WO2018121241A1 - 一种新型智能被子 - Google Patents

一种新型智能被子 Download PDF

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Publication number
WO2018121241A1
WO2018121241A1 PCT/CN2017/115613 CN2017115613W WO2018121241A1 WO 2018121241 A1 WO2018121241 A1 WO 2018121241A1 CN 2017115613 W CN2017115613 W CN 2017115613W WO 2018121241 A1 WO2018121241 A1 WO 2018121241A1
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WIPO (PCT)
Prior art keywords
quilt
sensor
central processing
processing unit
module
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PCT/CN2017/115613
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English (en)
French (fr)
Inventor
唐明宏
Original Assignee
匡海云
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Application filed by 匡海云 filed Critical 匡海云
Publication of WO2018121241A1 publication Critical patent/WO2018121241A1/zh

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Classifications

    • G—PHYSICS
    • G08—SIGNALLING
    • G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
    • G08B21/00—Alarms responsive to a single specified undesired or abnormal condition and not otherwise provided for
    • G08B21/18—Status alarms
    • G—PHYSICS
    • G01—MEASURING; TESTING
    • G01D—MEASURING NOT SPECIALLY ADAPTED FOR A SPECIFIC VARIABLE; ARRANGEMENTS FOR MEASURING TWO OR MORE VARIABLES NOT COVERED IN A SINGLE OTHER SUBCLASS; TARIFF METERING APPARATUS; MEASURING OR TESTING NOT OTHERWISE PROVIDED FOR
    • G01D21/00—Measuring or testing not otherwise provided for
    • G01D21/02—Measuring two or more variables by means not covered by a single other subclass
    • G—PHYSICS
    • G08—SIGNALLING
    • G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
    • G08B21/00—Alarms responsive to a single specified undesired or abnormal condition and not otherwise provided for
    • G08B21/18—Status alarms
    • G08B21/20—Status alarms responsive to moisture

