CN205145299U - Aseptic speed limit syringe of disposable - Google Patents
Aseptic speed limit syringe of disposable Download PDFInfo
- Publication number
- CN205145299U CN205145299U CN201520701251.2U CN201520701251U CN205145299U CN 205145299 U CN205145299 U CN 205145299U CN 201520701251 U CN201520701251 U CN 201520701251U CN 205145299 U CN205145299 U CN 205145299U
- Authority
- CN
- China
- Prior art keywords
- syringe
- speed limit
- shell fragment
- aseptic
- limit shell
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Infusion, Injection, And Reservoir Apparatuses (AREA)
Abstract
The utility model discloses an aseptic speed limit syringe of disposable, including the cylinder with set up in the speed limit shell fragment of cylinder bottom inner wall, wherein, the center of speed limit shell fragment when the injection to the export of cylinder is crooked, and reagent is followed the inner wall of cylinder with gap between the speed limit shell fragment is flow through, reaches when predetermineeing speed in injection speed, the central shutoff of speed limit shell fragment the export of cylinder. Aseptic speed limit syringe of disposable, through the lateral wall of cylinder sets up the speed limit shell fragment, the center of speed limit shell fragment when the injection to the export of cylinder is crooked, and injection speed is big more, the crooked degree at the center of speed limit shell fragment is big more, reaches when predetermineeing speed in injection speed, the central shutoff of speed limit shell fragment the export of cylinder prevents reagent to continue to follow the export of cylinder is flowed, reaches the mesh of speed limit for injection process can become meticulousr.
Description
Technical field
This utility model relates to medical instruments field, particularly relates to the aseptic speed limit syringe of a kind of disposable practicality.
Background technology
Along with the development of medical industry technology and equipment, healthcare givers is more and more higher to the hygienic requirements of medical apparatus and instruments, performance accuracy and application efficiency.Syringe occupies critical positions in whole medical apparatus and instruments, and the disposable sterilized syringe of different size is because of its safety and sanitation, easy to use and be used widely in the market.
Meticulous curative activity is if orthopedic medical personnel are when using disposable syringe injection fillers agent, not only need to control injected dose, more emphasize the speed (dynamics) of injecting, the instant pressure as injection fillers agent during reconstruction eye pouch can not more than 35mmHg.Although electronic transfusion auxiliary device can reach quantitatively, at the uniform velocity effect, the advantage of high efficiency that disposable syringe uses and healthcare givers's accurate operation can not be reached at present.The putter design of disposable syringe is become helicitic texture by possessor to the greatest extent, still can not meet the assurance to injector to inject speed (dynamics).In addition, disposable sterilized syringe use after as hospital refuse process, can not should reuse according to medical st atute, and how to reduce processing cost and burden be also the problem that need solve at present.
Utility model content
The purpose of this utility model is to provide the aseptic speed limit syringe of a kind of single use, can limit injection speed, makes injection process can become meticulousr.
For solving the problems of the technologies described above, this utility model embodiment provides the aseptic speed limit syringe of a kind of single use, comprise syringe and the speed limit shell fragment being arranged at described syringe bottom interior wall, wherein, the center of described speed limit shell fragment when injecting to the exit bend of described syringe, reagent flows through from the gap between the inwall and described speed limit shell fragment of described syringe, when injection speed reaches pre-set velocity, and the outlet of syringe described in the center shutoff of described speed limit shell fragment.
Wherein, described speed limit shell fragment has multiple termination, and described termination is arranged on the medial wall of described syringe, and the outside that adjacent described termination is formed is to the arc of center curvature.
Wherein, described speed limit shell fragment has four terminations.
Wherein, the pressure transducer being arranged at push rod is also comprised.
Wherein, also comprise the display unit be arranged on described push rod, for showing the force value of shown pressure transducer, or for showing injection speed.
Wherein, also comprise the syringe bolt being arranged at shown syringe outer wall, for by affixed for the sidewall of described speed limit shell fragment and described syringe.
