TWI707584B - Photographic device system for observing the activity state of pets in water - Google Patents

Abstract

A photographing device system for observing the activity state of pets in water, which is applied to a water tank device with a high water volume, and includes at least one photographic lens, at least one processing device and at least one display; wherein the user can use the at least one The display is used to observe the current activity status of the pet in the water tank device and/or various current status data; wherein the user can more click on the real-time screen at any two time points before and after to observe and compare or analyze the pet in the front and back. The activity state and/or the corresponding state data of the water tank device at the time point is helpful for the user to understand the pet's activity state in the water and its rehabilitation effect, thereby improving the use efficiency of the water tank device.

Description

Photographic device system for observing the activity state of pets in water

The present invention relates to a photographing device system, in particular to a photographing device system for observing the activity state of a pet in the water, so that the user can observe or compare the activity state of the pet in the water in real time, and thereby correlate the activity state of the pet Research and application.

With the changes in the general environment, human society has gradually entered into a declining birthplace and aging lifestyle. More and more people regard all kinds of animals such as dogs, cats, pigs, or fish (such as expensive red dragon fish) as Pets are driving new business opportunities in the pet industry. It can be seen that the owners' demands for improving pet care and health (such as rehabilitation) will gradually increase.

At present, there are a variety of camera systems with monitoring functions. As usual, the building monitoring system can grasp the situation in a specific area and the activities of personnel, and transmit the images to the screen display of the human-machine interface to achieve real-time monitoring by the user The purpose of this specific area, but there has not been seen that such a camera system with monitoring function can be applied to the medical or rehabilitation field of pets through proper or ingenious design arrangements.

In addition, there is also a product with the function of an underwater treadmill (the appearance is the water tank device or the shape of a bathtub as referred to in this case) for sports, leisure or medical rehabilitation, as the inventor of this case applied for and approved As shown in the new patent No. M563895 "Removable rack for underwater treadmill", this "water treadmill" (ie, the water tank device referred to in this case) can be used for medical rehabilitation of pets, allowing pets to use The buoyancy of water reduces the burden on the limbs and bones during rehabilitation activities. However, when the above-mentioned underwater treadmill is used in the medical rehabilitation of pets, users (such as pet medical therapists or pet owners) generally can only approach the underwater treadmill to witness the pet's current activities in the underwater treadmill. It is impossible to compare or record the activity state of the pet in the water treadmill and the state data corresponding to the activity state while observing. Therefore, it is also impossible to know whether the pet is well obtained by the activity of the water treadmill. Or progressive rehabilitation effects. In other words, in terms of the current application technology or use efficiency of the treadmill in water for pets, users (such as pet medical rehabilitators or pet owners) cannot reliably observe the pet's rehabilitation activities in the water treadmill. The difference between the pre-state and the post-rehabilitation state is also because there is no reliable and effective record of the pet’s various activity states in the water treadmill and/or the state data corresponding to each activity state, so of course the user cannot be sure. Compare the difference between the pre-rehabilitation state and the post-rehabilitation state to further analyze or judge whether the pet has actually obtained the desired rehabilitation effect after each rehabilitation activity. For the user of the water treadmill, it may be the pet’s medical rehabilitator, the pet owner himself, or both the medical rehabilitator and the pet owner. When the current pet water treadmill cannot allow the user to observe and compare , Analysis or judgment to truly understand the effectiveness of the pet’s rehabilitation, not only will cause confusion for the user (such as the pet owner’s fee to ask a medical rehabilitator to rehabilitate the pet), it will also allow the user to rehabilitate the water treadmill. Loss of confidence in health function and efficiency is a problem that users of this underwater treadmill, especially manufacturers, have to face and solve. Therefore, there is indeed a need for further improvement of the above-mentioned treadmill in water for pets, and this case proposes a solution to the above-mentioned needs.

The main purpose of the present invention is to provide a photographing device system for observing the activity state of pets in water, which is applied to a water tank device with a high water volume, which includes at least one photographic lens, at least one processing device and at least one display; The user can use the at least one display to observe the current activity status of the pet in the water tank device and/or various current status data; wherein the user can further click on the real-time screen at any two time points before and after to observe and compare or Analyzing the pet's activity state and/or corresponding state data in the water tank device at the two points in time before and after it is helpful for the user to understand the pet's activity state in the water and its rehabilitation effect, thereby improving the use of the water tank device effectiveness.

In order to achieve the above object, the present invention provides a photographing device system for observing the activity state of pets in the water, which is applied to a water tank device with a high water volume for the user to observe the activity state of at least one pet in the water tank device, It includes at least one photographing lens, at least one processing device, and at least one display; wherein the at least one photographing lens is arranged in different photographing directions or angles for capturing the time points when the at least one pet moves in the water tank device The at least one processing device has a recording unit, an analysis unit, and a processing unit, wherein the recording unit is used to receive and record the time points captured and output by each camera lens Real-time image, wherein the analysis unit is used to determine and analyze the state data of various activity states of the at least one pet in the real-time image at each time point, and the processing unit is used to make the real-time image at each time point and each time point The state data of various activity states can be synchronously combined and displayed on a real-time screen to further form a real-time screen at each time point and output; wherein the at least one display is arranged on the water tank device and is telecommunications with the at least one processing device Connected, the at least one display has a display portion, wherein the at least one display can receive the real-time images of each time point output by the at least one processing device and can be displayed on the display portion for the user to observe; wherein the user can Use the at least one display to click the real-time screen at the current time point, so as to observe the current activity state and/or current state data of the at least one pet in the water tank device; wherein the user can use the at least one display to click Select real-time images at any two time points before and after, so as to observe and compare the activity state and/or corresponding state data of the at least one pet in the water tank device at any two time points before and after, which helps to understand the pet in the water instantly Changes and applications of research on activity status and pets’ activity status in the water.

In a preferred embodiment of the present invention, the water tank device is further an underwater treadmill, and the underwater treadmill includes a running platform for the at least one pet to walk on; at least one perspective surface for the user to view the at least The activity state of a pet on the running platform; a straight telescopic rod is connected to the front end of the running platform so that the user can adjust the straight telescopic rod to move straight up and down to adjust the height of the front end of the running platform and then adjust the The slope of the running platform; and at least one transmission part is connected to the top end of the straight telescopic rod so that the user can drive the straight telescopic rod to move straight up and down through the at least one transmission part.

In a preferred embodiment of the present invention, when the at least one pet is moving on the underwater treadmill, the user can use the real-time screen to observe or compare the activity state and/or corresponding status of the at least one pet’s limbs The state data of the limbs, where the activity state of the limbs and/or the corresponding state data include the angle of upper leg bone bending, the angle of lower leg bone bending, the gait analysis of the limbs, the running speed of the limbs at various treadmill speeds, and the Any one, or a combination of any two or more of the leg lift range under various treadmill speeds, and the activity steps under various treadmill slopes.

In a preferred embodiment of the present invention, the water tank device is further an aquarium; wherein the at least one pet is fish or shellfish.

In a preferred embodiment of the present invention, when fish or shellfish are moving in the aquarium, the user can use the real-time screen to observe or compare the number of times the fish or shellfish swim to the left or right, and stop Any one or a combination of any two or more of the number of immobility, vitality, quantity, and appearance color changes.

In a preferred embodiment of the present invention, the at least one processing device is further arranged on the at least one photographing lens.

In a preferred embodiment of the present invention, the photographing device system further includes at least one electronic device; wherein the at least one electronic device includes a smart phone, a tablet computer, or a notebook computer.

In a preferred embodiment of the present invention, the at least one electronic device is telecommunications connected with the at least one processing device, so that the user can use the at least one electronic device to display and observe the real-time image.

In a preferred embodiment of the present invention, the at least one electronic device can retrieve the real-time image from a cloud database; wherein the at least one processing device is further telecommunications connected to the cloud database and can store the real-time image in the cloud data Library.

In a preferred embodiment of the present invention, the at least one photographing lens can be further optionally arranged on or under the water inside the water tank device, or outside the water tank device.

