Bovine ovarian syringe

Abstract

This invention relates to a bovine ovarian syringe to solve the problem of adverse effects on the health of cows caused by inserting an arm into their bodies. The invention utilizes a semi-dome-shaped structure at the tip of the syringe to allow it to pass smoothly through the cow's internal muscles and folds. Through a lens, light source, detector, central processing unit of the handheld controller, and screen housed within the syringe, the user can clearly see the internal structure of the cow and the distance and location of muscles and folds in the current environment, thus allowing for real-time adjustment of the syringe tip's direction. Once the syringe tip enters the cow's uterus, the user controls the input unit via the information displayed on the screen, guiding the syringe to the cow's oviduct. Then, through the air supply and liquid supply units, liquid is released, allowing the bull's semen to be inserted into the cow.

Claims

1. A bovine ovary syringe, comprising: a sleeve (10), a flexible tube (11), a lens (12), a light source (13) and a detector (14), wherein the flexible tube (11) is located at the center of the sleeve (10) and is axially penetrating the sleeve (10) at the front end (101) and the sleeve end (102), and the lens (12), the light source (13) and the detector (14) are located at the front end (101) of the sleeve and are disposed between the inner wall of the sleeve (10) and the outer wall of the flexible tube (11); A syringe (20) is fitted onto the outside of the sleeve (10). The syringe (20) has a through hole (21) axially penetrating the syringe (20) in its center, and the sleeve (10) is axially inserted into the through hole (21). The front end of the sleeve (10) is located at the front end (201) of the syringe (20). A handheld controller (30) is provided with an input unit (31), a central processing unit (32), a random access memory (33), and a power supply (34). The input unit (31), the random access memory (33), and the power supply (34) are all electrically connected to the central processing unit (32), and the central processing unit (32) is also electrically connected to the lens (12), the light source (13), and the detector (14). A screen (40) is electrically connected to the central processing unit (32). An air supply unit (50) is connected to one end of the hose (11) via a connecting pipe (51); and a liquid supply unit (60) is connected to the connecting pipe (51), wherein the liquid supply unit (60) is capable of supplying a liquid into the connecting pipe (51), and the liquid supply unit (60) is located between the end of the hose (11) and the air supply unit (50).

2. The bovine ovary syringe as described in claim 1, wherein the tubing (11) is a silicone tube.

3. The bovine ovary syringe as claimed in claim 2, wherein the front end (201) of the syringe (20) is a semi-dome structure.

4. The bovine ovary syringe as claimed in claim 3, wherein the liquid supply unit (60) further comprises a liquid supply electronic valve (61) disposed between the liquid supply unit (60) and the connecting tube (51), and the liquid supply electronic valve (61) is electrically connected to the central processing unit (32).

5. The bovine ovary syringe as claimed in claim 4, wherein the gas supply unit (50) further comprises a gas supply electronic valve (52) disposed between the gas supply unit (50) and the connecting pipe (51), and both the gas supply unit (50) and the gas supply electronic valve (52) are electrically connected to the central processing unit (32).

6. The bovine ovary syringe as described in claim 2, wherein the syringe (20) is a metal cylinder.

7. The bovine ovary syringe as described in claim 6, wherein the syringe (20) is integrally formed.

8. The bovine ovary syringe as claimed in claim 3, wherein the lens (12), the light source (13) and the detector (14) are arranged around the tubing (11) with the tubing (11) as the center, and any two adjacent ones are in a phase difference of approximately 120 degrees.

9. The bovine ovary syringe as claimed in claim 5, wherein the liquid supply unit (60) is disposed between the air supply unit (50) and the end of the tubing (112).

10. The bovine ovary syringe as described in claim 5, wherein the detector (14) is an ultrasonic detector.

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