The aseptic speed limit syringe of a kind of single use, comprise syringe and the speed limit shell fragment being arranged at described syringe bottom interior wall, wherein, described speed limit shell fragment has the fin of the shown syringe exit bend dorsad when not injecting, and the remainder of described fin and described speed limit shell fragment forms perforate, and reagent flows through from described perforate, when injecting, described fin to the exit bend of described syringe, when injection speed reaches pre-set velocity, perforate described in described fin shutoff.
Wherein, the multiple described fin of described speed limit shell fragment.
Wherein, the pressure transducer being arranged at push rod is also comprised.
Wherein, also comprise the display unit be arranged on described push rod, for showing the force value of shown pressure transducer, or for showing injection speed.
The aseptic speed limit syringe of the single use that this utility model embodiment provides, compared with prior art, has the following advantages:
The aseptic speed limit syringe of the single use that this utility model embodiment provides, comprise syringe and the speed limit shell fragment being arranged at described syringe bottom interior wall, wherein, the center of described speed limit shell fragment when injecting to the exit bend of described syringe, reagent flows through from the gap between the inwall and described speed limit shell fragment of described syringe, when injection speed reaches pre-set velocity, the outlet of syringe described in the center shutoff of described speed limit shell fragment.
The aseptic speed limit syringe of described single use, by arranging speed limit shell fragment at the sidewall of described syringe, the center of described speed limit shell fragment when injecting to the exit bend of described syringe, injection speed is larger, the degree of crook at the center of described speed limit shell fragment is larger, when injection speed reaches pre-set velocity, the outlet of syringe described in the center shutoff of described speed limit shell fragment, reagent is stoped to continue to flow out from the outlet of described syringe, reach the object of speed limit, make injection process can become meticulousr, structure is simple, low cost of manufacture.
The aseptic speed limit syringe of the another kind of single use that this utility model embodiment provides, comprise syringe and the speed limit shell fragment being arranged at described syringe bottom interior wall, wherein, described speed limit shell fragment has the fin of the shown syringe exit bend dorsad when not injecting, the remainder of described fin and described speed limit shell fragment forms perforate, reagent flows through from described perforate, when injecting, described fin is to the exit bend of described syringe, when injection speed reaches pre-set velocity, perforate described in described fin shutoff.
The aseptic speed limit syringe of described single use, by when injecting, the fin being arranged at the speed limit shell fragment of described syringe inwall bends to the Way out of described syringe, the area of the perforate that the remainder reducing described fin and described speed limit shell fragment is formed, thus reaches the object of speed limit, when reaching pre-set velocity at injection speed, perforate described in described fin shutoff, reaches the requirement of safety injection, thus makes syringe reach the object of accurate injection, structure is simple, low cost of manufacture.
In sum, the aseptic speed limit syringe of the single use that this utility model embodiment provides, reaches restriction to injection speed by arranging speed limit shell fragment at the inwall of described syringe, makes syringe reach the object of accurate injection, structure is simple, low cost of manufacture.
Accompanying drawing explanation
In order to be illustrated more clearly in this utility model embodiment or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is embodiments more of the present utility model, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
The structural representation of the aseptic speed limit syringe of single use that Fig. 1 provides for this utility model embodiment;
The top view schematic diagram of the speed limit shell fragment of the aseptic speed limit syringe of single use that Fig. 2 provides for this utility model embodiment;
The side view schematic diagram of the speed limit shell fragment of the aseptic speed limit syringe of another kind of single use that Fig. 3 provides for this utility model embodiment;
The structural representation of the aseptic speed limit syringe of the another kind of single use that Fig. 4 this utility model embodiment provides.
Detailed description of the invention
Just as described in the background section, meticulous curative activity of the prior art needs to control injected dose, more emphasize the speed (dynamics) of injecting, although electronic transfusion auxiliary device can reach quantitatively, at the uniform velocity effect, the advantage of high efficiency that disposable syringe uses and healthcare givers's accurate operation can not be reached at present.The putter design of disposable syringe is become helicitic texture by possessor to the greatest extent, still can not meet the assurance to injector to inject speed (dynamics).In addition, disposable sterilized syringe use after as hospital refuse process, can not should reuse according to medical st atute, and how to reduce processing cost and burden be also the problem that need solve at present.
