CN204763030U - Novel stripper turns over - Google Patents
Novel stripper turns over Download PDFInfo
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- CN204763030U CN204763030U CN201520366959.7U CN201520366959U CN204763030U CN 204763030 U CN204763030 U CN 204763030U CN 201520366959 U CN201520366959 U CN 201520366959U CN 204763030 U CN204763030 U CN 204763030U
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Abstract
The utility model discloses a novel stripper turns over, including frame, transition mould, still install first transition pivot, second transition pivot, third transition pivot in the frame, the both ends of first transition pivot all are fixed with first action wheel, the both ends of first upset parts all are fixed with the first driving wheel of following, the both ends of second transition pivot all are fixed with the second action wheel, the both ends of second upset parts all are fixed with second from driving wheel, the both ends of third transition pivot all are fixed with the third action wheel, the both ends of third upset parts all are fixed with third from driving wheel, this novel stripper turns over is still including being used for driving first transition pivot, second transition pivot, third transition pivot pivoted power part. The utility model discloses can make the both ends equal hand drive power of first upset part, second upset part, third upset part to ensure the equilibrium at upset part both ends in the switching process, with the job stabilization nature that improves the complete machine.
Description
Technical field
The utility model relates to a kind of novel ingot stripper that turns over.
Background technology
Turn over ingot stripper, is usually used in food turning, departs from from baking tray to make food.At present; the existing ingot stripper that turns over is generally utilize wherein one end of the output shaft of motor and turning part to be in transmission connection; but because turning part is longer; flexible deformation is larger; make turning part two ends in switching process uneven; rock severity during work, cause the job stability of complete machine bad.
Utility model content
In order to overcome the deficiencies in the prior art; the purpose of this utility model is to provide a kind of novel ingot stripper that turns over; its can make the first turning part, the second turning part, the 3rd turning part two ends all by driving force; to guarantee the balance at turning part two ends in switching process, to improve the job stability of complete machine.
For solving the problem, the technical scheme that the utility model adopts is as follows:
A kind of novel ingot stripper that turns over, comprises frame, transition mould; Described frame is provided with can around the first turning part of the first pivot axis, can around the second turning part of the second pivot axis, can around the 3rd turning part of the second pivot axis; Described first pivot center is parallel with the second pivot center, and the first pivot center is positioned at the side of the second pivot center; Described first turning part is provided with baking tray clamp system; Described first turning part is also provided with the First Transition mould clamping device for clamping transition mould; Described second turning part is formed when itself and the first turning part phase closing for receiving the rest area of the transition mould on the first turning part; Described second turning part is provided with the second transition mould clamping device for clamping transition mould; Described 3rd turning part is provided with the component when itself and the second turning part phase closing for coordinating with the transition mould cover cap on rest area; Described frame is also provided with First Transition rotating shaft, the second transition rotating shaft, the 3rd transition rotating shaft; The two ends of described First Transition rotating shaft are all fixed with the first driving wheel; The two ends of described first turning part are all fixed with the first driven pulley, each first driven pulley and each first driving wheel one_to_one corresponding, and each first driving wheel is all in transmission connection with the first corresponding driven pulley by the first drive disk assembly; The two ends of described second transition rotating shaft are all fixed with the second driving wheel; The two ends of described second turning part are all fixed with the second driven pulley, each second driven pulley and each second driving wheel one_to_one corresponding, and each second driving wheel is all in transmission connection with the second corresponding driven pulley by the second drive disk assembly; The two ends of described 3rd transition rotating shaft are all fixed with the 3rd driving wheel; The two ends of described 3rd turning part are all fixed with the 3rd driven pulley, each 3rd driven pulley and each 3rd driving wheel one_to_one corresponding, and each 3rd driving wheel is all in transmission connection with the 3rd corresponding driven pulley by the 3rd drive disk assembly; Described first drive disk assembly, the second drive disk assembly, the 3rd drive disk assembly are chain or Timing Belt; The central shaft of described first driven pulley overlaps with the first pivot center; The central shaft of described second driven pulley, the central shaft of the 3rd driven pulley all overlap with the second pivot center; This novel ingot stripper that turns over also comprises the power part for driving First Transition rotating shaft, the second transition rotating shaft, the 3rd transition axis of rotation.
