CN206252535U

CN206252535U - A kind of artificial insemination rod

Info

Publication number: CN206252535U
Application number: CN201621015794.XU
Authority: CN
Inventors: 张春成; 谢志谋; 张华东
Original assignee: Shaanxi Clean Pharmaceutical Biological Co Ltd
Current assignee: Shaanxi Clean Pharmaceutical Biological Co Ltd
Priority date: 2016-08-30
Filing date: 2016-08-30
Publication date: 2017-06-16
Anticipated expiration: 2026-08-30

Abstract

The utility model discloses a kind of artificial insemination rod, including the collection essence container for accommodating seminal fluid, for the housing for simulating penis profile and the inner core being arranged in housing, shell one end is provided with two flaps for driving housing to enter introitus, the positioner for fixed set essence container is provided between two flaps, inner core is provided with for driving inner core to be slided relative to housing so that two flaps handle for opening or closing away from one end of flap, it is connected with inner core for launching positioner when two flaps open so as to collect catapult-launching gear of the smart container adsorption in opening of the cervix, the ejection trigger mechanism for triggered ejection device is provided with housing.The artificial insemination rod is operated without specialist, can smoothly complete between husband and wife, because the seminal fluid that the artificial insemination rod will can be collected is fed directly to opening of the cervix, sperm is avoided to be killed when intravaginal is travelling, so as to effectively increase the survival rate of sperm, pregnant success rate is substantially increased.

Description

A kind of artificial insemination rod

Technical field

The utility model belongs to artificial insemination technical field of medical instruments, is specifically related to a kind of artificial insemination rod.

Background technology

At present, because men and women's physiological barrier causes the clinical patients that women cannot be made to be pregnant more and more, then, manually award Essence cannot be pregnant naturally as a kind of auxiliary procreation technology for solving women, improve the pregnancy probability of women.

When artificial insemination is carried out, first, detailed gynecologial examination need to be done to the SF for receiving artificial insemination, checked Whether interior external genital organs is normal, whether whether good, bilateral salpingo is unobstructed etc. for endometrial biopsy glandular secretion, if these are all Normally, just possesses the condition for receiving artificial insemination.Then need to estimate ovulation day, to select optimal time of insemination.It is conventional The method of estimation ovulation day include determining basal body temperature, cervical mucus (typically preovulatory 4-5 days occur), or close to ovulating Day METHOD FOR CONTINUOUS DETERMINATION urinates the peak value of lutropin, or continuous transvaginal sonography ripple is checked etc..

Before the onset of ovulation is estimated on the wife's side, give smart person or husband and take out seminal fluid through masturbation, seminal fluid need to be chemically examined, if result Display seminal fluid density and mobility are normal, after after its semen liquefaction, seminal fluid are injected into vagina, cervix week with syringe or conduit Enclose and canal of uterine cervix in.The wife's side is lain up 2-3 hours makes seminal fluid to discharge.Every women can enter in a menstrual cycle 3 artificial insemination of row, i.e., 3 days before ovulation day start, if calculating by the hour, i.e., 72 hours, 24 hours and row before ovulation day Respectively carry out once within 24 hours after ovum, if failing to become pregnant in a menstrual cycle, can continuously do several cycles.If necessary can medication Thing induced ovulation and adjust the onset of ovulation, to improve pregnancy rate.The success or failure for judging artificial insemination are boundary typically with 12 cycles.

But, it is necessary to specialty when using syringe or conduit, seminal fluid is injected around vagina, cervix and in canal of uterine cervix Doctor operated, operation difficulty is big, and because introitus and opening of the cervix have a certain distance, it is impossible to guarantee seminal fluid Opening of the cervix is delivered to, so as to substantially reduce pregnancy chance.

Utility model content

The purpose of this utility model is to overcome above-mentioned deficiency of the prior art, there is provided a kind of artificial insemination rod.The people Work insemination rod operates more convenient, is operated without specialist, can smoothly complete between husband and wife, because this is artificial The insemination seminal fluid that will can be collected of rod is fed directly to opening of the cervix, it is to avoid sperm is killed when intravaginal is travelling, so that The survival rate of sperm is effectively increased, pregnant success rate is substantially increased.

To achieve the above object, the technical solution adopted in the utility model is：A kind of artificial insemination rod, it is characterised in that： Including the inner core for accommodating the collection of seminal fluid smart container, the housing for simulating penis profile and be arranged in the housing, institute The one end for stating housing is provided with for driving housing into two flaps of introitus, the collection essence container to be arranged on described in two Between flap, be additionally provided with the positioner for fixing the smart container of collection between two flaps, the inner core away from One end of the flap is provided with for driving the inner core to be slided relative to housing so that the drawing opening or close of two flaps Hand, is connected with the inner core for launching the positioner when two flaps open so that collection essence container is inhaled The catapult-launching gear of opening of the cervix is attached to, the ejection trigger mechanism for triggering the catapult-launching gear is provided with the housing.

A kind of above-mentioned artificial insemination rod, it is characterised in that：The catapult-launching gear includes ejection head, ejection-spring and is located at Drawstring in the ejection-spring, the ejection head and ejection-spring are arranged in the positioner, and the one of the drawstring End is connected with ejection head, and the other end of the drawstring drives ejection head to be articulated on the inner core after compressing the ejection-spring, Hanging joint of the drawstring on the inner core is corresponding with the position of the ejection trigger mechanism.

A kind of above-mentioned artificial insemination rod, it is characterised in that：The ejection trigger mechanism includes elastic frame, ejection triggering Button and the driving shell fragment for making the hanging joint of drawstring be come off from the inner core under the drive of the ejection trigger button, the bullet Penetrate trigger button to be arranged in the elastic frame, the driving shell fragment is arranged on the inner core, and the elastic frame is located at Between the housing and the inner core, the opening stretched out for the ejection trigger button, the elasticity are offered on the housing It is provided with frame for guiding the inner core relative to the side guide rod that housing is slided.

A kind of above-mentioned artificial insemination rod, it is characterised in that：The inner core includes core bar and connecting rod, one end of the connecting rod It is connected with the positioner, the other end of the connecting rod inserts the core bar, and the connecting rod inserts one end of the core bar Be provided with the mounting fixing part for mounting the drawstring hanging joint, offered on the connecting rod for by the drawstring guide to The guiding groove of the mounting fixing part, the driving shell fragment is arranged on the core bar.

A kind of above-mentioned artificial insemination rod, it is characterised in that：Be provided with the core bar for housing on baffle plate phase Coordinate to limit the retaining plate of the sliding distance when inner core slides in and out relative to housing, use is additionally provided with the core bar In limiting the positive stop spring plate of the inner core relative to housing slid inward, the housing near one end of the handle be provided with The block that the positive stop spring plate is engaged, the positive stop spring plate is popped up when being skidded off from housing and abuts cooperation with the block, Be provided with the elastic frame for drive the positive stop spring plate depart from the block so that enable the inner core relative to The SR of housing slid inward.

A kind of above-mentioned artificial insemination rod, it is characterised in that：Including the safety lock for being engaged with the driving shell fragment Button, is provided for installing the mounting groove of the insurance lock on the core bar, the insurance lock includes latching frame, the lock It is provided with frame for being abutted against to limit the locating piece for driving shell fragment to move with shell fragment is driven, use is connected with the lock frame Slided in the mounting groove so that the locating piece departs from the latch spring of the driving shell fragment, institute in the frame that latches is driven The one end for stating latch spring is connected with lock frame, and the other end of the latch spring is connected with the cell wall of the mounting groove, Lock shell fragment is provided with the lock frame, the lock shell fragment is located at the inner side of the positive stop spring plate, with institute on the core bar State the corresponding position in lock shell fragment position and be provided with bar-shaped trough, be provided with the cell wall of described bar-shaped trough one end for it is described Lock shell fragment be engaged so that the latch spring be in compressive state limiting plate, be provided with the lock shell fragment for The lock shell fragment is driven to depart from the projection of limiting plate in the presence of positive stop spring plate.

A kind of above-mentioned artificial insemination rod, it is characterised in that：The connection for connecting rod insertion is provided with the core bar Pipe, locating slot is provided with the side wall of the connecting rod, be provided with the tube wall of the connecting tube for the locating slot clamping The clamping shell fragment of cooperation.

A kind of above-mentioned artificial insemination rod, it is characterised in that：The smart container of collection include collection seminal vesicle and with the collection seminal vesicle The tubaeform connecting portion being connected, is provided with the absorption circle for mutually being adsorbed with opening of the cervix on the tubaeform connecting portion.

A kind of above-mentioned artificial insemination rod, it is characterised in that：The positioner include positioning sleeve, the first locating blades and Second locating blades, one end of first locating blades and one end of the second locating blades are hinged with positioning sleeve, described The other end of the other end of the first locating blades and the second locating blades is provided with for the first locating blades and second to be determined The junction of the buckle joint of position blade snapping connection, the tubaeform connecting portion and the collection seminal vesicle is provided with for the buckle joint The detent for stretching into.

A kind of above-mentioned artificial insemination rod, it is characterised in that：Two flaps are arc, on two flaps Spacing preiection is provided with, is provided with the housing and stretched into for the spacing preiection to limit two flap opening and closing When the spacing hole of distance that is moved with the inner core of flap.

The utility model has advantages below compared with prior art：

1st, when in use, the collection essence container that will be equipped with seminal fluid loads between two flaps and is fixed on positioning the utility model On device, then inner core is pulled by shaking hands so that inner core is slided relative to housing, and then is closed two flaps and will be collected essence Container and positioner are protected, and then, two flaps are slowly inserted into introitus, when two flaps drive housing along vagina When extending close to the position of opening of the cervix, then handle is promoted so that core bar is relative to housing reverse slide, and then makes two flaps Open, now, then the catapult-launching gear is triggered by launching trigger mechanism, positioner is launched to opening of the cervix, it is described fixed Position device drives the smart container of collection also to be launched to opening of the cervix when ejection to opening of the cervix, and then makes collection essence container adsorption in uterine neck Mouthful, so that the seminal fluid in the smart container of convenient collection can smoothly enter opening of the cervix.Because the artificial insemination rod will can be collected Seminal fluid is fed directly to opening of the cervix, it is to avoid sperm is killed when intravaginal is travelling, so as to effectively increasing the survival of sperm Rate, substantially increases pregnant success rate.

2nd, the utility model is by setting catapult-launching gear, by catapult-launching gear can rapidly, it is effective by positioner and The smart container of collection is quickly launched to opening of the cervix, and by the particular design to catapult-launching gear, catapult-launching gear is had simple knot Structure, and there is very strong validity simultaneously.

3rd, the utility model launches trigger mechanism by setting, by launching the ejection trigger button on trigger mechanism and driving The cooperation of spring plate such that it is able to effectively depart from the hanging joint of drawstring from inner core, so that the catapult-launching gear will be positioned Device and collection essence container eject okay are gone out.

4th, the utility model facilitates the connection of drawstring and connecting rod by setting mounting fixing part on connecting rod, meanwhile, lead to Cross and guiding groove is set on connecting rod, and then effectively can guide to institute's mounting fixing part drawstring, define the motion of drawstring Track, it is to avoid drawstring skew occurs and makes ejection fail.

5th, the utility model latches the safety effect that can be played to driving shell fragment by setting insurance, i.e., latched in insurance In the case of being not switched on, insurance lock can effectively limit the movement of the driving shell fragment, and then driving shell fragment cannot be drawn The hanging joint of rope comes off from the mounting fixing part of connecting rod, it is ensured that the artificial insemination rod is maintained at not by false touch before the use The state of hair.

6th, the utility model collection essence container on collection seminal vesicle be mainly used for store seminal fluid, its space of tubaeform connecting portion by Flaring is big, convenient to be covered with by opening of the cervix, so that the sperm in collection seminal vesicle in seminal fluid can quickly enter opening of the cervix.

7th, two flaps of the present utility model are arc, and spacing preiection, shell are provided with two flaps The spacing of the distance that stretches into that flap is moved with inner core during limiting two flap opening and closing for spacing preiection is provided with body Hole such that it is able to realize being realized when handle drives inner core to move the open and close of two flaps.

8th, cost of implementation of the present utility model is low, and using effect is good, is easy to promote the use of.

Below by drawings and Examples, the technical solution of the utility model is described in further detail.

Brief description of the drawings

Fig. 1 is structural representation of the present utility model.

Fig. 2 is the A-A sectional views of Fig. 1.

Fig. 3 is that the position relationship of the utility model elasticity frame, ejection trigger button, side guide rod and SR is illustrated Figure.

Fig. 4 is the structural representation of the utility model core bar.

Fig. 5 is the structural representation (not shown latch spring) of the utility model insurance lock.

Fig. 6 is the structural representation of the utility model connecting rod.

Fig. 7 is the structural representation of the utility model collection essence container.

Fig. 8 is the structural representation of the utility model positioner.

Fig. 9 is the structural representation of the utility model flap.

