CN106952549B

CN106952549B - Bionic male genitals

Info

Publication number: CN106952549B
Application number: CN201710285965.3A
Authority: CN
Inventors: 黄伟; 张一民
Original assignee: Individual
Current assignee: Huang Wei
Priority date: 2017-04-27
Filing date: 2017-04-27
Publication date: 2023-04-07
Anticipated expiration: 2037-04-27
Also published as: CN106952549A

Abstract

The utility model provides a bionical male sex organ, its is including a penis model body, this internal cavity space of penis model is equipped with a plurality of pipes, is equipped with a plurality of sliders in every pipe, connects into the cluster by an elastic component between every slider, and the pipe intussuseption is filled with the fluid, has a plurality of holes on the pipe wall of pipe, sees through to be located endmost slider and impels the member to be connected, sees through power device control impel the member to promote the slider, impel the penis model body to straighten, promote the fluid in the pipe simultaneously, make the fluid extrude to the internal cavity space of penis model by the hole in, make penis model body diameter grow, form the swelling kenel.

Description

Bionic male genitals

The technical field is as follows:

the invention relates to a bionic human body model, in particular to a bionic model which can simulate the process of male genitals from a natural relaxation state to a swelling increasing state.

(II) background technology:

the bionic model is used in medicine or courses related to health education, and is mainly used for providing students with real persons as exercise models before exercises, and has special and independent models according to different parts and different symptoms, such as arm models for intravenous injection exercises, parturient models for midwifery exercises, skin models for various suture exercises and the like.

Among them, the application of the bionic model to male and female genital organs is the most common, and besides the medical college expertise is a necessary teaching material, the general disciplines have auxiliary demonstration teaching of the bionic model in the course of health education, biology and other courses, so that audiences can understand the structure of the genital organs more quickly.

At present, in academic, the bionic male genitalia used for medical and health teaching mainly serves for the teaching of urethral catheterization and structure introduction, and a model thereof mainly comprises a bionic penis made of a silica gel material or a thermoplastic elastomer with good flexibility and ductility, a urethral orifice is formed in the bionic penis and connected with a hose and a transparent container to simulate the urethra and the bladder, and during practice, only a bent urethra needs to be straightened to enable the urethral catheter to pass smoothly.

(III) the invention content:

therefore, the main objective of the present invention is to provide a bionic model structure capable of simulating the natural relaxation state of male genitals to the swelling increasing state, and achieving a more realistic demonstration effect on the teaching demonstration.

To achieve the above object, the present invention discloses a bionic male genital organ, which comprises: the penis model body is internally provided with a urethra part and at least one cavity space annularly arranged around the urethra part, and the tail end of the urethra part forms a urethral orifice outside the penis model body; the plurality of guide tubes are arranged in the cavity space and are arranged at the periphery of the urethra, the guide tubes are respectively provided with a first end part and a second end part, the first end part is adjacent to the urethral orifice, the second end part is adjacent to the root part of the penis model body, the tube wall of the guide tubes is provided with a plurality of holes, and the guide tubes are filled with a flowing body; a plurality of sliding blocks are arranged in series in each guide pipe, and each sliding block in the guide pipe is connected into a string by an elastic component; the plurality of propelling rod pieces are respectively arranged at the second end parts of the guide pipes and are pivoted with the sliding blocks positioned at the second end parts; and a power device is connected with the propelling rod piece, so that power is provided to drive the propelling rod piece to move, the propelling rod piece is controlled to push the sliding block in the conduit, and the elastic component in the conduit is driven to compress and recover.

The front end of the slide block forms a convex part, the rear end forms a groove, and after the slide block in the guide pipe is pushed, the convex part and the elastic component of the advancing slide block can be accommodated in the groove of the front slide block.

Furthermore, the sliders in each of the conduits are connected in series by a guide wire, through which the stability of the relative position of the sliders is maintained.

Furthermore, the slide block pivotally connected to the propelling rod at the second end of the guiding tube is a long slide block.

Wherein, the flowing system filled in the guide pipe is liquid.

Furthermore, the present invention comprises a pumping device connected to the penis body for transferring the external fluid into the cavity space. The fluid system conveyed by the pumping device is one of liquid or gas.

The invention has the advantages that: therefore, the invention has the advantages that the general state of the penis model body is a natural bending relaxation state, the elastic component in the conduit is also in a natural relaxation state, the power device provides power for the propelling rod to compress the distance between the sliding blocks in the conduit, so that the sliding blocks are jointed through the convex parts and the grooves to form a tight strip state sample, the penis model body which is originally bent and relaxed is straightened, and the propelling rod is used for enabling the penis model body to generate the lengthening effect; meanwhile, in the process of compressing the distance between the sliding blocks, the fluid filled in the conduit is extruded into the cavity space, so that the diameter of the penis model body is increased, the swelling effect is generated, and the straightening, extending and swelling states of the male genitals during erection are simulated truly. The invention can bring clearer simulation demonstration on teaching demonstration, and the technology can be applied to medical application as prosthesis and artificial limb, so that the application range is wider.

