing plate, described cutting knife, cutting knife pressing plate to be pressed into the sealing pressing plate groove on described sealing heater, cutting knife groove, cutting knife pressing plate groove by reset position by described knife rest；
Described cutting knife pressing plate groove is provided with heater strip.
Preferably, extension spring is also included；One end of described extension spring connects described knife rest, and the other end connects described motor rack；
When described sealing pressing plate, described cutting knife, described cutting knife pressing plate are pressed into the sealing pressing plate groove on described sealing heater, cutting knife groove, cutting knife pressing plate groove, described extension spring is extended state；
When described extension spring is restored by extended state, described sealing pressing plate, described cutting knife, described cutting knife pressing plate is driven to restore.
Preferably, stage clip is also included；
One end of described stage clip connects motor rack, and the other end connects cutting knife pressing plate；
When described sealing pressing plate, described cutting knife, cutting knife pressing plate are when reset position, described stage clip is compressive state；When described cutting knife, cutting knife pressing plate press to described sealing heater, described stage clip promotes described cutting knife pressing plate to press to described cutting knife pressing plate groove, thus cutting knife pressing plate contacts with described sealing heater prior to described sealing pressing plate, described cutting knife.
Preferably, the first guide rail sliding chute seat and the second guide rail sliding chute seat are also included；
Described first guide rail sliding chute seat, described second guide rail sliding chute seat two ends connect the first linear bearing group of described guide rail, the second linear bearing group respectively；
Described motor rack, described knife rest, described sealing heater are arranged on described first guide rail sliding chute seat, described second guide rail sliding chute seat.
Preferably, described guide rail includes the first guide rail axis fixing plate, the second guide rail axis fixing plate, the first lead rail axis, the second lead rail axis, the first linear bearing group, the second linear bearing group；
Wherein, one end of described first lead rail axis connects described first guide rail axis fixing plate one end, and the other end connects one end of described second guide rail axis fixing plate；
One end of described second lead rail axis connects the described first guide rail axis fixing plate other end, and the other end connects the other end of described second guide rail axis fixing plate.
Compared with prior art, this utility model has following beneficial effect:
1, this utility model is provided with cutting knife, sealing pressing plate, cutting knife pressing plate, it is possible to realize, when packaging coiled material is sealed, cutting off；
2, this utility model simple in construction is rationally distributed, it is easy to promote；
3, this utility model is provided with stage clip, it is possible to promote described cutting knife pressing plate to press to described cutting knife pressing plate groove, thus cutting knife pressing plate contacts with described sealing heater prior to described sealing pressing plate, described cutting knife.
Accompanying drawing explanation
By reading detailed description non-limiting example made with reference to the following drawings, other features, objects and advantages of the present utility model will become more apparent upon:
Fig. 1, Fig. 2 illustrate the structural representation of pure towel packing device in this utility model；
Fig. 3, Fig. 4, Fig. 5 are the structural representation that in this utility model, structure of answering a pager's call rolled over by coiled material；
Fig. 6, Fig. 7, Fig. 8 are the structural representation sending towel panel turnover mechanism in this utility model；
Fig. 9, Figure 10, Figure 11 are the structural representation of cutting knife enclosed mechanism in this utility model；
Figure 12, Figure 13 are the structural representation of upper enclosed mechanism in this utility model.
In figure: 1, packaging coiled material；2, coiled material fixed mechanism；3, structure of answering a pager's call rolled over by coiled material；4, towel panel turnover mechanism is sent；5, cutting knife enclosed mechanism；6, upper enclosed mechanism；301, coiled material transition side plate；302, transition wheel；303, rebound；304, outer dieplate；305, interior dieplate；306, forming open plate；307, the fixing seat of dieplate；401, drip tray；402, left plate；403, right plate；404, the first motor；405, the first cam；406, first connecting rod；407, second connecting rod；408, turnover panel；409, the second motor；410, driven gear；411, driving gear；412, power transmission shaft；413, conveyer belt；501, push-rod electric machine；502, cutter motor；503, the first guide rail axis fixing plate；504, the first lead rail axis；505, the first linear bearing group；506, the first guide rail sliding chute seat；507, sealing heater；508, sealing pressing plate；509, cutting knife pressing plate；510, cam link；511, cutting knife；512, stage clip；513, extension spring；514, the second cam；601, plate bracket；602, the 3rd motor；603, gear；604, tooth bar axle bed；605, rack shaft；606, sensing chip；607, upper microswitch；608, left pressing plate heater；609, right side pressing plate；610, fixing seat；611, the first fixing seat of hinge；612, third connecting rod.