Description of reference numerals:

1-housing；1-1-spacing hole；1-2-baffle plate；

2-flap；2-1-spacing preiection；3-positioner；

3-1-positioning sleeve；3-2-the first locating blades；3-3-the second locating blades；

3-4-buckle joint；4-ejection trigger mechanism；4-1-ejection trigger button；

4-2-driving shell fragment；4-3-elasticity frame；4-4-side guide rod；

5-handle；5-1-depression；6-catapult-launching gear；

6-1-ejection head；6-2-ejection-spring；6-3-drawstring；

6-3-1-hanging joint；9-connecting rod；9-1-mounting fixing part；

9-2-guiding groove；9-3-locating slot；10-core bar；

10-1-positive stop spring plate；10-2-limiting plate；10-3-connecting tube；

10-4-clamping shell fragment；10-5-retaining plate；11-SR；

12-block；13-insurance lock；13-1-lock frame；

13-2-latch spring；13-3-lock shell fragment；13-4-locating piece；

13-5-projection；14-collection seminal vesicle；15-tubaeform connecting portion；

16-absorption circle；17-detent.

Specific embodiment

A kind of artificial insemination rod as depicted in figs. 1 and 2, including for accommodating the collection essence container of seminal fluid, for simulating the moon The housing 1 of stem profile and the inner core being arranged in the housing 1, one end of the housing 1 is provided with for driving housing 1 to enter Two flaps 2 of introitus, the smart container of collection is arranged between two flaps 2, is also set up between two flaps 2 There is the positioner 3 for fixing the smart container of the collection, the inner core is provided with for driving away from one end of the flap 2 Inner core is stated to be slided relative to housing 1 so that two flaps 2 handle 5 for opening or closing, is connected with for two on the inner core The individual flap 2 launches the positioner 3 when opening so that the catapult-launching gear 6 for collecting smart container adsorption in opening of the cervix, institute State the ejection trigger mechanism 4 being provided with housing 1 for triggering the catapult-launching gear 6.

In the present embodiment, when in use, the bridegroom's or husband's side is by way of masturbation by semen collection to the collection for the artificial insemination rod In smart container, then will be equipped with seminal fluid the collection essence container load two flaps 2 between and be fixed on the positioner 3, Then the inner core is pulled so that the inner core is slided relative to housing 1, and then closes two flaps 2 by handle 5 And protect the smart container of the collection and positioner 3, then, introitus and then band are slowly inserted by by two flaps 2 Dynamic housing 1 also stretches into introitus, when two flaps 2 drive housing 1 that the position of opening of the cervix is extended close to along vagina, then promotes Handle 5 so that the core bar 10 is relative to the reverse slide of housing 1, and then opens two flaps 2, now, then by bullet Penetrate trigger mechanism 4 and trigger the catapult-launching gear 6, the positioner 3 is launched to opening of the cervix, the positioner 3 is to palace Eck drives the smart container of the collection also to be launched to opening of the cervix when ejection, and then makes the smart container adsorption of the collection in opening of the cervix, So as to facilitate the seminal fluid in the smart container of the collection smoothly to enter opening of the cervix.

In the present embodiment, the artificial insemination rod operates more convenient, is operated without specialist, between husband and wife Can smoothly complete, because the seminal fluid that the artificial insemination rod will can be collected is fed directly to opening of the cervix, it is to avoid sperm exists Intravaginal is killed when travelling, so as to effectively increase the survival rate of sperm, substantially increases pregnant success rate.

As shown in Fig. 2 the catapult-launching gear 6 includes ejection head 6-1, ejection-spring 6-2 and positioned at the ejection-spring 6-2 Interior drawstring 6-3, the ejection head 6-1 and ejection-spring 6-2 is arranged in the positioner 3, and the one of the drawstring 6-3 End is connected with ejection head 6-1, and the other end of the drawstring 6-3 drives ejection head 6-1 to be articulated in after compressing the ejection-spring 6-2 On the inner core, hanging joint 6-3-1s of the drawstring 6-3 on the inner core is relative with the position of the ejection trigger mechanism 4 Should.

In the present embodiment, the catapult-launching gear 6 when in use, pulls ejection head 6-1 to compress ejection-spring by drawstring 6-3 6-2, so that ejection-spring 6-2 accumulation of energys, because the ejection head 6-1 and ejection-spring 6-2 is arranged at the positioner 3 It is interior, when the hanging joint 6-3-1 that the drawstring 6-3 is driven by launching trigger mechanism 4 comes off from the inner core, now in bullet The positioner 3 is projected out under the elastic force effect of projectile spring 6-2, and then drives the smart container adsorption of the collection in opening of the cervix, At this moment, with the positioner 3 in intravaginal, the other end of drawstring 6-3 is located at introitus outside for one end of the drawstring 6-3, So can conveniently when the smart container adsorption of collection opening of the cervix for a period of time after, by pulling the drawstring 6-3 so that by institute State positioner 3 and the smart container of the collection is integrally extracted from introitus.

