Pet nursing and accompanying system

A pet and cat technology, applied in the field of pet care and companion system, can solve problems such as obesity, inability to interact with cats, psychological problems, etc., to achieve the effect of ensuring healthy life and avoiding food shortages

Active Publication Date: 2021-12-17
SUZHOU ART & DESIGN TECH INST
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] Keeping pets has become a kind of spiritual sustenance for people. People get warm companionship from pets. The emotional communication between us and pets has become more and more important. However, the busy work and life prevent most pet owners from taking better care and companionship. Pets, pets are very likely to suffer from the psychological problems of separation anxiety and the physical problems of obesity
[0003] In the existing pet care technology, when the owner goes out and leaves the cat at home, the owner can only check the status of the cat at home through the camera screen, and cannot remotely interact with the cat
Cats, on the other hand, only rely on the food prepared by the owner before leaving home, so that the daily food intake of the cat cannot be controlled, and it is impossible to guarantee that the cat will not cause health problems due to food shortage or excess
At the same time, before leaving home, the owner usually prepares static toys for the cat to entertain. However, the cat is easily bored with the static toys, which makes the cat feel lonely when staying at home, sleeps most of the time, and lack of exercise can easily lead to obesity

Method used

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  • Pet nursing and accompanying system

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0085] Example 1: After the owner leaves home, the projection module regularly projects laser light to cat A's main activity range, attracting cat A's attention, but cat A is timid, and was frightened by the interference of the projected laser at first, and his posture gradually changed into an arched shape. The heart rate increased, and soon cat A’s heart rate increased by more than 40%, but the logic judgment module received the cat’s arched posture characteristics from the camera module at this time, and the logic judgment module put aside the judgment, and then cat A gradually became curious about the laser, and the posture returned to normal , the logic judgment module restarts the analysis and judgment, and keeps chasing the laser. After the exercise, cat A’s heart rate increases by more than 40%. The logic judgment module judges that the projected laser has a high enthusiasm for the cat’s movement, and outputs an electrical signal to the timing unit to start timing and en...

Embodiment 2

[0086] Example 2: After the owner leaves home, the projection module regularly projects laser light to cat B’s main activity range, attracting cat B’s attention. Cat B is generally enthusiastic about laser shaking, and outputs signals to the frequency adjustment sub-module to speed up the trajectory and speed of the projected laser. The shape changes the speed, and when the heart rate exceeds 40%, the electrical signal is output to the timing unit for timing. After the counting is over, t=5 minutes is obtained. When the conversion coefficient k=10 of converting the exercise time into the amount of exercise, it is converted into the amount of exercise and obtained. The amount of exercise q = 50, and q is measured during the next two exercises 2 =50,q 3 =20, and then Q=120; when the basic feeding amount y=100 grams, it is finally calculated that the food that needs to be fed this time is Y=111 grams, and the standard feeding amount P is 115 grams, because Y

Embodiment 3

[0087] Example 3: After the owner leaves home, the projection module regularly projects laser light to the main activity range of cat C. Cat C does not pay attention during the rest, and the increase in heart rate exceeds the average heart rate data by less than 10%, and the output signal is sent to the call prompt module , the call reminder module sends a reminder signal to the director. After receiving the reminder signal, the owner calls cat C remotely through the speaker module, communicates and interacts with cat C at a long distance, and draws cat C's attention to the projected laser, arouses cat C's enthusiasm for exercise, and outputs The signal is sent to the frequency adjustment sub-module to speed up the trajectory and shape transformation speed of the projected laser, and after the heart rate beats more than 40%, output the electrical signal to the timing unit for timing, and get t=10 minutes after the end of the counting, and convert it into the amount of exercise d...

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PUM

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Abstract

The invention discloses a pet nursing and accompanying system. The pet nursing and accompanying system comprises a monitoring projection module, a monitoring module, an exercise amount analysis module and a feeding module, and is characterized in that the monitoring projection module is used for remote observation and interactive accompanying of a cat by an owner, the monitoring module is used for tracking and positioning the cat and detecting the physical condition of the cat, the exercise amount analysis module is used for analyzing and judging the exercise amount of the cat in the exercise period, the feeding module is used for reasonably feeding the cat in a timing and amount-controlled mode, the monitoring projection module and the monitoring module are both in network connection with the exercise amount analysis module, the exercise amount analysis module is electrically connected with the feeding module, the monitoring projection module comprises a camera module, a projection module and a loudspeaker module, the camera module is used for shooting transmitted real-time pictures, the projection module is used for regularly projecting laser to the main activity range of the cat. The pet nursing and accompanying system has the characteristics that interaction modes are enriched, and the cat food intake can be controlled.

Description

technical field [0001] The invention relates to the technical field of pet care, in particular to a pet care companion system. Background technique [0002] Keeping pets has become a kind of spiritual sustenance for people. People get warm companionship from pets. The emotional communication between us and pets has become more and more important. However, the busy work and life prevent most pet owners from taking better care and companionship. Pets, pets are very likely to have the psychological problems of separation anxiety and the physical problems of obesity. [0003] In the existing pet care technology, when the owner goes out and leaves the cat at home, the owner can only check the status of the cat at home through the camera screen, and cannot interact with the cat remotely. Cats, on the other hand, only rely on the food prepared by the owner before leaving home, so the cat’s daily food intake cannot be controlled, and it is impossible to guarantee that the cat will ...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): A01K29/00A01K5/02A01K15/02A01K27/00G06F17/11H04N7/18
CPCA01K29/00A01K29/005A01K5/0283A01K15/021A01K27/001A01K27/009G06F17/11H04N7/18
Inventor 李炜
Owner SUZHOU ART & DESIGN TECH INST
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