Based on this, this utility model embodiment provides the aseptic speed limit syringe of single use that this utility model embodiment provides, comprise syringe and the speed limit shell fragment being arranged at described syringe bottom interior wall, wherein, the center of described speed limit shell fragment when injecting to the exit bend of described syringe, reagent flows through from the gap between the inwall and described speed limit shell fragment of described syringe, when injection speed reaches pre-set velocity, and the outlet of syringe described in the center shutoff of described speed limit shell fragment.
The aseptic speed limit syringe of the another kind of single use that this utility model embodiment provides, comprise syringe and the speed limit shell fragment being arranged at described syringe bottom interior wall, wherein, described speed limit shell fragment has the fin of the shown syringe exit bend dorsad when not injecting, the remainder of described fin and described speed limit shell fragment forms perforate, reagent flows through from described perforate, when injecting, described fin is to the exit bend of described syringe, when injection speed reaches pre-set velocity, perforate described in described fin shutoff.
In sum, the aseptic speed limit syringe of the single use that this utility model embodiment provides, by arranging speed limit shell fragment at the sidewall of described syringe, the center of described speed limit shell fragment when injecting to the exit bend of described syringe, injection speed is larger, the degree of crook at the center of described speed limit shell fragment is larger, when injection speed reaches pre-set velocity, the outlet of syringe described in the center shutoff of described speed limit shell fragment, reagent is stoped to continue to flow out from the outlet of described syringe, reach the object of speed limit, make injection process can become meticulousr, structure is simple, low cost of manufacture, the aseptic speed limit syringe of the another kind of single use that this utility model embodiment provides, by when injecting, the fin being arranged at the speed limit shell fragment of described syringe inwall is bending to the Way out of described syringe, the area of the perforate that the remainder reducing described fin and described speed limit shell fragment is formed, thus reach the object of speed limit, when reaching pre-set velocity at injection speed, perforate described in described fin shutoff, reach the requirement of safety injection, thus make syringe reach the object of accurate injection, structure is simple, low cost of manufacture.
For enabling above-mentioned purpose of the present utility model, feature and advantage more become apparent, and are described in detail detailed description of the invention of the present utility model below in conjunction with accompanying drawing.
Set forth detail in the following description so that fully understand this utility model.But this utility model can be different from alternate manner described here to implement with multiple, those skilled in the art can when doing similar popularization without prejudice to when this utility model intension.Therefore this utility model is not by the restriction of following public concrete enforcement.
Please refer to Fig. 1 and 2, the structural representation of the aseptic speed limit syringe of single use that Fig. 1 provides for this utility model embodiment; The top view schematic diagram of the speed limit shell fragment of the aseptic speed limit syringe of single use that Fig. 2 provides for this utility model embodiment.
In the concrete mode of one, the aseptic speed limit syringe of described single use, comprise syringe 12 and the speed limit shell fragment 11 being arranged at described syringe 12 bottom interior wall, wherein, the center of described speed limit shell fragment 11 when injecting to the exit bend of described syringe 12, reagent flows through from the gap between the inwall and described speed limit shell fragment 11 of described syringe 12, when injection speed reaches pre-set velocity, and the outlet of syringe 12 described in the center shutoff of described speed limit shell fragment 11.
It should be noted that, this utility model is not specifically limited the material of described speed limit shell fragment 11, shape and coefficient of elasticity, suitable speed limit shell fragment 11 should be required according to the injection of reality, but due to when accurate injection, pressure in syringe 12 is general less, the speed limit shell fragment 11 that therefore large more options coefficient of elasticity is larger.
