CN201856911U - Feeding mechanism and quantitative biscuit packaging machine - Google Patents
Feeding mechanism and quantitative biscuit packaging machine Download PDFInfo
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- CN201856911U CN201856911U CN2010205809166U CN201020580916U CN201856911U CN 201856911 U CN201856911 U CN 201856911U CN 2010205809166 U CN2010205809166 U CN 2010205809166U CN 201020580916 U CN201020580916 U CN 201020580916U CN 201856911 U CN201856911 U CN 201856911U
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Abstract
A feeding mechanism and a quantitative biscuit packaging machine belong to the field of food packaging machinery. In the prior art, biscuit packaging operation is completed by workers manually. The feeding mechanism comprises a vibrating case, a hopper, a vibrating motor, a feeding control panel A and a feeding control panel B, the vibrating case is mounted on a framework, the hopper is located on the upper portion of the vibrating case, the vibrating motor is mounted in the vibrating case, the feeding control panel A is mounted in the hopper, the feeding control panel B is mounted on a feeding port of the hopper, an electrical control box, a motor, a power transmitting mechanism and a feeding packaging mechanism of the quantitative biscuit packaging machine are respectively mounted on the framework, a packaging mechanism mounted on the framework is located on the upper portion of the feeding packaging mechanism and matches with the feeding packaging mechanism together, and the feeding mechanism mounted on the framework is located at one end of the packaging mechanism and matches with the packaging mechanism together. The feeding mechanism and the quantitative biscuit packaging machine are used for quantitative biscuit packaging, can greatly increase biscuit packaging efficiency, and reduce production cost of biscuits.
Description
Technical field
The utility model relates to food packing mechanical field, particularly relates to a kind of feeding mechanism and the quantitative racking machine of biscuit of this feeding mechanism is installed.
Background technology
In biscuit manufacturing enterprise, after biscuit is produced, need to carry out packing, pack and to put in storage then.The biscuit packing work of prior art is carried out manual operations by the workman and finished: the biscuit of being produced by the biscuit automatic production line is transported to the packing workshop by belt, the workman relays biscuit in the carton from belt, biscuit packing workman is placed on each device with hand with the biscuit branch in the carton again and moulds in the container of biscuit (dress), and the device that will adorn biscuit is again moulded and put into wrapping machine and pack.The workman finishes biscuit packing work with hand, and its inefficiency will be finished biscuit packing work, needs workman's quantity more, in requisition for plant area also bigger, the productive costs of biscuit is also higher.In addition, because each workman's operating skill is different, it is just inconsistent to be divided in the biscuit quantity of device in moulding, and have has fewly more, and this does not just meet the equal requirement of packing biscuit quantity.The workman finishes biscuit packing work with hand, weighs with the hygienic standard of food production, also has certain hygienic issues.In order to improve the work efficiency of biscuit packing, reduce the labor amount, it is identical to make each device mould the biscuit quantity of packing, reach unanimity, and meet the hygienic standard of food production, realize the mechanization and the automation of biscuit packing work, reduce the productive costs of biscuit, people urgently wish a kind of feeding mechanism and the quantitative racking machine appearance of biscuit of this feeding mechanism are installed.
The utility model content
Technical problem to be solved in the utility model is, the biscuit packing work that overcomes prior art is to be undertaken that manual operations is finished and the inefficiency that exists by the workman, it is inconsistent to be divided in the biscuit quantity of device in moulding, the defective that the productive costs of biscuit is higher, a kind of feeding mechanism is provided and the quantitative racking machine of biscuit of this feeding mechanism is installed, this feeding mechanism can be finished feeding work, the quantitative packing function of this biscuit replaces a plurality of workmans and finishes biscuit packing work, its mechanization and degree of automation height, can improve the work efficiency of biscuit packing widely, reduce the labor amount, it is identical to make each device mould the biscuit quantity of packing, and meet the hygienic standard of food production, reduce the productive costs of biscuit, improve the economic benefit of biscuit manufacturing enterprise.
The technical scheme that its technical matters that solves the utility model adopts is: feeding mechanism, comprise vibrations cabinet, hopper, vibration motor, A feeding control desk and B feeding control desk, the vibrations cabinet is installed on the frame, hopper is positioned at the jarring machine upper box part, vibration motor is installed in the vibrations cabinet, A feeding control desk is installed in the hopper, and B feeding control desk is installed on the hopper spout.
In technique scheme, the spacing between A feeding control desk lower surface and the hopper inner bottom surface is 3～5 centimetres.
Spacing between B feeding control desk lower surface and the hopper spout inner bottom surface is 3～5 centimetres.
