CN204582283U - A kind of hemostasis device - Google Patents
A kind of hemostasis device Download PDFInfo
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- CN204582283U CN204582283U CN201520249933.4U CN201520249933U CN204582283U CN 204582283 U CN204582283 U CN 204582283U CN 201520249933 U CN201520249933 U CN 201520249933U CN 204582283 U CN204582283 U CN 204582283U
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- propulsion tube
- pushing ram
- nozzle
- arranges
- styptic powder
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Abstract
The utility model discloses a kind of hemostasis device, comprise sterile bag and injecting mechanism, described injecting mechanism comprises propulsion tube, and described propulsion tube front end arranges nozzle, arranges pushing ram in described propulsion tube, described pushing ram front end arranges pushing ram head, described propulsion tube rear end arranges propulsion tube handle, and described pushing ram rear end arranges pushing ram handle, arranges styptic powder in described propulsion tube, described nozzle arranges sealing cap, and the end of described nozzle arranges leakproof thin film.Styptic powder first injects in propeller by this utility model, sealing nozzle, after sterilization treatment, adopt aseptic condition to provide, directly nozzle is pulled up during use, can effectively reduce the inconvenience in use and reduce microbiological contamination chance, and can ensure that styptic powder can not be trickled down, use more convenient, product has higher safety.
Description
Technical field
This utility model relates to technical field of medical instruments, is specifically related to a kind of hemostasis device.
Background technology
In modern hospital, a lot of diseases all needs operation to solve, the advantages such as endoscopic surgery gets a clear view because of it under this development trend, damage range is little, postoperation recovery is fast develop rapidly, but the problem no matter which kind of is performed the operation, no matter whether wrong error all must be stopped blooding in art, the method of stopping blooding in modem surgical generally has hemostasis by compression, electric coagulation hemostasis, hemostasis by ligation, and what commonly use in endoscopic surgery is electric coagulation hemostasis.Electric coagulation hemostasis can comparatively fast stop blooding to petechia, but is easily damaged to tissue, and particularly for the petechia of tissue, organ, electric coagulation hemostasis often dare not use; Hemostasis by compression is applicable to common operation, be also modal a kind of Hemostasis, but its cycle is longer in operation, may lead to hemorrhage again and cause infection, not as desirable hemostasis hands section; Hemostasis by ligation can cause postoperative hemorrhage at this because ligation is inaccurate, and danger is higher.Adopt haemostat the bolus injection such as styptic powder to be become a kind of well hemostatic fashion to bleeding part in the case, but only have infusing device in existing product, do not comprise styptic powder in its structure, styptic powder will be added in propeller before using.Because propeller aperture is less, not easily add enough styptic powders, and carry out under non-aseptic state in adding procedure, be easy to microbiological contamination occurs, increase the security risk of product, and styptic powder easily trickled down in injector, cause hemostasis powder to arrive petechia just may automatically flow out, effect is unsatisfactory.
Utility model content
Problem to be solved in the utility model is to provide a kind of hemostasis device, styptic powder injects in propeller in advance, sealing nozzle, after sterilization treatment, adopt aseptic condition to provide, directly pull up nozzle during use, can effectively reduce the inconvenience in use and reduce microbiological contamination chance, and can ensure that styptic powder can not be trickled down, use more convenient, product has higher safety.
A kind of hemostasis device, comprise sterile bag and injecting mechanism, described injecting mechanism is arranged in sterile bag, described injecting mechanism comprises propulsion tube, described propulsion tube front end arranges nozzle, in described propulsion tube, pushing ram is set, described pushing ram front end arranges pushing ram head, described propulsion tube rear end arranges propulsion tube handle, described pushing ram rear end arranges pushing ram handle, and described pushing ram handle is arranged on the outside of described propulsion tube, arranges styptic powder in described propulsion tube, described nozzle arranges sealing cap, and the end of described nozzle arranges leakproof thin film.
Further, described leakproof thin film adopts collagen protein product.
Further, in described nozzle, styptic powder is set.
Further, described nozzle and described propulsion tube arrange graduation mark.
Further, described pushing ram head adopts medical grade rubber product.
The beneficial effects of the utility model are: this utility model comprises sterile bag and injecting mechanism, described injecting mechanism is arranged in sterile bag, described injecting mechanism comprises propulsion tube, described propulsion tube front end arranges nozzle, in described propulsion tube, pushing ram is set, described pushing ram front end arranges pushing ram head, described propulsion tube rear end arranges propulsion tube hands handle, described pushing ram rear end arranges pushing ram hands handle, described pushing ram handle is arranged on the outside of described propulsion tube, in described propulsion tube, styptic powder is set, described nozzle arranges sealing cap, the end of described nozzle arranges leakproof thin film.Injecting mechanism is placed in sterile bag, antibacterial dust can be prevented the infection of injecting mechanism, styptic powder is injected in human body through pushing ram in propulsion tube, the styptic powder of this device does not need extra interpolation, after aseptically styptic powder being added propulsion tube, sealing is preserved, take out during use, the probability be infected in patient body can be reduced.Sealing cap on nozzle can, further to the styptic powder sealing in propulsion tube, prevent it to be infected.Leakproof thin film can prevent styptic powder nozzle down time be scattered, when causing use, styptic powder flows out the effect that impact uses always, increase leakproof thin film and can enforce pushing ram when nozzle arrives petechia, and then promote styptic powder, leakproof thin film ejects and just can use by styptic powder.
Described leakproof thin film adopts collagen protein product.Collagen protein is macro-molecular protein, it has good physicochemical property and excellent biology performance, be widely used in surgical sewing thread, hemostatic material, wound dressing, artificial skin, medicine controlled releasing put the field such as carrier, organizational project, thin film can be made to be absorbed by the body and without impact, do not need the problem of considering leakproof thin film to take out in human body, use convenient.
Arrange styptic powder in described nozzle, ensure that nozzle does not have gas, styptic powder just can be released by slight promotion, and gas can not be allowed to be filled into inside of human body, uses more safe and efficient.
Described nozzle and described propulsion tube arrange graduation mark, person easy to use can recognize and the amount of the styptic powder of injecting make the use of this device more regular.
Described pushing ram head adopts medical grade rubber product.Medical grade rubber is nontoxic and have chemical inertness, can not produce chemical reaction with styptic powder, ensures that the performance of styptic powder is not changed.
Styptic powder first injects in propeller by this utility model, sealing nozzle, after sterilization treatment, adopt aseptic condition to provide, directly nozzle is pulled up during use, can effectively reduce the inconvenience in use and reduce microbiological contamination chance, and can ensure that styptic powder can not be trickled down, use more convenient, product has higher safety.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, this utility model is further described:
Fig. 1 is the structural representation of this utility model hemostasis device;
Fig. 2 is the structural representation of this utility model sterile bag.
Detailed description of the invention
Embodiment one
As depicted in figs. 1 and 2: this utility model provides a kind of hemostasis device, comprise sterile bag 1 and injecting mechanism, described injecting mechanism is arranged in sterile bag 1, described injecting mechanism comprises propulsion tube 2, described propulsion tube 2 front end arranges nozzle 3, in described propulsion tube 2, pushing ram 4 is set, described pushing ram 4 front end arranges pushing ram head 5, described propulsion tube 2 rear end arranges propulsion tube handle 6, described pushing ram 4 rear end arranges pushing ram handle 7, described pushing ram handle 7 is arranged on the outside of described propulsion tube 2, in described propulsion tube 2, styptic powder 8 is set, described nozzle 3 arranges sealing cap 9, the end of described nozzle 3 arranges leakproof thin film 10.Injecting mechanism is placed in sterile bag 1, antibacterial dust can be prevented the infection of injecting mechanism, styptic powder 8 is injected in human body through pushing ram 4 in propulsion tube 2, the styptic powder 8 of this device does not need extra interpolation, preservation is sealed after aseptically styptic powder 8 being added propulsion tube 2, take out during use, the probability be infected in patient body can be reduced.Sealing cap 9 on nozzle can seal the styptic powder 8 in propulsion tube 2 further, prevents it to be infected.Leakproof thin film 10 can prevent styptic powder 8 nozzle 3 down time be scattered, when causing use, styptic powder 8 flows out the effect that impact uses always, increase leakproof thin film 10 and can enforce pushing ram 4 when nozzle 3 arrives petechia, and then promoting styptic powder 8, leakproof thin film 10 ejects and just can use by styptic powder 8.Described leakproof thin film 10 adopts collagen protein product.Collagen protein is macro-molecular protein, it has good physicochemical property and excellent biology performance, be widely used in surgical sewing thread, hemostatic material, wound dressing, artificial skin, medicine controlled releasing put the field such as carrier, organizational project, thin film can be made to be absorbed by the body and without impact, do not need the problem of considering leakproof thin film 10 to take out in human body, use convenient.
Embodiment two
As depicted in figs. 1 and 2: this utility model additionally provides a kind of hemostasis device, comprise sterile bag 1 and injecting mechanism, described injecting mechanism is arranged in sterile bag 1, described injecting mechanism comprises propulsion tube 2, described propulsion tube 2 front end arranges nozzle 3, in described propulsion tube 2, pushing ram 4 is set, described pushing ram 4 front end arranges pushing ram head 5, described propulsion tube 2 rear end arranges propulsion tube handle 6, described pushing ram 4 rear end arranges pushing ram handle 7, described pushing ram handle 7 is arranged on the outside of described propulsion tube 2, in described propulsion tube 2, styptic powder 8 is set, described nozzle 3 arranges sealing cap 9, the end of described nozzle 3 arranges leakproof thin film 10.Injecting mechanism is placed in sterile bag 1, antibacterial dust can be prevented the infection of injecting mechanism, styptic powder 8 is injected in human body through pushing ram 4 in propulsion tube 2, the styptic powder 8 of this device does not need extra interpolation, preservation is sealed after aseptically styptic powder 8 being added propulsion tube 2, take out during use, the probability be infected in patient body can be reduced.Sealing cap 9 on nozzle can seal the styptic powder 8 in propulsion tube 2 further, prevents it to be infected.Leakproof thin film 10 can prevent styptic powder 8 nozzle 3 down time be scattered, when causing use, styptic powder 8 flows out the effect that impact uses always, increase leakproof thin film 10 and can enforce pushing ram 4 when nozzle 3 arrives petechia, and then promoting styptic powder 8, leakproof thin film 10 ejects and just can use by styptic powder 8.Arrange styptic powder 8 in described nozzle 3, ensure that nozzle 3 does not have gas, styptic powder 8 just can be released by slight promotion, and gas can not be allowed to be filled into inside of human body, uses more safe and efficient.Described nozzle 3 and described propulsion tube 2 arrange graduation mark 11, person easy to use can recognize and the amount of the styptic powder 8 of injecting make the use of this device more regular.
