CN203922061U - The revolution slot type kickoff that moves in circles - Google Patents
The revolution slot type kickoff that moves in circles Download PDFInfo
- Publication number
- CN203922061U CN203922061U CN201320851372.6U CN201320851372U CN203922061U CN 203922061 U CN203922061 U CN 203922061U CN 201320851372 U CN201320851372 U CN 201320851372U CN 203922061 U CN203922061 U CN 203922061U
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- slide block
- seat slide
- bearing
- shafts
- multiaxis seat
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- 239000007769 metal material Substances 0.000 claims description 15
- LENZDBCJOHFCAS-UHFFFAOYSA-N tris Chemical compound OCC(N)(CO)CO LENZDBCJOHFCAS-UHFFFAOYSA-N 0.000 claims description 12
- 210000002421 cell wall Anatomy 0.000 claims description 3
- 210000000887 face Anatomy 0.000 claims description 3
- 238000007493 shaping process Methods 0.000 claims description 3
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims description 3
- 239000000463 material Substances 0.000 abstract description 16
- 230000033001 locomotion Effects 0.000 abstract description 7
- 230000000694 effects Effects 0.000 abstract description 4
- 238000010586 diagram Methods 0.000 description 2
- 238000012423 maintenance Methods 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
- 238000000354 decomposition reaction Methods 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
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Abstract
The utility model discloses a kind of move in circles material toggling mechanical mechanism of kickoff of slot type that turns round, this mechanical mechanism is only used a motor as power source, the executive item of having realized material toggling mechanical mechanism is by certain regular along continuous straight runs and the reciprocal ability of parallel motion vertically, this mechanical mechanism is simple in structure, reliability is high, cost is low, volume is little, and degree of automation, raising reliability of service and life-span to raising material toggling mechanical mechanism are played critical effect.
Description
Technical field
The utility model relates to common mechanical mechanism, is specially a kind of revolution slot type kickoff that moves in circles.
Background technology
At present on many mechanical equipments, need a kind of material toggling mechanical mechanism that is specifically designed to the strip-shaped materials of pulling over step by step, strip-shaped materials on bench board pushing away forward step by step will be placed on, to realize the technological requirement to strip-shaped materials, and the executive item of the material toggling mechanical mechanism of this strip-shaped materials of pulling over, also must be by the ability of certain regular along continuous straight runs and vertically reciprocal parallel motion, could realize the function that pushes material, common this material toggling mechanical mechanism is for realizing along continuous straight runs and crank motion vertically, must join two motor as power, and want a supporting controller to control two motors, make two motors rotate and reverse to provide power by certain rule respectively, realize material toggling mechanical mechanism by the strip-shaped materials function pushing away forward step by step, therefore such mechanical mechanism is very complicated, for these problems that exist, the utility model provides motor of a kind of use that the material toggling mechanical mechanism of power is provided, this mechanical mechanism is simple in structure, reliability is high, cost is low, volume is little, to improving the degree of automation of material toggling mechanical mechanism, improve reliability of service and life-span and play critical effect.
Summary of the invention
The purpose of this utility model is group bar mechanical mechanism of a kind of strip-shaped materials of pulling over of design, and the supporting structure that is mainly used in simplified apparatus on miscellaneous equipment that is arranged on, improves automation degree of equipment and efficiency.
The revolution slot type of the utility model design kickoff that moves in circles is made up of profile of tooth setting gauge, multiaxis seat slide block, the eccentric shifting block of flute profile, revolution truss, motor, bearing, anchor shaft, two shaft, turning slot and fix screw, the profile of profile of tooth setting gauge is by rectangular horizontal plate of raw all-in-one-piece and is parallel to each other and two risers of vertical water flat board form, the entity of profile of tooth setting gauge is the Plastic Parts being shaped by mould heat pressure, or formed through machinework by metallic material, in same position on two risers of profile of tooth setting gauge, upwards respectively generate one or more moving tooth, on horizontal plate face down, generate the cylindrical projection that has two L shaped eye-splices and a locking use, the shape of multiaxis seat slide block be directly over a raw all-in-one-piece horizontal surface midway location with the parallel polygon of the front-back of a concave surface, the entity of multiaxis seat slide block is the Plastic Parts being shaped by mould heat pressure, or formed through machinework by metallic material, on horizontal surface directly over multiaxis seat slide block, have the cylindrical groove of two L shaped grooves and a locking use, by the eye-splice of two L shapes on profile of tooth setting gauge, be inserted in two L shaped grooves of multiaxis seat upper end of slide block, be inserted into behind position, the cylindrical projection of the locking use on profile of tooth setting gauge buckles into the cylindrical groove of the locking use on multiaxis seat slide block, make accurately firm being connected on multiaxis seat slide block of profile of tooth setting gauge, the centre of multiaxis seat slide block is provided with a concave surface, needed space when the space that concave surface forms is greater than the eccentric shifting block revolution of flute profile, in the center of concave surface, be provided with the axis hole of an anchor shaft, firm being set in this axis hole in one end of anchor shaft, the other end of anchor shaft is equipped with a bearing, on two parallel facess of multiaxis seat slide block respectively with more than three or four bearing socket, the line of centers of all bearing sockets is all parallel to each other and not in same plane, bearing socket in corresponding this plane, in another plane, on relative position, a bearing socket is also set, the center of bearing socket be provided with a through hole communicate with another bearing socket form one group, in two bearing sockets of every group, fill a bearing, on two bearings of each group, all friction tightly be installed with a two shaft, two shafts are connected on multiaxis seat slide block by the bearing on bearing saddle bore is rotating, the axis of two shafts is perpendicular to the front-back of multiaxis seat slide block, the shape of two shafts is cylindrical, the entity of two shafts is to be formed through machinework by metallic material, or the Plastic Parts of mould heat pressure shaping, two shafts be contained in axle two ends on two bearings stretch out multiaxis seat slide block before, outer 1-10mm below, two shaft sponsons are inserted into respectively in the turning slot of former and later two revolution truss, the shape of revolution truss is by a rectangular flat board with motor knock hole and raw all-in-one-piece diaphragm plate forms at dull and stereotyped two ends, the height of diaphragm plate is a bit larger tham the distance between 1/2nd multiaxis seat slide block two parallel planes, distance when former and later two revolution truss are combined between two flat boards is a bit larger tham the distance between multiaxis seat slide block two parallel planes, on a diaphragm plate, generate a buckle and two catching grooves, on another diaphragm plate, generate two buckles and a catching groove, the entity of revolution truss is the Plastic Parts being shaped by mould heat pressure, or formed through machinework by metallic material, on the flat board of revolution truss, there is a side of diaphragm plate, be provided with the identical turning slot of more than three or four shape, the shape of the wire of turning slot is rectangle, groove depth is slightly longer than the length that two shafts stretch out multiaxis seat slide block, groove width is a bit larger tham the diameter of two shafts, the two shafts that insert can be rolled along cell wall in turning slot, the position that turning slot distributes on the flat board of revolution truss adopts three turning slots to fall isosceles triangle or positive isosceles triangle distribution, be located at the bearing socket on multiaxis seat slide block and the position of the two shafts on multiaxis seat slide block that are rotatably connected also with the position of the location positioning oneself of turning slot, adopt three groups of two shafts so that isosceles triangle or positive isosceles triangle are arranged on multiaxis seat slide block, particularly adopt the two shafts of three turning slots and three groups when falling the symmetrical distribution of isosceles triangle, two shafts under multiaxis seat slide block only play the effect of guiding, so can save this bearing seat and bearing on multiaxis seat slide block, on the position of original two shafts, directly generate fixing two shafts, and front and back revolution truss has become identical two parts, directly can generate two by a mould, the shape of the eccentric shifting block of flute profile be with falling of open slot and eccentric pivot hole the oblong of four jiaos, the entity of the eccentric shifting block of flute profile is the Plastic Parts being shaped by mould heat pressure, or formed through machinework by metallic material, the width of the open slot on the eccentric shifting block of flute profile is a bit larger tham the overall diameter of the bearing filling on anchor shaft, the open slot degree of depth is greater than the thickness of bearing, the flat open slot embedding on the eccentric shifting block of flute profile of bearing on anchor shaft also can roll freely in groove, motor is fixed on the revolution truss that the concave surface of multiaxis seat slide block faces toward, the output shaft of motor extend into the inboard of revolution truss from motor knock hole, eccentric flute profile shifting block is tightly assemblied on the output shaft of motor.When assembling, two shaft sponsons on multiaxis seat slide block are inserted in the turning slot of former and later two corresponding revolution truss, eccentric flute profile shifting block is extend in the concave surface cavity of multiaxis seat slide block, open slot on eccentric flute profile shifting block is enclosed within on the bearing at multiaxis seat slide block concave surface center to buckle and the catching groove on two diaphragm plates on revolution truss before and after fastening.
