CN203091041U - Bone paste machine - Google Patents
Bone paste machine Download PDFInfo
- Publication number
- CN203091041U CN203091041U CN2013200446259U CN201320044625U CN203091041U CN 203091041 U CN203091041 U CN 203091041U CN 2013200446259 U CN2013200446259 U CN 2013200446259U CN 201320044625 U CN201320044625 U CN 201320044625U CN 203091041 U CN203091041 U CN 203091041U
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- rotating shaft
- plate
- bistrique
- fixed
- pore plate
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Abstract
The utility model relates to a grinder, and in particular relates to a bone paste machine for processing animal bones. The bone paste machine comprises a housing, a rotating shaft, a driving device, a clearance adjusting device and a grinding head, as well as a grinding device, wherein the grinding device is arranged on a rotary sleeve; the grinding device comprises three grinding cutters, a pre-cutting plate, a thick-pore plate and a thin-pore plate; the pre-cutting plate, the thick-pore plate and the thin-pore plate are arranged at intervals in sequence along the rotary sleeve; one grinding cutter is arranged near a spiral feeder; the grinding cutters are respectively arranged between the pre-cutting plate and the thick-pore plate and between the thick-pore plate and the thin-pore plate; holes are formed in the pre-cutting plate, the thick-pore plate and the thin-pore plate at intervals; the diameters of the holes in the pre-cutting plate are more than those of the holes in the thick-pore plate; and the diameters of the holes in the thick-pore plate are more than those of the holes in the thin-pore plate. The bone paste machine disclosed by the utility model has the advantages of being simple in structure and convenient to install and is capable of directly grinding materials of large size into bone paste and adjusting the clearance between a movable grinding head and a fine grinding head, and therefore, the production efficiency of the bone paste machine is increased.
Description
Technical field
The utility model relates to a kind of pulverizer, especially the bone mud machine that animal bone is processed.
Background technology
Existing bone mud machine generally is by the relative motion between the moving mill of bistrique and the correct grinding bone to be carried out fragmentation and grinding.In the process of utilizing bone mud machine that animal bone is pulverized, need strict control to pulverize the granularity of the bone mud that the back forms according to the demand in market, realize in the general gap of regulating between moving mill and the quiet mill of adopting.But there is following defective in existing bone mud machine: at first, when the bigger bone of volume is ground, need elder generation's bone that volume is bigger to smash usually, and then grind by bone mud machine, cause the manufacturing procedure angle, the production efficiency of bone mud machine is low; Secondly, the device that does not have any adjusting play in the most bone mud machine, have only when bistrique is changed in bistrique wearing and tearing back, just might adjust the gap between moving mill and the quiet mill, mostly the part gap adjusting device is to utilize the major thread adjustment on fixed mill and the body to decide gap between mill and the moving mill, difficult but major thread is made, and when utilizing its adjusting play, the adjustment operation is loaded down with trivial details, and it is low to adjust precision, and very heavy.
The utility model content
The purpose of this utility model has been to propose a kind of novel lash adjusting device; it is simple in structure; easy for installation; this device can be directly rubs and grinds skeletonization mud with the material of large volume; and can adjust the gap between moving bistrique and the correct grinding head; transfer the crack convenient and accurate, and need not in the adjustment process to shut down, improved the production efficiency of bone mud machine.
