CN208828137U - Equipment suitable for wrapping packing in implant powder - Google Patents
Equipment suitable for wrapping packing in implant powder Download PDFInfo
- Publication number
- CN208828137U CN208828137U CN201821714133.5U CN201821714133U CN208828137U CN 208828137 U CN208828137 U CN 208828137U CN 201821714133 U CN201821714133 U CN 201821714133U CN 208828137 U CN208828137 U CN 208828137U
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- China
- Prior art keywords
- bottle
- powder
- tamponade
- cillin
- folder
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Abstract
The utility model discloses a kind of equipment suitable for wrapping packing in implant powder, including the charging gear for being set to powder charge position and being used to for object to be packaged being fitted into cillin bottle, the tamponade device for being set to tamponade position and being used to for bottle stopper being fitted on cillin bottle and the medicine bottle conveying device for being used to for cillin bottle being successively delivered to powder charge position and tamponade position.The equipment that the utility model is suitable for packet packing in implant powder improves packet packing efficiency in implant powder, avoids manual operation that inhomogeneity and probabilistic quality risk is caused to occur, improve product quality.
Description
Technical field
The utility model belongs to implant production equipment technology, specifically, the utility model relates to one kind to be applicable in
In the equipment for wrapping packing in implant powder.
Background technique
It is now intermediate using weighing packing is manually carried out one by one according to loading amount in implant powder in packet production process
In product to cillin bottle, due to manually-operated inhomogeneity, uncertainty so that this be also in implant production process most
Quality risk rambunctious, and manual operation also has a bottleneck of certain production efficiency, and each bottle of loading amount also can not be into
Row effectively retrospect, at this stage under, by hand carry out powder in packet packing obviously has not caught up with pharmaceutical industry development paces.
Utility model content
The utility model provides a kind of equipment suitable for wrapping packing in implant powder, it is therefore an objective to improve implant powder
Interior packet dispenses efficiency.
To achieve the goals above, the technical solution that the utility model is taken are as follows: be suitable for packet packing in implant powder
Equipment, including be set to powder charge position and for object to be packaged is fitted into cillin bottle charging gear, be set to tamponade position and
Tamponade device for bottle stopper to be fitted on cillin bottle and it is used to for cillin bottle being successively delivered to powder charge position and tamponade position
Medicine bottle conveying device.
The charging gear includes for being packed into the feed hopper of object to be packaged, for guiding object to be packaged to enter cillin bottle
Discharge bucket and for guiding the object to be packaged in feed hopper to the feeding track of discharge bucket.
The charging gear further includes the oscillator vibrated for controlling the feed hopper and feeding track, feed hopper
It is set on oscillator, feeding track is connect with feed hopper.
The discharge bucket is vertically arranged at the powder charge position, and the feed hopper is also vertically arranged, the feeding rail
Road is horizontally disposed.
The tamponade device includes for being packed into the vibrating disk loader of bottle stopper, support frame, being rotatably arranged on support
On frame and for by pressure head that bottle stopper is fitted on cillin bottle and being used to guide the bottle stopper in vibrating disk loader to support frame
Blanking track, support frame, which has, receives the bottle stopper from blanking track and the lower guide groove that guides bottle stopper to pressure head.
The tamponade device further includes the actuator rotated for controlling the pressure head, and actuator and pressure head rotation connect
It connects.
The tamponade device further includes the vacuum generator for generating the negative pressure of absorption bottle stopper in the inside of the pressure head.
The medicine bottle conveying device includes the folder bottle conveyer for cillin bottle to be successively delivered to powder charge position and tamponade position
Structure, for by cillin bottle be delivered to folder bottle conveying mechanism bottle inlet conveying mechanism and be used for receive by folder bottle conveying mechanism conveying and
It has been pressed with the bottle outlet conveying mechanism of the cillin bottle of bottle stopper.
The folder bottle conveying mechanism includes pressing from both sides bottle conveyer belt and being located to press from both sides bottle conveyer belt side and to defeated by folder bottle conveyer belt
The cillin bottle sent plays the gag lever post of position-limiting action, and cillin bottle is located between folder bottle conveyer belt and gag lever post, and folder bottle conveyer belt has
Accommodate the locating slot of cillin bottle.
The equipment that the utility model is suitable for packet packing in implant powder improves packet packing efficiency in implant powder,
It avoids manual operation that inhomogeneity and probabilistic quality risk is caused to occur, improves product quality.