When running, give electrical power, the eccentric shifting block of driven by motor flute profile rotates, thereby the eccentric shifting block of flute profile promotes the flat bearing promotion multiaxis seat slide block embedding in open slot to be moved between the flat board of two revolution truss, multiaxis seat slide block drives in the turning slot of the two shafts that are contained on it on front and back revolution truss and moves, the position of each axle in corresponding turning slot be identical and all axle not in same plane quantity be more than or equal to three, so can make multiaxis seat slide block drive horizontal plate spatially to do turning slot curvilinear motion, horizontal plate is constant in any position maintenance level, the horizontal plate of multiaxis seat slide block drives profile of tooth setting gauge spatially to do the motion of translation of turning slot curve, because the wire shape of turning slot is rectangle, thereby realize with a motor pushing executive item by certain regular along continuous straight runs and vertically parallel reciprocating ability.
Brief description of the drawings
Fig. 1 is the move in circles overall structure schematic diagram of kickoff embodiment of the utility model revolution slot type.
Fig. 2 is the move in circles decomposition texture schematic diagram of kickoff embodiment of the utility model revolution slot type.
Mark in figure: 1, profile of tooth setting gauge, 2, multiaxis seat slide block, 3, the eccentric shifting block of flute profile, 4, revolution truss, 5, motor, 6, bearing, 7, anchor shaft, 8, two shaft, 9, turning slot;
Detailed description of the invention
The utility model revolution slot type moves in circles kickoff embodiment as shown in Figure 1 and Figure 2, is made up of profile of tooth setting gauge 1, multiaxis seat slide block 2, the eccentric shifting block 3 of flute profile, revolution truss 4, motor 5, bearing 6, anchor shaft 7, two shaft 8, turning slot 9 and fix screw, the profile of profile of tooth setting gauge 1 is by rectangular horizontal plate of raw all-in-one-piece and is parallel to each other and two risers of vertical water flat board form, the entity of profile of tooth setting gauge 1 is the Plastic Parts being shaped by mould heat pressure, or formed through machinework by metallic material, in same position on two risers of profile of tooth setting gauge 1, upwards respectively generate one or more moving tooth, on horizontal plate face down, generate the cylindrical projection that has two L shaped eye-splices and a locking use, the shape of multiaxis seat slide block 2 be directly over a raw all-in-one-piece horizontal surface midway location with the parallel polygon of the front-back of a concave surface, the entity of multiaxis seat slide block 2 is the Plastic Parts that are shaped by mould heat pressure, or formed through machinework by metallic material, on horizontal surface directly over multiaxis seat slide block 2, have the cylindrical groove of two L shaped grooves and a locking use, by two L shaped eye-splices on profile of tooth setting gauge 1, be inserted in two L shaped grooves of multiaxis seat slide block 2 upper ends, be inserted into behind position, the cylindrical projection of the locking use on profile of tooth setting gauge 1 buckles into the cylindrical groove of the locking use on multiaxis seat slide block 2, make accurate firm being connected on multiaxis seat slide block 2 of profile of tooth setting gauge 1, the centre of multiaxis seat slide block 2 is provided with a concave surface, the space that concave surface forms is greater than the eccentric shifting block 3 of flute profile needed space while turning round, in the center of concave surface, be provided with the axis hole of an anchor shaft 7, firm being set in this axis hole in one end of anchor shaft 7, the other end of anchor shaft 7 is equipped with a bearing 6, on two parallel facess of multiaxis seat slide block 2 respectively with more than three or four bearing socket, the line of centers of all bearing sockets is all parallel to each other and not in same plane, bearing socket in corresponding this plane, in another plane, on relative position, a bearing socket is also set, the center of bearing socket be provided with a through hole communicate with another bearing socket form one group, in two bearing sockets of every group, fill a bearing 6, on two bearings of each group, all friction tightly be installed with a two shaft 8, two shafts 8 are connected on multiaxis seat slide block 2 by the bearing 6 on bearing saddle bore is rotating, the axis of two shafts 8 is perpendicular to the front-back of multiaxis seat slide block 2, the shape of two shafts 8 is cylindrical, the entity of two shafts 8 is to be formed through machinework by metallic material, or the Plastic Parts of mould heat pressure shaping, two shafts 8 be contained in axle two ends on two bearings stretch out multiaxis seat slide block 2 before, outer 1-10mm below, two shaft 8 sponsons are inserted