The utility model is to adopt following technical scheme to realize: a kind of bone mud machine, comprise casing, rotating shaft, drive unit, lash adjusting device and bistrique, bistrique comprises moving bistrique and decides bistrique, lash adjusting device is arranged in the rotating shaft, lash adjusting device is arranged in the casing, one end of rotating shaft is fixed with axle sleeve, the output of axle sleeve and motor is in transmission connection, side near axle sleeve in the rotating shaft is provided with lash adjusting device, the other end of rotating shaft is fixed with moving bistrique, wherein, described bone mud machine also comprises the rubbing device, be provided with feeding screw between lash adjusting device and the moving bistrique successively and rub device, feeding screw is arranged in the feed cylinder, feed cylinder is fixed on the casing, feeding screw comprises helical blade and the turnbarrel that is arranged in the rotating shaft, helical blade is fixed on the outside ring surface of turnbarrel, corresponding casing place, feeding screw top is provided with charging aperture, the charging aperture place is provided with protective frame, rubbing device is arranged on the turnbarrel, rub device and comprise three reamers, pre-cutting plate, gross porosity plate and pore plate, pre-cutting plate, gross porosity plate and pore plate are provided with successively at interval along turnbarrel, be provided with a reamer near the feeding screw place, between pre-cutting plate and the gross porosity plate, between gross porosity plate and the pore plate reamer is set respectively, reamer is fixed on the turnbarrel, pre-cutting plate, gross porosity plate and pore plate slide on the turnbarrel, pre-cutting plate, all be interval with the hole on gross porosity plate and the pore plate, the aperture in hole is greater than the aperture in hole on the gross porosity plate on the pre-cutting plate, the aperture in hole is greater than the aperture in hole on the pore plate on the gross porosity plate, rubbing device is arranged in the rubbing device sleeve, rubbing the device sleeve fixedlys connected with feed cylinder, the external stability of rubbing the device sleeve has grinding head cover, the inner surface of grinding head cover is fixed with decides bistrique, decide bistrique and be positioned at the outside of moving bistrique, decide to have the working clearance between bistrique and the moving bistrique, pre-cutting plate and gross porosity plate are respectively by the reamer fixed position of both sides, and the pore plate is by reamer and decide the bistrique fixed position.
In the utility model, described lash adjusting device comprises spring, axial transmission mechanism and projection, axially transmission mechanism connects spring towards a side of axle sleeve, opposite side is provided with cross section and is "T"-shaped axle sleeve, one end of spring is connected with axial transmission mechanism, and the other end is fixed in the rotating shaft, and the end that diameter is bigger in the T oblique crank Z cover is towards moving bistrique, and withstand on the projection that is fixed on rotating shaft, the corresponding other end is with axially transmission mechanism is adjacent.
Described axial transmission mechanism can comprise the external screw thread axle sleeve that slides in the rotating shaft and be arranged on the gear I of external screw thread sleeve outer surface, the fixed-site of gear I, and between the outer surface of its inner surface and external screw thread axle sleeve for being threaded.At this moment, the gear I is meshed with gear II on being fixed on rotating mechanism, and the action of rotating mechanism is by adjusting hand control.Be provided with between described T profile shaft cover and the rotating shaft that key is connected or spline connects: can keyway or spline be set at the inner surface of T profile shaft cover, the rotating shaft of correspondence is provided with key or spline; Also key or spline can be set at the inner surface of T-shape axle sleeve, corresponding rotating shaft is provided with keyway or spline.
Axially transmission mechanism also can comprise the external screw thread axle sleeve and form the sprocket wheel that is threaded with the external screw thread axle sleeve; Also can be intermeshing worm gear and worm screw, wherein worm screw is made up of the worm set and the rotating shaft that slide in the rotating shaft.Axially transmission mechanism also can be slider-crank mechanism, and wherein slide block slides in the rotating shaft.
Described drive unit comprises motor, connects or the spline connection for key between rotating shaft and the axle sleeve, is belt transmission or chain transmission between the output of motor and the axle sleeve.
The annular, outer sliding sleeve of described rubbing device sleeve has the grinding head cover fixed hub, the inner surface of grinding head cover fixed hub is provided with screw thread, corresponding grinding head cover is provided with external screw thread, for being threaded, fixedly connected by interference fit between grinding head cover fixed hub and grinding head cover and the breaker sleeve simultaneously between grinding head cover fixed hub and the grinding head cover.
One end of described rotating shaft is provided with external screw thread, and the inner surface of moving bistrique is provided with external screw thread, between rotating shaft and the moving bistrique for being threaded.
Be provided with between the turnbarrel of described feeding screw and the rotating shaft that key is connected or spline connects, promptly feeding screw can only rotate with rotating shaft, can not be along the circumferential rotation of rotating shaft, and do not axially move with rotating shaft.
The blade of projection is set between the described mating surface of deciding bistrique and moving bistrique, and blade is in contact with one another.
The beneficial effects of the utility model are:
(1) at first, rub device and can tentatively twist the bigger material of volume and cut by being provided with, and then grind by moving bistrique and correct grinding head, reduced production process, improved the production efficiency of bone mud machine, and in preliminary rubbing process, twist by pre-cutting plate, gross porosity plate and the classification of pore plate respectively and cut, improved the strand of material and cut quality;
(2) by the gap adjustment is set, can momentarily adjust the working clearance between moving bistrique and the correct grinding head according to actual needs, and the interoperation between each parts is accurate, guaranteed the accurate of gap adjustment amount, transfer the crack reliable and convenient.
