The content of the invention
It is an object of the invention to provide a kind of height adjustment types to count conveyer, and the above-mentioned of the prior art can be overcome to lack
It falls into.
According to the present invention, a kind of height adjustment type of apparatus of the present invention counts conveyer, including forming whole equipment frame
Idler wheel, floor cavities, the first babinet, cabinets cavity, interior bull stick, outer bull stick, slide, concave body, scanning inner cavity, ducted body,
The principal organ of body of rod inner cavity, hollow lever shaft and equipment, the principal organ include elevating mechanism, linkage, carrier bar
Conveying mechanism, net cage mechanism, the idler wheel annular array are arranged at bottom plate lower face, and the idler wheel is positioned on ground, described
First babinet is fixedly installed on bottom plate upper surface, and the floor cavities are arranged in bottom plate, and the cabinets cavity is arranged at first
In babinet, case top inner cavity is arranged in the first babinet upper end, and the elevating mechanism is arranged at cabinets cavity upper and lower side inner wall
Between, the elevating mechanism top is rotatably through the floor cavities and case top inner cavity, the first babinet upper surface left side
Right side is symmetrically arranged with rotatably is arranged at the described of left side with the fixed linkage of the first babinet, the outer bull stick
In linkage, the interior bull stick is rotatably arranged in the linkage on right side, and another group of left and right sides is symmetrical arranged
The linkage be rotatably arranged at respectively in the interior bull stick and outer bull stick top, the sliding block is fixedly installed on separately
The symmetrically arranged linkage upper end of one group of left and right sides, the sliding block is slidably arranged on slide lower face, described recessed
Type body is fixedly installed on the slide upper surface, and the chain board conveying mechanism is arranged in the concave body, the net cage mechanism
Chain board conveying mechanism upper surface is slidably arranged on, the ducted body is fixedly installed on side end face before and after concave body, described to sweep
It retouches interior intracavitary to be arranged in ducted body, the net cage mechanism is slidably arranged on interior intracavitary, and the counter is fixedly installed on
Scan inner cavity upper end inner wall, the conveyer is fixedly installed on ducted body upper surface, the elevating mechanism include the first motor,
Driving pulley, belt, the first threaded rod, transmission case, transmission box cavity, first be loaded inner cavity, second be loaded inner cavity, be loaded axis
It holds, internal thread block, driven pulley, turning joint, bull stick, first motor is fixedly installed on the bottom plate upper surface, institute
State driving pulley and the first motor arbor power connector, the cabinets cavity upper end is fixedly installed transmission case, and described second
Be loaded inner cavity, transmission box cavity, first inner cavity that is loaded is set in turn in transmission case from top to bottom, the bearing that is loaded described in two point
Be not arranged at second be loaded inner cavity, first be loaded interior intracavitary, the internal thread block, which is rotatably arranged at, to be loaded in bearing, it is described from
Movable belt pulley is fixedly connected with internal thread block, and the belt is by driven pulley and driving pulley power connector, first threaded rod
It is connected with internal thread block thread fitting, the turning joint is connected with the first threaded rod top secure fit, and the bull stick can turn
Dynamic is arranged in turning joint, and the interior bull stick, outer bull stick and bar rotation are connected, and the body of rod inner cavity is arranged at outer
In bull stick, the interior bull stick is rotatably arranged at intracavitary in the body of rod, the linkage include external-open buccal mass, open lumen,
Second threaded rod, handle, diplopore sliding block, unthreaded hole, are provided with open lumen in the external-open buccal mass, two before and after the open lumen
Side inner wall is provided with the second threaded rod for being rotatably assorted and being connected with open lumen, and the handle is fixedly installed on second screw thread
Bar end face outside, the front and rear diplopore sliding block being symmetrically arranged with open lumen sliding connection in the open lumen,
The unthreaded hole is arranged at diplopore upper end of slide block, and the diplopore sliding block is connected with the second threaded rod thread fitting, the hollow lever
Shaft is rotatably arranged in unthreaded hole, the chain board conveying mechanism include concave block, concave block inner cavity, speed reducer, the second motor,
First sprocket wheel, chain, the second sprocket wheel, the concave block are fixedly installed on the concave body rear end face, the speed reducer fixed setting
In the concave block rear end face, the speed reducer is connected with the second motor power, and concave block inner cavity is provided in the concave block, described
The output shaft of speed reducer is rotatably assorted with concave body through the concave block and is connected, and is symmetrical arranged before and after the outer surface of the output shaft
There is the first sprocket wheel being connected with outputting axial power, the axis of wearing rotatably is arranged at concave body right end, the appearance for wearing axis
Be symmetrically arranged with after in front with second sprocket wheel for wearing axis power connector, the chain is by first sprocket wheel and the second sprocket wheel
Power connector so as to form whole equipment, makes equipment that there is conveying and height to adjust tally function, improves the practicability of equipment
And reliability.