Embodiment three
As depicted in figs. 1 and 2: this utility model additionally provides a kind of hemostasis device, comprise sterile bag 1 and injecting mechanism, described injecting mechanism is arranged in sterile bag 1, described injecting mechanism comprises propulsion tube 2, described propulsion tube 2 front end arranges nozzle 3, in described propulsion tube 2, pushing ram 4 is set, described pushing ram 4 front end arranges pushing ram head 5, described propulsion tube 2 rear end arranges propulsion tube handle 6, described pushing ram 4 rear end arranges pushing ram handle 7, described pushing ram handle 7 is arranged on the outside of described propulsion tube 2, in described propulsion tube 2, styptic powder 8 is set, described nozzle 3 arranges sealing cap 9, the end of described nozzle 3 arranges leakproof thin film 10.Injecting mechanism is placed in sterile bag 1, antibacterial dust can be prevented the infection of injecting mechanism, styptic powder 8 is injected in human body through pushing ram 4 in propulsion tube 2, the styptic powder 8 of this device does not need extra interpolation, preservation is sealed after aseptically styptic powder 8 being added propulsion tube 2, take out during use, the probability be infected in patient body can be reduced.Sealing cap 9 on nozzle can seal the styptic powder 8 in propulsion tube 2 further, prevents it to be infected.Leakproof thin film 10 can prevent styptic powder 8 nozzle 3 down time be scattered, when causing use, styptic powder 8 flows out the effect that impact uses always, increase leakproof thin film 10 and can enforce pushing ram 4 when nozzle 3 arrives petechia, and then promoting styptic powder 8, leakproof thin film 10 ejects and just can use by styptic powder 8.Described pushing ram head 5 adopts medical grade rubber product.Medical grade rubber is nontoxic and have chemical inertness, can not produce chemical reaction with styptic powder, ensures that the performance of styptic powder is not changed.
Claims (5)
1. a hemostasis device, it is characterized in that: comprise sterile bag and injecting mechanism, described injecting mechanism is arranged in sterile bag, described injecting mechanism comprises propulsion tube, described propulsion tube front end arranges nozzle, in described propulsion tube, pushing ram is set, described pushing ram front end arranges pushing ram head, described propulsion tube rear end arranges propulsion tube handle, described pushing ram rear end arranges pushing ram handle, described pushing ram handle is arranged on the outside of described propulsion tube, arranges styptic powder in described propulsion tube, and described nozzle arranges sealing cap.
2. hemostasis device as claimed in claim 1, is characterized in that: the end of described nozzle arranges leakproof thin film, and described leakproof thin film adopts collagen protein product.
3. hemostasis device as claimed in claim 1, is characterized in that: arrange styptic powder in described nozzle.
4. hemostasis device as claimed in claim 1, is characterized in that: described nozzle and described propulsion tube arrange graduation mark.
5. hemostasis device as claimed in claim 1, is characterized in that: described pushing ram head adopts medical grade rubber product.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520249933.4U CN204582283U (en) | 2015-04-23 | 2015-04-23 | A kind of hemostasis device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520249933.4U CN204582283U (en) | 2015-04-23 | 2015-04-23 | A kind of hemostasis device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204582283U true CN204582283U (en) | 2015-08-26 |
Family
ID=53918492
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520249933.4U Active CN204582283U (en) | 2015-04-23 | 2015-04-23 | A kind of hemostasis device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204582283U (en) |
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2015
- 2015-04-23 CN CN201520249933.4U patent/CN204582283U/en active Active
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C56 | Change in the name or address of the patentee | ||
| CP01 | Change in the name or title of a patent holder |
Address after: Three 473000 Nanyang Road, Henan Province Li River eco industrial park Wei Patentee after: Henan Huibo Medical Co., Ltd. Address before: Three 473000 Nanyang Road, Henan Province Li River eco industrial park Wei Patentee before: Nanyang Hui Bo Bioisystech Co., Ltd |
|
| C56 | Change in the name or address of the patentee | ||
| CP02 | Change in the address of a patent holder |
Address after: 473000 Nanyang City, Henan Province, the new energy economic and Technological Development Zone, the middle of the road in the middle of the road, ten Patentee after: Henan Huibo Medical Co., Ltd. Address before: Three 473000 Nanyang Road, Henan Province Li River eco industrial park Wei Patentee before: Henan Huibo Medical Co., Ltd. |