The quantitative racking machine of biscuit, comprise frame, electric control box, motor, Poewr transmission mechanism, body-packing, advance package mechanism, safety locking motion and feeding mechanism, electric control box, motor, Poewr transmission mechanism, advancing package mechanism is installed on the frame respectively, rack-mounted body-packing is positioned at the into top of package mechanism, body-packing with advance package mechanism and be combined together, rack-mounted feeding mechanism is positioned at body-packing one end, feeding mechanism and body-packing are combined together, the transmission of power that Poewr transmission mechanism produces motor is given body-packing and is advanced package mechanism, the safety locking motion that is positioned at the body-packing other end is installed on the frame, and motor and safety locking motion electrically connect electric control box respectively.
In technique scheme, described body-packing comprises strut member, the A driving wheel, the A flower wheel, the packing belt conveyor, a plurality of measuring cups, the polylith dividing plate, air-blowing proportioning device and coaming plate, strut member is installed on the frame, the A driving wheel connects Poewr transmission mechanism, the A flower wheel is installed on the strut member, the packing belt conveyor is installed on A driving wheel and the A flower wheel, a plurality of measuring cups and polylith dividing plate are installed in respectively on the packing belt conveyor, dividing plate of design between two adjacent measuring cups, air-blowing proportioning device near the hopper spout designs on strut member, also is positioned at the exterior coaming plate design of packing belt conveyor on strut member near the A flower wheel.
Describedly advance that package mechanism comprises B driving wheel, B flower wheel, advances packet conveyer, a plurality of device is moulded cup, A guide rod, B guide rod and bench board, the B driving wheel connects Poewr transmission mechanism, the B flower wheel is installed on the frame, advancing packet conveyer is installed on B driving wheel and the B flower wheel, a plurality of devices are moulded cup and are installed in respectively on the packet conveyer, bench board is installed on the frame, be positioned at packet conveyer one end into and be installed on the frame near the A guide rod of bench board, being positioned at into, the B guide rod of the packet conveyer other end is installed on the frame.
It is fluted by design on the corresponding both sides cup of rim of a cup to mould cup at device, and an end of A guide rod and an end of B guide rod lay respectively at device and mould in the groove of cup.
Electric control box control motor does to stop-move circulation, stops-moves in the circulation at one, and the time that stops is 0.4～0.6 second, and the moving time is 0.4～0.6 second.
The beneficial effects of the utility model are: 1, this feeding mechanism can be finished feeding work, makes feeding work realize mechanization and automation.2, the quantitative packing function of the biscuit of said structure replaces a plurality of workmans and finishes biscuit packing work, thereby improved the work efficiency of biscuit packing widely, reduce the labor amount, alleviate working strength of workers, to in requisition for plant area also less, the corresponding productive costs that reduces biscuit has improved the economic benefit of biscuit manufacturing enterprise.3, to be divided in the biscuit quantity of each device in moulding be identical to the quantitative racking machine of this biscuit, meets the quantitative requirement of biscuit packing.4, the quantitative racking machine of this biscuit can not produce antihygienic factor in the process of packing biscuit, makes the biscuit of packing meet the hygienic standard of food production.5, the quantitative racking machine of this biscuit is reasonable in design, easy to use, mechanization and degree of automation height.6, because the quantitative racking machine of this biscuit is provided with safety locking motion, safety misadventure can not occur so divide in the process of assembling at biscuit, the operator is safer.
Below in conjunction with the drawings and specific embodiments the utility model is described in further detail.
Fig. 1 is the front view that other mechanisms of feeding mechanism of the present utility model and the quantitative racking machine of biscuit are assembled together;
Fig. 2 is the back view that other mechanisms of feeding mechanism of the present utility model and the quantitative racking machine of biscuit are assembled together;
Fig. 3 is the left view that other mechanisms of feeding mechanism of the present utility model and the quantitative racking machine of biscuit are assembled together;
Fig. 4 is the right elevation that other mechanisms of feeding mechanism of the present utility model and the quantitative racking machine of biscuit are assembled together;
Fig. 5 is the birds-eye view that other mechanisms of feeding mechanism of the present utility model and the quantitative racking machine of biscuit are assembled together.
Among the figure, 1, frame; 2, electric control box; 3, motor; 4, hopper; 5, A feeding control desk; 6, B feeding control desk; 7, strut member; 8, A flower wheel; 9, measuring cup; 10, dividing plate; 11, air-blowing proportioning device; 12, coaming plate; 13, advance packet conveyer; 14, device is moulded cup; 15, A guide rod; 16, B guide rod; 17, safety locking motion; 18, vibrations cabinet; 19, bench board.
