KR102773662B1 - Cow model for artificial insemination practice - Google Patents

Abstract

The purpose of the present invention is to provide a cow model for artificial insemination practice. To this end, the present invention provides a cow model for artificial insemination practice, which includes: a vulva model part; a cervix model part formed by extending in the longitudinal direction from the vulva model part; a plurality of peduncle model parts formed by extending in the longitudinal direction from the peduncle model part; a protrusion model part formed as a vertical plane in the longitudinal direction on the front surface of each of the plurality of peduncle model parts formed by extending in the longitudinal direction; a sensor which is respectively arranged in the peduncle model part and the plurality of peduncle model parts and detects the introduction of a sperm injection device in each of the peduncle model parts and the peduncle model parts; and a buttocks model part which includes the vulva model part, the peduncle model part, the protrusion model part, and the sensor inside and has the shape of the buttocks of a cow. According to the present invention, there is an effect of directly checking in real time whether a practitioner for artificial insemination practice is effectively performing the practice, and further, there is an effect of improving the conception rate of artificial insemination of cows.

Description

Cow model for artificial insemination practice

The present invention relates to a cow model for artificial insemination practice.

Artificial insemination of cows is a technique in which semen is melted, placed into an injector, the left hand wearing a rectal glove is inserted into the rectum, the cervix in the abdominal cavity below the rectum is grasped, the injector is inserted through the vulva with the right hand, and the semen is injected into the uterus through the cervix, the 1st to 3rd peduncle, and inseminated into livestock. In order to acquire this technique, the technique must be practiced with live cows, but beginners can cause a hole in the rectum, or damage the vaginal wall, cervix, peduncle, or uterine wall, which can cause traumatic hypertrophy and block the hole, or make a hole in the organ wall. Such cows cannot become pregnant due to damage to their reproductive organs and must be slaughtered.

Therefore, it is necessary to create a model that reproduces the shape, texture, and anatomical structure of the cow genitalia and rectum, which are used to practice livestock artificial insemination techniques, so that livestock artificial insemination techniques can be practiced smoothly anytime and anywhere using this model.

In this regard, Korean Patent Publication No. 10-2011-0120721 discloses an artificial insemination practice device, and specifically, discloses an artificial insemination practice device including a model of a vagina, cervix, and uterus extending longitudinally from an external genitalia, into which a vaginal insertion hole for inserting an injector for injecting hydrogen sperm is formed at the front end, and a cow's artificial genitalia is provided. However, the device does not closely simulate the structure of an actual cow's reproductive organ, does not precisely simulate various structures, and does not include a configuration that allows a practitioner to confirm whether or not he or she is actually practicing accurately, and therefore has a problem in that it cannot guarantee the efficiency of the practice.

Accordingly, the inventor of the present invention studied a model that can more effectively perform artificial insemination practice on cows and completed the present invention.

Republic of Korea Publication Patent No. 10-2011-0120721

The purpose of the present invention is to provide a cow model for artificial insemination practice.

For this purpose, the present invention

vulva model;

A cervical model portion formed by extending longitudinally from the above external genital model portion;

A plurality of wall model sections formed by extending in the longitudinal direction from the above-mentioned landscape model section;

A protrusion model portion formed as a plane perpendicular to the longitudinal direction of each of the plurality of longitudinal wall model portions formed by extending in the longitudinal direction;

A sensor disposed in each of the above landscape model section and the plurality of wall model sections, and detecting the introduction of a semen injector in each of the landscape model section and the wall model section; and

A buttocks model part having the shape of a cow's buttocks while including the vulva model part, the cervix model part, the urethra model part, the protrusion model part, and the sensor inside;

Provides a cow model for artificial insemination practice, including:

According to the present invention, there is an effect of being able to directly check in real time whether a practitioner performing artificial insemination practice is effectively performing the practice, and further, there is an effect of being able to improve the conception rate of artificial insemination of cows.