(IV) description of the drawings:

FIG. 1 is a perspective view of a bionic male genital organ of the present invention.

FIG. 2 is a cross-sectional view of a bionic male genital organ of the invention.

FIG. 3 is a schematic view of the catheter of the present invention.

FIG. 4 is a schematic view of the catheter in a compressed state according to the present invention.

FIG. 5 is a cross-sectional view of the catheter of the present invention in a compressed state.

FIG. 6 is a schematic view of the power plant of the present invention.

FIG. 7 is a schematic view of a first embodiment of the bionic male genital organ of the present invention.

Fig. 8 is a second embodiment of the bionic male genital organ of the invention.

Figure 9 is a schematic view of another embodiment of a biomimetic male genital in accordance with the present invention.

In each figure

100: penis model body

101: urethra part

102: urethral orifice

103: space of cavity

200: catheter tube

201: first end part

202: second end portion

203: hole(s)

300: sliding block

301: convex part

302: groove

303: long slider

310: elastic component

320: guiding line

400: propelling rod

500: fluid body

600: power plant

700: pumping device

(V) specific embodiment:

the present invention will now be described in further detail by way of examples, which are provided for the purpose of illustration only and are not to be construed as limiting the practice of the invention.

Please refer to fig. 1 to 6. The invention discloses a bionic male genital organ, which comprises: a penis model body 100, wherein the penis model body 100 is mainly made of a soft and ductile silica gel material or a thermoplastic elastomer. The penis model body 100 is provided with a urethra part 101, the end of the urethra part 101 forms a urethral orifice 102 outside the penis model body 100, and at least one cavity space 103 annularly arranged on the periphery of the urethra part 101, and the cavity space 103 is determined according to the design of a forming mold.

A plurality of guide tubes 200, wherein the guide tubes 200 are arranged in the cavity space 103 of the penis model body 100 and are arranged at the periphery of the urethra part 101. The catheter 200 may be integrally formed with the penis body 100, or may be separately formed through an elastic and soft material and then inserted into the cavity space 103 of the penis body 100. The catheters 200 have a first end 201 and a second end 202, respectively, the first end 201 is adjacent to the urethral orifice 102, and the second end 202 is adjacent to the root of the penis model body 100. The tube 200 has a plurality of holes 203 on the wall thereof, and the tube 200 is filled with a fluid 500, wherein the fluid 500 is a liquid, such as one of oil, saline and pure water.

A plurality of sliding blocks 300, wherein the sliding blocks 300 are arranged in each conduit 200 in series, and the sliding blocks 300 in each conduit 200 are connected in series by an elastic component 310.

A plurality of push rods 400 are respectively disposed at the second end 202 of each conduit 200 and pivotally connected to the slider 300 located nearest to the second end 202. The power device 600 may be any one of a motor, a liquid pump, an air pump, etc., and may be implemented as any power source capable of providing propulsive power. The power device 600 is connected to the propelling rod 400 to provide a power source for the motion of the propelling rod 400, and controls the propelling rod 400 to push and pull back the slider 300 pivoted thereto, so as to simultaneously drive the slider 300 in the catheter 200 to slide and the elastic component 310 to compress and recover.

Furthermore, each sliding block 300 in each guiding tube 200 can be connected in series by a guiding wire 320, and the stability of the sliding path of the sliding block 300 in the guiding tube 200 is maintained by the guiding wire 320, so as to prevent the sliding block 300 from deviating from the track (during the compression of the elastic component 310) due to pressure swing during the sliding process, or the sliding block 300 from mistakenly passing through the hole 203, thereby causing the damage to the pipeline 200.

In practice, the front end of the sliding block 300 is designed to form a protrusion 301, the rear end forms a groove 302, when the distance between the sliding blocks 300 in the conduit 200 is compressed by the pushing rod 400, and when the elastic component 310 is compressed, the protrusion 301 at the front end of the sliding block 300 at the rear end can be accommodated in the groove 302 at the rear end of the sliding block 300 at the front end with the elastic component 310, so that the sliding blocks 300 are connected in series in the conduit 200 to form a straight strip shape (as shown in fig. 4).

In addition, for practical applications, the slide block 300 located closest to the second end 202 and pivotally connected to the push rod 400 may be an elongated slide block 303. Through the characteristic point that the long sliding block 303 is longer than the sliding block 300, the long sliding block 303 is arranged at the second end 202 and can support each guide pipe 200, so that the pushing rod piece 400 can more smoothly push and slide the long sliding block 303, the lack of support performance caused by the short length of the sliding block 300 is avoided, and the pushing rod piece 400 is prevented from being unsmooth in pushing and pulling actions caused by the shaking or deformation of the elastic component 310 connected between the sliding blocks 300.

In practice, in the normal state, the sliding blocks 300 in each guide tube 200 are connected in a string through the elastic members 310 in the natural state, and the push rod 400 is pivotally connected to the long sliding block 303 outside the guide tube 200, but is not completely fixed, so that the penis model body 100 is in a natural bent and relaxed state, as shown in fig. 7.