Further technical solution, the net cage mechanism include pedestal, pedestal inner cavity, hook, tiling net, grid inner cavity,
Net cage, is provided with pedestal inner cavity in the pedestal, symmetrical in inner wall at left and right sides of the pedestal inner cavity to be provided with hook, described
Tiling net suspension is arranged on hook, and the grid inner cavity is arranged in tiling net, and the net cage suspension is arranged at grid inner cavity
It is interior, the raw oyster scallop of conveying can be held in the net cage, so as to form the transport that a carrier realizes raw oyster scallop, to realize
Identification counts, and improves the convenience of equipment.
Further technical solution, three chain board conveying mechanisms are arranged at side in the concave body, the net cage machine
Structure sliding connection is arranged at chain upper surface, it is achieved thereby that the continuous conveying of the net cage mechanism.
Further technical solution, the diplopore sliding block are slidably connected with the open lumen, the diplopore sliding block
It is connected with the second threaded rod thread fitting, it is achieved thereby that the diplopore sliding block can slide in outward opening block.
Further technical solution, the interior bull stick, outer bull stick and turning joint composition link mechanism, it is achieved thereby that high
Spend the function of lifting.
The beneficial effects of the invention are as follows:
Since present device is in original state, the interior bull stick, outer bull stick, linkage, sliding block, the connecting rod of slide composition
Sliding Structures can be interlocked under elevating mechanism driving, upper end total is driven to move up and down, the carrier bar conveying
After mechanism driving net cage mechanism can be driven to slide to the right, the counter can sense the quantity that the net cage mechanism is passed through and meter
Number, for feeding back to control program, the conveyer can the front and rear raw oyster scallop of transport, the net cage mechanism can be by manipulator from a left side
Side is placed, and right side is transported to after counting, and the raw oyster scallop of the conveyer upper end is positioned in net cage mechanism by manipulator, then will
The net cage mechanism for filling with raw oyster scallop takes away and is put into oven.
When equipment is run, the elevating mechanism work, in the interior bull stick, outer bull stick, linkage, sliding block, slide
Under the connecting rod Sliding Structures effect of composition, the height of equipment is adjusted to suitable location, the chain board conveying mechanism work, machinery
Unloaded net cage mechanism is put by hand from left side, after being counted below the counter, slides into right side, at this time the right side
Chain board conveying mechanism be stopped, the crawl of the raw oyster scallop of the conveyer upper surface is put into the net cage mechanism by manipulator
It is interior, after being put into, the net cage mechanism for filling with raw oyster scallop is taken away and is put into oven.
When the elevating mechanism works, first electric motor operation drives the driving pulley, belt, driven belt
Wheel rotates, and the driven pulley is connected with internal thread block secure fit, and the internal thread block and the first threaded rod thread fitting
Connection, the internal thread block are rotatably limited to be loaded in bearing, and the turning joint and the first threaded rod secure fit connect
It connects, then first threaded rod generates upper and lower movement, and upper and lower movement is generated with the structure that the turning joint is connected.