Description of drawings
Fig. 1 is the structural representation of the utility model shaft;
Fig. 2 is the structural representation that has the rotating shaft of axle sleeve in the utility model;
Fig. 3 is the vertical view of bone mud machine;
Fig. 4 is the internal structure schematic diagram of bone mud machine;
Fig. 5 is the front view of reamer;
Fig. 6 is the front view of pre-cutting plate;
Fig. 7 is the front view of gross porosity plate;
Fig. 8 is the front view of pore plate.
Among the figure: 1 rotating shaft; 2 springs; 3 gear I; 4 keys; 5 keyways; 6 projectioies; 7 feeding screws; 8 reamers; 9 moving bistriques; 10 pore plates; 11 gross porosity plates; 12 pre-cutting plates; 13T profile shaft cover; 14 external screw thread axle sleeves; 15 gear II; 16 rotating mechanisms; 17 feed cylinders; 18 grinding head cover fixed hubs; 19 grinding head cover; 20 decide bistrique; 21 casings; 22 charging apertures; 23 protective frame; 24 motors; 25 axle sleeves; 26 rub the device sleeve.
The specific embodiment
Below in conjunction with accompanying drawing the utility model is described further.
As shown in the figure, this bone mud machine comprises rotating shaft 1, casing 21, lash adjusting device, rubbing device and bistrique, and bistrique comprises moving bistrique 9 and decide bistrique 20, and wherein lash adjusting device is arranged in the interior rotating shaft of casing 21.One end of rotating shaft 1 is fixed with axle sleeve 25, axle sleeve 25 is connected with the output of motor 24 by belt or chain, connects by key between rotating shaft 1 and the axle sleeve 25, after motor 24 starts, by belt transmission between motor 24 and the axle sleeve 25 or chain transmission, make axle sleeve 25 drive rotating shaft 1 and rotate.Side near axle sleeve 25 in the rotating shaft 1 is provided with lash adjusting device.The other end of rotating shaft 1 is fixed with moving bistrique 9, and fixing moving bistrique 9 places are provided with screw thread in the rotating shaft 1, and the connected mode between moving bistrique 9 and the rotating shaft 1 is for being threaded.
Described lash adjusting device comprises spring 2, external screw thread axle sleeve 14, gear I 3, gear II 15 and projection 6, external screw thread axle sleeve 14 slides in the rotating shaft 1, the outer surface of external screw thread axle sleeve 14 is provided with screw thread, the inner surface of gear I 3 is provided with the screw thread that is meshed with external screw thread axle sleeve 14, promptly between gear I 3 and the external screw thread axle sleeve 14 for being threaded.Gear I 3 and gear II 15 engaged transmission, gear II 15 is fixed on the rotating mechanism 16.On the rotating mechanism 16 the adjustment handle can be set,, gear II 15 is rotated, thereby driven gear I 3 be rotated by manually rotating the adjustment handle on the rotating mechanism 16.By the screw thread downlink connection between gear I 3 and the external screw thread axle sleeve 14, gear I 3 is rotated and is driven 14 rotations of external screw thread axle sleeve, and external screw thread axle sleeve 14 axially moves along rotating shaft 1 simultaneously.External screw thread axle sleeve 14 is connected with spring 2 towards an end of axle sleeve 25, and the other end of spring 2 is fixed in the rotating shaft 1, and spring 2 is in impaction state.The other end of corresponding external screw thread axle sleeve 14 is provided with the axle sleeve 13 that cross section is T-shape, and the T profile shaft overlaps the bigger end of 13 diameters towards moving bistrique 9 and withstand on the projection 6, and protruding 6 are fixed in the rotating shaft 1.It is adjacent with external screw thread axle sleeve 14 that the T profile shaft overlaps the less end of 13 diameters.The inner surface of T profile shaft cover 13 is provided with keyway 5, and keyway 5 is corresponding with the key 4 on being arranged on rotating shaft 1, and its effect is to prevent that T profile shaft cover 13 from circumferentially rotating along rotating shaft 1, promptly the T profile shaft overlap 13 can only be with rotating shaft 1 rotation.
