CN204508145U - A kind of stable hook unload fowl device - Google Patents
A kind of stable hook unload fowl device Download PDFInfo
- Publication number
- CN204508145U CN204508145U CN201420834452.5U CN201420834452U CN204508145U CN 204508145 U CN204508145 U CN 204508145U CN 201420834452 U CN201420834452 U CN 201420834452U CN 204508145 U CN204508145 U CN 204508145U
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- China
- Prior art keywords
- hook
- chain
- stock
- antihunting
- fowl
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- Processing Of Meat And Fish (AREA)
Abstract
What the utility model discloses a kind of stable hook unloads fowl device, comprise chain, stock is linked up with, antihunting chain, guide rod and unload fowl assembly, stock hook upper end is arranged on chain in the mode that can rotate, antihunting chain to be arranged on below chain and and conveyer chain row culture be synchronized with the movement, guide rod is arranged on the same side of chain and antihunting chain, leave just for the screens gap that the stock of stock hook passes through between guide rod and antihunting chain, stock hook its stock when being in this screens gap is stuck in the recess of antihunting chain, unload fowl assembly be arranged on the below of stock hook and there is the face that is inclined upwardly linking up with sense of motion along stock, the hook that the upper end being inclined upwardly face is linked up with higher than stock, be inclined upwardly face lower end then lower than stock hook hook.The utility model effectively to prevent from unloading in fowl process stock hook and tilt, and can install and use in positions such as the straight line of manufacturing line or corners.
Description
Technical field
What the utility model related to a kind of stable hook unloads fowl device.
Background technology
On existing butchering fowl manufacturing line, unloading to make to be processed or worked-out poultry often through unloading fowl assembly, unloading fowl assembly and generally making poultry disengaging hook realize unloading fowl by extruding poultry.But hook often just upper end hang on chain, lower end is then without any support, and therefore poultry is when being subject to unloading the extruding of fowl assembly, can pause or speed slows down, and causes hook run-off the straight and easily occurs unloading the unsuccessful problem of fowl.Simultaneously traditionally unload fowl assembly and can only realize on the corner carrying out unloading fowl, cannot carry out unloading fowl operation on linear position, greatly limit the flexible topology of manufacturing line like this, be difficult to realize more massive processing.
Given this, in order to solve above-mentioned technical barrier for a long time, what the present inventor developed a kind of stable hook specially unloads fowl device, thus solves above-mentioned technical barrier, and this case produces thus.
Utility model content
A kind of stable hook that the utility model provides unload fowl device, it to prevent from unloading in fowl process stock hook and tilt, and can install and use in positions such as the straight line of manufacturing line or corners.
To achieve these goals, the technical solution of the utility model is as follows:
A kind of stable hook unload fowl device, comprise chain, stock is linked up with, antihunting chain, guide rod and unload fowl assembly, stock hook upper end is arranged on chain in the mode that can rotate, antihunting chain to be arranged on below chain and and conveyer chain row culture be synchronized with the movement, guide rod is arranged on the same side of chain and antihunting chain, leave just for the screens gap that the stock of stock hook passes through between guide rod and antihunting chain, stock hook its stock when being in this screens gap is stuck in the recess of antihunting chain, unload fowl assembly be arranged on the below of stock hook and there is the face that is inclined upwardly extended along stock hook sense of motion, the hook that the upper end being inclined upwardly face is linked up with higher than stock, be inclined upwardly face lower end then lower than stock hook hook.
Said apparatus also comprises top rotary table, lower active rotating disk and lower driven turntable, top rotary table is identical with lower active rotating disk size and be arranged in same rotating shaft, lower driven turntable is arranged in an other rotating shaft, chain engages with top rotary table, antihunting chain is around on lower active rotating disk and lower driven turntable, guide rod is positioned at the outside of chain, drives lower initiatively dial rotation to realize antihunting chain and chain is synchronized with the movement by top rotary table.
Above-mentioned antihunting chain is arranged on immediately below chain.
Above-mentioned chain is installed with L-type fixed block, L-type fixed block be arranged on chain, another side has hole, and stock hook top has the end cap that diameter is greater than this hole, and stock hook interts in this hole.
Above-mentioned guide rod has the tilting section guiding stock hook to enter screens gap.
The hook of above-mentioned stock hook has extension obliquely, then the vertical section extended vertically upward, outward extending oblique extension section of retreading.
The above-mentioned fowl assembly that unloads is one piece of set square, set square be arranged on stock hook below and and the position of guide rod homonymy, the hypotenuse of set square, as the face that is inclined upwardly of unloading fowl assembly, is also provided with to tilt and the pilot bar extended back along stock hook direction at the lower end of set square.
Above-mentioned set square is arranged on when hook is in the position vertical with set square and links up with immediately below vertical section.
After adopting such scheme, the utility model is by leaving just for the screens gap that the stock of stock hook passes through between guide rod and antihunting chain, stock is linked up with can be stuck in the recess of antihunting chain firmly and can not deviate from, then the attachment point of stock hook upper end is coordinated, thus stock hook can not be swung when unloading fowl, by being synchronized with the movement of antihunting chain and chain, ensure that stock hook can not tilt.Simultaneously due to the yielding characteristic of chain, antihunting chain can be arranged on the positions such as manufacturing line straight line or corner, solve and traditional unload the problem that fowl assembly can only be arranged on corner.
Accompanying drawing explanation
Fig. 1 is the three-dimensional structure diagram of the utility model embodiment;
Fig. 2 is the front elevation of the utility model embodiment;
Fig. 3 is the left view of the utility model embodiment;
Fig. 4 is the birds-eye view of the utility model embodiment;
Fig. 5 is the enlarged drawing of Fig. 4 local A;
Three-dimensional structure diagram when Fig. 6 is the poultry unhook of the utility model embodiment;
Birds-eye view when Fig. 7 is the poultry unhook of the utility model embodiment;
Fig. 8 is the front elevation before the utility model embodiment stock hook enters screens gap B;
Fig. 9 is the birds-eye view before the utility model embodiment stock hook enters screens gap B.
Label declaration
Chain 1, L-type fixed block 11, hole 111, stock hook 2, stock 21, hook 22, extension 221 obliquely, vertical section 222, oblique extension section 223, end cap 23, antihunting chain 3, depression 31, guide rod 4, beveled end 41, unloads fowl assembly 5, and be inclined upwardly face 51, upper end 52, lower end 53, top rotary table 6, lower active rotating disk 7, lower driven turntable 8, set square 9, pilot bar 91, screens gap B.
Detailed description of the invention
As Figure 1-4, be a kind of stable hook 22 of disclosing of the utility model unload fowl device, comprise chain 1, stock hook 2, antihunting chain 3, guide rod 4 and unload fowl assembly 5.
Stock is linked up with 2 tops and is arranged on chain 1 in the mode that can rotate, specifically on chain 1, be installed with L-type fixed block 11, L-type fixed block while be arranged on chain 1, another side has hole 111, stock is linked up with 2 tops and is had the end cap 23 that diameter is greater than this hole 111, and stock hook 2 interts in this hole 111, and stock hook 2 can rotate in hole 111, and ensure that can not parallel motion, above-mentioned can rotating manner structure as shown in Figure 3 (omission of other accompanying drawings).
Antihunting chain 3 to be arranged on below chain 1 and and chain 1 be synchronized with the movement, wherein antihunting chain 3 is preferably arranged on immediately below chain 1, this makes it possible to guarantee stock and links up with 2 and be in plumbness when unloading fowl.
Guide rod 4 is arranged on the same side of chain 1 and antihunting chain 3, leave just for the screens gap B that the stock 21 of stock hook 2 passes through between guide rod 4 and antihunting chain 3, as shown in Figure 5, this screens gap B can ensure that stock hook 2 can not swing along the direction that antihunting chain 3 is vertical.When stock hook 2 is moved in the B of this screens gap with chain 1, namely its stock 21 can be stuck in depression 31 place of antihunting chain 3, due to the stop of guide rod 4, makes stock 21 unloading depression 31 place departing from antihunting chain 3 in fowl process.
As shown in fig. 6-7, unload fowl assembly 5 be arranged on the below of stock hook 2 and there is the face that is inclined upwardly 51 linking up with 2 sense of motions extensions along stock, be inclined upwardly the upper end 52 in face 51 higher than the hook 22 of stock hook 2, and 53, the lower end in the face 51 that is inclined upwardly is lower than the hook 22 of stock hook 2.
By leaving just for the screens gap B that the stock 21 of stock hook 2 passes through between guide rod 4 and antihunting chain 3, make stock link up with 2 to be stuck in depression 31 place of antihunting chain 3 firmly and can not to deviate from, then coordinate stock to link up with 2 upper ends 52 and the rotating attachment point of chain 1, thus stock hook 2 can not be swung when unloading fowl.By being synchronized with the movement of antihunting chain 3 and chain 1, ensure that stock hook 2 can not tilt due to the Asynchrony of upper lower chain.Rotating stock hook 2 is more flexible when using, and when linking up with 2 in the position of unloading fowl assembly 5 installation near stock, as shown in Figure 6, stock hook 2 is also by rotating by unloading fowl assembly 5.Simultaneously due to the yielding characteristic of chain, antihunting chain 3 can be arranged on the positions such as manufacturing line straight line or corner, solve and traditional unload the problem that fowl assembly 5 can only be arranged on corner.
This device chain 1 and antihunting chain 3 realize being synchronized with the movement by following structure.This device has top rotary table 6, lower active rotating disk 7 and lower driven turntable 8, top rotary table 6 is identical with lower active rotating disk 7 size, top rotary table 6 and lower active rotating disk 7 are arranged in same rotating shaft, lower driven turntable 8 is arranged in an other rotating shaft, chain 1 engages with top rotary table 6, top rotary table 6 is driven to rotate by chain 1, antihunting chain 3 is around on lower active rotating disk 7 and lower driven turntable 8, form similar chain-drive structure, guide rod 4 is positioned at the outside of chain 1, drive lower initiatively rotating disk 7 to rotate to realize antihunting chain 3 by top rotary table 6 and chain 1 is synchronized with the movement.Wherein descend the linear portion of initiatively antihunting chain 3 between rotating disk 7 and lower driven turntable 8, for fixing stock hook 2, this device is arranged on straight line or corner all can use, only need device be placed on by corner time on the corner, and the linear portion of this device antihunting chain 3 is used for fixing the lower end of stock hook 2, therefore the fowl assembly 5 that unloads below it is also rectilinear structure, do not need to make curved shape, structure is more simple, and rectilinear structure is better relative to its stability of unloading fowl of structure of Curved.This device can not only realize being synchronized with the movement simultaneously, and power resources are in chain 1, can realize without the need to other mounted motor, if mounted motor drives axis of rotation to be also fine certainly.
As Figure 8-9, link up with 2 to make stock and can enter screens gap B between guide rod 4 and antihunting chain 3 accurately, guide rod 4 also has the beveled end 41 guiding stock hook 2 to enter, and increases entrance thus stock hook 2 is rocked howsoever can enter in the B of screens gap by this beveled end 41.
Poultry on General Production Lines be all hang over pinion poultry bipod rope on, therefore in transportation because the rotation of poultry makes rope winding on hook, easily cause unloading fowl failure.Simultaneously for the chicken shell cutting away pin and wing, also can not be carried by hanging feet, therefore the utility model hangs the hook of poultry neck specially in conjunction with the feature customized design of this device, as shown in Figure 3, its structure is, the hook 22 of stock hook 2 has extension 221 obliquely, the vertical section 222 extended vertically upward again, to retread outward extending oblique extension section 223, by this obliquely extension 221 poultry can be hung over stock hook 2 side but not immediately below, thus the position that poultry is hung closer to or be just positioned at and unload on fowl assembly 5, poultry is made only to need upward vertical movement can complete action of tentatively breaking off relations by vertical section 222 again, thus the larger squeese pressure decreasing sway and cause, the vertical section 222 of this hook 22 obviously can reduce the energy consumption of this portion extrusion power when unloading fowl number ratio and being larger, guide poultry to complete finally by oblique extension section 223 and unload fowl action, the hook 22 of the utility model given shape also than traditional hook hang more firm.
As shown in Fig. 6,8 and 9, unloading fowl assembly 5 is one piece of set square 9, set square 9 be arranged on stock hook 2 below and and the position of guide rod 4 homonymy, the hypotenuse of set square 9 is as the face that is inclined upwardly 51 of unloading fowl assembly 5, at lower end 53 place of set square 9, pilot bar 91 is also installed, pilot bar 91 is linked up with 2 directions along stock and is tilted and extend back, and the hook 22 of 2 is linked up with in the upper end 52 of set square 9 higher than stock, 53, lower end is lower than the hook 22 of stock hook 2.The length that pilot bar 91 tiltedly extends back can be arranged according to actual needs, preferably tiltedly extends rearward beyond all possible path of motion of stock hook 2.Above-mentioned unloads fowl assembly 5, due to set square 9 be arranged on below antihunting chain 3 with guide rod 4 homonymy place, therefore when unloading fowl, stock hook 2 moves to this side that set square 9 is positioned at antihunting chain 3, lower end 53 due to set square 9 is arranged on the below of stock hook 2, therefore pilot bar 91 only can act on poultry, and effect is less than on stock hook 2, so poultry then enters the other side of set square 9 under the guiding of pilot bar 91, then poultry is at the inclined side through set square 9, will slowly be improved, because set square 9 upper end 52 is higher than hook 22, therefore poultry can be raised to until break off relations always.It is simple practical again that this device unloads the structure of fowl assembly 5 in set square 5, and only can need obtain through blanking procedure, stable poultry is also played in the side of set square 9 simultaneously, prevents the effect that poultry rocks in unhook process.