The aseptic speed limit syringe of described single use, by arranging speed limit shell fragment 11 at the sidewall of described syringe 12, the center of described speed limit shell fragment 11 when injecting to the exit bend of described syringe 12, injection speed is larger, the degree of crook at the center of described speed limit shell fragment 11 is larger, when injection speed reaches pre-set velocity, and the outlet of syringe 12 described in the center shutoff of described speed limit shell fragment 11, stop reagent to continue to flow out from the outlet of described syringe 12, reach the object of speed limit.
Because reagent flows through between described speed limit shell fragment 11 and the sidewall of described syringe 12, the periphery of described speed limit shell fragment 11 only some and described syringe 12 is affixed, wherein, described speed limit shell fragment 11 has multiple termination, described termination is arranged on the medial wall of described syringe 12, and the outside that adjacent described termination is formed is to the arc of center curvature.
Several termination of described speed limit shell fragment 11 and the inwall of described syringe 12 affixed, the termination of this utility model to described speed limit shell fragment 11 is not specifically limited, and described termination can be circular arc, also can be square, also can be other shape.The fixed relationship of the termination of described speed limit shell fragment 11 and the inwall of described syringe 12, it can be the inwall being close to described syringe 12, as with glue or high temperature bond as described in the inwall of syringe 12, also can be that through hole is set on the inwall of described syringe 12, the termination of described speed limit shell fragment 11 is stretched out outside described through hole, by other parts by affixed for the outer wall of the end portion and described syringe 12 that stretch out described through hole outside.
Wherein, the quantity of the termination of described speed limit shell fragment 11 can be one, also can be multiple, but when only having a termination, affixed reliability is difficult to ensure, and the center of described speed limit shell fragment 11 is when bending, the direction of motion is no longer the Way out directly to syringe 12, but move along camber line, when injection speed reaches predetermined value, likely bad to the plugging effect of the outlet of syringe 12.So general selection arranges multiple, be excellent with four, namely described speed limit shell fragment 11 has four terminations.It is too much that the termination of described speed limit shell fragment 11 is arranged, the affixed reliability of the termination of described speed limit shell fragment 11 and the inwall of described syringe 12 is likely made to be difficult to ensure card, and affixed technique will become complicated, raise manufacturing cost, also likely reduce the structural strength of the syringe 12 of syringe, the actual effect of speed limit is not too obvious compared with only having the situation of three or four terminations.
The described speed limit shell fragment 11 of general selection there are three terminations or four terminations, it is very limited that the process costs of described like this single use aseptic speed limit syringe increases, it is little that the structural strength of described syringe 12 declines, and also can meet the demands to the restriction of injection speed.
In a kind of special case, speed limit shell fragment 11 is connected directly between in syringe 12, push rod 13 is installed after caulking gum piston 14 and is inserted in syringe 12, and when not drawing reagent, speed limit shell fragment 11 4 limit arc is relative with syringe 12 inwall thus form four narrower oval gaps; Draw reagent time reagent the oval gap by speed limit shell fragment 11 surrounding is entered syringe 12, and due to shell fragment coefficient of elasticity good, the concave surface relative with bottom syringe 12 by formation one; Because thrust shell fragment is by concave surface in the same way bottom formation one and syringe 12 during injection reagent, if thrust is excessive, concave surface drift angle diminishes, the degree of depth increases, and directly can block syringe 12 internal orifice, stops reagent to continue injection and goes out, thus reach the object of speed limit, thus accurate injection can be carried out.
For the inwall of the termination and described syringe 12 of strengthening described speed limit shell fragment 11 further, described single use aseptic speed limit syringe also comprises the syringe bolt 15 being arranged at shown syringe 12 outer wall, for described speed limit shell fragment 11 is affixed with the sidewall of described syringe 12.
Described syringe bolt 15 can be located at inwall or the outer wall of described syringe 12 according to demand.It can be the inwall affixed (paste or press) of described syringe bolt 15 and described syringe 12, termination and the described syringe bolt 15 of described speed limit shell fragment 11 are affixed, also can be that the termination of described speed limit shell fragment 11 is stretched out by the through hole of the sidewall of described syringe 12, the partial fixing of through hole is stretched out on the outer wall of described syringe 12 in the termination of described speed limit shell fragment 11 by described syringe bolt 15, and namely described syringe bolt 15 is arranged at the outer wall of described syringe 12.
Further, in order to obtain injection speed more accurately, the aseptic speed limit syringe of described single use also comprises the pressure transducer being arranged at push rod 13.By the pressure of inductive operation personnel to push rod 13, with comparing of predetermined value, carry out appropriateness and strengthen or reduce injection speed, thus realize accurate injection.
It should be noted that, described pressure transducer can be the mode by pointed scale, obtain force value, can be carry out electronical display, directly demonstrate current force value with display screen, also can preset force value, it is poor to compare with actual pressure value and scheduled pressure value, the difference compared shown, staff only needs the numeral adjusting to display to be 0, even if the injection speed needed.
Another kind of mode does not show force value, direct display injection speed value, namely described single use aseptic speed limit syringe also comprises the display unit be arranged on described push rod 13, for showing the force value of shown pressure transducer, or for showing injection speed.Direct display injection speed, just without the need to converting, simple and clear.
It should be noted that, this utility model is not specifically limited the display precision of above-mentioned force value and the display precision of injection speed, needs to set according to the injection precision of reality.
In addition, this utility model embodiment still provides the aseptic speed limit syringe of another single use, as shown in Figure 3 and Figure 4, the side view schematic diagram of the speed limit shell fragment of the aseptic speed limit syringe of another kind of single use that provides for this utility model embodiment of Fig. 3; The structural representation of the aseptic speed limit syringe of the another kind of single use that Fig. 4 this utility model embodiment provides.
Described single use aseptic speed limit syringe comprises syringe 22 and is arranged at the speed limit shell fragment 21 of described syringe 22 bottom interior wall, wherein, described speed limit shell fragment 21 has the fin 212 of shown syringe 22 exit bend dorsad when not injecting, described fin 212 forms perforate 211 with the remainder of described speed limit shell fragment 21, reagent flows through from described perforate 211, when injecting, described fin 212 is to the exit bend of described syringe 22, when injection speed reaches pre-set velocity, perforate 211 described in the shutoff of described fin 212.
Speed limit shell fragment 21 is directly fixed in described syringe 22, and push rod 23 inserts in syringe 22 after being arranged on caulking gum piston 24.
By when injecting, the fin 212 being arranged at the speed limit shell fragment 21 of described syringe 22 inwall is bending to the Way out of described syringe 22, reduce the area of the perforate 211 that described fin 212 is formed with the remainder of described speed limit shell fragment 21, thus reach the object of speed limit, and when reaching pre-set velocity at injection speed, perforate 211 described in the shutoff of described fin 212, reach the requirement of safety injection, thus making syringe reach the object of accurate injection, structure is simple, low cost of manufacture.
It should be noted that, this utility model is not specifically limited the material of described speed limit shell fragment 21, shape and coefficient of elasticity, suitable speed limit shell fragment 21 should be required according to the injection of reality, but due to when accurate injection, pressure in syringe 22 is general less, the speed limit shell fragment 21 that therefore large more options coefficient of elasticity is larger.
Concrete restriction is not walked to the shape of described fin 212 and the area of described perforate 211, the perforate 211 of suitable size should be selected according to the speed limit degree of reality.
And on described speed limit shell fragment 21, can be the speed limit shell fragment 21 with a fin 212, also can be the speed limit shell fragment 21 with multiple fin 212, i.e. described speed limit shell fragment more than 21 described fins 212.
For strengthening the inwall of described speed limit shell fragment 21 and described syringe 22 further, described single use aseptic speed limit syringe also comprises the syringe bolt 25 being arranged at shown syringe 22 outer wall, for by affixed with the sidewall of described syringe 22 for described speed limit shell fragment 21.