Figure 1 is a perspective view of a cow model for artificial insemination practice according to an example of the present invention.
Figure 2 is a front view of a cow model for artificial insemination practice according to an example of the present invention.
Figure 3 is a side view of a cow model for artificial insemination practice according to an example of the present invention.
Figure 4 is a rear view of a cow model for artificial insemination practice according to an example of the present invention.
Figure 5 is a top view of a cow model for artificial insemination practice according to an example of the present invention.
Figure 6 is a photograph of the control panel of a cow model for artificial insemination practice according to an example of the present invention.
FIG. 7 is a photograph showing a landscape model part and a plurality of wall model parts included in a cow model for artificial insemination practice according to an example of the present invention.
Figure 8 is a 3D drawing of a protrusion model part included in a cow model for artificial insemination practice according to an example of the present invention.
FIG. 9 is a drawing showing the alignment state of a landscape model part and a plurality of pelvic wall model parts included in a cow model for artificial insemination practice according to an example of the present invention.

The present invention provides a cow model for artificial insemination practice.

More specifically, the present invention

vulva model;

A cervical model portion formed by extending longitudinally from the above external genital model portion;

A plurality of wall model sections formed by extending in the longitudinal direction from the above-mentioned landscape model section;

A protrusion model portion formed as a plane perpendicular to the longitudinal direction of each of the plurality of longitudinal wall model portions formed by extending in the longitudinal direction;

A sensor disposed in each of the above landscape model section and the plurality of wall model sections, and detecting the introduction of a sperm injector in each of the landscape model section and the wall model section; and

A buttocks model part having the shape of a cow's buttocks while including the vulva model part, the cervix model part, the urethra model part, the protrusion model part, and the sensor inside;

Provides a cow model for artificial insemination practice, including:

Below, each component of the cow model for artificial insemination practice of the present invention is described in detail.

Artificial insemination of cows is a technique in which semen is melted, placed into an injector, the left hand wearing a rectal glove is inserted into the rectum, the cervix in the abdominal cavity below the rectum is grasped, the injector is inserted through the vulva with the right hand, and the semen is injected into the uterus through the cervix, the 1st to 3rd peduncle, and inseminated into livestock. In order to acquire this technique, the technique must be practiced with live cows, but beginners can cause a hole in the rectum, or damage the vaginal wall, cervix, peduncle, or uterine wall, which can cause traumatic hypertrophy and block the hole, or make a hole in the organ wall. Such cows cannot become pregnant due to damage to their reproductive organs and must be slaughtered.

Therefore, there is a need to produce a model that reproduces the shape, texture and anatomical structure of the genitalia and rectum of a cow for practicing artificial insemination techniques in order to facilitate the practice of artificial insemination techniques anytime and anywhere, and the present invention provides a cow model for practicing artificial insemination that reproduces the genitalia of a cow for this purpose. Specifically, the cow model for practicing artificial insemination of the present invention comprises: a vulva model part; a cervix model part that is connected to the vulva model part and is formed by extending in the longitudinal direction; The invention relates to a method for producing a sperm injection device, comprising: a plurality of wall-mounted model parts formed by being connected to the above-described genital model part and extending longitudinally therefrom; a protrusion model part formed as a vertical plane in the longitudinal direction on a front surface of each of the wall-mounted model parts; and a sensor disposed in each of the above-described genital model part and the plurality of wall-mounted model parts, the sensor detecting the introduction of a sperm injector in each of the above-described genital model part and the wall-mounted model parts; and a buttocks model part having a shape of the buttocks of a cow while including the above-described components, that is, the vulva model part, the genital model part, the wall-mounted model part, the protrusion model part, and the sensor inside.

In the present invention, the 'semen injector' detected by the sensor means any type of tool for introducing semen into the uterus for artificial insemination, and is not limited to a specific form.

As described above, the cow model for artificial insemination practice of the present invention has sensors arranged in each of the cervical model section and the plurality of urethra model sections, so that it is possible to directly check in real time whether the sperm injection device inserted into the cow model for artificial insemination practice through the vulva model section is properly inserted according to the structure of the cow's reproductive organ, which has the advantage of greatly improving the efficiency of practice by practitioners.

In addition, since the cow model for artificial insemination practice of the present invention includes all of the cervix, multiple pedicles, and protrusions formed therein included in the actual reproductive organ of a cow as a model, it greatly improves the efficiency of practice by practitioners, and as a result, has the effect of improving the conception rate of artificial insemination of cows.

At this time, it is preferable that the cow model for artificial insemination practice of the present invention further includes a height adjustment part. In the present invention, the height adjustment part has the advantage of allowing the practitioner to perform the practice more conveniently by adjusting the height of the buttocks model part of the cow model for artificial insemination practice, for example, according to the height of the practitioner.

In addition, it is preferable that the cow model for artificial insemination practice of the present invention further includes a control panel for controlling the cow model for artificial insemination practice on the opposite side of the buttocks model section where the vulva model section is located. At this time, the control panel may include a light that flashes according to detection by the sensor, a power switch, and a reset switch, through which the practitioner can check the practice content in real time while performing the practice, effectively turn the cow model on and off, and easily reset the cow model in case of an operation problem. At this time, the lights are electrically connected to the sensors respectively arranged in the cervix model section and the urethra model section, and are provided in multiple numbers, so that, for example, the practitioner can check in real time how far the sperm injection device is inserted.

Meanwhile, in the case of the cow model for artificial insemination practice of the present invention, the axes along which the cervical model part and the plurality of pedicle model parts extend may all be aligned coaxially, or they may not be aligned coaxially. In the case of an actual cow's reproductive organ, the cervical model part and the plurality of pedicle model parts are often not aligned coaxially along the extending axes. Therefore, by simulating this as it is, there is an advantage in that the practitioner can greatly improve the practice effect by creating a situation more similar to that in which the practitioner practices with an actual cow.

At this time, it is preferable that the longitudinal thickness of the above-mentioned landscape model part be 1.5 to 6 cm to form it similar to the reproductive organ of an actual cow, and furthermore, the interval between the plurality of wall model parts be 1 to 3 cm, the height of the protrusion of the above-mentioned protrusion model part be 0.5 to 1 cm, and the direction of the holes and protrusions of the wall is oriented in the forward direction (the opposite direction of the insertion direction of the injector), which is similar to the structure of the reproductive organ of an actual cow.

In the cow model for artificial insemination practice of the present invention, the sensors arranged in each of the cervical model parts and the urethra model parts may be various types of sensors that can detect the insertion of a foreign body, and may be, for example, magnetic sensors. At this time, the sensors may be electrically connected to a light on the control panel, and through this, for example, the practitioner can easily check how far the sperm injection device is inserted.

In the cow model for artificial insemination practice of the present invention, it is preferable that the cervical model part and the uterine wall model part be made of silicone, since this makes the practice environment for the practitioner more similar to an actual cow.

Furthermore, it is preferable that the cow model for artificial insemination practice of the present invention further includes an inspection hole on the upper side of the buttocks model part to allow for checking the inside of the cow model for artificial insemination practice, and it is preferable that a repair inspection hole for repairing the model is provided on the top of the model. By allowing the inside of the cow model to be checked through the inspection hole, for example, if a problem occurs during practice using the cow model for artificial insemination practice according to the present invention, there is an advantage in that it is easier to identify the problematic area and perform repairs.

The present invention will be described in more detail using the drawings below.

FIG. 1 is a perspective view of an exemplary artificial insemination practice cow model of the present invention, FIG. 2 is a front view thereof, FIG. 3 is a side view thereof, FIG. 4 is a rear view thereof, and FIG. 5 is a top view thereof.

In Fig. 1, the buttocks model part (100) of the artificial insemination practice cow model (1000) of the present invention can be confirmed, and the control panel (400) formed on the front part, the height adjustment part (200) for adjusting the height, the bottom part (300) supporting these, and the moving wheel (310) for movement can be confirmed. In Fig. 5, the inspection hole (500) formed on the upper part of the buttocks model part (100) can be confirmed.