After the elevating mechanism works, the interior bull stick, outer bull stick generate upwards under the action of the turning joint
The trend of movement, the sliding block are connected indirectly with the interior bull stick, outer bull stick secure fit, and the sliding block can be under the slide
End face horizontally slips, then moves up the interior bull stick, outer bull stick, and the sliding block is drawn close to center.
During chain board conveying mechanism work, second electric motor operation, the speed reducer and the second motor power
Connection, then drive the output shaft of the speed reducer to rotate, first sprocket wheel is connected with the outputting axial power of the speed reducer, then
The chain rotates, then the net cage mechanism for being positioned over the chain upper surface is slided to the right.
When the linkage is installed, handle described in front and rear sides is rotated respectively, with the second threaded rod screw thread
The diplopore sliding block generation of mating connection horizontally slips, and has adjusted the spacing between the diplopore sliding block, by the interior bull stick and outside
Bull stick is directed at the unthreaded hole and the hollow lever shaft is penetrated the unthreaded hole again, then the interior bull stick and outer bull stick just with it is described
Linkage is rotatably assorted connection.
When the net cage mechanism is installed, the tiling net is suspended on outside hook, the net cage is suspended on described
Intracavitary in grid.
Apparatus of the present invention are simple in structure, easy to use, and there is this equipment excellent height to adjust, count, conveying function, can
To complete an important process in raw oyster scallop processing technology, productivity is largely improved.
Specific embodiment
All features or disclosed all methods disclosed in this specification or in the process the step of, except mutually exclusive
Feature and/or step beyond, can combine in any way.
This specification(Including any accessory claim, summary and attached drawing)Disclosed in any feature, except non-specifically chatting
It states, can be replaced by other alternative features that are equivalent or have similar purpose.I.e., unless specifically stated, each feature
It is an example in a series of equivalent or similar characteristics.
As shown in figures 1-8, a kind of height adjustment type of the invention counts conveyer, the rolling including forming whole equipment frame
Wheel 100, floor cavities 102, the first babinet 103, cabinets cavity 104, interior bull stick 107, outer bull stick 108, slide 109, concave body
110th, the principal organ of inner cavity 113, ducted body 116, body of rod inner cavity 302, hollow lever shaft 304 and equipment, the master are scanned
Mechanism is wanted to include elevating mechanism 105, linkage 106, chain board conveying mechanism 111, net cage mechanism 112,100 annular of idler wheel
Array is arranged at 101 lower face of bottom plate, and the idler wheel 100 is positioned on ground, and first babinet 103 is fixedly installed on bottom plate
101 upper surfaces, the floor cavities 102 are arranged in bottom plate 101, and the cabinets cavity 104 is arranged in the first babinet 103,
Case top inner cavity 114 is arranged in 103 upper end of the first babinet, and the elevating mechanism 105 is arranged at 104 upper and lower side of cabinets cavity
Between inner wall, 105 top of elevating mechanism is rotatably through the floor cavities 102 and case top inner cavity 114, and described first
103 upper surface left and right sides of babinet is symmetrically arranged with and the 103 fixed linkage 106 of the first babinet, the outer bull stick 108
Rotatable to be arranged in the linkage 106 in left side, the interior bull stick 107 is rotatably arranged at the hinge on right side
In chain mechanism 106, the symmetrically arranged linkage 106 of another group of left and right sides is rotatably arranged at the interior bull stick respectively
107 and 108 top of outer bull stick in, the sliding block 119 is fixedly installed on the symmetrically arranged linkage of another group of left and right sides
106 upper ends, the sliding block 119 are slidably arranged on 109 lower face of slide, and the concave body 110 is fixedly installed on the cunning
109 upper surface of rail, the chain board conveying mechanism 111 are arranged in the concave body 110, and the net cage mechanism 112 is slidable
111 upper surface of chain board conveying mechanism is arranged at, the ducted body 116 is fixedly installed on side end face before and after concave body 110, described to sweep
It retouches and is arranged in inner cavity 113 in ducted body 116, the net cage mechanism 112 is slidably arranged in inner cavity 113, the counting