When the power device 600 is activated, as shown in fig. 8, the power device 600 provides a power source for the push rod 400, thereby operating the push rod 400 to push from the second end 202 of each conduit 200 to the first end 201, so that the push rod 400 is aligned with the pivotally connected long slide blocks 303 to support the penis model body 100 in an upright state, and the push rod 400 extends into each conduit 200 to drive the slide blocks 300, so that the elastic members 310 connected to each slide block 300 are compressed and retracted into the grooves 302 at the ends of the front slide blocks 300, and the distance between each slide block 300 in the conduit 200 is shortened, so that the convex portions 301 of the slide blocks 300 are inserted into the grooves 302 of the front slide blocks 300, and the conduit 200 is extended and lengthened, thereby simulating the effect of extending, erecting and lengthening the penis of the male genitals in an erect state.

Further, the push rod member 400 presses the slider 300, and the fluid 500 provided in the catheter 200 flows out from the hole 203 of the catheter 200 into the cavity space 103 by the pressing of the slider 300, so that the space of the cavity space 103 can be enlarged by the fluid 500, thereby enlarging the diameter of the penis model body 100 to simulate the state in which the penis is expanded when the male genitals are swollen.

When the power source is provided through the power device 600 and the push rod 400 is operated to be pulled back from the first end 201 of each catheter 200 to the second end 202, the distance between the long sliding blocks 303 and the other sliding blocks 300 is simultaneously pulled apart, and the relaxed elastic assembly 310 restores the penis model body 100 to the natural and relaxed bending state. The fluid 500 originally filled in the inner cavity space 103 of the penis model body 100 flows back into the conduit 200 due to the negative pressure generated when the push rod 400 is pulled away, and returns to the original diameter of the penis model body 100.

Please refer to fig. 9, which illustrates another embodiment of the present invention. The present invention may further comprise a pumping device 700, wherein the pumping device 700 is connected to the cavity space 103 of the penis model body 100, and the externally received fluid 500 is additionally transferred into the cavity space 103 of the penis model body 100 through the pumping device 700. Thus, without filling the fluid 500 into the catheter 200 in advance, when the penis model body 100 is to be in an erect tumescent state, the pumping device 700 is activated to directly inject the fluid 500 located outside into the cavity space 103 of the penis model body 100, so as to enlarge the penis model body 100, thereby achieving the tumescent effect of simulating the erection of the male genitals. Wherein the external fluid 500 delivered by the pumping device 700 may be a liquid, such as oil, saline, pure water; the external fluid 500 can also be a gas, such as one of air, inert gas, etc.,

therefore, the invention can simulate the state of the penis model body 100 when the male genitals are erect by arranging the conduit 200 and the filled fluid 500 in the penis model body 100, can achieve clearer demonstration in teaching, and can also be used as medical prosthesis and artificial limb, and has wider range.

However, the above description is only a preferred embodiment of the present invention, and the scope of the present invention should not be limited thereby, and all the simple equivalent changes and modifications made according to the claims and the description of the present invention are still within the scope of the present invention.

Claims

1. A biomimetic male genital member, comprising:

the penis model body is internally provided with a urethra part and at least one cavity space annularly arranged around the urethra part, and the tail end of the urethra part forms a urethral orifice outside the penis model body;

the catheters are arranged in the cavity space and are arranged at the periphery of the urethra, the catheters are respectively provided with a first end part and a second end part, the first end part is adjacent to the urethral orifice, the second end part is adjacent to the root part of the penis model body, the pipe wall of each catheter is provided with a plurality of holes, and the catheters are filled with flowing bodies;

a plurality of sliding blocks, wherein the sliding blocks are arranged in each guide pipe in series, and each sliding block in the guide pipe is connected into a string by an elastic component;

a plurality of propelling rods respectively arranged at the second end parts of the guide pipes,

and is pivoted with the slide block positioned at the second end part; the power device is connected with the propelling rod piece, so that power is provided to drive the propelling rod piece to move, the propelling rod piece is controlled to push the sliding block in the guide pipe, and the elastic component in the guide pipe is driven to compress and recover;

the front end of the slide block forms a convex part, the rear end forms a groove, and after the slide block in the guide pipe is pushed, the convex part and the elastic component of the slide block in the process of advancing can be accommodated in the groove of the slide block in the front;

the sliders in each of the conduits are connected in series by a guide wire, and the stability of the relative position of the sliders is maintained through the guide wire;

the device is a bionic model structure, can be applied to teaching demonstration, and is used as a prosthesis and a prosthetic limb in medicine.

2. The biomimetic male genitalia of claim 1, wherein the slide pivotally connected to the push rod at the second end of the conduit is an elongated slide.

3. The biomimetic male genitalia of claim 1, wherein the fluid filled in the conduit is a liquid.

4. The biomimetic male genital member of claim 1, further comprising a pumping device connected to the penis form body for delivering external fluid into the cavity space.

5. The biomimetic male genital member recited in claim 4, wherein the fluid delivered by the pumping device is a liquid.

6. The biomimetic male genital member as recited in claim 4, wherein the fluid delivered by the pumping device is a gas.