KR101772630B1 - Pets remote management method - Google Patents
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- KR101772630B1 KR101772630B1 KR1020150102856A KR20150102856A KR101772630B1 KR 101772630 B1 KR101772630 B1 KR 101772630B1 KR 1020150102856 A KR1020150102856 A KR 1020150102856A KR 20150102856 A KR20150102856 A KR 20150102856A KR 101772630 B1 KR101772630 B1 KR 101772630B1
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Abstract
A method for remotely managing a pet by using a wearable device attached to the pet includes the steps of measuring the biometric information of the pet using the sensor, , A GPS module or a beacon module to measure the position information of the pet, determine a throughput according to the communication state with the server, and determine whether the wearable device or the server transmits the biometric information of the pet and the position information To receive a control signal of a guardian from the server, and to output a stored warning sound or voice data according to a control signal of the guardian.
Description
The present invention relates to a pet remote control method using a wearable device, and more particularly, to a pet remote control method using a wearable device, and more particularly, to a pet remote control method of attaching a wearable device to a pet to determine a dangerous situation using biometric information and positional information measured, And receiving a control signal from a guardian to output a warning sound and voice data.
According to the statistics released by the <Statistics 2014 Blue Schumer 6>, the population to raise pets exceeds 10 million people, and the growth potential of related markets including pet related goods and services is attracting attention. The growth of the pet-related market is largely due to the fact that the share of one or two people in the total population has increased significantly, but it has not been associated with the social change that positively shared life with pets through social media.
According to research and statistics, one or two people who raise pets, a typical problem faced by so-called Bamboo people, is a situation where pets are left alone after family members go out. There are no exceptions to dual-income families who leave their homes most of the day. Pets left at home are faced with the possibility of anomalous behavior including anorexia and diureticism, the possibility of running away, and the possibility of large or small personal threats that can occur in the indoor environment, but it is difficult for aged guardians to constantly check their pet status.
Some pet caregivers have attempted to remotely manage pets left behind by installing CCTV cameras or using automatic feeders to deal with this situation. However, the conventional fragmentary solution limited to a single function such as 'shooting' or 'feeding' as described above collects a variety of threats faced by the pet left alone and information of ever-changing health condition and collectively diagnoses the situation it's difficult.
As a result, the protector who empties the house for a long time has difficulty in easily recognizing the change of the crisis or the state of health of the pet, and the problem can not be prevented, and most of the problems are solved.
Wearable devices that can be directly worn on the body have been developed according to the recent technological developments. Sensors to be able to capture dangerous elements, beacons and GPS, and other means It is also developing together.
Using these technologies, comprehensive monitoring and analysis of the pet's health status and surrounding environment is presented to the protector at a remote site, and a comprehensive management device The possibility of emergence of the emergence of the.
Disclosure of Invention Technical Problem [8] The present invention overcomes the above-described problems of the prior art, and it is an object of the present invention to provide a method and apparatus for determining a dangerous situation of a pet by using biometric information and location information of a pet measured by a wearable device, So that the wearable device can be remotely managed in real time.
Another object of the present invention is to provide a wearable device that not only optimizes a reference value and a danger range for measuring wearer's peripheral information in consideration of a habit of an object but also can arbitrarily change it to suit the situation of a guardian and a pet through a guardian terminal And to provide a method for remotely managing pets so that information can be provided more accurately and selectively.
According to an aspect of the present invention, there is provided a method for remotely managing a pet using a wearable device attached to a pet, the method comprising: measuring the bio-information of the pet using the wearable device; The wearable device measuring location information of the pet using a GPS module or a beacon module; determining a throughput according to a communication state of the wearable device with the server; The wearable device or the server judging a dangerous situation of the pet by using the biometric information and the positional information of the pet; receiving the control signal of the guardian from the server; When the wearable device sends the control signal of the protector And outputting the stored warning sound or voice data.
In the remote pet management method according to the present invention, the step of measuring the bio-information may include the steps of measuring an exercise amount and an exercise intensity of the pet using an acceleration sensor, Measuring the heartbeat number, and measuring the body temperature of the pet using a temperature measurement sensor.
In the pet remote management method according to the present invention, the step of measuring the position information may include measuring the position coordinates of the wearable device by using one or more locators, each of which includes an antenna and is fixedly installed at a specific position on the ceiling of the room. Transmitting information stored when the wearable device is accessed within a predetermined distance using a plurality of beacon tags having individual code information, and transmitting the beacon tag to the wearable device via a beacon reader built in the wearable device, And receiving the one tag information.
In the remote pet management method according to the present invention, the plurality of beacon tags are attached / marked within the indoor activity radius of the pet to set a reference area for each of the pet dangerous situations And transmits the tag information when the pet approaches the reference area to determine a dangerous state of the pet.
In the pet remote management method according to the present invention, the step of determining the throughput may include transmitting the biometric information and the location information of the pet to the server so that the server transmits the biometric information and the location information of the pet to the server Thereby inducing the animal to judge the dangerous situation of the animal.
In the pet remote management method according to the present invention, when the throughput is less than a reference value, the wearable device judges a dangerous situation of the pet by itself using biometric information and positional information of the pet, And outputting the warning sound or the voice data according to a predetermined condition.
In the remote pet management method according to the present invention, the step of determining the dangerous state of the pet may include comparing the biometric information of the pet with a preset reference value, Measuring a staying time of the pet, and applying a risk value to the pet condition determining condition of the pet.
The remote pet management method according to the present invention may further comprise the steps of: calculating a warning value according to a criterion set for each of the pet risk conditions; Calculating a long term risk value according to a criterion set for each of the potential threats when the risk situation is released; and summing the warning value and the long-term risk value to give a risk value.
In the remote pet management method according to the present invention, the dangerous condition of the pet may include a food, a water intake, a defecation, a sleep, a heart beat abnormality, a temperature abnormality, a feeding abnormality, a water intake abnormality, Or more.
In the pet remote management method according to the present invention, the wearable device may be attached to each of a plurality of pets to determine a risk situation of each of the plurality of pets.
The pet remote management method according to the present invention is characterized in that the wearable device charges a battery using a wireless charging type wireless charger using a magnetic induction method.
According to another aspect of the present invention, there is provided a method for remotely managing a pet using a guardian terminal, the method comprising: receiving, from a wearable device attached to the pet through the server, the biometric information of the pet, Displaying the at least one or more countermeasures according to the biometric information of the pet, the location information, the dangerous situation, and the dangerous situation, and displaying the countermeasure according to the dangerous situation from the guardian And transmitting the control signal to the server, wherein the dangerous condition includes comparing the biometric information with a preset reference value, measuring the time of staying at a predetermined position of the pet, , The pet risk condition judgment condition includes a risk value And a step of assigning one or more of the following:
In the remote pet management method according to the present invention, the risk value is calculated by calculating a warning value set according to each criterion of the pet's risk situation, and when the pet is out of the risk situation, And the risk value is given by adding the warning value and the long-term threat value.
In the remote pet management method according to the present invention, the guardian terminal may be provided with a plurality of guardian terminals, which have been authenticated by the server, from the server, at least one or more of the biometric information, the location information, And displays a countermeasure.
According to the pet remote control method according to the present invention configured as described above, the risk situation of the pet is determined using the biometric information and the location information of the pet measured by the wearable device, and the determination result is transmitted to the caregiver terminal The present invention provides a method of remotely managing a wearable device in real time.
In addition, the wearable device not only optimizes the reference value and the danger range for measuring the surrounding information in consideration of the habit of the individual, but also can arbitrarily change it according to the situation of the guardian and the pet through the guardian terminal, It is effective to provide remote management method of pet which can be provided as.
1 is a view showing a wearable device of the present invention attached to a pet necklace.
2 is a configuration diagram showing a configuration of a wearable device of the present invention.
3 is a view illustrating indoor position measurement of a pet using a beacon module according to an embodiment of the present invention.
4 is a flowchart illustrating a pet remote management method according to an embodiment of the present invention.
5 is a flow chart for determining a meal of a pet according to an embodiment of the present invention.
FIG. 6 is a flow chart for determining water ingestion of a pet according to an embodiment of the present invention.
FIG. 7 is a flow chart for determining defecation of a pet according to an embodiment of the present invention.
FIG. 8 is a flow chart for determining the sleep of a pet according to an embodiment of the present invention.
FIG. 9 is a flowchart for determining a heartbeat abnormality of a pet according to an embodiment of the present invention.
FIG. 10 is a flow chart for determining abnormality of body temperature of a pet according to an embodiment of the present invention.
FIG. 11 is a flow chart for determining an eating disorder of a pet according to an embodiment of the present invention.
FIG. 12 is a flow chart for determining an abnormal water intake of a pet according to an embodiment of the present invention.
FIG. 13 is a flowchart for determining entry of a pet into a dangerous area according to an embodiment of the present invention.
FIG. 14 is a flow chart for judging the runaway of a pet according to an embodiment of the present invention.
15 is a flow chart for reporting the risk of a pet according to an embodiment of the present invention.
FIG. 16 is a flowchart for recording movement of a pet according to an embodiment of the present invention.
17 is a configuration diagram illustrating an extended pet management method according to an embodiment of the present invention.
18 is a diagram illustrating a pet remote management application displayed on a guardian terminal according to an embodiment of the present invention.
The present invention may have various modifications and various embodiments, and specific embodiments are illustrated in the drawings and described in detail in the detailed description. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.
Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.
First, a wearable device of the present invention will be described with reference to FIG. FIG. 1 is a view showing a wearable device of the present invention attached to a pet necklace. Referring to FIG. 1, the
A specific configuration of the
The
The
The
The indoor position measurement using the
Referring to FIG. 3 (b), a beacon tag using a
Returning to FIG. 2, the
The
Next, the
The
Finally, the
Next, a method for remotely managing pets using the
The
After the
The
When the throughput of the
In other words, the risk situation determination using the information measured by the
On the other hand, the risk situation judgment compares the biometric information with a preset reference value, measures the time at which the position information stays at the preset position, and gives a risk value to the pet's risk condition judgment condition to judge the pet emergency situation . Here, the method of assigning the risk value is to calculate the warning value set according to each criterion of the pet's risk situation, to calculate the long-term risk value set according to each criterion of the potential threat, The calculated warning value and the long-term risk value are added together to give a risk value.
In addition, pet emergency includes one or more of meal, water intake, defecation, sleep, heartbeat abnormality, body temperature abnormality, feeding disorder, water intake abnormality, dangerous area entry, runaway. How to judge each pet emergency situation will be explained later.
Next, the
The
The
The
In addition, it is possible to set an emergency warning function to output a warning sound or voice data to the pet without a control signal of the
Next, a method for determining an emergency situation of a pet in the
Next, the
After the start time of the contact is recorded in the log, it is checked whether the pet continuously deviates from the 15 cm radius near the rice bowl to which the beacon tag is attached (S550). When it is confirmed that the user leaves the radius of 15 cm near the rice bowl, the contact time measurement of all kinds including the initial contact time is terminated and the timer is measured for 120 seconds (S560).
The reason for measuring 120 seconds here is to judge that the pet has spent a long time in a single place and has walked around the rice bowl and has eaten rice several times. Including the act of wandering around the rice bowl up to five times after the meal. To determine this, set the maximum value of the variable called mealcheck to 5, which defaults to zero every time.
In addition, the total meal time is divided by the initial contact time and the additional contact time to give accurate statistics of the measured values. The first time after the judgment of the meal, when the pet enters the rice bowl 15cm radius with the beacon tag and stays longer than the reference contact time, the duration is measured at the value of the initial contact time, The situation in which a meal is re-entered and re-entered is measured using the value of the additional contact time.
Next, in step S570, it is confirmed whether the pet has entered the rice bowl radius 15 cm again during the measurement of 120 seconds using the timer (S570). If the accumulated number of meal check variables is less than 5, the meal check variable is increased by 1 (S582), and the additional contact time is newly measured (S584). Here, when the cumulative number of the meal check variables is five or more, it is determined that one meal has ended without adding any information on the meal judgment. The contact start time, the initial contact time, the additional contact time, Is recorded in the log and the eating habit is noted (S586). The eating habits notation may be additionally posted to indicate that the user has distracted eating habits when data is transmitted to an external device such as the
On the other hand, if more than 120 seconds elapse while leaving the circumference of the rice bowl, the determination of one meal is finished and the contact start time, final meal check value, initial contact time, additional contact time and total meal time are stored in the log (S575).
After the determination of the meal once, the subject having the current computing authority among the
If the device is used for more than one month, it is checked whether the reference contact time has been changed within one month (S592). If there is no change in the reference contact time within a month including the case where the reference contact time has not been changed or the reference contact time has changed more than one month, the reference contact time is maintained as the current value (S593) The time is newly calculated. At this time, a total of 40% of samples are extracted from 20% of the upper and lower sides and 5% of the initial value of the factory, and the new reference contact time is defined as a new reference contact time (S594).
Here, the total log of the cumulative measurement values is also averaged over a long period of time by averaging the long-term baseline contact time in the same manner, so that the longer-term eating habits tendency can be grasped and compared with the baseline contact time. Since the number of cases in which the eating habit changes as a sign of preference or a health abnormality in the process of changing the kind of food in the case of a pet is large, an analytical approach to the difference of the numerical value is a method of collecting test data of the
Finally, the measurement information and the judgment information are transmitted to the
Next, with reference to FIG. 6, a description will be given of the determination of water ingestion in an emergency situation of a pet. FIG. 6 is a flow chart for determining water ingestion of a pet according to an embodiment of the present invention. Water intake judgment is similar to eating judgment, but water intake is generally set to 3 seconds because the duration of one meal is shorter than that of eating. 6, the
In the initial contact time measuring state, the
After the contact start time is recorded in the log, the pet is continuously checked whether or not the radius is 15 cm away from the water bowl (S650) in order to determine the situation. When the water bowl radius is 15 cm, the contact time measurement of all kinds including the initial contact time is stopped and the timer is measured for 120 seconds (S660). In this case, the
(S670). When the pet enters the water bowl radius of 15 cm, the cumulative number of water check variables is checked (S680). If the cumulative number of water check variables is less than 5, the water check variable is increased by 1 (S682), and the additional contact time is newly measured (S684).
If the cumulative count of water check variables is 5 or more, and if the pet does not enter again within 15 cm before the end of the 120-second measurement result timer with the timer, the single water intake determination is terminated, And initializes variables used for water consumption determination (S690).
Next, we explain how to judge defecation in pet dangerous situations. FIG. 7 is a flow chart for determining defecation of a pet according to an embodiment of the present invention. Referring to FIG. 7, the
The
After the determination of the pet's bowel movement behavior, it is confirmed whether or not it has deviated from the bowel pad radius of 20 cm (S750). When the pet leaves the bowel pad radius of 20 cm, the contact time measurement is terminated and the bowel movement start determination and the bowel movement time value Save it to the log. Finally, measurement information and judgment information are transmitted to an external device such as the
Next, a description will be given of a method for determining the sleep state in the emergency situation that the
If it is determined that the current heart rate of the pet is included in the range not less than the average sleeping heart rate and the minimum heart rate, if it is not included in the range, it is determined that the sleeping state is not the normal mode (S815). Likewise, if it is confirmed that it is included in the above range, if it is within the above range, it is checked whether the pet stops for 10 minutes or more without moving in one place (S820). If it is determined that there is no motion, it is judged that the sleep mode is not the normal mode (S825). If there is no motion, the sleep mode is determined (S830). Specifically, for example, in the case of a dog, since the range of the sleeping heart rate is usually formed at 144 to 198, the sleeping mode can be determined when the current heart rate is 150, and the dog does not move for more than 10 minutes . When the pet enters the sleep mode, the sleep determination time is recorded, the total sleep time is measured by the timer until the sleep mode is woken, and the coordinate information of the sleeping position of the pet is also recorded in the log.
On the other hand, pets vary in average sleep time per day depending on species. Generally, the time that a cat sleeps in a day is longer than a dog. Therefore, it is necessary to consider this kind of difference in order to judge that there is an abnormality in health when the sleeping time is exceptionally long, unlike usual. According to the following Table 2, the reference sleep time to be the basis for judging the health condition was defined according to the species.
Next, after determining that the pet is in the sleep mode, it is determined whether the pet is in the continuous sleep mode for more than the predetermined time (S840). If the sleeping time of the pet is equal to or longer than the reference sleeping time, the warning value 5 is added to the entire risk value judged by the
Hereinafter, a method of determining the sleep of a pet is confirmed, and a method of determining a heart rate abnormality of a pet by referring to FIG. 9 will be described. FIG. 9 is a flowchart for determining a heartbeat abnormality of a pet according to an embodiment of the present invention. First, the
If the current heart rate of the pet is higher than the maximum heart rate or the heart rate is lower than the minimum heart rate, the pet heart rate shows an exceptional abnormality. Therefore, the warning value 25 belonging to the high risk group is added to the overall risk, (S915).
If the current heart rate of the pet is within the range of the maximum heart rate and the minimum heart rate, it is determined whether the pet is currently in the sleep mode (S930). Since the method for determining the sleep mode is described with reference to FIG. 8, the determination method will be omitted here.
If it is determined that the sleep mode is not the sleep mode, the estimated heart rate is compared with the current heart rate, and it is determined whether the difference is 30 or more (S940). Here, the expected heart rate is a variable that simultaneously takes heart rate and momentum. We used the fact that heart rate and exercise intensity were directly proportional to each other during exercise. The
Accordingly, basically, the health state is measured by comparing the increase and decrease of the exercise intensity and the heart rate, and the estimated heart rate value which gives the weight by taking into consideration the influence of the exercise time when measuring the exercise intensity is used. If the current heart rate is significantly lower or higher than the expected heart rate, it is considered a risk. In the computation of the expected heart rate, a composite product is used. In the following equation (1), f denotes a function for obtaining the exercise intensity, and g denotes a function for obtaining the exercise time.
In this way, when calculating the intensity of motion to be compared with the heart rate, considering the influence of time, it is possible to find not only the intensity at one point but also the intensity considering the motion at the previous point. This makes it possible to correct an error that can occur when comparing with a heart rate by judging whether the movement of a point is simply moving or not. For example, if you are suddenly stopped during exercise and your heart rate is high, but you do not have any movement, you may be prevented from judging a dangerous situation if your heart rate has not yet increased after you start exercising.
Returning to the step of comparing the estimated heart rate with the current heart rate, if the estimated heart rate is different from the current heart rate by 30 or more, it is checked again whether the estimated heart rate and the current heart rate record a difference of 50 or more (S950).
If it is determined that the expected heart rate and the current heart rate are different by 50 or more, an alert value of 20 belonging to the high risk group is added to the entire risk, and at the same time, a warning message is transmitted to the external device (S955). On the other hand, if the estimated heart rate and the current heart rate are 30 or more and less than 50, a warning value 5 belonging to the middle risk group is added to the entire risk, and at the same time, a warning message is transmitted to the external device (S960).
We have discussed how to determine heart rate abnormalities. Next, a method of judging abnormality in body temperature will be described with reference to FIG. FIG. 10 is a flow chart for determining abnormality of body temperature of a pet according to an embodiment of the present invention. First, the
If the current body temperature of the pet exceeds 39.5 degrees, a warning message is transmitted to the external device after adding the warning value 25 belonging to the high risk group to the entire risk (S1015). If it is confirmed that the current body temperature is 39.5 degrees or less, 100) checks whether the current temperature of the pet exceeds 37 degrees, which is the low abnormal temperature temperature reference according to Table 3 (S1020).
If the current temperature of the pet is 37 degrees or less, a warning message 25 belonging to the high risk group is added to the overall risk, and a warning message is transmitted to the external device (S1025). If the current temperature of the pet is less than 37 degrees or more than 39.5 degrees, it is determined that the temperature of the pet is abnormal and the warning message is transmitted to the
Next, a method of judging the eating disorder of a pet will be described with reference to FIG. FIG. 11 is a flow chart for determining an eating disorder of a pet according to an embodiment of the present invention. First, the
Therefore, there is a calculation formula of 'meal empty period = time flowing from last meal end record to present time - total sleep time in between + 0.4 (total sleep time occurring therebetween)'. If the calculation formula is summarized, 'meal gap = the time from the last meal end record to the present time - (0.6 * the total sleep time in between)'.
As a result of the calculation, it is determined whether the current meal empty period exceeds 10 hours (S1120). If the check result exceeds 10 hours, the warning value 20 belonging to the high risk group is added to the entire risk, and a warning message is transmitted to the external device (S1130).
As for the method of judging the above-described eating disorder of the pet, for example, about 15 hours have passed since the last time the pet dog finished eating, and in the case where the puppy sleeps for 8 hours for 15 hours, The total meals gap is calculated as 10.2 hours. Therefore, since the meal break period exceeded 10 hours, it is judged that the meal has not been eaten for a long time and a warning message 20 can be added and a warning message can be transmitted to the external device.
Next, I will explain how to judge the pet's water intake abnormality. Water intake abnormalities are judged by the same method as the feeding disorder. This will be described in detail with reference to FIG. FIG. 12 is a flow chart for determining an abnormal water intake of a pet according to an embodiment of the present invention. First, the
Next, it is determined whether the current water empty time calculated in the water empty operation step exceeds 10 hours (S1220). As a result of checking, if the water empty period exceeds 10 hours, the alert value 20 belonging to the high risk group is added to the entire risk level and a warning message is transmitted to the external device (S1230). The method of judging the water intake abnormality is the same as the method of judging the abnormality of the meal, so a specific example is omitted.
Next, a method for judging the entry of a pet into a dangerous area will be described with reference to FIG. FIG. 13 is a flowchart for determining entry of a pet into a dangerous area according to an embodiment of the present invention. First, the
Here, the
Next, a method for judging whether or not the pet is in danger is explained with reference to FIG. FIG. 14 is a flow chart for judging the runaway of a pet according to an embodiment of the present invention. First, it is confirmed whether the
If it is confirmed that the coordinates of the
On the other hand, when the
The
Here, when the vehicle enters within 5 m of the
Next, the risk value and risk reporting system described in FIGS. 8 to 14 will be described with reference to FIG. 15 is a flow chart for reporting the risk of a pet according to an embodiment of the present invention. The various risk situations that can occur first are defined in Table 4.
Overall risk is the sum of the warning and long-term risk values, which is a parameter that allows the caregiver to see at a glance the degree of overall threat posed by the pet. The risk parameters collectively identify and warn of situations where multiple risk situations occur at the same time, or where there are potential threats, even though the immediate risk conditions are out of scope.
First, the
If the newly added warning value is 20 or more, it is continuously checked whether the current condition is out of the dangerous condition (S1530). If the new warning value is 20 or more, (S1532). If the new alert number is greater than 20 and the pet is out of dangerous conditions, remove the new alert number from the total risk again (S1550) and check if the type of risk removed is a long-term risk value (S1560). If there is a long-term risk value, the long-term risk value corresponding to the total risk is added (S1570).
The concept of long-term risk figures is introduced here in situations where risk conditions are not immediately available, but there are potential threats to watch over time. For example, when the body temperature of the pet becomes excessively high in Fig. 10, the risk level report of Fig. 15 is performed while the warning value 25 is added. Even if the temperature returns to normal after a certain period of time, it may be due to some unusual change in health, so for a while, the caregiver needs to pay attention through a hospital checkup or continuous observation. Therefore, even if the temperature drops back to steady state, the warning value 25 is subtracted from the overall risk, but the long-term risk value 10 is again added to the overall risk. That is, the overall risk still indicates that there is some indication of a potential threat to the present through the long-term risk value, and the detailed details can be confirmed using the management application at the
In addition, there is no warning value and only a long-term risk value is provided by a statistical analysis of data accumulated to some extent, such as a sudden drop in the average momentum, that is, a risk that is recognized over a long period of time. This situation will be described in Fig.
If the newly added warning value is less than 20, it is checked whether the pet is out of the dangerous condition (S1540). If it is out of the dangerous condition, the newly added warning value is subtracted from the total risk value (S1541). Next, it is checked whether the type of the deducted risk situation has a long-term risk value (S1542). If the long-term risk value is confirmed, the long-term risk value corresponding to the total risk is added (S1543).
Thus, the method of reporting the risk for the warning values in Figs. 8 to 14 was confirmed. Next, a method of recording a pet's movement will be described with reference to FIG. FIG. 16 is a flowchart for recording movement of a pet according to an embodiment of the present invention. Here, the current average momentum is a calculation of the momentum and the average value from the current point of view to a month before. The caregiver can set the period during which the setting is used to automatically compare with the average value of the most recent month's momentum. In addition, the default for automatic comparisons is a variable named 'Existing Average Momentum', which is set to the average of the momentum from the last two months to the last month.
In order to record the movement of the pet, first check whether the current average momentum is less than 20% of the pet's conventional average momentum (S1610). If the result is less than 20%, the long-term risk value is added to the total risk and the warning message is transmitted to the external device (S1615).
On the other hand, if the current average momentum is 20% or more of the pet's existing average momentum, it is confirmed that the current average momentum is less than 50% of the pet's existing average momentum (S1620). If the current average momentum is within 20% to 50% of the pet's existing average momentum, add a 2 long-term risk value to the overall risk and send a warning message to the external device (S1625).
Next, a method for expanding the pet management method will be described with reference to FIG. 17 is a configuration diagram illustrating an extended pet management method according to an embodiment of the present invention. Referring to FIG. 17, the
The
In addition, the
Finally, a method for remotely managing pets using the management application at the
Here, the functions of the tabs are four representative management functions indicated in the application. Specifically, it consists of timeline, location confirmation, monitoring, and activity record. When a parent clicks a desired function, the corresponding tab is activated and the relevant content is displayed in the largest frame.
The timeline is a function for browsing pet behavior records. More specifically, each time the behavior record is updated, a table containing the information in the timeline of the
In the case of meal information, additional information is displayed in red text if the dietary habits are divergent, along with the meal time, total meal time, number of meals on that day, water intake time, total water intake time, In the case of sleep information, the sleep start time, total sleep time, and sleeping place can be viewed. In the case of a charge notification, the pet approaches the wireless charger, indicating the time at which the wireless charging started, the time at which the wireless charging started, and the amount of charge. For risk entry notifications, describe the types of risk situations listed in Table 4.
The location is indicated by coordinates using the
Monitoring is a function of observing the current situation in real time from the viewpoint of a pet by using the
The activity log is a function that can display the statistics and the risk of the pet's activity record, and can display the statistical analysis result of accumulated information of the pet. Statistics on activity records include graphs of time, as well as information such as exercise, heart rate, temperature, meals, excretion, and average behavior patterns over time. You can view and compare statistics based on various criteria such as day, week, month, 3 month, 6 month, 1 year, full range, arbitrary period setting.
Risk is a comprehensive visualization of the current state of a pet using parameters called risk (warning and long-term) values. At the bottom of the risk list is a list of the major risks that make up the current risk. The level is classified according to the level of risk, and the bars of risk are displayed in different colors of each series, so that the guardian can understand the situation more intuitively.
Next, the environment setting is a function that enables the caregiver to manage the application and the connected
The guest can set the environment of the management application currently being used by the
Also, the guest can be used without limitation if the
Next, I will explain the guest submenus. App settings are related to the overall management application being used. Specifically, it consists of language setting, font setting, and sound setting.
The notification setting is a detailed setting for notification of a warning message that the
In the case of the global notification setting, the guardian can select the type of notification from vibration, sound, silence, whether or not the popup window is displayed when receiving a message, and the time zone during which the notification is not received.
In the case of the detailed notification setting, you can set the situation that you want to receive the notification. For example, if your pet's recent health condition is not good, you can also specify that you want to be alerted each time you eat, and the meal alert can be set to a silent or pop-up notification that is independent of the entire notification setting. . As another example, in the runaway state where the warning value is 20 or more, it is the default setting to retransmit the warning message every 10 minutes, but the retransmission function can be turned off or the retransmission interval can be changed to 5 minutes.
The battery setting is a function for determining the degree of the battery of the
Customer support consists of version information, problem reports, announcements, and additional service support. The
The manager is a function that can manage the connected
Specifically, the representative guardian terminal or the
Next, the submenu of the administrator consists of account management, beacon management, setting value input, statistics setting, camera setting, audio setting, data management, and mode change.
The account management comprises management of the currently connected parental account, management of the
The beacon setting function is to register / delete / set / name a beacon tag using the
For example, since a gas stove in a kitchen is a dangerous space in which a fire may occur, if a
When the pet is approached to the area, the
In addition, the beacon setting can be set by adjusting the entering radius and the tag time for each corresponding beacon tag. The default value is set to 15 cm, but for some hazardous areas, the guardian can change the radius to 50 cm. Similarly, the guardian can arbitrarily change the three most basic beacon tags, the entry radius of the meal, water intake, bowel movements, and the reference contact time. In particular, since the size of the
Next, in the case of setting value input, the guardian can arbitrarily change the condition judgment condition judged by the
For example, the default value of the runaway mode condition is set such that the
Settings for meal, water intake, and bowel movement can also be changed in this menu, but beacon settings can be changed using the beacon tag.
The statistical setting is similar to the setting value input, but it mainly changes the setting value for the function of analyzing accumulated data for long time. For example, as described in FIG. 16, the average momentum of a pet is measured in a month, but the average momentum may be measured in units of a week.
The camera setting is a function that can change settings for the
The audio setting is a function that can change settings for the
The data is the function of exporting, importing, and storing the accumulated data of the managed pet entity currently stored in the
The mode change is a function that can change the setting related to the operation mode of the
In addition, when one parental account manages a plurality of wearable devices, a new tab is created and a list of currently-managed
Thus, a method of remotely managing a pet by using the management application of the
In addition, the embodiments of the present invention described in the specification and the configurations shown in the drawings relate to the most preferred embodiments of the present invention and do not cover all the technical ideas of the invention. Therefore, It is to be understood that equivalents and modifications are possible. Therefore, it is to be understood that the present invention is not limited to the above-described embodiments, and that various modifications may be made without departing from the spirit and scope of the invention as defined in the appended claims. , Such changes shall be within the scope of the claims set forth in the claims.