Described syringe bolt 25 can be located at inwall or the outer wall of described syringe 22 according to demand.It can be the inwall affixed (paste or press) of described syringe bolt 25 and described syringe 22, described speed limit shell fragment 21 affixed with described syringe bolt 25, also can be that the part of described speed limit shell fragment 21 is stretched out by the through hole of the sidewall of described syringe 22, described syringe bolt 25 is by the partial fixing stretching out through hole of described speed limit shell fragment 21 on the outer wall of described syringe 22, and namely described syringe bolt 25 is arranged at the outer wall of described syringe 22.
Further, in order to obtain injection speed more accurately, the aseptic speed limit syringe of described single use also comprises the pressure transducer being arranged at push rod 23.By the pressure of inductive operation personnel to push rod 23, with comparing of predetermined value, carry out appropriateness and strengthen or reduce injection speed, thus realize accurate injection.
It should be noted that, described pressure transducer can be the mode by pointed scale, obtain force value, can be carry out electronical display, directly demonstrate current force value with display screen, also can preset force value, it is poor to compare with actual pressure value and scheduled pressure value, the difference compared shown, staff only needs the numeral adjusting to display to be 0, even if the injection speed needed.
Another kind of mode does not show force value, direct display injection speed value, namely described single use aseptic speed limit syringe also comprises the display unit be arranged on described push rod 23, for showing the force value of shown pressure transducer, or for showing injection speed.Direct display injection speed, just without the need to converting, simple and clear.
It should be noted that, this utility model is not specifically limited the display precision of above-mentioned force value and the display precision of injection speed, needs to set according to the injection precision of reality.
In sum, the aseptic speed limit syringe of the single use that this utility model embodiment provides, by arranging speed limit shell fragment at the sidewall of described syringe, the center of described speed limit shell fragment when injecting to the exit bend of described syringe, injection speed is larger, the degree of crook at the center of described speed limit shell fragment is larger, when injection speed reaches pre-set velocity, the outlet of syringe described in the center shutoff of described speed limit shell fragment, reagent is stoped to continue to flow out from the outlet of described syringe, reach the object of speed limit, make injection process can become meticulousr, structure is simple, low cost of manufacture, the aseptic speed limit syringe of the another kind of single use that this utility model embodiment provides, by when injecting, the fin being arranged at the speed limit shell fragment of described syringe inwall is bending to the Way out of described syringe, the area of the perforate that the remainder reducing described fin and described speed limit shell fragment is formed, thus reach the object of speed limit, when reaching pre-set velocity at injection speed, perforate described in described fin shutoff, reach the requirement of safety injection, thus make syringe reach the object of accurate injection, structure is simple, low cost of manufacture.
Above the aseptic speed limit syringe of single use provided by the utility model is described in detail.Apply specific case herein to set forth principle of the present utility model and embodiment, the explanation of above embodiment just understands device of the present utility model and core concept thereof for helping.Should be understood that; for those skilled in the art; under the prerequisite not departing from this utility model principle, can also carry out some improvement and modification to this utility model, these improve and modify and also fall in the protection domain of this utility model claim.
Claims (10)
1. the aseptic speed limit syringe of single use, it is characterized in that, comprise syringe and the speed limit shell fragment being arranged at described syringe bottom interior wall, wherein, the center of described speed limit shell fragment when injecting to the exit bend of described syringe, reagent flows through from the gap between the inwall and described speed limit shell fragment of described syringe, when injection speed reaches pre-set velocity, and the outlet of syringe described in the center shutoff of described speed limit shell fragment.
2. the aseptic speed limit syringe of single use as claimed in claim 1, it is characterized in that, described speed limit shell fragment has multiple termination, and described termination is arranged on the medial wall of described syringe, and the outside that adjacent described termination is formed is to the arc of center curvature.
3. the aseptic speed limit syringe of single use as claimed in claim 2, it is characterized in that, described speed limit shell fragment has four terminations.
4. the aseptic speed limit syringe of single use as claimed in claim 1, is characterized in that, also comprise the pressure transducer being arranged at push rod.
5. the aseptic speed limit syringe of single use as claimed in claim 4, is characterized in that, also comprise the display unit be arranged on described push rod, for showing the force value of shown pressure transducer, or for showing injection speed.