Be provided with feeding screw 7 between lash adjusting device and the moving bistrique 9 successively and rub device.Feeding screw 7 is arranged in the feed cylinder 17, and feed cylinder 17 is fixed on the casing 21.Feeding screw 7 comprises helical blade and turnbarrel, and helical blade is fixed on the outside ring surface of turnbarrel.Turnbarrel is enclosed within the rotary head 1, is provided with between turnbarrel and the rotating shaft 1 that key is connected or spline connects, and has realized that rotating shaft 1 is rotated to drive feeding screw 7 and rotate, and the rotation by feeding screw 7 drives the rotation of raw materials such as animal bone to rubbing device.But rotating shaft 1 is when moving axially, and feeding screw 7 does not move with it, and promptly 7 of feeding screws axially rotate with rotating shaft 1, do not move axially with rotating shaft 1.Casing 21 places of feeding screw 7 top correspondences are provided with charging aperture 22, and charging aperture 22 places are provided with protective frame 23, prevent that feeding screw 7 from driving that material screws out in the process of materials rotation.
Rub device and be arranged on the turnbarrel, rub device and comprise three reamers 8, pre-cutting plate 12, gross porosity plate 11 and pore plate 10, pre-cutting plate 12, gross porosity plate 11 and pore plate 10 are provided with at interval along turnbarrel successively.Be provided with a reamer 8 near feeding screw 7 places, between pre-cutting plate 12 and the gross porosity plate 11, between gross porosity plate 11 and the pore plate 10 reamer 8 is set respectively.Reamer 8 is fixed on the turnbarrel, rotates with turnbarrel.Pre-cutting plate 12, gross porosity plate 11 and pore plate 10 slide on the turnbarrel, and pre-cutting plate 12 and gross porosity plate 11 are by reamer 8 fixed positions of both sides.All be interval with the hole on pre-cutting plate 12, gross porosity plate 11 and the pore plate 10, the aperture in hole is greater than the aperture in hole on the gross porosity plate 11 on the pre-cutting plate 12, and the aperture in hole is greater than the aperture in hole on the pore plate 10 on the gross porosity plate 11.After feeding screw 7 was sent into material, reamer 8 rotary courses tentatively twisted material on the one hand and cut, and by rotation material are clamp-oned in the pre-cutting plate 12 on the one hand, and pre-cutting plate 12 tentatively twists material to be cut; Feeding screw 7 is sent into pressure that material produces and material is flowed out from pre-cutting plate 12 and twisted by the reamer between pre-cutting plate 12 and the gross porosity plate 11 8 and cut, continue to clamp-on in the gross porosity plate 11 then, the material strand can be cut to the littler material of size by gross porosity plate 11, then cut and be squeezed in the pore plate 10 by 8 strands of the reamer between gross porosity plate 11 and the pore plate 10, the size that obtains material after cutting by pore plate 10 strands is littler.
Rub device and be arranged in the rubbing device sleeve 26, rub device sleeve 26 and fixedly connected with feed cylinder 17.The annular, outer sliding sleeve that rubs device sleeve 26 has grinding head cover fixed hub 18, the inner surface of grinding head cover fixed hub 18 is provided with screw thread, corresponding grinding head cover 19 is provided with external screw thread, achieves a fixed connection by thread connecting mode between grinding head cover fixed hub 18 and the grinding head cover 19.Grinding head cover fixed hub 19 and grinding head cover 19 are fixedlyed connected by interference fit with rubbing between the device sleeve 26.The inner surface of grinding head cover 19 is fixed with decides bistrique 20.Pore plate 10 is by reamer 8 and decide bistrique 20 fixed positions.Decide bistrique 20 and be positioned at the outside of moving bistrique 9, decide to have the working clearance between bistrique 20 and the moving bistrique 9, decide between the mating surface of bistrique 20 and moving bistrique 9 protruding blade to be set, blade can be in contact with one another.
When this bone mud machine uses, material enters in the feed cylinder 17 from charging aperture 22, by feeding screw 7 with mass transport to rubbing the device place, the pressure that the material rotation produces, make material successively by rubbing the reamer in the device, pre-cutting plate, gross porosity plate and pore plate, the size of material is diminished gradually, material tentatively twisted cut, enter at last and decide in bistrique 20 and the feed well of 9 working clearances of moving bistrique, pulverized by blade, constantly promptly move the outer rim propelling of bistrique 9 after roughly grinding to the correct grinding district along feed well, the district grinds to form the bone mud that requires granularity at correct grinding.
The operation principle of utilizing the utility model adjustment to decide gap between bistrique 20 and the moving bistrique 9 is such: when needs make bistrique and decide gap between the bistrique when changing, at first manually rotate and adjust handle, make 15 rotations of gear II by rotating mechanism 16, by the engaged transmission between gear II 15 and the gear I 3, gear I 3 also begins to rotate.By being threaded between gear I 3 and the external screw thread axle sleeve 14, in the time of 14 rotations of external screw thread axle sleeve and along rotating shaft 1 axially-movable.Promote 13 motions of T profile shaft cover in the time of external screw thread axle sleeve 14 motion, T profile shaft cover 13 moves by the moving rotating shaft 1 of a thruster that withstands on the rotating shaft projection 6, moves thereby drive the moving bistrique 9 that is fixed in the rotating shaft 1, thereby makes bistrique and decide gap variation between the bistrique.Moving bistrique and the size of decide gap between the bistrique can be determined by the angle that the adjustment handle turns over.
In the utility model, described gear I 3 can be with sprocket wheel, belt pulley etc. other tumbler that can play same function replace, and the inner surface of sprocket wheel or belt pulley also is provided with screw thread, is threaded with forming between the external screw thread axle sleeve 14.In addition, being threaded between external screw thread axle sleeve 14 and the gear I 3 can replace with other kind of drive, as at rotating shaft upper sliding sleeve worm set, realize moving axially of worm set by the engagement of the between cog between worm gear and the worm set, slider-crank mechanism perhaps is set in rotating shaft, slide block is slided in the rotating shaft, slide block can be moved axially along rotating shaft, perhaps other can play the axial transmission mechanism of same function.Connect except can between rotating shaft 1 and T profile shaft cover 13, key being set, wait other connected mode also can serve the same role by the spline connection is set.Also can key be set in addition, in the corresponding rotating shaft 1 keyway be set at the inner surface of T profile shaft cover 13.
Claims (10)
1. bone mud machine, comprise casing (21), rotating shaft (1), power set, lash adjusting device and bistrique, bistrique comprises moving bistrique (9) and decides bistrique (20), lash adjusting device is arranged in the rotating shaft (1), lash adjusting device is arranged in the casing (21), one end of rotating shaft (1) is fixed with axle sleeve (25), axle sleeve (25) is in transmission connection with power set, the side that rotating shaft (1) is gone up near axle sleeve (25) is provided with lash adjusting device, the other end of rotating shaft (1) is fixed with moving bistrique (9), it is characterized in that: described bone mud machine also comprises the rubbing device, be provided with feeding screw (7) between lash adjusting device and the moving bistrique (9) successively and rub device, feeding screw (7) is arranged in the feed cylinder (17), feed cylinder (17) is fixed on the casing (21), feeding screw (7) comprises helical blade and the turnbarrel that is arranged in the rotating shaft, helical blade is fixed on the outside ring surface of turnbarrel, the corresponding casing (21) in feeding screw (7) top locates to be provided with charging aperture (22), charging aperture (22) locates to be provided with protective frame (23), rubbing device is arranged on the turnbarrel, rub device and comprise three reamers (8), pre-cutting plate (12), gross porosity plate (11) and pore plate (10), pre-cutting plate (12), gross porosity plate (11) and pore plate (10) are provided with successively at interval along turnbarrel, locate to be provided with a reamer (8) near feeding screw (7), between pre-cutting plate (12) and the gross porosity plate (11), between gross porosity plate (11) and the pore plate (10) reamer (8) is set respectively, reamer (8) is fixed on the turnbarrel, pre-cutting plate (12), gross porosity plate (11) and pore plate (10) slide on the turnbarrel, pre-cutting plate (12), all be interval with the hole on gross porosity plate (11) and the pore plate (10), the aperture in hole is gone up in the aperture in the last hole of pre-cutting plate (12) greater than gross porosity plate (11), the aperture in hole is gone up in the aperture in the last hole of gross porosity plate (11) greater than pore plate (10), rubbing device is arranged in the rubbing device sleeve (26), rubbing device sleeve (26) fixedlys connected with feed cylinder (17), the external stability of rubbing device sleeve (26) has grinding head cover (19), the inner surface of grinding head cover (19) is fixed with decides bistrique (20), decide bistrique (20) and be positioned at the outside of moving bistrique (9), decide to have the working clearance between bistrique (20) and the moving bistrique (9), pre-cutting plate (12) and gross porosity plate (11) are respectively by reamer (8) fixed position of both sides, and pore plate (10) is by reamer (8) and decide bistrique (20) fixed position.