into respectively in the turning slot 9 of former and later two revolution truss 4, the shape of revolution truss 4 is by a rectangular flat board with motor 5 knock holees and raw all-in-one-piece diaphragm plate forms at dull and stereotyped two ends, the height of diaphragm plate is a bit larger tham the distance between 2 liang of parallel planes of multiaxis seat slide block of 1/2nd, distance when former and later two revolution truss 4 are combined between two flat boards is a bit larger tham the distance between 2 liang of parallel planes of multiaxis seat slide block, on a diaphragm plate, generate a buckle and two catching grooves, on another diaphragm plate, generate two buckles and a catching groove, the entity of revolution truss 4 is the Plastic Parts that are shaped by mould heat pressure, or formed through machinework by metallic material, on the flat board of revolution truss 4, there is a side of diaphragm plate, be provided with the identical turning slot 9 of more than three or four shape, the shape of the wire of turning slot 9 is rectangles, groove depth is slightly longer than the length that two shafts 8 stretch out multiaxis seat slide block 2, groove width is a bit larger tham the diameter of two shafts 8, the two shafts 8 that insert can be rolled along cell wall 9 li of turning slots, the position that turning slot 9 distributes on the flat board of revolution truss 4 adopts three turning slots 9 to fall isosceles triangle or positive isosceles triangle distribution, be located at the bearing socket on multiaxis seat slide block 2 and the position of the two shafts 8 on multiaxis seat slide block 2 that are rotatably connected also with the position of the location positioning oneself of turning slot 9, adopt three groups of two shafts 8 so that isosceles triangle or positive isosceles triangle are arranged on multiaxis seat slide block 2, particularly adopt the two shafts 8 of three turning slots 9 and three groups when falling the symmetrical distribution of isosceles triangle, two shafts under multiaxis seat slide block 2 only play the effect of guiding, so can save this bearing seat and bearing 6 on multiaxis seat slide block 2, on the position of original two shafts 8, directly generate fixing two shafts 8, and front and back revolution truss 4 has become identical two parts, directly can generate two by a mould, the shape of the eccentric shifting block 3 of flute profile be with falling of open slot and eccentric pivot hole the oblong of four jiaos, the entity of the eccentric shifting block 3 of flute profile is the Plastic Parts that are shaped by mould heat pressure, or formed through machinework by metallic material, the width of the open slot on the eccentric shifting block 3 of flute profile is a bit larger tham the overall diameter of the bearing 6 of dress on anchor shaft 7, the open slot degree of depth is greater than the thickness of bearing 6, open slot on the eccentric shifting block 3 of the flat embedding flute profile of bearing 6 on anchor shaft 7 also can roll freely in groove, motor 5 is fixed on the revolution truss 4 that the concave surface of multiaxis seat slide block 2 faces toward, the output shaft of motor 5 extend into the inboard of revolution truss 4 from motor 5 knock holees, eccentric flute profile shifting block 3 is tightly assemblied on the output shaft of motor 5.When assembling, two shafts 8 sponsons on multiaxis seat slide block 2 are inserted in the turning slot 9 of former and later two corresponding revolution truss 4, eccentric flute profile shifting block 3 is extend in the concave surface cavity of multiaxis seat slide block 2, open slot on eccentric flute profile shifting block 3 is enclosed within on the bearing 6 at multiaxis seat slide block 2 concave surface centers to buckle and the catching groove on two diaphragm plates on revolution truss 4 before and after fastening.
When running, switch on to motor 5, motor 5 drives the eccentric shifting block 3 of flute profile to rotate, thereby the eccentric shifting block 3 of flute profile promotes the flat bearing 6 promotion multiaxis seat slide blocks 2 that embed in open slot to be moved between the flat board of two revolution truss 4, multiaxis seat slide block 2 drives in the turning slot 9 of the two shafts 8 that are contained on it on front and back revolution truss 4 and moves, the position of each axle in corresponding turning slot 9 be identical and all axle not in same plane quantity be more than or equal to three, so can make multiaxis seat slide block 2 drive horizontal plate spatially to do turning slot 9 curvilinear motions, horizontal plate is constant in any position maintenance level, the horizontal plate of multiaxis seat slide block 2 drives profile of tooth setting gauge 1 spatially to do the motion of translation of turning slot 9 curves, because the wire shape of turning slot 9 is rectangles, promote executive item by certain regular along continuous straight runs and vertically parallel reciprocating ability thereby realized with a motor 5.
