CN207136960U - The package system of catheter type tapon - Google Patents
The package system of catheter type tapon Download PDFInfo
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- CN207136960U CN207136960U CN201621438121.5U CN201621438121U CN207136960U CN 207136960 U CN207136960 U CN 207136960U CN 201621438121 U CN201621438121 U CN 201621438121U CN 207136960 U CN207136960 U CN 207136960U
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- absorber
- accommodation tube
- package system
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- push rod
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Abstract
The utility model discloses a kind of package system of catheter type tapon, including：Feed zone, feed zone include accommodation tube feeding device, push rod feeding device and absorber feeding device；First assembling area, the first assembling area are used to accommodation tube and push rod being assembled into sleeve pipe；Second assembling area, the second assembling area are used to absorber being assembled in sleeve pipe, and the absorption portion of absorber is arranged in accommodation tube, and the bracing wire of absorber runs through push rod；Shaping area, shaping area is used to close the openend of accommodation tube, to hinder absorber freely to be skidded off out of sleeve pipe；Conveying mechanism, conveying mechanism are used to convey accommodation tube, push rod and absorber by feed zone, the first assembling area, the second assembling area and shaping area, conveying mechanism.The utility model provides a kind of package system of catheter type tapon, can realize the automatic assembling of catheter type tapon, improves production efficiency, shortens the open-assembly time of absorber, improves the security performance of product.
Description
Technical field
Tapon assembling equipment is the utility model is related to, more particularly, to a kind of assembling of catheter type tapon
System.
Background technology
Catheter type tapon includes applicator and absorber, and applicator includes accommodation tube and push rod, and accommodation tube includes opening
Mouthful end and connection end, openend are provided with the opening that can fill in absorber, and connection end is set on push rod, and push rod can be along
The bearing of trend of accommodation tube does piston movement；Push rod is hollow mechanism.Absorber includes absorption portion and is arranged on absorption portion tail end
Bracing wire, absorption portion is used to absorb the body fluid such as menses, and absorption portion can be pulled by pulling bracing wire, so as to by absorption portion from internal
Dragging comes out.Absorption portion enters accommodation tube by openend, then closes openend, and accommodation tube is used to accommodate and seal absorption
Body, bracing wire after accommodation tube by entering in push rod, and the end of bracing wire is reached outside push rod.In use, one hand of user
According to the position that accommodation tube is fixed using position, another hand propelled push rod, push rod promotes absorption portion to pass through openend, to receiving
Cylinder it is outside mobile, then into internal, bracing wire retains in vitro.
Catheter type tapon needs and direct body contact, it is therefore desirable to which absorber is totally sterile, avoids using process
It is middle bring bacterium in vivo into, trigger various diseases.If using man-made assembly catheter type tapon, the assembly operation used time holds more
Tapon is easily caused to be contaminated.For example, during high-volume assembling catheter type tapon, because assembling process is related to multiple tracks work
Sequence, labor strength will be caused very big, but operating efficiency is low, it is difficult to meet the requirement of batch production；If moreover,
Assembling can not be rapidly completed, absorber open-assembly time in atmosphere will be extended so that absorber contacts or breed bacteria, once inhale
Acceptor is contaminated, it will endangers the health of user.
Therefore, it is necessary to a kind of package system of catheter type tapon, to solve the above problems.
Utility model content
In view of this, the purpose of this utility model is to propose a kind of package system of catheter type tapon, Neng Goushi
The automatic assembling of existing catheter type tapon, improves production efficiency, shortens the open-assembly time of absorber, improves the security of product
Energy.
Based on a kind of above-mentioned purpose package system of catheter type tapon provided by the utility model, including：
Feed zone, the feed zone include accommodation tube feeding device, push rod feeding device and absorber feeding device；
First assembling area, the first assembling area are used to accommodation tube and push rod being assembled into sleeve pipe；
Second assembling area, the second assembling area are used to absorber being assembled in described sleeve pipe, the suction of the absorber
Receipts portion is arranged in the accommodation tube, and the bracing wire of the absorber runs through the push rod；
Shaping area, the shaping area is used to close the openend of the accommodation tube, to hinder the absorber from institute
State in sleeve pipe and freely skid off；
Conveying mechanism, the conveying mechanism pass through the feed zone, the first assembling area, the second assembling Qu Hesuo
Shaping area is stated, the conveying mechanism is used to convey the accommodation tube, the push rod and the absorber.