Described second turning part is also provided with vibrating mechanism.
Described first drive disk assembly, the second drive disk assembly, the 3rd drive disk assembly are chain, and described first driven pulley, the first driving wheel, the second driven pulley, the second driving wheel, the 3rd driven pulley, the 3rd driving wheel are sprocket wheel.
The first rotating shaft that first turning part comprises the first resupination framework, is fixedly connected with the first resupination framework; Described first resupination framework is articulated in frame by the first rotating shaft; Described first driven pulley is fixed in the first rotating shaft; Described baking tray clamp system, First Transition mould clamping device are arranged on the first resupination framework.
The second rotating shaft that second turning part comprises the second resupination framework, is fixedly connected with the second resupination framework; Described second resupination framework is articulated in frame by the second rotating shaft; Described second driven pulley is fixed in the second rotating shaft; Described rest area, the second transition mould clamping device are positioned on the second resupination framework.
3rd turning part comprises the 3rd rotating cylinder be sleeved in the second rotating shaft, be connected with the 3rd rotating cylinder and for the bracing frame of support belt mechanism; Described component is arranged on bracing frame; Described 3rd driven pulley is fixed on the 3rd rotating cylinder.
Baking tray connecting gear is provided with, for by the jacking mechanism of baking tray from jack-up baking tray connecting gear away from the side of the second pivot center at the first pivot center.
Described power part is motor.
Described component is conveyer belt mechanism.
Compared to existing technology, the beneficial effects of the utility model are:
The utility model can make the first turning part, the second turning part, the 3rd turning part two ends all by driving force, to guarantee the balance at turning part two ends in switching process, to improve the job stability of complete machine; And, by adopting First Transition mould clamping device, the second transition mould clamping device, the mode of clamping can be utilized to clamp transition mould, the required precision of reducible docking, and can avoid transition mould that play phenomenon operationally occurs, to guarantee the stable of transition mold work and food can not be made a mess of because of play; In addition, by being also provided with vibrating mechanism on the second turning part, food stripping result can be improved.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the schematic diagram of rollover states of the present utility model;
Fig. 3 is the structural representation of the first turning part;
Fig. 4 is the structural representation of the second turning part, the 3rd turning part;
Fig. 5 is the structural representation of baking tray connecting gear;
Wherein, 10, frame; 21, transition mould; 31, the first turning part; 311, the first rotating shaft; 312, the first resupination framework; 32, the first driven pulley; 33, baking tray clamp system; 34, First Transition mould clamping device; 41, the second turning part; 411, the second rotating shaft; 412, the second resupination framework; 413, rest area; 42, the second driven pulley; 43, the second transition mould clamping device; 51, the 3rd turning part; 511, the 3rd rotating cylinder; 512, bracing frame; 52, the 3rd driven pulley; 53, conveyer belt mechanism; 54, vibrating mechanism; 71, baking tray connecting gear; 72, jacking mechanism; 73, mechanism is stopped; 81, First Transition rotating shaft; 82, the second transition rotating shaft; 83, the 3rd transition rotating shaft; 84, the first driving wheel; 85, the second driving wheel; 86, the 3rd driving wheel; 87, power part.