2. bone mud machine according to claim 1, it is characterized in that: described lash adjusting device comprises spring (2), axial transmission mechanism and projection (6), axially transmission mechanism connects spring (2) towards a side of axle sleeve (25), opposite side is provided with cross section and is "T"-shaped axle sleeve, one end of spring (2) is connected with axial transmission mechanism, the other end is fixed in the rotating shaft (1), the end that diameter is bigger in the T oblique crank Z cover (13) is towards moving bistrique, and withstand on the projection (6) that is fixed on rotating shaft, the corresponding other end is with axially transmission mechanism is adjacent.
3. bone mud machine according to claim 2, it is characterized in that: described axial transmission mechanism comprises external screw thread axle sleeve (14) that slides in the rotating shaft and the gear I (3) that is arranged on the external screw thread sleeve outer surface, the fixed-site of gear I (3), and between the outer surface of gear I (3) inner surface and external screw thread axle sleeve (14) for being threaded.
4. bone mud machine according to claim 2 is characterized in that: described axial transmission mechanism is intermeshing Worm and worm-wheel gearing, and wherein worm screw is made up of the worm set and the rotating shaft that slide in the rotating shaft.
5. bone mud machine according to claim 2 is characterized in that: described axial transmission mechanism is a slider-crank mechanism, and wherein slide block slides in the rotating shaft.
6. bone mud machine according to claim 3, it is characterized in that: described gear I (3) is meshed with gear II (15) on being fixed on rotating mechanism (16), rotating mechanism is provided with the adjustment handle of control rotating mechanism action, is provided with between described T profile shaft cover (14) and the rotating shaft (1) that key is connected or the spline connection.
7. bone mud machine according to claim 1, it is characterized in that: described drive unit comprises motor (24), connect or the spline connection for key between rotating shaft (1) and the axle sleeve (25), be belt transmission or chain transmission between the output of motor (24) and the axle sleeve (25).
8. bone mud machine according to claim 1, it is characterized in that: the annular, outer sliding sleeve of described rubbing device sleeve (26) has grinding head cover fixed hub (18), the inner surface of grinding head cover fixed hub (18) is provided with screw thread, corresponding grinding head cover (19) is provided with external screw thread, for being threaded, fixedly connected by interference fit between grinding head cover fixed hub (18) and grinding head cover and the breaker sleeve (26) simultaneously between grinding head cover fixed hub (18) and the grinding head cover (19).
9. bone mud machine according to claim 1 is characterized in that: an end of described rotating shaft (1) is provided with external screw thread, and the inner surface of moving bistrique (9) is provided with external screw thread, between rotating shaft (1) and the moving bistrique (9) for being threaded.
10. bone mud machine according to claim 1 is characterized in that: be provided with between the turnbarrel of described feeding screw (7) and the rotating shaft (1) that key is connected or spline connects.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013200446259U CN203091041U (en) | 2013-01-28 | 2013-01-28 | Bone paste machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013200446259U CN203091041U (en) | 2013-01-28 | 2013-01-28 | Bone paste machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203091041U true CN203091041U (en) | 2013-07-31 |
Family
ID=48842485
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2013200446259U Withdrawn - After Issue CN203091041U (en) | 2013-01-28 | 2013-01-28 | Bone paste machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203091041U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103962213A (en) * | 2013-01-28 | 2014-08-06 | 青岛海云天机械设备有限公司 | Bone paste machine |
| CN108405148A (en) * | 2018-02-27 | 2018-08-17 | 广东驼王生物工程有限公司 | A kind of animals died of illness meat meal tankage processing unit (plant) |
-
2013
- 2013-01-28 CN CN2013200446259U patent/CN203091041U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103962213A (en) * | 2013-01-28 | 2014-08-06 | 青岛海云天机械设备有限公司 | Bone paste machine |
| CN103962213B (en) * | 2013-01-28 | 2015-12-23 | 青岛海云天机械设备有限公司 | Bone mud machine |
| CN108405148A (en) * | 2018-02-27 | 2018-08-17 | 广东驼王生物工程有限公司 | A kind of animals died of illness meat meal tankage processing unit (plant) |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20130731 Effective date of abandoning: 20151223 |
|
| C25 | Abandonment of patent right or utility model to avoid double patenting |