CN209203463U - A kind of ultrasonic development enhancing double-cavity ovum taking needle - Google Patents
A kind of ultrasonic development enhancing double-cavity ovum taking needle Download PDFInfo
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- CN209203463U CN209203463U CN201821551069.3U CN201821551069U CN209203463U CN 209203463 U CN209203463 U CN 209203463U CN 201821551069 U CN201821551069 U CN 201821551069U CN 209203463 U CN209203463 U CN 209203463U
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Abstract
The utility model discloses a kind of ultrasonic developments to enhance double-cavity ovum taking needle, including puncture needle, handle, irrigating catheter, sealed connector, conduit sleeve, negative pressure catheter, silica gel plug, vacuum pipeline and cone joint, the puncture needle includes the interior needle and outer needle being sequentially coaxially arranged from the inside to the outside, the outer needle includes needle tubing and coupled needle point, and ultrasonic development enhancing band group is provided in the outside wall surface of the needle tubing；The needle tubing uses isometrical needle tubing；The ultrasonic development enhancing band group enhances band comprising several ultrasonic developments, several ultrasonic developments enhancing band is equidistantly sequentially distributed along the axial direction of the needle tubing in the outside wall surface of the needle tubing.The ultrasonic development of the utility model enhances double-cavity ovum taking needle, makes the ultrasonic imaging of puncture needle that light and dark scale be presented, directly observes depth of needle in real time on the display screen of ultrasonic image-forming system in easily operated person's art, keep surgical procedure more accurate.
Description
Technical field
The utility model relates to a kind of ultrasonic developments to enhance double-cavity ovum taking needle, super for Issues of Human Assisted Reproductive Technologies (ART)
Acoustic imaging guides oocyte retrieval, belongs to medical instruments field.
Background technique
In the medical field, it is guided by ultrasonography, puncture needle is used to puncture to acquire body target site
Liquid, tissue, cell or importing medical fluid etc..In art, doctor is placed on ultrasonic probe to site of puncture or to site of puncture body surface, from
The raking of probe.On the display screen of imaging system, it can be seen that institutional framework, needle and needle point are worn to accurately hold
Pricker reaches target position.In the actual operation process, since puncture needle outside wall surface is smooth, it is anti-that mirror surface is generated to incident acoustic wave
It penetrates, and puncture needle and the angle of ultrasonic beam are smaller (angle of needle more tilts), can be got over by the received sound wave of ultrasonic probe
Few, puncture needle is less susceptible to develop, and can't see needle or syringe needle on the display screen of ultrasonic image-forming system, and it is fixed to greatly reduce ultrasound
The accuracy of position puncture needle.It is related to Issues of Human Assisted Reproductive Technologies (Assisted Reproductive Technology, ART) neck
Domain also generallys use ultrasonic imaging guidance and is punctured specifically in Oocyte Pickup by Vagina Puncturing.It is well known, in such hand
In art, above-mentioned puncture needle or the unsharp problem of syringe needle development are equally existed.
For the unsharp problem of puncture needle ultrasonic development, existing patent proposes solution:
Chinese patent 200580051150.4 discloses a kind of puncturing needle for ultrasound wave, is formed in the front end of needle body
There is sharp point, in the specified position of needle body, by the pit of triangular pyramid at least formed with a corner cube mirror.Even if
When the angle that the axis of the exposure pathways of ultrasonic wave and puncture needle is formed is smaller, the puncture needle that can also clearly be imaged.
Chinese patent 200610066108.6 provides a kind of puncture needle, by having the outer cylinder of the tubulose of sword head in front end
Needle and insertion are combined intracavitary interior needle in above-mentioned outer cylinder needle and are constituted；To from the sword head of above-mentioned outer cylinder needle to the region of cardinal extremity
Recessed processing is implemented in periphery, and implements coarse processing to the periphery since the front end of above-mentioned interior needle to the region of cardinal extremity.In this way,
In ultrasonic image-guided puncture, it can be seen that the distincter ultrasonic development until sword head end of puncture needle.
However, in a kind of technical solution of puncturing needle for ultrasound wave disclosed in the patent 200580051150.4, although its
The ultrasonic imaging of front end is clear, and the part ultrasonic development that remaining is not processed is unsatisfactory.In addition, for without resinous coat
Puncture needle will increase the penetration Resistance of needle using the pit of electric machining or punching press production triangular pyramid.Patent
In a kind of puncture needle disclosed in 200610066108.6, if remain cannot will for the coarse processing supplement outer cylinder needle of non-used interior needle
Ultrasonic reflections to diagnostic ultrasound equipment test section position, due to remained in the recessed processing of the periphery of outer cylinder needle plus
The smooth outer peripheral surface of work, puncture needle can be decreased obviously until the ultrasonic development effect of its sword head end.
For the puncture needle for being used to take ovum in oocyte retrieval, in the prior art, generally by the nearly needle point of puncture needle
Region carries out specially treated, such as processing groove or protrusion, and the region of the nearly needle point of puncture needle is made to have more ultrasonic waves to be popped one's head in
It receives, to enhance the ultrasonic development in the region.
United States Patent (USP) US7470249 discloses a kind of suction for taking out egg mother cell and rinses needle assemblies, in the component
Flushing needle is characterized in that: improving the ultrasonic echo of flushing needle such as impression, annular knurl by specially treated to the front end of flushing needle
Feature.
Chinese patent 201720152801.9 discloses a kind of image feedback and takes ovum needle, and the front end of stainless steel needle tubing is equipped with abdomen
Sword needle point or back abdomen twolip needle point, the stainless pin pipe surface on rear side of needle point are equipped with image and feed back area；Image feeds back area
Surface is in point shape, frosted shape or shape of threads.
Chinese patent 201220497802.4 discloses a kind of puncture of oocyte collector with ultrasonic wave positioning line
Needle comprising needle tubing is formed with needle point on the front end face of needle tubing, and ultrasonic wave identification line is formed on the front end outer wall of needle tubing, is surpassed
Sound wave identification line is made of multiple annular recess for being arranged successively and being parallel to each other along needle tubing central axes.It is specific: adjacent ring
There is certain interval between shape groove；The width of annular recess is 0.1mm~1mm；Ultrasonic wave identifies that the axial length of line is 5mm
~30mm.
What Chinese patent 201810132418.6 disclosed a kind of suitable one-handed performance takes ovum system, puncture needle in the system
Be characterized in that: the front end of the puncture needle is equipped with ultrasonic wave and identifies line；Ultrasonic wave identifies that the axial length of line is 4mm~30mm.
In the specific embodiment of the patent, ultrasonic wave identifies that line can identify that line, loop-shaped ultrasound identify line by more for loop-shaped ultrasound
Dotted groove is arranged to constitute.
It can be seen that the technology of above-mentioned patent disclosure carries out specially treated by the front end to needle mostly, such as before needle
Grooves or the protrusions such as dotted, frosted shape, shape of threads, ring-type are added in end, enhance the ultrasonic imaging of syringe needle, are promoted to a certain extent
The accuracy of puncture needle localization by ultrasonic.Although can be obtained in a kind of puncture needle disclosed in patent 200610066108.6 until
Distincter ultrasonic development until the sword head end of puncture needle, if removing coarse processing (such as puncture needle only list of interior needle
Pipe construction), merely with the recessed processing of the periphery of outer cylinder needle, will lead to until the ultrasonic development of puncture needle sword head end is not very clear
Clear, the validity of the method is lowered.
In addition, during ova harvest, especially puncture carry out when, operator generally requires sight from display screen
It moves on on puncture needle, confirms depth of needle by observing puncture needle on hand, doctor, which operates, to be inconvenient, and is also affected
The accuracy of surgical procedure.Well known, the effective length of the puncture needle of ova harvest is longer, about 30cm~35cm, even if
The puncture needle head ultrasonic imaging of prior art is clear and legible, and due to puncture needle, remaining position for not carrying out specially treated surpasses
Sound development is difficult, and doctor can not directly observe depth of needle in real time on a display screen, also reduces the accuracy of surgical procedure.
Utility model content
The purpose of the utility model is to overcome the defects of the prior art, provide a kind of ultrasonic development enhancing double-cavity ovum taking needle,
The ultrasonic imaging of puncture needle is set to be presented light and dark scale, directly in the display screen of ultrasonic image-forming system in easily operated person's art
Upper observation depth of needle in real time, keeps surgical procedure more accurate.
Realizing the technical solution of above-mentioned purpose is: a kind of ultrasonic development enhances double-cavity ovum taking needle, including puncture needle, handle,
Irrigating catheter, sealed connector, conduit sleeve, negative pressure catheter, silica gel plug, vacuum pipeline and cone joint are socketed on the puncture needle
There is protective case, the puncture needle, handle, conduit sleeve, negative pressure catheter and silica gel plug are sequentially connected, and the sealed connector passes through described
Irrigating catheter is connected with the handle, and the cone joint is connected by the vacuum pipeline with the silica gel plug；
The puncture needle includes the interior needle and outer needle being sequentially coaxially arranged from the inside to the outside, and the negative pressure catheter passes sequentially through institute
It states conduit sleeve and handle is connected to the interior needle, the irrigating catheter passes through logical between the handle and the interior needle and outer needle
Road connection；
The outer needle includes needle tubing and coupled needle point, and ultrasonic development enhancing is provided in the outside wall surface of the needle tubing
Band group；
The needle tubing uses isometrical needle tubing；
The ultrasonic development enhancing band group enhances band comprising several ultrasonic developments, several described ultrasonic developments enhance band
Axial direction along the needle tubing is equidistantly sequentially distributed in the outside wall surface of the needle tubing；
Each ultrasonic development enhancing band is made of the line style groove group being axially arranged along the needle tubing；
Line style in the line style groove group is in periodically variable curve, the axis of the curve and the needle tubing
Axis is parallel or is staggered；
The cross section of the needle tubing is divided into several areas along the radial of the needle tubing by the line style groove group.
A kind of above-mentioned ultrasonic development enhances double-cavity ovum taking needle, wherein the curve uses broken line.
A kind of above-mentioned ultrasonic development enhances double-cavity ovum taking needle, wherein the quantity of the ultrasonic development enhancing band is at least 3
It is a.
A kind of above-mentioned ultrasonic development enhances double-cavity ovum taking needle, wherein each ultrasonic development enhancing band is along the needle
The length of pipe axial direction is 10mm~60mm, the spacing per adjacent two between the ultrasonic developments enhancing band be 20mm~
100mm。
A kind of above-mentioned ultrasonic development enhances double-cavity ovum taking needle, wherein each ultrasonic development enhancing band is along the needle
The equal length of pipe axial direction is equal per the spacing between two adjacent ultrasonic development enhancing bands.
A kind of above-mentioned ultrasonic development enhances double-cavity ovum taking needle, wherein radial direction of the line style groove group along the needle tubing
The cross section of the needle tubing is divided into 3~4 areas.
A kind of above-mentioned ultrasonic development enhances double-cavity ovum taking needle, wherein the line style groove group includes that at least three line style is recessed
Slot, the width of each line style groove are no more than 600um, and depth is no more than 20um.
The ultrasonic development of the utility model enhances double-cavity ovum taking needle, due to the puncture needle of ultrasonic development enhancing double-cavity ovum taking needle
Needle tubing on be evenly distributed with it is multiple be made of line style groove group ultrasonic developments enhancing bands, on the display screen of imaging system,
Ultrasonic development enhancing band is clear zone, and enhancing spaced smooth needle tubing outside wall surface by ultrasonic development is dark space, i.e., puncture needle is super
Light and dark scale is presented in acoustic imaging, convenient for directly observed in real time on the display screen of ultrasonic image-forming system in operator's art into
Needle depth promotes the accuracy of surgical procedure.
Detailed description of the invention
Fig. 1 is that the ultrasonic development of the utility model enhances the structural schematic diagram of double-cavity ovum taking needle；
Fig. 2 is the cross-sectional view that the ultrasonic development of the utility model enhances the puncture needle of double-cavity ovum taking needle；
Fig. 3 is the outer needle shaft mapping that the ultrasonic development of the utility model enhances the puncture needle of double-cavity ovum taking needle；
Fig. 4 is the outer needle top view that the ultrasonic development of the utility model enhances the puncture needle of double-cavity ovum taking needle；
Fig. 5 is the circumference expanding map that ultrasonic development enhances band；
Fig. 6 is the enlarged drawing that ultrasonic development enhances band；
Fig. 7 be Fig. 6 in B~B to sectional view (along puncture needle axial direction)；
Fig. 8 be Fig. 6 in A~A to sectional view (along puncture needle radial direction).
Specific embodiment
In order to make those skilled in the art be better understood when the technical solution of the utility model, below with reference to attached
Its specific embodiment is described in detail in figure:
Fig. 1, Fig. 2, Fig. 3 and Fig. 4 are please referred to, a kind of ultrasonic development of the utility model enhances double-cavity ovum taking needle, including wears
Pricker 10, handle 20, irrigating catheter 30, sealed connector 40, conduit sleeve 50, negative pressure catheter 60, silica gel plug 70,80 and of vacuum pipeline
Cone joint 90 is socketed with protective case 101, puncture needle 10, handle 20, conduit sleeve 50, negative pressure catheter 60 and silicon on puncture needle 10
Rubber plug 70 is sequentially connected, and sealed connector 40 is connected by irrigating catheter 30 with handle 20, and cone joint 90 passes through vacuum pipeline 80
It is connected with silica gel plug 70.
Puncture needle 10 includes the interior needle 12 and outer needle 11 being sequentially coaxially arranged from the inside to the outside, and negative pressure catheter 60, which passes sequentially through, leads
Pipe sleeve 50 and handle 20 are connected to interior needle 12, and irrigating catheter 30 is connected by the channel 13 between handle 20 and interior needle 12 and outer needle 11
It is logical.
Outer needle 11 includes needle tubing 1 and coupled needle point 100, and ultrasonic development enhancing is provided in the outside wall surface of needle tubing 1
Band group 2；Needle tubing 1 uses isometrical needle tubing；Ultrasonic development enhancing band group 2 enhances band 3 comprising several ultrasonic developments, several ultrasounds
Development enhancing band 3 is equidistantly sequentially distributed along the axial direction of needle tubing 1 in the outside wall surface of needle tubing 1.
Referring to Fig. 5, each ultrasonic development enhancing band 3 is made of the line style groove group 4 being axially arranged along needle tubing 1；Line
Line style in type groove group 4 is in periodically variable curve, and curve is preferably sine curve 41 or broken line 42, and curve
Axis o is parallel with the axis o ' of needle tubing 1 or is staggered, and when being staggered, the axis o ' of the axis o of curve and needle tubing 1 it
Between angle be in 15 ° or 165 ° of angles.The cross section of needle tubing 1 is divided into several along the radial of needle tubing 1 by line style groove group 4
Area, i.e., radial along needle tubing 1, line style groove group 4 divides equally 360 ° of cross circular section of needle tubing 1；Line style groove group 4 uses ultrashort arteries and veins
Impulse light is process the outside wall surface of needle tubing 1.
Please refer to Fig. 6 to Fig. 8, it is well known in a kind of ultrasonic development enhancing double-cavity ovum taking needle, to acquire in oocyte retrieval
The needle length of egg mother cell can specifically determine according to requirements mostly in 30cm or so.The length of puncture needle in the present embodiment
Degree is preferably 30cm.
Fig. 3 and Fig. 4 are please referred to again, and ultrasonic development enhancing band group 2 includes that 5 ultrasonic developments enhance band 3, each ultrasonic development
Enhance the equal length axial along needle tubing 1 of band 3, Mei Gechao equal per the spacing between adjacent two ultrasonic developments enhancing band 3
Sound development enhancing band 3 is 30mm along the axial length a of needle tubing 1, between adjacent two ultrasonic developments enhancing band
It is 30mm away from b.Each ultrasonic development enhancing band 3 is made of the line style groove group 4 being axially arranged along needle tubing 1.
Fig. 7 and Fig. 8 are please referred to again, and along the radial direction of needle tubing 1, the cross section of needle tubing 1 is divided into 3 areas by line style groove group 4.
Line style groove group 4 is made of 6 line style grooves 43, i.e., each area includes two line style grooves 43, and each line style groove 43
Width is no more than 600um, and depth is no more than 20um.Preferably, the cross sectional shape of line style groove 43 is semicircle, i.e., line style is recessed
Shape of the slot 43 on the cross section of needle tubing 1 is semicircle.The width of line style groove 43 is 100um, depth 20um.
The line style groove 43 in semicircle section (width 100um, depth 20um) is used to constitute line style groove group 4, and
The cross circular section of needle tubing 1 is divided into 3 areas by setting line style groove group 4, no matter the angle of puncture needle and ultrasonic beam such as
What, can make part (the smooth needle not being processed in the ultrasonic imaging and surrounding tissue and needle tubing 1 of ultrasonic development enhancing band 3
Pipe outer wall face) significantly distinguish.Moreover, because ultrasonic development enhancing band group 2 on needle tubing 1 be not processed part it is (smooth
Needle tubing outside wall surface) light and dark state is presented in ultrasonic imaging, along with the size design of the two itself, be convenient for operator's art
In directly observe depth of needle in real time on the display screen of ultrasonic image-forming system, improve the accuracy of surgical procedure.
In conclusion the ultrasonic development of the utility model enhances double-cavity ovum taking needle, the ultrasonic imaging of puncture needle is presented bright
Scale between dark phase directly observes depth of needle on the display screen of ultrasonic image-forming system in easily operated person's art in real time, makes hand
Art operation is more accurate.
Those of ordinary skill in the art it should be appreciated that more than embodiment be intended merely to illustrate that this is practical new
Type, and be not used as the restriction to the utility model, as long as in the spirit of the utility model, to the above
Variation, the modification of embodiment will all be fallen in the Claims scope of the utility model.
Claims (7)
1. a kind of ultrasonic development enhances double-cavity ovum taking needle, which is characterized in that including puncture needle, handle, irrigating catheter, sealed connect
Head, conduit sleeve, negative pressure catheter, silica gel plug, vacuum pipeline and cone joint are socketed with protective case on the puncture needle；
The puncture needle, handle, conduit sleeve, negative pressure catheter and silica gel plug are sequentially connected, and the sealed connector passes through the flushing
Conduit is connected with the handle, and the cone joint is connected by the vacuum pipeline with the silica gel plug；
The puncture needle includes the interior needle and outer needle being sequentially coaxially arranged from the inside to the outside, and the negative pressure catheter passes sequentially through described lead
Pipe sleeve and handle are connected to the interior needle, and the irrigating catheter is connected by the channel between the handle and the interior needle and outer needle
It is logical；
The outer needle includes needle tubing and coupled needle point, and ultrasonic development enhancing band is provided in the outside wall surface of the needle tubing
Group；
The needle tubing uses isometrical needle tubing；
The ultrasonic development enhancing band group enhances band comprising several ultrasonic developments, several ultrasonic developments enhancing band is along institute
The axial direction for stating needle tubing is equidistantly sequentially distributed in the outside wall surface of the needle tubing；
Each ultrasonic development enhancing band is made of the line style groove group being axially arranged along the needle tubing；
Line style in the line style groove group is in periodically variable curve, the axis of the axis of the curve and the needle tubing
In parallel or it is staggered；
The cross section of the needle tubing is divided into several areas along the radial of the needle tubing by the line style groove group.
2. a kind of ultrasonic development according to claim 1 enhances double-cavity ovum taking needle, which is characterized in that the curve is using folding
Line.
3. a kind of ultrasonic development according to claim 1 enhances double-cavity ovum taking needle, which is characterized in that the ultrasonic development increases
The quantity of strong band is at least 3.
4. a kind of ultrasonic development according to claim 1 enhances double-cavity ovum taking needle, which is characterized in that each ultrasound is aobvious
It is 10mm~60mm that shadow, which enhances band along the length of the needle tubing axial direction, per between two adjacent ultrasonic development enhancing bands
Spacing is 20mm~100mm.
5. a kind of ultrasonic development according to claim 4 enhances double-cavity ovum taking needle, which is characterized in that each ultrasound is aobvious
Shadow enhances band along the equal length of the needle tubing axial direction, per the spacing phase between two adjacent ultrasonic development enhancing bands
Deng.
6. a kind of ultrasonic development according to claim 1 enhances double-cavity ovum taking needle, which is characterized in that the line style groove group
The cross section of the needle tubing is divided into 3~4 areas by radial along the needle tubing.
7. a kind of ultrasonic development according to claim 1 or 6 enhances double-cavity ovum taking needle, which is characterized in that the line style is recessed
Slot group includes at least three line style groove, and the width of each line style groove is no more than 600um, and depth is no more than 20um.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821551069.3U CN209203463U (en) | 2018-09-21 | 2018-09-21 | A kind of ultrasonic development enhancing double-cavity ovum taking needle |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821551069.3U CN209203463U (en) | 2018-09-21 | 2018-09-21 | A kind of ultrasonic development enhancing double-cavity ovum taking needle |
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| Publication Number | Publication Date |
|---|---|
| CN209203463U true CN209203463U (en) | 2019-08-06 |
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|---|---|---|---|
| CN201821551069.3U Active CN209203463U (en) | 2018-09-21 | 2018-09-21 | A kind of ultrasonic development enhancing double-cavity ovum taking needle |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111529024A (en) * | 2020-05-11 | 2020-08-14 | 上海交通大学医学院附属瑞金医院 | Double-cavity ovum taking needle with information transmission device |
-
2018
- 2018-09-21 CN CN201821551069.3U patent/CN209203463U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111529024A (en) * | 2020-05-11 | 2020-08-14 | 上海交通大学医学院附属瑞金医院 | Double-cavity ovum taking needle with information transmission device |
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