CN109446373B - Pet semi-free-ranging management system and method based on Internet of things platform - Google Patents
Pet semi-free-ranging management system and method based on Internet of things platform Download PDFInfo
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- CN109446373B CN109446373B CN201811282568.1A CN201811282568A CN109446373B CN 109446373 B CN109446373 B CN 109446373B CN 201811282568 A CN201811282568 A CN 201811282568A CN 109446373 B CN109446373 B CN 109446373B
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01K—ANIMAL HUSBANDRY; CARE OF BIRDS, FISHES, INSECTS; FISHING; REARING OR BREEDING ANIMALS, NOT OTHERWISE PROVIDED FOR; NEW BREEDS OF ANIMALS
- A01K15/00—Devices for taming animals, e.g. nose-rings or hobbles; Devices for overturning animals in general; Training or exercising equipment; Covering boxes
- A01K15/02—Training or exercising equipment, e.g. mazes or labyrinths for animals ; Electric shock devices ; Toys specially adapted for animals
- A01K15/027—Exercising equipment, e.g. tread mills, carousels
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
Abstract
The invention discloses a pet semi-free-ranging management system based on an Internet of things platform, which comprises a server end, an owner APP end, a radio frequency identification system and a plurality of action feedback systems, wherein the owner APP end is communicated with the server end; the radio frequency identification system comprises a plurality of transponders which correspond to the pets one by one, and also comprises a plurality of identifiers arranged at specific positions in a specific area; the action feedback system is matched with the recognizer in physical position, and actions which can be implemented by the action feedback system comprise: playing voice, shooting multimedia information, feeding and opening and closing an entrance guard. The invention can carry out a semi-scatter type management system for pets in a designated region range, can carry out digital recording on pet behaviors, has high safety factor, can improve the domestication interest and quality, and has the functions of pet co-breeding, management charging and the like.
Description
Technical Field
The invention relates to an internet of things management platform, in particular to a pet management system based on the internet of things platform.
Background
In the current social life, the living standard of people is higher and higher, and more people are willing to raise pets to accompany the people. However, due to fast pace life and busy work, the pet feeding and the work are difficult to be considered at the same time. When the owner goes out, the pet can only circle into the house, which not only brings potential safety hazard, but also reduces the living quality of the pet.
Disclosure of Invention
The technical problem to be solved by the invention is as follows: in a designated region range, the semi-scatter type pet management system can be used for carrying out semi-scatter type pet management, can carry out digital recording on pet behaviors, has high safety factor, can improve the domestication interest and quality, and has the functions of pet co-breeding, management charging and the like.
In order to solve the technical problem, the pet semi-free-ranging management system based on the Internet of things platform comprises a server side and an owner APP side communicated with the server side, and is characterized in that: the system also comprises a radio frequency identification system and a plurality of action feedback systems; the radio frequency identification system comprises a plurality of transponders which correspond to the pets one by one, and also comprises a plurality of identifiers arranged at specific positions in a specific area; the action feedback system is matched with the recognizer in physical position, and actions which can be implemented by the action feedback system comprise: playing voice, shooting multimedia information, feeding and opening and closing an entrance guard.
The server side is provided with the following databases: the database A and the owner database are used for recording the pet responsible persons in the designated area and comprise the following fields: owner ID, owner name, owner contact information and pet ID of the associated pet; the database B and the pet database are used for recording pets in the designated area and comprise the following fields: the pet ID, the responder ID, the pet nickname, the pet age, the pet characteristic, the pet multimedia information, the reference position, the owner ID related to the reference position, and the co-foster ID related to the reference position; a database C, a capture point database, for recording a plurality of recognizers within a specified area, comprising the following fields: identifier ID, identifier location, identifier description; the database D and the pet behavior database are used for recording the behavior of the specified pet in the specified area and comprise the following fields: pet ID, recognizer ID, action description, management fee, live multimedia recording.
The server side is provided with the following management modules:
module G1, system initialization, used to enter and maintain basic information to the master database, pet database, capture point database, manager voice database; module G2, pet behavior triggering and recording, when the responder generates communication with the recognizer, the responder triggers the action feedback system to execute the appointed action according to the appointed condition, and records the behavior of the pet into the pet behavior database; the module G3 and the charging module are used for aggregating management fees in a specified time period according to the pet behavior database and charging the owner ID associated with the pet; module G4, alarm module, for sending alarm information to a specific master ID.
Owner APP end is provided with following management module:
module Y1, pet information maintenance, for entering and maintaining pet information into a pet database, the maintainable information including: pet nickname, pet age, pet characteristics, pet multimedia information; the module Y2, pet behavior browsing, is used for browsing the pet database and pet behavior database information according to server side authorization; and a module Y3 for settling the fee, wherein the module is used for settling the management fee according to the charging module.
Preferably, the server is further provided with a database E and a manager voice database, and is configured to record a voice instruction of a pet responsible person corresponding to the owner ID or the co-foster ID, where the voice instruction includes the following fields: host ID, pet ID, instruction type, instruction recording and instruction remarking; the server side is also provided with a module Y4 and an instruction input for inputting data to the administrator voice database.
Preferably, the server is further provided with: the module G5 and the pet co-culture module are used for setting a co-culture person according to the specified pet ID; owner APP end still is provided with: module Y5, Pet Co-feeding, is for establishing a co-feeding relationship between the particular owner ID and the particular pet ID, including writing the particular owner ID to the co-feeder ID field of the particular pet ID in the pet database.
Preferably, owner APP end still is provided with: and a module Y6 for active intervention, which is used for sending a request to the server end and actively triggering the action feedback system to perform the specified action.
The invention also provides a pet semi-free-ranging management method based on the Internet of things platform, which comprises the following steps:
step A, system initialization
The administrator sets a plurality of identifiers at selected positions in the designated area, sets an action feedback system matched with no identifier, and writes the following information into the database C: identifier ID, identifier location, identifier description.
Step B, host initialization
A pet owner logs in the management system through a registered account, the name and the contact way of the pet owner are input into the database A, and the system automatically generates an owner ID; inputting pet nicknames, pet ages, pet characteristics, pet multimedia information and reference positions into a database B, and automatically generating pet IDs by the system; establishing association between the owner ID and the pet ID between the database A and the database B according to the confirmation of the pet owner;
the pet owner inputs data into the manager voice database, and the instruction types comprise: call, placate, warn.
Step C, pet behavior management, which is used for recording and managing the daily behavior of the pet and comprises the following steps:
recording daily behaviors: and when the transponder is communicated with the identifier in any time period, recording information into the pet behavior database, wherein the information at least comprises: pet ID, recognizer ID, on-site multimedia recording;
the pet behavior management further comprises the following measures:
emission management: in a specific time period, when the transponder is communicated with the identifier, the reference position of the pet is obtained from the database B according to the ID of the transponder, the position of the identifier is obtained from the database according to the ID of the identifier, and if the reference position is consistent with the position of the identifier, an action feedback system matched with the identifier opens the entrance guard;
and (3) regular feeding management: when the responder communicates with the recognizer, judging whether the recognition time meets a preset condition, if so, enabling an action feedback system matched with the recognizer to perform feeding action, and simultaneously recording action description and management cost;
active feeding management: the host APP end sends a feeding instruction to the server end, the server end judges whether a specific responder is communicated with the identifier, if so, an action feedback system matched with the identifier performs a feeding action, and meanwhile, action description and management cost are recorded;
and (3) recall management: in a specific time period, if the transponder corresponding to a specific pet is not communicated with the recognizer corresponding to the reference position of the transponder, judging that the pet does not return to the nest on time, sending warning information to the host APP terminal, and starting an action feedback system corresponding to the associated recognizer to play a voice action according to a plurality of recent records of the pet behavior database, wherein the voice comes from the manager voice database;
danger warning: when the pet ID is communicated with the specific identifier ID, the server side sends alarm information to the host APP side, meanwhile, warning information preset in the manager voice database is played through an action feedback system corresponding to the specific identifier ID, and meanwhile, the access control system is closed;
active intervention: when the communication takes place for responder and recognizer, the server side sends the positional information that the recognizer corresponds to the APP end that supports that owner ID, the person ID that supports who associates with it corresponds according to the pet database, and the APP end sends initiative intervention instruction, and at this moment, the action feedback system that this recognizer ID corresponds is according to playing pronunciation, pronunciation include: voices preset in the manager voice database and voices which are instantly recorded by the host APP terminal and sent to the server terminal are recorded by the manager voice database; the instantly recorded voice is simultaneously saved as a new record of the manager's voice database.
And (3) pet co-breeding: and the third person logs in and browses the pet behavior database through the host APP terminal by using the free account, sends out a co-breeding request aiming at the specific pet ID, and is recorded as the co-breeding person of the specific pet after the host ID associated with the third person agrees, and the ID of the third person is recorded as the co-breeding person ID in the pet database.
The advantages of the invention are embodied in that: A. the pet can be managed in a semi-free-ranging mode within a designated region range, the life quality of the pet is improved, and remote management of an owner is facilitated; when the pet approaches the specific recognizer, the actions of closing the entrance guard, alarming and the like are triggered, so that the safety factor is high; B. the pet behavior can be recorded in a multimedia mode and browsed through APP; C. by means of the technology of the Internet of things, automatic intervention or remote intervention can be performed according to pet behaviors; D. the functions of charging and charging are provided, and the cell management is convenient; E. the pet management system provides a co-culture function, and is convenient for multiple people to manage a specific pet at the same time; the support person can input personal voice commands into the manager voice database and intervene in the specific pet management step by step; F. the administrator voice database supports a preset mode, instant voice input and playing are supported under the support of the Internet and the Internet of things, and the instant input voice can be recorded to the administrator voice database. G. One of the basic functions of the invention is to realize the digital recording of pet behaviors, and in the process of pet activity, the transponder and the recognizer communicate to trigger the relevant behavior feedback system to automatically perform the functions of sound recording, photographing, video recording and the like, and the functions can be transmitted to the APP for browsing through the server, thereby improving the domestication interest and quality.
Drawings
Fig. 1 is a schematic diagram of a pet semi-free-ranging management system based on an internet of things platform.
Detailed Description
As can be seen from fig. 1, the pet semi-free-ranging management system based on the internet of things platform comprises a server side and an owner APP side communicating with the server side, and is characterized in that: the system also comprises a radio frequency identification system and a plurality of action feedback systems; the radio frequency identification system comprises a plurality of transponders which correspond to the pets one by one, and also comprises a plurality of identifiers arranged at specific positions in a specific area; the action feedback system is matched with the recognizer in physical position, and actions which can be implemented by the action feedback system comprise: playing voice, shooting multimedia information, feeding and opening and closing an entrance guard.
The server side is provided with the following databases: the database A and the owner database are used for recording the pet responsible persons in the designated area and comprise the following fields: owner ID, owner name, owner contact information and pet ID of the associated pet; the database B and the pet database are used for recording pets in the designated area and comprise the following fields: the pet ID, the responder ID, the pet nickname, the pet age, the pet characteristic, the pet multimedia information, the reference position, the owner ID related to the reference position, and the co-foster ID related to the reference position; a database C, a capture point database, for recording a plurality of recognizers within a specified area, comprising the following fields: identifier ID, identifier location, identifier description; the database D and the pet behavior database are used for recording the behavior of the specified pet in the specified area and comprise the following fields: pet ID, recognizer ID, action description, management fee, live multimedia recording.
The server side is provided with the following management modules:
module G1, system initialization, used to enter and maintain basic information to the master database, pet database, capture point database, manager voice database; module G2, pet behavior triggering and recording, when the responder generates communication with the recognizer, the responder triggers the action feedback system to execute the appointed action according to the appointed condition, and records the behavior of the pet into the pet behavior database; the module G3 and the charging module are used for aggregating management fees in a specified time period according to the pet behavior database and charging the owner ID associated with the pet; module G4, alarm module, for sending alarm information to a specific master ID.
Owner APP end is provided with following management module:
module Y1, pet information maintenance, for entering and maintaining pet information into a pet database, the maintainable information including: pet nickname, pet age, pet characteristics, pet multimedia information; the module Y2, pet behavior browsing, is used for browsing the pet database and pet behavior database information according to server side authorization; and a module Y3 for settling the fee, wherein the module is used for settling the management fee according to the charging module.
Preferably, the server is further provided with a database E and a manager voice database, and is configured to record a voice instruction of a pet responsible person corresponding to the owner ID or the co-foster ID, where the voice instruction includes the following fields: host ID, pet ID, instruction type, instruction recording and instruction remarking; the server side is also provided with a module Y4 and an instruction input for inputting data to the administrator voice database.
Preferably, the server is further provided with: the module G5 and the pet co-culture module are used for setting a co-culture person according to the specified pet ID; owner APP end still is provided with: module Y5, Pet Co-feeding, is for establishing a co-feeding relationship between the particular owner ID and the particular pet ID, including writing the particular owner ID to the co-feeder ID field of the particular pet ID in the pet database.
Preferably, owner APP end still is provided with: and a module Y6 for active intervention, which is used for sending a request to the server end and actively triggering the action feedback system to perform the specified action.
The invention is particularly suitable for dog management, because the dog has higher obedience to instructions such as human voice and the like, and simultaneously the dog has certain intelligence quotient and can quickly adapt to the management system through training.
Example one
A certain closed cell is provided with 3 access control systems, and a plurality of dog keepers are arranged in the cell. The system is deployed by a property management company, and registers, manages and charges community pet dogs according to rules.
3 access control systems in district correspond respectively and set up one of recognizer, action feedback system one set, but this action feedback system real-time action includes: playing voice, shooting multimedia information and opening and closing an access control.
Set up conventional activity point a plurality of in the district, every activity point corresponds sets up one of recognizer, action feedback system one set, but this action feedback system real-time action includes: playing voice, shooting multimedia information and feeding.
Each pet dog is matched with one transponder, and the transponder corresponds to a unique pet ID. Every family raises dog house and sets up one dog house, corresponds to set up one of recognizer, action feedback system one set, but this action feedback system real-time action includes: playing voice, shooting multimedia information, feeding and opening and closing an entrance guard. And meanwhile, the identifier ID corresponding to the dog house is set as the reference position corresponding to the pet ID. The corresponding relation between the owner ID and the pet ID is set.
And in the morning every day, if the identifier corresponding to the dog house is communicated with the transponder corresponding to the specific pet, opening the dog house door by using the action feedback system, and writing a record into the pet behavior database. The door is automatically opened through the Internet of things technology in the step, and the difficulty that the work and rest time of human beings and animals is inconsistent is overcome.
Placating before going out: before going out, the pet owner opens an APP end of the pet owner, browses the data of the pet behavior database in the same day, calls a pet by using a recall management module, pacifies the pet dog in a direct contact mode, and then goes out; or, the pet leaves after being remotely pacified in an active intervention mode, wherein the active intervention mode is as follows: the server side sends the position information corresponding to the identifier to the APP side corresponding to the owner ID and the associated co-foster ID according to the pet database, the APP side sends an active intervention instruction, and at the moment, the action feedback system corresponding to the identifier ID plays voice.
And (3) regular feeding management: when the responder communicates with the recognizer, whether the recognition time meets the preset condition is judged, if yes, the action feedback system matched with the recognizer performs feeding action, and action description and management cost are recorded. In this step, if the position of the identifier matches the reference position, the pet dog is judged to have eaten the food which is placed in the dog house by the owner in advance; otherwise, the pet dog is judged to eat the food with the conventional activity points in the community, and the expenditure is considered in the management cost.
And (3) recall management: and when the owner goes off duty, the pet is recalled.
In the daily activity process of pet dog, if trigger 3 access control systems in district, then start danger warning module.
Example two
When the master goes out, the master APP end can be communicated with the server end to remotely placate and actively feed; the pet feeding quality can be improved, the domestication degree of the pet can be improved through the continuously strengthened conditioned reflex, and the adaptation and matching capability of the pet to the system can also be improved.
And (3) occasionally pacifying: when the owner goes out, the pet can be pacified remotely in a voice mode at any time in an active intervention mode. Active feeding management: the master sends a request to the server end in a remote mode, and the server end calls an action feedback system in the cell to carry out feeding action.
EXAMPLE III
Assisted breeding and progressive crossing
In the process of raising the pet dog, the master is the first person of responsibility, and other members of the family, neighbors willing to assist in raising and the like can be used as second persons of responsibility. In case the first person of responsibility is unable to perform their job, the second person of responsibility may be assisted in raising. In order to facilitate the adaptation of the pet dog and the second person in charge, the system is provided with a co-breeding mode. The method comprises the following steps:
the co-foster registers through the host APP terminal, and records the host ID of the co-foster in the database B and the pet database. The method comprises the following steps that a support person inputs data into a manager voice database, and the instruction types comprise: call, placate, warn. In the daily management process of the pet, the server side sends management information to the owner IDs corresponding to the original owner and the co-nurturing person of the pet at the same time. Through system authorization, the support person can also send various management instructions through the APP end of the support person.
The pet can be assisted to be raised through the mode, and the pet database can be modified through the transition of a period of time, so that the gradual crossing of the pet is realized.
The embodiments of the present invention are not limited to the above embodiments, and those skilled in the art can make various changes according to the description of the specification.
Claims (5)
1. The utility model provides a pet semi-free-ranging formula management system based on thing networking platform, includes server side, the owner APP end of communicating with the server side, its characterized in that: the system also comprises a radio frequency identification system and a plurality of action feedback systems; the radio frequency identification system comprises a plurality of transponders which correspond to the pets one by one, and also comprises a plurality of identifiers arranged at specific positions in a specific area; the action feedback system is matched with the recognizer in physical position, and actions which can be implemented by the action feedback system comprise: playing voice, shooting multimedia information, feeding and opening and closing an access control;
the server side is provided with the following databases:
the database A and the owner database are used for recording the pet responsible persons in the designated area and comprise the following fields: owner ID, owner name, owner contact information and pet ID of the associated pet;
the database B and the pet database are used for recording pets in the designated area and comprise the following fields: the pet ID, the responder ID, the pet nickname, the pet age, the pet characteristic, the pet multimedia information, the reference position, the owner ID related to the reference position, and the co-foster ID related to the reference position;
a database C, a capture point database, for recording a plurality of recognizers within a specified area, comprising the following fields: identifier ID, identifier location, identifier description;
the database D and the pet behavior database are used for recording the behavior of the specified pet in the specified area and comprise the following fields: pet ID, recognizer ID, action description, management cost, and on-site multimedia recording;
the server side is provided with the following management modules:
module G1, system initialization, used to enter and maintain basic information to the master database, pet database, capture point database, manager voice database;
module G2, pet behavior triggering and recording, when the responder generates communication with the recognizer, the responder triggers the action feedback system to execute the appointed action according to the appointed condition, and records the behavior of the pet into the pet behavior database;
the module G3 and the charging module are used for aggregating management fees in a specified time period according to the pet behavior database and charging the owner ID associated with the pet;
the module G4 and an alarm module are used for sending alarm information to a specific owner ID;
owner APP end is provided with following management module:
module Y1, pet information maintenance, for entering and maintaining pet information into a pet database, the maintainable information including: pet nickname, pet age, pet characteristics, pet multimedia information;
the module Y2, pet behavior browsing, is used for browsing the pet database and pet behavior database information according to server side authorization;
and a module Y3 for settling the fee, wherein the module is used for settling the management fee according to the charging module.
2. The semi-free pet management system based on the internet of things platform of claim 1, wherein: the server side is also provided with a database E and a manager voice database for recording the voice instruction of the pet responsible person corresponding to the owner ID or the co-foster ID, and the server side comprises the following fields: host ID, pet ID, instruction type, instruction recording and instruction remarking; the server side is also provided with a module Y4 and an instruction input for inputting data to the administrator voice database.
3. The semi-free pet management system based on the internet of things platform of claim 1, wherein: the server end is also provided with: the module G5 and the pet co-culture module are used for setting a co-culture person according to the specified pet ID; owner APP end still is provided with: module Y5, Pet Co-feeding, is for establishing a co-feeding relationship between the particular owner ID and the particular pet ID, including writing the particular owner ID to the co-feeder ID field of the particular pet ID in the pet database.
4. The semi-free pet management system based on the internet of things platform of claim 1, wherein: owner APP end still is provided with: and a module Y6 for active intervention, which is used for sending a request to the server end and actively triggering the action feedback system to perform the specified action.
5. A pet semi-free-ranging management method based on an Internet of things platform comprises the following steps:
step A, system initialization
The administrator sets a plurality of identifiers at selected positions in the designated area, sets an action feedback system matched with each identifier, and writes the following information into the database C: identifier ID, identifier location, identifier description;
step B, host initialization
A pet owner logs in the management system through a registered account, the name and the contact way of the pet owner are input into the database A, and the system automatically generates an owner ID; inputting pet nicknames, pet ages, pet characteristics, pet multimedia information and reference positions into a database B, and automatically generating pet IDs by the system; establishing association between the owner ID and the pet ID between the database A and the database B according to the confirmation of the pet owner;
the pet owner inputs data into the manager voice database, and the instruction types comprise: calling, placating and warning;
step C, pet behavior management, which is used for recording and managing the daily behavior of the pet and comprises the following steps:
recording daily behaviors: and when the transponder is communicated with the identifier in any time period, recording information into the pet behavior database, wherein the information at least comprises: pet ID, recognizer ID, on-site multimedia recording;
the pet behavior management further comprises the following measures:
emission management: in a specific time period, when the transponder is communicated with the identifier, the reference position of the pet is obtained from the database B according to the ID of the transponder, the position of the identifier is obtained from the database according to the ID of the identifier, and if the reference position is consistent with the position of the identifier, an action feedback system matched with the identifier opens the entrance guard;
and (3) regular feeding management: when the responder communicates with the recognizer, judging whether the recognition time meets a preset condition, if so, enabling an action feedback system matched with the recognizer to perform feeding action, and simultaneously recording action description and management cost;
active feeding management: the host APP end sends a feeding instruction to the server end, the server end judges whether a specific responder is communicated with the identifier, if so, an action feedback system matched with the identifier performs a feeding action, and meanwhile, action description and management cost are recorded;
and (3) recall management: in a specific time period, if the transponder corresponding to a specific pet is not communicated with the recognizer corresponding to the reference position of the transponder, judging that the pet does not return to the nest on time, sending warning information to the host APP terminal, and starting an action feedback system corresponding to the associated recognizer to play a voice action according to a plurality of recent records of the pet behavior database, wherein the voice comes from the manager voice database;
danger warning: when the pet ID is communicated with the specific identifier ID, the server side sends alarm information to the host APP side, meanwhile, warning information preset in the manager voice database is played through an action feedback system corresponding to the specific identifier ID, and meanwhile, the access control system is closed;
active intervention: when the communication takes place for responder and recognizer, the server side sends the positional information that the recognizer corresponds to the APP end that supports that owner ID, the person ID that supports who associates with it corresponds according to the pet database, and the APP end sends initiative intervention instruction, and at this moment, the action feedback system that this recognizer ID corresponds is according to playing pronunciation, pronunciation include: voices preset in the manager voice database and voices which are instantly recorded by the host APP terminal and sent to the server terminal are recorded by the manager voice database; the instantly recorded voice is simultaneously saved as a new record of the manager voice database;
and (3) pet co-breeding: and the third person logs in and browses the pet behavior database through the host APP terminal by using the free account, sends out a co-breeding request aiming at the specific pet ID, and is recorded as the co-breeding person of the specific pet after the host ID associated with the third person agrees, and the ID of the third person is recorded as the co-breeding person ID in the pet database.
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