Preferably, the first assembling area includes：First extraction mechanism and mobile rotating mechanism, first extraction mechanism
For extracting and positioning the accommodation tube, the mobile rotating mechanism is used to extract the push rod, and is inserted according to preset direction
Described sleeve pipe is formed in the accommodation tube fixed to first extraction mechanism.
Preferably, first extraction mechanism includes：First extractor and positioning tube, first extractor can extract
The accommodation tube, and the accommodation tube is imported into the positioning tube and by described sleeve pipe from the positioning tube according to preset direction
It is moved to the conveying mechanism.
Preferably, the second assembling area includes：Detent mechanism, the second extraction mechanism and force application mechanism, the localization machine
Structure is used to extract and position described sleeve pipe, and second extraction mechanism is used to extract and positions the absorption according to preset direction
Body, the force application mechanism are used to the absorber being pressed into the described sleeve pipe of the detent mechanism fixation.
Preferably, second extraction mechanism includes：Direction sensor, direction adjuster and second lift device, the side
It is used to monitor being positioned against for the absorber to sensor, the direction adjuster is used for the position of the absorber
Towards adjusting to predeterminated position direction, second extractor is used to extract and position the absorber, and the suction will be housed
The described sleeve pipe of acceptor is moved to the conveying mechanism from detent mechanism.
Preferably, the second assembling area also includes：Guiding mechanism and travel mechanism, the guiding mechanism can with it is described
The openend connection of accommodation tube, the guiding mechanism are used to provide guiding work into the accommodation tube for the absorber
With；The travel mechanism connects or separated with the openend for moving the guiding mechanism.
Preferably, the shaping area includes：Heating arrangements and cool down moulding mechanism, the openend of the accommodation tube according to
It is secondary by the heating arrangements and the moulding mechanism of the cooling, hinder what the absorber skidded off to be formed in the openend
Sealing.
Preferably, the package system also includes：Mechanism for monitoring, the mechanism for monitoring include being used to monitor the absorption portion
The first monitor with the presence or absence of defect, for monitoring the bracing wire with the presence or absence of the second monitor of defect and for monitoring
State the 3rd monitor that push rod whether there is defect.
Preferably, the package system also includes：Rejecting mechanism, the rejecting mechanism are connected with the mechanism for monitoring, institute
The absorption portions of existing defects, the bracing wire can be rejected according to the judgement of the mechanism for monitoring and described push away by stating rejecting mechanism
Bar.
Furthermore it is preferred that the package system also includes：Bagging area, the bagging area are used for the shape outside described sleeve pipe
Into packing material.
From the above it can be seen that the package system of catheter type tapon provided by the utility model, with existing skill
Art is compared, and has advantages below：The package system of catheter type tapon can realize the automatic assembling of product, improve assembling speed
Degree, improve production efficiency；Quick assembling can reduce the open-assembly time of absorber, avoid absorber from being contaminated；Automatic assembling
Instead of manually operated, operating personnel can be avoided on the absorbent body, to avoid absorber from being contaminated bacterium residual.
Brief description of the drawings
By the way that embodiment is described below in conjunction with the accompanying drawings, features described above of the present utility model and technological merit will
Become more fully apparent and be readily appreciated that.
Fig. 1 is the flow signal of the package system of the catheter type tapon used in the utility model specific embodiment
Figure.
Wherein reference：
1：Feed zone； 2：First assembling area； 3：Second assembling area；
4：Shaping area； 5：Mechanism for monitoring； 6：Rejecting mechanism；
7：Bagging area.
Embodiment
For the purpose of this utility model, technical scheme and advantage is more clearly understood, below in conjunction with specific embodiment, and
Referring to the drawings, the utility model is further described.Wherein identical parts are presented with like reference characters.Need
Illustrate, word "front", "rear", "left", "right", the "up" and "down" used in describing below refers to the side in accompanying drawing
To.The word " interior " used and " outer " are referred respectively to towards or away from the direction of particular elements geometric center.
Fig. 1 is the flow signal of the package system of the catheter type tapon used in the utility model specific embodiment
Figure.As shown in figure 1, the package system of catheter type tapon includes：Feed zone 1, first assemble area 2, second assemble area 3, into
Type area 4 and conveying mechanism.
