WO2018171034A1 - 一种体重检测装置智能加热方法及系统 - Google Patents
一种体重检测装置智能加热方法及系统 Download PDFInfo
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- WO2018171034A1 WO2018171034A1 PCT/CN2017/084832 CN2017084832W WO2018171034A1 WO 2018171034 A1 WO2018171034 A1 WO 2018171034A1 CN 2017084832 W CN2017084832 W CN 2017084832W WO 2018171034 A1 WO2018171034 A1 WO 2018171034A1
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- heating
- user
- command
- detecting device
- weight detecting
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
- H05B1/00—Details of electric heating devices
- H05B1/02—Automatic switching arrangements specially adapted to apparatus ; Control of heating devices
- H05B1/0227—Applications
- H05B1/0252—Domestic applications
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- the present invention relates to the field of intelligent electronic devices, and in particular, to a smart heating method and system for a weight detecting device.
- Body fat scale is a relatively mature and popular product in the moment. People pay more and more attention to the health problems of the body, and the intelligent body fat scale capable of measuring detailed body data such as body weight, body fat, protein and metabolic rate is more and more subject to 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.
- 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.
- the currently disclosed scales are simply a function of superimposing heating. Since heating requires a certain waiting time, there is often a problem that if the user directly performs heating, the waiting time is too long. If you do not heat it, the user experience is not good. Moreover, if the user leaves the weight detecting device during the heating process, the problem of excessive heating and power consumption may result.
- the patent publication CN104068856A provides a method for using a body fat scale having a surface heating function, comprising: opening a heating function and a preset heating temperature, the heating region of the body of the body fat scale starts to heat up and is displayed on the display Heating and the indicator light flashes; after heating to the preset heating temperature, the indicator light stops flashing and the display returns to zero, stopping heating.
- the body fat scale body also includes a 3G module, and the user can remotely control the body
- the body of the grease scale can be measured directly at home, reducing the waiting time for heating. This method does not detect whether the user is at home during the heating process and may cause excessive heating. Not smart enough.
- the technical problem to be solved by the present invention is to provide an intelligent heating method and system for a weight detecting device, which solves the problem that the heating waiting time of the existing weight detecting device is too long.
- An intelligent heating method for a weight detecting device comprising the steps of:
- the start heating command When the start heating command is obtained, it is judged whether the user is within the preset range, and if so, the heating is started and the user is voiced; otherwise, it is determined whether the user sends a heating command, and if not, the heating function is turned off;
- the user is notified by voice when heated to the preset temperature.
- the method further includes the steps of:
- the user is prompted to determine whether to obtain the continuation heating command
- the method further includes the steps of:
- the heating function is turned off after the third preset time.
- start heating command is acquired by the voice information sent by the user.
- the start heating command is acquired by the preset heating time set by the router.
- the heating function is turned on or off by acquiring information sent by the user to the router.
- the router counts and analyzes the user's weighing information to set a preset heating time.
- An intelligent heating system for a weight detecting device comprising:
- Start heating module used to determine whether the user is within the preset range when starting the heating command, and if so, start heating and promptly prompt the user; otherwise, determine whether the user sends a heating command, if not, turn off the heating function;
- the heating completion module is used to notify the user of the sound when heated to a preset temperature.
- the continuous heating module is configured to determine whether the user performs weighing in the second preset time when heating to the preset temperature, and if not, notifying the user and determining whether to obtain a continuous heating command;
- the heating function is turned off after the third preset time.
- starting the heating module includes:
- the voice unit is configured to acquire a start heating command by using voice information sent by the user.
- starting the heating module includes:
- the router unit is configured to obtain a start heating command by a preset heating time set by the router.
- the router unit is further configured to enable or disable the heating function by acquiring information sent by the user to the router.
- the router unit is further configured to collect and analyze the user's weighing information to set a preset heating time.
- the present invention has the following advantages:
- the weight detecting device is more intelligently heated, and can reduce the waiting time of the user and improve the user experience.
- the heating process it can detect whether the user is within the preset range, and can control the body in time. Re-detecting the heating function of the device to avoid excessive heating and causing power consumption.
- Embodiment 1 is a flow chart of an intelligent heating method of a weight detecting device according to Embodiment 1;
- FIG. 2 is a structural diagram of an intelligent heating system for a weight detecting device according to Embodiment 1;
- FIG. 3 is a flow chart of a method for intelligently heating a weight detecting device according to Embodiment 2;
- FIG. 4 is a structural diagram of an intelligent heating system of a weight detecting device according to Embodiment 2;
- FIG. 5 is a flow chart of a method for intelligently heating 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 Embodiment 3.
- the embodiment provides an intelligent heating method for the weight detecting device, as shown in FIG. 1 , including the steps of:
- S11 determining whether the user is within the preset range when the start heating command is obtained, and if so, starting to heat and prompting the user to voice; otherwise, determining whether the user sends a heating command, if not, turning off the heating function;
- S12 The user is notified by voice when heating to the preset temperature.
- the existing body fat scale that is, the body fat scale, has the principle that the muscle contains more blood and the like, and can conduct electricity, 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, using the metal electrode piece built in the body fat scale to contact the user's legs, and measuring the body resistance through 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.
- the bare feet stand on the scale, especially in the cold winter, and the cold feeling is a great pain point.