The specific embodiment
Referring to Fig. 1, Fig. 2, Fig. 3, Fig. 4 and Fig. 5, the described a kind of feeding mechanism of present embodiment comprises vibrations cabinet 18, hopper 4, vibration motor, A feeding control desk 5 and B feeding control desk 6, vibrations cabinet 18 is installed on the frame 1, hopper 4 is positioned at vibrations cabinet 18 tops, vibration motor is installed in the vibrations cabinet 18, A feeding control desk 5 is installed in the hopper 4, and B feeding control desk 6 is installed on the hopper spout.Spacing between A feeding control desk 5 lower surfaces and hopper 4 inner bottom surfaces is 4 centimetres.Spacing between B feeding control desk 6 lower surfaces and the hopper spout inner bottom surface is 3 centimetres.
The quantitative racking machine of the described a kind of biscuit of present embodiment, comprise frame 1, electric control box 2, motor 3, Poewr transmission mechanism, feeding mechanism, body-packing, advance package mechanism and safety locking motion 17, electric control box 2, motor 3, Poewr transmission mechanism, advancing package mechanism is installed in respectively on the frame 1, the body-packing that is installed on the frame 1 is positioned at the into top of package mechanism, body-packing with advance package mechanism and be combined together, the feeding mechanism that is installed on the frame 1 is positioned at body-packing one end, feeding mechanism and body-packing are combined together, the transmission of power that Poewr transmission mechanism produces motor 3 is given body-packing and is advanced package mechanism, the safety locking motion 17 that is positioned at the body-packing other end is installed on the frame 1, and motor 3 and safety locking motion 17 electrically connect electric control box 2 respectively.
Described body-packing comprises strut member 7, the A driving wheel, A flower wheel 8, the packing belt conveyor, a plurality of measuring cups 9, polylith dividing plate 10, air-blowing proportioning device 11 and coaming plate 12, strut member 7 is installed on the frame 1, the A driving wheel connects Poewr transmission mechanism, A flower wheel 8 is installed on the strut member 7, the packing belt conveyor is installed on A driving wheel and the A flower wheel 8, a plurality of measuring cups 9 and polylith dividing plate 10 are installed in respectively on the packing belt conveyor, dividing plate 10 of design between two adjacent measuring cups 9, measuring cup 9 of design between two adjacent dividing plates 10, measuring cup 9 and dividing plate 10 on the packing belt conveyor, have been filled, air-blowing proportioning device 11 near the hopper spout designs on strut member 7, also is positioned at exterior coaming plate 12 designs of packing belt conveyor on strut member 7 near A flower wheel 8.
Describedly advance package mechanism and comprise the B driving wheel, the B flower wheel, advance packet conveyer 13, a plurality of devices are moulded cup 14, A guide rod 15, B guide rod 16 and bench board 19, the B driving wheel connects Poewr transmission mechanism, the B flower wheel is installed on the frame 1, advancing packet conveyer 13 is installed on B driving wheel and the B flower wheel, a plurality of devices are moulded cup 14 and are installed in respectively on the packet conveyer 13, advance to have filled on the packet conveyer 13 device mould the cup 14, bench board 19 is installed on the frame 1, be positioned at packet conveyer 13 1 ends into and be installed on the frame 1 near the A guide rod 15 of bench board 19, being positioned at into, the B guide rod 16 of packet conveyer 13 other ends is installed on the frame 1.Moulding cup 14 at device has two grooves, an end of A guide rod 15 and an end of B guide rod 16 to lay respectively at device by design on the corresponding both sides cup of rim of a cup to mould in the groove of cup 14.
The principle of work of the quantitative racking machine of biscuit: energized, start the quantitative racking machine of biscuit, go up from belt (belt conveyor the biscuit automatic production line) by a workman biscuit is relayed in the hopper 4, device is moulded (container of dress biscuit) by a workman (at bench board 19 edge works) and put into device continuously along A guide rod 15 and mould cup 14.Under the effect of vibration motor, the biscuit in the hopper 4 is from hopper 4 to the hopper spout, entered measuring cup 9, entered device by measuring cup 9 again and mould (device mould be arranged in device mould cup 14) by the hopper spout, and the device of filling biscuit is moulded through B guide rod 16 and entered wrapping machine.The effect of A feeding control desk 5 and B feeding control desk 6 is control feeding capacities.The effect of air-blowing proportioning device 11 is that the unnecessary biscuit in measuring cup 9 tops is blown in next measuring cup 9.The effect of coaming plate 12 is that biscuit can not dropped out.The effect of safety locking motion 17 is to guarantee workman's safety of operation.Measuring cup 9 and device are moulded and are being stopped-moving to feed biscuit respectively and the biscuit of packing in the circulation process of stopping, and measuring cup 9 is one to one with the position that device is moulded cup 14, and promptly the biscuit in the measuring cup 9 only can fall into device and moulds the device of cup 14 and mould.