Detailed description of the invention
Below in conjunction with specific embodiment, this utility model is described in detail.Following example will assist in those skilled in the art and are further appreciated by this utility model, but do not limit this utility model in any form.It should be pointed out that, to those skilled in the art, without departing from the concept of the premise utility, it is also possible to make some deformation and improvement.These broadly fall into protection domain of the present utility model.
In the present embodiment, the pure towel packing device that this utility model provides, roll over structure 3 of answering a pager's call including coiled material fixed mechanism 2, coiled material, send towel panel turnover mechanism 4, cutting knife enclosed mechanism 5 and upper enclosed mechanism 6；
Wherein, described coiled material folding structure 3 of answering a pager's call is arranged on the upside of described coiled material fixed mechanism 2；Described send towel panel turnover mechanism 4 to be arranged on described coiled material folding to answer a pager's call on the upside of structure 3；Described cutting knife enclosed mechanism 5 is arranged on described coiled material and rolls over the downstream of structure 3 of answering a pager's call, and described upper enclosed mechanism 6 is arranged on the downstream of described cutting knife enclosed mechanism 5；
Described coiled material fixed mechanism 2 is for fixing and packaging coiled material 1；
Described coiled material is rolled over structure 3 of answering a pager's call and is become U-shaped again for packaging coiled material 1 folding carried by coiled material fixed mechanism 2 and keep opening；
Described towel panel turnover mechanism 4 is sent to become again in the packaging coiled material 1 of U-shaped for the pure towel made is delivered to folding by described opening；
Described cutting knife enclosed mechanism 5 is closed for the two-port that the U-shaped comprising pure towel is packed coiled material 1, is cut off formation entire package bag, and is pulled out by described entire package bag；
Described upper enclosed mechanism 6 is used for clamping described entire package bag, and is closed by the upper side edge of described entire package bag.
Described coiled material fixed mechanism 2 includes rotating shaft；
Described rotating shaft is provided with packaging coiled material 1.
Described coiled material is rolled over structure 3 of answering a pager's call and is included transition wheel 302, outer dieplate 304, interior dieplate 305 and forming open plate 306；
Described outer dieplate 304 and described interior dieplate 305 form molding structure；Described forming open plate 306 is arranged in described molding structure, and described molding structure is divided into the first forming area and the second forming area, the first forming area and the connection of the second forming area take the shape of the letter U；
Described transition wheel 302 is arranged on the upstream of described molding structure, and is arranged on the upside of described coiled material fixed mechanism 2；
The packaging coiled material 1 of described coiled material fixed mechanism 2 enters described molding structure by described transition wheel 302 and forms U-shaped packaging coiled material 1.
The quantity of described transition wheel 302 is 5, is specially First Transition wheel, the second transition wheel, the 3rd transition wheel, the 4th transition wheel and the 5th transition wheel；
Described second transition wheel is arranged on the upside of described First Transition wheel；Described 3rd transition wheel is arranged between described second transition wheel and the 4th transition wheel, and is arranged on the downside of the second transition wheel and the 4th transition wheel；5th transition wheel and the 4th transition wheel are oppositely arranged, and are arranged on the upside of described 5th transition wheel；
The packaging coiled material 1 of described coiled material fixed mechanism 2 passes sequentially through the upper side entrance described molding structure formation U-shaped packaging coiled material 1 of the downside of First Transition wheel, the upper side of the second transition wheel, the downside of the 3rd transition wheel, the 4th transition wheel.
Preferably, coiled material transition side plate 301 and rebound 303 are also included；
Wherein, described transition wheel 302 is arranged on described coiled material transition side plate 301；One end of described rebound 303 connects the upper end of described coiled material transition side plate 301, and the other end connects the upper end of described outer dieplate 304, interior dieplate 305.