Wherein set square 9 installation site preferably exists, when hook 22 is in the position vertical with set square 9, immediately below hook vertical section 222.When set square 9 is in this position, hook 22 is made to encounter set square 9 owing to rotating close to can not crossing due to the stock 21 linking up with 2 from stock, cross and far then can pull hook 22, the power be subject to although break off relations when these power are far from unloading fowl is large, but so long accumulation also easily makes hook 22 be out of shape, if and set square 9 installation site is just in time immediately below the vertical section 222 of hook 22, when unloading fowl and starting, stock hook 2 will a step rotate in place, and just can not touch set square and can not produce to hook the power pullled, hook 22 therefore can be prevented to be out of shape.
These are only preferred embodiment of the present utility model, the restriction not to protection domain of the present utility model.All equivalent variations done according to the mentality of designing of this case, all fall into the protection domain of this case.
Claims (8)
1. a stable hook unload fowl device, it is characterized in that: comprise chain, stock is linked up with, antihunting chain, guide rod and unload fowl assembly, stock hook upper end is arranged on chain in the mode that can rotate, antihunting chain to be arranged on below chain and and conveyer chain row culture be synchronized with the movement, guide rod is arranged on the same side of chain and antihunting chain, leave just for the screens gap that the stock of stock hook passes through between guide rod and antihunting chain, stock hook its stock when being in this screens gap is stuck in the recess of antihunting chain, unload fowl assembly be arranged on the below of stock hook and there is the face that is inclined upwardly extended along stock hook sense of motion, the hook that the upper end being inclined upwardly face is linked up with higher than stock, be inclined upwardly face lower end then lower than stock hook hook.
2. a kind of stable hook as claimed in claim 1 unload fowl device, it is characterized in that: this device also comprises top rotary table, lower active rotating disk and lower driven turntable, top rotary table is identical with lower active rotating disk size and be arranged in same rotating shaft, lower driven turntable is arranged in an other rotating shaft, chain engages with top rotary table, antihunting chain is around on lower active rotating disk and lower driven turntable, guide rod is positioned at the outside of chain, drives lower initiatively dial rotation to realize antihunting chain and chain is synchronized with the movement by top rotary table.
3. a kind of stable hook as claimed in claim 1 unload fowl device, it is characterized in that: antihunting chain is arranged on immediately below chain.
4. a kind of stable hook as claimed in claim 1 unload fowl device, it is characterized in that: chain is installed with L-type fixed block, L-type fixed block while be arranged on chain, another side has hole, stock hook top has the end cap that diameter is greater than this hole, and stock hook interts in this hole.
5. a kind of stable hook as claimed in claim 1 unload fowl device, it is characterized in that: guide rod has and guides stock hook to enter the tilting section in screens gap.
6. a kind of stable hook as claimed in claim 1 unload fowl device, it is characterized in that: the hook of stock hook has extension obliquely, then the vertical section extended vertically upward, outward extending oblique extension section of retreading.
7. a kind of stable hook as claimed in claim 1 unload fowl device, it is characterized in that: unloading fowl assembly is one piece of set square, set square be arranged on stock hook below and and the position of guide rod homonymy, the hypotenuse of set square, as the face that is inclined upwardly of unloading fowl assembly, is also provided with to tilt and the pilot bar extended back along stock hook direction at the lower end of set square.
8. a kind of stable hook as claimed in claim 7 unload fowl device, it is characterized in that: the hook of stock hook has extension obliquely, the vertical section extended vertically upward again, retread outward extending oblique extension section, this set square to be arranged on when hook is in the position vertical with set square immediately below hook vertical section.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420834452.5U CN204508145U (en) | 2014-12-25 | 2014-12-25 | A kind of stable hook unload fowl device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420834452.5U CN204508145U (en) | 2014-12-25 | 2014-12-25 | A kind of stable hook unload fowl device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204508145U true CN204508145U (en) | 2015-07-29 |
Family
ID=53706139
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420834452.5U Expired - Fee Related CN204508145U (en) | 2014-12-25 | 2014-12-25 | A kind of stable hook unload fowl device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204508145U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104528354A (en) * | 2014-12-25 | 2015-04-22 | 福建森宝食品集团股份有限公司 | Poultry unloading device with stable hook |
-
2014
- 2014-12-25 CN CN201420834452.5U patent/CN204508145U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104528354A (en) * | 2014-12-25 | 2015-04-22 | 福建森宝食品集团股份有限公司 | Poultry unloading device with stable hook |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150729 Termination date: 20171225 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |