CN208454001U - The all-hydraulic intelligent automatic conveying equipment of birds raw meat - Google Patents
The all-hydraulic intelligent automatic conveying equipment of birds raw meat Download PDFInfo
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- CN208454001U CN208454001U CN201820961222.3U CN201820961222U CN208454001U CN 208454001 U CN208454001 U CN 208454001U CN 201820961222 U CN201820961222 U CN 201820961222U CN 208454001 U CN208454001 U CN 208454001U
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- material cylinder
- meat material
- meat
- flashboard
- hydraulic
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Abstract
The utility model discloses a kind of all-hydraulic intelligent automatic conveying equipment of birds raw meat.The equipment includes: the first meat material cylinder disposed in parallel and the second meat material cylinder；Each meat material cylinder rear portion is provided with the piston of hydraulic-driven；The front end of each meat material cylinder is provided with discharging fluid control valve；The top of the meat material cylinder front end is provided with feed inlet；Feed inlet can cross charging fluid control valve and connect into meat hopper；Hydraulic control device back and forth controls: the second meat material cylinder is in discharge state when the first meat material cylinder is in suction state；Or second meat material cylinder when being in suction state the first meat material cylinder be in discharge state.For the utility model by a motor driven, all-hydraulic transmission is small in size, and intelligent automation is high-efficient, and conveying distance is remote, environmental protection and energy saving, have it is reasonable in design, it is easy to maintenance, reduce labor intensity, reduce costs.
Description
Technical field
The utility model relates to a kind of all-hydraulic intelligent automatic conveying equipments of birds raw meat, belong to food service industry.
Background technique
Birds raw meat processing factory at present, a kind of situation is that raw meat preliminary working area and meat finished product processing district distance are remote, intermediate
The raw meat of preliminary working is transported to finished product processing district, is generally transported with travelling bogie, artificial or other simple conveying equipments,
Its disadvantages are that needing personnel more, low efficiency, labour density are big, pollute environment, are also also easy to produce secondary pollution, not environmentally,
It is at high cost.Another situation is that birds process remaining meat skeleton, carries out comprehensive utilization and be processed into the production such as other feeds
Product, this requires these materials are sent to reaction tank, are handled in reactor tank, due to reaction tank, reactor tank all from the ground 4-8
Meter Gao carrys out very big difficulty to conveyer belt, and the personnel needed are more, large labor intensity, low efficiency, also dangerous, and working environment is poor,
It is seriously polluted, it is costly.
Utility model content
The purpose of the utility model is to provide a kind of all-hydraulic intelligence of birds raw meat of rapidly and efficiently safety and environmental protection is automatically defeated
Equipment is sent, whole equipment is arranged in a rack, and by a motor driven, all-hydraulic intelligent automatic control, it can be by birds
Raw meat and meat skeleton rapidly and efficiently safety and sanitation through crushing are transported to designated position.
In order to achieve the above objectives, the all-hydraulic intelligent automatic conveying equipment of the utility model birds raw meat, the equipment packet
It includes:
First meat material cylinder disposed in parallel and the second meat material cylinder；
Each meat material cylinder rear portion is provided with the piston of hydraulic-driven；
The front end of each meat material cylinder is provided with discharging fluid control valve；
The top of the meat material cylinder front end is provided with feed inlet；
Feed inlet can cross charging fluid control valve and connect into meat hopper；
Hydraulic control device back and forth controls:
The second meat material cylinder is in discharge state when first meat material cylinder is in suction state；Or second meat material cylinder be in suction shape
The first meat material cylinder is in discharge state when state.
Wherein, the equipment includes:
Rack；
The first meat material cylinder disposed in parallel and the second meat material cylinder is arranged on the rack；
Hydraulic pump is provided in the rack above the first meat material cylinder and the second meat material cylinder.
Wherein, the outlet of the discharging fluid control valve of two meat material cylinders is connected with a threeway discharge port.
Wherein, the second meat material cylinder is in discharge state when the first meat material cylinder is in suction state: hydraulic control device control
System:
First the discharging fluid control valve of the first meat material cylinder is closed and the first meat material cylinder charging fluid control valve is opened；
Then the piston of the first meat material cylinder is moved from front to back, completes suction；
Meanwhile
First the discharging fluid control valve of the second meat material cylinder is opened and the second meat material cylinder charging fluid control valve is closed；
Then the piston of the second meat material cylinder is moved from back to front, completes discharging.
For the utility model by a motor driven, all-hydraulic transmission is small in size, and intelligent automation is high-efficient, conveying distance
Far, environmental protection and energy saving, have it is reasonable in design, it is easy to maintenance, reduce labor intensity, reduce costs.
Detailed description of the invention
Fig. 1 is the main view of the utility model embodiment
Fig. 2 is the top view of embodiment illustrated in fig. 1
Fig. 3 is the cross-sectional view under a working condition in Fig. 1 along line A-A
Fig. 4 is the cross-sectional view under another working condition in Fig. 1 along line A-A
Fig. 5 is the cross-sectional view under a working condition in Fig. 1 along line B-B
Fig. 6 is the cross-sectional view under another working condition in Fig. 1 along line B-B
Fig. 7 is the C-C cross-sectional view of Fig. 2
Fig. 8 is the D-D cross-sectional view of Fig. 2
Fig. 9 is the hydraulic system principle figure of the utility model
Figure 10 is the electrical schematic of the utility model
It is marked in figure as follows
1 it is rack, 2 be oil cylinder A, 3 be fishing box, 4 be meat material cylinder A, 5 be six-way valve body, 6 be flashboard valve body I, 7 is lock
Leaf fat cylinder I, 8 be threeway discharge port, 9 be flashboard oil cylinder III, 10 be oil cylinder seat, 11 be III piston rod of flashboard oil cylinder, 12 be pin shaft,
13 be flashboard III, 14 be that flashboard valve body III, 15 is raw meat hopper, 16 is fuel tank, 17 is electro-hydraulic reversing valve, 18 is pilot operated directional control valve
A, 19 be pilot operated directional control valve B, 20 be plunger pump, 21 be connection even disk, 22 be motor, 23 be logical valve, 24 be hydraulic tube, 25 be lock
I piston rod of leaf fat cylinder, 26 are that flashboard oil cylinder IV, 27 is IV piston rod of flashboard oil cylinder, 28 be flashboard valve body IV, 29 is flashboard valve body
II, 30 be II piston rod of flashboard oil cylinder, 31 be flashboard oil cylinder to have II, 32 be meat material cylinder B, 33 be IV piston of flashboard oil cylinder, 34 be
Flashboard IV, 35 is that flashboard III, 36 is II piston of flashboard oil cylinder, 37 is that flashboard II, 38 is meat material cylinder B piston, 39 is oil cylinder B piston
Bar, 40 be oil cylinder B piston, 41 be oil cylinder B, 42 be oil cylinder A piston, 43 be oil cylinder A piston rod, 44 be meat material cylinder A piston, 45 be
I piston of flashboard oil cylinder, 46 be flashboard I, 47 be III piston of flashboard oil cylinder, 48 be hopper, 49 be electric cabinet, 50 be liquidometer,
51 it is air filter, 52 be oil absorption filter, 53 be return filter, 54 be cooler, 55 be throttle valve, 56 is check valve, 57
It is overflow valve for pressure gauge, 58,59 be pipeline I, 60 be pipeline II, 61 is that pipeline III, 62 is motor stop button, 63 is motor
Start button, 64 be work stop button, 65 be play button, 66 be reacting cycle button, KA1, KA2 relay KM1, KM2 hand over
Stream contactor, 1DT, 2DT are electromagnet, C1, C2, C3, C4 are control oil circuit.
Specific embodiment
Further explanation is made to the utility model with reference to the accompanying drawing, but the utility model is not limited to following implementation
Example.
The all-hydraulic intelligent automatic conveying equipment of the utility model birds raw meat, the equipment include: disposed in parallel the
One meat material cylinder and the second meat material cylinder；Each meat material cylinder rear portion is provided with the piston of hydraulic-driven；It is set in the front end of each meat material cylinder
It is equipped with discharging fluid control valve；The top of the meat material cylinder front end is provided with feed inlet；Feed inlet can cross charging hydraulic control lock
Valve is connected into meat hopper；Hydraulic control device back and forth controls: the second meat material cylinder is in when the first meat material cylinder is in suction state
Material state；Or second meat material cylinder when being in suction state the first meat material cylinder be in discharge state.
