CN107537637A - A kind of Bioexperiment experiment material high-efficient grinding equipment - Google Patents
A kind of Bioexperiment experiment material high-efficient grinding equipment Download PDFInfo
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- CN107537637A CN107537637A CN201710799505.2A CN201710799505A CN107537637A CN 107537637 A CN107537637 A CN 107537637A CN 201710799505 A CN201710799505 A CN 201710799505A CN 107537637 A CN107537637 A CN 107537637A
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Abstract
The present invention relates to a kind of milling apparatus of experiment material, more particularly to a kind of Bioexperiment experiment material high-efficient grinding equipment.The technical problem to be solved in the present invention is to provide a kind of labor intensity is small, in process of lapping experiment material will not trickle down, time saving and energy saving Bioexperiment experiment material high-efficient grinding equipment.In order to solve the above-mentioned technical problem, the invention provides such a Bioexperiment experiment material high-efficient grinding equipment, bottom plate, supporting leg, support, top plate, abrading cylinder etc. are included；It is symmetrical at the top of bottom plate to be connected with supporting leg by bolted connection, abrading cylinder is connected with by bolted connection at the top of supporting leg.The present invention drives lapping device to be ground the experiment material in abrading cylinder by rotating device, the effect of grinding is improved provided with scraper, it is additionally provided with shaking device, further improve the effect of grinding, reached labor intensity is small, in process of lapping experiment material will not trickle down, time saving and energy saving effect.
Description
Technical field
The present invention relates to a kind of milling apparatus of experiment material, more particularly to a kind of Bioexperiment efficiently to be ground with experiment material
Grind equipment.
Background technology
Biology refers to the life entity with kinetic energy, and the set of an object, and individual biology refers to organism, with
It is abiotic relative.Its element includes：Under field conditions (factors), there is survival ability and fertility by the generation that chemically reacts
Lived object and by it（Or they）By lived offspring caused by breeding, the stimulation in the external world can be made accordingly
Reaction, it can interdepend, mutually promote with the environment in the external world.Further, it is possible to discharge material useless in vivo, there is heredity with becoming
Different characteristic.
It is using artificial in the prior art, it is necessary to which experiment material, which is ground, to be tested in Bioexperiment
Grinding experiment material, underhand polish labor intensity is big, experiment material can trickle down and cause to waste, waste time and energy in process of lapping, because
This needs that a kind of labor intensity of research and development is small, experiment material will not be trickled down, time saving and energy saving Bioexperiment is tested in process of lapping badly
Material high-efficient grinding equipment.
The content of the invention
（1）Technical problems to be solved
In order to overcome underhand polish labor intensity, experiment material can trickle down and cause waste, time-consuming expense the present invention greatly, in process of lapping
The shortcomings that power, the technical problem to be solved in the present invention is to provide a kind of labor intensity is small, experiment material will not be spilt in process of lapping
Fall, time saving and energy saving Bioexperiment experiment material high-efficient grinding equipment.
（2）Technical scheme
In order to solve the above-mentioned technical problem, the invention provides such a Bioexperiment experiment material high-efficient grinding equipment,
Include bottom plate, supporting leg, support, top plate, abrading cylinder, plug, transverse slat, collection frame, rotating device and lapping device, bottom plate top
It is symmetrical to be connected with supporting leg by bolted connection, grinding is connected with by bolted connection at the top of supporting leg
Cylinder, bottom plate top are connected with collection frame by bolted connection, and collection frame between two supporting legs, lead to by bottom plate top left side
Cross bolted mode and be connected with support, support is located at supporting leg left, and cradle top is connected with by bolted connection
Top plate, top plate bottom are provided with rotating device, and the rotating device of rotating device is provided with lapping device, the grinding component of lapping device
In abrading cylinder, discharging opening is provided among abrading cylinder inner bottom part, is provided with plug in discharging opening, bung's bottom portion is bolted
Mode be connected with transverse slat, discharging opening coordinates with plug, and discharging opening be located at collection frame surface.
Preferably, rotating device includes the first motor, little gear, first bearing seat, first rotating shaft and gear wheel, top plate
First bearing seat and the first motor are connected among bottom by bolted connection, the first motor is located at the first bearing seat right side
Side, little gear is connected with by shaft coupling on the output shaft of the first motor, the bearing in first bearing seat is by way of interference
First rotating shaft is connected with, is connected with gear wheel in first rotating shaft by way of key connection, gear wheel engages with little gear, and first
Shaft end is connected with lapping device.
Preferably, lapping device includes slide rail, the first sliding block, boundary block, the first spring, connecting rod and mill ball, the
One shaft end is connected with slide rail, and first rotating shaft end is connected with slide rail crown center by bolted connection, slide rail bottom
Portion is provided with the first sliding block and boundary block, and boundary block is located at the first sliding block left, and boundary block right flank and the first sliding block left surface connect
The first spring is connected to, the first slider bottom is connected with connecting rod by bolted connection, and connecting rod lower end is connected by bolt
The mode connect is connected with mill ball, and mill ball is located at right in abrading cylinder, and mill ball coordinates with abrading cylinder.
Preferably, also include scraper, scraper include the second sliding block, second spring, connecting plate, scraper plate and
3rd spring, slide rail bottom left are provided with the second sliding block, and the second sliding block is on the left of boundary block, the second sliding block right flank and boundary
Second spring is connected between block left surface, the second slider bottom is connected with connecting plate, connecting plate by bolted connection
The left in abrading cylinder, connecting plate left side are provided with scraper plate, the company of being evenly spaced apart between scraper plate right flank and connecting plate left surface
The 3rd spring is connected to, scraper plate is in close contact with the grinding inside wall of cylinder.
