CN203359488U - Single-side transferring turnover device - Google Patents
Single-side transferring turnover device Download PDFInfo
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- CN203359488U CN203359488U CN 201320197839 CN201320197839U CN203359488U CN 203359488 U CN203359488 U CN 203359488U CN 201320197839 CN201320197839 CN 201320197839 CN 201320197839 U CN201320197839 U CN 201320197839U CN 203359488 U CN203359488 U CN 203359488U
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Abstract
The utility model relates to a single-side transferring turnover device, wherein a transferring card is directly tuned over at 90 DEG after being moved for a distance through action of a connecting rod when a long cylinder and a short cylinder in the utility module are pushed out, a bag pressing plate is driven by a bag pressing cylinder on the upper end in order for adjustment of space inside the transferring card, adaption to size of a conveyed salt bag, compaction of the salt bag pushed inside and prevention of unexpected faults occurring in turnover due to loosening; and the stacked salt bag shall be pushed into a first turnover position as a principal for the short cylinder, namely the salt bag inside the transferring card shall be ensured to be under a controlled state and no dumping or sliding will occur due to a bag-pushing cylinder is returned and the long cylinder shall be immediately pushed out when movements of the short cylinder are completed so that the transferring cards can be turned over to the horizontal position and the cylinder is disposed in order to shorten the time for the completion of all the movements by the system and effectively increase the working efficiency of the turnover transferring.
Description
Technical field
The utility model relates to a kind of monolateral transfer turning device.
Background technology
In existing salt chemical engineering industry, shift the turning device use comparatively extensive, this device need be realized shifting and two actions of overturning simultaneously.Generally, transfer action often adopts the guide rod slide block mechanism, and air cylinder driven or motor drive; Rotary movement adopts a rotary cylinder or swinging arms of cylinder structure to realize again in addition.Although this structure design can meet design requirement fully in principle and actual the use, because mechanism is comparatively complicated, less stable, design cost is relatively high, often the smooth operation of whole equipment or manufacturing line is brought to considerable influence; And in like product, limitation due to its function and structure, although can realize shifting the function of upset, but for profile rule or to pile up irregular material applicability poor not too, easily in the upset transfer process, occur that material collapses, the series of problems such as landing or the broken bag-like material of card, have a strong impact on the stability of complete machine serviceability, just in the urgent need to researching and developing, a kind of mechanism is simply small and exquisite, the adaptation material is more extensive for this, shifts tilt-stable transfer turning device high, that manufacturing cost is lower and solves this problem.
Summary of the invention
The purpose of this utility model is exactly in order to overcome above-mentioned deficiency, provide a kind of simple in structure, compact, adaptive surface extensive,, stable working state lower to material shapes and Gesture, lower-cost a kind of monolateral transfer turning device.
The technical solution of the utility model is:
A kind of monolateral transfer turning device, mainly comprise the cylinder of losing heart, long cylinder, the tailstock connecting panel, the air cylinder tailstock annex, transition connecting plate, the cylinder track base, the cylinder splice plate, floating junction, bed plate, two connecting rod tailstocks, slide block, line slideway, traversing carriage, two connecting rods, two oscillating bearings, press the bag cylinder, press wrapper sheet, transition card, the lamination baffle plate, the lamination push pedal, the push pedal seat, cylinder block, lamination pushes away the bag cylinder, six roots of sensation cylinder guide rod, the baffle plate cylinder, the pumping board cylinder, support, pumping board, the lamination end-stopping plate, frame and laminated device form, and it is characterized in that: the frame of laminated device, frame and cylinder track base are separately fixed on bed plate, line slideway and transition connecting plate are separately fixed on the cylinder track base, the afterbody of long cylinder is fixed on transition connecting plate by tailstock connecting panel and air cylinder tailstock annex, long cylinder head is connected with the afterbody of the cylinder of losing heart and is placed on the cylinder track base by the cylinder splice plate, the head of cylinder of losing heart is connected with traversing carriage by floating junction, the bottom of traversing carriage is fixedly on slide block, slide block is stuck in line slideway and can slides, and traversing carriage is connected with transition card by the bearing pin II, one end of two connecting rods is fixed on cylinder track base both sides symmetrically by a connecting rod tailstock respectively, every connecting rod is connected with a plate on being fixed on transition card by an oscillating bearing and bearing pin I respectively, press the bag cylinder to be fixed on transition card, press the bag cylinder to connect and press wrapper sheet, cylinder block is fixed on the lamination card of laminated device, lamination pushes away the bag cylinder and is fixed on cylinder block, two cylinder guide rods are connected with the push pedal seat through on cylinder block respectively, the lamination push pedal is fixedly on the push pedal seat, support is fixed on frame, and baffle plate cylinder, pumping board cylinder are fixed on support by cylinder block respectively, and pumping board is fixed on two cylinder guide rods through the pumping board cylinder block, the lamination baffle plate is fixed on two cylinder guide rods through the baffle plate cylinder block, and the lamination end-stopping plate is fixed on support.