Feed zone 1 is including being used to provide the accommodation tube feeding device of accommodation tube (not shown), (not showing for providing push rod
Go out) push rod feeding device and absorber feeding device for providing absorber (not shown).
First assembling area 2 is used to accommodation tube and push rod being assembled into sleeve pipe (not shown).
Second assembling area 3 is used to absorber being assembled in sleeve pipe, and absorber includes absorption portion and bracing wire, and absorption portion is set
In accommodation tube, bracing wire runs through push rod.
Shaping area 4 is used to close the openend of accommodation tube, to hinder absorber freely to be skidded off out of sleeve pipe.
Conveying mechanism assembles area 2, second by feed zone 1, first and assembles area 3 and shaping area 4, and conveying mechanism is used to convey
Accommodation tube, push rod and absorber.
The package system of catheter type tapon can realize the automatic assembling of product, improve assembling speed, improve production
Efficiency；Quick assembling can reduce the open-assembly time of absorber, avoid absorber from being contaminated；Automatic assembling replaces behaviour manually
Make, operating personnel can be avoided on the absorbent body, to avoid absorber from being contaminated bacterium residual.
To meet production requirement, feed zone can be fed simultaneously for a plurality of assembly line simultaneously；Feed zone can be intermittently fed
Or continuous feeding.
From feed zone to assembling area, one conveying mechanism can be set for each feeding device respectively, can also be multiple
Feeding device shares a conveying mechanism.Conveying mechanism can need to adjust transporting velocity according to production and start the time, so as to
Operating personnel can control the production efficiency of package system.
Can be that absorber is provided for accommodating its cylinder, cylinder is set further to avoid absorber from being contaminated
On the conveyor, so as to be moved back and forth between absorber feeding device and the second assembling area；Absorber is from absorber
Feeding device is unloaded in cylinder, is transported to the second assembling area, absorber is unloaded on conveying mechanism by cylinder, so as to defeated
Protective effect is provided during sending absorber.
Preferably, the first assembling area 2 includes：First extraction mechanism (not shown) and mobile rotating mechanism (not shown), the
One extraction mechanism is used to extract accommodation tube from conveying mechanism, and accommodation tube is navigated into the first predeterminated position, the first default position
Put the position for referring to facilitate push rod to install；Mobile rotating mechanism is used to extract push rod from conveying mechanism, and default according to first
Direction, which is inserted into the accommodation tube of the first extraction mechanism fixation, forms sleeve pipe.First preset direction refers to push rod afterbody first from receiving
The openend of cylinder enters accommodation tube, and push rod afterbody runs through accommodation tube, and push rod head is retained in accommodation tube.First extraction mechanism and
Mobile rotating mechanism cooperates, and can be rapidly completed the assembling of sleeve pipe.
First extraction mechanism and mobile rotating mechanism can use the mechanical mechanisms such as gripper, clamping jaw, clamping plate to realize extraction
Function, driving it to move or rotate by drive mechanism, be accurately positioned to realize and quickly assemble.
Preferably, the first extraction mechanism includes：First extractor (not shown) and positioning tube (not shown), positioning tube are used for
Fixed and locator receiver cylinder, such as positioning tube horizontally or vertically fix accommodation tube, and positioning tube could be arranged to one or more；
First extractor can extract accommodation tube from conveying mechanism, such as clamp the outer wall of accommodation tube, and by accommodation tube according to first
Preset direction is sent into positioning tube, such as is horizontally or vertically sent into positioning tube, and the first preset direction refers to the side for facilitating push rod to install
To；After the completion of sleeve-assembled, sleeve pipe can also be removed and be transplanted on conveying mechanism by the first extractor from positioning tube.First extraction
The structure of mechanism is simple, can capture with locator receiver cylinder, to be quickly assembled into sleeve pipe with push rod, additionally it is possible to which sleeve pipe is moved
To follow-up assembling station.
Preferably, the second assembling area 3 includes：Detent mechanism (not shown), the second extraction mechanism (not shown) and force machine
Structure (not shown), detent mechanism is used to extract sleeve pipe from conveying mechanism, and sleeve pipe is navigated into the second predeterminated position, and second is pre-
If position refers to the position for facilitating absorber to install；Second extraction mechanism is used to extract absorber from conveying mechanism, and according to
Second preset direction positions absorber, and the second preset direction refers to the openend of the bracing wire side alignment accommodation tube of absorber；Apply
Force mechanisms are used to absorber being pressed into the sleeve pipe of detent mechanism fixation, wherein, absorption portion is pressed into accommodation tube, bracing wire can
To be inhaled into push rod.Detent mechanism, the second extraction mechanism and force application mechanism cooperate, and can be rapidly completed catheter type and defend
The assembling of raw sliver.
Detent mechanism and the second extraction mechanism can use the mechanical mechanisms such as gripper, clamping jaw, clamping plate to realize abstraction function,
Driving it to move or rotate by drive mechanism, be accurately positioned to realize and quickly assemble.Force application mechanism can use energy
The force application rod enough moved repeatedly, quickly to assemble absorber and sleeve pipe.
Preferably, the second extraction mechanism 3 includes：Direction sensor (not shown), direction adjuster (not shown) and second
Lift device (not shown), direction sensor is used to monitor being positioned against for absorber；It is tail end that absorber, which has bracing wire one end, separately
One end is head end, is positioned against the openend for the tail end or head end sensing accommodation tube for referring to absorber；Direction adjuster is used for will
Absorber is positioned against adjusting to preset direction, and for convenience of installing, the openend of the tail end sensing accommodation tube of absorber is pre-
Set direction；Second extractor is used to extract absorber from conveying mechanism, and absorber is navigated to the openend one for accommodating pipe
Side, so that absorber can be pressed into receiving pipe by force application mechanism；Second extractor can also be equipped with the sleeve pipe of absorber from positioning
Mechanism removes and is moved to conveying mechanism.The structure of second extraction mechanism is simple, can capture and position absorber, so as to set
Pipe is quickly assembled into catheter type tapon, additionally it is possible to which catheter type tapon is moved to follow-up assembling station.
Preferably, the second assembling area 2 also includes：Guiding mechanism (not shown) and travel mechanism's (not shown), guiding mechanism
It can be connected with the openend of accommodation tube, guiding mechanism is used to provide guide effect into accommodation tube for absorber；Travel mechanism
Connect or separate with openend for moving guiding mechanism.Guiding mechanism can reduce the installation difficulty of absorber, improve installation
Speed.Travel mechanism can control the position of guiding mechanism, when installing absorber, travel mechanism be directed to mechanism be moved to it is pre-
Positioning, which is put, is installed, and in other times, travel mechanism is directed to mechanism and removed, and is avoided taking assembling space, is influenceed assembling
Normal operation.
Guide cylinder can use gradually wealthy hollow cylinder, and the smaller one end that is open is inserted into the openend of accommodation tube, inhales
Acceptor can enter accommodating chamber, to realize Fast Installation, avoid accommodation tube from the larger one end insertion of opening after guide cylinder
Openend insert all in absorber.
Preferably, shaping area 4 includes：Heating arrangements (not shown) and the moulding mechanism (not shown) of cooling, accommodation tube are opened
Mouth end passes sequentially through heating arrangements and cools down moulding mechanism, to form the stop for stopping that absorber skids off in openend.Heating
Mechanism is preforming for being formed in the openend of accommodation tube；Moulding mechanism is cooled down to be used to apply pressure in openend, and according to pre-
If pattern cooling and shaping, so that openend can be changed into relatively closed formula from open type, provide what is stopped and seal for absorber
Effect, to hinder absorber freely to be skidded off out of sleeve pipe；In thrust of the absorber by push rod, absorber can push away
Dynamic openend is opened, so that absorber skids off.Shaping area can realize the sealing function of catheter type tapon, while increase it
Aesthetic property.
Preferably, package system also includes：Mechanism for monitoring (not shown), mechanism for monitoring (do not show including the first monitor
Go out), the second monitor (not shown) and the 3rd monitor (not shown)；First monitor is used to monitor absorption portion with the presence or absence of scarce
Fall into, such as whether there is foreign matter in absorption portion；Second monitor whether there is defect for monitoring bracing wire, be drawn for example whether existing
Whether line, bracing wire pass through push rod；3rd monitor whether there is defect for monitoring push rod, for example whether push rod be present.Pass through
Increase mechanism for monitoring can monitor the quality of product in time, be favorably improved the qualification rate of product.Mechanism for monitoring can be according to prison
The position distribution of object is surveyed on the relevant position of package system.