The above only is a preferred embodiment of the present utility model, is not to be used for limiting the utility model, and all its similar embodiment and approximate structure should be covered by the protection domain of the utility model patent.
Claims (8)
1. feeding mechanism, it is characterized in that: comprise vibrations cabinet, hopper, vibration motor, A feeding control desk and B feeding control desk, the vibrations cabinet is installed on the frame, hopper is positioned at the jarring machine upper box part, vibration motor is installed in the vibrations cabinet, A feeding control desk is installed in the hopper, and B feeding control desk is installed on the hopper spout.
2. feeding mechanism according to claim 1 is characterized in that: the spacing between A feeding control desk lower surface and the hopper inner bottom surface is 3～5 centimetres.
3. feeding mechanism according to claim 1 is characterized in that: the spacing between B feeding control desk lower surface and the hopper spout inner bottom surface is 3～5 centimetres.
4. the quantitative racking machine of biscuit, it is characterized in that: comprise frame, electric control box, motor, Poewr transmission mechanism, body-packing, advance package mechanism, the described feeding mechanism of safety locking motion and claim 1, electric control box, motor, Poewr transmission mechanism, advancing package mechanism is installed on the frame respectively, rack-mounted body-packing is positioned at the into top of package mechanism, body-packing with advance package mechanism and be combined together, rack-mounted feeding mechanism is positioned at body-packing one end, feeding mechanism and body-packing are combined together, the transmission of power that Poewr transmission mechanism produces motor is given body-packing and is advanced package mechanism, the safety locking motion that is positioned at the body-packing other end is installed on the frame, and motor and safety locking motion electrically connect electric control box respectively.
5. the quantitative racking machine of biscuit according to claim 4, it is characterized in that: described body-packing comprises strut member, the A driving wheel, the A flower wheel, the packing belt conveyor, a plurality of measuring cups, the polylith dividing plate, air-blowing proportioning device and coaming plate, strut member is installed on the frame, the A driving wheel connects Poewr transmission mechanism, the A flower wheel is installed on the strut member, the packing belt conveyor is installed on A driving wheel and the A flower wheel, a plurality of measuring cups and polylith dividing plate are installed in respectively on the packing belt conveyor, dividing plate of design between two adjacent measuring cups, air-blowing proportioning device near the hopper spout designs on strut member, also is positioned at the exterior coaming plate design of packing belt conveyor on strut member near the A flower wheel.
6. the quantitative racking machine of biscuit according to claim 4, it is characterized in that: describedly advance package mechanism and comprise the B driving wheel, the B flower wheel, advance packet conveyer, a plurality of devices are moulded cup, the A guide rod, B guide rod and bench board, the B driving wheel connects Poewr transmission mechanism, the B flower wheel is installed on the frame, advancing packet conveyer is installed on B driving wheel and the B flower wheel, a plurality of devices are moulded cup and are installed in respectively on the packet conveyer, bench board is installed on the frame, be positioned at packet conveyer one end into and be installed on the frame near the A guide rod of bench board, being positioned at into, the B guide rod of the packet conveyer other end is installed on the frame.
7. the quantitative racking machine of biscuit according to claim 6 is characterized in that: it is fluted by design on the corresponding both sides cup of rim of a cup to mould cup at device, and an end of A guide rod and an end of B guide rod lay respectively at device and mould in the groove of cup.
8. the quantitative racking machine of biscuit according to claim 4 is characterized in that: electric control box control motor does to stop-move circulation, stops-moves in the circulation at one, and the time that stops is 0.4～0.6 second, and the moving time is 0.4～0.6 second.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010205809166U CN201856911U (en) | 2010-10-27 | 2010-10-27 | Feeding mechanism and quantitative biscuit packaging machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010205809166U CN201856911U (en) | 2010-10-27 | 2010-10-27 | Feeding mechanism and quantitative biscuit packaging machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201856911U true CN201856911U (en) | 2011-06-08 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010205809166U Expired - Fee Related CN201856911U (en) | 2010-10-27 | 2010-10-27 | Feeding mechanism and quantitative biscuit packaging machine |
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| Country | Link |
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| CN (1) | CN201856911U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102009756A (en) * | 2010-10-27 | 2011-04-13 | 东莞市金富士食品有限公司 | Quantitative racking machine of biscuit |
-
2010
- 2010-10-27 CN CN2010205809166U patent/CN201856911U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102009756A (en) * | 2010-10-27 | 2011-04-13 | 东莞市金富士食品有限公司 | Quantitative racking machine of biscuit |
| CN102009756B (en) * | 2010-10-27 | 2012-07-25 | 东莞市金富士食品有限公司 | Quantitative racking machine of biscuit |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20110608 Termination date: 20131027 |