The utility model also comprises cushion pad, and cushion pad is fixed on traversing carriage and is supporting transition card.
The utility model also comprises cylinder anti-rotation cushion block, and cylinder anti-rotation cushion block pad is between long cylinder and cylinder track base.
The utility model also comprises two laminations adjusting backplate link spans, lamination backplate, laminations adjusting backplate, two laminations are regulated the backplate link span and are separately fixed on the frame of laminated device, the lamination backplate is fixed on a lamination and regulates on the backplate link span, and lamination is regulated backplate and is fixed on another piece lamination adjusting backplate link span.
Described laminated device adopts " the automatic laminated device of a kind of salt bag " that the patent No. is ZL 201020629572.3.At the lamination of installing, regulate under the lamination card side combined action in backplate connection, lamination baffle plate and laminated device, when pressure realizes salt bag lamination, rule is neat, deflection does not occur, while it is characterized in that guaranteeing salt bag lamination, force to be limited in the fixing box in four limit, make salt Bao Buhui left back four direction run-off the straight or landing forwards, backwards, realize that lamination is neat; Pumping board realizes that under the drive of pumping board cylinder buffering connects bag, for layer pushes away after the salt bag wrapped after cylinder completes lamination pushes in transition card the lamination clamping bag time of returning to again the buffering laminated device, realizes producing continuously, does not shut down; The lamination baffle plate is under the drive of baffle plate cylinder, crank motion, when cylinder is released, the lamination baffle plate is fixedly sides of box of four limits when salt bag lamination, after lamination completes, cylinder drives the lamination baffle plate and retracts, and opens the salt bag that layer pushes away after the bag cylinder completes lamination and pushes the passage in transition card, realizes that salt after lamination is bundled into merit and shifts for the first time.
The cylinder of losing heart that transition card of the present utility model is connected by two tail ends simultaneously drives jointly with long cylinder, directly by connecting rod, realize transfer and the upset to salt bag in transition card simultaneously, the cylinder rear end is arranged on the tailstock support, the head end of cylinder is arranged on traversing carriage, transition card is arranged on traversing carriage, traversing carriage is directly installed on guide rail slide block, after long cylinder and the cylinder of losing heart are released, transition card moves right after certain distance under the effect of connecting rod, directly upset is 90 °, the pressure bag cylinder band dynamic pressure wrapper sheet of upper end, be used for regulating the space in transition card, adapt to the size of carrying the salt bag, be used for compressing the salt bag pushed simultaneously, while preventing from overturning because becoming flexible, the fault that cannot expect appears, for the cylinder of losing heart, mainly realize that salt bag after lamination completes pushes the first flip bit after transition card, guarantee that salt bag in transition card is still in slave mode, can not return and topple over or the landing phenomenon because pushing away the bag cylinder, for long cylinder, after the cylinder execution of losing heart, release at once, make transition card be turned to horizontal position, the meaning that this cylinder exists is that the shortening system completes the time of everything, effectively improves the work efficiency that upset is shifted.
Technological merit of the present utility model is:
1, integral structure is comparatively compact, small and exquisite simple, shifts tilt-stable high, easy to maintenance, easy to adjust, saves and takes up an area space.
2, this device adopts modular design, during use, directly is put on the large frame of complete machine, can freely change.
3, self-regulating rotary moves space in card, can meet the conveying of different size salt bag, and can effectively improve stability.
4, this mechanism adopts cylinder and connecting rod mechanism, simple in structure, can effectively reduce cost of manufacture, improves the stability of operation, and structure is small and exquisite, stable.
5, both sides adopt double connecting rod, can effectively improve the stability of this device operation.
6, upset adopts two independently connected cylinders of tail end, and the travel settings of overturning is 2 working positions, not only can effectively increase work efficiency, and more can increase substantially the stability of upset.
The space that 7, can make salt bag lamination close in four bandings fully forces to realize the neat of salt bag lamination that the stability that enters transition card for pushing away bag is laid a solid foundation in advance.
8, the pumping board of lamination upper end can effectively cushion the time that lamination completes the pusher bag, realizes not shutting down continuous production.
9, lamination push away the bag cylinder be fixed on the lamination card of laminated device 1, along with the lamination card moves together, not only can remove the trouble of frequent adjusting from, more can automatically become one side that four bandings close space, effectively improve the stability of lamination attitude.
10, realize transfer and the turn over function of salt bag after lamination.
The accompanying drawing explanation
The positive over glaze that Fig. 1 is the utility model structure measures intention.
The reverse side axle that Fig. 2 is the utility model structure measures intention.
Fig. 3 is the utility model position view of cylinder after releasing of losing heart.
Fig. 4 a is the utility model position view (front elevation) that cylinder and long cylinder release simultaneously of losing heart.Fig. 4 b is the utility model birds-eye view schematic diagram corresponding to position that cylinder and long cylinder release simultaneously of losing heart.
The specific embodiment
The invention is further described by reference to the accompanying drawings.
As Fig. 1, Fig. 2, Fig. 3 and Fig. 4 a, shown in Fig. 4 b, a kind of monolateral transfer turning device, mainly comprise bearing pin I 1-1, cushion pad 1-2, cylinder 1-3 loses heart, long cylinder 1-4, tailstock connecting panel 1-5, air cylinder tailstock annex 1-6, transition connecting plate 1-7, cylinder track base 1-8, cylinder anti-rotation cushion block 1-9, cylinder splice plate 1-10, floating junction 1-11, bed plate 1-12, two connecting rod tailstock 1-13, slide block 1-14, line slideway 1-15, traversing carriage 1-16, bearing pin II 1-17, two connecting rod 1-18, two oscillating bearing 1-19, press bag cylinder 1-20, press wrapper sheet 1-21, transition card 1-22, lamination baffle plate 1-23, two laminations are regulated backplate link span 1-24, lamination push pedal 1-25, push pedal seat 1-26, cylinder block 1-27, lamination pushes away bag cylinder 1-28, six roots of sensation cylinder guide rod 1-29, baffle plate cylinder 1-31, pumping board cylinder 1-32, support 1-33, pumping board 1-34, lamination end-stopping plate 1-35, lamination backplate 1-36, lamination is regulated backplate 1-37, frame 1-38 and laminated device 1 form, and it is characterized in that: the frame of laminated device 1, frame 1-38 and cylinder track base 1-8 are separately fixed on bed plate 1-12, line slideway 1-15 and transition connecting plate 1-7 are separately fixed on cylinder track base 1-8, the afterbody of long cylinder 1-4 is fixed on transition connecting plate 1-7 by tailstock connecting panel 1-5 and air cylinder tailstock annex 1-6, long cylinder 1-4 head is connected with the afterbody of the cylinder 1-3 that loses heart and is placed on cylinder track base 1-8 by cylinder splice plate 1-10 and goes up and be lined with cylinder anti-rotation cushion block 1-9, the head of cylinder 1-3 of losing heart is connected with traversing carriage 1-16 by floating junction 1-11, the bottom of traversing carriage 1-16 is fixedly on slide block 1-14, slide block 1-14 is stuck in line slideway 1-15 and can slides, traversing carriage 1-16 is connected with transition card 1-22 by bearing pin II 1-17, cushion pad 1-2 is fixed on traversing carriage 1-16 and goes up and supporting transition card 1-22, the end of two connecting rod 1-18 is fixed on cylinder track base 1-8 both sides symmetrically by connecting rod tailstock 1-13 respectively, every connecting rod 1-18 is connected with a plate on being fixed on transition card 1-22 by an oscillating bearing 1-19 and bearing pin I 1-1 respectively, press bag cylinder 1-20 to be fixed on transition card 1-22 upper, press bag cylinder 1-20 to connect and press wrapper sheet 1-21, two laminations are regulated backplate link span 1-24 and are separately fixed on the frame of laminated device 1, cylinder block 1-27 is fixed on the lamination card of laminated device 1, lamination pushes away bag cylinder 1-28 and is fixed on cylinder block 1-27, two cylinder guide rod 1-29 are connected with push pedal seat 1-26 through cylinder block 1-27 is upper respectively, lamination push pedal 1-25 is fixedly on push pedal seat 1-26, support 1-33 is fixed on frame 1-38, lamination backplate 1-36 is fixed on a lamination and regulates on backplate link span 1-24, lamination is regulated backplate 1-37 and is fixed on another piece lamination adjusting backplate link span 1-24, baffle plate cylinder 1-31, pumping board cylinder 1-32 is fixed on support 1-33 by cylinder block respectively, pumping board 1-34 is fixed on two cylinder guide rods through the pumping board cylinder block, lamination baffle plate 1-23 is fixed on two cylinder guide rods through the baffle plate cylinder block, lamination end-stopping plate 1-35 is fixed on support 1-33, on the upper electromagnetic valve of installing of electromagnetism valve bonnet 1-30 cover stent 1-33.
In transfer turning device of the present utility model, laminated device 1 is regulated under the lamination card side combined action in backplate connection 1-37 and lamination baffle plate 1-23 and laminated device 1 at the lamination of installing, when pressure realizes salt bag lamination, rule is neat, deflection does not occur, in the time of guaranteeing salt bag lamination, force to be limited in the fixing box in four limit, make salt Bao Buhui left back four direction run-off the straight or landing forwards, backwards, realize that lamination is neat; Pumping board 1-34 realizes that under the drive of pumping board cylinder 1-32 buffering connects bag, for layer pushes away after the salt bag wrapped after cylinder 1-28 completes lamination pushes in transition card 1-22 the lamination clamping bag time of returning to again buffering laminated device 1, realizes producing continuously, does not shut down; Lamination baffle plate 1-23 is under the drive of baffle plate cylinder 1-31, crank motion, when cylinder is released, lamination baffle plate 1-23 is fixedly sides of box of four limits when salt bag lamination, after lamination completes, baffle plate cylinder 1-31 drives lamination baffle plate 1-23 and retracts, and opens the salt bag that layer pushes away after bag cylinder 1-28 completes lamination and pushes the passage in transition card 1-22, realizes that salt after lamination is bundled into merit and shifts for the first time.
The cylinder 1-3 that loses heart that transition card 1-22 of the present utility model is connected by two tail ends simultaneously drives jointly with long cylinder 1-4, directly by connecting rod, realize transfer and the upset to salt bag in transition card 1-22 simultaneously, transition card is arranged on traversing carriage 1-16, traversing carriage 1-16 is directly installed on guide rail slide block, after the cylinder 1-3 that loses heart releases with long cylinder 1-4, transition card moves right after certain distance under the effect of connecting rod, directly upset is 90 °, the pressure bag cylinder 1-20 band dynamic pressure wrapper sheet 1-21 of upper end, be used for regulating the space in transition card, adapt to the size of carrying the salt bag, be used for compressing the salt bag pushed simultaneously, while preventing from overturning because becoming flexible, the fault that cannot expect appears, for the cylinder 1-3 that loses heart, mainly realize that salt bag after lamination completes pushes the first flip bit after transition card 1-22, guarantee that salt bag in transition card is still in slave mode, can not return and topple over or the landing phenomenon because pushing away the bag cylinder, for long cylinder 1-4, after the cylinder 1-3 execution of losing heart, release at once, make transition card 1-22 be turned to horizontal position, the meaning that this cylinder exists is that the shortening system completes the time of everything, effectively improves the work efficiency that upset is shifted.
The principle of work of this invention is:
As shown in Figure 3, when system starts, lamination baffle plate 1-23 releases under the drive of baffle plate cylinder 1-31, be positioned at a side of the lamination card of laminated device 1, the lamination surrounding by the lamination card of lamination baffle plate 1-23, lamination push pedal 1-25, lamination end-stopping plate 1-35 and laminated device 1, is forced neat environment for lamination provides respectively, salt wraps under the conveying of transition belt feeder and directly flies on the lamination card of laminated device in place 1, system starts counting, after reaching 10 layers, pumping board 1-34 stretches out and continues to connect bag under the drive of pumping board cylinder 1-32, simultaneously, lamination baffle plate 1-23 recalls under the drive of baffle plate cylinder 1-31, open a passage, lamination push pedal 1-25 pushes away under the promotion of bag cylinder 1-28 at lamination, 10 layers of salt bag that complete lamination are pushed to transition card 1-22, the while holding position, until lose heart, cylinder 1-3 releases fully, make transition card 1-22 after a of position shown in Fig. 3, lamination push pedal 1-25 pushes away under the drive of wrapping cylinder 1-28 and recalls at lamination, simultaneously the lamination card of laminated device 1 also is retracted into and connects package location and start again to connect bag, now pumping board 1-34 recalls, simultaneously, long cylinder 1-4 releases, shift transition card onto position b shown in Fig. 4 a, complete whole rotary movements, now, the position c of supporting equipment from Fig. 4 b all releases the salt bag in transition card to other station with it, complete whole upset transfer action.
Claims (4)
1. a monolateral transfer turning device, mainly comprise the cylinder of losing heart, long cylinder, the tailstock connecting panel, the air cylinder tailstock annex, transition connecting plate, the cylinder track base, the cylinder splice plate, floating junction, bed plate, two connecting rod tailstocks, slide block, line slideway, traversing carriage, two connecting rods, two oscillating bearings, press the bag cylinder, press wrapper sheet, transition card, the lamination baffle plate, the lamination push pedal, the push pedal seat, cylinder block, lamination pushes away the bag cylinder, six roots of sensation cylinder guide rod, the baffle plate cylinder, the pumping board cylinder, support, pumping board, the lamination end-stopping plate, frame and laminated device form, and it is characterized in that: the frame of laminated device, frame and cylinder track base are separately fixed on bed plate, line slideway and transition connecting plate are separately fixed on the cylinder track base, the afterbody of long cylinder is fixed on transition connecting plate by tailstock connecting panel and air cylinder tailstock annex, long cylinder head is connected with the afterbody of the cylinder of losing heart and is placed on the cylinder track base by the cylinder splice plate, the head of cylinder of losing heart is connected with traversing carriage by floating junction, the bottom of traversing carriage is fixedly on slide block, slide block is stuck in line slideway and can slides, and traversing carriage is connected with transition card by the bearing pin II, one end of two connecting rods is fixed on cylinder track base both sides symmetrically by a connecting rod tailstock respectively, every connecting rod is connected with a plate on being fixed on transition card by an oscillating bearing and bearing pin I respectively, press the bag cylinder to be fixed on transition card, press the bag cylinder to connect and press wrapper sheet, cylinder block is fixed on the lamination card of laminated device, lamination pushes away the bag cylinder and is fixed on cylinder block, two cylinder guide rods are connected with the push pedal seat through on cylinder block respectively, the lamination push pedal is fixedly on the push pedal seat, support is fixed on frame, and baffle plate cylinder, pumping board cylinder are fixed on support by cylinder block respectively, and pumping board is fixed on two cylinder guide rods through the pumping board cylinder block, the lamination baffle plate is fixed on two cylinder guide rods through the baffle plate cylinder block, and the lamination end-stopping plate is fixed on support.
2. a kind of monolateral transfer turning device according to claim 1, is characterized in that: also comprise that cushion pad, cushion pad are fixed on traversing carriage and are supporting transition card.
3. a kind of monolateral transfer turning device according to claim 1, it is characterized in that: also comprise cylinder anti-rotation cushion block, cylinder anti-rotation cushion block pad is between long cylinder and cylinder track base.
4. a kind of monolateral transfer turning device according to claim 1, it is characterized in that: also comprise two laminations adjusting backplate link spans, lamination backplate, laminations adjusting backplate, two laminations are regulated the backplate link span and are separately fixed on the frame of laminated device, the lamination backplate is fixed on a lamination and regulates on the backplate link span, and lamination is regulated backplate and is fixed on another piece lamination adjusting backplate link span.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320197839 CN203359488U (en) | 2013-04-18 | 2013-04-18 | Single-side transferring turnover device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320197839 CN203359488U (en) | 2013-04-18 | 2013-04-18 | Single-side transferring turnover device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203359488U true CN203359488U (en) | 2013-12-25 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320197839 Expired - Fee Related CN203359488U (en) | 2013-04-18 | 2013-04-18 | Single-side transferring turnover device |
Country Status (1)
| Country | Link |
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| CN (1) | CN203359488U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103253502A (en) * | 2013-04-18 | 2013-08-21 | 武汉人天包装技术有限公司 | Single-side transferring turnover device |
| CN104044896B (en) * | 2014-06-24 | 2016-02-03 | 浙江大学台州研究院 | Workpiece pros and cons for sewing machine copper connecting rod processing device detects and switching mechanism |
| CN112047082A (en) * | 2020-08-07 | 2020-12-08 | 大捷智能科技(广东)有限公司 | Intelligent lifting lug feeding device and control method thereof |
-
2013
- 2013-04-18 CN CN 201320197839 patent/CN203359488U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103253502A (en) * | 2013-04-18 | 2013-08-21 | 武汉人天包装技术有限公司 | Single-side transferring turnover device |
| CN104044896B (en) * | 2014-06-24 | 2016-02-03 | 浙江大学台州研究院 | Workpiece pros and cons for sewing machine copper connecting rod processing device detects and switching mechanism |
| CN112047082A (en) * | 2020-08-07 | 2020-12-08 | 大捷智能科技(广东)有限公司 | Intelligent lifting lug feeding device and control method thereof |
| CN112047082B (en) * | 2020-08-07 | 2021-09-24 | 大捷智能科技(广东)有限公司 | Intelligent lifting lug feeding device and control method thereof |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C56 | Change in the name or address of the patentee | ||
| CP01 | Change in the name or title of a patent holder |
Address after: 430205 Hubei city of Wuhan province Jiangxia East Lake New Technology Development Zone, Hidden Dragon Island Science and Technology Park Patentee after: WUHAN RENTIAN PACKAGING TECHNOLOGY CO., LTD. Address before: 430205 Hubei city of Wuhan province Jiangxia East Lake New Technology Development Zone, Hidden Dragon Island Science and Technology Park Patentee before: Rentian Packing Tech. Co., Ltd. Wuhan |
|
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20131225 Termination date: 20170418 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |