WO2018171036A1

WO2018171036A1 - Intelligent heating method and system for body weight detection apparatus

Info

Publication number: WO2018171036A1
Application number: PCT/CN2017/084834
Authority: WO
Inventors: 代伟佳
Original assignee: 上海斐讯数据通信技术有限公司
Priority date: 2017-03-20
Filing date: 2017-05-18
Publication date: 2018-09-27
Also published as: CN107024266A

Abstract

Disclosed are an intelligent heating method and system for a body weight detection apparatus, used for solving the problems of a pain point from coldness when a user is weighed with bare feet, and an increase in the power consumption caused by heating. The intelligent heating method for a body weight detection apparatus comprises: acquiring alarm clock information pushed to a cloud server by an intelligent terminal (S11, S31, S51); and judging whether to acquire action information for turning off an alarm clock at a wakeup time, if so, pushing an instruction to start a heating function to a body weight detection apparatus (S12, S32, S52). A pain point from coldness when a user is weighed with bare feet is solved. The user experience of the body weight detection apparatus is improved. Deciding the re-waking up condition and the condition of use by multiple users according to wakeup information realises saving on electricity to the utmost extent while the user experiences warmth.

Description

Intelligent heating method and system for weight detecting device

Technical field

The present invention relates to the field of intelligent electronic devices, and in particular, to an intelligent heating method and system for a weight detecting device.

Background technique

Intelligent weight detection device is a relatively mature and popular product in the moment, people pay more and more attention to physical health problems, and intelligent body fat scales capable of measuring detailed body data such as body weight, body fat, protein, and metabolic rate are more and more users. Favor.

The principle of the body fat scale is: if a certain frequency electrical signal passes through the human body, the fat portion is higher than the "impedance" of the muscle and other tissues of the human body. When a safe, specific frequency electrical signal is passed through the human body, the electrical signal changes to varying degrees depending on the "impedance" of the human body. The muscle contains more blood and other moisture, which can conduct electricity, while the fat is not conductive. Since the channel conductor of the current in the body is muscle, the weight of the muscle can be known from the difficulty of passing the current, and it can be judged that in the proportion of the body weight, the proportion of the human body with less muscle is higher.

However, due to many times, users are accustomed to measuring weight on bare feet. Especially for the measurement of body fat scales, it is necessary to measure barely on the metal surface of the fat scale during the measurement process. The user must bare scale on the scale to get data other than the weight, while the bare feet stand on the scale, especially in winter, the cold feeling is a great pain point, and there is no solution to this problem.

The patent publication CN105823545A provides a weighing system with an intelligent heating function, the system comprising: a body, a heating module, an acquisition module and a control module, wherein the body is provided with a heating area; The heating module is corresponding to the heating area setting; the obtaining module is configured to acquire basic characteristic information of the user; the control module is respectively connected to the obtaining module and the heating module, and the control module is configured to generate a measurement reminding plan according to the basic feature information of the user, and obtain the measurement reminding plan according to the measurement reminding plan The heating module is turned on and off, and the heating module is controlled according to the opening time and the closing time. The system can not only generate a measurement reminding plan according to the basic feature information of the user, but also remind the user to perform the measurement, and can pre-heat the body through the heating module disposed in the body according to the measurement reminding plan to solve the user's cold and barefoot measurement time. The problem of discomfort has increased the user Experience. However, the system generates a measurement reminding plan based on the user's characteristic information, which is not convenient, and the system causes a problem that the power consumption is significantly increased due to heating.

Summary of the invention

The technical problem to be solved by the present invention is to provide a system for intelligent heating method of a weight detecting device, which is used to solve the problem of cold energization when the user's bare feet are weighed and increased power consumption due to heating.

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

An intelligent heating method for a weight detecting device, comprising the steps of:

Obtaining alarm information that the smart terminal pushes to the cloud server;

It is judged whether or not the action information for turning off the alarm is obtained during the wake-up time, and if so, the heating function command is turned on to the weight detecting device.

Further, the method further includes the steps of:

If the action information of the alarm is not obtained, it is determined whether to obtain the alarm information of the alarm clock, and if so, the heating function command is turned off to the weight detecting device and waits for the next wake up; otherwise, the heating function command is pushed to the Weight detection device.

Further, the method further includes the steps of:

It is determined whether the measurement target of the weight detecting device is a multi-user, and if not, the heating function command is pushed to the weight detecting device.

further,

If the measurement target of the weight detecting device is a multi-user, determine whether the time difference between the alarms is within a preset time difference, and if so, whether the obtained surface temperature of the weight detecting device is within a preset temperature range, and if so, push The heating function command is turned off to the weight detecting device.

Further, the step of determining whether the measurement target of the weight detecting device is a multi-user includes:

It is determined whether the alarm information is from a plurality of intelligent terminals, and if so, it is determined to be a plurality of users.

Further, the method further includes the steps of:

The time difference between the alarm and the start of measurement is turned off by each user every day to obtain the average heating time of the weight detecting device and the heating power is set according to the average heating time.

An intelligent heating system for a weight detecting device, comprising:

The obtaining module is configured to obtain alarm information that the smart terminal pushes to the cloud server;

The judging module is configured to determine whether to obtain the action information of turning off the alarm during the wake-up time, and if so, to push the heating function command to the weight detecting device.

Further, it also includes:

The re-arguing module is configured to determine whether to obtain the re-survey information of the alarm clock when the action information of the alarm is not obtained, and if so, push the heating function command to the weight detecting device and wait for the next wake-up.

Further, it also includes:

The multi-user module is configured to determine whether the measurement target of the weight detecting device is a multi-user, and if not, push the heating function command to the weight detecting device.

Further, it also includes:

Repeating the heating module, when the measurement target of the weight detecting device is a multi-user, determining whether the time difference between the alarms is within a preset time difference, and if so, determining whether the obtained surface temperature of the weight detecting device is at a preset temperature Within the range, if yes, the heating function command is turned off to the weight detecting device; otherwise, the heating function command is pushed to the weight detecting device.

Further, the multi-user module is further configured to determine whether the alarm information is from multiple smart terminals, and if so, determine that the user is a multi-user.

Further, it also includes:

The management module is configured to count and analyze the time difference between each user turning off the alarm clock and starting the measurement every day to obtain the average heating time of the weight detecting device and setting the heating power according to the average heating time.

Further, the weight detecting device comprises:

a metal electrode sheet built in the weight detecting device;

An induction component for sensing an actual temperature of the metal electrode sheet;

A heating assembly for heating the metal electrode sheet.

Compared with the conventional technology, the present invention has the following advantages:

1. The method and system for intelligent heating of the weight detecting device can solve the cold pain point when the user bare feet are weighed; and improve the user experience of the weight detecting device.

2. According to the wake-up information to determine the re-enactment situation and the use of multiple users, the user experience can be warm while maximizing power savings.

DRAWINGS

1 is a flow chart of an intelligent heating method of a weight detecting device according to Embodiment 1;

2 is a structural diagram of an intelligent heating system of a weight detecting device according to Embodiment 1;

3 is a flow chart of an intelligent heating method of a body weight detecting device provided in Embodiment 2;

4 is a structural diagram of an intelligent heating system of a weight detecting device provided in Embodiment 2;

5 is a flow chart of an intelligent heating method of a weight detecting device according to Embodiment 3;

Fig. 6 is a structural diagram of an intelligent heating system of a weight detecting device according to a third embodiment.

detailed description

The technical solutions of the present invention are further described below with reference to the accompanying drawings, but the present invention is not limited to the embodiments.

Embodiment 1

This embodiment provides an intelligent heating method for a weight detecting device, as shown in FIG. 1, comprising the steps of:

S11: Acquire alarm information that the smart terminal pushes to the cloud server.

S12: Determine whether to obtain the action information of turning off the alarm during the wake-up time, and if so, push the heating function command to the weight detecting device.

Many users prefer to measure their weight with bare feet, while current body fat scale measurements must be made with bare feet. Body fat scale, the body fat scale, the principle is: the muscle contains more blood and other water, can be conductive, and the fat is not conductive. Because the channel conductor of the current in the body is muscle, the weight of the muscle can be known from the difficulty of passing the current. It can be judged that the ratio of fat to body weight and the proportion of fat with less muscle are higher.

The body fat scale is based on the above principle, and the metal electrode piece built in the weight detecting device is in contact with the user's legs, and the body resistance is measured by a certain safe current. Then based on the input user data and the measured human body resistance, we can use the formula obtained in extensive experiments to accurately measure the body fat percentage, body moisture percentage, human muscle percentage, bone weight and other body components.

Due to the need of measurement, it is necessary to weigh the bare feet to obtain various indicators of the human body. The bare feet stand on the scale, especially in the cold winter, and the cold feeling is a great pain point.

The embodiment provides an effective solution for intelligent heating of the weight detecting device, and establishes a communication connection between the application program and the cloud server and the weight detecting device by establishing a connection between the alarm clock of the smart terminal and the application device of the smart terminal weight detecting device. Indirectly, the heating switch of the weight detecting device is controlled by the alarm information, and the intelligent heating is realized by a certain logic judgment.

In this embodiment, step S11 is to first obtain alarm information that the smart terminal pushes to the cloud server.

The intelligent terminal realizes that the intelligent heating switch is associated with the intelligent terminal alarm clock through the development of the weight detecting device application program, so as to be able to obtain the opening and closing information of the intelligent heating switch.

Specifically, the mobile phone alarm information is pushed to the cloud server by the smart terminal application, and the cloud server obtains the alarm information pushed from the smart terminal, thereby establishing a communication connection between the intelligent terminal alarm information and the weight detecting device.

Among them, the cloud server is a simple, efficient, secure and reliable computing service with flexible processing capabilities. It is managed more easily and efficiently than a physical server.

In this embodiment, step S12 is to determine whether to obtain the action information of turning off the alarm during the wake-up time, and if so, to push the heating function command to the weight detecting device.

Specifically, the cloud server obtains the alarm information pushed from the smart terminal, and establishes a communication connection between the intelligent terminal alarm information and the weight detecting device.

The alarm clock is awakened at a preset time, and the weight detecting device is woken up at the preset time.

At this time, the smart terminal acquires action information of whether the user turns off the alarm.

Determine whether the cloud server obtains the action information of the shutdown alarm that the smart terminal pushes.

If the cloud server obtains the action information of the shutdown alarm that is pushed by the smart terminal during the wake-up time, the cloud server pushes the heating function command to the weight detecting device, and the weight detecting device turns on the heating function.

The user sets the wake-up time of the smart terminal alarm clock. When the user wakes up the alarm time, if the user turns off the alarm clock, the smart terminal sends the action information of turning off the alarm clock to the cloud server, and the cloud server sends the instruction to turn on the heating function to the weight detecting device. Then, the weight detecting device heating switch is turned on to perform heating.

This embodiment further includes the steps of:

Statistics and Analysis The time difference between the user turning off the alarm and starting the measurement every day to obtain the average heating time of the weight detecting device and setting the heating power according to the average heating time.

Through the weight detection device, the intelligent terminal and the huge cloud server, the omni-directional system of the two-in-one closed-loop two-two data mutual transmission is realized, and the weight detecting device is called the powerful function of the heat, and can be solved. When the bare feet of the household are weighed, the cold pain points will achieve a warm user experience. Constantly statistics and analysis of the average heating time of the weight detection device, set the heating power for the future, and further enhance the user experience.

The embodiment further provides an intelligent heating system for the weight detecting device, as shown in FIG. 2, comprising:

The obtaining module 21 is configured to obtain alarm information that the smart terminal pushes to the cloud server.

The determining module 22 is configured to determine whether to obtain the action information of turning off the alarm during the wake-up time, and if so, to push the heating function to the weight detecting device.

In this embodiment, the obtaining module 21 includes acquiring alarm information that the smart terminal pushes to the cloud server.

The smart terminal is used to obtain alarm information of the system and communicate the alarm information to the cloud server. At the same time, the cloud server receives the alarm information transmitted by the smart terminal.

Among them, the alarm information includes: wake up time. The user can set the alarm time of the alarm according to his own needs to wake up the weight detecting device.

In this embodiment, the determining module 22 is configured to determine whether to obtain the action information of turning off the alarm during the wake-up time, and if so, to push the heating function command to the weight detecting device.

The user presets the wake-up time to wake up the weight detecting device. When the wake-up time is reached, the cloud server obtains action information of whether the user turns off the alarm.

The information that the cloud server pushes through the smart terminal is used to obtain the action information of whether the user turns off the alarm.

If, during the wake-up time, the cloud server acquires the action information of the user who turns off the alarm clock pushed by the smart terminal, the information is pushed to the weight detecting device, and the weight detecting device obtains the information and then turns on the heating function.

In this embodiment, the heating function is mainly realized by a weight detecting device, and the weight detecting device comprises:

a metal electrode piece built in the weight detecting device;

Inductive component for sensing the actual temperature of the metal electrode piece;

A heating assembly for heating the metal electrode sheets.

The metal electrode piece built in the weight detecting device is in contact with the user's legs, and the body resistance is measured by a certain safe current. Then, based on the input user data and the measured human body resistance, using a formula obtained by extensive experiments, it is possible to accurately measure the percentage of body fat, the percentage of body water, Body composition such as body muscle percentage and bone weight.

This embodiment further includes:

The management module is configured to count and analyze the time difference between the user turning off the alarm every day and starting the measurement to obtain the average heating time of the weight detecting device and setting the heating power according to the average heating time.

In order to achieve the effect of instant heat, enhance the user experience.

Embodiment 2

The embodiment provides an intelligent heating method for the weight detecting device. As shown in FIG. 3, the method includes the following steps:

S31: Acquire alarm information that the smart terminal pushes to the cloud server.

S32: determining whether to obtain the action information of turning off the alarm during the wake-up time, and if so, pushing the heating function command to the weight detecting device;

S33: If the action information of the alarm is not obtained, determine whether to obtain the alarm information of the alarm, and if so, push the heating function command to the weight detecting device and wait for the next wake up.

Based on the habit of many people having an alarm clock to delay the trouble, in order to save the power usage of the weight detecting device, it is considered to obtain the recurring time while the smart terminal application disconnects the command to the weight detecting device to turn off the heating switch. After the second time, the communication is turned on again, and the heating is turned on to achieve heating without wasting power.

In this embodiment, step S31 is to obtain alarm information that the smart terminal pushes to the cloud server.

In this embodiment, step S32 is to determine whether to obtain the action information of turning off the alarm during the wake-up time, and if so, to push the heating function command to the weight detecting device.

If, during the wake-up time, the cloud server obtains the action information of the shutdown alarm that the smart terminal pushes, the cloud The server pushes the heating function command to the weight detecting device, and the weight detecting device turns on the heating function.

In this embodiment, step S33 is to determine whether to obtain the alarm information of the alarm if the action information of the alarm is not obtained, and if so, push the heating function command to the weight detecting device and wait for the next wake up.

Specifically, if the cloud server does not obtain the action information of the shutdown alarm that is pushed by the smart terminal during the wake-up time, it continues to determine whether to obtain the alarm information of the alarm.

If the cloud server obtains the resending information pushed by the smart terminal, the cloud server pushes the heating function command to the weight detecting device, and the weight detecting device does not perform heating.

When the alarm mode of the alarm clock is the last time, that is, the user turns off the alarm clock during the wake-up time of the re-speech mode, the cloud server acquires the action information of the alarm that is turned off by the smart terminal. At this time, the cloud server pushes the heating function command to the weight detecting device, and the weight detecting device turns on the heating function.

In the case of an alarm clock, the weight detection device is only turned on and off based on the last wake up message.

By setting the replay mode, the power consumption of the weight detecting device can be saved. Avoid users spending too much power when they don't need to use the weight detection device.

The embodiment further provides an intelligent heating system for the weight detecting device, as shown in FIG. 4, comprising:

The obtaining module 41 is configured to obtain alarm information that the smart terminal pushes to the cloud server.

The determining module 42 is configured to determine whether to obtain the action information of turning off the alarm during the wake-up time, and if so, to push the heating function to the weight detecting device;

The re-arguing module 43 is configured to determine whether to obtain the re-hearing information of the alarm when the action information of the alarm is not obtained, and if so, push the heating function command to the weight detecting device.

In this embodiment, the obtaining module 41 includes acquiring alarm information that the smart terminal pushes to the cloud server.

Specifically, the smart terminal is configured to obtain alarm information of the system, and transmit the alarm information to the cloud server. At the same time, the cloud server receives the alarm information transmitted by the smart terminal.

In this embodiment, the determining module 42 is configured to determine whether to obtain the action information of turning off the alarm during the wake-up time, and if so, to push the heating function command to the weight detecting device.

Specifically, the user presets the wake-up time to wake up the weight detecting device. When the wake-up time is reached, the cloud server obtains action information of whether the user turns off the alarm. The information that the cloud server pushes through the smart terminal to obtain the action information of whether the user turns off the alarm.

If the cloud server obtains the action information of the user who pushes the smart terminal to turn off the alarm clock during the wake-up time, Then, the information is pushed to the weight detecting device, and the weight detecting device turns on the heating function after acquiring the information.

In this embodiment, the re-survey module 43 is configured to determine whether to obtain the alarm information of the alarm when the action information of the alarm is not obtained, and if so, push the heating function command to the weight detecting device and wait for the next wake-up.

Embodiment 3

This embodiment provides an intelligent heating method for a weight detecting device, as shown in FIG. 5, comprising the steps of:

S51: Acquire alarm information that the smart terminal pushes to the cloud server.

S52: determining whether to obtain the action information of turning off the alarm during the wake-up time, and if so, pushing the heating function command to the weight detecting device;

S53: If the action information of the alarm is not obtained, determine whether to obtain the alarm information of the alarm clock, and if so, push the heating function command to the weight detecting device and wait for the next wake up;

S54: determining whether the measurement target of the weight detecting device is a multi-user, if not, pushing the heating function to the weight detecting device;

S55: If the measurement target of the weight detecting device is a multi-user, determine whether the time difference between the alarms is within a preset time difference, and if yes, determine whether the surface temperature of the obtained weight detecting device is within a preset temperature range;

S56: If the surface temperature of the obtained weight detecting device is within a preset range, push the heating function command to the weight detecting device; otherwise, push the heating function command.

Based on the current weight detecting device capable of measuring and statistically analyzing the current status of the physical data of the plurality of users, considering that when there are a plurality of users, according to the determination of step S55, if the time difference is within the preset range, the detection is started to determine the weight detection. The surface temperature of the device, if the surface temperature is within the preset temperature range, the heating function is not repeated, otherwise the heating function is turned on.

In this embodiment, the step of determining whether it is a multi-user includes:

It is determined whether the alarm information is from multiple intelligent terminals, and if so, it is determined to be a multi-user; otherwise, it is a single user.

In the case of multiple users, the difference between the time of the multi-user weighing is first determined. If the difference is not within the preset time difference, the weight detecting device needs to be reheated.

If the difference is within the preset time difference set, it is determined whether the heating function is turned on by determining whether the surface temperature of the weight detecting device is within a preset range.

If the surface temperature of the weight detecting device does not fall outside the preset temperature range, the heating is not repeated to save power.

If the surface temperature of the weight detecting device falls outside the preset temperature range, reheating is required.

By this method, repeated heating due to short measurement times of a plurality of users is avoided. The power of the weight detecting device is greatly saved, and the user experience is better improved.

The embodiment further provides an intelligent heating system for the weight detecting device, as shown in FIG. 6, comprising:

The obtaining module 61 is configured to obtain alarm information that is sent by the smart terminal to the cloud server.

The determining module 62 is configured to determine whether to obtain the action information of turning off the alarm during the wake-up time, and if so, to push the heating function to the weight detecting device;

The re-arguing module 63 is configured to determine whether to obtain the alarm information of the alarm when the action information of the alarm is not obtained, and if so, push the heating function command to the weight detecting device;

The multi-user module 64 is configured to determine whether the measurement target of the weight detecting device is a multi-user, and if not, push the heating function command to the weight detecting device;

The heating module 65 is configured to determine whether the time difference between the alarms is within a preset time difference when the measurement target of the weight detecting device is a multi-user, and if yes, determine whether the surface temperature of the obtained weight detecting device is within a preset temperature range, If yes, push the heating function command to the weight detecting device; Otherwise, push the heating function command to the weight detection device.

The multi-user module 64 is further configured to determine whether the alarm information is from multiple smart terminals, and if so, determine that the user is a multi-user.

Through the weight detection device, intelligent terminal and huge cloud server, the two-in-one closed-loop two-data inter-transmission omni-directional system is equipped with a reasonable and rigorous solution to achieve intelligent weight detection in the case of the largest provincial mode. The device is called the hot and powerful function to solve the cold pain point when the user's bare feet are weighed, achieving a warm user experience.

The specific embodiments described herein are merely illustrative of the spirit of the invention. A person skilled in the art can make various modifications or additions to the specific embodiments described or replace them in a similar manner, without departing from the spirit of the invention or as defined by the appended claims. The scope.

Claims

An intelligent heating method for a weight detecting device, comprising the steps of:

Obtaining alarm information that the smart terminal pushes to the cloud server;

It is judged whether or not the action information for turning off the alarm is obtained during the wake-up time, and if so, the heating function command is turned on to the weight detecting device.
The intelligent heating method of a weight detecting device according to claim 1, further comprising the steps of:

If the action information of the alarm is not obtained, it is determined whether to obtain the alarm information of the alarm clock, and if so, the heating function command is turned off to the weight detecting device and waits for the next wake up.
The intelligent heating method of a weight detecting device according to claim 1, further comprising the steps of:

It is determined whether the measurement target of the weight detecting device is a multi-user, and if not, the heating function command is pushed to the weight detecting device.
An intelligent heating method for a body weight detecting device according to claim 3, wherein

If the measurement target of the weight detecting device is a multi-user, determine whether the time difference between the alarms is within a preset time difference, and if so, whether the obtained surface temperature of the weight detecting device is within a preset temperature range, and if so, push The heating function command is turned off to the weight detecting device; otherwise, the heating function command is pushed to the weight detecting device.
The intelligent heating method of a weight detecting device according to claim 3, wherein the step of determining whether the measurement target of the weight detecting device is a multi-user comprises:

It is determined whether the alarm information is from a plurality of intelligent terminals, and if so, it is determined to be a plurality of users.
The intelligent heating method of a weight detecting device according to claim 1, further comprising the steps of:

The time difference between the alarm and the start of measurement is turned off by each user every day to obtain the average heating time of the weight detecting device and the heating power is set according to the average heating time.
An intelligent heating system for a weight detecting device, comprising:

The obtaining module is configured to obtain alarm information that the smart terminal pushes to the cloud server;

The judging module is configured to determine whether to obtain the action information of turning off the alarm during the wake-up time, and if so, to push the heating function command to the weight detecting device.
The intelligent heating system of a weight detecting device according to claim 7, further comprising:

The re-arguing module is configured to determine whether to obtain the re-survey information of the alarm clock when the action information of the alarm is not obtained, and if so, push the heating function command to the weight detecting device and wait for the next wake-up.
The intelligent heating system of a weight detecting device according to claim 7, further comprising:

The multi-user module is configured to determine whether the measurement target of the weight detecting device is a multi-user, and if not, push the heating function command to the weight detecting device.
The intelligent heating system of a weight detecting device according to claim 9, further comprising:

Repeating the heating module, when the measurement target of the weight detecting device is a multi-user, determining whether the time difference between the alarms is within a preset time difference, and if so, determining whether the obtained surface temperature of the weight detecting device is at a preset temperature Within the range, if yes, the heating function command is turned off to the weight detecting device; otherwise, the heating function command is pushed to the weight detecting device.
The intelligent heating system of a weight detecting device according to claim 9, wherein the multi-user module is further configured to determine whether the alarm information is from a plurality of smart terminals, and if so, determine that the user is a multi-user.
The intelligent heating system of a weight detecting device according to claim 7, further comprising:

The management module is configured to count and analyze the time difference between each user turning off the alarm clock and starting the measurement every day to obtain the average heating time of the weight detecting device and setting the heating power according to the average heating time.
The intelligent heating system of a weight detecting device according to claim 7, wherein the weight detecting device comprises:

a metal electrode sheet built in the weight detecting device;

An induction component for sensing an actual temperature of the metal electrode sheet;

A heating assembly for heating the metal electrode sheet.