Above-described embodiment, is only the specific case that the purpose of this utility model, technical scheme and beneficial effect are further described, and the utility model is not defined in this.All any amendments of making, be equal to replacement, improvement etc., within being all included in protection domain of the present utility model within scope of disclosure of the present utility model.
Claims (4)
1. the revolution slot type kickoff that moves in circles, formed by profile of tooth setting gauge (1), multiaxis seat slide block (2), the eccentric shifting block of flute profile (3), revolution truss (4), motor (5), bearing (6), anchor shaft (7), two shaft (8), turning slot (9), it is characterized in that:
The profile of described profile of tooth setting gauge (1) is by rectangular horizontal plate of raw all-in-one-piece and is parallel to each other and two risers of vertical water flat board form, the entity of profile of tooth setting gauge (1) is the Plastic Parts being shaped by mould heat pressure, or formed through machinework by metallic material, in same position on two risers of profile of tooth setting gauge (1), upwards respectively generate one or more moving tooth, on horizontal plate face down, generate the cylindrical projection that has two L shaped eye-splices and a locking use, the shape of multiaxis seat slide block (2) be directly over a raw all-in-one-piece horizontal surface midway location with the parallel polygon of the front-back of a concave surface, the entity of multiaxis seat slide block (2) is the Plastic Parts being shaped by mould heat pressure, or formed through machinework by metallic material, on horizontal surface directly over multiaxis seat slide block (2), have the cylindrical groove of two L shaped grooves and a locking use, by two L shaped eye-splices on profile of tooth setting gauge (1), be inserted in two L shaped grooves of multiaxis seat slide block (2) upper end, be inserted into behind position, the cylindrical projection of the locking use on profile of tooth setting gauge (1) buckles into the cylindrical groove of the locking use on multiaxis seat slide block (2), make accurately firm being connected on multiaxis seat slide block (2) of profile of tooth setting gauge (1), the centre of multiaxis seat slide block (2) is provided with a concave surface, needed space when the space that concave surface forms is greater than the eccentric shifting block of flute profile (3) revolution, in the center of concave surface, be provided with the axis hole of an anchor shaft (7), firm being set in this axis hole in one end of anchor shaft (7), the other end of anchor shaft (7) is equipped with a bearing (6), on two parallel facess of multiaxis seat slide block (2) respectively with more than three or four bearing socket, the line of centers of all bearing sockets is all parallel to each other and not in same plane, bearing socket in corresponding this plane, in another plane, on relative position, a bearing socket is also set, the center of bearing socket be provided with a through hole communicate with another bearing socket form one group, in two bearing sockets of every group, fill a bearing (6), on two bearings of each group, all friction tightly be installed with a two shaft (8), two shafts (8) are connected on multiaxis seat slide block (2) by the bearing on bearing saddle bore (6) is rotating, the axis of two shafts (8) is perpendicular to the front-back of multiaxis seat slide block (2), the shape of two shafts (8) is cylindrical, the entity of two shafts (8) is to be formed through machinework by metallic material, or the Plastic Parts of mould heat pressure shaping, two shafts (8) be contained in axle two ends on two bearings stretch out multiaxis seat slide block (2) before, outer 1-10mm below, two shafts (8) sponson is inserted into respectively in the turning slot (9) of former and later two revolution truss (4), the shape of revolution truss (4) is by a rectangular flat board with motor (5) knock hole and raw all-in-one-piece diaphragm plate forms at dull and stereotyped two ends, the height of diaphragm plate is a bit larger tham the distance between 1/2nd multiaxis seat slide block (2) two parallel planes, distance when former and later two revolution truss (4) are combined between two flat boards is a bit larger tham the distance between multiaxis seat slide block (2) two parallel planes, on a diaphragm plate, generate a buckle and two catching grooves, on another diaphragm plate, generate two buckles and a catching groove, the entity of revolution truss (4) is the Plastic Parts being shaped by mould heat pressure, or formed through machinework by metallic material, on the flat board of revolution truss (4), there is a side of diaphragm plate, be provided with the identical turning slot of more than three or four shape (9), turning slot (9) is the enclosed slot that most significant end includes one section of straight line, groove depth is slightly longer than the length that two shafts (8) stretch out multiaxis seat slide block (2), groove width is a bit larger tham the