Preferably, the fixing seat 307 of dieplate is also included；
Wherein, described forming open plate 306 is arranged on the fixing seat 307 of described dieplate；The fixing seat 307 of dieplate is provided with coiled material outlet.
Described towel panel turnover mechanism 4 is sent to include the first motor 404, driving gear 411, driven gear 410, delivery board, power transmission shaft 412, conveyer belt 413 and panel turnover mechanism；
Wherein, one end of described delivery board is provided with clutch shaft bearing, the other end is provided with the second bearing；Described conveyer belt 413 is arranged on described clutch shaft bearing, described second bearing and described power transmission shaft 412；
Described first motor 404 passes sequentially through described driving gear 411, described driven gear 410, described power transmission shaft 412 drive described conveyer belt 413；
Described panel turnover mechanism is arranged on one end of described delivery board, and when the pure towel on described conveyer belt 413 is delivered on described panel turnover mechanism, the turnover panel of described panel turnover mechanism is dug and delivered in the U-shaped packaging coiled material 1 that folding is multiple by described opening by pure towel.
Described panel turnover mechanism includes second motor the 409, first cam 405, first connecting rod 406, second connecting rod 407, drives axle and turnover panel 408；
Described second motor 409 connects described first cam 405；One end of first connecting rod 406 connects the outer rim of described first cam 405, and the other end connects one end of described second connecting rod 407, and the other end of second connecting rod 407 connects described driving axle；Described turnover panel 408 is arranged on described driving axle, it is possible to the motion of described driving axle；
Wherein, described second motor 409 passes sequentially through the first cam 405, first connecting rod 406, second connecting rod 407, drive shaft turnover panel 408 are dug or fallen；
The port of export of described turnover panel 408 rolls over the molding structure of structure 3 of answering a pager's call towards described coiled material.
Preferably, left plate 402 and right plate 403 are also included；
Wherein, the both sides of described delivery board are respectively arranged with left plate 402 and right plate 403；Transfer passage is formed between described left plate 402 and described right plate 403.
Preferably, drip tray 401 is also included；
Wherein, described drip tray 401 is arranged on the other end of described delivery board；The two ends of described drip tray 401 connect left plate 402 and right plate 403 respectively.
The both sides of described turnover panel 408 are provided with guide plate.
Described cutting knife enclosed mechanism 5 includes guide rail, cutting knife closing device and push-rod electric machine 501；
Described cutting knife closing device is arranged on described guide rail；Described push-rod electric machine 501 drives described cutting knife closing device along described guide rail movement；
Described cutting knife closing device includes cutter motor 502, cam link 510, cutting knife 511, sealing pressing plate 508, cutting knife pressing plate 509, knife rest, sealing heater 507, motor rack and the second cam 514；
Wherein, described cutter motor 502 is arranged on described motor rack；Described cutter motor 502 drives described second cam 514 by described cam link 510；
Described sealing pressing plate 508, described cutting knife and cutting knife pressing plate 509 are arranged in order and are arranged on described knife rest；Described sealing heater 507 is arranged on the opposite face of described sealing pressing plate 508, described cutting knife and cutting knife pressing plate 509；Described second cam 514 drives described sealing pressing plate 508, described cutting knife, cutting knife pressing plate 509 to be pressed into the sealing pressing plate groove on described sealing heater 507, cutting knife groove, cutting knife pressing plate groove by reset position by described knife rest；
It is provided with heater strip in described cutting knife pressing plate groove.
Preferably, extension spring 513 is also included；One end of described extension spring 513 connects described knife rest, and the other end connects described motor rack；
When described sealing pressing plate 508, described cutting knife 511, described cutting knife pressing plate 509 are pressed into the sealing pressing plate groove on described sealing heater 507, cutting knife groove, cutting knife pressing plate groove, described extension spring 513 is in extended state；
When described extension spring 513 is restored by extended state, described sealing pressing plate 508, described cutting knife 511, described cutting knife pressing plate 509 is driven to restore.
Preferably, stage clip 512 is also included；
One end of described stage clip 512 connects motor rack, and the other end connects cutting knife pressing plate 509；
When described sealing pressing plate 508, described cutting knife 511, cutting knife pressing plate 509 are when reset position, described stage clip 512 is in compressive state；When described cutting knife 511, cutting knife pressing plate 509 press to described sealing heater 507, described stage clip 512 promotes described cutting knife pressing plate 509 to press to described cutting knife pressing plate groove, thus cutting knife pressing plate 509 contacts with described sealing heater 507 prior to described sealing pressing plate 508, described cutting knife 511.