- the weight detecting device when it is detected that the user is within the preset range, the weight detecting device can be heated by the voice, and the weight detecting device prompts the user to start heating after receiving the message. When the heating is completed, the user is notified by voice to complete the heating.
- the embodiment can also set a fixed heating time to the weight detecting device through the router.
- the router determines whether the user is within the preset range, and if so, automatically starts heating and notifies the user to start heating; after the heating is completed The user is notified again that the heating is completed; if the user is not within the preset range, the user is notified whether to start heating, and if the user does not respond, the heating is not performed.
- step S11 determines whether the user is within the preset range when acquiring the start heating command, and if so, starts heating and promptly prompts the user; otherwise, determines whether the user sends a heating command, and if not, turns off the heating function.
- the obtaining start heating command may acquire a start heating command by using voice information sent by the user.
- the weight detection device can be heated by voice control, for example, “small white starts heating”, and the weight detecting device receives a message and replies: “Master, Xiaobai has started heating”, when the heating is completed After that, the user is notified by voice: “The heating is completed and the weighing can be performed”.
- the voice information is voice information set by the user according to needs.
- voice information is sent, and the weight detecting device can recognize the user voice and perform heating.
- the heating function of the weight detecting device By controlling the heating function of the weight detecting device by voice, it is not necessary to operate on the weight detecting device, and it is convenient for the user to operate the weight detecting device within a certain distance.
- the voice can be controlled before heating, and the weight is measured after heating is completed.
- the start heating command can also be used to obtain the start heating command through the preset heating time set by the router.
- a weight detecting device is set by the router to fix the heating time.
- the fixed heating time is reached, the user is detected to be at home, and the heating is started and the user is reminded to start heating the weight detecting device, such as “the owner, the white has begun to heat up”.
- the heating is completed, the user is notified by voice: "The heating is completed and the weighing can be performed”.
- the router communicates with the intelligent terminal carried by the user and the router also checks with the weight.
- the device communicates.
- the user can transmit information to the router through the smart terminal setting information, and the router transmits the information to the weight detecting device to remotely control the heating function of the weight detecting device.
- the weight detecting device can be controlled at any time without being limited by the distance, thereby improving the user experience and solving the problem that the user leaves the home and forgets to turn off or turn on the weight detecting device.
- step S11 When the weight detecting device acquires the heating command in step S11, it is determined whether the user is within the preset range by the router and the camera simultaneously.
- the preset range can be set at home, the user sets a preset distance value, determines whether the user is within the preset distance value through the router, and determines whether the user is within the shooting range of the camera through the camera, and if so, determines The user is at home.
- step S12 is to notify the user of the voice when the temperature is heated to the preset temperature.
- the user sets the temperature at which the weight detecting device predicts heating, and when the weight detecting device reaches the preset temperature, prompts the user to: “heating is completed, and weighing can be performed”. After receiving the prompt, the user obtains the information that the weight detecting device is heated and performs weighing. You can avoid the pain caused by the cold.
- the weight detecting device turns on or off the heating function by acquiring information sent by the user to the router.
- the user sends an instruction to turn on the heating or turn off the heating to the router, and the router sends the command to the weight detecting device. After receiving the command, the weight detecting device turns the heating function on or off according to the command.
- the router collects and analyzes the user's weighing information to set a preset heating time.
- the router records the time of normal user weighing, performs big data analysis, reminds the user to perform heating at the time when the user performs weighing, or automatically performs heating (can be set), and can perform notification or voice after the heating is completed. Notification (can be set).
- big data analysis refers to the analysis of large-scale data. Big data has the characteristics of large amount of data, fast speed, multiple types, value, and authenticity.
- the embodiment further provides an intelligent heating system for the weight detecting device, as shown in FIG. 2, comprising:
- the heating module 21 is configured to determine whether the user is within a preset range when the heating command is started, and if so, start heating and promptly prompt the user; otherwise, determine whether the user sends a heating command, if not Send, turn off the heating function;
- the heating completion module 22 is configured to notify the user by voice when heated to a preset temperature.
- starting the heating module 21 includes:
- a voice unit configured to acquire a start heating command by using voice information sent by the user
- the weight detecting device can be heated by voice control, for example, “small white starts heating”, and the weight detecting device receives a message and replies: “Master, Xiaobai has started heating”, when After the heating is completed, the user is notified by voice: “The heating is completed and the weighing can be performed”.
- the voice information is voice information set by the user according to needs.
- voice information is sent, and the weight detecting device can recognize the user voice and perform heating.
- the heating function of the weight detecting device By controlling the heating function of the weight detecting device by voice, it is not necessary to operate on the weight detecting device, and it is convenient for the user to operate the weight detecting device within a certain distance.
- the voice can be controlled before heating, and the weight is measured after heating is completed.
- starting the heating module 21 further includes:
- the router unit is configured to obtain a start heating command by a preset heating time set by the router.
- a weight detecting device to fix the heating time through the router.
- the heating is started and the user is reminded to start the heating of the weight detecting device, such as “the owner, the white has begun to heat up. "When the heating is completed, the voice informs the user: "The heating is completed, the weighing can be performed.”
- the router communicates with the smart terminal carried by the user and the router also communicates with the weight detecting device.
- the user can transmit information to the router through the smart terminal setting information, and the router transmits the information to the weight detecting device to remotely control the heating function of the weight detecting device.