Detailed description of the invention
This specification includes the following drawings, and shown content is respectively:
Fig. 1 is the structural schematic diagram that the utility model is suitable for the equipment of packet packing in implant powder；
Fig. 2 is the side view of charging gear；
Fig. 3 is the top view of charging gear；
Fig. 4 is the structural schematic diagram of tamponade device；
Fig. 5 is the partial structural diagram of tamponade device；
Fig. 6 is the partial structural diagram for pressing from both sides bottle conveying mechanism；
In the figure, it is marked as 1, laminar flow hood；2, bottle conveying mechanism is pressed from both sides；201, bottle conveyer belt is pressed from both sides；202, gag lever post；203, it positions
Slot；3, bottle inlet conveying mechanism；4, bottle outlet conveying mechanism；5, charging gear；501, feed hopper；502, discharge bucket；503, feeding rail
Road；504, oscillator；6, tamponade device；601, material containing disk；602, support frame；603, pressure head；604, blanking track；605, it executes
Device；606, hertz oscilltor；7, rack.
Specific embodiment
Below against attached drawing, by the description of the embodiment, making to specific embodiment of the present utility model further detailed
Thin explanation, it is therefore an objective to help those skilled in the art to the design of the utility model, technical solution have it is more complete, accurate and
Deep understanding, and facilitate its implementation.
As shown in Figure 1, the utility model provides a kind of equipment suitable for wrapping packing in implant powder, including rack
7, be set to powder charge position and for by charging gear 5 that object to be packaged is fitted into cillin bottle, be set to tamponade position and be used for bottle
Fill in the tamponade device 6 being fitted on cillin bottle and the medicine bottle conveying for cillin bottle to be successively delivered to powder charge position and tamponade position
Device.
Specifically, as shown in Figure 1, rack 7 is as the basis for installing other components, charging gear 5,6 and of tamponade device
Medicine bottle conveying device is arranged in rack 7.Object to be packaged is implant intermediate products, the packet production process in implant powder
In, a certain number of implant intermediate products are poured into charging gear 5, certain amount bottle stopper are fallen in tamponade device 6, by one
The empty cillin bottle of fixed number amount is placed in medicine bottle conveying device.Empty cillin bottle is firstly transferred to fill by medicine bottle conveying device
At medicine position, then implant intermediate products are fitted into cillin bottle by charging gear 5, then medicine bottle conveying device continues XiLin
Bottle is delivered at tamponade position, then bottle stopper is fitted in the bottle mouth position of cillin bottle by tamponade device 6, and the bottleneck of cillin bottle is sealed
It closes, cillin bottle is finally delivered to designated position by medicine bottle conveying device, complete packet production process in entire implant powder.
As shown in Figures 2 and 3, charging gear 5 includes for being packed into the feed hopper 501 of object to be packaged, for guiding wait wrap
Dress object enters the discharge bucket 502 of cillin bottle, for guiding the object to be packaged in feed hopper 501 to the feeding rail of discharge bucket 502
Road 503 and the oscillator 504 vibrated for controlling feed hopper 501 and feeding track 503, feed hopper 501 are set to vibration
It swings on device 504, feeding track 503 is connect with feed hopper 501.Object to be packaged can be packed into feed hopper 501, feed hopper 501 is perpendicular
Straight setting.Feed hopper 501 is mounted on oscillator 504, and feeding track 503 is mounted on feed hopper 501, and oscillator 504 is powered
Afterwards, feeding track 503 and feed hopper 501 can be made to move back and forth in the horizontal direction, oscillation is realized, put down object to be packaged more can
Surely uniformly it is expelled in discharge bucket 502.Oscillator 504 is preferably hertz oscilltor, and the structure of oscillator 504 is such as this field
As well known to technical staff, details are not described herein.
As shown in Figures 2 and 3, discharge bucket 502 is vertically arranged at powder charge position, feeding track 503 be it is horizontally disposed, out
Hopper 502 and oscillator 504 are mounted in rack 7.Discharge bucket 502 is the structure that top and bottom all have an opening, is sent
Expect that one end on the length direction of track 503 is highly connect and the end of feeding track 503 and feed hopper 501 with feed hopper 501
Inner chamber body connection, the other end on the length direction of feeding track 503 is located at top and the feeding track 503 of discharge bucket 502
The end there is the opening for allowing object to be packaged to pass through, the inside of feeding track 503 has along the whole length side of feeding track 503
Feeding passage to extending and for allowing object to be packaged to pass through.After oscillator 504 is powered, object to be packaged in feed hopper 501 into
In the feeding passage for entering feeding track 503, the object to be packaged in feeding track 503 is fallen in the discharge bucket 502 of lower section, discharging
Bucket 502 guides internal object to be packaged into the cillin bottle of lower section powder charge position.Since feeding track 503 and feed hopper 501 can
It is vibrated under the action of oscillator 504, such implant intermediate products can form oscillation after entering in feed track
And be fitted into cillin bottle, to greatly enhance the efficiency of packet packing in implant, having evaded manual operation may be led
The risk for causing pollution, indirectly improves the product quality of implant.
As shown in Figure 4 and Figure 5, tamponade device 6 includes for being packed into the vibrating disk loader of bottle stopper, support frame 602, can revolve
What is turned is set on support frame 602 and for by pressure head 603 that bottle stopper is fitted on cillin bottle and being used for vibrating disk loader
In bottle stopper guide to the blanking track 604 of support frame 602, support frame 602 have receive the bottle stopper from blanking track 604 and
Bottle stopper is guided to the lower guide groove to pressure head 603.Vibrating disk loader is set in rack 7, the structure of vibrating disk loader
It as well known in the skilled person like that, mainly include hertz oscilltor 606 and material containing disk 601, material containing disk 601 is pacified
Loaded on spiral guide rail on hertz oscilltor 606, is provided in material containing disk 601, bottle stopper, spiral guide are packed into material containing disk 601
The discharge port of rail is connect with blanking track 604, and under the vibration of hertz oscilltor, the bottle stopper inside material containing disk 601 is along material containing disk
601 spiral guide rail transmits upwards, and enters blanking track 604 from discharge port, and bottle stopper is finally delivered to through blanking track 604
In the lower guide groove of support frame 602.
As shown in Figure 4 and Figure 5, support frame 602 is vertically arranged, and the lower end of support frame 602 is fixedly connected with rack 7, branch
The lower end of support 602 is fixedly connected with the lower end of blanking track 604, and blanking track 604 is arc-shaped structure, blanking track 604
With bottle stopper of the reception from vibrating disk loader and bottle stopper is guided into the upper guide groove into the lower guide groove of support frame 602,
The upper end of blanking track 604 is connect with the discharge port of spiral guide rail, and upper guide groove is the edge since the upper end of blanking track 604
The entire arc length direction of blanking track 604 extends to the lower end of blanking track 604, and upper guide groove is that (this is transversal for cross section
Face is the plane perpendicular with the length direction of upper guide groove) be T shape groove, matching with the shape of bottle stopper, (bottle stopper is horizontal
Section is the rotary structure of T shape), upper guide groove is formed with make the diameter of bottle stopper small one on the top surface of blanking track 604
The opening stretched out is held, the big one end of the diameter of bottle stopper is located in upper guide groove, with the operating of vibrating disk loader, on vibrating disk
Bottle stopper in glassware is pushed in turn in the upper guide groove of blanking track 604, into the bottle stopper in upper guide groove by successively one by one
It pushes down on into lower guide groove.Lower guide groove is to extend vertically downwards since the top surface of support frame 602 and pressure head
At the position of 603 alignment, and lower guide groove is also that (cross section is perpendicular with the length direction of lower guide groove for cross section
Plane) be T shape groove, match with the shape of bottle stopper, upper guide groove is identical with the shape of lower guide groove, and lower guide groove is propping up
The opening that the one end for making the diameter of bottle stopper small is stretched out is formed on the side of support 602, the lower ending opening of upper guide groove is led under
It is connected to the upper end opening of slot, after bottle stopper is moved in lower guide groove from upper guide groove, the posture of bottle stopper is remained unchanged, bottle stopper
The big one end of diameter is located in lower guide groove, and the small one end of the diameter of bottle stopper extend out to the outside of support frame 602.When bottle stopper is under
After the lower ending opening of guide groove removes, the upper end of bottle stopper face pressure head 603, and also pressure head 603 adsorbs bottle stopper, so that bottle stopper is fixed
On pressure head 603, then the upper end of pressure head 603 is rotated down, and pressure head 603 drives bottle stopper synchronous rotary, and pressure head 603 is by bottle stopper pressure
It is located on the bottleneck of the cillin bottle of tamponade position mounted in lower section, completes tamponade work.