Preferably, package system also includes：Rejecting mechanism (not shown), rejecting mechanism are connected with mechanism for monitoring, rejecting machine
Structure can reject absorption portion, bracing wire and the push rod of existing defects according to the judgement of mechanism for monitoring.Rejecting mechanism can reject in time
Underproof product, the qualification rate of product is effectively ensured.Rejecting mechanism can be arranged between the second assembling area and shaping area, with
Just substandard product is rejected in time.
Preferably, package system also includes：Bagging area (not shown), bagging area are used to form packing material in jacket exterior.
Bagging area includes package mechanism, and catheter type tapon can be sealed in packing material by package mechanism in time, avoid absorber
In relatively unlimited environment, absorber is avoided to be polluted by environment.
Package system can be arranged in sterile environment, to improve the security performance of product.
The use process of the package system of catheter type tapon is described further below.
The first step is that the accommodation tube feeding device of feed zone and push rod feeding device provide accommodation tube and push rod respectively, and is fallen
Fall on the conveyor, as conveying mechanism is moved to the first assembling area.
Second step is to assemble area, the extraction of the first extraction mechanism and locator receiver cylinder first, moves rotating mechanism by push rod
It is inserted into accommodation tube and forms sleeve pipe；Sleeve pipe is put back on conveying mechanism by the first extraction mechanism, and conveying mechanism moves sleeve pipe
To the second assembling area.At the same time, feed zone absorber feeding device provide absorber, and drop on the conveyor, with
Conveying mechanism and be moved to the second assembling area.
3rd step is to assemble area second, and simultaneously locating sleeve, the second extraction mechanism are extracted and position suction for detent mechanism extraction
Absorber is pressed into sleeve pipe by acceptor, force application mechanism, wherein, for absorption site in accommodation tube, bracing wire runs through push rod；So far,
Form catheter type tapon；Catheter type tapon is put back on conveying mechanism by the second extraction mechanism, and conveying mechanism will be led
Tubular type tapon is moved to shaping area.
4th step is that the openend of the accommodation tube of catheter type tapon passes sequentially through heating arrangements and cools down moulding mechanism,
So that openend can form closure, to hinder absorber freely to be skidded off out of sleeve pipe, then, conveying mechanism is led sealing
Tubular sealed sliver is transported to monitoring section.
5th step is that mechanism for monitoring is monitored to the parameters of catheter type tapon, to judge catheter type health
Whether sliver is qualified products, and then, tapon when importing is transported to and rejects area by conveying mechanism.
6th step is that rejecting mechanism rejects underproof catheter type tapon from package system, then, conveyer
Qualified tapon is transported to bagging area by structure.
7th step is that package mechanism forms packing material in the outside of qualified catheter type tapon.
Understood from the description above with practice, the package system of catheter type tapon provided by the utility model, with showing
There is technology to compare, there is advantages below：The package system of catheter type tapon can realize the automatic assembling of product, raising group
Speed is filled, improves production efficiency；Quick assembling can reduce the open-assembly time of absorber, avoid absorber from being contaminated；Automatically
Assembling replacement is manually operated, and operating personnel can be avoided on the absorbent body, to avoid absorber from being contaminated bacterium residual.
Those of ordinary skills in the art should understand that：The foregoing is only specific embodiment of the utility model and
, the utility model is not limited to, all any modifications within purport of the present utility model, made, equivalent substitution, is changed
Enter, should be included within the scope of protection of the utility model.
Claims (10)
- A kind of 1. package system of catheter type tapon, it is characterised in that including：Feed zone, the feed zone include accommodation tube feeding device, push rod feeding device and absorber feeding device；First assembling area, the first assembling area are used to accommodation tube and push rod being assembled into sleeve pipe；Second assembling area, the second assembling area are used to absorber being assembled in described sleeve pipe, the absorption portion of the absorber It is arranged in the accommodation tube, the bracing wire of the absorber runs through the push rod；Shaping area, the shaping area is used to close the openend of the accommodation tube, to hinder the absorber from the set Freely skidded off in pipe；Conveying mechanism, the conveying mechanism by the feed zone, it is described first assembling area, it is described second assembling area and it is described into Type area, the conveying mechanism are used to convey the accommodation tube, the push rod and the absorber.