With reference to Fig. 2 and Fig. 3, the ejection trigger mechanism 4 includes elastic frame 4-3, ejection trigger button 4-1 and described The driving shell fragment 4-2 for making that the hanging joint 6-3-1 of drawstring 6-3 comes off from the inner core under the drive of ejection trigger button 4-1, it is described Ejection trigger button 4-1 is arranged on the elastic frame 4-3, and the driving shell fragment 4-2 is arranged on the inner core, the bullet Property frame 4-3 be located between the housing 1 and the inner core, offered on the housing 1 and stretched for the ejection trigger button 4-1 The opening for going out, is provided with the side guide rod 4-4 for guiding the inner core to slide relative to housing 1 on the elastic frame 4-3.

It is described to launch trigger mechanism 4 when in use in the present embodiment, by launching trigger button 4-1 and driving shell fragment 4-2 Cooperation such that it is able to the hanging joint 6-3-1 of the drawstring 6-3 is departed from from the inner core so that the catapult-launching gear 6 will Positioner 3 and the smart container eject okay of the collection are gone out.In addition, by setting side guide rod 4-4 on elastic frame 4-3, entering And can effectively guide slip of the inner core in housing 1.

With reference to Fig. 2 and Fig. 4, the inner core includes core bar 10 and connecting rod 9, one end of the connecting rod 9 and the positioner 3 It is connected, the other end of the connecting rod 9 inserts the core bar 10, and one end that the connecting rod 9 inserts the core bar 10 is provided with use In the mounting fixing part 9-1 for mounting the drawstring 6-3 hanging joints 6-3-1, offered on the connecting rod 9 for by the drawstring 6- 3 guiding to the mounting fixing part 9-1 guiding groove 9-2, the driving shell fragment 4-2 is arranged on the core bar 10.

In the present embodiment, by setting mounting fixing part 9-1 on the connecting rod 9, drawstring 6-3 is facilitated with connecting rod 9 Connection, meanwhile, by setting guiding groove 9-2 on connecting rod 9, and then drawstring 6-3 effectively can be guided solid to the mounting Determine portion 9-1, define the movement locus of drawstring 6-3, it is to avoid drawstring 6-3 skew occurs and ejection is failed.

With reference to Fig. 2 and Fig. 4, it is provided with the core bar 10 described to limit for being engaged with the baffle plate 1-2 on housing 1 The retaining plate 10-5 of sliding distance when inner core slides in and out relative to housing 1, is additionally provided with for limiting on the core bar 10 Relative to the positive stop spring plate 10-1 of the slid inward of housing 1, one end that the housing 1 is close to the handle 5 is provided with the inner core The block 12 being engaged with the positive stop spring plate 10-1, the positive stop spring plate 10-1 popped up when being skidded off from housing 1 with it is described Block 12 is abutted and coordinated, and is provided with the elastic frame 4-3 for driving the positive stop spring plate 10-1 to depart from the block 12 And then enable the inner core relative to the SR 11 of the slid inward of housing 1.And be provided with for resetting on the handle 5 The depression 5-1 that button 11 enters.

In the present embodiment, by setting retaining plate 10-5, can be slid in and out relative to housing 1 so that two in the inner core When individual flap 2 is closed, retaining plate 10-5 is engaged with the baffle plate 1-2 on housing 1 so as to limit the inner core relative to housing 1 Sliding distance, now, the positive stop spring plate 10-1 when slip of the inner core is skidded off from housing 1 with popping up and the gear Block 12 is abutted and coordinated, and then the cooperation by the baffle plate 1-2 on retaining plate 10-5 and housing 1 and positive stop spring plate 10-1 and block 12 cooperation so that the inner core relative to housing 1 can neither slid inward also without normal direction go out slide, so facilitate institute When stating the insertion introitus of flap 2, housing 1 and the inner core are without relative motion, while can also cause ejection trigger button 4-1 and drive Spring plate 4-2's is staggeredly located out, it is to avoid launches the maloperation of trigger button 4-1 and makes the false triggering of catapult-launching gear 6.Next, When flap 2 is reached near opening of the cervix, SR 11 is now pressed, the positive stop spring plate in the presence of SR 11 10-1 departs from the block 12, is the collection essence such that it is able to pass through inwardly to promote the inner core so that two flaps 2 open The ready work of ejection of container.

