TWM600132U - Animal vaginal insertion type physiological monitoring device - Google Patents

Abstract

An animal vaginal insertion type physiological monitoring device is used to place an animal vagina to perform vaginal physiological detection. It includes an animal physiological monitor and a delivery device. The animal physiological monitor is mainly provided with a Y-shaped carrier with a physiological detection sensor unit and a puller. Line, Y-shaped carrier extends outwards from one end of its carrier base, which can merge and expand the two abutting parts facing each other. The physiological detection sensor unit can detect the physiological condition information of the animal and wirelessly transmit it to the external monitoring system for delivery. The device includes a delivery cannula and a push rod that is movably set in the delivery cannula. The animal physiology monitor can be placed in the delivery cannula, and the delivery cannula assists the animal physiology monitor to be placed in the animal In the vagina, and with a push rod, the animal physiology monitor is pushed out to the correct position in the animal’s vagina. The second abutment part of the Y-shaped carrier is opened and positioned against the animal’s vaginal wall to reduce Animal discomfort.

Description

Animal vaginal insertion type physiological monitoring device

The present invention relates to an animal physiological monitoring device, especially an animal vaginal physiological monitoring device used to be inserted into the vagina of mammals such as cattle, sheep, pigs, etc., to monitor the physiological state of the mammal's vagina.

In the pastures that raise cattle, sheep, pigs and other mammals, in order to improve the pregnancy rate of female mammals, the relevant industry usually assists in judging the best pregnancy period of female mammals through the method of vaginal detection of female mammals in order to perform artificial Conception homework.

However, when adopting vaginal detection methods for cattle, sheep, pigs and other mammals, although precise instruments can be used to perform more accurate monitoring, the animal vaginal detection methods must be continuously monitored for a period of time to determine the best female mammals. Conception period. Therefore, at present, some people have designed an animal vaginal insertion type physiological monitoring device, which is used to insert the animal's vagina for a predetermined time of physiological condition, and cooperate with the monitoring system to perform data analysis.

In the past, a vaginal monitor used to be placed in the vagina of an animal, its structure is tied to a strip-shaped carrier with a monitoring unit, and the vaginal monitor is held by the operator and placed in the vagina of mammals such as cows, sheep, pigs, etc. Inside, the monitoring unit monitors the physiological state of the mammalian vagina, and transmits the monitored information to an external monitoring system through wireless transmission.

However, most of the vaginal detectors currently used for insertion into the animal’s vagina are of straight type. Since the straight carrier of the vaginal monitor is not easy to fix in the animal’s vagina, there is a risk of slipping off. Slipping is not easy to detect and affects the monitoring results.

In addition, my country announced the patent of M369751 mammalian vaginal detector, which uses a T-shaped fixed bracket as the carrier of the physiological detection unit. The T-shaped fixed bracket has a bearing part and the opposite sides at one end of the bearing part are respectively convex in the lateral direction. The two locking parts can be located on opposite sides of the carrying part and be folded parallel to the carrying part, and the physiological detection unit is installed in the carrying part. When the vaginal detector is placed in the animal's vagina with its T-shaped fixed bracket with a physiological detection unit in a folded state, it will be positioned at the animal's vaginal wall by the two clamping parts when it reaches a predetermined position. , And the physiological detection unit performs the detection of the physiological condition of the animal’s vagina.

However, although the aforementioned vaginal detector can make use of the groove of the T-shaped fixed bracket, it can achieve the effect of locking and positioning in the animal vagina, but the two locking parts of the T-shaped fixed bracket can be located on the opposite sides of the carrying part and close and parallel The structure folded in the carrying part can easily cause discomfort to the animal when the vaginal detector is inserted into the vagina of an animal or withdrawn from the vagina of an animal, and it is easy to cause discomfort to the animal when the vaginal monitor is put in. With the assistance of assistive devices, the problems of inaccurate delivery position and inconvenient operation are prone to occur.

The purpose of this new model is to provide an animal vaginal insertion type physiological monitoring device to solve the problem that the existing animal vaginal insertion type physiological monitoring device is not easy to fix in the animal vagina and has the risk of slipping, and the existing T-type fixed stent type physiological monitoring device The delivery position is difficult to control, the operation is inconvenient, and it is easy to make animals feel uncomfortable.

In order to achieve the foregoing purpose, the animal vaginal implantable physiological monitoring device proposed by the present invention includes: An animal physiological monitor, which includes: A Y-shaped carrier having a carrier base and two abutting portions protruding outward from one end in the longitudinal direction of the carrier base, and the two abutting portions are capable of being opened outwardly outside the end of the carrier base and The flexibility of moving closer together; A physiological detection sensor unit installed in the carrier base, and the physiological detection sensor unit can detect the physiological conditions of the animal and wirelessly transmit the detected information to an external monitoring system: A pull wire connected to the other end of the carrier base relative to the abutting portion; and A delivery device that can be sleeved on the outside of the animal physiological monitor, the delivery device includes: A delivery sleeve, the delivery sleeve has a pipe penetrating along the length direction, so that the animal physiology monitor can be placed in the pipe of the delivery sleeve, and the delivery sleeve can be placed Animal vagina A push rod is movably installed in the delivery sleeve, and the push rod can push the animal physiology monitor in the pipe of the delivery sleeve out of the delivery sleeve, so that the The animal physiology monitor is placed in the vagina of the animal.

With the creation of the aforementioned animal vaginal implantable physiological monitoring device, it can be inserted into the vagina of mammals such as cattle, sheep, pigs, etc., to monitor the physiological state of the mammal’s vagina, and has at least the following advantages when used: 1. Ensure that the physiological monitor is placed in the correct position in the animal’s vagina: The new animal vaginal implantable physiological monitoring device uses a delivery device to assist the animal’s physiological monitor to be delivered into the animal’s vagina, and can use the delivery device to ensure the physiology The monitor is placed in the correct position in the animal's vagina, and the physiological condition of the animal's vagina is detected through the physiological detection sensor unit, and the data is wirelessly transmitted to the external monitoring system for analysis. 2. Avoid slipping: The new animal vaginal insertion type physiological monitoring device uses the delivery device to assist the animal physiological monitor to be delivered to the animal vagina. The animal physiological monitor uses the second abutment part of its Y-shaped carrier to face outward It is opened and positioned against the vaginal wall of the animal to ensure that the animal physiology monitor is not easy to slip off. 3. Reduce the discomfort of the animal: continuing from the above, the animal physiology monitor uses the second abutment part of the Y-shaped carrier to expand outwards and position against the animal vagina wall, which can reduce the pressure on the animal vagina When the animal physiology monitor is installed, it is assisted by the delivery device to be inserted into the animal’s vagina, and the two abutting parts of the Y-shaped carrier are opened outward and abut against the animal’s vaginal wall. The monitor can be removed from the vagina of the animal smoothly, so it can effectively reduce the discomfort of the animal. 4. Convenient for pasture management: When the new animal vaginal implantable physiological monitoring device uses an animal physiological monitor with temperature detection function, when it is placed in the vagina of cattle and other mammals, it can monitor the body temperature of cattle and other mammals Change, and then understand whether cattle and other mammals have heat stress, so as to facilitate pasture management.

As shown in Figure 1, it discloses a preferred embodiment of the new animal vaginal implantable physiological monitoring device. As can be seen from the figure, the animal vaginal implantable physiological monitoring device includes an animal physiological monitor 10 and One delivery device 20. The following further describes the specific structure and function of the animal physiology monitor 10 and the delivery device 20.

As shown in FIGS. 1 and 2, the animal physiological monitor 10 includes a Y-shaped carrier 11, a physiological detection sensor unit 12, and a pull wire 13. The Y-shaped carrier 11 has a carrier base 111 and the same as the carrier. The base 111 has two abutting portions 112 with one end protruding outward in the longitudinal direction, and the two abutting portions 112 are provided with elasticity that can be expanded outward from the end of the carrier base 111 and can be moved closer together. The physiological detection transmission The sensing unit 12 is installed in the carrier base 111. The physiological detection sensing unit 12 has an animal physiological condition detection function, and can transmit the detected information to an external monitoring system (not shown) by wireless transmission means. The pulling wire 13 is connected to the other end of the carrier base 111 relative to the abutting portion 112. In the foregoing, the Y-type carrier 11 not only provides a carrier for the physiological detection sensor unit 12, but also serves as a carrier for medicines.