diameter of two shafts (8), the two shafts (8) that insert can be rolled along cell wall turning slot (9) is inner, the position that turning slot (9) distributes on the flat board of revolution truss (4) adopts three turning slots (9) to fall isosceles triangle or positive isosceles triangle distribution, be located at the bearing socket on multiaxis seat slide block (2) and the position of the two shafts (8) on multiaxis seat slide block (2) that are rotatably connected also with the position of the location positioning oneself of turning slot (9), adopt three groups of two shafts (8) so that isosceles triangle or positive isosceles triangle are arranged on multiaxis seat slide block (2), the shape of the eccentric shifting block of flute profile (3) is an oblong of going four jiaos with open slot and eccentric pivot hole, the entity of the eccentric shifting block of flute profile (3) is the Plastic Parts being shaped by mould heat pressure, or formed through machinework by metallic material, the width of the open slot on the eccentric shifting block of flute profile (3) is a bit larger tham the overall diameter of the bearing (6) of the upper dress of anchor shaft (7), the open slot degree of depth is greater than the thickness of bearing (6), the flat open slot embedding on the eccentric shifting block of flute profile (3) of bearing (6) on anchor shaft (7) also can roll freely in groove, motor (5) is fixed on the revolution truss (4) that the concave surface of multiaxis seat slide block (2) faces toward, the output shaft of motor (5) extend into the inboard of revolution truss (4) from motor (5) knock hole, the eccentric shifting block of flute profile (3) is tightly assemblied on the output shaft of motor (5).
2. the revolution slot type according to claim 1 kickoff that moves in circles, is characterized in that:
The shape of the wire of the turning slot (9) on the flat board of described revolution truss (4) is rectangle.
3. the revolution slot type according to claim 1 kickoff that moves in circles, is characterized in that:
On the position of the two shafts (8) on described multiaxis seat slide block (2), can directly generate fixing two shafts (8), substitute rotating pair of shaft (8).
4. the revolution slot type according to claim 1 kickoff that moves in circles, is characterized in that:
Two shafts (8) sponson on multiaxis seat slide block (2) is inserted in the turning slot of former and later two corresponding revolution truss (4), the eccentric shifting block of flute profile (3) extend in the concave surface cavity of multiaxis seat slide block (2), and the open slot on the eccentric shifting block of flute profile (3) is enclosed within on the bearing (6) at multiaxis seat slide block (2) concave surface center.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320851372.6U CN203922061U (en) | 2013-12-13 | 2013-12-13 | The revolution slot type kickoff that moves in circles |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320851372.6U CN203922061U (en) | 2013-12-13 | 2013-12-13 | The revolution slot type kickoff that moves in circles |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203922061U true CN203922061U (en) | 2014-11-05 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320851372.6U Expired - Fee Related CN203922061U (en) | 2013-12-13 | 2013-12-13 | The revolution slot type kickoff that moves in circles |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203922061U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104709708A (en) * | 2013-12-13 | 2015-06-17 | 姜志凌 | Rotary groove type cyclic reciprocating stirring machine |
| CN111977354A (en) * | 2020-08-19 | 2020-11-24 | 孙厚珍 | It detects material pushing transmission device to dodge zinc ore with ore |
-
2013
- 2013-12-13 CN CN201320851372.6U patent/CN203922061U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104709708A (en) * | 2013-12-13 | 2015-06-17 | 姜志凌 | Rotary groove type cyclic reciprocating stirring machine |
| CN104709708B (en) * | 2013-12-13 | 2019-01-08 | 桂林宝通科技有限公司 | Revolution slot type moves in circles kickoff |
| CN111977354A (en) * | 2020-08-19 | 2020-11-24 | 孙厚珍 | It detects material pushing transmission device to dodge zinc ore with ore |
| CN111977354B (en) * | 2020-08-19 | 2021-12-14 | 嘉兴尚坤科技有限公司 | It detects material pushing transmission device to dodge zinc ore with ore |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C41 | Transfer of patent application or patent right or utility model | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20160204 Address after: 541213 Guilin Industrial Zone, the Guangxi Zhuang Autonomous Region, Lingchuan three Patentee after: Guilin Baotong Technology Co. Ltd. Address before: 541004 No. 56, No. two, 2 North Road, Guilin, the Guangxi Zhuang Autonomous Region Patentee before: Jiang Zhiling |
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| DD01 | Delivery of document by public notice |
Addressee: Guilin Baotong Technology Co. Ltd. Document name: Notification of Passing Examination on Formalities |
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20141105 Termination date: 20181213 |