Device 117 is fixedly installed on scanning 113 upper end inner wall of inner cavity, and the conveyer 118 is fixedly installed on 116 upper surface of ducted body, institute
Stating elevating mechanism 105 includes the first motor 200, driving pulley 201, belt 202, the first threaded rod 203, transmission case 204, biography
Dynamic box cavity 205, first be loaded inner cavity 206, second be loaded inner cavity 207, the bearing 208 that is loaded, internal thread block 209, driven pulley
210th, turning joint 212, bull stick 140, first motor 200 are fixedly installed on 101 upper surface of bottom plate, the active
201 and first motor of belt wheel, 200 arbor power connector, 104 upper end of cabinets cavity are fixedly installed transmission case 204, institute
The second be loaded inner cavity 207, transmission box cavity 205, first inner cavity 206 that is loaded is stated to be set in turn in from top to bottom in transmission case 204,
The bearing 208 that is loaded described in two be respectively arranged at second be loaded inner cavity 207, first be loaded in inner cavity 206, the internal thread block
209 rotatable are arranged at are loaded in bearing 208, and the driven pulley 210 is fixedly connected with internal thread block 209, the belt 202
By 201 power connector of driven pulley 210 and driving pulley, first threaded rod 203 connects with 209 thread fitting of internal thread block
It connects, the turning joint 212 is connected with 203 top secure fit of the first threaded rod, and the bull stick 140, which is rotatably arranged at, to be turned
In dynamic hinge 212, the interior bull stick 107, outer bull stick 108 are rotatably assorted with bull stick 140 and are connected, and the body of rod inner cavity 302 is set
In in outer bull stick 108, the interior bull stick 107 is rotatably arranged in body of rod inner cavity 302, and the linkage 106 includes outer
Be open block 500, open lumen 501, the second threaded rod 502, handle 503, diplopore sliding block 504, unthreaded hole 505, the external-open buccal mass
Open lumen 501 is provided in 500, the 501 front and rear sides inner wall of open lumen is provided with to be rotatably assorted with open lumen 501
Second threaded rod 502 of connection, the handle 503 are fixedly installed on 502 end face outside of the second threaded rod, in the opening
The front and rear diplopore sliding block 504 being symmetrically arranged with the open lumen 501 sliding connection, the unthreaded hole 505 are set in chamber 501
504 upper end of diplopore sliding block is placed in, the diplopore sliding block 504 is connected with 502 thread fitting of the second threaded rod, and the hollow lever turns
Axis 304 is rotatably arranged in unthreaded hole 505, and the chain board conveying mechanism 111 includes concave block 400, concave block inner cavity 401, slows down
Machine 402, the second motor 403, the first sprocket wheel 404, chain 405, the second sprocket wheel 407, the concave block 400 are fixedly installed on described
110 rear end face of concave body, the speed reducer 402 are fixedly installed on 400 rear end face of concave block, the speed reducer 402 and second
403 power connector of motor, concave block inner cavity 401 is provided in the concave block 400, and the output shaft of the speed reducer 402 runs through institute
It states concave block 400 and is rotatably assorted with concave body 110 and be connected, be symmetrically arranged with before and after the outer surface of the output shaft and outputting axial power
First sprocket wheel 404 of connection, the axis 406 of wearing rotatably are arranged at 110 right end of concave body, the outer surface for wearing axis 406
It is front and rear be symmetrically arranged with second sprocket wheel 407 for wearing 406 power connector of axis, the chain 405 is by first sprocket wheel 404
With 407 power connector of the second sprocket wheel, so as to form whole equipment, make equipment that there is conveying and height to adjust tally function, improve
The practicability and reliability of equipment.
Valuably, wherein, the net cage mechanism 112 include pedestal 600, pedestal inner cavity 601, hook 602, tiling net 603,
Grid inner cavity 604, net cage 605, are provided with pedestal inner cavity 601 in the pedestal 600, in 601 left and right sides of pedestal inner cavity
Symmetrical in wall to be provided with hook 602, tiling net 603 suspension is arranged on hook 602, and the grid inner cavity 604 is set
In in tiling net 603, the suspension of net cage 605 is arranged in grid inner cavity 604, and the life of conveying can be held in the net cage 605
Oyster scallop so as to form the transport that a carrier realizes raw oyster scallop, to realize that identification counts, improves the facility of equipment
Property.