Preferably, also include shaking device, shaking device include second bearing seat, the second rotating shaft, the first belt pulley,
Flat belt, the second belt pulley and cam, top plate bottom right are connected with second bearing seat, the second axle by bolted connection
Bearing is located at the first motor right, and the bearing in second bearing seat is connected with the second rotating shaft, the second rotating shaft by way of interference
Middle part is connected with the second belt pulley by way of key connection, and the mode that key connection is crossed in the middle part of first rotating shaft is connected with the first belt
Wheel, the first belt pulley are connected with flat belt between gear wheel and slide rail between the first belt pulley and the second belt pulley, and second
Bearing block bottom is connected with cam by way of key connection, and cam is located at abrading cylinder right.
Preferably, the first limited block and the second limited block are also included, slide rail passes on left bolted mode and connected
There is the first limited block, the first limited block is located at the second sliding block left, second is connected with by bolted connection on the right side of slide rail
Limited block, the second limited block are located at the first sliding block right.
Preferably, also include the first reinforcement, first is provided between bottom plate top left side and support right flank bottom and is added
Strengthening tendons, the first reinforcement are connected between bottom plate top left side and support right flank bottom by bolted connection, and first
Reinforcement is located at supporting leg left.
Preferably, also include the second reinforcement, second is provided between top plate bottom left and support right flank top and is added
Strengthening tendons, the second reinforcement are connected between top plate bottom left and support right flank top by bolted connection, and second
Reinforcement is located at first bearing seat left.
Preferably, threaded rod is also included, transverse slat is symmetrical to be provided with screwed hole, and spiral shell is provided with vertically in two screwed holes
Rasp bar, threaded rod coordinate with screwed hole, and the abrading cylinder bottom at left and right sides of discharging opening is provided with thread groove, threaded rod and thread groove
Coordinate.
Operation principle：Operating personnel will need grinding experiment material to be put into abrading cylinder, and operating personnel start rotating device
Rotation, rotating device rotation drive lapping device rotation, and lapping device rotation is just ground to experiment material, and grinding finishes
Afterwards, operating personnel close rotating device, and after rotating device stops completely, operating personnel's pulled down transverse slat, transverse slat drives plug
Son is moved down, and operating personnel are swept the experiment material being polished in abrading cylinder using hairbrush after plug completely disengages discharging opening
Enter discharging opening, experiment material is flowed into collection frame by discharging opening, and after experiment material fully flows into collection frame, operating personnel will
Plug is got back into discharging opening, and so as to next grinding experiment material, operating personnel take out experiment material in collection frame and tested i.e.
Can.
Because rotating device includes the first motor, little gear, first bearing seat, first rotating shaft and gear wheel, top plate bottom
First bearing seat and the first motor are connected among portion by bolted connection, the first motor is located at the first bearing seat right side
Side, little gear is connected with by shaft coupling on the output shaft of the first motor, the bearing in first bearing seat is by way of interference
First rotating shaft is connected with, is connected with gear wheel in first rotating shaft by way of key connection, gear wheel engages with little gear, and first
Shaft end is connected with lapping device, so operating personnel start the rotation of the first motor, the rotation of the first motor drives little gear rotation
Turn, little gear rotation drives gear wheel rotation, and gear wheel rotation drives first rotating shaft rotation, and first rotating shaft rotation drives grinding dress
The grinding component rotation put.
Because lapping device includes slide rail, the first sliding block, boundary block, the first spring, connecting rod and mill ball, first turn
Shaft end is connected with slide rail, and first rotating shaft end is connected with slide rail crown center by bolted connection, and slide rail bottom is set
There are the first sliding block and boundary block, boundary block is located at the first sliding block left, and boundary block right flank is connected with the first sliding block left surface
First spring, the first slider bottom are connected with connecting rod by bolted connection, and connecting rod lower end is bolted
Mode is connected with mill ball, and mill ball is located at right in abrading cylinder, and mill ball coordinates with abrading cylinder, so first rotating shaft rotating band
Dynamic slide rail rotation, slide rail rotation drive the rotation of the first sliding block, and the rotation of the first sliding block drives connecting rod rotation, and connecting rod rotation drives
Ball rotation is ground, grinding ball rotation is ground to experiment material, and mill ball can be close to grind always in the presence of the first spring
The inside wall of cylinder is ground, improves the effect of grinding.
Because also including scraper, scraper includes the second sliding block, second spring, connecting plate, scraper plate and
Three springs, slide rail bottom left are provided with the second sliding block, and the second sliding block is on the left of boundary block, the second sliding block right flank and boundary block
Second spring is connected between left surface, the second slider bottom is connected with connecting plate, connecting plate position by bolted connection
In left in abrading cylinder, scraper plate is provided with the left of connecting plate, is evenly spaced apart to connect between scraper plate right flank and connecting plate left surface
There is the 3rd spring, scraper plate is in close contact with the grinding inside wall of cylinder, so slide rail rotation drives the rotation of the second sliding block, the rotation of the second sliding block
Connecting plate is driven to rotate, connecting plate rotation drives scraper rotary to turn, and the scraper rotary change of team will stick after grinding is grinding the experiment of the inside wall of cylinder
Material is scraped, and further increases the effect of grinding, and scraper plate can be in close contact with abrading cylinder in the presence of the 3rd spring so that
The experiment material of the grinding inside wall of cylinder can be further scraped.
Because also including shaking device, shaking device includes second bearing seat, the second rotating shaft, the first belt pulley, flat
Belt, the second belt pulley and cam, top plate bottom right are connected with second bearing seat, second bearing by bolted connection
Seat is located at the first motor right, and the bearing in second bearing seat is connected with the second rotating shaft by way of interference, in the second rotating shaft
Portion is connected with the second belt pulley by way of key connection, and the mode that key connection is crossed in the middle part of first rotating shaft is connected with the first belt
Wheel, the first belt pulley are connected with flat belt between gear wheel and slide rail between the first belt pulley and the second belt pulley, and second
Bearing block bottom is connected with cam by way of key connection, and cam is located at abrading cylinder right, so first rotating shaft rotation drives
First belt pulley rotates, and the first belt pulley drives the second belt pulley to rotate by flat belt, and the rotation of the second belt pulley drives second
Rotating shaft rotates, and the rotation of the second rotating shaft rotating band moving cam, abrading cylinder can be beaten after cam nose encounters abrading cylinder, so that
Sticked after grinding in the case where the experiment material of the grinding inside wall of cylinder is struck so that experiment material is more fully ground.