Tamponade device 6 further includes the vacuum generator for generating the negative pressure of absorption bottle stopper in the inside of pressure head 603, vacuum
Generator is set in rack 7, and vacuum generator is connect by suction pipe with pressure head 603, and vacuum generator is one for generating
Light and small object can be absorbed in the device of negative pressure, and structure is as well known in the skilled person.Pressure head 603 it is upper
Hold end face that there is air inlet, the inside of pressure head 603 has the air flue being connected to air inlet, and vacuum generator passes through suction pipe and pressure head
Inside 603 air flue connection, pressure head 603 upper end end face setting air inlet diameter be less than bottle stopper diameter, when bottle stopper from
After the lower ending opening of lower guide groove removes, the upper end air inlet of bottle stopper face pressure head 603, pressure head 603 is located at bottle stopper side, vacuum
Generator starting, generates the negative pressure that can adsorb bottle stopper in the inside air flue of pressure head 603, and bottle stopper is by the air inlet of 603 upper end of pressure head
Mouth closing, so that the upper end end face of pressure head 603 tightly fits together with bottle stopper, bottle stopper will not be fallen downwards, then pressure head 603
It can carry out tamponade movement.Using vacuum generator, the fixed bottle stopper by way of absorption, this mode reliability is higher, knot
Structure is simple, convenient for cleaning, improves working efficiency.
As shown in Figure 4 and Figure 5, tamponade device 6 further includes the actuator 605 rotated for controlling pressure head 603, is executed
Device 605 and pressure head 603 are rotatablely connected, and actuator 605 is located at the lower section of pressure head 603.Actuator 605 is preferably cylinder, actuator
605 piston rod and the lower end of pressure head 603 are rotatablely connected, and the cylinder body and support frame 602 of actuator 605 are rotatablely connected.Pressure head 603
For semicircle block structure, pressure head 603 is to be rotatablely connected at center by shaft and support frame 602, in the rotation of pressure head 603
Heart line (namely axis of shaft) is located in horizontal plane, and the rotation centerline of pressure head 603 and cillin bottle are displaced by powder charge and are moved
Moving direction during to tamponade position is parallel.Under original state, the state in a vertical shape of pressure head 603；When actuator 605 extends,
Actuator 605 pushes the lower end of pressure head 603 to rotate upwards, and the upper end of pressure head 603 carries bottle stopper and is rotated down, until completing tamponade
Movement；After the completion of tamponade movement, actuator 605 is shunk, and actuator 605 pulls the lower end of pressure head 603 to be rotated down, pressure head 603
Upper end rotate upwards, the rotation of final pressure head 603 waits next bottle stopper to be adsorbed to original state.
As shown in Figure 1, medicine bottle conveying device includes the folder bottle for cillin bottle to be successively delivered to powder charge position and tamponade position
Conveying mechanism 2 is conveyed for being delivered to cillin bottle to press from both sides the bottle inlet conveying mechanism 3 of bottle conveying mechanism 2 and be used to receive by folder bottle
Mechanism 2 conveys and has been pressed with the bottle outlet conveying mechanism 4 of the cillin bottle of bottle stopper.As shown in fig. 6, folder bottle conveying mechanism 2 includes folder
Bottle conveyer belt 201 and positioned at folder 201 side of bottle conveyer belt and to the cillin bottle conveyed by folder bottle conveyer belt 201 position-limiting action
Gag lever post 202, cillin bottle are located between folder bottle conveyer belt 201 and gag lever post 202, and folder bottle conveyer belt 201, which has, accommodates cillin bottle
Locating slot 203, locating slot 203 is that the radian of circular groove and locating slot 203 is 180 degree, and the axis of locating slot 203 is located at
In vertical plane, locating slot 203 is to be arranged in the peripheral surface of folder bottle conveyer belt 201, presss from both sides the peripheral surface of bottle conveyer belt 201
For vertical plane, the bottom of locating slot 203 is closed, it is ensured that folder bottle conveyer belt 201 can support cillin bottle, the folder bottle of locating slot 203
The top surface of conveyer belt 201 is formed with the semicircular opening for allowing the upper end of cillin bottle to stretch out.Press from both sides the locating slot on bottle conveyer belt 201
203 settings are multiple, and it is equidistantly distributed, locating slot 203 that all locating slots 203, which are in the peripheral surface of folder bottle conveyer belt 201,
One circle of setting in the peripheral surface of folder bottle conveyer belt 201.