For the utility model by a motor driven, all-hydraulic transmission is small in size, and intelligent automation is high-efficient, conveying distance
Far, environmental protection and energy saving, have it is reasonable in design, it is easy to maintenance, reduce labor intensity, reduce costs.
Embodiment
As shown in Figures 1 to 10, motor 22, fishing box 3, six-way valve body 5, fuel tank 16, automatically controlled is disposed in rack 1
Case 49, electro-hydraulic reversing valve 17, pilot operated directional control valve A18, pilot operated directional control valve B19, motor 22 are connected with plunger pump 20.
Rack 1 is equipped with oil cylinder A2, oil cylinder B41 and meat material cylinder A4, meat material cylinder B32, and front end is provided with meat on fishing box 3
The other end of material cylinder A4, meat material cylinder B32, meat material cylinder A4 and meat material cylinder B32 are connected with six-way valve body 5, in meat material cylinder A4, meat
Meat material cylinder A piston 44 and meat material cylinder B piston 38 are respectively equipped in material cylinder B32, meat material cylinder A piston 44 and meat material cylinder B piston 38 divide
Do not cooperate with meat material cylinder A4 and meat material cylinder B32.Oil cylinder A piston 42, oil cylinder A piston rod are respectively equipped in oil cylinder A2, oil cylinder B41
43 and oil cylinder B piston 40, oil cylinder B piston rod 39,43 one end of oil cylinder A piston rod are connected with oil cylinder A piston 42, the other end and meat
Material cylinder A piston 44 is connected, and 39 one end of oil cylinder B piston rod is connected with oil cylinder B piston 40, the other end and meat material cylinder B piston 38
It is connected.
Flashboard valve body I 6 and flashboard valve body II 29, flashboard valve body I 6 and flashboard valve body II are equipped in the front end of six-way valve body 5
29 are connected with threeway discharge port 8.
It is equipped with flashboard I 46 in flashboard valve body I 6, flashboard oil cylinder I 7 is equipped in one end of flashboard valve body I 6, in flashboard oil cylinder
I piston 45 of flashboard oil cylinder and flashboard cylinder piston rod 25 are equipped in I 7, I piston rod of flashboard oil cylinder, 25 one end and flashboard oil cylinder I are living
Plug 45 is connected, and the other end is connected by pin shaft 12 with flashboard I 46.
It is equipped with flashboard II 37 in flashboard valve body II 29, is equipped with flashboard oil cylinder II 31 in one end of flashboard valve body II 29,
II piston rod 30 of II piston 36 of flashboard oil cylinder and flashboard oil cylinder, II piston rod of flashboard oil cylinder, 30 one end are equipped in flashboard oil cylinder II 31
It is connected with II piston 36 of flashboard oil cylinder, the other end is connected by pin shaft 12 with flashboard II 37.
The upper end of six-way valve body 5 is provided with flashboard valve body III 14 and flashboard valve body IV 28, in flashboard valve body III 14 and lock
Plate valve body IV 28 is connected by hopper 48 with meat hopper 15.
It is equipped with flashboard III 35 in flashboard valve body III 14, flashboard oil cylinder III 9 is equipped in one end of flashboard valve body III 14, in lock
Be equipped with III piston rod 11 of III piston 47 of flashboard oil cylinder and flashboard oil cylinder in leaf fat cylinder III 9, III piston rod of flashboard oil cylinder, 11 one end with
III piston 47 of flashboard oil cylinder is connected, and the other end is connected by pin shaft 12 with flashboard III 35.
It is equipped with flashboard IV 34 in flashboard valve body IV 28, is equipped with flashboard oil cylinder IV 26 in one end of flashboard valve body IV 28,
IV piston rod 27 of IV piston 33 of flashboard oil cylinder and flashboard oil cylinder, IV piston rod of flashboard oil cylinder, 27 one end are equipped in flashboard oil cylinder IV 26
It is connected with IV piston 33 of flashboard oil cylinder, the other end is connected by pin shaft 12 with flashboard IV 34.