FIG. 6 shows the front of the cow model for artificial insemination practice of the present invention, and a light (410) that blinks by a sensor on the control panel (400), a power switch (420) for turning the power of the cow model for artificial insemination practice on and off, a reset switch (430) for resetting the cow model for artificial insemination practice, and a height adjustment switch (440) for adjusting the height of the cow model for artificial insemination practice can be confirmed.

FIG. 7 is a photograph showing a landscape model part and a plurality of wall model parts included in a cow model for artificial insemination practice of the present invention. In FIG. 7, a landscape model part (520) can be seen extending in the longitudinal direction, and a plurality of wall model parts (530) formed by extending in the longitudinal direction from the landscape model part (520) can be seen, and through FIG. 8, a projection model part (531) formed as a vertical plane in the longitudinal direction can be seen on the front surface of each of the plurality of wall model parts formed by extending in the longitudinal direction.

FIG. 9 shows a side view of a state in which the landscape model part (520) and a plurality of wall model parts (530) of the present invention are aligned, and shows a case in which the landscape model part (520) and the wall model parts (530) are not aligned coaxially. The present invention implements the case in which the landscape model part (520) and the wall model parts (530) are not aligned coaxially into the model as it is, thereby enabling practitioners to perform practice similar to when practicing with an actual cow.

1000..................Cow model for artificial insemination practice
100..................buttocks model
200..................height adjustment part
300..................bottom
310..................Moving wheels
400.................Control Panel
410.................Light
420.................power switch
430..................reset switch
440..................height adjustment switch
500.................Checkpoint
510.................Vulva model
520.................Landscape Model Department
530.................................Chubyeok model section
531.................................Protrusion model section

Claims (11)

This is a practice cow model used to acquire the technique of artificial insemination by inserting a sperm injection device through the cow's vulva, passing it through the cervix and the first to third cervical walls, and then injecting the sperm in the sperm injection device into the uterus.
vulva model;
A cervical model part made of silicone and formed by extending longitudinally from the vulva model part;
A plurality of wall model parts formed by being made of silicone and extending in the longitudinal direction from the above-mentioned landscape model part, each formed at an interval of 1 to 3 cm;
A protrusion model part formed in the opposite direction to the insertion direction of the sperm injector on the front surface of each of the landscape model part and the plurality of wall model parts formed by extending in the longitudinal direction;
A sensor disposed respectively in the above landscape model section and the plurality of wall model sections, and detecting the introduction of a sperm injection device in each of the landscape model section and the wall model section;
A buttocks model part having the shape of a cow's buttocks while including the vulva model part, the cervix model part, the urethra model part, the protrusion model part, and the sensor inside;
A height adjustment unit for adjusting the height of the above hip model part;
A control panel formed on the opposite side of the above buttocks model part to the side where the external genitalia model part is located, and including a light that flashes according to detection by the sensor, a power switch, and a reset switch; and
Including an inspection hole formed on the upper side of the above hip model part to allow inspection of the interior;
The above landscape model part and the plurality of wall model parts can be implemented so that they are aligned coaxially, and the landscape model part and the plurality of wall model parts can be implemented so that they are not aligned coaxially.
A cow model for artificial insemination practice, which can check in real time whether the semen injection device has passed through the vulva model part, the cervix model part, and multiple urethra model parts through a light that flashes according to the sensor.
delete delete delete delete A cow model for artificial insemination practice, characterized in that in the first paragraph, the longitudinal thickness of the landscape model part is 1.5 to 6 cm.
delete A cow model for artificial insemination practice, characterized in that in the first paragraph, the protrusion height of the protrusion model part is 0.5 to 1 cm.
A cow model for artificial insemination practice, characterized in that in claim 1, the sensor is a magnetic sensor.
delete delete