CN212981598U - Food conveyor - Google Patents
Food conveyor Download PDFInfo
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- CN212981598U CN212981598U CN202020939133.6U CN202020939133U CN212981598U CN 212981598 U CN212981598 U CN 212981598U CN 202020939133 U CN202020939133 U CN 202020939133U CN 212981598 U CN212981598 U CN 212981598U
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Abstract
The utility model relates to a food conveyor, it includes frame, A ejection of compact track, B ejection of compact track, A track, B track, first packing machine and second packing machine, the A track includes A upper orbit, A lower orbit and A pile up the track, be provided with food layering transfer device between the orbital entry of A upper orbit, the orbital entry of A lower and the orbital export of A ejection of compact, orbital export of A upper orbit and orbital export of A lower communicate the orbital entry of A pile up, the orbital export of A pile up communicates first packing machine; track B includes track on B, track and B pile up the track down, be provided with food layering transfer device between orbital entry, orbital entry and the orbital export of B ejection of compact under the orbital entry of B, orbital export intercommunication B piles up orbital entry under orbital export and the B on the B, and orbital and the simultaneous working of track A and track B, first packagine machine and second packagine machine pack food simultaneously, improve packing speed greatly.
Description
Technical Field
The utility model relates to a food conveyor.
Background
When the existing food processing equipment is used for production, processed foods are generally required to be contacted by hands to be stacked and packaged, so that the hidden health trouble exists on one hand, the efficiency is low and the error rate is high on the other hand. Therefore, automatic equipment appears in the market, so that food from food processing equipment is directly stacked and then enters a packaging machine for packaging, and food pollution is avoided.
However, the existing food processing equipment can only be connected with one packaging machine generally, and because the packaging speed of the packaging machine is limited, a user can only limit the production speed of the food processing equipment to match with the packaging machine, so that the food processing speed is slow.
SUMMERY OF THE UTILITY MODEL
An object of the utility model is to provide a packing is fast, a food conveyer that the layering piles up.
The purpose of the utility model is realized like this:
a food conveyor, which comprises a machine base, a discharge rail A, a discharge rail B, a rail A, a rail B, a first packing machine and a second packing machine,
the track A comprises an upper track A, a lower track A and a stacking track A, a food layered transfer device is arranged among an inlet of the upper track A, an inlet of the lower track A and an outlet of the discharge track A, the outlet of the upper track A and the outlet of the lower track A are communicated with the inlet of the stacking track A, and the outlet of the stacking track A is communicated with the first packing machine;
the track B comprises an upper track B, a lower track B and a stacking track B, a food layered transfer device is arranged among an inlet of the upper track B, an inlet of the lower track B and an outlet of the discharge track B, the outlet of the upper track B and the outlet of the lower track B are communicated with the inlet of the stacking track B, and the outlet of the stacking track A is communicated with a second packing machine;
the machine base is provided with a motor, a discharging pushing device used for pushing food on the discharging rail A and the discharging rail B to move simultaneously, a rail A pushing device used for pushing food in the rail A to move, and a rail B pushing device used for pushing food in the rail B to move.
Ejection of compact pusher promotes orbital food of A ejection of compact to food layering transmission, food layering transmission food pushes track and A down in the track on A, orbital food removes and piles up in the track to A down, orbital food removes and piles up in the track to A on A, food piles up together in A piles up the track, A track blevile of push packs first packagine machine with the food of piling together after that, the same reason can know, B track blevile of push packs second packagine machine with the food of piling together, because ejection of compact pusher can promote orbital food removal of A ejection of compact track and B ejection of compact simultaneously, make A track and B track simultaneous working, first packagine machine and second packagine machine pack food simultaneously, greatly improve packing speed.
The purpose of the utility model can also adopt the following technical measures to solve:
as a more specific scheme, the discharging pushing device comprises a discharging driving shaft, a discharging driving wheel, a discharging chain, a discharging driven shaft and a discharging driven wheel, wherein the discharging driving shaft is arranged on the machine base, and the discharging driving wheel is sleeved on the discharging driving shaft and is respectively positioned below the discharging track A and the discharging track B;
the discharging driven shaft is arranged on the base, and the discharging driving wheel is sleeved on the discharging driven shaft and is respectively positioned below the discharging rail A and the discharging rail B;
the discharging chain is sleeved on the discharging driving wheel and the discharging driven wheel, a discharging push rod is arranged on the discharging chain and extends into the discharging track A and the discharging track B correspondingly. Food in the A discharging track and the B discharging track is synchronously pushed by a discharging push rod of the discharging chain, so that the food conveying speed of the A discharging track and the food conveying speed of the B discharging track are increased.
As a more specific scheme, the motor and the discharging driving shaft are driven by the first chain, and the discharging push rod pushes the food in the discharging rail A and the discharging rail B to move.
As a more specific scheme, the food layering transfer device comprises an eccentric shaft, a first joint bearing, a second joint bearing, an adjustable screw, a swing arm and a cake swinging guide rail, wherein the eccentric shaft and a discharging driving shaft are in transmission through a second chain, and the first joint bearing is connected with the eccentric shaft;
the cake swinging guide rail is positioned among the outlet of the discharging rail A, the inlet of the upper rail A and the inlet of the lower rail A, the swinging arm is rotatably arranged on the machine base, one end of the swinging arm is connected with the cake swinging guide rail, and the other end of the swinging arm is connected with the second joint bearing;
one end of the adjustable screw rod is connected with the first joint bearing, and the other end of the adjustable screw rod is connected with the second joint bearing;
the discharging driving shaft drives the eccentric shaft to rotate, the eccentric shaft drives the first joint bearing to act, the first joint bearing drives the second joint bearing to act through the adjustable screw rod, the swing arm swings, the second joint bearing drives the cake swinging guide rail to swing up and down, the cake swinging guide rail is communicated with the inlet of the upper track A when swinging up, and the cake swinging guide rail is communicated with the inlet of the lower track A when swinging down.
When the cake swinging guide rail swings upwards, food on the A discharging track enters the A upper track, when the cake swinging guide rail swings downwards, the food on the A discharging track enters the A lower track, the discharging driving shaft drives the cake swinging guide rail to swing upwards and downwards, the food regularly enters the A upper track or the A lower track, preparation is made for stacking the food in the A stacking area on the A track on the next step, the food is distributed to the A upper track or the A lower track through the upward and downward swinging of the cake swinging guide rail, the cake swinging guide rail is driven to swing through the eccentric wheel, the principle is simple, and the food distribution is more stable.
As more specific scheme, A track blevile of push includes A track driving shaft, A track action wheel, A track driven shaft, A track driven wheel and A track chain, A track driving shaft and A track driven shaft set up on A track, and A track action wheel and A track driven wheel overlap respectively on A track driving shaft and A track driven shaft, A track chain cover is put on A track action wheel and A track driven wheel, A track chain is provided with A track push rod, A track push rod stretches into A last track, A lower track and A pile up in the track. When the A track push rod moves to the positions of the A upper track and the A lower track, the A track push rod pushes food on the A upper track to enter the A stacking track, the A track push rod pushes food on the A lower track to enter the A stacking track, and when the A track push rod moves to the A stacking track, the A track push rod moves the stacked food to enable the food on the A track to be kept stacked and enter the first packaging machine for packaging.
As a more specific scheme, the discharge driving shaft drives the track A driving wheel to rotate, and the track A driving wheel and the track A driven wheel are in transmission through a third chain.
As a more specific scheme, the B track pushing device comprises a B track driving shaft, a B track driving wheel, a B track driven shaft, a B track driven wheel and a B track chain, the B track driving shaft and the B track driven shaft are arranged on a B track, the B track driving wheel and the B track driven wheel are respectively sleeved on the B track driving shaft and the B track driven shaft, the B track chain is sleeved on the B track driving wheel and the B track driven wheel, the B track chain is provided with a B track push rod, and the B track push rod extends into the B upper track, the B lower track and the B stacking track. When the track B push rod moves to the positions of the track B upper track and the track B lower track, the track B push rod pushes food on the track B upper track to enter the track B stacking track, the track B push rod pushes food on the track B lower track to enter the track B stacking track, and when the track B push rod moves to the track B stacking track, the track B push rod moves the stacked food, so that the food on the track B is kept stacked and enters the second packaging machine for packaging.
As a more specific scheme, the discharge driving shaft drives the track B driving wheel to rotate, and the track B driving wheel and the track B driven wheel are in transmission through a fourth chain.
More specifically, the track A and the track B are arranged on the machine base in a Y shape. A track and B track are Y type setting, reserve installation space, make first packagine machine connect the A track easily, make second packagine machine connect the B track easily.
More specifically, the packaging machine comprises a first packaging machine and a second packaging machine, wherein the first packaging machine is connected with the outlet of the A stacking rail, and the second packaging machine is connected with the outlet of the B stacking rail.
The utility model has the advantages as follows:
the utility model discloses, ejection of compact pusher promotes orbital food of A ejection of compact to food layering transmission, food layering transmission food pushes track and A down in the track on A, orbital food removes and piles up in the track to A down, orbital food removes and piles up in the track to A on A, food piles up together in the track at A, A track blevile of push packs first packagine machine with the food of piling together after that, can know by the same reason, B track blevile of push packs second packagine machine with the food of piling together, because ejection of compact pusher can promote the orbital food removal of A ejection of compact track and B ejection of compact simultaneously, make A track and B track simultaneous working, first packagine machine and second packagine machine pack food simultaneously, improve packing speed greatly.
The utility model discloses, when swinging on the pendulum cake guide rail, the orbital food of A ejection of compact gets into in the A goes up the track, when swinging under the pendulum cake guide rail, the orbital food of A ejection of compact gets into in the A lower track, ejection of compact driving shaft drives the pendulum cake guide rail upper and lower swing, food regularly gets into on the A in track or the A lower track, pile up in A pile up the region for food on next step and do the preparation, and through on the pendulum cake guide rail, in lower swing sends food to A and goes up track or A lower track, drive the swing of pendulum cake guide rail through the eccentric wheel, the principle is simple, food sends and sends more stably.
Drawings
Fig. 1 is a schematic view of the food conveyor of the present invention.
Fig. 2 is a partially enlarged view of fig. 1.
Fig. 3 is a partially enlarged view of fig. 1.
Fig. 4 is a partially enlarged view of fig. 1.
Fig. 5 is another schematic view of the food conveyor according to the present invention.
Fig. 6 is a partially enlarged view of fig. 5.
Detailed Description
The invention will be further described with reference to the following drawings and examples:
in the embodiment, as shown in fig. 1 to 6, a food conveyor includes a base 1, a motor 10, an a discharging rail 2, a B discharging rail 3, a discharging pusher 4, a food layering transfer device 5, an a rail 6, an a rail pusher 7, a B rail 8, a B rail pusher 9, a first packing machine 100, and a second packing machine 200, where the a rail 6 and the B rail 8 are arranged on the base 1 in a Y shape.
The discharging pushing device 4 comprises a discharging driving shaft 41, a discharging driving wheel 42, a discharging chain 43, a discharging driven shaft 44 and a discharging driven wheel 45, the discharging driving shaft 41 is arranged on the machine base 1, and the motor 10 and the discharging driving shaft 41 are driven by the first chain 300.
The discharging driving wheel 42 is sleeved on the discharging driving shaft 41 and is respectively positioned below the discharging rail A2 and the discharging rail B3, the discharging driven shaft 44 is arranged on the machine base 1, and the discharging driving wheel 42 is sleeved on the discharging driven shaft 44 and is respectively positioned below the discharging rail A2 and the discharging rail B3.
The discharging chain 43 is sleeved on the discharging driving wheel 42 and the discharging driven wheel 45, a discharging push rod 431 is arranged on the discharging chain 43, the discharging push rod 431 extends into the corresponding discharging tracks 2 and 3A, and the discharging push rod 431 pushes the food in the discharging tracks 2 and 3B to move.
The A track 6 comprises an A upper track 61, an A lower track 62 and an A stacking track 63, the food layered transfer device 5 is arranged between the inlet of the A upper track 61, the inlet of the A lower track 62 and the outlet of the A discharging track 2, the outlet of the A upper track 61 and the outlet of the A lower track 62 are communicated with the inlet of the A stacking track 63, and the outlet of the A stacking track 63 is communicated with the first packaging machine 100.
The food layering transfer device 5 comprises an eccentric shaft 51, a first joint bearing 55, a second joint bearing 52, an adjustable screw 56, a swing arm 53 and a cake swinging guide rail 54, the eccentric shaft 51 and the discharging driving shaft 41 are driven by a second chain 400, and the first joint bearing 55 is connected with the eccentric shaft 51;
the cake swinging guide rail 54 is positioned between the outlet of the discharging rail A2, the inlet of the upper rail A61 and the inlet of the lower rail A62, the swing arm 53 is rotatably arranged on the machine base 1, one end of the swing arm 53 is connected with the cake swinging guide rail 54, and the other end of the swing arm 53 is connected with the second joint bearing 52;
one end of the adjustable screw 56 is connected with the first joint bearing 55, and the other end of the adjustable screw 56 is connected with the second joint bearing 52;
the discharging driving shaft 41 drives the eccentric shaft 51 to rotate, the eccentric shaft 51 drives the first joint bearing 55 to act, the first joint bearing 55 drives the second joint bearing 52 to act through the adjustable screw 56, the swing arm 53 swings, the second joint bearing 52 drives the cake swinging guide rail 54 to swing up and down, the cake swinging guide rail 54 is communicated with the inlet of the upper track 61A when swinging up, and is communicated with the inlet of the lower track 62A when swinging down.
The A track pushing device 7 comprises an A track driving shaft 71, an A track driving wheel 72, an A track driven shaft 73, an A track driven wheel 74 and an A track chain 75, the A track driving shaft 71 and the A track driven shaft 73 are arranged on the A track 6, the A track driving wheel 72 and the A track driven wheel 74 are respectively sleeved on the A track driving shaft 71 and the A track driven shaft 73, the A track chain 75 is sleeved on the A track driving wheel 72 and the A track driven wheel 74, the discharging driving shaft 41 drives the A track driving wheel 72 to rotate, the A track driving wheel 72 and the A track driven wheel 74 are in transmission through a third chain 500, the A track chain 75 is provided with an A track push rod 751, and the A track push rod 751 extends into the A upper track 61, the A lower track 62 and the A stacking track 63.
The track B8 comprises an upper track B, a lower track B and a stacking track B, the food layering transfer device 5 is arranged between an inlet of the upper track B, an inlet of the lower track B and an outlet of the discharge track B3, the outlet of the upper track B and the outlet of the lower track B are communicated with the inlet of the stacking track B, and the outlet of the stacking track A63 is communicated with the second packaging machine 200.
The track B pushing device 9 comprises a track B driving shaft, a track B driving wheel, a track B driven shaft, a track B driven wheel, a track B chain, a track B driving shaft and a track B driven shaft which are arranged on the track B8,
the track B driving wheel and the track B driven wheel are respectively sleeved on the track B driving shaft and the track B driven shaft,
ejection of compact driving shaft 41 drives B track action wheel rotatory, and through the transmission of fourth chain 600 between B track action wheel and the B track follow driving wheel, B track chain cover is put on B track action wheel and B track follow driving wheel, B track chain is provided with B track push rod, B track push rod stretches into B upper ledge, B track and B pile up in the track down.
In the same way, the structure and principle of the track B and the track A are the same, and the structure and principle of the track B pushing device and the track A pushing device are the same, so the track B and the track B pushing device are not described in detail.
The working principle is as follows:
the motor 10 drives the discharging driving shaft 41 to rotate through the first chain 300, so as to make the discharging driving wheel 42, the discharging driven shaft 44 and the discharging driven wheel 45 act, thereby driving the discharging chain 43 to rotate, and making the discharging push rod 431 of the discharging chain 43 simultaneously push the food in the discharging track a 2 and the discharging track B3 to move.
The food in the A discharging rail 2 enters the A rail 6:
then, the discharging driving shaft 41 drives the eccentric shaft 51 to rotate through the second chain 400, the eccentric shaft 51 drives the first knuckle bearing 55 to move, the first knuckle bearing 55 drives the second knuckle bearing 52 to move through the adjustable screw 56, the swing arm 53 swings, the second knuckle bearing 52 drives the cake swing guide rail 54 to swing up and down, when the cake swing guide rail 54 swings, food on the discharging track A2 enters the upper track A61, when the cake swing guide rail 54 swings down, the food on the discharging track A2 enters the lower track A62, the food regularly enters the upper track A61 or the lower track A62, and preparation is made for next food to be stacked in the stacking area A of the track A6.
Finally, the discharging driving shaft 41 drives the a rail driving shaft 71 to rotate through the third chain 500, the a rail driving wheel 72, the a rail driven shaft 73 and the a rail driven wheel 74 are driven to rotate, the a rail chain 75 is driven to rotate, the a rail push rod 751 of the a rail chain 75 is driven to move, when the a rail push rod 751 moves to the positions of the a upper rail 61 and the a lower rail 62, the a rail push rod 751 pushes the food on the a upper rail 61 to enter the a stacking rail 63, the a rail push rod 751 pushes the food on the a lower rail 62 to enter the a stacking rail 63, and when the a rail push rod 751 moves to the a stacking rail 63, the a rail push rod 751 moves the stacked food, so that the food on the a rail 6 is kept stacked and enters the first packaging machine 100 for packaging.
The food in the discharge track B3 enters the track B8:
then, the discharging driving shaft 41 drives the eccentric shaft 51 to rotate through the second chain 400, the eccentric shaft 51 drives the second knuckle bearing 52 to lift, the second knuckle bearing 52 lifts to enable the swing arm 53 to swing up and down, the cake swing guide rail 54 swings up and down along with the second knuckle bearing 52, when the cake swing guide rail 54 swings up, food on the discharging track B3 enters the upper track B, when the cake swing guide rail 54 swings down, food on the discharging track A2 enters the lower track B, the food regularly enters the upper track B or the lower track B, and preparation is made for next food to be stacked in the stacking area B of the track B8.
Finally, the discharge driving shaft 41 drives the B track driving shaft to rotate through the fourth chain 600, so that the B track driving wheel, the B track driven shaft and the B track driven wheel move, thereby driving the B track chain to rotate, and making the B track push rod of the B track chain move, when the B track push rod moves to the positions of the B upper track and the B lower track, the B track push rod pushes food on the B upper track to enter the B stacking track, the B track push rod pushes food on the B lower track to enter the B stacking track, when the B track push rod moves to the B stacking track, the B track push rod moves the stacked food, and the food on the B track 8 keeps being stacked and enters the inner package of the second packaging machine 200.
Food be biscuit 700, A ejection of compact track 2 transports biscuit 700 all the way to A in the track 61, another way transports biscuit to A lower track 62 in, biscuit 700 in the A upper track 61 and biscuit 700 in the A lower track 62 get into A and pile up coincide formation sandwich biscuit 800 in the track 63 after that, sandwich biscuit 800 gets into first packagine machine 100 and packs.
The B discharging rail 3 transports the biscuit 700 to the B upper rail in one way, transports the biscuit 700 to the B lower rail in the other way, then the biscuit 700 in the B upper rail and the biscuit 700 in the B lower rail enter the B stacking rail to be overlapped to form a sandwich biscuit 800, and the sandwich biscuit 800 enters the second packaging machine 200 for packaging.
Claims (9)
1. The utility model provides a food conveyor, includes frame, A ejection of compact track, B ejection of compact track, A track, B track, first packagine machine and second packagine machine, its characterized in that:
the track A comprises an upper track A, a lower track A and a stacking track A, a food layered transfer device is arranged among an inlet of the upper track A, an inlet of the lower track A and an outlet of the discharge track A, the outlet of the upper track A and the outlet of the lower track A are communicated with the inlet of the stacking track A, and the outlet of the stacking track A is communicated with the first packing machine;
the track B comprises an upper track B, a lower track B and a stacking track B, a food layered transfer device is arranged among an inlet of the upper track B, an inlet of the lower track B and an outlet of the discharge track B, the outlet of the upper track B and the outlet of the lower track B are communicated with the inlet of the stacking track B, and the outlet of the stacking track A is communicated with a second packing machine;
the machine base is provided with a motor, a discharging pushing device used for pushing food on the discharging rail A and the discharging rail B to move simultaneously, a rail A pushing device used for pushing food in the rail A to move, and a rail B pushing device used for pushing food in the rail B to move.