- the weight detecting device can be controlled at any time without being limited by the distance, thereby improving the user experience and solving the problem that the user leaves the home and forgets to turn off or turn on the weight detecting device.
- the heating completion module 22 is used to notify the user of the voice when heated to a preset temperature.
- the user sets the temperature at which the weight detecting device predicts heating, and when the weight detecting device reaches the preset temperature, prompts the user to: “heating is completed, and weighing can be performed”. After receiving the prompt, the user obtains the information that the weight detecting device is heated and performs weighing. You can avoid the pain caused by the cold.
- the router unit is further configured to start by acquiring information sent by the user to the router. Or turn off the heating function.
- the user sends an instruction to turn on the heating or turn off the heating to the router, and the router sends the command to the weight detecting device. After receiving the command, the weight detecting device turns the heating function on or off according to the command.
- the router unit is further configured to collect and analyze the user's weighing information to set a preset heating time.
- the router records the time of normal user weighing, performs big data analysis, reminds the user to perform heating at the time when the user performs weighing, or automatically performs heating (can be set), and can perform notification or voice after the heating is completed. Notification (can be set).
- the embodiment provides an intelligent heating method for the weight detecting device, as shown in FIG. 3, comprising the steps of:
- S31 determining whether the user is within a preset range when the start heating command is obtained, and if so, starting heating and prompting the user to voice; otherwise, determining whether the user sends a heating command, if not, turning off the heating function;
- the difference between the embodiment and the first embodiment is that if the user suddenly goes out during heating, the weight detecting device determines that the user is not within the preset range by the router and the camera, and the weight detecting device sends a notification to prompt the user whether to continue heating. If the user does not respond, the weight detecting device is heated to the preset temperature to notify the user that the heating is completed. If the user does not respond again, the heating is turned off after the first preset time is completed; if the user chooses to continue heating, the weight detecting device is maintained after the heating is completed. At a certain temperature Range until the user's weighing is completed; if the user chooses to turn off the heating function, turn off the heating function.
- the weight detecting device sends a notification to prompt the user whether to continue heating
- the weight detecting device is heated to a preset temperature, and until the user's weighing is maintained within a certain temperature range;
- the weight detecting device turns off the heating function
- the user If the user does not respond, the user is prompted after heating to the preset temperature. If the user does not respond again, the heating function is turned off after the first preset time.
- the heating function can be turned off after 5 minutes.
- the embodiment further provides an intelligent heating system for the weight detecting device, as shown in FIG. 4, comprising:
- the heating module 41 is configured to determine whether the user is within a preset range when the heating command is started, and if so, start heating and promptly prompt the user; otherwise, determine whether the user sends a heating command, and if not, turn off the heating function;
- the heating module 42 is further configured to prompt the user and determine whether to obtain the continuation heating command if it is detected that the user is not within the preset range during the heating process;
- the heating completion module 43 is configured to notify the user of the sound when heated to a preset temperature.
- the difference between the embodiment and the first embodiment is that when the heating module 42 detects that the user is not within the preset range during the heating process, the heating function of the weight detecting device is controlled according to the acquired instruction. It is possible to avoid the problem of an increase in power consumption due to the user's leaving.
- the weight detecting device sends a notification to prompt the user whether to continue heating
- the weight detecting device is heated to a preset temperature, and until the user's weighing is maintained within a certain temperature range;
- the weight detecting device turns off the heating function
- the user If the user does not respond, the user is prompted after heating to the preset temperature. If the user is not responding again, The heating function is turned off after the first preset time.
- the heating function can be turned off after 5 minutes.
- the information of the user leaving is detected in the heating process of the weight detecting device, and the weight detecting device is controlled according to the user's instruction, which is more intelligent, improves the user experience, saves the power, prevents the weight detecting device from being damaged due to excessive heating, and avoids Security risks.
- the embodiment provides an intelligent heating method for the weight detecting device, as shown in FIG. 5, comprising:
- S53 the user is notified by voice when heating to the preset temperature
- S54 determining whether the user performs weighing in the second preset time, if not, notifying the user and determining whether to obtain a continuous heating instruction
- the heating function is turned off after the third preset time.
- the difference between this embodiment and the first embodiment and the second embodiment is that when the heating is completed, if the router and the camera simultaneously judge that the user is at home, the weight detecting device performs a voice notification, such as “heating is completed, and weighing can be performed”. If the user does not perform weighing in the second preset time, the router sends a message to the mobile terminal, and the user can choose to continue heating or turn off the heating.
- the weight detecting device continues to heat
- the weight detecting device turns off the heating function
- the heating function is turned off after the third preset time.
- the user performs weighing within one minute. If not, the user is notified and determines whether to obtain a continuous heating command. If the user does not respond within 10 minutes, the heating function of the weight detecting device is automatically turned off.
- the embodiment further provides an intelligent heating system for the weight detecting device, as shown in FIG. 6, comprising:
- the heating module 61 is configured to determine whether the user is within a preset range when the heating command is started, and if so, start heating and promptly prompt the user; otherwise, determine whether the user sends a heating command, and if not, turn off the heating function;
- the heating completion module 63 is configured to notify the user by voice when heating to a preset temperature
- the continuous heating module 64 is configured to determine whether the user performs weighing during the second preset time when heating to the preset temperature, and if not, notifying the user and determining whether to obtain a continuous heating command;
- the heating function is turned off after the third preset time.
- the weight detecting device performs a voice notification, such as “heating is completed, and weighing can be performed”. If the user does not perform weighing in the second preset time, the router sends a message to the mobile terminal, and the user can choose to continue heating or turn off the heating.
- the weight detecting device continues to heat
- the weight detecting device turns off the heating function
- the heating function is turned off after the third preset time.
- the weight detecting device will automatically control the heating function, avoiding the power consumption or the weight detecting device component caused by the heating but not being timely weighed by the user. Damage.
Abstract
一种体重检测装置智能加热方法及系统，用以解决现有体重检测装置加热等待时间过长的问题。体重检测装置智能加热方法包括：获取开始加热指令时，判断用户是否在预设范围内，若是，开始加热并语音提示用户；否则，判断用户是否发送加热指令，若未发送，则关闭加热功能（S11）；加热到预设温度时语音通知用户（S12）。体重检测装置加热更加智能，并且能减少用户等待时间，提升用户体验度。
Description
本发明涉及智能电子设备领域，尤其涉及一种体重检测装置智能加热方法及系统。
体脂秤在当下是一种较为成熟而流行的产品，人们越来越注重身体的健康问题，而且能够测量体重、体脂、蛋白质、新陈代谢率等详细身体数据的智能体脂秤越发受到用户的青睐。
体脂秤的原理为：如某种频率电信号通过人体时，脂肪部分比肌肉和人体的其他组织的“阻抗”更高。利用一个安全的特定频率电信号通过人体时，电信号会因人体“阻抗”的不同而发生不同程度的变化。肌肉内含有较多血液等水分，可以导电，而脂肪是不导电。因为体内电流的通道导体是肌肉，从电流通过的难易度可以知道肌肉的重量，由此可判断，在体重的比例中，肌肉较少的人脂肪的比例较高。
但是目前的体脂秤由于测量的需要，在测量过程中，必须要赤脚踩在脂肪秤台面上的金属上方可测量。用户必须裸脚上秤才能得到除了体重以外的数据，而裸脚站立在秤面上，尤其是冬天，冰冷感是一个极大的痛点所在。
目前公开的体重秤的方案中仅仅是简单叠加加热的功能。由于加热需要一定的等待时间，往往会出现如下的问题，即如果用户直接进行加热，等待时间过长。如果不进行加热，直接上秤用户体验感不好。并且在加热过程中，若用户离开，体重检测装置无法检测到，会导致过度加热耗电的问题。
公开号为CN104068856A的专利提供了一种具有表面加热功能的体脂秤使用方法，包括：打开加热功能及预设加热温度，所述体脂秤本体的加热区域开始加热，并在显示器上显示正在加热且指示灯闪烁；加热至预设加热温度后，所述指示灯停止闪烁且所述显示器归零，停止加热。通过在体脂秤本体中设有加热区域，在使用者使用前对体脂秤本体进行加热，在使用时使用者光脚站在体脂秤上感到舒适。此外，体脂秤本体还包括3G模块，使用者可远程控制体
脂秤本体，回家即可直接测量，减少等待加热时间。该方法在加热过程中不能检测到用户是否在家的信息，可能会导致过度加热。不够智能。
发明内容
本发明要解决的技术问题目的在于提供一种体重检测装置智能加热方法及系统，用以解决现有体重检测装置加热等待时间过长的问题。
为了实现上述目的，本发明采用的技术方案为：
一种体重检测装置智能加热方法，包括步骤：
获取开始加热指令时判断用户是否在预设范围内，若是，开始加热并语音提示用户；否则，判断用户是否发送加热指令，若未发送，则关闭加热功能；
加热到预设温度时语音通知用户。
进一步地，还包括步骤：
若在加热过程中检测到用户不在预设范围内，提示用户并判断是否获取继续加热指令；
若获取继续加热指令，则加热到预设温度；
若获取不继续加热指令，则关闭加热功能；
若未获取任何指令，则加热到预设温度后判断是否接收到用户发送的指令，若没有，在第一预设时间后关闭加热功能。
进一步地，还包括步骤：
加热到预设温度时，判断用户是否在第二预设时间内进行称量，若没有，通知用户并判断是否获取持续加热指令；
若获取持续加热指令，则持续加热；
若获取不持续加热指令，则关闭加热功能；
若未获取任何指令，则在第三预设时间后关闭加热功能。
进一步地，通过用户发送的语音信息获取开始加热指令。
进一步地，通过路由器设置的预设加热时间获取开始加热指令。
进一步地，通过获取用户发送给所述路由器的信息开启或关闭加热功能。
进一步地，所述路由器统计并分析用户的称量信息以设置预设加热时间。
一种体重检测装置智能加热系统，包括：
开始加热模块，用于获取开始加热指令时判断用户是否在预设范围内，若是，开始加热并语音提示用户；否则，判断用户是否发送加热指令，若未发送，则关闭加热功能；
加热完成模块，用于加热到预设温度时语音通知用户。
进一步地，还包括：
继续加热模块，用于若在加热过程中检测到用户不在预设范围内，提示用户并判断是否获取继续加热指令；
若获取继续加热指令，则加热到预设温度；
若获取不继续加热指令，则关闭加热功能；
若未获取任何指令，则加热到预设温度后判断是否接收到用户发送的指令，若没有，在第一预设时间后关闭加热功能。
进一步地，还包括：
持续加热模块，用于加热到预设温度时，判断用户是否在第二预设时间内进行称量，若没有，通知用户并判断是否获取持续加热指令；
若获取持续加热指令，则持续加热；
若获取不持续加热指令，则关闭加热功能；
若未获取任何指令，则在第三预设时间后关闭加热功能。
进一步地，开始加热模块包括：
语音单元，用于通过用户发送的语音信息获取开始加热指令。
进一步地，开始加热模块包括：
路由器单元，用于通过路由器设置的预设加热时间获取开始加热指令。
进一步地，所述路由器单元还用于通过获取用户发送给所述路由器的信息开启或关闭加热功能。
进一步地，所述路由器单元还用于统计并分析用户的称量信息以设置预设加热时间。
本发明与传统的技术相比，有如下优点：
1.采用本发明，体重检测装置加热更加智能，并且能减少用户等待时间，提升用户体验度。
2.在加热过程中能检测到用户是否在预设范围内的信息，能及时控制体
重检测装置加热功能，避免过度加热导致耗电。
3.可以通过语音传送指令，更加智能，提升用户体验。
图1是实施例一提供的一种体重检测装置智能加热方法流程图；
图2是实施例一提供的一种体重检测装置智能加热系统结构图；
图3是实施例二提供的一种体重检测装置智能加热方法流程图；
图4是实施例二提供的一种体重检测装置智能加热系统结构图；
图5是实施例三提供的一种体重检测装置智能加热方法流程图；
图6是实施例三提供的一种体重检测装置智能加热系统结构图。
以下是本发明的具体实施例并结合附图，对本发明的技术方案作进一步的描述，但本发明并不限于这些实施例。
实施例一
本实施例提供了一种体重检测装置智能加热方法，如图1所示，包括步骤：
S11：获取开始加热指令时判断用户是否在预设范围内，若是，开始加热并语音提示用户；否则，判断用户是否发送加热指令，若未发送，则关闭加热功能；
S12：加热到预设温度时语音通知用户。
现有的体脂秤，即人体脂肪秤，其原理是：肌肉内含有较多血液等水份，可以导电，而脂肪是不导电的。因为体内电流的通道导体是肌肉，从电流通过的难易度可以知道肌肉的重量，由此可判断，脂肪在体重的比例，肌肉较少的人脂肪比例较高。
体脂秤就是根据以上原理，利用内置于体脂秤的金属电极片与用户的双腿接触，通过一定的安全电流，测量人体电阻。然后基于输入的用户数据和测量得到的人体电阻，使用我们在广泛实验的得到的公式，能够比较精确地测量人体脂肪百分比、人体水分百分比、人体肌肉百分比、骨骼重量等人体成分。
由于测量的需要，必须要裸脚称量才能得出人体各项指标。而裸脚站立在秤面上，尤其是寒冷的冬天，冰冷感是个极大的痛点所在。
本实施例中，当检测到用户在预设范围内，可以通过语音控制体重检测装置进行加热，体重检测装置收到消息后提示用户开始加热。当加热完成后，再语音通知用户加热完成。
同时，本实施例还可以通过路由器给体重检测装置设置一个固定加热时间，当到达固定加热时间，路由器判断用户是否在预设范围内，若是，则自动开始加热并且通知用户开始加热；加热完成后再次通知用户加热完成；若用户不在预设范围内，通知用户是否开始加热，若用户没有响应，则不加热。
本实施例中，步骤S11为获取开始加热指令时判断用户是否在预设范围内，若是，开始加热并语音提示用户；否则，判断用户是否发送加热指令，若未发送，则关闭加热功能。
其中，获取开始加热指令可以通过用户发送的语音信息获取开始加热指令。
具体的，当用户在家中时，可以通过语音控制体重检测装置进行加热，比如：“小白开始加热”，体重检测装置收到消息之后回复：“主人，小白已经开始加热”，当加热完成后，语音通知用户：“加热完成，可以进行称量”。
语音信息为用户根据需要设置的语音信息，当用户需要加热时，只需发出语音信息，体重检测装置可识别用户声音，并且进行加热。
通过语音控制体重检测装置的加热功能，无需在体重检测装置上操作，方便用户在一定距离内对体重检测装置的操作。可以在加热前进行语音控制，加热完成再进行体重称量。
获取开始加热指令还可以通过路由器设置的预设加热时间获取开始加热指令。
具体的，通过路由器设置一个体重检测装置固定加热时间，当到达固定加热时间时，检测到用户在家，便开始加热并语音提醒用户体重检测装置开始加热，如“主人，小白已经开始加热”，当加热完成后，语音通知用户：“加热完成，可以进行称量”。
其中，路由器与用户携带的智能终端进行通信并且路由器还与体重检测
装置进行通信。用户可通过智能终端设置信息传送至路由器，路由器将信息传送至体重检测装置，远程控制体重检测装置的加热功能。
通过路由器设置加热功能，可以随时控制体重检测装置，不受距离的限制，提升用户体验，解决了用户离开家忘记关闭或开启体重检测装置的问题。
步骤S11中在体重检测装置获取加热指令时，判断用户是否在预设范围内是通过路由器及摄像头同时判断。
具体的，预设范围可设为在家中，用户设置预设的距离值，通过路由器判断用户是否在预设的距离值内，并且通过摄像头判断用户是否在摄像头的拍摄范围内，若是，则判定用户在家中。
本实施例中，步骤S12为加热到预设温度时语音通知用户。
具体的，用户设置体重检测装置预计加热的温度，当体重检测装置达到预设温度时，提示用户：“加热完成，可以进行称量”。用户收到提示后，获取体重检测装置加热完毕的信息，并且进行称量。可以避免因寒冷产生的疼痛感。
本实施例中，体重检测装置通过获取用户发送给路由器的信息开启或关闭加热功能。
具体的，用户发送开启加热或者关闭加热的指令至路由器，路由器将指令发送至体重检测装置。体重检测装置在收到指令后，根据指令开启或关闭加热功能。
本实施例中，路由器统计并分析用户的称量信息以设置预设加热时间。
具体的，路由器将平时用户称量的时间记录下来，进行大数据分析，在用户进行称量的时间点提醒用户进行加热，或者自动进行加热(可进行设置)，加热完成之后可进行通知或语音通知(可进行设置)。
其中，大数据分析是指对规模巨大的数据进行分析。大数据具有数据量大、速度快、类型多、价值、真实性的特点。
通过大数据分析，可以智能地根据用户的使用习惯设置加热时间，避免用户忘记加热，提升用户体验。
本实施例还提供了一种体重检测装置智能加热系统，如图2所示，包括：
开始加热模块21，用于获取开始加热指令时判断用户是否在预设范围内，若是，开始加热并语音提示用户；否则，判断用户是否发送加热指令，若未发
送，则关闭加热功能；
加热完成模块22，用于加热到预设温度时语音通知用户。
本实施例中，开始加热模块21包括：
语音单元，用于通过用户发送的语音信息获取开始加热指令；
具体的，用于当用户在家中时，可以通过语音控制体重检测装置进行加热，比如：“小白开始加热”，体重检测装置收到消息之后回复：“主人，小白已经开始加热”，当加热完成后，语音通知用户：“加热完成，可以进行称量”。
语音信息为用户根据需要设置的语音信息，当用户需要加热时，只需发出语音信息，体重检测装置可识别用户声音，并且进行加热。
通过语音控制体重检测装置的加热功能，无需在体重检测装置上操作，方便用户在一定距离内对体重检测装置的操作。可以在加热前进行语音控制，加热完成再进行体重称量。
本实施例中，开始加热模块21还包括：
路由器单元，用于通过路由器设置的预设加热时间获取开始加热指令。
具体的，用于通过路由器设置一个体重检测装置固定加热时间，当到达固定加热时间时，检测到用户在家，便开始加热并语音提醒用户体重检测装置开始加热，如“主人，小白已经开始加热”，当加热完成后，语音通知用户：“加热完成，可以进行称量”。
其中，路由器与用户携带的智能终端进行通信并且路由器还与体重检测装置进行通信。用户可通过智能终端设置信息传送至路由器，路由器将信息传送至体重检测装置，远程控制体重检测装置的加热功能。
通过路由器设置加热功能，可以随时控制体重检测装置，不受距离的限制，提升用户体验，解决了用户离开家忘记关闭或开启体重检测装置的问题。
本实施例中，加热完成模块22用于加热到预设温度时语音通知用户。
具体的，用于用户设置体重检测装置预计加热的温度，当体重检测装置达到预设温度时，提示用户：“加热完成，可以进行称量”。用户收到提示后，获取体重检测装置加热完毕的信息，并且进行称量。可以避免因寒冷产生的疼痛感。
本实施例中，路由器单元还用于通过获取用户发送给路由器的信息开启
或关闭加热功能。
具体的，用于用户发送开启加热或者关闭加热的指令至路由器，路由器将指令发送至体重检测装置。体重检测装置在收到指令后，根据指令开启或关闭加热功能。
本实施例中，路由器单元还用于统计并分析用户的称量信息以设置预设加热时间。
具体的，路由器将平时用户称量的时间记录下来，进行大数据分析，在用户进行称量的时间点提醒用户进行加热，或者自动进行加热(可进行设置)，加热完成之后可进行通知或语音通知(可进行设置)。
通过大数据分析，可以智能地根据用户的使用习惯设置加热时间，避免用户忘记加热，提升用户体验。
实施例二
本实施例提供了一种体重检测装置智能加热方法，如图3所示，包括步骤：
S31：获取开始加热指令时判断用户是否在预设范围内，若是，开始加热并语音提示用户；否则，判断用户是否发送加热指令，若未发送，则关闭加热功能；
S32：若在加热过程中检测到用户不在预设范围内，提示用户并判断是否获取继续加热指令；
若获取不继续加热指令，则关闭加热功能；
S33：若获取继续加热指令，则加热到预设温度时语音通知用户；
若未获取任何指令，则加热到预设温度后判断是否接收到用户发送的指令，若没有，在第一预设时间后关闭加热功能。
本实施例与实施例一不同之处在于，若用户在加热中，突然有事出门，体重检测装置通过路由器和摄像头判断用户不在预设范围内，体重检测装置会发送通知，提示用户是否继续加热，若用户没有响应，体重检测装置加热到预设温度，通知用户加热完成，若用户再次没有响应，加热完成第一预设时间后关闭加热功能；若用户选择继续加热，体重检测装置加热完成后维持在一定温