Definitions

  • the invention relates to a novel smart quilt.
  • the invention provides two new types of smart quilts, which can monitor the temperature and humidity in the quilt and the position of the coverage in real time.
  • a novel intelligent quilt including a quilt body for monitoring and management, is provided in a plurality of matrix-distributed sensor groups for monitoring and management on the quilt body on both sides of the human body for monitoring and management, and monitoring and managing each sensor group through the wire
  • the connected central processing unit performs monitoring and management
  • each group of sensor groups performs monitoring and management, including internal temperature sensors respectively connected to the central processing unit for monitoring and management, monitoring and management of humidity sensors, and measuring between the quilt body and the covered object.
  • the multi-axis sensor of the moving direction and the moving track is monitored and managed, and the smart quilt further comprises an intelligent control terminal provided on the quilt body or external to the sub-body and provided with an alarm module and connected to the central processor for centrally
  • the signal output by the processor is sent to the wireless transmission module of the intelligent control terminal:
  • Each group of sensor groups transmits the detected signals to the central processing unit, and then the central processing unit centrally processes the detection signals of the sensor groups, and then transmits them to the intelligent control terminal for monitoring and management through the wireless transmission chess pieces.
  • the monitoring and management of the intelligent control terminal is preferably set on a person's hand, which is convenient for monitoring and viewing.
  • An external temperature sensor is disposed on a side of the quilt body that is not in contact with the human body, and the quilt body is further provided with an external temperature sensor and can be given when the temperature measured by the external temperature sensor is lower than a predetermined value.
  • the quilt body is heated and monitored by a heater.
  • the smart quilt further includes a sensor group, a central processing unit, an intelligent control terminal, a heater,
  • An external temperature sensor and a wireless transmission module provide power modules for the energy source.
  • the wireless transmission module is a Bluetooth module, a GSM module, a WIFI module, a radio module, a zigbee
  • the intelligent control terminal is a smart phone or a tablet.
  • the internal temperature sensor, humidity sensor and multi-axis sensor detect real-time monitoring of the physiological state of the human body during sleep, the environmental condition during sleep, and the state of the quilt: each sensor transmits the detected signal to the central processor, and then the central The processor centrally processes the detection signals of the respective sensors, and then transmits them to the intelligent control terminal through the wireless transmission module: based on this, the corresponding APP software can be embedded in the intelligent control terminal by using the complete hardware conditions provided by the entire system.
  • the APP software is used to monitor and manage the collected final data, and the intelligent control terminal feeds back the detection result to the user or sends an alert message through the alarm module of the intelligent control terminal (if the quilt is not covered, the quilt is over, the human body is too hot, etc.) So that the quilt can meet the needs of children.
  • the alarm module can issue warning information in the form of sound, vibration or illumination.
  • a touch alarm button is provided on the four corners of the body or the intelligent control terminal, and when the button is touched, the stop can be stopped.
  • the internal temperature sensor and humidity sensor can simultaneously measure the temperature and humidity of the surrounding environment. When the measured temperature exceeds the preset temperature threshold, it indicates that the temperature in the area is too high, and the child may have a fever. When the measured temperature is lower than the pre-measure When the temperature is wide, the quilt may not be covered, or the room temperature is low, and the quilt needs to be heated. Combined with the data analysis of the external temperature sensor, if the room temperature is low, the heater is started to heat the quilt to make the temperature suitable.
  • the controller controls the alarm device to perform an alarm: if the humidity sensor measures at this time.
  • the humidity is less than the preset humidity threshold, it indicates that although the quilt is partially wet, the human body is not covered by the wet state, so there is no need to immediately report the alarm. Since the smart quilt has the above structure and function, it is possible to more intelligently recognize whether the quilt is wet due to the baby's bedwetting or other circumstances that do not require treatment.
  • the multi-axis sensor can measure the position and movement trajectory of the quilt at that time, so that the bending curve of the quilt can be simulated and combined with the data of the internal temperature sensor to know the coverage of the quilt at this time.
  • the sensor group is arranged in the form of a matrix on the side where the quilt is in contact with the human body, and each sensor group collects a fixed radius.
  • Temperature, humidity and position, movement trajectory data within the range, multiple sensor units can be collected substantially throughout the core
  • the multi-axis sensor can know the position of the quilt, so that the bending curve of the quilt can be simulated and
  • the data of the temperature sensor can be combined to know the coverage of the quilt at this time.
  • the invention not only can feedback information to the user, but also can heat the quilt body according to the demand, and use
  • Figure 1 is a schematic view of the quilt structure of the present invention.