Valuably, wherein, three chain board conveying mechanisms 111 are arranged at 110 inside of concave body, the net cage machine
The sliding connection of structure 112 is arranged at 405 upper surface of chain, it is achieved thereby that the continuous conveying of the net cage mechanism 112.
Valuably, wherein, the diplopore sliding block 504 is slidably connected with the open lumen 501, the diplopore sliding block
504 are connected with 502 thread fitting of the second threaded rod, it is achieved thereby that the diplopore sliding block 504 can be slided in outward opening block 500
It is dynamic.
Valuably, wherein, the interior bull stick 107, outer bull stick 108 and turning joint 212 form link mechanism, so as to fulfill
The function of lift in height.
Present device is in original state, the interior bull stick 107, outer bull stick 108, linkage 106, sliding block 119, cunning
The connecting rod Sliding Structures that rail 109 forms can be interlocked under the elevating mechanism 105 driving, driven in the total of upper end
Lower movement, the chain board conveying mechanism 111 can drive net cage mechanism 112 to slide to the right after driving, and the counter 117 can sense
The quantity of the process of net cage mechanism 112 and counting, for feeding back to control program, the conveyer 118 can front and rear transport life
Oyster scallop, the net cage mechanism 112 can be placed by manipulator from left side, right side are transported to after counting, manipulator is by the conveying
The raw oyster scallop of 118 upper end of machine is positioned in net cage mechanism 112, then the net cage mechanism 112 for filling with raw oyster scallop is taken away and is put into
In oven.
When equipment is run, the elevating mechanism 105 works, in the interior bull stick 107, outer bull stick 108, linkage
106th, under the connecting rod Sliding Structures effect that sliding block 119, slide 109 form, the height of equipment is adjusted to suitable location, the chain
Plate conveying mechanism 111 works, and unloaded net cage mechanism 112 is put by manipulator from left side, is counted by 117 lower section of counter
After number, right side is slided into, the chain board conveying mechanism 111 on the right side is stopped at this time, and manipulator will be on the conveyer 118
The raw oyster scallop crawl of end face is put into the net cage mechanism 112, after being put into, will fill with the net cage mechanism of raw oyster scallop
112 take away and are put into oven.
When the elevating mechanism 105 works, first motor 200 works, and drives the driving pulley 201, skin
Band 202, driven pulley 210 rotate, and the driven pulley 210 is connected with 209 secure fit of internal thread block, and the internal thread block
209 are connected with 203 thread fitting of the first threaded rod, and the internal thread block 209 rotatably is limited to be loaded in bearing 208, institute
Turning joint 212 to be stated to be connected with 203 secure fit of the first threaded rod, then first threaded rod 203 generates upper and lower movement, with
The structure that the turning joint 212 is connected generates upper and lower movement.
After the elevating mechanism 105 works, the interior bull stick 107, outer bull stick 108 the turning joint 212 work
With the lower trend for generating and moving upwards, the sliding block 119 is connected indirectly with the interior bull stick 107,108 secure fit of outer bull stick,
The sliding block 119 can horizontally slip in 109 lower face of slide, then move up the interior bull stick 107, outer bull stick 108,
And the sliding block 119 is drawn close to center.
When the chain board conveying mechanism 111 works, second motor 403 works, 402 and second electricity of speed reducer
403 power connector of motivation then drives the output shaft of the speed reducer 402 to rotate, first sprocket wheel 404 and the speed reducer
402 outputting axial power connection, then the chain 405 rotates, then is positioned over the net cage mechanism 112 of 405 upper surface of chain
It slides to the right.