Detailed description of the invention
Below, by reference to the accompanying drawings and detailed description of the invention, the utility model is described further:
As Figure 1-5, be the novel ingot stripper that turns over of one of the present utility model, comprise frame 10, transition mould 21; Described frame 10 is provided with can around the first turning part 31 of the first pivot axis, can around the second turning part 41 of the second pivot axis, can around the 3rd turning part 51 of the second pivot axis; Described first pivot center is parallel with the second pivot center, and the first pivot center is positioned at the side of the second pivot center; Described first turning part 31 is provided with baking tray clamp system 33; Described first turning part 31 is also provided with the First Transition mould clamping device 34 for clamping transition mould 21; Described second turning part 41 is formed when itself and the first turning part 31 phase closing for receiving the rest area 413 of the transition mould 21 on the first turning part 31; Described second turning part 41 is provided with the second transition mould clamping device 43 for clamping transition mould 21; Described 3rd turning part 51 is provided with the component when itself and the second turning part phase closing for coordinating with transition mould 21 cover cap of rest area 413; Described frame 10 is also provided with First Transition rotating shaft 81, second transition rotating shaft 82, the 3rd transition rotating shaft 83; The two ends of described First Transition rotating shaft 81 are all fixed with the first driving wheel 84; The two ends of described first turning part 31 are all fixed with the first driven pulley 32, each first driven pulley 32 and each first driving wheel 84 one_to_one corresponding, and each first driving wheel 84 is all in transmission connection with the first corresponding driven pulley 32 by the first drive disk assembly; The two ends of described second transition rotating shaft 82 are all fixed with the second driving wheel 85; The two ends of described second turning part 41 are all fixed with the second driven pulley 42, each second driven pulley 42 and each second driving wheel 85 one_to_one corresponding, and each second driving wheel 85 is all in transmission connection with the second corresponding driven pulley 42 by the second drive disk assembly; The two ends of described 3rd transition rotating shaft 83 are all fixed with the 3rd driving wheel 86; The two ends of described 3rd turning part 51 are all fixed with the 3rd driven pulley 52, each 3rd driven pulley 52 and each 3rd driving wheel 86 one_to_one corresponding, and each 3rd driving wheel 86 is all in transmission connection with the 3rd corresponding driven pulley 52 by the 3rd drive disk assembly; Described first drive disk assembly, the second drive disk assembly, the 3rd drive disk assembly are chain or Timing Belt; The central shaft of described first driven pulley 32 overlaps with the first pivot center; The central shaft of described second driven pulley 42, the central shaft of the 3rd driven pulley 52 all overlap with the second pivot center; This novel ingot stripper that turns over also comprises for the power part 87 driving First Transition rotating shaft 81, second transition rotating shaft 82, the 3rd transition rotating shaft 83 is rotated.Concrete, described power part 87 is motor.
The utility model is by adopting First Transition rotating shaft 81, second transition rotating shaft 82, the 3rd transition rotating shaft 83, and by being all fixed with the first driven pulley 32 at the two ends of described first turning part 31, the two ends of described second turning part 41 are all fixed with the second driven pulley 42, the two ends of described 3rd turning part 51 are all fixed with the 3rd driven pulley 52, the two ends of the first turning part 31, second turning part 41, the 3rd turning part 51 can be made all by driving force, to guarantee the balance at turning part two ends in switching process, thus the job stability of complete machine can be improved; And, by First Transition mould clamping device 34, second transition mould clamping device 43, and utilize the mode of clamping to clamp transition mould 21, the required precision of reducible docking, and transition mould 21 can be avoided operationally play phenomenon to occur, with guarantee that transition mould 21 works stable and food can not be made a mess of because of play.
Preferably, described component is conveyer belt mechanism 53, food products transport to be gone out by conveyer belt mechanism 53.
Wherein, described First Transition mould clamping device 34, second transition mould clamping device 43, baking tray clamp system 33 can comprise the left and right sides that is placed in grip block, for driving the cylinder of grip block movement, or, also can adopt gas pawl, or other clamping devices existing etc.
Preferably, described second turning part 41 is also provided with vibrating mechanism 54, so that food stripping result can be improved.
Concrete, described first drive disk assembly, the second drive disk assembly, the 3rd drive disk assembly are chain, and described first driven pulley 32, first driving wheel 84, second driven pulley 42, second driving wheel 85, the 3rd driven pulley 52, the 3rd driving wheel 86 are sprocket wheel.
The first rotating shaft 311 that first turning part 31 comprises the first resupination framework 312, is fixedly connected with the first resupination framework 312; Described first resupination framework 312 is articulated in frame 10 by the first rotating shaft 311; Described first driven pulley 32 is fixed in the first rotating shaft 311; Baking tray clamp system 33, First Transition mould clamping device 34 are arranged on the first resupination framework 312.
The second rotating shaft 411 that second turning part 41 comprises the second resupination framework 412, is fixedly connected with the second resupination framework 412; Described second resupination framework 412 is articulated in frame 10 by the second rotating shaft 411; Described second driven pulley 42 is fixed in the second rotating shaft 411; Described rest area 413, second transition mould clamping device 43 is positioned on the second resupination framework 412.
The bracing frame 512 that 3rd turning part 51 comprises the 3rd rotating cylinder 511 be sleeved in the second rotating shaft 411, is connected with the 3rd rotating cylinder 511; Described component is arranged on bracing frame 512; Described 3rd driven pulley 52 is fixed on the 3rd rotating cylinder 511.
Preferably, baking tray connecting gear 71 is provided with, for by the jacking mechanism 72 of baking tray from jack-up baking tray connecting gear 71, to improve its automation further at described first pivot center away from the side of the second pivot center.Concrete, the first pivot center is also provided with in the side away from the second pivot center and stops mechanism 73.
The course of work of the present utility model is as follows: (a) baking tray is carried food and transmitted by baking tray connecting gear 71, first utilizes obstruction mechanism 73 to be blocked by baking tray, and then by jacking mechanism 72, by baking tray, upwards jack-up is next, (b) first turning part 31 hold the top that transition mould 21 is turned to baking tray connecting gear 71, then baking tray is clamped by baking tray clamp system 33, now, baking tray closes with transition mould 21 phase cover, afterwards, the first turning part 31 is turned to the opposite side of the second pivot center with baking tray, and with the second turning part 41 phase closing, now, the bottom of transition mould 21 is dropped on the rest area 413 of the second turning part 41, c () first is after turning part 31 comes to a complete stop, the vibrating mechanism 54 on the second turning part 41 works, and by vibration passing to baking tray, makes the food on baking tray drop in transition mould 21, after vibrating mechanism 54 quits work, First Transition mould clamping device 34 on first turning part 31 discharges transition mould 21, first turning part 31 drives baking tray to return back to above baking tray connecting gear 71, and utilize baking tray clamp system 33 to discharge baking tray, baking tray is come back on baking tray connecting gear 71, is transferred away, d () now, transition mould 21 clamps by the second transition mould clamping device 43 on the second turning part 41, 3rd turning part 51 to turn on the second turning part 41 and with the second turning part 41 phase closing, conveyer belt mechanism 53 cover cap is on transition mould 21, now, after the 3rd turning part 51 comes to a complete stop, second turning part 41 turns over turnback together with the 3rd turning part 51, food is made to forward to the conveyer belt mechanism 53 of the second turning part 41 from transition mould 21, afterwards, second turning part 41 returns turnback again with transition mould 21 and gets back to centre position, now, food transfers out through the conveyer belt mechanism 53 of the 3rd turning part 51.And now, the first turning part 31 turn on the second turning part 41, be turned on baking tray connecting gear 71 after hold transition mould 21, in this way constantly periodic duty.
To one skilled in the art, according to technical scheme described above and design, other various corresponding change and deformation can be made, and all these change and deformation all should belong within the protection domain of the utility model claim.
Claims (9)
1. the novel ingot stripper that turns over, comprises frame, transition mould; Described frame is provided with can around the first turning part of the first pivot axis, can around the second turning part of the second pivot axis, can around the 3rd turning part of the second pivot axis; Described first pivot center is parallel with the second pivot center, and the first pivot center is positioned at the side of the second pivot center; Described first turning part is provided with baking tray clamp system; Described first turning part is also provided with the First Transition mould clamping device for clamping transition mould; Described second turning part is formed when itself and the first turning part phase closing for receiving the rest area of the transition mould on the first turning part; Described second turning part is provided with the second transition mould clamping device for clamping transition mould; Described 3rd turning part is provided with the component when itself and the second turning part phase closing for coordinating with the transition mould cover cap on rest area; It is characterized in that: described frame is also provided with First Transition rotating shaft, the second transition rotating shaft, the 3rd transition rotating shaft; The two ends of described First Transition rotating shaft are all fixed with the first driving wheel; The two ends of described first turning part are all fixed with the first driven pulley, each first driven pulley and each first driving wheel one_to_one corresponding, and each first driving wheel is all in transmission connection with the first corresponding driven pulley by the first drive disk assembly; The two ends of described second transition rotating shaft are all fixed with the second driving wheel; The two ends of described second turning part are all fixed with the second driven pulley, each second driven pulley and each second driving wheel one_to_one corresponding, and each second driving wheel is all in transmission connection with the second corresponding driven pulley by the second drive disk assembly; The two ends of described 3rd transition rotating shaft are all fixed with the 3rd driving wheel; The two ends of described 3rd turning part are all fixed with the 3rd driven pulley, each 3rd driven pulley and each 3rd driving wheel one_to_one corresponding, and each 3rd driving wheel is all in transmission connection with the 3rd corresponding driven pulley by the 3rd drive disk assembly; Described first drive disk assembly, the second drive disk assembly, the 3rd drive disk assembly are chain or Timing Belt; The central shaft of described first driven pulley overlaps with the first pivot center; The central shaft of described second driven pulley, the central shaft of the 3rd driven pulley all overlap with the second pivot center; This novel ingot stripper that turns over also comprises the power part for driving First Transition rotating shaft, the second transition rotating shaft, the 3rd transition axis of rotation.
2. the novel ingot stripper that turns over as claimed in claim 1, is characterized in that: described second turning part is also provided with vibrating mechanism.
3. the novel ingot stripper that turns over as claimed in claim 1; it is characterized in that: described first drive disk assembly, the second drive disk assembly, the 3rd drive disk assembly are chain, described first driven pulley, the first driving wheel, the second driven pulley, the second driving wheel, the 3rd driven pulley, the 3rd driving wheel are sprocket wheel.
4. the novel ingot stripper that turns over as claimed in claim 1, is characterized in that: the first rotating shaft that the first turning part comprises the first resupination framework, is fixedly connected with the first resupination framework; Described first resupination framework is articulated in frame by the first rotating shaft; Described first driven pulley is fixed in the first rotating shaft; Described baking tray clamp system, First Transition mould clamping device are arranged on the first resupination framework.
5. the novel ingot stripper that turns over as claimed in claim 1, is characterized in that: the second rotating shaft that the second turning part comprises the second resupination framework, is fixedly connected with the second resupination framework; Described second resupination framework is articulated in frame by the second rotating shaft; Described second driven pulley is fixed in the second rotating shaft; Described rest area, the second transition mould clamping device are positioned on the second resupination framework.
6. the novel ingot stripper that turns over as claimed in claim 5, is characterized in that: the 3rd turning part comprises the 3rd rotating cylinder be sleeved in the second rotating shaft, be connected with the 3rd rotating cylinder and for the bracing frame of support belt mechanism; Described component is arranged on bracing frame; Described 3rd driven pulley is fixed on the 3rd rotating cylinder.
7. the novel ingot stripper that turns over as claimed in claim 1, is characterized in that: be provided with baking tray connecting gear, for by the jacking mechanism of baking tray from jack-up baking tray connecting gear at the first pivot center away from the side of the second pivot center.
8. the novel ingot stripper that turns over as claimed in claim 1, is characterized in that: described power part is motor.
9. the novel ingot stripper that turns over as claimed in claim 1, is characterized in that: described component is conveyer belt mechanism.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520366959.7U CN204763030U (en) | 2015-05-29 | 2015-05-29 | Novel stripper turns over |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520366959.7U CN204763030U (en) | 2015-05-29 | 2015-05-29 | Novel stripper turns over |
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| Publication Number | Publication Date |
|---|---|
| CN204763030U true CN204763030U (en) | 2015-11-18 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520366959.7U Active CN204763030U (en) | 2015-05-29 | 2015-05-29 | Novel stripper turns over |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108991055A (en) * | 2018-08-02 | 2018-12-14 | 佛山市瑞普华机械设备有限公司 | A kind of food demoulding device |
| CN111084204A (en) * | 2019-11-29 | 2020-05-01 | 东莞狐马商贸有限公司 | Separating device for biscuits on concave die type baking tray |
-
2015
- 2015-05-29 CN CN201520366959.7U patent/CN204763030U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108991055A (en) * | 2018-08-02 | 2018-12-14 | 佛山市瑞普华机械设备有限公司 | A kind of food demoulding device |
| CN111084204A (en) * | 2019-11-29 | 2020-05-01 | 东莞狐马商贸有限公司 | Separating device for biscuits on concave die type baking tray |
| CN111084204B (en) * | 2019-11-29 | 2021-07-02 | 台州精微顺自动化有限公司 | Separating device for biscuits on concave die type baking tray |
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