6. the aseptic speed limit syringe of single use as claimed in claim 1, is characterized in that, also comprise the syringe bolt being arranged at shown syringe outer wall, for by affixed for the sidewall of described speed limit shell fragment and described syringe.
7. the aseptic speed limit syringe of single use, it is characterized in that, comprise syringe and the speed limit shell fragment being arranged at described syringe bottom interior wall, wherein, described speed limit shell fragment has the fin of the shown syringe exit bend dorsad when not injecting, the remainder of described fin and described speed limit shell fragment forms perforate, reagent flows through from described perforate, and when injecting, described fin is to the exit bend of described syringe, when injection speed reaches pre-set velocity, perforate described in described fin shutoff.
8. the aseptic speed limit syringe of single use as claimed in claim 7, is characterized in that, the multiple described fin of described speed limit shell fragment.
9. the aseptic speed limit syringe of single use as claimed in claim 7, is characterized in that, also comprise the pressure transducer being arranged at push rod.
10. the aseptic speed limit syringe of single use as claimed in claim 9, is characterized in that, also comprise the display unit be arranged on described push rod, for showing the force value of shown pressure transducer, or for showing injection speed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520701251.2U CN205145299U (en) | 2015-09-10 | 2015-09-10 | Aseptic speed limit syringe of disposable |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520701251.2U CN205145299U (en) | 2015-09-10 | 2015-09-10 | Aseptic speed limit syringe of disposable |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205145299U true CN205145299U (en) | 2016-04-13 |
Family
ID=55681045
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520701251.2U Active CN205145299U (en) | 2015-09-10 | 2015-09-10 | Aseptic speed limit syringe of disposable |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205145299U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109843360A (en) * | 2016-08-17 | 2019-06-04 | 尼莎·沙惠尼 | Inject monitoring device and system |
-
2015
- 2015-09-10 CN CN201520701251.2U patent/CN205145299U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109843360A (en) * | 2016-08-17 | 2019-06-04 | 尼莎·沙惠尼 | Inject monitoring device and system |
| US11752274B2 (en) | 2016-08-17 | 2023-09-12 | Sawhney Nisha | Injection monitoring device and system |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN205145299U (en) | Aseptic speed limit syringe of disposable | |
| CN204092727U (en) | Transfusion screens device | |
| CN207837872U (en) | A kind of remaining medicine draw-out device | |
| CN107736914B (en) | Accurate positioner for upper jaw movement | |
| CN205599440U (en) | Point plastic pin and point gum machine | |
| CN202235648U (en) | Fixing steel plate for three-dimensional anatomic posterior wall acetabular fracture | |
| CN206621448U (en) | A kind of animal and veterinary fixing device of having an injection | |
| CN205073415U (en) | Injector | |
| CN208492954U (en) | A kind of Internal Medicine-Oncology drug delivery device | |
| CN107061452A (en) | A kind of rapid T-shaped groove assembling structure | |
| CN203852594U (en) | Novel transfusion bag connector | |
| CN203208168U (en) | Special anal venting plug for puerperae | |
| CN202654311U (en) | Plaster with magnet therapy effect | |
| CN103062562B (en) | A kind of plastic pipe structure | |
| CN204618364U (en) | A kind of nearly interphalangeal joint merges alignment device | |
| CN204844628U (en) | A square frame structure for silicone mould | |
| CN202859788U (en) | Flow quantity regulator | |
| CN203139108U (en) | Liquid medicine packing bottle capable of quantifying on large dose | |
| CN204932532U (en) | A kind of modified form anesthetic needle | |
| CN205731291U (en) | A kind of allotter of band scalable drain pipe | |
| CN205108388U (en) | Syrup medicament recorder jar | |
| CN202113467U (en) | Novel surgical drainage catheter | |
| CN206836976U (en) | Silicone rubber impression material injection through root canal head | |
| CN203019574U (en) | Mold core structure with plastic elbow for elbow loose core | |
| CN201290949Y (en) | Injection needle for prevention and immunity |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |