Interaction prompting method and system for pet nursing

Abstract

The invention discloses an interactive prompting method and system for pet nursing, and belongs to the technical field of pet nursing, and the method comprises the steps: monitoring and judging whether a pet falls on an automobile or not through a passenger monitoring system (OMS); the passenger monitoring system (OMS) is used for monitoring and judging whether the pet falling on the automobile is taken away or not; a passenger monitoring system (OMS) preliminarily monitors and judges the demand of a pet falling on an automobile, and sends the result of the preliminary monitoring and judgment to a remote communication terminal (T-Box); a preliminary monitoring and judging result is sent to an automobile remote service provider platform (TSP) through a remote communication terminal (T-Box); a preliminary monitoring and judging result is sent to the mobile phone through an automobile remote service provider platform (TSP); and the state of the pet falling on the automobile can be checked in real time through the mobile phone. By means of the system and the method, a car owner can visually know the requirements of the pet falling on the car in real time.

Description

Technical Field

[0001] The present invention belongs to the technical field of pet care, and in particular, relates to an interactive prompting method and system for pet care. Background Art

[0002] The occupant monitoring system (OMS) can monitor the behavior of passengers in the car, such as smoking, sleeping, etc. At the same time, it can also provide intelligent care for passengers based on the monitoring results. In addition, after the owner leaves the vehicle, the occupant monitoring system (OMS) can also monitor whether there are children or pets left in the car, and can notify the owner by sending text messages and car mobile phone application software (APP) messages. However, the above notification can only let the owner know that a pet has been left in the car, and cannot let the owner further understand the needs of the pet left in the car.

[0003] Patent CN103416316B discloses a pet feeder, a feeding system and a feeder control method. The pet feeder includes: a feeder body, a controller and a wireless communication module; the wireless communication module is connected to the controller, and is used to receive external control instructions and transmit them to the controller; the controller is connected to the feeder body, and is used to control the feeder body to perform corresponding actions according to the external control instructions. A pet feeding system includes: a control terminal, a controlled terminal and the above-mentioned pet feeder. A pet feeder control method includes receiving external control instructions wirelessly, and controlling the feeder body to perform corresponding actions according to the external control instructions.

[0004] However, the technology disclosed in the above patent cannot allow the car owner to intuitively and in real time understand the needs of the pet left in the car. Summary of the invention

[0005] The technical problem to be solved by the present invention is to provide an interactive prompt method and system for pet care in view of the deficiencies of the prior art, so as to enable the car owner to intuitively and in real time understand the needs of the pet left in the car.

[0006] In order to achieve the above object, the technical solution adopted by the present invention is:

[0007] The present invention provides an interactive prompting method for pet care, the method comprising the following steps:

[0008] S1: Determine whether a pet is left in the car through the occupant monitoring system (OMS). If not, proceed to S10; if yes, proceed to S2;

[0009] S2: Send the information that the pet is left in the car to the remote communication terminal (T-Box) through the occupant monitoring system (OMS);

[0010] S3: Receive information sent by the occupant monitoring system (OMS) through the remote communication terminal (T-Box) and send the information to the automotive remote service provider platform (TSP);

[0011] S4: receiving information sent by the telematics terminal (T-Box) through the automotive telematics service provider platform (TSP) and sending the information to the mobile phone;

[0012] S5: Determine through the occupant monitoring system (OMS) whether the pet left in the car has been taken away, if so, proceed to S10; if not, proceed to S6;

[0013] S6: Preliminarily monitor and determine the needs of the pet left in the car through the occupant monitoring system (OMS), and send the result of the preliminary monitoring and determination to the remote communication terminal (T-Box);

[0014] S7: receiving the preliminary monitoring judgment result sent by the occupant monitoring system (OMS) through the remote communication terminal (T-Box), and sending the preliminary monitoring judgment result to the automobile remote service provider platform (TSP);

[0015] S8: receiving the preliminary monitoring judgment result sent by the remote communication terminal (T-Box) through the automobile remote service provider platform (TSP), and sending the preliminary monitoring judgment result to the mobile phone;

[0016] S9: Check the status of pets left behind in cars in real time via mobile phone;

[0017] S10: End.

[0018] Furthermore, the needs of the pet left in the car in S6 include the needs of drinking water, food, defecation and urination, and safety.

[0019] Furthermore, the occupant monitoring system (OMS) performs preliminary monitoring to determine whether the temperature inside the car is greater than a preset temperature. If so, the occupant monitoring system (OMS) sends information about the need for drinking water to the mobile phone via the remote communication terminal (T-Box) and the car remote service provider platform (TSP).

[0020] Further, the preset temperature is 35 degrees Celsius.

[0021] Furthermore, the occupant monitoring system (OMS) is used to initially monitor and determine whether the pet left in the car has protruding ribs or a sunken abdomen. If so, the occupant monitoring system (OMS) sends food demand information to the mobile phone via the remote communication terminal (T-Box) and the car remote service provider platform (TSP).

[0022] Furthermore, the occupant monitoring system (OMS) initially monitors and determines whether the pet left in the car has specific body movements. If so, the occupant monitoring system (OMS) sends the defecation and urination need information to the mobile phone via the remote communication terminal (T-Box) and the car remote service provider platform (TSP).

[0023] Further, specific body movements include spinning in circles while sniffing the ground, squats, leg raises, or splits.

[0024] Furthermore, the occupant monitoring system (OMS) performs preliminary monitoring to determine whether the pet left in the car has any abnormal life status. If so, the occupant monitoring system (OMS) sends safety demand information to the mobile phone via the remote communication terminal (T-Box) and the car remote service provider platform (TSP).

[0025] Furthermore, abnormal vital signs include unsteady standing, unsteady walking, open nostrils and mouth, and flapping abdomen.

[0026] The present invention also provides an interactive prompt system for pet care, including an occupant monitoring system (OMS), a remote communication terminal (T-Box), an automobile remote service provider platform (TSP) and a mobile phone, wherein the occupant monitoring system (OMS) sends information to the remote communication terminal (T-Box); the remote communication terminal (T-Box) sends information to the automobile remote service provider platform (TSP); and the automobile remote service provider platform (TSP) sends information to the mobile phone.

[0027] The pet care interactive prompting method and system of the present invention have the following advantages:

[0028] (1) Through the pet care interactive prompt method and system of the present invention, the car owner can intuitively and in real time understand the needs of the pet left in the car.

[0029] (2) Through the pet care interactive prompt method and system of the present invention, the car owner can understand the status of the pet left in the car in real time.

[0030] (3) Through the interactive prompt method and system for pet care of the present invention, the needs of pets left in the car can be initially monitored and judged. After the car owner receives the results of the initial monitoring and judgment on the mobile phone, he can check the real-time status of the pet left in the car through the mobile phone, which is convenient for the car owner to confirm whether the results of the initial monitoring and judgment are correct and to respond in time.

[0031] (4) The pet care interactive prompting method and system of the present invention has the advantage of providing intuitive and real-time prompts to the car owner.

[0032] (5) The system and method of the present invention can also allow the car owner to intuitively and in real time understand the needs of the pet that is intentionally left in the car by the car owner. BRIEF DESCRIPTION OF THE DRAWINGS

[0033] This specification includes the following drawings, which show the following contents:

[0034] Figure 1 It is a flowchart of an interactive prompting method for pet care of the present invention;

[0035] Figure 2 The present invention is a logic structure block diagram of an interactive prompt system for pet care.

[0036] Explanation of the accompanying drawings: 1. Occupant monitoring system (OMS); 2. Telecommunication terminal (T-Box); 3. Automobile teleservice provider platform (TSP); 4. Mobile phone. DETAILED DESCRIPTION

[0037] The specific implementation methods of the present invention are further explained in detail below by describing the embodiments with reference to the accompanying drawings, with the aim of helping those skilled in the art to have a more complete, accurate and in-depth understanding of the inventive concept and technical solution of the present invention and facilitating their implementation.

[0038] Figure 1 The present invention is a flowchart of an interactive prompting method for pet care, which includes the following steps:

[0039] S1: Determine whether a pet is left in the car through the occupant monitoring system (OMS) 1. If not, proceed to S10; if yes, proceed to S2; Figure 1 Specifically, after the owner leaves the car, the occupant monitoring system (OMS) 1 will monitor and determine whether there is a pet left in the car. If the occupant monitoring system (OMS) 1 monitors and determines that a pet is left in the car, it will enter S2; if the occupant monitoring system (OMS) 1 monitors and determines that no pet is left in the car, it will enter S10.

[0040] S2: The information that the pet is left in the car is sent to the remote communication terminal (T-Box) 2 through the occupant monitoring system (OMS) 1; that is, the corresponding Figure 1 Specifically, if the occupant monitoring system (OMS) 1 monitors and determines that a pet is left on the car in S1, the occupant monitoring system (OMS) 1 will send the information that the pet is left on the car to the remote communication terminal (T-Box) 2.

[0041] S3: Receive the information sent by the occupant monitoring system (OMS) 1 through the remote communication terminal (T-Box) 2, and send the information to the automotive remote service provider platform (TSP) 3; that is, corresponding Figure 1 Specifically, after the remote communication terminal (T-Box) 2 receives the information that the pet is left in the car from the occupant monitoring system (OMS) 1, the remote communication terminal (T-Box) 2 sends the information that the pet is left in the car to the car remote service provider platform (TSP) 3.

[0042] S4: Receive the information sent by the remote communication terminal (T-Box) 2 through the automobile remote service provider platform (TSP) 3, and send the information to the mobile phone 4; that is, the corresponding Figure 1 Specifically, after the automobile teleservice provider platform (TSP) 3 receives the information sent by the telematic terminal (T-Box) 2, the automobile teleservice provider platform (TSP) 3 sends the information that the pet is left in the car to the mobile phone 4, and notifies the car owner through a mobile phone text message and a car mobile phone application software (APP) message, so that the car owner knows that the pet is left in the car.

[0043] S5: Determine through the occupant monitoring system (OMS) 1 whether the pet left in the car has been taken away. If so, proceed to S10; if not, proceed to S6; that is, corresponding to Figure 1 S5 in. Specifically, in S4, after the car owner knows that the pet has been left in the car through a mobile phone text message and a car mobile phone application software (APP) message, the car owner can choose to go back and take the pet away or not. If within a preset time after the occupant monitoring system (OMS) 1 sends the information that the pet has been left in the car to the remote communication terminal (T-Box) 2, the occupant monitoring system (OMS) 1 monitors and determines that the pet left in the car has been taken away, then enter S10; if within a preset time after the occupant monitoring system (OMS) 1 sends the information that the pet has been left in the car to the remote communication terminal (T-Box) 2, the occupant monitoring system (OMS) 1 monitors and determines that the pet left in the car has not been taken away, then enter S6.

[0044] Among them, the above-mentioned preset time is 10 minutes, but the preset time is not limited to 10 minutes, but can be set according to specific circumstances.

[0045] S6: The occupant monitoring system (OMS) 1 preliminarily monitors and determines the needs of the pet left in the car, and sends the results of the preliminary monitoring and determination to the remote communication terminal (T-Box) 2; that is, the corresponding Figure 1Specifically, in S5, when the occupant monitoring system (OMS) 1 monitors and determines that the pet left in the car has not been taken away, the occupant monitoring system (OMS) 1 will conduct a preliminary monitoring and judgment on the needs of the pet left in the car, and send the result of the preliminary monitoring and judgment to the remote communication terminal (T-Box) 2.

[0046] S7: Receive the preliminary monitoring judgment result sent by the occupant monitoring system (OMS) 1 through the remote communication terminal (T-Box) 2, and send the preliminary monitoring judgment result to the automobile remote service provider platform (TSP) 3; that is, corresponding Figure 1 Specifically, after the remote communication terminal (T-Box) 2 receives the result of the preliminary monitoring judgment sent by the occupant monitoring system (OMS) 1, the remote communication terminal (T-Box) 2 will send the result of the preliminary monitoring judgment to the automobile remote service provider platform (TSP) 3.

[0047] S8: Receive the preliminary monitoring judgment result sent by the remote communication terminal (T-Box) 2 through the automobile remote service provider platform (TSP) 3, and send the preliminary monitoring judgment result to the mobile phone 4; that is, corresponding to Figure 1 S8 in the above. Specifically, after the automobile remote service provider platform (TSP) 3 receives the preliminary monitoring and judgment result sent by the remote communication terminal (T-Box) 2, the automobile remote service provider platform (TSP) 3 will send the preliminary monitoring and judgment result to the mobile phone 4, and notify the car owner through a mobile phone text message and a car mobile phone application software (APP) message, so that the car owner knows the preliminary monitoring and judgment result of the occupant monitoring system (OMS) 1 on the needs of the pet left in the car.

[0048] In addition, the needs of pets left in cars in S6 include the need for drinking water, food, defecation and urination, and safety.

[0049] The logic of the preliminary monitoring and judgment of the above-mentioned drinking water needs is as follows:

[0050] The occupant monitoring system (OMS) 1 preliminarily monitors and determines whether the temperature in the car is greater than the preset temperature. If so, the occupant monitoring system (OMS) 1 sends the information of the need for drinking water to the mobile phone 4 via the remote communication terminal (T-Box) 2 and the car remote service provider platform (TSP) 3. Specifically, the occupant monitoring system (OMS) 1 preliminarily monitors and determines whether the temperature in the car is greater than the preset temperature. If so, the occupant monitoring system (OMS) 1 sends the information that the pet left in the car needs to drink water to the remote communication terminal (T-Box) 2, and then sends the information that the pet left in the car needs to drink water to the car remote service provider platform (TSP) 3 through the remote communication terminal (T-Box) 2, and then sends the information that the pet left in the car needs to drink water to the mobile phone 4 through the car remote service provider platform (TSP) 3, and notifies the car owner through mobile phone text messages and car mobile phone application software (APP) messages, so that the car owner knows that the occupant monitoring system (OMS) 1 preliminarily monitors and determines that the pet left in the car needs to drink water. Among them, the preset temperature is 35 degrees Celsius, but the preset temperature is not limited to 35 degrees Celsius, but can be set according to specific circumstances.

[0051] The logic of the preliminary monitoring and judgment of the above food needs is as follows:

[0052] The occupant monitoring system (OMS) 1 is used to preliminarily monitor and determine whether the pet left on the car has protruding ribs or a sunken abdomen. If so, the occupant monitoring system (OMS) 1 sends food demand information to the mobile phone 4 via the remote communication terminal (T-Box) 2 and the car remote service provider platform (TSP) 3. Specifically, the occupant monitoring system (OMS) 1 is used to preliminarily monitor and determine whether the pet left on the car has protruding ribs or a sunken abdomen. If so, the occupant monitoring system (OMS) 1 sends the food demand information to the remote communication terminal (T-Box) 2, and then sends the food demand information to the car remote service provider platform (TSP) 3 through the remote communication terminal (T-Box) 2, and then sends the food demand information to the mobile phone 4 through the car remote service provider platform (TSP) 3, and notifies the car owner through mobile phone text messages and car mobile phone application software (APP) messages, so that the car owner knows that the occupant monitoring system (OMS) 1 preliminarily monitors and determines that the pet left on the car has food demand.

[0053] The logic of the preliminary monitoring and judgment of the above-mentioned urination and defecation needs is as follows:

[0054] The occupant monitoring system (OMS) 1 is used to preliminarily monitor and determine whether the pet left on the car has specific body movements. If so, the occupant monitoring system (OMS) 1 sends the information on the need for defecation and urination to the mobile phone 4 via the remote communication terminal (T-Box) 2 and the car remote service provider platform (TSP) 3. Specifically, the occupant monitoring system (OMS) 1 is used to preliminarily monitor and determine whether the pet left on the car has specific body movements. If so, the occupant monitoring system (OMS) 1 sends the information on the need for defecation and urination of the pet left on the car to the remote communication terminal (T-Box) 2, and then sends the information on the need for defecation and urination of the pet left on the car to the car remote service provider platform (TSP) 3 through the remote communication terminal (T-Box) 2, and then sends the information on the need for defecation and urination of the pet left on the car to the mobile phone 4 through the car remote service provider platform (TSP) 3, and notifies the car owner through mobile phone text messages and car mobile phone application software (APP) messages, so that the car owner knows that the occupant monitoring system (OMS) 1 preliminarily monitors and determines that the pet left on the car has the need for defecation and urination. Among them, specific body movements include turning in circles while sniffing the ground, squatting, leg lifting or splits, among which leg lifting is for male pets and splits is for female pets.

[0055] The logic of the preliminary monitoring and judgment of the above security requirements is as follows:

[0056] The occupant monitoring system (OMS) 1 preliminarily monitors and determines whether the pet left on the car has abnormal life status. If so, the occupant monitoring system (OMS) 1 sends safety demand information to the mobile phone 4 via the remote communication terminal (T-Box) 2 and the automobile remote service provider platform (TSP) 3. Specifically, the occupant monitoring system (OMS) 1 preliminarily monitors and determines whether the pet left on the car has abnormal life status. If so, the occupant monitoring system (OMS) 1 sends the information that the pet left on the car has safety needs to the remote communication terminal (T-Box) 2, and then sends the information that the pet left on the car has safety needs to the automobile remote service provider platform (TSP) 3 through the remote communication terminal (T-Box) 2, and then sends the information that the pet left on the car has safety needs to the mobile phone 4 through the automobile remote service provider platform (TSP) 3, and notifies the car owner through mobile phone text messages and car mobile phone application software (APP) messages, so that the car owner knows that the occupant monitoring system (OMS) 1 preliminarily monitors and determines that the pet left on the car has safety needs. Among them, abnormal life state phenomena include unstable standing, unstable walking, open nostrils and mouth, and flapping abdomen.

[0057] S9: Check the status of the pet left in the car in real time through mobile phone 4; Figure 1S9 in the figure. Specifically, after the car owner knows the result of the preliminary monitoring and judgment of the needs of the pet left in the car by the occupant monitoring system (OMS) 1 through the mobile phone text message and the car mobile phone application software (APP) message, the car owner can use the occupant monitoring system (OMS) 1 to intuitively and in real time check the status of the pet left in the car through the mobile phone 4, and can judge whether the result of the preliminary monitoring and judgment of the needs of the pet left in the car by the occupant monitoring system (OMS) 1 is reasonable based on the intuitive and real-time status of the pet left in the car, and make a decision whether to go back to check the pet or not.

[0058] S10: End; corresponding Figure 1 The S10 in.

[0059] Figure 2 It is a logical structure block diagram of an interactive prompt system for pet care of the present invention, including an occupant monitoring system (OMS) 1, a remote communication terminal (T-Box) 2, an automobile remote service provider platform (TSP) 3 and a mobile phone 4, wherein the occupant monitoring system (OMS) 1 sends information to the remote communication terminal (T-Box) 2; the remote communication terminal (T-Box) 2 sends information to the automobile remote service provider platform (TSP) 3; and the automobile remote service provider platform (TSP) 3 sends information to the mobile phone 4. Specifically, the information that the pet is left in the car and the result information of the preliminary monitoring and judgment on the needs of the pet left in the car are sent to the remote communication terminal (T-Box) 2 through the occupant monitoring system (OMS) 1; the information that the pet is left in the car and the result information of the preliminary monitoring and judgment on the needs of the pet left in the car are sent to the car remote service provider platform (TSP) 3 through the remote communication terminal (T-Box) 2; the information that the pet is left in the car and the result information of the preliminary monitoring and judgment on the needs of the pet left in the car are sent to the mobile phone 4 through the car remote service provider platform (TSP) 3, and the car owner is notified through mobile phone text messages and car mobile phone application software (APP) messages to let the car owner know that a pet is left in the car, and let the car owner know the result of the preliminary monitoring and judgment on the needs of the pet left in the car by the occupant monitoring system (OMS) 1.

[0060] In addition, the pet mentioned in the present invention refers to a pet dog or a pet cat.

[0061] The present invention is described above by way of example in conjunction with the accompanying drawings. Obviously, the specific implementation of the present invention is not limited to the above-mentioned methods. As long as various non-substantial improvements are made using the method concept and technical solution of the present invention; or the above concept and technical solution of the present invention are directly applied to other occasions without improvement, they are all within the protection scope of the present invention.

Claims

1. An interactive reminder method for pet care, characterized in that: The method comprises the following steps: S1: Determine whether a pet is left in the car through the occupant monitoring system (OMS). If not, proceed to S10; if yes, proceed to S2; S2: Send the information that the pet is left in the car to the remote communication terminal (T-Box) through the occupant monitoring system (OMS); S3: Receive information sent by the occupant monitoring system (OMS) through the remote communication terminal (T-Box) and send the information to the automotive remote service provider platform (TSP); S4: receiving information sent by the telematics terminal (T-Box) through the automotive telematics service provider platform (TSP) and sending the information to the mobile phone; S5: Determine through the occupant monitoring system (OMS) whether the pet left in the car has been taken away, if so, proceed to S10; if not, proceed to S6; S6: Preliminarily monitor and determine the needs of the pet left in the car through the occupant monitoring system (OMS), and send the result of the preliminary monitoring and determination to the remote communication terminal (T-Box); S7: receiving the preliminary monitoring judgment result sent by the occupant monitoring system (OMS) through the remote communication terminal (T-Box), and sending the preliminary monitoring judgment result to the automobile remote service provider platform (TSP); S8: receiving the preliminary monitoring judgment result sent by the remote communication terminal (T-Box) through the automobile remote service provider platform (TSP), and sending the preliminary monitoring judgment result to the mobile phone; S9: Check the status of pets left behind in cars in real time via mobile phone; S10: End.

2. The pet care interactive prompting method according to claim 1, characterized in that: The needs of the pet left in the car described in S6 include the need for drinking water, the need for food, the need for defecation and urination, and the need for safety.

3. The pet care interactive prompting method according to claim 2, characterized in that: The occupant monitoring system (OMS) performs preliminary monitoring to determine whether the temperature inside the car is greater than the preset temperature. If so, the occupant monitoring system (OMS) sends information about the need to drink water to the mobile phone via the remote communication terminal (T-Box) and the car remote service provider platform (TSP).

4. The pet care interactive prompting method according to claim 3, characterized in that: The preset temperature is 35 degrees Celsius.

5. The pet care interactive prompting method according to claim 2, characterized in that: The occupant monitoring system (OMS) conducts preliminary monitoring to determine whether the pet left in the car has protruding ribs or a sunken abdomen. If so, the occupant monitoring system (OMS) sends food demand information to the mobile phone via the remote communication terminal (T-Box) and the car remote service provider platform (TSP).

6. The pet care interactive prompting method according to claim 2, characterized in that: The occupant monitoring system (OMS) conducts preliminary monitoring to determine whether the pet left in the car has any specific body movements. If so, the occupant monitoring system (OMS) sends the defecation and urination need information to the mobile phone via the remote communication terminal (T-Box) and the car remote service provider platform (TSP).

7. The pet care interactive prompting method according to claim 6, characterized in that: The specific body movements include spinning in circles while sniffing the ground, squatting, leg raises or splits.

8. The pet care interactive prompting method according to claim 2, characterized in that: The occupant monitoring system (OMS) conducts preliminary monitoring to determine whether the pet left in the car has any abnormal life status. If so, the occupant monitoring system (OMS) sends safety requirement information to the mobile phone via the remote communication terminal (T-Box) and the car remote service provider platform (TSP).

9. The pet care interactive prompting method according to claim 8, characterized in that: The abnormal life state phenomena include unsteady standing, unsteady walking, open nostrils and mouth, and fluttering abdomen.

10. An interactive reminder system for pet care according to any one of claims 1 to 9, characterized in that: The invention comprises an occupant monitoring system (OMS), a remote communication terminal (T-Box), an automobile remote service provider platform (TSP) and a mobile phone. The occupant monitoring system (OMS) sends information to the remote communication terminal (T-Box); the remote communication terminal (T-Box) sends information to the automobile remote service provider platform (TSP); and the automobile remote service provider platform (TSP) sends information to the mobile phone.

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