100: wearable device 110: measuring part
111: acceleration sensor 112: heart rate sensor
113: Temperature measurement sensor 120: Wireless communication unit
121: Wireless communication module 122: GPS module
123: Beacon module 130: Output section
131: Acoustic output unit 132: Optical output unit
140: camera 150: battery unit
160: control unit 200:
300: Protector terminal
Claims (15)
Measuring the biometric information of the pet using the detection sensor of the wearable device;
The wearable device measuring position information of the pet using a GPS module or a beacon module;
Determining a throughput according to a communication state of the wearable device with the server;
The wearable device or the server judging a dangerous situation of the pet by using the biometric information and the location information of the pet according to the determination result;
The wearable device receiving a guardian's control signal from the server; And
And the wearable device outputting the stored beep or voice data according to a control signal of the guardian,
Wherein the step of determining the throughput comprises:
Wherein the wearable device transmits the biometric information and the positional information of the pet to the server to guide the server to determine the dangerous state of the pet when the throughput is equal to or greater than a reference value.
Wherein the step of measuring the biometric information comprises:
Measuring an exercise amount and an exercise intensity of the pet using an acceleration sensor;
Measuring a heartbeat per minute of the pet using a heart rate sensor; And
Measuring a body temperature of the pet using a temperature measurement sensor; ≪ RTI ID = 0.0 > 1, < / RTI >
Wherein the measuring the position information comprises:
Calculating positional coordinates of the wearable device by using at least one locator having an antenna and fixedly installed at a specific position of the ceiling of the room;
Transmitting information stored when the wearable device is accessed within a set distance using a plurality of beacon tags having individual code information; And
And receiving tag information transmitted by the beacon tag using a beacon reader built in the wearable device.
Wherein the plurality of beacon tags comprise:
Wherein the beacon tag is attached / marked within an indoor activity radius of the pet to set a reference area for each of the dangerous conditions of the pet, and transmits the tag information when the pet approaches the reference area, Wherein said pet remote control method comprises the steps of:
Wherein the step of determining the throughput comprises:
Wherein the wearable device determines a dangerous situation of the pet by itself based on the biometric information and the positional information of the pet when the throughput is less than a reference value and outputs the warning sound or voice data according to the determined result How to remotely manage pets.
Wherein the step of determining the risk condition of the pet comprises:
Comparing the biometric information of the pet with a preset reference value;
Measuring a time of staying at a predetermined position of the pet; And
Assigning a risk value to the risk condition determination condition of the pet; ≪ RTI ID = 0.0 > 1, < / RTI >
The step of assigning the risk value comprises:
Calculating warning values according to a criterion set for each of the pet dangerous conditions;
Calculating a long-term risk value according to a criterion set for each of the potential threats when the dangerous situation is released after the dangerous situation of the pet is determined; And
And summing the warning value and the long-term risk value to give a risk value.
The dangerous situation of the pet,
Wherein said at least one of at least one of eating, water intake, defecation, sleep, heartbeat abnormality, body temperature abnormality, feeding disorder, water intake abnormality, entry into dangerous area, runaway, exercise record.
The wearable device,
Wherein each of the plurality of pets is attached to each of the plurality of pets to determine a risk situation of each of the plurality of pets.
The wearable device,
A method for remotely managing pets, comprising charging a battery using a wireless charging system using a magnetic induction system.
Receiving the biometric information, the location information, and the dangerous situation of the pet from the wearable device attached to the pet through the server;
Displaying the at least one or more countermeasures according to the biometric information of the pet, the location information, the dangerous situation, and the dangerous situation; And
And transmitting the control signal for the corresponding response to the server by receiving the countermeasure corresponding to the dangerous situation from the guardian by the guardian terminal,
The above-
Comparing the biometric information with a predetermined reference value, measuring a time at which the position information of the pet is kept at a predetermined position, or providing a risk value to the risk condition determination condition of the pet and,
The risk value,
Calculating a warning value set according to each criterion of the pet's risk situation and calculating a long-term risk value set according to each criterion of the potential threat when the pet is out of the dangerous situation, And adding the long-term risk values to give a risk value.
The guardian terminal,
And displaying at least one or more responses corresponding to the biometric information of the pet, the location information, the dangerous situation, and the dangerous situation to the plurality of guardian terminals whose user authentication is completed from the server.
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| KR102035672B1 (en) * | 2017-10-27 | 2019-10-24 | 대한민국 | Apparatus for monitoring location and behavior of cattle and method thereof |
| KR102067429B1 (en) * | 2017-12-29 | 2020-01-30 | (주)씽크웨이브 | Apparatus for companion dog emotion analysis using characteristics of vital signal |
| KR102154081B1 (en) * | 2017-12-29 | 2020-09-10 | (주)씽크웨이브 | Companion dog management apparatus |
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| KR102195066B1 (en) * | 2019-05-09 | 2021-01-11 | (주)블랙와이더 | An apparatus for managing animals, a method thereof and computer recordable medium storing program to perform the method |
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