As shown in figure 9, motor 2 is connected by terminal pad 21 with plunger pump 20, plunger pump 20 passes through oil absorption filter 52
It is connected with fuel tank 16, plunger pump 20 is connected by pipeline I 59 with electro-hydraulic reversing valve 17, and electro-hydraulic reversing valve 17 passes through pipeline II
60, pipeline III 61 be connected respectively with pilot operated directional control valve B19, pilot operated directional control valve A18, pilot operated directional control valve A18 and flashboard oil cylinder IV
26, the rodless cavity of flashboard oil cylinder III 9 is connected, and the rod chamber of flashboard oil cylinder IV 26 is connected with the rod chamber of flashboard oil cylinder II 31, lock
The rodless cavity of leaf fat cylinder II 31 is connected with the rodless cavity of flashboard oil cylinder I 7, rod chamber and the flashboard oil cylinder III 9 of flashboard oil cylinder I 7
Rod chamber is connected, and the rod chamber of flashboard oil cylinder IV 26 is connected by controlling oil circuit C1 with the X1 of pilot operated directional control valve B19 mouth, flashboard
The rod chamber of oil cylinder III 9 is connected by controlling oil circuit C2 with the Y1 of pilot operated directional control valve B19 mouth, pilot operated directional control valve B19 and oil cylinder
A2, oil cylinder B41 are connected, and rod chamber end is equipped with logical valve 23 and by control oil circuit C4 and pilot operated directional control valve on oil cylinder A2
The X2 mouth of A18 is connected, and the rod chamber end on oil cylinder B41 is provided with logical valve 23 and is changed by control oil circuit C3 with hydraulic control
It is connected to the Y2 mouth of valve A18, the oil return of electro-hydraulic reversing valve 17, overflow valve 58 passes through throttle valve 55, cooler 54, oil return filter
Device 53 is connected with fuel tank 16, and throttle valve 55 is used to adjust return pressure on oil return line.
Utility model works process will be further described below with reference to the accompanying drawings below:
As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, the utility model birds raw meat is used
When all-hydraulic intelligence automatic conveying equipment, first at the desired position by the utility model installation, electric motor starting button 63, starting are pressed
Motor 22, driving 20 fuel feeding of plunger pump, be powered at this time by play button 65,1DT, electro-hydraulic reversing valve 17 it is the next, make plunger pump
20 oil supplied act on the rodless cavity of oil cylinder B41 by the left position of pipeline II 60, pilot operated directional control valve B19, pass through oil cylinder B piston
40, oil cylinder B piston rod 39 pushes meat material cylinder B piston 38 to advance, while the rod chamber hydraulic oil of oil cylinder B41 enters having for oil cylinder A2
Rod cavity, by oil cylinder A piston 42, oil cylinder A piston rod 43 drives meat material cylinder A piston 44 to retreat, while the liquid that plunger pump 20 supplies
Pressure oil is the next by pipeline I 59, electro-hydraulic reversing valve 17, the left position of pilot operated directional control valve A18 act on flashboard oil cylinder IV 26 without bar
Chamber, by IV piston 33 of flashboard oil cylinder, IV piston rod 27 of flashboard oil cylinder drives flashboard IV 34 to advance, makes raw meat hopper 15 and meat material
Cylinder B32 is sealed, while the hydraulic oil of the rod chamber of flashboard oil cylinder IV 26 enters the rod chamber of flashboard oil cylinder II 31, passes through flashboard
II piston 36 of oil cylinder, II piston rod 30 of flashboard oil cylinder drive flashboard II 37 to retreat, communicate meat material cylinder B32 with threeway discharge port 8,
The hydraulic oil of II 31 rodless cavity of flashboard oil cylinder enters the rodless cavity of flashboard oil cylinder I 7 simultaneously, by I 7 piston 45 of flashboard oil cylinder,
I piston rod 25 of flashboard oil cylinder drives flashboard I 46 to advance, and is that meat material cylinder A4 and threeway discharge port 8 are closed, while flashboard oil cylinder I 7 has
The hydraulic oil of rod cavity enters the rod chamber of flashboard oil cylinder III 9, passes through III piston 47 of flashboard oil cylinder, III piston rod of flashboard oil cylinder, 11 band
Dynamic flashboard III 35 retreats the retrogressing for making meat material cylinder A4 communicate such meat material cylinder A piston 44 (see Fig. 3, Fig. 5) with raw meat hopper 15, just
Raw meat material in raw meat hopper 15 is sucked in meat material cylinder A4, the advance of meat material cylinder B piston 38, by the raw meat in meat material cylinder B32
Material is exported by threeway discharge port 8.Then see Fig. 4, Fig. 6, when oil cylinder B piston 40 proceeds to stroke terminal, pass through logical valve
23 control oil circuit C1, C2, C3, C4 make pilot operated directional control valve B19, pilot operated directional control valve A18 automatic reverse, and oil cylinder A2, oil cylinder B41 are also changed
To, while flashboard oil cylinder IV 26, flashboard oil cylinder II 31, flashboard oil cylinder I 7, flashboard oil cylinder III 9 also commutate, and make meat material cylinder B32 and three
The closing of pass-out material mouth, meat material cylinder B32 are communicated with raw meat hopper 15, and meat material cylinder A4 is communicated with threeway discharge port 8, meat material cylinder A4 and life
Meat hopper 15 is closed, and at this moment, the retrogressing of meat material cylinder B piston 38 just sucks the raw meat material of raw meat hopper 15 in meat material cylinder B38,
Raw meat material in meat material cylinder A4 is just exported by threeway discharge port 8, is so recycled by the advance of meat material cylinder A piston 44 simultaneously,
Raw meat material is continuously conveyed to realize.