In the preferred embodiment, the physiological detection sensor unit 12 is selected according to the items scheduled to be monitored by the animal. For example, the physiological detection sensor unit 12 may have physiological conditions (such as temperature, humidity or pH ( pH value)) detection function component, used to measure the temperature, humidity, acid-base value (pH value) of the animal's vagina at a specific time interval, timing or continuous measurement, or a combination of the foregoing monitoring items. As for the aforementioned wireless transmission means, Bluetooth, Near Field Communication (NFC) or other wireless transmission methods can be selected. The aforementioned wireless transmission means are known technologies and will not be repeated here.

In this preferred embodiment, the physiological detection sensor unit 12 includes a physiological state detection element and a wireless transmission element electrically connected to the physiological state detection element. The physiological state detection element is equipped to measure the temperature and humidity of the animal’s vagina. , PH value or the combination of the aforementioned monitoring items, etc. The wireless transmission element has the function of transmitting the information obtained by the physiological state detection element to an external monitoring system by wireless transmission means. Alternatively, the physiological detection sensor unit 12 may further include a data storage element electrically connected to the physiological state detection element to obtain information (such as body temperature, humidity, pH value, etc.) obtained by the physiological state detection element. ) Records.

As shown in Figure 1, the delivery device 20 can be sleeved on the outside of the animal physiological monitor 10. The delivery device 20 includes a delivery sleeve 21 and a push rod 22. The delivery sleeve 21 is A tube that can be inserted into the vagina of an animal. In this preferred embodiment, the delivery sleeve 21 is a circular pipe, and the delivery sleeve 21 has a pipe penetrating along the length direction to make the animal physiological The monitor 10 can be placed in the pipe of the delivery sleeve 21. The opposite ends of the delivery sleeve 21 along the length direction are respectively a first end 211 and a second end 212, which are located in the delivery sleeve. The two opposed abutting portions 112 of the animal physiology monitor 10 in the pipe of the sleeve 21 are adjacent to the first end 211, and the carrier base 111 is provided with one end of the pull wire 13 adjacent to the second end of the delivery sleeve 21 212. The push rod 22 is movably installed in the pipe of the delivery sleeve 21, and one end of the push rod 22 that extends into the delivery sleeve 21 can contact the carrier base 111, and one end of the pull wire 13 is provided. The other end of the push rod 22 extends outside the second end 212 of the delivery sleeve 21, and the push rod 22 can push the animal physiology monitor 10 located in the pipe of the delivery sleeve 21 out of the delivery sleeve Outside of tube 21.

As shown in Figure 1, the first end 211 of the delivery sleeve 21 can be formed into a cone with a decreasing outer diameter, and the second end 212 of the delivery sleeve 21 has a lateral (ie, diameter) convex convex The piece 213 provides a position where the user's finger rests during operation. The push rod 22 extends beyond the second end 212 of the delivery sleeve 21 to form a pressing portion 221 at the end of the end to provide a pressing portion for the user to apply force during operation.

Regarding the use of the new animal vaginal implantable physiological monitoring device, please refer to Figures 1 and 3. The user inserts the delivery sleeve 21 equipped with the animal physiological monitor 10 into the animal’s vagina. The first end 211 of the delivery sleeve 21 is formed into a cone shape with a decreasing outer diameter, so that the delivery sleeve 21 can be inserted into the vagina of the animal, and the length of the delivery sleeve 21 can be used to assist in judging the insertion of the animal. The position of the vagina, the push rod 22 can push the animal physiology monitor 10 in the tube of the delivery sleeve 21 out of the delivery sleeve 21, so that the animal physiology monitor 10 can be easily placed in the For a predetermined position in the animal's vagina, as for the animal physiology monitor 10, the end section of the pull wire 13 connected to the Y-shaped carrier 11 extends out of the animal's vagina. In the foregoing, the animal physiology monitor 10 is positioned against the vaginal wall of the animal vagina by opening the two abutting portions 112 of the Y-shaped carrier 11 outwards to prevent the animal physiology monitor 10 from slipping out of the animal vagina.

In this way, the physiological detection sensor unit 12 of the animal physiology monitor 10 performs interval, timing, or continuous detection of the animal’s vaginal temperature, humidity, acid-base value (pH value) or the aforementioned monitoring items. Combined with other detection tasks, the physiological condition data obtained by the detection is transmitted to an external monitoring system by wireless transmission means, and the physiological condition of the animal is monitored by the monitoring system.

