CN211832366U - Pet monitoring device and pet monitoring system - Google Patents

Description of the drawings: the pet food feeding system comprises a

110, a

111, a

112, a triggering

113, a

114, a

115, an

120, an

130, a

140, an

150, a feeding

210, a

220, a feeding

230, a

240, a

250, a drinking

260, a food

270, a

310,

320 and a

330.

referring to fig. 1, the pet monitoring device of the present application includes: the system comprises a

110, an

120, an

130, a

140 and an

150.

A

110 for receiving and recognizing an instruction issued by a user; the

120 is used for acquiring monitoring information uploaded by wearing equipment of the pet according to the instruction, and is connected with the

110; and an

130 for displaying the monitoring information by sound and/or by image, which is connected to the

120. And a

140 for setting the relationship between the instruction and the monitoring information, which is connected with the

110. And an

150, configured to control the

130 to alarm in a sound/image manner when it is detected that the monitoring information obtained by the

120 meets a preset condition, and connected to the

120 and the

130.

The

110 includes:

a

111 for receiving a voice uttered by a user; and

a

112 for analyzing the instructions in the recognized speech, which is connected to the speech reception module and the

120.

In this embodiment, the

111 includes a microphone or an array of microphones.

In this embodiment, the

112 includes a voice recognition chip, and obtains the corresponding instruction by analyzing and recognizing the keyword in the voice after obtaining the corresponding voice through the

110.

The

110 further includes: and a

113 for controlling the

120 to obtain the monitoring information after receiving a trigger instruction from the user, and connected to the

120.

Through setting up

113 on pet monitoring devices, the user can trigger monitoring information's voice broadcast or image display by a key, can operate when the inconvenient sound production of user or speech recognition receive to disturb more greatly like this, obtains the monitoring information of pet more fast. Of course, the

113 may accept different triggering times to generate different triggering instructions, for example, one pressing may be configured to generate a triggering instruction for acquiring the geographic location of the pet, and two pressing may be configured to generate a triggering instruction for acquiring the health of the pet.

The

110 further includes: a

114 for acquiring a gesture of a user; and a

115 for analyzing an instruction according to a gesture of a user, which is connected to the gesture acquisition module and the

120.

In this embodiment, the

114 may be an infrared sensor or a camera. The user can wave the hand to trigger the infrared sensor to output an instruction, or the user can make a specific gesture, and after the camera acquires the gesture, the

115 recognizes the shape of the gesture to realize gesture analysis.

In this embodiment, the

130 includes communication modules such as WIFI/2G/3G/4G.

In this embodiment, the

140 includes a sound playing unit and an image display unit, and can display the measurement information such as the current position of the pet, the amount of movement of the pet, and the amount of food eaten by the pet in a sound playing and/or image manner. For example, by voice broadcast: the yellow (pet name) is now located in XX park or the yellow is displayed on an electronic map via a display screen.

In this embodiment, the

150 includes a storage chip, which stores a relationship table between the instruction and the monitoring information. For example, a keyword "position" of the voice may be set to correspond to the instruction "acquire position information", and a keyword "amount of exercise" of the voice may be set to correspond to the instruction "acquire exercise information". The keywords of the speech may be set according to the actual requirements of the user, and are not limited herein. For example, the number of times the trigger button is pressed may be set in relation to the instruction.

Further, referring to fig. 2, the pet monitoring device further includes: the pet food feeding system comprises a feeding

210, a

220, a feeding

230, a

240, a

250, a drinking

260 and a food

270.

A feeding instruction receiving

210, communicatively connected to the server or the pet wearing device, for receiving an instruction for feeding the pet sent by the server; a

220 for identifying a pet identity of the pet wearing device; a feeding

230, connected to the

220, for uploading pet identities and obtaining feeding schemes transmitted by the server; and the

240 is connected with the feeding instruction receiving

210 and the feeding

230, and is configured to receive and feed the food according to the feeding scheme. And the

250 is arranged on the container for containing food and is used for detecting the allowance of the container for containing food after the pet finishes eating every time. Drinking

260, it sets up on the container that holds the drinking water, and it is used for detecting pet drinking water back splendid attire drinking water container's surplus. And the food

270 is connected with the drinking

260 and the

250, and is used for alarming the user when the drinking

260 detects that the residual quantity of water and/or the

250 detects that the residual quantity of food is still within the preset range in the set time.

In this embodiment, the feeding instruction receiving

210 includes a 2G/3G/4G communication module or a WIFI module. The feeding instruction receiving

210 is in communication connection with a server or a user terminal. The feeding instruction receiving

210 can receive a feeding command from the server and also can receive a video image transmitted from the user terminal.

The

220 includes: an image recognition unit for confirming an identity of the pet by recognizing a face image of the pet; and/or an identity recognition unit for confirming the identity of the pet by recognizing the identity tag information worn by the pet.

In this embodiment, throw

240 and be the automatic mechanical device design, its storage has food and drinking water that the user was used for feeding, throws

240 and can add drinking water and food automatically, and the user also can throw

240 through terminal control and add drinking water or the container inside of splendid attire food to the container inside of splendid attire drinking water.

The pet monitoring device further comprises two or more containers for containing food, each container corresponds to a preset pet, and when the

220 identifies the identity of the pet corresponding to the container, the

240 feeds the pet. That is to say, the pet feeding device of this application can set up a plurality of containers that hold food, and every container only supplies a pet to use, and the management to the feeding of the family that has a plurality of pets like this is more meticulous and convenient.

In addition, each container can be provided with a

220 which is used for identifying whether the pet close to the container is a preset pet or not, so that the pet can be prevented from eating food which is not the pet with the amount of the pet.

In this embodiment, the drinking

260 includes a weight detecting module disposed at the bottom of the container for containing drinking water. After the pet has drunk water, the weight of the container for containing the drinking water can be changed, and the drinking water detection module can detect the amount of the drinking water of the pet according to the weight change.

In the same way, in the present embodiment, the

250 includes a weight detecting module disposed at the bottom of a container for holding food. After the pet eats the food, the weight of the container holding the food changes, and the

250 can detect the remaining amount of the food by detecting the change of the weight.

referring to fig. 3, the pet monitoring system of the present application includes: the

310 as described above; the

320 is used for storing identity information including pets for the

310 to identify, acquire monitoring information of the pets and upload the monitoring information to the

330; a

330 communicatively coupled to the

310 and the pet-worn

320.

The

320 monitors the position information, the motion information, the health information and the like of the pet, uploads the position information, the motion information and the health information to the

330, and the

330 stores the position information, the motion information, the health information and the like corresponding to the pet.

The

310 receives the voice sent by the user, recognizes the keyword in the voice, and finds a corresponding instruction according to the keyword. For example, after the user turns on the

310, the user speaks into the pet monitoring device 310: "please tell me the pet's location" or "where XX (pet name)" is, keywords are recognized by voice: the instruction corresponding to the "position" and "where" is to acquire the current position of the pet.

The

310 may further set the

113 to obtain the pet monitoring information, for example, the

113 may be set on the

310, and the user may trigger the voice broadcast or the image display of the monitoring information by one button, so that the monitoring information of the pet may be obtained more quickly when the user is inconvenient to sound or the voice recognition is greatly interfered.

The

310 may further be provided with a

114 and a

115 to generate a triggering instruction. For example, the

114 may be an infrared sensor or a camera. The user can wave the hand to trigger the infrared sensor to output an instruction, or the user can make a specific gesture, and after the camera acquires the gesture, the

115 recognizes the shape of the gesture to realize gesture analysis.

The

130 requests the

330 to obtain the position information of the pet according to the instruction. The

140 plays the acquired position information through sound, and/or displays the position information through an image. The position information of the pet is played through the sound player, for example, when the user inquires the position of the pet, the sound player plays: "XX (pet name) is now in a people park" or the like, and is displayed graphically, for example, by displaying the pet's position on an electronic map via a display screen of the

310.

Further, the user may set the alarm module 180, the alarm module 180 controls the

130 to obtain corresponding monitoring information from the

330 at regular intervals, for example, obtain the location information of the pet from the

330 every 30 minutes, and when it is detected that the location information of the pet exceeds a preset safety range, for example, the location information of the pet exceeds a preset safety center for 3 kilometers, the user is alerted in a sound or image manner through the

140, for example: broadcasting to a user: "the pet has been away from the security center, please note the pet's safety".

Further, the

310 may also have a function of feeding a pet, and after the user is bound to the pet

320 through the APP of the terminal, the user registers the identity information of the pet through the

330, and uploads the attribute corresponding to the identity information of the pet to the

330, where the attribute of the pet includes the weight, age, variety, and the like of the pet. The

330 recommends a preset feeding scheme to the user according to the pet attributes and a pre-stored big data model, the big data model is based on basic data provided by scientific research institutions and user data to carry out deep learning and continuously optimize the feeding scheme, the feeding scheme comprises feeding time and feeding amount every day, for example, the feeding amount counted to 1000 pieces of chrysogens is 0.5kg every day, and the feeding time every day is more suitable at 8 am and 7 pm. Of course, the user may manually set the feeding scheme by himself, and the

330 pushes the feeding scheme customized by the user to the pet feeding device to control feeding of food.

first, the user is fed with a feeding regimen that is pushed by the system for a preset time, for example, the user's pet is a coxiel dog aged 3 years and weighing 5kg, and the system pushes the feeding regimen associated with this attribute to the user according to the big data model. Assuming that the trial operation time of the feeding scheme is one week, the feeding scheme is that 0.5kg of food is fed at 7 pm every day, and the

330 sends an instruction to the pet feeding device to control the pet feeding device to prepare to feed 0.5kg of food as long as the

330 determines that the current condition is that the current time is 7 pm. If the user is not at home and cannot call the pet to eat on the spot, the

330 may turn on the display module of the feeding device, display an image and play a sound to call the pet to eat. The

330 controls the video communication module of the pet feeding device to work, and obtains pictures of the pet when eating.

When the pet is close to the pet feeding device, the

220 of the pet feeding device identifies the identity of the pet, and can identify the identity of the pet by identifying the facial image of the pet through image identification, or identify the identity of the pet through the radio frequency signal containing the identity information transmitted by the radio frequency technology identification

320.

After the identity of the pet is confirmed, the

240 throws food into the container according to the instruction, after the pet finishes eating, the

250 detects the allowance of the container, and the sending module sends the allowance of the container back to the

330. At the same time, the

320 also transmits the movement information from the last feeding to the

330. Thus, the

330 can record the remaining amount of the pet after each meal and the amount of exercise of the day.

The

330 counts the exercise information collected within a preset time and the remaining amount of the pet after meal, and adjusts the exercise information on the basis of the original initial feeding scheme, specifically, obtains a feeding scheme matched with the actual exercise amount of the pet by a deep learning method. Therefore, the pet can obtain enough food after the pet moves, and the food can not be easily wasted.

1. A pet monitoring device, comprising:

the trigger module is used for receiving and identifying an instruction sent by a user;

the information acquisition module is used for acquiring monitoring information uploaded by wearing equipment of the pet according to the instruction and is connected with the trigger module; and

and the information display module is used for displaying the monitoring information in a sound playing mode and/or in an image mode and is connected with the information acquisition module.

2. The pet monitoring device of claim 1, wherein the triggering module comprises:

a voice receiving unit for receiving a voice uttered by a user; and

and the voice recognition unit is used for analyzing and recognizing instructions in the voice and is connected with the voice receiving unit and the information acquisition module.

3. The pet monitoring device of claim 1, wherein the triggering module comprises:

and the triggering key is used for controlling the information acquisition module to acquire the monitoring information after a user operation receives a triggering instruction of the user, and is connected with the information acquisition module.

4. The pet monitoring device of claim 1, wherein the triggering module comprises:

a gesture acquisition unit for acquiring a gesture of a user; and

and the gesture analysis unit is used for analyzing the instruction according to the gesture of the user and is connected with the gesture acquisition unit and the information acquisition module.

5. The pet monitoring device of claim 1, further comprising: and the alarm module is used for controlling the information display module to alarm in a sound/image mode when the monitoring information acquired by the information acquisition module meets the preset condition, and is connected with the information acquisition module and the information display module.

6. The pet monitoring device of claim 1, further comprising:

the feeding instruction receiving module is in communication connection with the server or the pet wearing equipment and is used for receiving an instruction for feeding the pet, which is sent by the server;

the pet identification module is used for identifying the pet identity of the pet wearing equipment;

the feeding scheme acquisition module is connected with the pet identification module and used for uploading the pet identity and acquiring the feeding scheme transmitted by the server; and

and the feeding module is connected with the feeding instruction receiving module and the feeding scheme acquiring module and is used for receiving and feeding food according to the feeding scheme.

7. The pet monitoring device of claim 6, wherein the pet feeding device further comprises: and the food detection module is arranged on the container for containing food and is used for detecting the allowance of the container for containing food after the pet finishes eating every time.

8. The pet monitoring device of claim 7, wherein the pet feeding device further comprises: and the drinking water detection module is arranged on the container for containing the drinking water and is used for detecting the residual amount of the drinking water container filled with the drinking water after the pet drinking water.

9. The pet monitoring device of claim 8, wherein the pet feeding device further comprises a food intake alarming module, connected to the drinking water detecting module and the food detecting module, for alarming a user when the drinking water detecting module detects the remaining amount of water and/or when the food detecting module detects that the remaining amount of food is still within a preset range for a set time.

10. A pet monitoring system, comprising:

a pet monitoring device as claimed in any one of claims 1 to 9;

the pet wearing equipment is used for storing identity information containing pets so as to be identified by the pet monitoring device, acquiring monitoring information of the pets and uploading the monitoring information to the server;

the server is in communication connection with the pet monitoring device and the pet wearing equipment; and the number of the first and second groups,

and the terminal is in communication connection with the pet wearing equipment and the server and is used for uploading pet information to the server.