- 2. the package system of catheter type tapon according to claim 1, it is characterised in thatThe first assembling area includes：First extraction mechanism and mobile rotating mechanism, first extraction mechanism are used to extract simultaneously The accommodation tube is positioned, the mobile rotating mechanism is used to extract the push rod, and is inserted into described first according to preset direction Described sleeve pipe is formed in the accommodation tube that extraction mechanism is fixed.
- 3. the package system of catheter type tapon according to claim 2, it is characterised in thatFirst extraction mechanism includes：First extractor and positioning tube, first extractor can extract the accommodation tube, And the accommodation tube is imported into the positioning tube according to the preset direction and is moved to described sleeve pipe from the positioning tube The conveying mechanism.
- 4. the package system of catheter type tapon according to claim 1, it is characterised in thatThe second assembling area includes：Detent mechanism, the second extraction mechanism and force application mechanism, the detent mechanism are used to extract simultaneously Described sleeve pipe is positioned, second extraction mechanism is used to extract and positions the absorber, the force machine according to preset direction Structure is used to the absorber being pressed into the described sleeve pipe of the detent mechanism fixation.
- 5. the package system of catheter type tapon according to claim 4, it is characterised in thatSecond extraction mechanism includes：Direction sensor, direction adjuster and second lift device, and the direction sensor is used for Being positioned against for the absorber is monitored, the direction adjuster is used to be positioned against adjusting to pre- described in the absorber If locality, second extractor is used to extract and position the absorber, and by the set equipped with the absorber Pipe is moved to the conveying mechanism from detent mechanism.
- 6. the package system of catheter type tapon according to claim 4, it is characterised in thatThe second assembling area also includes：Guiding mechanism and travel mechanism, the guiding mechanism can be with the institutes of the accommodation tube Openend connection is stated, the guiding mechanism is used to provide guide effect into the accommodation tube for the absorber；The movement Mechanism is connected or separated with the openend for moving the guiding mechanism.
- 7. the package system of the catheter type tapon according to any one of claim 1 to 6, it is characterised in thatThe shaping area includes：Heating arrangements and moulding mechanism is cooled down, the openend of the accommodation tube passes sequentially through described Heating arrangements and the moulding mechanism of cooling, to form the sealing for hindering the absorber to skid off in the openend.
- 8. the package system of the catheter type tapon according to any one of claim 1 to 6, it is characterised in thatThe package system also includes：Mechanism for monitoring, the mechanism for monitoring include being used to monitor the absorption portion with the presence or absence of scarce Sunken the first monitor, for monitoring the bracing wire with the presence or absence of the second monitor of defect and for whether monitoring the push rod 3rd monitor of existing defects.
- 9. the package system of catheter type tapon according to claim 8, it is characterised in thatThe package system also includes：Rejecting mechanism, the rejecting mechanism are connected with the mechanism for monitoring, the rejecting mechanism energy The absorption portion, the bracing wire and the push rod of existing defects are rejected in enough judgements according to the mechanism for monitoring.
- 10. the package system of the catheter type tapon according to any one of claim 1 to 6, it is characterised in thatThe package system also includes：Bagging area, the bagging area are used to form packing material outside described sleeve pipe.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621438121.5U CN207136960U (en) | 2016-12-26 | 2016-12-26 | The package system of catheter type tapon |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621438121.5U CN207136960U (en) | 2016-12-26 | 2016-12-26 | The package system of catheter type tapon |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207136960U true CN207136960U (en) | 2018-03-27 |
Family
ID=61658554
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621438121.5U Active CN207136960U (en) | 2016-12-26 | 2016-12-26 | The package system of catheter type tapon |
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| CN (1) | CN207136960U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108236543A (en) * | 2016-12-26 | 2018-07-03 | 北京想象无限科技有限公司 | The package system and assemble method of catheter type tapon |
| CN112998961A (en) * | 2019-12-19 | 2021-06-22 | 吴静茹 | Method for manufacturing traction type tampon |
-
2016
- 2016-12-26 CN CN201621438121.5U patent/CN207136960U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108236543A (en) * | 2016-12-26 | 2018-07-03 | 北京想象无限科技有限公司 | The package system and assemble method of catheter type tapon |
| CN112998961A (en) * | 2019-12-19 | 2021-06-22 | 吴静茹 | Method for manufacturing traction type tampon |
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