2. The food conveyor of claim 1, wherein: the discharging pushing device comprises a discharging driving shaft, a discharging driving wheel, a discharging chain, a discharging driven shaft and a discharging driven wheel, wherein the discharging driving shaft is arranged on the machine base, and the discharging driving wheel is sleeved on the discharging driving shaft and is respectively positioned below the discharging rail A and the discharging rail B;
the discharging driven shaft is arranged on the base, and the discharging driving wheel is sleeved on the discharging driven shaft and is respectively positioned below the discharging rail A and the discharging rail B;
the discharging chain is sleeved on the discharging driving wheel and the discharging driven wheel, a discharging push rod is arranged on the discharging chain and extends into the discharging track A and the discharging track B correspondingly.
3. The food conveyor of claim 2, wherein: the motor and the discharging driving shaft are driven by the first chain, and the discharging push rod pushes food in the discharging rail A and the discharging rail B to move.
4. The food conveyor of claim 3, wherein: the food layering transfer device comprises an eccentric shaft, a first joint bearing, a second joint bearing, an adjustable screw, a swing arm and a cake swinging guide rail, wherein the eccentric shaft and the discharging driving shaft are driven by a second chain, and the first joint bearing is connected with the eccentric shaft;
the cake swinging guide rail is positioned among the outlet of the discharging rail A, the inlet of the upper rail A and the inlet of the lower rail A, the swinging arm is rotatably arranged on the machine base, one end of the swinging arm is connected with the cake swinging guide rail, and the other end of the swinging arm is connected with the second joint bearing;
one end of the adjustable screw rod is connected with the first joint bearing, and the other end of the adjustable screw rod is connected with the second joint bearing;
the discharging driving shaft drives the eccentric shaft to rotate, the eccentric shaft drives the first joint bearing to act, the first joint bearing drives the second joint bearing to act through the adjustable screw rod, the swing arm swings, the second joint bearing drives the cake swinging guide rail to swing up and down, the cake swinging guide rail is communicated with the inlet of the upper track A when swinging up, and the cake swinging guide rail is communicated with the inlet of the lower track A when swinging down.
5. The food conveyor of claim 4, wherein: a track blevile of push includes A track driving shaft, A track action wheel, A track driven shaft, A track follow driving wheel and A track chain, A track driving shaft and A track driven shaft set up on the A track, and A track action wheel and A track follow driving wheel overlap respectively on A track driving shaft and A track driven shaft, A track chain cover is put on A track action wheel and A track follow driving wheel, A track chain is provided with A track push rod, A track push rod stretches into A upper ledge, A lower rail and A pile up in the track.
6. The food conveyor of claim 5, wherein: the discharging driving shaft drives the track A driving wheel to rotate, and the track A driving wheel and the track A driven wheel are in transmission through a third chain.
7. The food conveyor of claim 6, wherein: the B track blevile of push includes B track driving shaft, B track action wheel, B track driven shaft, B track follow driving wheel and B track chain, B track driving shaft and B track driven shaft set up on the B track, B track action wheel and B track follow driving wheel overlap respectively on B track driving shaft and B track driven shaft, B track chain cover is put on B track action wheel and B track follow driving wheel, B track chain is provided with B track push rod, B track push rod stretches into B last track, B down in track and the B pile up the track.
8. The food conveyor of claim 7, wherein: the discharge driving shaft drives the track B driving wheel to rotate, and the track B driving wheel and the track B driven wheel are in transmission through a fourth chain.
9. The food conveyor of claim 1, wherein: the track A and the track B are Y-shaped and are arranged on the machine base.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020939133.6U CN212981598U (en) | 2020-05-28 | 2020-05-28 | Food conveyor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020939133.6U CN212981598U (en) | 2020-05-28 | 2020-05-28 | Food conveyor |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN212981598U true CN212981598U (en) | 2021-04-16 |
Family
ID=75421440
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202020939133.6U Active CN212981598U (en) | 2020-05-28 | 2020-05-28 | Food conveyor |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN212981598U (en) |
-
2020
- 2020-05-28 CN CN202020939133.6U patent/CN212981598U/en active Active
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