With the drawings, the structure and technical features of the present invention are described in detail below. The drawings are only used to illustrate the structural relationship and related functions of the present invention. Therefore, the size of each element in each figure is not drawn according to actual scale. It is not intended to limit the present invention.

1 to 7, the present invention provides a photographing device system 1 for observing the activity state of pets in the water, which is applied to a water tank device 2 with a water volume height for the user to observe at least one pet 3 in the water tank In the active state of the device 2, the photographing device system 1 includes at least one photographing lens 10, at least one processing device 20 and at least one display 30.

The at least one photographing lens 10 is arranged in different photographing directions or angles for capturing real-time images 11 at each time point when the at least one pet 3 is moving in the water tank device 2 and outputting it to the outside.

The at least one processing device 20 has a recording unit 21, an analysis unit 22, and a processing unit 23; wherein the recording unit 21 is used to receive and record real-time images 11 captured and output by each photographic lens 10 at each time point The analysis unit 22 is used to determine and analyze the various activity status data 221 of the at least one pet 3 in the real-time image 11 at each time point; wherein the processing unit 23 is used to make the real-time image 11 at each time point The state data 221 of various activity states at each time point can be displayed on a real-time screen 24 in synchronization with each other to further form the real-time screen 24 at each time point and output to the outside.

Among them, the state data 221 of various activity states further includes any one or both of text data and chart data, but is not limited as shown in FIGS. 4 and 6.

The at least one display 30 is provided on the water tank device 2 and is telecommunications connected to the at least one processing device 20. The at least one display 30 has a display portion 31; wherein the at least one display 30 can receive the at least one processing device 20 The output real-time screen 24 at each time point can also be displayed on the display portion 31 for the user to observe as shown in FIG. 4.

The user can use the at least one display 30 to click on the real-time screen 24 at the current time point, so as to observe the current activity state of the at least one pet 3 in the water tank device 2 and/or the current state data 221.

The user can use the at least one display 30 to click on the real-time screen 24 at any two time points before and after, so as to observe and compare the activity state of the at least one pet 3 in the water tank device 2 at any two time points before and after and/ Or the corresponding status data 221.

In the embodiment shown in FIGS. 1 to 4, the water tank device 2 is further an underwater treadmill 2a, and the underwater treadmill 2a includes a treadmill 60 for the at least one pet 3 to walk on; at least one perspective surface 61 The user can watch the activity state of the at least one pet 3 on the running platform 60 from the outside; a straight telescopic rod 62 is connected to the front end of the running platform 60 for the user to adjust the straight telescopic rod 62 for straight up and down Telescopic movement to adjust the height of the front end of the running platform 60 to adjust the slope of the running platform 60; and at least one transmission portion 63 is connected to the top of the straight telescopic rod 62 for the user to drive by the at least one transmission portion 63 The straight telescopic rod 62 moves straight up and down.

Among them, the "at least one pet 3" mentioned in the embodiments shown in FIGS. 1 to 4 generally refers to pets with limbs such as dogs, cats, or pigs. The embodiments in FIGS. 1, 2 and 4 The drawing of the dog as the at least one pet 3 is only for convenience of illustration and does not limit the present invention.

2 and 4, when the at least one pet 3 is moving on the water treadmill 2a, the user can use the real-time screen 24 to observe or compare the activity state of the at least one pet 3's limbs and/or the corresponding The state data 221 of the limbs, where the activity state of the limbs and/or the corresponding state data 221 includes the angle of upper leg bone bending, the angle of lower leg bone bending, the gait analysis of the limbs, and the running speed of the limbs at various treadmill speeds , Any one or a combination of any two or more of the leg lift range under various treadmill speeds and the activity steps under various treadmill slopes is shown in Figure 4.

In this way, the user can not only know the movement state of the limbs of the at least one pet 3, but also can analyze, judge or evaluate the health state of the at least one pet 3, such as the rehabilitation condition after limb injury and the cardiopulmonary function during exercise. Check whether the limbs are injured due to overweight, etc., and collect research data for a period of time as scientific research on pet health to help the at least one pet 3 have a better health.

In the embodiment shown in FIGS. 5 and 6, the water tank device 2 is further an aquarium 2b but not limited; wherein the at least one pet 3 is fish 3a or shellfish but not limited.

Wherein, when the fish 3a or shellfish are moving in the aquarium 2b, the user can observe or compare the fish 3a or shellfish in a selected unit time (such as five minutes but not limited) through the real-time screen 24 Any one or a combination of any two or more of the number of swam left or right, the number of stops, the number of stops, or the change in appearance color is shown in Figure 6.

In this way, users can not only understand the activity status of fish 3a or shellfish, and can analyze, judge or evaluate the health of fish 3a or shellfish, or observe fish 3a or shellfish in real time, but also collect a section The time-based research data serves as scientific research on fish 3a or shellfish health to help fish 3a or shellfish have a good health status.

Referring to FIG. 3, the at least one processing device 20 is further disposed on the at least one photographing lens 10 but not limited.

5, the photographing device system 1 further includes at least one electronic device 40 but not limited; wherein the at least one electronic device 40 includes a smart phone, a tablet computer, or a notebook computer but not limited; wherein the at least one electronic device 40 is telecommunications connected with the at least one processing device 20, so that the user can use the at least one electronic device 40 to display and observe the real-time image 24.

5, the at least one electronic device 40 can retrieve the real-time frame 24 from a cloud database 50; wherein the at least one processing device 20 is further connected to the cloud database 50 by telecommunication and can store the real-time frame 24 in the cloud data The library 50 is used for remote observation operations.

The above-mentioned "telecom connection" methods include wired connection methods such as twisted pair, coaxial cable and optical fiber transmission, but are not limited, or through the Internet, Wi-Fi, ZigBee, SUB-G, The wireless connection method of wireless connection transmission such as Bluetooth or LoRa is not limited.

1 and 5, the at least one photographic lens 10 can be further optionally arranged on the water surface or under the water surface of the water tank device 2, or the outside of the water tank device 2 (not shown), but is not limited, so as to facilitate different More diverse observations from a different perspective.

Compared with the prior art in the field, the photographing device system 1 of the present invention has the following advantages:

(1) The user can use the at least one display 30 or the electronic device 40 to click the real-time screen at the current time point to observe the current activity state and/or current state data of the pet in the water tank device, so as to overcome or solve According to the conventional water treadmill, it is impossible to compare or record the activity state of the pet in the water treadmill and the state data corresponding to the activity state while observing. The problem of getting a good or progressive rehabilitation effect from activities.

(2) The user can use the at least one display 30 or the electronic device 40 to click on the real-time images at any two time points before and after to observe and compare and analyze or judge the activity state of the at least one pet in the water tank device and the corresponding The difference between the status data at any two points in time before and after this, in order to overcome or solve the problem of the conventional water treadmill, "the user cannot accurately compare the difference between the state before and after rehabilitation to further analyze and judge the pet After every rehabilitation activity, has the rehabilitation effect actually been obtained?"

(3) Through the at least one display 30 or the electronic device 40, the user can accurately understand the pet's activity state in the water and its rehabilitation effect, thereby greatly improving the efficiency of the water tank device and the convenience of the user.

The above are only the preferred embodiments of the present invention, which are only illustrative for the present invention and not restrictive; those of ordinary skill in the art understand that they can be used within the spirit and scope defined by the claims of the present invention. Many changes, modifications, and even equivalent changes have been made, but they will all fall within the protection scope of the present invention.

1: Camera system 10: Photography lens 11: Live image 20: Processing device 21: Recording unit 22: Analysis unit 221: status data 23: processing unit 24: Instant picture 30: display 31: Display 40: electronic device 50: Cloud database 2: Water tank device 2a: Water treadmill 60: running platform 61: Perspective 62: straight telescopic pole 63: Transmission Department 2b: Aquarium 3: pet 3a: fish