度范围，直到用户称量完成；若用户选择关闭加热功能，则关闭加热功能。
具体的，若检测到用户在加热过程中不在预设范围内，则体重检测装置发出通知，提示用户是否继续加热；
若用户选择继续加热，则体重检测装置加热到预设温度，并且直到用户称量都维持在一定温度范围内；
若用户选择不继续加热，则体重检测装置关闭加热功能；
若用户无响应，则加热到预设温度后提示用户，若用户再次无响应，在第一预设时间后关闭加热功能。
优选的，可在5分钟后关闭加热功能。
本实施例还提供了一种体重检测装置智能加热系统，如图4所示，包括：
开始加热模块41，用于获取开始加热指令时判断用户是否在预设范围内，若是，开始加热并语音提示用户；否则，判断用户是否发送加热指令，若未发送，则关闭加热功能；
继续加热模块42，用于若在加热过程中检测到用户不在预设范围内，提示用户并判断是否获取继续加热指令；
若获取继续加热指令，则加热到预设温度；
若获取不继续加热指令，则关闭加热功能；
若未获取任何指令，则加热到预设温度后判断是否接收到用户发送的指令，若没有，在第一预设时间后关闭加热功能；
加热完成模块43，用于加热到预设温度时语音通知用户。
本实施例与实施例一不同之处在于，继续加热模块42在加热过程中检测到用户不在预设范围内的信息时，会根据获取的指令控制体重检测装置的加热功能。能够避免因为用户的离开而导致耗电量增大的问题。
具体的，用于具体的，若检测到用户在加热过程中不在预设范围内，则体重检测装置发出通知，提示用户是否继续加热；
若用户选择继续加热，则体重检测装置加热到预设温度，并且直到用户称量都维持在一定温度范围内；
若用户选择不继续加热，则体重检测装置关闭加热功能；
若用户无响应，则加热到预设温度后提示用户，若用户再次无响应，在
第一预设时间后关闭加热功能。
优选的，可在5分钟后关闭加热功能。
本实施例在体重检测装置加热过程中及时检测到用户离开的信息，并根据用户的指令控制体重检测装置，更加智能，提升用户体验，节约了电量防止了体重检测装置因过度加热损坏并且避免了安全隐患。
实施例三
本实施例提供了一种体重检测装置智能加热方法，如图5所示，包括：
S51：获取开始加热指令时，判断用户是否在预设范围内，若是，开始加热并语音提示用户；否则，判断用户是否发送加热指令，若未发送，则关闭加热功能；
S52：若在加热过程中检测到用户不在预设范围内，提示用户并判断是否获取继续加热指令；
S53：加热到预设温度时语音通知用户；
S54：判断用户是否在第二预设时间内进行称量，若没有，通知用户并判断是否获取持续加热指令；
若获取持续加热指令，则持续加热；
若获取不持续加热指令，则关闭加热功能；
若未获取任何指令，则在第三预设时间后关闭加热功能。
本实施例与实施例一、二不同之处在于，当加热完成，若路由器和摄像头同时判断用户在家中，则体重检测装置进行语音通知，如“加热完成，可以进行称量”。如果用户没有在第二预设时间内进行称量，则路由器发送信息至移动终端，用户可以选择持续加热或关闭加热。
若用户选择持续加热，则体重检测装置持续加热；
若用户选择关闭加热，则体重检测装置关闭加热功能；
若用户未响应，则在第三预设时间后关闭加热功能。
优选的，判断用户是否在一分钟内进行称量，若没有，通知用户并判断是否获取持续加热指令，若用户10分钟未响应，将自动关闭体重检测装置的加热功能。
本实施例还提供了一种体重检测装置智能加热系统，如图6所示，包括：
开始加热模块61，用于获取开始加热指令时判断用户是否在预设范围内，若是，开始加热并语音提示用户；否则，判断用户是否发送加热指令，若未发送，则关闭加热功能；
继续加热模块,62，用于若在加热过程中检测到用户不在预设范围内，提示用户并判断是否获取继续加热指令；
加热完成模块63，用于加热到预设温度时语音通知用户；
持续加热模块64，用于加热到预设温度时，判断用户是否在第二预设时间内进行称量，若没有，通知用户并判断是否获取持续加热指令；
若获取持续加热指令，则持续加热；
若获取不持续加热指令，则关闭加热功能；
若未获取任何指令，则在第三预设时间后关闭加热功能。
具体的，当加热完成，若路由器和摄像头同时判断用户在家中，则体重检测装置进行语音通知，如“加热完成，可以进行称量”。如果用户没有在第二预设时间内进行称量，则路由器发送信息至移动终端，用户可以选择持续加热或关闭加热。
若用户选择持续加热，则体重检测装置持续加热；
若用户选择关闭加热，则体重检测装置关闭加热功能；
若用户未响应，则在第三预设时间后关闭加热功能。
在加热完毕与用户称量之间可有一定时间差，但超过一定时间差，体重检测装置会自动控制加热功能，避免了，加热完成但用户不能及时称量导致的耗电量大或者体重检测装置元件的损坏。
本文中所描述的具体实施例仅仅是对本发明精神作举例说明。本发明所属技术领域的技术人员可以对所描述的具体实施例做各种各样的修改或补充或采用类似的方式替代，但并不会偏离本发明的精神或者超越所附权利要求书所定义的范围。
Claims (14)
- 一种体重检测装置智能加热方法，其特征在于，包括步骤：获取开始加热指令时，判断用户是否在预设范围内，若是，开始加热并语音提示用户；否则，判断用户是否发送加热指令，若未发送，则关闭加热功能；加热到预设温度时语音通知用户。