Folder bottle conveying mechanism 2 further includes drive shaft (not shown) and driven shaft (not shown), presss from both sides bottle conveyer belt
201 are sheathed in drive shaft and driven shaft, and drive shaft and driven shaft are to be rotatably arranged in rack 7, drive shaft and from
The axis of moving axis is parallel and the axis of drive shaft and driven shaft is in parallel with the length direction of gag lever post 202 same perpendicular
In facing directly.Folder bottle conveyer belt 201 is ring seal component, and folder bottle conveyer belt 201 is sheathed on drive shaft and driven shaft and drives
Axis and driven shaft are located at one end of folder bottle conveyer belt 201, the periphery and folder bottle conveyer belt 201 of drive shaft and driven shaft
Inner peripheral surface contact, folder bottle conveyer belt 201 is sheathed on drive shaft and driven shaft and drive shaft and driven shaft are located at folder bottle
One end on the length direction of conveyer belt 201, the length direction for pressing from both sides bottle conveyer belt 201 are equal with the length direction of gag lever post 202
Row.As driving shaft, drive shaft is used to receive to be made to press from both sides the driving force that bottle conveyer belt 201 operates, drive shaft and motor drive shaft
Connection, motor generate the power for rotating drive shaft.When drive shaft rotates about the axis thereof, drive shaft driving folder bottle conveyer belt
201 are operated, and press from both sides bottle conveyer belt 201 and driven shaft is driven to rotate, and folder bottle conveyer belt 201, which drives, to be located in locating slot 203
Cillin bottle is moved.
As shown in figures 1 to 6, gag lever post 202 has certain length, the length direction and cillin bottle of gag lever post 202 by
Powder charge position is moved to that the moving direction during tamponade position is parallel, and gag lever post 202 is located at support frame 602 and folder bottle conveyer belt
Between 201, during folder bottle conveyer belt 201 drives cillin bottle to carry out mobile, gag lever post 202 is in the outside of cillin bottle to west
Woods bottle plays position-limiting action, and cillin bottle is avoided to tilt, and improves the reliability of powder charge and tamponade movement.
As shown in Figure 1, bottle inlet conveying mechanism 3 and bottle outlet conveying mechanism 4 are set in rack 7, bottle inlet conveying mechanism 3 is located at
One end on the length direction of bottle conveyer belt 201 is pressed from both sides, bottle outlet conveying mechanism 4 is located on the length direction of folder bottle conveyer belt 201
The other end, bottle inlet conveying mechanism 3 and bottle outlet conveying mechanism 4 are belt conveyor, bottle inlet conveying mechanism 3 and bottle outlet conveying mechanism
4 be horizontally disposed, the moving direction of cillin bottle and the conveying of bottle outlet conveying mechanism 4 XiLin when bottle inlet conveying mechanism 3 conveys cillin bottle
The moving direction of cillin bottle is opposite when bottle.In feeding, empty cillin bottle is placed on to the conveyer belt of bottle inlet conveying mechanism 3 vertically
Top surface on specified location, bottle inlet conveying mechanism 3 conveyer belt operating, drive cillin bottle along first direction towards close to folder
It being moved at the position of bottle conveyer belt 201, final cillin bottle enters in a locating slot 203 on folder bottle conveyer belt 201,
Each cillin bottle that bottle inlet conveying mechanism 3 conveys successively is picked up by folder bottle conveyer belt 201, is then driven by folder bottle conveyer belt 201
Cillin bottle is conveyed in a second direction, and first direction and second direction are horizontal direction and first direction and second direction phase
Vertically, second direction is parallel with the length direction of gag lever post 202.After the completion of cillin bottle completes powder charge and tamponade work, out
The conveyer belt of bottle conveying mechanism 4 receives the cillin bottle from folder bottle conveyer belt 201, and the cillin bottle of folder bottle conveyer belt 201 is moved to
On the conveyer belt of bottle outlet conveying mechanism 4, cillin bottle is finally delivered to specified location by bottle outlet conveying mechanism 4.
