CN-121981712-A - Feeding owner social matching method and system based on intelligent pet collar perception

CN121981712ACN 121981712 ACN121981712 ACN 121981712ACN-121981712-A

Abstract

The invention relates to the technical field of intelligent social contact, in particular to a feeding owner social contact matching method and system based on the perception of intelligent pet collars, which are used for carrying out the mutual perception of preset distances based on the intelligent pet collars worn on each pet, when the residence time of the two intelligent pet collars within the preset distance exceeds the preset time, judging that a contact event occurs once, generating a contact event record, and finally carrying out social matching of the feeding owner according to the contact event record. According to the invention, the close-range mutual perception function of the pet intelligent collar is utilized, the use characteristics of the pet collar are fully utilized, feeding social matching is performed based on the contact event record which actually occurs, and the technical blank problem of the existing pet intelligent device in the social dimension is solved.

Inventors

LIANG GUANGCAI
QIN XUHUI
YANG YONG

Assignees

深圳市途强物联科技有限公司

Dates

Publication Date: 20260505
Application Date: 20251204

Claims (10)

1. A feeding owner social matching method based on intelligent collar perception of pets is characterized by comprising the following steps: based on the intelligent pet collar worn on each pet body, performing mutual perception of a preset distance; When the residence time of the two intelligent pet collars within the preset distance exceeds the preset time, judging that a contact event occurs once, and generating a contact event record; and carrying out social matching on the feeding owners according to the contact event records.
2. The feeding owner social matching method based on the perception of the pet intelligent collar according to claim 1, wherein the mutual perception of the preset distance is performed based on the pet intelligent collar worn on each pet, comprising: the intelligent pet collar acquires sensing data acquired by the intelligent pet collar, establishes a pet state vector according to the sensing data, and regularly broadcasts the pet state vector of the intelligent pet collar; the pet intelligent necklace detects the received signal intensity of the pet state vector broadcast by other pet intelligent collars, reserves the pet state vector with the signal intensity higher than the preset intensity, and completes the mutual perception of the preset distance once, wherein the preset intensity is obtained according to the preset distance.
3. The feeding owner social matching method based on the perception of pet smart collars according to claim 2, wherein when the residence time of two pet smart collars within a preset distance exceeds a preset time, determining that a contact event occurs and generating a contact event record comprises: The intelligent pet collar detects a locally maintained contact event table, wherein each item in the contact event table is a contact event record, each item comprises a survival time which is attenuated with time, and when the survival time attenuation is 0, the corresponding item is deleted from the contact event table; If the contact event table does not have the same item as the reserved pet state vector source, writing the initial value of the pet state vector and the survival time into the contact event table as a new item; if there is an entry in the touch event table that is the same source as the reserved pet status vector, then the entry is overlaid with the pet status vector and the survival time of the entry is reset.
4. The pet intelligent collar aware-based feeding owner social matching method of claim 3, wherein feeding owner social matching is performed according to a contact event record, comprising: acquiring contact event tables of all the intelligent pet collars at a plurality of moments within a preset time window; Establishing nodes for each involved intelligent pet collar according to the contact event tables; According to the contact event tables, stacking pet state vectors of corresponding items of the same pet intelligent necklace by taking the recorded survival time as a weight, and taking the pet state vectors as node feature vectors of corresponding nodes; establishing edges between nodes corresponding to pets with contact events according to the contact event tables, and taking the occurrence times of items corresponding to the contact events as edge weights to obtain a contact relation diagram; And carrying out social matching of the feeding owners according to the contact relation diagram.
5. The pet intelligent collar awareness based feeding owner social matching method of claim 4, wherein feeding owner social matching is performed according to a contact relationship diagram, comprising: Obtaining pet data and feeding main data corresponding to each node; based on the contact relation diagram, calculating a matching score between two nodes according to node feature vectors, edge weights, pet data and feeding main data of the nodes; and carrying out social matching of the feeding owners according to the matching score.
6. The pet intelligent collar aware-based feeding owner social matching method of claim 5, wherein calculating a matching score between two nodes based on a contact relationship graph from node feature vectors, edge weights, pet data and feeding owner data of the nodes comprises: Carrying out multiple aggregation on the contact relation graph, and fusing the node characteristic vector of one node and the node characteristic vector of the neighbor node based on the edge weight when carrying out each aggregation, so as to be used as a new node characteristic vector of the node; and calculating a matching score between the two nodes according to the aggregated node characteristic vector, the edge weight, the pet data and the feeding main data.
7. The pet intelligent collar awareness based feeding owner social matching method of claim 1, further comprising: triggering local interaction feedback according to the contact event record; the local interactive feedback is performed in the intelligent collar of the pet and is used for carrying out interaction prompt actions with the feeder.
8. The feeding owner social matching method based on the perception of the pet intelligent collar of claim 7, wherein the pet intelligent collar locally maintains a contact event table, each entry in the contact event table is a contact event record, and triggering local interaction feedback according to the contact event record comprises: obtaining local interaction feedback parameters according to the number of entries in the contact event table; And carrying out local interaction feedback according to the local interaction feedback parameters.
9. Feeding owner social matching system based on perception of pet intelligent collar, characterized by comprising: The mutual perception module is used for carrying out mutual perception of a preset distance based on the intelligent pet collar worn on each pet body; The contact recording module is used for judging that a contact event occurs when the residence time of the two intelligent pet collars within the preset distance exceeds the preset time, and generating a contact event record; and the social matching module is used for carrying out social matching of the feeding owners according to the contact event records.
10. A computer readable storage medium storing a computer readable program or instructions which when executed by a processor is capable of carrying out the steps in the feeding social matching method of any of claims 1-8 based on pet smart collar awareness.

Description

Feeding owner social matching method and system based on intelligent pet collar perception Technical Field The invention relates to the technical field of intelligent social contact, in particular to a feeding owner social contact matching method and system based on intelligent collar perception of pets. Background The intelligent pet collar has become an important auxiliary tool for modern pet feeding, and has the core functions of real-time positioning and tracking, health monitoring, behavior analysis and the like, and the intelligent pet collar helps a feeder (pet owner) to remotely master the state of the pet and ensure the safety of the pet through integrating an acceleration sensor, a biological sensor and a wireless communication module. However, the design of the existing pet intelligent collar mainly focuses on the physiological management and safety protection of individual pets, and the functional logic of the collar is unfolded around unidirectional interaction among pets, devices and feeders, and the functional logic of the collar is not extended to social interaction among pets and feeder social scenes derived from the social interaction, so that the perception capability of the internet of things of the collar is not fully utilized for richer social demands. In real life, it is a common requirement that the fodder owner establish social connection through pets. Therefore, people need a feeding owner social matching method based on perception of intelligent pet collars to assist interpersonal social interaction based on natural interaction among pets, and the problem of technical blank of the conventional intelligent pet equipment in social dimension is solved. Disclosure of Invention Therefore, the invention provides a feeding owner social matching method and system based on perception of a pet intelligent collar, which are used for solving the problem that the pet intelligent device in the prior art does not have feeding owner social attribute. The invention provides a feeding owner social matching method based on intelligent collar perception of pets, which comprises the following steps: based on the intelligent pet collar worn on each pet body, performing mutual perception of a preset distance; When the residence time of the two intelligent pet collars within the preset distance exceeds the preset time, judging that a contact event occurs once, and generating a contact event record; and carrying out social matching on the feeding owners according to the contact event records. In a preferred embodiment, the mutual sensing of the preset distance based on the pet smart collar worn on each pet comprises: the intelligent pet collar acquires sensing data acquired by the intelligent pet collar, establishes a pet state vector according to the sensing data, and regularly broadcasts the pet state vector of the intelligent pet collar; the pet intelligent necklace detects the received signal intensity of the pet state vector broadcast by other pet intelligent collars, reserves the pet state vector with the signal intensity higher than the preset intensity, and completes the mutual perception of the preset distance once, wherein the preset intensity is obtained according to the preset distance. In a preferred embodiment, when there are two pet smart collars remaining within a predetermined distance for more than a predetermined time, determining that a contact event has occurred and generating a contact event record includes: The intelligent pet collar detects a locally maintained contact event table, wherein each item in the contact event table is a contact event record, each item comprises a survival time which is attenuated with time, and when the survival time attenuation is 0, the corresponding item is deleted from the contact event table; If the contact event table does not have the same item as the reserved pet state vector source, writing the initial value of the pet state vector and the survival time into the contact event table as a new item; if there is an entry in the touch event table that is the same source as the reserved pet status vector, then the entry is overlaid with the pet status vector and the survival time of the entry is reset. In a preferred embodiment, the social matching of the feeder based on the contact event record includes: acquiring contact event tables of all the intelligent pet collars at a plurality of moments within a preset time window; Establishing nodes for each involved intelligent pet collar according to the contact event tables; According to the contact event tables, stacking pet state vectors of corresponding items of the same pet intelligent necklace by taking the recorded survival time as a weight, and taking the pet state vectors as node feature vectors of corresponding nodes; establishing edges between nodes corresponding to pets with contact events according to the contact event tables, and taking the occurrence times of items corresponding to the conta