  • Figure 2 is a schematic view showing the structure of the quilt of the present invention.
  • FIG. 3 is a block diagram of the operation of the present invention.
  • FIG. 4 is a schematic view of a user's body posture.
  • FIG. 5 is a schematic diagram of a user's body posture.
  • Figure 6 is a schematic view of a user's body posture.
  • the reference numerals are as follows: 1 quilt body, 2 sensor group, 21 internal temperature sensor, 22 humidity sensing
  • multi-axis sensors 3 central processing units, 4 intelligent control terminals, 41 alarm modules, 5 wireless transmission modules, 6 power modules, 7 heaters, 8 external temperature sensors.
  • the device, the humidity sensor and the multi-axis sensor realize the physiological condition of the human body during sleep, the environmental condition during sleep, and
  • Real-time monitoring of the state of the quilt using the central processor to identify each sensor group as a sensor
  • the signal is processed centrally and then transmitted to the intelligent control terminal via the wireless transmission module: based on this, the entire system can be utilized
  • the final data collected is monitored and managed, and the detection result or warning information is fed back to the user through the intelligent control terminal.
  • the quilt is not covered, the quilt is over, the body heat is too high, etc., so that the quilt can meet the needs of young children.
  • a new type of intelligent quilt including the quilt body for monitoring and management 1 for monitoring and management, is set up on the quilt body that is in contact with the human body for monitoring and management.
  • Distributed sensor group for monitoring and management 2 for monitoring management and monitoring with each sensor group 2 for monitoring and management.
  • 21 Monitoring and management, humidity sensor for monitoring and management 22
  • Monitoring and management and measurement of the quilt body for monitoring and management 1 Monitoring management and coverage Monitoring and management of the multi-axis sensor with relative movement direction and movement trajectory between objects 23 for monitoring and management,
  • the smart quilt further includes an alarm module 41 disposed on or outside the sub-body 1
  • the intelligent control terminal 4 and the wireless transmission module 5 connected to the central processing unit 3 for transmitting the signal output by the central processing unit 3 to the intelligent control terminal 4;
  • Each group of sensor groups 2 transmits the detected signals to the central processing unit 3, and then the central processing unit 3 will sensor group 2
  • the detection signals are processed centrally, and then transmitted to the intelligent control terminal 4 through the wireless transmission module 5 for monitoring and management.
  • the intelligent control terminal performs monitoring management 4, and the monitoring management is preferably set on a person's hand, so that
  • An external temperature sensor 8 is disposed on the side of the quilt body that is not in contact with the human body, and the quilt body is
  • the sub-body is heated by a heater 7.
  • the smart quilt further includes a power module 6 that supplies energy to the sensor group 2, the central processing unit 3, the intelligent control terminal 4, the heater 7, the external temperature sensor 8, and the wireless transmission module 5.
  • the heater 7 of this embodiment may be an ordinary heating resistor or a stone made of graphene fiber.
  • a layer of olefinic fibers is provided.
  • the wireless transmission module 5 is a Bluetooth module, a GSM module, a WIFI module, a radio module, and a zigbee module.
  • the intelligent control terminal 4 can be a smart phone or a tablet.
  • the internal temperature sensor and humidity sensor are capable of simultaneously measuring the temperature and humidity of the surrounding environment, when measured
  • the temperature reached is greater than the preset temperature threshold, for example, the temperature threshold is set to 26 °C.
  • the temperature threshold is set to 26 °C.
  • the temperature measured by the internal temperature sensor is less than 26 °C, it indicates that the area is not directly covered by the human body and is not subject to body temperature. Heating to reach a higher temperature: When the temperature measured by the internal temperature sensor is greater than 26 °C, it indicates that the area covers the human body and is heated by body temperature and has a higher temperature: of course, this temperature can be based on actual needs, such as seasonal conditions. Or adjust at room temperature. If the area where the degree of measurement is greater than 26 °C is shown in Fig. 4, it indicates that the quilt is covered well. If the area where the degree of measurement is greater than 26 °C is as shown in Fig. 5, it indicates that the quilt is not covered well.
  • the humidity measured by the humidity sensor is greater than the preset humidity threshold, it indicates that the human body is in the body.
  • the wet state area is covered, so that the controller controls the alarm module 41 to perform an alarm: if the humidity sensor is at this time
  • the measured humidity is less than the preset humidity threshold, it indicates that although the quilt is partially wet, the human body is
  • the alarm can be stopped by touching the alarm button provided on the four corners of the body or on the intelligent control terminal 4.
  • the alarm module 41 can issue warning information in the form of sound, vibration or illumination.
  • the multi-axis sensor can measure the position and movement trajectory of the quilt at that time, so that the bending curve of the quilt can be simulated and combined with the data of the internal temperature sensor to know the coverage of the quilt at this time. If the measured curve is shown in Figure 6, and combined with the temperature region, the coverage of the quilt can be more clearly understood.
  • This embodiment preferably employs a blue axis sensor.

Abstract

一种智能被子，包括被子本体（1），设于与人体接触一侧的被子本体（1）上的多个呈矩阵分布的传感器组（2），和与每个传感器组（2）通过导线连接的中央处理器（3），每组传感器组（2）包括分别与中央处理器（3）连接的内部温度传感器（21）进行监控管理、湿度传感器（22）和能测定被子本体（1）与被覆盖物之间相对移动方向和移动轨迹的多轴传感器（23）。传感器组（2）以矩阵的形式设于被子，每个传感器组（2）采集一定半径范围内的温度、湿度及位置、移动轨迹数据，多个传感器单元能够大体上采集到整个被芯覆盖的区域，不存在数据采集死角，因此基本上不会发生不报警的情况。

Description

一种新型智能被子 技术领域
本发明涉及一种新型智能被子。
 背景技术
人们在睡眠时是处于无意识状态中，如果被子没有盖好或者盖的过严均可能会引起身体的不适，如过热出汗，着凉等，特别是对幼儿，然而，传统的被子需要监护人实时地照看被子盖的情况，这样非常浪费精力，显然己无法满足现代人们的生活需要。
 技术问题
本发明提供二种新型智能被子，它能实时监控被子内的温湿度及覆盖的位置情况。
 技术解决方案
本发明的工作原理及工作过程如下:
一种新型智能被子，包括被子本体进行监控管理，设于与人体接触二侧的被子本体进行监控管理上的多个呈矩阵分布的传感器组进行监控管理和与每个传感器组进行监控管理通过导线连接的中央处理器进行监控管理，每组传感器组进行监控管理包括分别与中央处理器进行监控管理连接的内部温度传感器进行监控管理、湿度传感器进行监控管理和能测定被子本体与被覆盖物之间相对移动方向和移动轨迹的多轴传感器进行监控管理，所述的智能被子还包括设于被子本体上或被子本体外部的设有报警模块的智能控制终端以及与中央处理器连接的用于将中央处理器输出的信号输送至智能控制终端的无线传输模块:
各组传感器组将检测的信号传递给中央处理器，然后中央处理器将传感器组的检测信号进行集中处理，再通过无线传输棋块输送至智能控制终端进行监控管理。
所述的智能控制终端进行监控管理优选设置于人的手上，这样便于监控查看。
在所述的被子本体上不与人体接触一侧设有外部温度传感器，所述的被子本体内还设有与外部温度传感器连接并且当外部温度传感器测得的温度低于二定值时能给被子本体力口热的加热器进行监控管理。
优边地，所述的智能被子还包括为传感器组、中央处理器、智能控制终端、加热器、
外部温度传感器和无线传输模块提供能源的电源模块。
优边地，所述无线传输模块为蓝牙模块、GSM模块、WIFI 模块、无线电模块、zigbee
模块中的一种或任意组合。
优边地，所述智能控制终端为智能手机或平板电脑。
本发明的工作原理及工作过程如下:
内部温度传感器、湿度传感器和多轴传感器检测对睡眠状态下的人体生理状况、睡眠时的环境状况以及被子所处的状态进行实时监测:各个传感器将检测到的信号传递到中央处理器，然后中央处理器将各个传感器的检测信号进行集中处理，再通过无线传输模块输送至智能控制终端:基于此，可利用整个系统所提供的完整的硬件条件，在智能控制终端中植入相应的APP软件，然后利用APP软件对采集到的最终数据进行监控管理，并通过智能控制终端向用户反馈检测结果或通过智能控制终端的报警模块发出警示信息(如被子没有盖严、被子过后、人体发热过高等) ，从而使得被子能够满足幼儿的使用需要。该报警模块可以采用声音、振动或者发光的形式发出警示信息。
被体的四角或者智能控制终端上设有触摸消警按钮，当触摸该按钮，则可以停止
警报。
内部温度传感器和湿度传感器能够同时测量周边环境的温度和湿度，当测量到的温度超过预设的温度阙值时，则表明该区域温度过高，孩子可能发烧，当测量到的温度低于预设的温度阔值时，可能被子没有盖好，或者室温较低，需要给被子加热，结合外部温度传感器的数据分析，如果室温较低，从而启动加热器进行加热被子使温度适宜。
此时如果湿度传感器测量到的湿度大于预设的湿度阔值，则表明人的身体正处于该潮湿状态的区域覆盖中，从而控制器控制报警装置进行报警:而如果此时湿度传感器测量到的湿度小于预设的湿度阔值时，则表明虽然被子有部分是潮湿状态，但人的身体并未处于该潮湿状态的区域覆盖中，因此无需即刻进行报警。由于该智能被子具有上述结构与功能，能够更加智能地识别被子潮湿是否由于婴儿尿床，或者是属于其它无需处理的情况。
多轴传感器能测量当时被子的位置及移动轨迹，从而可以模拟出被子的弯曲曲线，并与内部温度传感器的数据相结合，能知道此时被子的覆盖情况。
 有益效果
1. 传感器组以矩阵的形式设于被子与人体接触一侧，每个传感器组采集二定半径
范围内的温度、湿度及位置、移动轨迹数据，多个传感器单元能够大体上采集到整个被芯覆
盖的区域，不存在数据采集死角，因此基本上不会发生不报警的情况:
2. 多轴传感器能知道被子的位置情况，从而可以模拟出被子的弯曲曲线，并与内
部温度传感器的数据相结合，能知道此时被子的覆盖情况。