Because also including the first limited block and the second limited block, slide rail passes on left bolted mode and is connected with
One limited block, the first limited block are located at the second sliding block left, and it is spacing to be connected with second by bolted connection on the right side of slide rail
Block, the second limited block are located at the first sliding block right, can encounter the first limited block when side is moved so the second sliding block is turned left, and encounter the
After one limited block the second sliding block toward would not left side it is mobile and skid off slide rail, the second limit can be encountered when the first sliding block turns right mobile
Position block, encounter after the second limited block the first sliding block toward would not right side it is mobile and skid off slide rail.
Because also including the first reinforcement and the second reinforcement, set between bottom plate top left side and support right flank bottom
Have the first reinforcement, the first reinforcement be connected to by bolted connection bottom plate top left side and support right flank bottom it
Between, the first reinforcement is located at supporting leg left, so while being provided with the first reinforcement, the present invention can more stablize when in use, can
Improve the service life of the present invention.
Second is provided with because also including the second reinforcement, between top plate bottom left and support right flank top to strengthen
Muscle, the second reinforcement are connected between top plate bottom left and support right flank top by bolted connection, and second adds
Strengthening tendons is located at first bearing seat left, so while being provided with the second reinforcement, the present invention can more stablize when in use, can improve
The service life of the present invention.
Because also including threaded rod, transverse slat is symmetrical to be provided with screwed hole, and screw thread is provided with vertically in two screwed holes
Bar, threaded rod coordinate with screwed hole, and the abrading cylinder bottom at left and right sides of discharging opening is provided with thread groove, and threaded rod is matched somebody with somebody with thread groove
Close, so after plug clogs discharging opening, operating personnel can turn threaded rod clockwise, and threaded rod up revolves in screwed hole
Turn, when threaded rod screws in thread groove and after rotate motionless, operating personnel are stopped the rotation threaded rod, and plug is fixed by threaded rod
In abrading cylinder outer bottom so that plug is not fallen out, it is necessary to when removing plug during grinding experiment material, and operating personnel can be with the inverse time
Pin turns threaded rod, and threaded rod down rotates in screwed hole, and after threaded rod completely disengages thread groove, operating personnel stop rotation
Turn threaded rod, you can remove plug.
（3）Beneficial effect
The present invention drives lapping device to be ground the experiment material in abrading cylinder by rotating device, is carried provided with scraper
The effect of grinding has been risen, shaking device has been additionally provided with, further improves the effect of grinding, it is small, ground to have reached labor intensity
In journey experiment material will not trickle down, time saving and energy saving effect.
Brief description of the drawings
Fig. 1 is the first main structure diagram of the present invention.
Fig. 2 is second of main structure diagram of the present invention.
Fig. 3 is the third main structure diagram of the present invention.
Fig. 4 is the 4th kind of main structure diagram of the present invention.
Fig. 5 is the 5th kind of main structure diagram of the present invention.
Fig. 6 is the mplifying structure schematic diagram of part A of the present invention.
Mark in accompanying drawing for：1- bottom plates, 2- supporting legs, 3- supports, 4- top plates, 5- abrading cylinders, 6- discharging openings, 7- plugs,
8- transverse slats, 9- collection frames, 10- rotating devices, 11- lapping devices, the motors of 101- first, 102- little gears, 103- clutch shaft bearings
Seat, 104- first rotating shafts, 105- gear wheels, 111- slide rails, the sliding blocks of 112- first, 113- boundary blocks, the springs of 114- first, 115-
Connecting rod, 116- mill balls, 12- scrapers, the sliding blocks of 121- second, 122- second springs, 123- connecting plates, 124- scraper plates,
The springs of 125- the 3rd, 13- shaking devices, 131- second bearing seats, the rotating shafts of 132- second, the belt pulleys of 133- first, the flat skins of 134-
Band, the belt pulleys of 135- second, 136- cams, the limited blocks of 14- first, the limited blocks of 15- second, the reinforcements of 16- first, 17- second
Reinforcement, 18- screwed holes, 19- threaded rods, 20- thread grooves.
Embodiment
The present invention is further illustrated with reference to the accompanying drawings and examples.
Embodiment 1
A kind of Bioexperiment experiment material high-efficient grinding equipment, as shown in figures 1 to 6, include bottom plate 1, supporting leg 2, support 3, top
Plate 4, abrading cylinder 5, plug 7, transverse slat 8, collection frame 9, rotating device 10 and lapping device 11, the top of bottom plate 1 are symmetrical logical
Cross bolted mode and be connected with supporting leg 2, the top of supporting leg 2 is connected with abrading cylinder 5 by bolted connection, and bottom plate 1 pushes up
Portion is connected with collection frame 9 by bolted connection, and for collection frame 9 between two supporting legs 2, the top left side of bottom plate 1 passes through spiral shell
Tether the mode connect and be connected with support 3, support 3 is located at the left of supporting leg 2, and the top of support 3 is connected with by bolted connection
Top plate 4, the bottom of top plate 4 are provided with rotating device 10, and the rotating device 10 of rotating device 10 is provided with lapping device 11, lapping device
11 grinding component is located in abrading cylinder 5, and discharging opening 6 is provided among the inner bottom part of abrading cylinder 5, plug 7 is provided with discharging opening 6, is filled in
Sub 7 bottoms are connected with transverse slat 8 by bolted connection, and discharging opening 6 coordinates with plug 7, and discharging opening 6 is being located at collection frame 9 just
Top.
Embodiment 2
A kind of Bioexperiment experiment material high-efficient grinding equipment, as shown in figures 1 to 6, include bottom plate 1, supporting leg 2, support 3, top
Plate 4, abrading cylinder 5, plug 7, transverse slat 8, collection frame 9, rotating device 10 and lapping device 11, the top of bottom plate 1 are symmetrical logical
Cross bolted mode and be connected with supporting leg 2, the top of supporting leg 2 is connected with abrading cylinder 5 by bolted connection, and bottom plate 1 pushes up
Portion is connected with collection frame 9 by bolted connection, and for collection frame 9 between two supporting legs 2, the top left side of bottom plate 1 passes through spiral shell
Tether the mode connect and be connected with support 3, support 3 is located at the left of supporting leg 2, and the top of support 3 is connected with by bolted connection
Top plate 4, the bottom of top plate 4 are provided with rotating device 10, and the rotating device 10 of rotating device 10 is provided with lapping device 11, lapping device
11 grinding component is located in abrading cylinder 5, and discharging opening 6 is provided among the inner bottom part of abrading cylinder 5, plug 7 is provided with discharging opening 6, is filled in
Sub 7 bottoms are connected with transverse slat 8 by bolted connection, and discharging opening 6 coordinates with plug 7, and discharging opening 6 is being located at collection frame 9 just
Top.
Rotating device 10 includes the first motor 101, little gear 102, first bearing seat 103, first rotating shaft 104 and canine tooth
105 are taken turns, is connected with the motor 101 of first bearing seat 103 and first, the first electricity among the bottom of top plate 4 by bolted connection
Machine 101 is located at the right of first bearing seat 103, and little gear 102 is connected with by shaft coupling on the output shaft of the first motor 101, and
Bearing in one bearing block 103 is connected with first rotating shaft 104 by way of interference, passes through key connection in first rotating shaft 104
Mode is connected with gear wheel 105, and gear wheel 105 engages with little gear 102, and the end of first rotating shaft 104 is connected with lapping device 11.
Embodiment 3
A kind of Bioexperiment experiment material high-efficient grinding equipment, as shown in figures 1 to 6, include bottom plate 1, supporting leg 2, support 3, top
Plate 4, abrading cylinder 5, plug 7, transverse slat 8, collection frame 9, rotating device 10 and lapping device 11, the top of bottom plate 1 are symmetrical logical
Cross bolted mode and be connected with supporting leg 2, the top of supporting leg 2 is connected with abrading cylinder 5 by bolted connection, and bottom plate 1 pushes up
Portion is connected with collection frame 9 by bolted connection, and for collection frame 9 between two supporting legs 2, the top left side of bottom plate 1 passes through spiral shell
Tether the mode connect and be connected with support 3, support 3 is located at the left of supporting leg 2, and the top of support 3 is connected with by bolted connection
Top plate 4, the bottom of top plate 4 are provided with rotating device 10, and the rotating device 10 of rotating device 10 is provided with lapping device 11, lapping device
11 grinding component is located in abrading cylinder 5, and discharging opening 6 is provided among the inner bottom part of abrading cylinder 5, plug 7 is provided with discharging opening 6, is filled in
Sub 7 bottoms are connected with transverse slat 8 by bolted connection, and discharging opening 6 coordinates with plug 7, and discharging opening 6 is being located at collection frame 9 just
Top.
Rotating device 10 includes the first motor 101, little gear 102, first bearing seat 103, first rotating shaft 104 and canine tooth
105 are taken turns, is connected with the motor 101 of first bearing seat 103 and first, the first electricity among the bottom of top plate 4 by bolted connection
Machine 101 is located at the right of first bearing seat 103, and little gear 102 is connected with by shaft coupling on the output shaft of the first motor 101, and
Bearing in one bearing block 103 is connected with first rotating shaft 104 by way of interference, passes through key connection in first rotating shaft 104
Mode is connected with gear wheel 105, and gear wheel 105 engages with little gear 102, and the end of first rotating shaft 104 is connected with lapping device 11.
Lapping device 11 includes slide rail 111, the first sliding block 112, boundary block 113, the first spring 114, the and of connecting rod 115
Mill ball 116, the end of first rotating shaft 104 are connected with slide rail 111, the end of first rotating shaft 104 by bolted connection with cunning
The crown center of rail 111 connects, and the bottom of slide rail 111 is provided with the first sliding block 112 and boundary block 113, and boundary block 113 is located at the first sliding block
112 lefts, the boundary right flank of block 113 and the left surface of the first sliding block 112 are connected with the first spring 114, and the bottom of the first sliding block 112 leads to
Cross bolted mode and be connected with connecting rod 115, the lower end of connecting rod 115 is connected with mill ball by bolted connection
116, mill ball 116 is located at right in abrading cylinder 5, and mill ball 116 coordinates with abrading cylinder 5.
Embodiment 4
A kind of Bioexperiment experiment material high-efficient grinding equipment, as shown in figures 1 to 6, include bottom plate 1, supporting leg 2, support 3, top
Plate 4, abrading cylinder 5, plug 7, transverse slat 8, collection frame 9, rotating device 10 and lapping device 11, the top of bottom plate 1 are symmetrical logical
Cross bolted mode and be connected with supporting leg 2, the top of supporting leg 2 is connected with abrading cylinder 5 by bolted connection, and bottom plate 1 pushes up
Portion is connected with collection frame 9 by bolted connection, and for collection frame 9 between two supporting legs 2, the top left side of bottom plate 1 passes through spiral shell
Tether the mode connect and be connected with support 3, support 3 is located at the left of supporting leg 2, and the top of support 3 is connected with by bolted connection
Top plate 4, the bottom of top plate 4 are provided with rotating device 10, and the rotating device 10 of rotating device 10 is provided with lapping device 11, lapping device
11 grinding component is located in abrading cylinder 5, and discharging opening 6 is provided among the inner bottom part of abrading cylinder 5, plug 7 is provided with discharging opening 6, is filled in
Sub 7 bottoms are connected with transverse slat 8 by bolted connection, and discharging opening 6 coordinates with plug 7, and discharging opening 6 is being located at collection frame 9 just
Top.
Rotating device 10 includes the first motor 101, little gear 102, first bearing seat 103, first rotating shaft 104 and canine tooth
105 are taken turns, is connected with the motor 101 of first bearing seat 103 and first, the first electricity among the bottom of top plate 4 by bolted connection
Machine 101 is located at the right of first bearing seat 103, and little gear 102 is connected with by shaft coupling on the output shaft of the first motor 101, and
Bearing in one bearing block 103 is connected with first rotating shaft 104 by way of interference, passes through key connection in first rotating shaft 104
Mode is connected with gear wheel 105, and gear wheel 105 engages with little gear 102, and the end of first rotating shaft 104 is connected with lapping device 11.
Lapping device 11 includes slide rail 111, the first sliding block 112, boundary block 113, the first spring 114, the and of connecting rod 115
Mill ball 116, the end of first rotating shaft 104 are connected with slide rail 111, the end of first rotating shaft 104 by bolted connection with cunning
The crown center of rail 111 connects, and the bottom of slide rail 111 is provided with the first sliding block 112 and boundary block 113, and boundary block 113 is located at the first sliding block
112 lefts, the boundary right flank of block 113 and the left surface of the first sliding block 112 are connected with the first spring 114, and the bottom of the first sliding block 112 leads to
Cross bolted mode and be connected with connecting rod 115, the lower end of connecting rod 115 is connected with mill ball by bolted connection
116, mill ball 116 is located at right in abrading cylinder 5, and mill ball 116 coordinates with abrading cylinder 5.
Also include scraper 12, scraper 12 include the second sliding block 121, second spring 122, connecting plate 123,
The spring 125 of scraper plate 124 and the 3rd, the bottom left of slide rail 111 are provided with the second sliding block 121, and the second sliding block 121 is positioned at boundary block 113
Left side, second spring 122, the bottom of the second sliding block 121 are connected between the right flank of the second sliding block 121 and the boundary left surface of block 113
Connecting plate 123 is connected with by bolted connection, and connecting plate 123 is located at left in abrading cylinder 5, and the left side of connecting plate 123 is set
There is scraper plate 124, be evenly spaced apart to be connected with the 3rd spring 125, scraper plate between the right flank of scraper plate 124 and the left surface of connecting plate 123
124 are in close contact with the inwall of abrading cylinder 5.
Also include shaking device 13, shaking device 13 includes second bearing seat 131, the second rotating shaft 132, the first belt
Wheel 133, flat belt 134, the second belt pulley 135 and cam 136, the bottom right of top plate 4 are connected with by bolted connection
Second bearing seat 131, second bearing seat 131 are located at the right of the first motor 101, and the bearing in second bearing seat 131 passes through interference
Mode be connected with the second rotating shaft 132, the middle part of the second rotating shaft 132 is connected with the second belt pulley 135 by way of key connection, the
The mode that key connection is crossed at the middle part of one rotating shaft 104 is connected with the first belt pulley 133, and the first belt pulley 133 is located at gear wheel 105 and slided
Between rail 111, flat belt 134 is connected between the first belt pulley 133 and the second belt pulley 135, the bottom of second bearing seat 131 leads to
The mode for crossing key connection is connected with cam 136, and cam 136 is located at the right of abrading cylinder 5.
Also include the first limited block 14 and the second limited block 15, slide rail 111 passes on left bolted mode and connected
There is the first limited block 14, the first limited block 14 is located at the left of the second sliding block 121, and the right side of slide rail 111 is by bolted connection
The second limited block 15 is connected with, the second limited block 15 is located at the right of the first sliding block 112.
Also include the first reinforcement 16, the first reinforcement is provided between the top left side of bottom plate 1 and the right flank bottom of support 3
16, the first reinforcement 16 is connected between the top left side of bottom plate 1 and the right flank bottom of support 3 by bolted connection, the
One reinforcement 16 is located at the left of supporting leg 2.
Also include the second reinforcement 17, the second reinforcement is provided between the bottom left of top plate 4 and the right flank top of support 3
17, the second reinforcement 17 is connected between the bottom left of top plate 4 and the right flank top of support 3 by bolted connection, the
Two reinforcements 17 are located at the left of first bearing seat 103.
Also include threaded rod 19, transverse slat 8 is symmetrical to be provided with screwed hole 18, and spiral shell is provided with vertically in two screwed holes 18
Rasp bar 19, threaded rod 19 coordinate with screwed hole 18, and the bottom of abrading cylinder 5 of the left and right sides of discharging opening 6 is provided with thread groove 20, screw thread
Bar 19 coordinates with thread groove 20.
Operation principle：Operating personnel will need grinding experiment material to be put into abrading cylinder 5, and operating personnel start rotating device
10 rotations, the rotation of rotating device 10 drive lapping device 11 to rotate, and the rotation of lapping device 11 is just ground to experiment material, is ground
After mill, operating personnel close rotating device 10, after rotating device 10 stops completely, operating personnel's pulled down transverse slat 8,
Transverse slat 8 drives plug 7 to move down, and operating personnel will be ground using hairbrush in abrading cylinder 5 after plug 7 completely disengages discharging opening 6
The experiment material of milled is swept into discharging opening 6, and experiment material is flowed into collection frame 9 by discharging opening 6, and experiment material fully flows into
After collection frame 9, operating personnel get back into plug 7 in discharging opening 6, and so as to next grinding experiment material, operating personnel, which take out, to collect
Experiment material is tested in frame 9.
Because rotating device 10 includes the first motor 101, little gear 102, first bearing seat 103, the and of first rotating shaft 104
Gear wheel 105, the motor 101 of first bearing seat 103 and first is connected with by bolted connection among the bottom of top plate 4,
One motor 101 is located at the right of first bearing seat 103, and little gear is connected with by shaft coupling on the output shaft of the first motor 101
102, the bearing in first bearing seat 103 is connected with first rotating shaft 104 by way of interference, passes through key in first rotating shaft 104
The mode of connection is connected with gear wheel 105, and gear wheel 105 engages with little gear 102, and the end of first rotating shaft 104 is connected with grinding
Device 11, so operating personnel start the first motor 101 and rotated, the rotation of the first motor 101 drives little gear 102 to rotate, small tooth
The rotation of wheel 102 drives gear wheel 105 to rotate, and the rotation of gear wheel 105 drives first rotating shaft 104 to rotate, the rotating band of first rotating shaft 104
The grinding component rotation of dynamic lapping device 11.
Because lapping device 11 includes slide rail 111, the first sliding block 112, boundary block 113, the first spring 114, connecting rod
115 and mill ball 116, the end of first rotating shaft 104 be connected with slide rail 111, the end of first rotating shaft 104 is by bolted connection
It is connected with the crown center of slide rail 111, the bottom of slide rail 111 is provided with the first sliding block 112 and boundary block 113, and boundary block 113 is located at first
The left of sliding block 112, the boundary right flank of block 113 and the left surface of the first sliding block 112 are connected with the first spring 114, the bottom of the first sliding block 112
Portion is connected with connecting rod 115 by bolted connection, and the lower end of connecting rod 115 is connected with grinding by bolted connection
Ball 116, mill ball 116 are located at right in abrading cylinder 5, and mill ball 116 coordinates with abrading cylinder 5, so the rotating band of first rotating shaft 104
Dynamic slide rail 111 rotates, and the rotation of slide rail 111 drives the first sliding block 112 to rotate, and the rotation of the first sliding block 112 drives connecting rod 115 to revolve
Turn, the rotation of connecting rod 115 drives mill ball 116 to rotate, and mill ball 116 rotates to be ground to experiment material, in the first spring
Mill ball 116 can be close to the inwall of abrading cylinder 5 always in the presence of 114, improve the effect of grinding.
Because also including scraper 12, scraper 12 includes the second sliding block 121, second spring 122, connecting plate
123rd, the spring 125 of scraper plate 124 and the 3rd, the bottom left of slide rail 111 are provided with the second sliding block 121, and the second sliding block 121 is positioned at boundary block
113 left sides, second spring 122, the bottom of the second sliding block 121 are connected between the right flank of the second sliding block 121 and the boundary left surface of block 113
Portion is connected with connecting plate 123 by bolted connection, and connecting plate 123 is located at left in abrading cylinder 5, the left side of connecting plate 123
Provided with scraper plate 124, it is evenly spaced apart to be connected with the 3rd spring 125 between the right flank of scraper plate 124 and the left surface of connecting plate 123, scrapes
Plate 124 is in close contact with the inwall of abrading cylinder 5, so the rotation of slide rail 111 drives the second sliding block 121 to rotate, the second sliding block 121 rotates
Connecting plate 123 is driven to rotate, the rotation of connecting plate 123 drives scraper plate 124 to rotate, and the rotation of scraper plate 124 can ground being sticked after grinding
The experiment material of the inwall of cylinder 5 scrapes, and further increases the effect of grinding, and scraper plate 124 can be with the presence of the 3rd spring 125
Abrading cylinder 5 is in close contact so that the experiment material of the inwall of abrading cylinder 5 can be further scraped.
Because also including shaking device 13, shaking device 13 includes second bearing seat 131, the second rotating shaft 132, first
Belt pulley 133, flat belt 134, the second belt pulley 135 and cam 136, the bottom right of top plate 4 connect by bolted connection
It is connected to second bearing seat 131, second bearing seat 131 is located at the right of the first motor 101, and the bearing in second bearing seat 131 passes through
The mode of interference is connected with the second rotating shaft 132, and the middle part of the second rotating shaft 132 is connected with the second belt pulley by way of key connection
135, the mode that key connection is crossed at the middle part of first rotating shaft 104 is connected with the first belt pulley 133, and the first belt pulley 133 is located at gear wheel
Between 105 and slide rail 111, flat belt 134, second bearing seat are connected between the first belt pulley 133 and the second belt pulley 135
131 bottoms are connected with cam 136 by way of key connection, and cam 136 is located at the right of abrading cylinder 5, so first rotating shaft 104 is revolved
Turning to drive the first belt pulley 133 to rotate, the first belt pulley 133 drives the second belt pulley 135 to rotate by flat belt 134, and second
The rotation of belt pulley 135 drives the second rotating shaft 132 to rotate, and the rotating band moving cam 136 of the second rotating shaft 132 rotates, when the nose of cam 136
Abrading cylinder 5 can be beaten after encountering abrading cylinder 5, so that being sticked after grinding in the case where the experiment material of the inwall of abrading cylinder 5 is struck so that real
Material is tested more fully to be ground.
Because also including the first limited block 14 and the second limited block 15, slide rail 111 passes on left bolted mode
The first limited block 14 is connected with, the first limited block 14 is located at the left of the second sliding block 121, and the right side of slide rail 111 is bolted
Mode is connected with the second limited block 15, and the second limited block 15 is located at the right of the first sliding block 112, so the second sliding block 121 is toward left side
Can encounter the first limited block 14 when mobile, encounter after the first limited block 14 second sliding block 121 toward would not left side it is mobile and skid off
Slide rail 111, the first sliding block 112 can encounter the second limited block 15 when turning right mobile, encounter the first sliding block after the second limited block 15
112 toward would not right side it is mobile and skid off slide rail 111.