Figure 1: A schematic plan view of a side view of an embodiment of the present invention. Fig. 2 is a schematic diagram of the activity state of at least one pet in Fig. 1 in the water tank device. Figure 3: A three-dimensional schematic diagram of the water tank device of the present invention, which is an underwater treadmill. Fig. 4: is a schematic diagram of at least one display of the present invention displaying the real-time image of Fig. 2; Figure 5: A schematic plan view of a side view of another embodiment of the present invention (at least one pet is a fish). Fig. 6 is a schematic diagram of at least one electronic device of the present invention displaying the real-time screen of Fig. 5; Fig. 7 is a block diagram showing the relationship of the photographing device system of the present invention.

no

1: Camera system

10: Photography lens

11: Live image

20: Processing device

22: Analysis unit

221: status data

23: processing unit

24: Instant picture

30: display

31: Display

2: Water tank device

2a: Water treadmill

60: running platform

61: Perspective

62: straight telescopic pole

63: Transmission Department

3: pet

Claims (5)

A photographing device system for observing the activity state of pets in the water, which is applied to a water tank device with a height of water so that the user can observe the activity state of at least one pet in the water tank device, comprising: at least one photographing lens , The at least one photographing lens is arranged in different photographing directions or angles for capturing and outputting real-time images of each time point when the at least one pet moves in the water tank device; at least one processing device, the at least one processing device The device has a recording unit, an analysis unit, and a processing unit; wherein the recording unit is used to receive and record real-time images at each time point captured and output by each photographic lens; wherein the analysis unit is used to judge and analyze The state data of the various activity states of the at least one pet in the real-time image at each time point; wherein the processing unit is used to make the real-time image at each time point and the state data of various activity states at each time point synchronously combined and displayed in one The real-time picture is further formed on the real-time picture at each time point and outputted outward; and at least one display, the at least one display is arranged on the water tank device and is telecommunications connected with the at least one processing device, and the at least one display has a display Section; wherein the at least one display can receive the at least one processing device output real-time images at each time point and can be displayed on the display portion for the user to observe; wherein the user can use the at least one display to click on the current A real-time image at a time point, so as to observe the current activity state and/or current state data of the at least one pet in the water tank device; wherein the user can use the at least one display to click the real-time image at any two time points before and after , In order to observe and compare and analyze or determine the activity state of the at least one pet in the water tank device and the difference between the corresponding state data at any two time points; wherein the water tank device is an underwater treadmill, and the water tank device The treadmill includes a running platform for the at least one pet to walk on; at least one perspective surface for the user to observe the at least one pet running on the The activity state on the platform; a straight telescopic rod is connected to the front end of the running platform for the user to adjust the straight telescopic rod to move straight up and down to adjust the height of the front end of the running platform and then adjust the slope of the running platform And at least one transmission part is connected to the top of the straight telescopic rod for the user to drive the straight telescopic rod to move straight up and down by the at least one transmission part; wherein when the at least one pet is in the water When moving on a treadmill, the user can use the real-time screen to observe or compare the activity state or corresponding state data of the at least one pet’s limbs, where the activity state of the pet’s limbs or the corresponding state data includes The angle of the pet’s upper leg bones, the pet’s lower leg bones, the gait analysis of the pet’s limbs, the walking speed of the pet’s limbs at various speeds of the treadmill in the water, the lifting amplitude of the pet’s legs at various speeds of the treadmill Any one or a combination of any two or more of the pet's step size under various slopes of the underwater treadmill; wherein the at least one photographing lens is arranged under the water surface inside the water tank device. According to the photographing device system described in claim 1, wherein the at least one processing device is further provided on the at least one photographing lens. The photographing device system described in claim 1, wherein the photographing device system further includes at least one electronic device; wherein the at least one electronic device includes a smart phone, a tablet computer, or a notebook computer or a combination thereof. Such as the photographing device system described in item 3 of the scope of patent application, wherein the at least one electronic device is telecommunications connected with the at least one processing device, so that the user can use the at least one electronic device to display and observe real-time images at various time points . For example, the photographing device system described in item 3 of the scope of patent application, wherein the at least one electronic device can extract real-time images at each time point from a cloud database; wherein the at least one processing device is further connected to the cloud database by telecommunication and can Store the real-time screen at each time point in the cloud database.

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