3. 本发明不仅能将信息反馈给用户，而且能根据需求，对被子本体进行加热，使用
更加方便舒适。
 附图说明
图1 是本发明的被子结构示意图。
图2是本发明的被子结构示意图。
图3是本发明的工作框图。
图4是一种用户的身体姿势示意图。
图5是一种用户的身体姿势示意图。
图6是一种用户的身体姿势示意图。
附图标记说明如下: 1 被子本体， 2 传感器组， 21 内部温度传感器， 22 湿度传感
器， 23 多轴传感器， 3 中央处理器， 4 智能控制终端， 41 报警模块， 5 无线传输模块， 6 电源模块， 7 加热器， 8 外部温度传感器。
 本发明的最佳实施方式
在此处键入本发明的最佳实施方式描述段落。
 本发明的实施方式
实施例1
在日常所使用的被子如棉被、羊毛被、蚕丝被等的基础上，通过增设内部温度传感
器、湿度传感器和多轴传感器实现对睡眠状态下的人体生理状况、睡眠时的环境状况以及
被子所处的状态进行实时监测:利用中央处理器将各个传感器组具体为各个传感器的检测
信号进行集中处理，然后通过无线传输模块输送至智能控制终端:基于此，可利用整个系统
所提供的完整的硬件条件，在智能控制终端中植入相应的APP软件，然后利用APP软件对采
集到的最终数据进行监控管理，并通过智能控制终端向用户反馈检测结果或发出警示信息
如被子没有盖严、被子过后、人体发热过高等，从而使得被子能够满足幼儿的使用需要。
如图1 、2 、3所示，一种新型智能被子，包括被子本体进行监控管理1 进行监控管理，设于与人体接触二侧的被子本体进行监控管理1 进行监控管理上的多个呈矩阵分布的传感器组进行监控管理2进行监控管理和与每个传感器组进行监控管理2进行监控管理通过导线连接的中央处理器进行监控管理3进行监控管理，每组传感器组进行监控管理2进行监控管理包括分别与中央处理器进行监控管理3进行监控管理连接的内部温度传感器进行监控管理21 进行监控管理、湿度传感器进行监控管理22进行监控管理和能测定被子本体进行监控管理1 进行监控管理与被覆盖物之间相对移动方向和移动轨迹的多轴传感器进行监控管理23进行监控管理，
所述的智能被子还包括设于被子本体1 上或被子本体1 外部的设有报警模块41 的
智能控制终端4 以及与中央处理器3连接的用于将中央处理器3输出的信号输送至智能控制终端4的无线传输模块5;
各组传感器组2将检测的信号传递给中央处理器3 ，然后中央处理器3将传感器组2
的检测信号进行集中处理，再通过无线传输模块5输送至智能控制终端4进行监控管理。
所述的智能控制终端进行监控管理4进行监控管理优选设置于人的手上，这样便
于监控查看。
所述的被子本体上在不与人体接触一侧设有外部温度传感器8 ，所述的被子本体
内还设有与外部温度传感器连接并且当外部温度传感器测得的温度低于一定值时能给被
子本体进行加热的加热器7 。
所述的智能被子还包括为传感器组2 、中央处理器3 、智能控制终端4 、加热器7 、外部温度传感器8和无线传输模块5提供能源的电源模块6。
本实施例的的加热器7 ，可以是普通的加热电阻，也可以是由石墨烯纤维制成的石
墨烯纤维层。
所述无线传输模块5 为蓝牙模块、GSM模块、WIFI 模块、无线电模块、zigbee模块中
的一种或任意组合。
所述智能控制终端4可以为智能手机或平板电脑。
内部温度传感器和湿度传感器能够同时测量周边环境的温度和湿度，当测量到的
湿度超过预设的湿度阙值时，则表明该区域处于潮湿状态，此时如果内部温度传感器测量
到的温度大于预设的温度阔值例如将该温度阔值设定为26 ℃ ，当内部温度传感器测量到的温度小于26 ℃ 时，则表明该区域并不直接覆盖于人体从而不会受到体温加热而达到较高温度:当内部温度传感器测量到的温度大于26 ℃ 时，则表明该区域覆盖于人体从而受到体温加热而具有较高温度:当然这个温度阔值可以根据实际需要，例如季节状况或室温情况进行调整。如果测定出度大于26 ℃ 的区域如图4所示，则表明被子覆盖好，如果测定出度大于26 ℃的区域如图5所示，则表明被子没有覆盖好。
此时如果湿度传感器测量到的湿度大于预设的湿度阔值，则表明人的身体正处于
该潮湿状态的区域覆盖中，从而控制器控制报警模块41 进行报警:丽如果此时湿度传感器
测量到的湿度小于预设的湿度阔值时，则表明虽然被子有部分是潮湿状态，但人的身体并
未处于该潮湿状态的区域覆盖中，因此无需即刻进行报警。由于该智能被子具有上述结构
与功能，能够更加智能地识别被子潮湿是否由于婴儿尿床，或者是属于其它无需处理的情
况。通过触摸设于被体的四角或者智能控制终端4上的消警按钮，则可以停止警报。
该报警模块41 可以采用声音、振动或者发光的形式发出警示信息。
多轴传感器能测量当时被子的位置及移动轨迹，从而可以模拟出被子的弯曲曲线，并与内部温度传感器的数据相结合，能知道此时被子的覆盖情况。如果测定出曲线如图6所示，并结合温度区域能更加清楚地了解被子覆盖情况。本实施例优选采用兰轴传感器。