Because also including the first reinforcement 16 and the second reinforcement 17, the top left side of bottom plate 1 and the right flank bottom of support 3
Between be provided with the first reinforcement 16, the first reinforcement 16 is connected to the top left side of bottom plate 1 and support 3 by bolted connection
Between right flank bottom, the first reinforcement 16 is located at the left of supporting leg 2, so while being provided with the first reinforcement 16, the present invention makes
Used time can more stablize, and can improve the service life of the present invention.
Second is provided with because also including the second reinforcement 17, between the bottom left of top plate 4 and the right flank top of support 3 to add
Strengthening tendons 17, the second reinforcement 17 be connected to by bolted connection the bottom left of top plate 4 and the right flank top of support 3 it
Between, the second reinforcement 17 is located at the left of first bearing seat 103, so while being provided with the second reinforcement 17, the present invention is when in use
Can be more stable, the service life of the present invention can be improved.
Because also including threaded rod 19, transverse slat 8 is symmetrical to be provided with screwed hole 18, is set vertically in two screwed holes 18
There is threaded rod 19, threaded rod 19 coordinates with screwed hole 18, and the bottom of abrading cylinder 5 of the left and right sides of discharging opening 6 is provided with thread groove 20,
Threaded rod 19 coordinates with thread groove 20, so after plug 7 clogs discharging opening 6, operating personnel can turn threaded rod 19 clockwise,
Threaded rod 19 up rotates in screwed hole 18, and after threaded rod 19 screws in thread groove 20 and rotates motionless, operating personnel stop
Only rotating threaded rod 19, plug 7 are fixed on the outer bottom of abrading cylinder 5 by threaded rod 19 so that plug 7 is not during grinding experiment material
It can drop, it is necessary to when removing plug 7, operating personnel can turn threaded rod 19 counterclockwise, and threaded rod 19 is past in screwed hole 18
Lower rotation, after threaded rod 19 completely disengages thread groove 20, operating personnel stop the rotation threaded rod 19, you can remove plug 7.
Embodiment described above only expresses the preferred embodiment of the present invention, and its description is more specific and detailed, but simultaneously
Therefore the limitation to the scope of the claims of the present invention can not be interpreted as.It should be pointed out that for one of ordinary skill in the art
For, without departing from the inventive concept of the premise, some deformations can also be made, improves and substitutes, these belong to this hair
Bright protection domain.Therefore, the protection domain of patent of the present invention should be determined by the appended claims.
Claims (9)
1. a kind of Bioexperiment experiment material high-efficient grinding equipment, it is characterised in that include bottom plate（1）, supporting leg（2）, branch
Frame（3）, top plate（4）, abrading cylinder（5）, plug（7）, transverse slat（8）, collection frame（9）, rotating device（10）And lapping device（11）,
Bottom plate（1）Top is symmetrical to be connected with supporting leg by bolted connection（2）, supporting leg（2）Top is bolted
Mode be connected with abrading cylinder（5）, bottom plate（1）Top is connected with collection frame by bolted connection（9）, collection frame（9）
Positioned at two supporting legs（2）Between, bottom plate（1）Top left side is connected with support by bolted connection（3）, support（3）It is located at
Supporting leg（2）Left, support（3）Top is connected with top plate by bolted connection（4）, top plate（4）Bottom is provided with rotating dress
Put（10）, rotating device（10）Rotating device（10）It is provided with lapping device（11）, lapping device（11）Grinding component position
In abrading cylinder（5）It is interior, abrading cylinder（5）Discharging opening is provided among inner bottom part（6）, discharging opening（6）It is interior to be provided with plug（7）, plug（7）
Bottom is connected with transverse slat by bolted connection（8）, discharging opening（6）With plug（7）Coordinate, discharging opening（6）Positioned at collection
Frame（9）Surface.
A kind of 2. Bioexperiment experiment material high-efficient grinding equipment according to claim 1, it is characterised in that rotating dress
Put（10）Include the first motor（101）, little gear（102）, first bearing seat（103）, first rotating shaft（104）And gear wheel
（105）, top plate（4）First bearing seat is connected among bottom by bolted connection（103）With the first motor（101）,
First motor（101）Positioned at first bearing seat（103）Right, the first motor（101）Output shaft on be connected with by shaft coupling
Little gear（102）, first bearing seat（103）Interior bearing is connected with first rotating shaft by way of interference（104）, first rotating shaft
（104）On gear wheel is connected with by way of key connection（105）, gear wheel（105）With little gear（102）Engagement, first turn
Axle（104）End is connected with lapping device（11）.
A kind of 3. Bioexperiment experiment material high-efficient grinding equipment according to claim 2, it is characterised in that grinding dress
Put（11）Include slide rail（111）, the first sliding block（112）, boundary block（113）, the first spring（114）, connecting rod（115）With grind
Abrading-ball（116）, first rotating shaft（104）End is connected with slide rail（111）, first rotating shaft（104）The side that end is bolted
Formula and slide rail（111）Crown center connects, slide rail（111）Bottom is provided with the first sliding block（112）With boundary block（113）, block of demarcating
（113）Positioned at the first sliding block（112）Left, block of demarcating（113）Right flank and the first sliding block（112）Left surface is connected with the first bullet
Spring（114）, the first sliding block（112）Bottom is connected with connecting rod by bolted connection（115）, connecting rod（115）Lower end
Mill ball is connected with by bolted connection（116）, mill ball（116）Positioned at abrading cylinder（5）Interior right, mill ball
（116）With abrading cylinder（5）Coordinate.