Taking the artificial conception of a cow as an example, the user can perform temperature detection on the animal’s vagina through the physiological detection sensor unit 12 of the animal physiological monitor 10, and perform temperature recording and monitoring through an external monitoring system. The body temperature changes to determine the estrus period of the cow, so that the user can artificially conceive the cow at the most appropriate time and improve the chance of pregnancy. In addition, the physiological detection sensor unit 12 of the animal physiology monitor 10 can also be used to detect the temperature of the animal’s vagina to monitor the cow’s body temperature, and then to understand whether the cow is under heat stress and assist the management of the farm. .

In addition, the Y-shaped carrier 11 of the animal physiology monitor 10 can also be used as a carrier for animal vaginal administration, so that the user can insert the animal physiology monitor 10 with medicine into the animal’s vagina with the aid of the delivery device 20 Dosing.

After the animal physiology monitor 10 is in the animal vagina for a predetermined period of time and the predetermined physiological condition monitoring is completed, the user can pull the animal physiology monitor 10 out of the animal vagina through the pull wire 13. Wherein, because the Y-shaped carrier 11 in the animal physiology monitor 10 is positioned against the vaginal wall of the animal’s vagina with its two abutting portions 112 outwardly opened, the user pulls the animal physiology monitor 10 through the cable 13 During the process of pulling out from the vagina of an animal, the second abutment portion 112 of the Y-shaped carrier 11 can slide out of the animal's vagina, thereby reducing the discomfort of the animal.

10: Physiological monitor 11: Y-type carrier 111: carrier base 112: contact part 12: Physiological detection sensor unit 13: Pull the line 20: Feeder 21: Delivery casing 211: first end 212: second end 213: Tab 22: putter 221: pressing part

Figure 1 is a schematic plan view of a preferred embodiment of the new animal vaginal implantable physiological monitoring device. Fig. 2 is a schematic plan view of the animal physiology monitor in the preferred embodiment of the animal vaginal insertion type physiological monitoring device shown in Fig. 1. Fig. 3 is a reference diagram of the use state of the animal physiology monitor in the preferred embodiment of the animal vaginal insertion type physiological monitoring device shown in Fig. 1 being inserted into the animal’s vagina through a delivery device.

10: Physiological monitor

11: Y-type carrier

111: carrier base

112: contact part

12: Physiological detection sensor unit

13: Pull the line

20: Feeder

21: Delivery casing

211: first end

212: second end

213: Tab

22: putter

221: pressing part

Claims (5)

An animal vaginal insertion type physiological monitoring device, which includes: An animal physiological monitor, which includes: A Y-shaped carrier having a carrier base and two abutting portions protruding outward from one end in the longitudinal direction of the carrier base, and the two abutting portions are capable of being opened outwardly outside the end of the carrier base and The flexibility of moving closer together; A physiological detection sensor unit installed in the carrier base, and the physiological detection sensor unit can detect the physiological conditions of the animal and wirelessly transmit the detected information to an external monitoring system: A pull wire connected to the other end of the carrier base relative to the abutting portion; and A delivery device that can be sleeved on the outside of the animal physiological monitor, the delivery device includes: A delivery sleeve, the delivery sleeve has a pipe penetrating along the length direction, so that the animal physiology monitor can be placed in the pipe of the delivery sleeve, and the delivery sleeve can be placed Animal vagina A push rod is movably installed in the delivery sleeve, and the push rod can push the animal physiology monitor in the pipe of the delivery sleeve out of the delivery sleeve, so that the The animal physiology monitor is placed in the vagina of the animal. The animal vaginal insertion type physiological monitoring device according to claim 1, wherein the opposite ends of the delivery sleeve along the length direction are a first end and a second end, respectively, located at the delivery sleeve The two abutting parts of the animal physiology monitor in the pipeline are adjacent to the first end, the carrier base is provided with one end of the pull wire adjacent to the second end of the delivery sleeve, and the push rod extends into the projection One end of the delivery sleeve can contact the carrier base and one end of the pull wire is provided, and the other end of the push rod extends outside the second end of the delivery sleeve. The animal vaginal insertion type physiological monitoring device according to claim 2, wherein the second end of the delivery sleeve has a laterally protruding tab portion, and the push rod extends out of the second end of the delivery sleeve The end of the end outside the end forms a pressing part. The animal vaginal insertion type physiological monitoring device according to any one of claims 1 to 3, wherein the physiological detection sensing unit includes a physiological state detection element electrically connected with a wireless transmission element. The animal vaginal insertion type physiological monitoring device according to claim 4, wherein the physiological detection sensing unit further includes a data storage element electrically connected to the physiological state detection element.

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