With reference to Fig. 2 and Fig. 5, the artificial insemination rod includes the insurance lock 13 for being engaged with the driving shell fragment 4-2, It is provided for installing the mounting groove of the insurance lock 13 on the core bar 10, the insurance lock 13 includes lock frame 13-1, It is provided with the lock frame 13-1 for abutting against the locating piece 13- that shell fragment 4-2 movements are driven to limit with shell fragment 4-2 is driven 4, it is connected with for driving the lock frame 13-1 to be slided so that the positioning in the mounting groove on the lock frame 13-1 Block 13-4 departs from one end and the lock frame 13-1 phases of the latch spring 13-2, the latch spring 13-2 for driving shell fragment 4-2 Connection, the other end of the latch spring 13-2 is connected with the cell wall of the mounting groove, is provided with the lock frame 13-1 Lock shell fragment 13-3, the lock shell fragment 13-3 is located at the inner side of the positive stop spring plate 10-1, with the lock on the core bar 10 The corresponding position in button shell fragment 13-3 positions is provided with bar-shaped trough, be provided with the cell wall of described bar-shaped trough one end for it is described Lock shell fragment 13-3 is engaged so that the latch spring 13-2 is in the limiting plate 10-2 of compressive state, the lock shell fragment It is provided with 13-3 for driving the lock shell fragment 13-3 to depart from the convex of limiting plate 10-2 in the presence of positive stop spring plate 10-1 Block 13-5.

In the present embodiment, the safety effect to driving shell fragment 4-2 can be played by setting insurance lock 13, i.e., in insurance In the case that lock 13 is not switched on, insurance lock 13 can effectively limit the movement of the driving shell fragment 4-2, and then make driving bullet Piece 4-2 cannot come off drawstring 6-3 hanging joints 6-3-1 from the mounting fixing part 9-1 of connecting rod 9, it is ensured that the artificial insemination rod It is maintained at before the use not by the state of false triggering.Specifically, the insurance lock 13 is before the use, the lock shell fragment 13-3 be engaged with limiting plate 10-2 so that latch spring 13-2 be in compressive state, now, the locating piece 13-4 with drive Shell fragment 4-2 is abutted against so as to limit the 4-2 movements of driving shell fragment, and drawstring 6-3 hanging joints cannot be contacted so as to reach driving shell fragment 4-2 The purpose of 6-3-1, serves the safety effect to driving shell fragment 4-2.When SR 11 is pressed, the now band of SR 11 Dynamic positive stop spring plate 10-1, and then lock shell fragment 13-3 is driven by projection 13-5, so that lock shell fragment 13-3 and limiting plate 10-2 Depart from and coordinate, now, under the elastic force effect of latch spring 13-2, drive the lock frame 13-1 sliding in the mounting groove It is dynamic, and then the locating piece 13-4 is departed from cooperation with the driving shell fragment 4-2, so, driving shell fragment 4-2 to be in can be in bullet The state moved under the driving for penetrating trigger button 4-1.

With reference to Fig. 4 and Fig. 6, the connecting tube 10-3 for the connecting rod 9 insertion, the connecting rod 9 are provided with the core bar 10 Side wall on be provided with locating slot 9-3, be provided with the tube wall of the connecting tube 10-3 for matching somebody with somebody with the locating slot 9-3 clampings The clamping shell fragment 10-4 of conjunction.

In the present embodiment, by the clamping engagement of locating slot 9-3 and clamping shell fragment 10-4, connecting rod 9 and core bar 10 are realized Effective connection.

As shown in fig. 7, the smart container of collection includes collection seminal vesicle 14 and the tubaeform connection being connected with the collection seminal vesicle 14 Portion 15, is provided with the absorption circle 16 for mutually being adsorbed with opening of the cervix on the tubaeform connecting portion 15.

In the present embodiment, the collection seminal vesicle 14, tubaeform connecting portion 15 and absorption circle 16 are made by silica gel.By silica gel system Into absorption circle 16 be very easy to absorption on the meat of opening of the cervix.The collection seminal vesicle 14 is mainly used for storing seminal fluid, the loudspeaker Its space of shape connecting portion 15 gradually expands, convenient to be covered with by opening of the cervix, so as to collect the sperm energy in the seminal fluid in seminal vesicle 14 It is enough quickly to enter opening of the cervix.

As shown in figure 8, the positioner 3 includes positioning sleeve 3-1, the first locating blades 3-2 and the second locating blades 3- 3, one end of the first locating blades 3-2 and one end of the second locating blades 3-3 are hinged with positioning sleeve 3-1, and described The other end of the other end of one locating blades 3-2 and the second locating blades 3-3 be provided with for by the first locating blades 3-2 and The junction of the buckle joint 3-4 of the second locating blades 3-3 snappings connection, the tubaeform connecting portion 15 and the collection seminal vesicle 14 sets It is equipped with the detent 17 stretched into for the buckle joint 3-4.

In the present embodiment, by the first locating blades 3-2 and positioning sleeve 3-1 and the second locating blades 3-3 with it is fixed Position set 3-1's is articulated and connected, and can facilitate and load between the first locating blades 3-2 and the second locating blades 3-3 collection seminal vesicle 14, And then again by the buckle joint 3-4 on the first locating blades 3-2 and the second locating blades 3-3 and the tubaeform connecting portion 15 and The detent 17 of collection seminal vesicle 14 junction is engaged, so as to collection seminal vesicle 14 is coated on into the first locating blades 3-2 And second between locating blades 3-3, and tubaeform connecting portion 15 and absorption circle 16 are respectively positioned on the first locating blades 3-2 and The outside of two locating blades 3-3.

With reference to Fig. 1, Fig. 2 and Fig. 9, two flaps 2 are arc, and limit convex is provided with two flaps 2 2-1 is played, is provided with the housing 1 and stretched into for the spacing preiection 2-1 to limit shield during two 2 opening and closing of flap The spacing hole 1-1 of the distance that the wing 2 is moved with the inner core.

In the present embodiment, the flap 2 is arc, and the middle part of two flaps 2 mutually draws close, on the flap 2 Spacing preiection 2-1 is located in spacing hole 1-1, and when the inner core is pulled out by handle 5, now, the inner core passes through Drawstring 6-3 drives ejection head 6-1, and then drives the positioner 3 by launching head 6-1, the positioner 3 using its with The rubbing action of the flap 2 drives flap 2 to being moved in housing 1, because flap 2 is arc, now, two flaps 2 to While movement in housing 1, its outer end is mutually drawn close, and is close to when the spacing preiection 2-1 on flap 2 touches spacing hole 1-1 During the side hole wall of handle 5, two closures of flap 2 are completed.Similarly, when the inner core is inwardly pushed away by handle 5, this When, the inner core moves positioner 3 to the direction away from handle 5, and the positioner 3 drives flap while mobile 2 move to the direction away from handle 5, and the outer end of flap 2 is gradually separated from each other, and when the spacing preiection 2-1 on flap 2 is touched Spacing hole 1-1 away from handle 5 side hole wall when, complete two expansion actions of flap 2.

The above, is only preferred embodiment of the present utility model, and not the utility model is imposed any restrictions, every Any simple modification, change and the equivalent structure transformation made to above example according to the utility model technical spirit, still Belong in the protection domain of technical solutions of the utility model.

Claims

1. a kind of artificial insemination rod, it is characterised in that：Including for accommodating the smart container of the collection of seminal fluid, for simulating penis profile Housing (1) and the inner core being arranged in the housing (1), one end of the housing (1) are provided with for driving housing (1) to enter Two flaps (2) of introitus, the smart container of collection is arranged between two flaps (2), between two flaps (2) The positioner (3) for fixing the smart container of the collection is additionally provided with, the inner core is provided with away from the one end of the flap (2) For driving the inner core to be slided relative to housing (1) so that two flaps (2) handle (5) for opening or closing, the inner core On be connected with for launching the positioner (3) when two flaps (2) are opened so that the smart container adsorption of collection exists The ejection trigger mechanism for triggering the catapult-launching gear (6) is provided with the catapult-launching gear (6) of opening of the cervix, the housing (1) (4)。

2. a kind of artificial insemination rod according to claim 1, it is characterised in that：The catapult-launching gear (6) includes ejection head (6-1), ejection-spring (6-2) and the drawstring (6-3) in the ejection-spring (6-2), ejection head (6-1) and ejection Spring (6-2) is arranged in the positioner (3), and one end of the drawstring (6-3) is connected with ejection head (6-1), described The other end of drawstring (6-3) drives ejection head (6-1) to be articulated on the inner core after compressing the ejection-spring (6-2), described Hanging joint (6-3-1) of the drawstring (6-3) on the inner core is corresponding with the position of ejection trigger mechanism (4).

3. a kind of artificial insemination rod according to claim 2, it is characterised in that：Ejection trigger mechanism (4) is including bullet Property frame (4-3), ejection trigger button (4-1) and it is described ejection trigger button (4-1) drive under make the extension of drawstring (6-3) The driving shell fragment (4-2) that joint (6-3-1) comes off from the inner core, ejection trigger button (4-1) is arranged on the elasticity In frame (4-3), driving shell fragment (4-2) is arranged on the inner core, and the elastic frame (4-3) is located at the housing (1) between the inner core, the opening stretched out for ejection trigger button (4-1), the bullet are offered on the housing (1) It is provided with for guiding the inner core relative to the side guide rod (4-4) that housing (1) is slided in property frame (4-3).