4. a kind of Bioexperiment experiment material high-efficient grinding equipment according to claim 3, it is characterised in that also include
There is scraper（12）, scraper（12）Include the second sliding block（121）, second spring（122）, connecting plate（123）, scraper plate
（124）With the 3rd spring（125）, slide rail（111）Bottom left is provided with the second sliding block（121）, the second sliding block（121）Positioned at boundary
Block（113）Left side, the second sliding block（121）Right flank and boundary block（113）Second spring is connected between left surface（122）, the
Two sliding blocks（121）Bottom is connected with connecting plate by bolted connection（123）, connecting plate（123）Positioned at abrading cylinder（5）It is interior
Left, connecting plate（123）Left side is provided with scraper plate（124）, scraper plate（124）Right flank and connecting plate（123）Between left surface uniformly
Compartment of terrain is connected with the 3rd spring（125）, scraper plate（124）With abrading cylinder（5）Inwall is in close contact.
5. a kind of Bioexperiment experiment material high-efficient grinding equipment according to claim 4, it is characterised in that also include
There is shaking device（13）, shaking device（13）Include second bearing seat（131）, the second rotating shaft（132）, the first belt pulley
（133）, flat belt（134）, the second belt pulley（135）And cam（136）, top plate（4）The side that bottom right is bolted
Formula is connected with second bearing seat（131）, second bearing seat（131）Positioned at the first motor（101）Right, second bearing seat（131）
Interior bearing is connected with the second rotating shaft by way of interference（132）, the second rotating shaft（132）Middle part is connected by way of key connection
It is connected to the second belt pulley（135）, first rotating shaft（104）The mode that key connection is crossed at middle part is connected with the first belt pulley（133）, first
Belt pulley（133）Positioned at gear wheel（105）And slide rail（111）Between, the first belt pulley（133）With the second belt pulley（135）It
Between be connected with flat belt（134）, second bearing seat（131）Bottom is connected with cam by way of key connection（136）, cam
（136）Positioned at abrading cylinder（5）Right.
6. a kind of Bioexperiment experiment material high-efficient grinding equipment according to claim 5, it is characterised in that also include
There is the first limited block（14）With the second limited block（15）, slide rail（111）Pass on left bolted mode and be connected with the first limit
Position block（14）, the first limited block（14）Positioned at the second sliding block（121）Left, slide rail（111）Right side is by bolted connection
It is connected with the second limited block（15）, the second limited block（15）Positioned at the first sliding block（112）Right.
7. a kind of Bioexperiment experiment material high-efficient grinding equipment according to claim 6, it is characterised in that also include
There is the first reinforcement（16）, bottom plate（1）Top left side and support（3）The first reinforcement is provided between right flank bottom（16）, the
One reinforcement（16）Bottom plate is connected to by bolted connection（1）Top left side and support（3）Between right flank bottom, the
One reinforcement（16）Positioned at supporting leg（2）Left.
8. a kind of Bioexperiment experiment material high-efficient grinding equipment according to claim 7, it is characterised in that also include
There is the second reinforcement（17）, top plate（4）Bottom left and support（3）The second reinforcement is provided between right flank top（17）, the
Two reinforcements（17）Top plate is connected to by bolted connection（4）Bottom left and support（3）Between right flank top, the
Two reinforcements（17）Positioned at first bearing seat（103）Left.
9. a kind of Bioexperiment experiment material high-efficient grinding equipment according to claim 8, it is characterised in that also include
There is threaded rod（19）, transverse slat（8）It is symmetrical to be provided with screwed hole（18）, two screwed holes（18）Inside it is provided with threaded rod vertically
（19）, threaded rod（19）With screwed hole（18）Coordinate, discharging opening（6）The abrading cylinder of the left and right sides（5）Bottom is provided with thread groove
（20）, threaded rod（19）With thread groove（20）Coordinate.
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| CN201710799505.2A CN107537637B (en) | 2017-09-07 | 2017-09-07 | A kind of Bioexperiment experimental material high-efficient grinding equipment |
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| CN201710799505.2A CN107537637B (en) | 2017-09-07 | 2017-09-07 | A kind of Bioexperiment experimental material high-efficient grinding equipment |
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| CN107537637A true CN107537637A (en) | 2018-01-05 |
| CN107537637B CN107537637B (en) | 2019-06-11 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108745509A (en) * | 2018-03-23 | 2018-11-06 | 河南威浦仕医疗科技有限公司 | A kind of grinding device for producing chitosan hemostatic material |
| CN108787512A (en) * | 2018-06-13 | 2018-11-13 | 青岛科技大学 | The intelligent automatic paint scraping device of round shape bucket wall |
| CN112121957A (en) * | 2020-08-14 | 2020-12-25 | 王伟 | Sample grinder for biological research |
| CN115569709A (en) * | 2022-10-20 | 2023-01-06 | 合肥顺真环境科技有限公司 | Grinding device for treating rare earth alloy slag charge |
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| JP2012086106A (en) * | 2010-10-15 | 2012-05-10 | Scenion Kk | Roller mill |
| CN206064567U (en) * | 2016-08-25 | 2017-04-05 | 贵州黄平富城实业有限公司 | A kind of bauxite exploitation lapping device |
| CN206276440U (en) * | 2016-11-15 | 2017-06-27 | 惠州市联达金电子有限公司 | A kind of discarded AZO targets recovery high-efficiency pulverizer |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108745509A (en) * | 2018-03-23 | 2018-11-06 | 河南威浦仕医疗科技有限公司 | A kind of grinding device for producing chitosan hemostatic material |
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| CN112121957A (en) * | 2020-08-14 | 2020-12-25 | 王伟 | Sample grinder for biological research |
| CN112121957B (en) * | 2020-08-14 | 2022-08-09 | 江苏道宁药业有限公司 | Sample grinder for biological research |
| CN115569709A (en) * | 2022-10-20 | 2023-01-06 | 合肥顺真环境科技有限公司 | Grinding device for treating rare earth alloy slag charge |
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