- 根据权利要求1所述的一种体重检测装置智能加热方法，其特征在于，还包括步骤：若在加热过程中检测到用户不在预设范围内，提示用户并判断是否获取继续加热指令；若获取继续加热指令，则加热到预设温度；若获取不继续加热指令，则关闭加热功能；若未获取任何指令，则加热到预设温度后，判断是否接收到用户发送的指令，若没有，在第一预设时间后关闭加热功能。
- 根据权利要求1所述的一种体重检测装置智能加热方法，其特征在于，还包括步骤：加热到预设温度时，判断用户是否在第二预设时间内进行称量，若没有，通知用户并判断是否获取持续加热指令；若获取持续加热指令，则持续加热；若获取不持续加热指令，则关闭加热功能；若未获取任何指令，则在第三预设时间后关闭加热功能。
- 根据权利要求1所述的一种体重检测装置智能加热方法，其特征在于，通过用户发送的语音信息获取开始加热指令。
- 根据权利要求1所述的一种体重检测装置智能加热方法，其特征在于，通过路由器设置的预设加热时间获取开始加热指令。
- 根据权利要求1所述的一种体重检测装置智能加热方法，其特征在于，通过获取用户发送给所述路由器的信息开启或关闭加热功能。
- 根据权利要求6所述的一种体重检测装置智能加热方法，其特征在于，所述路由器统计并分析用户的称量信息以设置预设加热时间。
- 一种体重检测装置智能加热系统，其特征在于，包括：开始加热模块，用于获取开始加热指令时判断用户是否在预设范围内，若 是，开始加热并语音提示用户；否则，判断用户是否发送加热指令，若未发送，则关闭加热功能；加热完成模块，用于加热到预设温度时语音通知用户。
- 根据权利要求8所述的一种体重检测装置智能加热系统，其特征在于，还包括：继续加热模块，用于若在加热过程中检测到用户不在预设范围内，提示用户并判断是否获取继续加热指令；若获取继续加热指令，则加热到预设温度；若获取不继续加热指令，则关闭加热功能；若未获取任何指令，则加热到预设温度后判断是否接收到用户发送的指令，若没有，在第一预设时间后关闭加热功能。
- 根据权利要求8所述的一种体重检测装置智能加热系统，其特征在于，还包括：持续加热模块，用于加热到预设温度时，判断用户是否在第二预设时间内进行称量，若没有，通知用户并判断是否获取持续加热指令；若获取持续加热指令，则持续加热；若获取不持续加热指令，则关闭加热功能；若未获取任何指令，则在第三预设时间后关闭加热功能。
- 根据权利要求8所述的一种体重检测装置智能加热系统，其特征在于，开始加热模块包括：语音单元，用于通过用户发送的语音信息获取开始加热指令。
- 根据权利要求8所述的一种体重检测装置智能加热系统，其特征在于，开始加热模块包括：路由器单元，用于通过路由器设置的预设加热时间获取开始加热指令。
- 根据权利要求8所述的一种体重检测装置智能加热系统，其特征在于，所述路由器单元还用于通过获取用户发送给所述路由器的信息开启或关闭加热功能。
- 根据权利要求13所述的一种体重检测装置智能加热系统，其特征在于，所述路由器单元还用于统计并分析用户的称量信息以设置预设加热时间。
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| CN103697594A (zh) * | 2012-09-27 | 2014-04-02 | 芜湖美的厨卫电器制造有限公司 | 电热水器及其控制系统与控制方法 |
| CN104019522A (zh) * | 2014-05-27 | 2014-09-03 | 珠海格力电器股份有限公司 | 空调控制方法及系统 |
| CN104068856A (zh) * | 2014-07-16 | 2014-10-01 | 英华达（南京）科技有限公司 | 一种具有表面加热功能的体脂秤及使用方法 |
| EP2811270A1 (de) * | 2013-06-03 | 2014-12-10 | seca ag | Waage mit temperierbarer Objektauflage |
| CN105577487A (zh) * | 2014-09-15 | 2016-05-11 | 丰唐物联技术（深圳）有限公司 | 一种智能家居设备的控制方法、信息处理装置 |
| CN105823545A (zh) * | 2016-03-11 | 2016-08-03 | 美的集团股份有限公司 | 具有智能加热功能的称重系统 |
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| CN103697594A (zh) * | 2012-09-27 | 2014-04-02 | 芜湖美的厨卫电器制造有限公司 | 电热水器及其控制系统与控制方法 |
| EP2811270A1 (de) * | 2013-06-03 | 2014-12-10 | seca ag | Waage mit temperierbarer Objektauflage |
| CN104019522A (zh) * | 2014-05-27 | 2014-09-03 | 珠海格力电器股份有限公司 | 空调控制方法及系统 |
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