4. a kind of artificial insemination rod according to claim 3, it is characterised in that：The inner core includes core bar (10) and connecting rod (9), one end of the connecting rod (9) is connected with the positioner (3), and the other end of the connecting rod (9) inserts the core bar (10), one end of connecting rod (9) insertion core bar (10) is provided with for mounting the drawstring (6-3) hanging joint (6-3- 1) mounting fixing part (9-1), offers on the connecting rod (9) for the drawstring (6-3) guiding to the mounting to be fixed The guiding groove (9-2) in portion (9-1), driving shell fragment (4-2) is arranged on the core bar (10).

5. a kind of artificial insemination rod according to claim 4, it is characterised in that：Be provided with the core bar (10) for Baffle plate (1-2) on housing (1) is engaged to limit stopping for the sliding distance when inner core slides in and out relative to housing (1) Plate (10-5) is moved back, is additionally provided with the core bar (10) spacing relative to housing (1) slid inward for limiting the inner core Shell fragment (10-1), the housing (1) is provided with what is be engaged with the positive stop spring plate (10-1) near one end of the handle (5) Block (12), the positive stop spring plate (10-1) pops up when being skidded off from housing (1) and abuts cooperation with the block (12), described It is provided with elastic frame (4-3) for driving the positive stop spring plate (10-1) to depart from the block (12) and then making the inner core Can be relative to the SR (11) of housing (1) slid inward.

6. a kind of artificial insemination rod according to claim 5, it is characterised in that：Including for driving shell fragment (4- with described 2) insurance lock (13) being engaged, is provided for installing the mounting groove of insurance lock (13), institute on the core bar (10) Stating insurance lock (13) includes lock frame (13-1), be provided with lock frame (13-1) for drive shell fragment (4-2) phase Abut to limit the locating piece (13-4) for driving shell fragment (4-2) mobile, be connected with for driving on lock frame (13-1) Lock frame (13-1) is stated to be slided in the mounting groove so that the locating piece (13-4) departs from the lock of driving shell fragment (4-2) Button spring (13-2), one end of the latch spring (13-2) is connected with lock frame (13-1), the latch spring (13-2) The other end be connected with the cell wall of the mounting groove, lock shell fragment (13-3) is provided with lock frame (13-1), it is described Lock shell fragment (13-3) is located at the inner side of the positive stop spring plate (10-1), with lock shell fragment (13-3) on the core bar (10) The corresponding position in position is provided with bar-shaped trough, be provided with the cell wall of described bar-shaped trough one end for the lock shell fragment (13-3) is engaged so that the latch spring (13-2) is in the limiting plate (10-2) of compressive state, the lock shell fragment (13- 3) it is provided with for driving lock shell fragment (13-3) to depart from limiting plate (10-2) in the presence of positive stop spring plate (10-1) Projection (13-5).

7. a kind of artificial insemination rod according to claim 4, it is characterised in that：It is provided with the core bar (10) for described The connecting tube (10-3) of connecting rod (9) insertion, is provided with locating slot (9-3), the connecting tube (10- on the side wall of the connecting rod (9) 3) the clamping shell fragment (10-4) for being engaged by clamping with the locating slot (9-3) is provided with tube wall.

8. a kind of artificial insemination rod according to claim 1, it is characterised in that：The smart container of collection includes collection seminal vesicle (14) And with the tubaeform connecting portion (15) that is connected of collection seminal vesicle (14), be provided with the tubaeform connecting portion (15) for The absorption circle (16) that opening of the cervix is mutually adsorbed.

9. a kind of artificial insemination rod according to claim 8, it is characterised in that：The positioner (3) is including positioning sleeve (3-1), the first locating blades (3-2) and the second locating blades (3-3), one end and second of first locating blades (3-2) One end of locating blades (3-3) is hinged with positioning sleeve (3-1), the other end and second of first locating blades (3-2) The other end of locating blades (3-3) is provided with for the first locating blades (3-2) and the second locating blades (3-3) snapping to be connected The junction of the buckle joint (3-4) for connecing, the tubaeform connecting portion (15) and collection seminal vesicle (14) is provided with for the snapping The detent (17) that head (3-4) is stretched into.

10. a kind of artificial insemination rod according to claim 1, it is characterised in that：Two flaps (2) are arc, Spacing preiection (2-1) is provided with two flaps (2), is provided with the housing (1) for the spacing preiection (2-1) Stretch into the spacing hole (1- of the distance that flap (2) is moved with inner core during limiting two flap (2) opening and closing 1)。