When the linkage 106 is installed, handle 503 described in front and rear sides is rotated respectively, with second screw thread
The generation of diplopore sliding block 504 of 502 thread fitting of bar connection horizontally slips, and has adjusted the spacing between the diplopore sliding block 504, will
The interior bull stick 107 and outer bull stick 108 are directed at the unthreaded hole 505 and the hollow lever shaft 304 are penetrated the unthreaded hole again
505, then the interior bull stick 107 and outer bull stick 108 are just rotatably assorted with the linkage 106 is connected.
When the net cage mechanism 112 is installed, the tiling net 603 is suspended on outside hook 602, by the net cage
605 are suspended in the grid inner cavity 604.
The beneficial effects of the invention are as follows:Since present device is in original state, the interior bull stick, outer bull stick, hinge
Mechanism, sliding block, the connecting rod Sliding Structures of slide composition can be interlocked under elevating mechanism driving, drive upper end entire
Structure moves up and down, and after the chain board conveying mechanism driving net cage mechanism can be driven to slide to the right, the counter can sense institute
The quantity of net cage mechanism process and counting are stated, for feeding back to control program, the conveyer front and rear can transport raw oyster scallop, institute
It states net cage mechanism to be placed from left side by manipulator, right side is transported to after counting, manipulator is by the raw oyster of the conveyer upper end
Scallop is positioned in net cage mechanism, then the net cage mechanism for filling with raw oyster scallop is taken away and is put into oven.
When equipment is run, the elevating mechanism work, in the interior bull stick, outer bull stick, linkage, sliding block, slide
Under the connecting rod Sliding Structures effect of composition, the height of equipment is adjusted to suitable location, the chain board conveying mechanism work, machinery
Unloaded net cage mechanism is put by hand from left side, after being counted below the counter, slides into right side, at this time the right side
Chain board conveying mechanism be stopped, the crawl of the raw oyster scallop of the conveyer upper surface is put into the net cage mechanism by manipulator
It is interior, after being put into, the net cage mechanism for filling with raw oyster scallop is taken away and is put into oven.
When the elevating mechanism works, first electric motor operation drives the driving pulley, belt, driven belt
Wheel rotates, and the driven pulley is connected with internal thread block secure fit, and the internal thread block and the first threaded rod thread fitting
Connection, the internal thread block are rotatably limited to be loaded in bearing, and the turning joint and the first threaded rod secure fit connect
It connects, then first threaded rod generates upper and lower movement, and upper and lower movement is generated with the structure that the turning joint is connected.
After the elevating mechanism works, the interior bull stick, outer bull stick generate upwards under the action of the turning joint
The trend of movement, the sliding block are connected indirectly with the interior bull stick, outer bull stick secure fit, and the sliding block can be under the slide
End face horizontally slips, then moves up the interior bull stick, outer bull stick, and the sliding block is drawn close to center.
During chain board conveying mechanism work, second electric motor operation, the speed reducer and the second motor power
Connection, then drive the output shaft of the speed reducer to rotate, first sprocket wheel is connected with the outputting axial power of the speed reducer, then
The chain rotates, then the net cage mechanism for being positioned over the chain upper surface is slided to the right.
When the linkage is installed, handle described in front and rear sides is rotated respectively, with the second threaded rod screw thread
The diplopore sliding block generation of mating connection horizontally slips, and has adjusted the spacing between the diplopore sliding block, by the interior bull stick and outside
Bull stick is directed at the unthreaded hole and the hollow lever shaft is penetrated the unthreaded hole again, then the interior bull stick and outer bull stick just with it is described
Linkage is rotatably assorted connection.
When the net cage mechanism is installed, the tiling net is suspended on outside hook, the net cage is suspended on described
Intracavitary in grid.
Apparatus of the present invention are simple in structure, easy to use, and there is this equipment excellent height to adjust, count, conveying function, can
To complete an important process in raw oyster scallop processing technology, productivity is largely improved.
The above, the specific embodiment only invented, but invent protection domain be not limited thereto, it is any without
The change or replacement that creative work is expected are crossed, should all be covered within the protection domain of invention.Therefore, the protection domain of invention
It should be determined by the scope of protection defined in the claims.