Claims (5)

  1. 一种新型智能被子，其特征在于:包括被子本体(1) ，设于与人体接触二侧的被子本体(1)上的多个呈矩阵分布的传感器组(2) 和与每个传感器组(2) 通过导线连接的中央处理器(3) ，每组传感器组(2) 包括分别与中央处理器(3) 连接的内部温度传感器(2 1)、湿度传感器(22) 和能测定被子本体(1)与被覆盖物之间相对移动方向和移动轨迹的多轴传感器(23) ,所述的智能被子还包括设于被子本体(1)上或被子本体(1)外部的设有报警模块(41)的智能控制终端(4) 以及与中央处理器(3) 连接的用于将中央处理器(3) 输出的信号输送至智能控制终端(4) 的无线传输模块(曰:各组传感器组(2) 将检测的信号传递给中央处理器(3) ，然后中央处理器(3) 将传感器组(2) 的检测信号进行集中处理，再通过无线传输模块(5) 输送至智能控制终端(4) 进行监控管理。
  2. 根据权利要求1 所述的一种新型智能被子，其特征在于:在所述的被子本体上不与人体接触一侧设有外部温度传感器(8) ，所述的被子本体内还设有与外部温度传感器(8) 连接并且当外部温度传感器(8) 测得的温度低于二定值时能给被子本体(1)加热的加热器(7) 。
  3. 根据权利要求2所述的一种新型智能被子，其特征在于:所述的智能被子还包括为传感器组(2) 、中央处理器(3) 、智能控制终端(4) 、加热器(7) 、外部温度传感器(8) 和无线传输模块(5) 提供能源的电源模块(6) 。
  4. 根据权利要求1 所述的一种新型智能被子，其特征在于:所述无线传输模块(5) 为蓝牙模块、GSM模块、WIFI 模块、无线电模块、zigbee模块中的一种或任意组合。
  5. 根据权利要求1 所述的一种新型智能被子，其特征在于:所述智能控制终端(4) 为智能手机或平板电脑。
PCT/CN2017/115613 2016-12-30 2017-12-12 一种新型智能被子 WO2018121241A1 (zh)

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