The utility model is exemplarily described in conjunction with attached drawing above.Obviously, the utility model implements not
It is limited by aforesaid way.As long as the various unsubstantialities that the method concept and technical solution that use the utility model carry out
Improvement；Or it is not improved, the above-mentioned conception and technical scheme of the utility model are directly applied into other occasions, at this
Within the protection scope of utility model.
Claims (9)
1. being suitable for the equipment of packet packing in implant powder, it is characterised in that: including being set to powder charge position and for will be wait wrap
Dress object is fitted into cillin bottle charging gear, be set to tamponade position and be used for by bottle stopper be fitted in the tamponade device on cillin bottle with
And the medicine bottle conveying device for cillin bottle to be successively delivered to powder charge position and tamponade position.
2. the equipment according to claim 1 suitable for packet packing in implant powder, it is characterised in that: the feed dress
Set including for being packed into object to be packaged feed hopper, for guiding object to be packaged to enter the discharge bucket of cillin bottle and for will feed
Object to be packaged in bucket is guided to the feeding track of discharge bucket.
3. the equipment according to claim 2 suitable for packet packing in implant powder, it is characterised in that: the feed dress
Setting further includes the oscillator vibrated for controlling the feed hopper and feeding track, and feed hopper is set on oscillator, send
Material track is connect with feed hopper.
4. the equipment according to claim 2 suitable for packet packing in implant powder, it is characterised in that: the discharge bucket
It is vertically arranged at the powder charge position, the feed hopper is also vertically arranged, and the feeding track is horizontally disposed.
5. the equipment according to any one of claims 1 to 4 suitable for packet packing in implant powder, it is characterised in that: institute
Stating tamponade device includes for being packed into the vibrating disk loader of bottle stopper, support frame, being rotatably arranged on support frame and be used for
By pressure head that bottle stopper is fitted on cillin bottle and it is used to guide the bottle stopper in vibrating disk loader to the blanking track of support frame,
Support frame has the lower guide groove for receiving the bottle stopper from blanking track and guiding bottle stopper to pressure head.
6. the equipment according to claim 5 suitable for packet packing in implant powder, it is characterised in that: the tamponade dress
Setting further includes the actuator rotated for controlling the pressure head, and actuator and pressure head are rotatablely connected.
7. the equipment according to claim 6 suitable for packet packing in implant powder, it is characterised in that: the tamponade dress
Set further includes for generating the vacuum generator for adsorbing the negative pressure of bottle stopper in the inside of the pressure head.
8. the equipment according to any one of claims 1 to 4 suitable for packet packing in implant powder, it is characterised in that: institute
Stating medicine bottle conveying device includes that the folder bottle conveying mechanism of powder charge position and tamponade position, be used for will be western for cillin bottle to be successively delivered to
Woods bottle is delivered to the bottle inlet conveying mechanism of folder bottle conveying mechanism and for receiving by the conveying of folder bottle conveying mechanism and being pressed with bottle
The bottle outlet conveying mechanism of the cillin bottle of plug.
9. the equipment according to claim 8 suitable for packet packing in implant powder, it is characterised in that: the folder bottle is defeated
Send mechanism include folder bottle conveyer belt and positioned at folder bottle conveyer belt side and to cillin bottle convey by folder bottle conveyer belt rise limit work
Gag lever post, cillin bottle are located between folder bottle conveyer belt and gag lever post, and folder bottle conveyer belt has the locating slot for accommodating cillin bottle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821714133.5U CN208828137U (en) | 2018-10-23 | 2018-10-23 | Equipment suitable for wrapping packing in implant powder |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821714133.5U CN208828137U (en) | 2018-10-23 | 2018-10-23 | Equipment suitable for wrapping packing in implant powder |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208828137U true CN208828137U (en) | 2019-05-07 |
Family
ID=66319443
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821714133.5U Active CN208828137U (en) | 2018-10-23 | 2018-10-23 | Equipment suitable for wrapping packing in implant powder |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208828137U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109264040A (en) * | 2018-10-23 | 2019-01-25 | 芜湖先声中人药业有限公司 | Equipment suitable for wrapping packing in implant powder |
-
2018
- 2018-10-23 CN CN201821714133.5U patent/CN208828137U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109264040A (en) * | 2018-10-23 | 2019-01-25 | 芜湖先声中人药业有限公司 | Equipment suitable for wrapping packing in implant powder |
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