Wherein the pressure of pipeline I 59 is adjusted by overflow valve 58 and is shown by pressure gauge 57.
Above-mentioned circulation going in cycles, stops until by work stop button 64.
Claims (4)
1. a kind of all-hydraulic intelligent automatic conveying equipment of birds raw meat, it is characterised in that: the equipment includes:
First meat material cylinder disposed in parallel and the second meat material cylinder；
Each meat material cylinder rear portion is provided with the piston of hydraulic-driven；
The front end of each meat material cylinder is provided with discharging fluid control valve；
The top of the meat material cylinder front end is provided with feed inlet；
Feed inlet can cross charging fluid control valve and connect into meat hopper；
Hydraulic control device back and forth controls:
The second meat material cylinder is in discharge state when first meat material cylinder is in suction state；Or second meat material cylinder when being in suction state
First meat material cylinder is in discharge state.
2. the all-hydraulic intelligent automatic conveying equipment of birds raw meat as described in claim 1, it is characterised in that:
The setting includes:
Rack；
The first meat material cylinder disposed in parallel and the second meat material cylinder is arranged on the rack；
Hydraulic pump is provided in the rack above the first meat material cylinder and the second meat material cylinder.
3. the all-hydraulic intelligent automatic conveying equipment of birds raw meat as described in claim 1, it is characterised in that: two meat
The outlet of the discharging fluid control valve of material cylinder is connected with a threeway discharge port.
4. the all-hydraulic intelligent automatic conveying equipment of birds raw meat as described in claim 1, it is characterised in that:
The second meat material cylinder is in discharge state when first meat material cylinder is in suction state: hydraulic control device control:
First the discharging fluid control valve of the first meat material cylinder is closed and the first meat material cylinder charging fluid control valve is opened；
Then the piston of the first meat material cylinder is moved from front to back, completes suction；
Meanwhile
First the discharging fluid control valve of the second meat material cylinder is opened and the second meat material cylinder charging fluid control valve is closed；
Then the piston of the second meat material cylinder is moved from back to front, completes discharging.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820961222.3U CN208454001U (en) | 2018-06-21 | 2018-06-21 | The all-hydraulic intelligent automatic conveying equipment of birds raw meat |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820961222.3U CN208454001U (en) | 2018-06-21 | 2018-06-21 | The all-hydraulic intelligent automatic conveying equipment of birds raw meat |
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| Publication Number | Publication Date |
|---|---|
| CN208454001U true CN208454001U (en) | 2019-02-01 |
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| CN201820961222.3U Active CN208454001U (en) | 2018-06-21 | 2018-06-21 | The all-hydraulic intelligent automatic conveying equipment of birds raw meat |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108726201A (en) * | 2018-06-21 | 2018-11-02 | 湖南鼎峰机械有限公司 | The all-hydraulic intelligent automatic conveying equipment of birds raw meat |
-
2018
- 2018-06-21 CN CN201820961222.3U patent/CN208454001U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108726201A (en) * | 2018-06-21 | 2018-11-02 | 湖南鼎峰机械有限公司 | The all-hydraulic intelligent automatic conveying equipment of birds raw meat |
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