Preferably, the first guide rail sliding chute seat 506 and the second guide rail sliding chute seat is also included；
Described first guide rail sliding chute seat 506, described second guide rail sliding chute seat two ends connect first linear bearing group the 505, second linear bearing group of described guide rail respectively；
Described motor rack, described knife rest, described sealing heater 507 are arranged on described first guide rail sliding chute seat 506, described second guide rail sliding chute seat.
Described guide rail includes first guide rail axis fixing plate the 503, second guide rail axis fixing plate, the first lead rail axis, the second lead rail axis, first linear bearing group the 505, second linear bearing group；
Wherein, one end of described first lead rail axis connects described first guide rail axis fixing plate 503 one end, and the other end connects one end of described second guide rail axis fixing plate；
One end of described second lead rail axis connects described first guide rail axis fixing plate 503 other end, and the other end connects the other end of described second guide rail axis fixing plate.
Described first linear bearing group 505 is arranged in the first lead rail axis 504；Described second linear bearing group is arranged in the second lead rail axis.
Described upper enclosed mechanism 6 includes plate bracket the 601, the 3rd motor 602, gear 603, rack shaft 605, tooth bar axle bed 604, third connecting rod 612, fourth link, left pressing plate heater 608 and right side pressing plate 609；
Wherein, described 3rd motor 602 and described tooth bar axle bed 604 are arranged on the upper side of described plate bracket 601；Described rack shaft 605 is arranged in described tooth bar axle bed 604 and passes rear one end of hinged described third connecting rod 612, fourth link one end by described plate bracket 601；The upper side of the hinged described left pressing plate heater 608 of the other end of described third connecting rod 612, the other end hinged described right side pressing plate 609 upper side of fourth link；
Described fixing seat 611 connects described plate bracket 601；One end of described left pressing plate heater 608, described right side pressing plate 609 the hinged described fixing seat 611 in one end.
Described 3rd motor 602 drives described rack shaft 605 to move in tooth bar axle bed 604 by described gear 603；When described rack shaft 605 moves upward, described rack shaft 605 drives left pressing plate heater 608 and right side pressing plate 609 to open by third connecting rod 612, fourth link；When described rack shaft 605 moves downward, described rack shaft 605 drives the upper side edge that left pressing plate heater 608 and right side pressing plate 609 Guan Bi clamp described entire package bag to carry out heat-seal by third connecting rod 612, fourth link.
Preferably, sensing chip 606, upper microswitch 607, lower microswitch are also included；
Described sensing chip 606 is arranged on described rack shaft 605；Described upper microswitch 607, described lower microswitch are arranged on described plate bracket；Sensing chip motion interval is formed between described upper microswitch 607, described lower microswitch；
Described sensing chip 606 is arranged in described sensing chip motion interval.
Preferably, controller is also included；
Wherein, described controller electrically connects described 3rd motor, sensing chip 606, upper microswitch 607 and lower microswitch.
Preferably, the first fixing seat of hinge 611 and the second fixing seat of hinge is also included；
Wherein, the other end of described third connecting rod 612 is by the upper side of left pressing plate heater 608 described in the first fixing seat of hinge hinged 611, the other end the second fixing seat of hinge hinged described right side pressing plate 609 upper side of fourth link.
Above specific embodiment of the utility model is described.It is to be appreciated that this utility model is not limited to above-mentioned particular implementation, those skilled in the art can make various deformation or amendment within the scope of the claims, and this has no effect on flesh and blood of the present utility model.
Claims (5)
1. a cutting knife enclosed mechanism, it is characterised in that include guide rail, cutting knife closing device and push-rod electric machine；
Described cutting knife closing device is arranged on described guide rail；Described push-rod electric machine drives described cutting knife closing device along described guide rail movement；
Described cutting knife closing device includes cutter motor, cam link, cutting knife, sealing pressing plate, cutting knife pressing plate, knife rest, sealing heater, motor rack and the second cam；
Wherein, described cutter motor is arranged on described motor rack；Described cutter motor drives described second cam by described cam link；
Described sealing pressing plate, described cutting knife and cutting knife pressing plate are arranged in order and are arranged on described knife rest；Described sealing heater is arranged on the opposite face of described sealing pressing plate, described cutting knife and cutting knife pressing plate；Described second cam drives described sealing pressing plate, described cutting knife, cutting knife pressing plate to be pressed into the sealing pressing plate groove on described sealing heater, cutting knife groove, cutting knife pressing plate groove by reset position by described knife rest；
It is provided with heater strip in described cutting knife pressing plate groove.
2. cutting knife enclosed mechanism according to claim 1, it is characterised in that also include extension spring；One end of described extension spring connects described knife rest, and the other end connects described motor rack；
When described sealing pressing plate, described cutting knife, described cutting knife pressing plate are pressed into the sealing pressing plate groove on described sealing heater, cutting knife groove, cutting knife pressing plate groove, described extension spring is extended state；
When described extension spring is restored by extended state, described sealing pressing plate, described cutting knife, described cutting knife pressing plate is driven to restore.
3. cutting knife enclosed mechanism according to claim 2, it is characterised in that also include stage clip；
One end of described stage clip connects motor rack, and the other end connects cutting knife pressing plate；
When described sealing pressing plate, described cutting knife, cutting knife pressing plate are when reset position, described stage clip is compressive state；When described cutting knife, cutting knife pressing plate press to described sealing heater, described stage clip promotes described cutting knife pressing plate to press to described cutting knife pressing plate groove, thus cutting knife pressing plate contacts with described sealing heater prior to described sealing pressing plate, described cutting knife.
4. cutting knife enclosed mechanism according to claim 1, it is characterised in that also include the first guide rail sliding chute seat and the second guide rail sliding chute seat；
Described first guide rail sliding chute seat, described second guide rail sliding chute seat two ends connect the first linear bearing group of described guide rail, the second linear bearing group respectively；
Described motor rack, described knife rest, described sealing heater are arranged on described first guide rail sliding chute seat, described second guide rail sliding chute seat.
5. cutting knife enclosed mechanism according to claim 4, it is characterised in that described guide rail includes the first guide rail axis fixing plate, the second guide rail axis fixing plate, the first lead rail axis, the second lead rail axis, the first linear bearing group, the second linear bearing group；
Wherein, one end of described first lead rail axis connects described first guide rail axis fixing plate one end, and the other end connects one end of described second guide rail axis fixing plate；
One end of described second lead rail axis connects the described first guide rail axis fixing plate other end, and the other end connects the other end of described second guide rail axis fixing plate；
Described first linear bearing group is arranged in the first lead rail axis；Described second linear bearing group is arranged in the second lead rail axis.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620223479.XU CN205396716U (en) | 2016-03-22 | 2016-03-22 | Cutter seals mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620223479.XU CN205396716U (en) | 2016-03-22 | 2016-03-22 | Cutter seals mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205396716U true CN205396716U (en) | 2016-07-27 |
Family
ID=56423542
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620223479.XU Active CN205396716U (en) | 2016-03-22 | 2016-03-22 | Cutter seals mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205396716U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109353610A (en) * | 2018-11-28 | 2019-02-19 | 上海克拉方今环保科技有限公司 | A kind of non-woven fabrics aluminium foil bag horizontal sealing vertical closure contact pin mechanism |
-
2016
- 2016-03-22 CN CN201620223479.XU patent/CN205396716U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109353610A (en) * | 2018-11-28 | 2019-02-19 | 上海克拉方今环保科技有限公司 | A kind of non-woven fabrics aluminium foil bag horizontal sealing vertical closure contact pin mechanism |
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Legal Events
| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20200508 Address after: 200120 Room 102, building 20, No. 1-28, Lane 588, Tianxiong Road, Pudong New Area, Shanghai Patentee after: Shanghai Xianshi health care products Co., Ltd Address before: 201611, 469, three Bang Road, seven, Shanghai, Songjiang District Patentee before: SHANGHAI CARE-KERCHIEF ENVIRONMENT TECHNOLOGY Co.,Ltd. |
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| TR01 | Transfer of patent right |