TW201941734A - Smart home health device characterized in that the exclusively personalized information can be established to correspond to the state of target object, drive the corresponding home appliances or contact the exclusive personal clinic and the hospital - Google Patents

Abstract

The present invention relates to a smart home health device which provides a driving application for a plurality of target objects and home appliances and is equipped with a main control panel. The main control panel is coupled with a camera, a communication module, a voice recognition module, a monitoring module used to monitor environment and a sensing module used to sense human body information. By using the monitoring module to be detachably inserted in an expansion slot of the health device in conjunction with the sensing module to use a non-contact sensing approach to further acquire detailed and accurate data related to the target object. The data is then feedbacked to the main control panel for further determination to establish personalized information corresponding to the state of the target object. In addition, the device can drive the corresponding home appliances or contact the exclusive personal clinic and the hospital based on the state of the target object, thereby providing family members a completely smart home care.

Description

Smart home health device

This creation relates to a smart home health device, which allows each target body in the home environment to obtain environmental data through a pluggable detection module, and is supplemented by a sensor module to obtain human information in a non-contact manner. After calculating the most suitable steps by the main control board, the various home appliances connected by the communication module drive, so that the health device can expand its use range and application functions.

In the conventional Smart Home system, most of them are equipped with a central server host for control, and a plurality of detectors, and cooperate with a preset control program to correspond to smart appliances of the same brand; Except for the smart appliances that are pre-set in the original system, other brands or older products cannot be integrated with the needs of users, and can only be selected by choosing a brand that supports the supplier system. If you want to fully experience the convenience of this system, it will cost a lot of money;

In order to solve the problems of low supportability and high cost of the aforementioned system, some operators have developed relatively simple and easy-to-use control equipment, and use the existing wireless link technology to connect related appliances, and cooperate with the sensors in the control equipment. Cooperate with the detection of the surrounding environment and personnel to solve the problem of support between brands, so that users can experience the convenience of smart home with existing appliances;

In addition to the function of generally connecting home appliances with wireless technology, the aforementioned system usually also has a function to detect the user's status, but it needs to wear a charging sensor or use a smartphone with an APP to connect and use. This can determine the physical function and the control of applicable household appliances in more detail, but whether for young children, adults, or even elderly people, such wearable devices need to be regularly charged to maintain operation. The design is more sophisticated, so it is prone to loss or collision damage;

In view of this, the author proposes a further improvement plan for the detection, application scope, and convenience of connection control of the conventional smart home system.

The creator has previously developed a related home detection system combining lighting devices, and further improved and created a smart home health device by cooperating with technological progress and collecting product user experience;

According to the needs of users, the health device of this creative home can be matched with the expansion slot to select corresponding detection modules, and it can maintain the integrity of the appearance. It includes: a health device is equipped with an internal power supply. A main control board driven by input, and the main control board is coupled to a communication module for supporting remote and transmitting commands, a voice recognition module for driving appliances, a detection module for detecting the environment, and human body sensing An information sensing module and an expansion slot suitable for embedding a surface of a health device on the surface. The detection module can be correspondingly arranged in the expansion slot, and the sensing module includes a single package. It is composed of a blood pressure and blood glucose sensing module, a sleep sensing module, and a heart sensing module, which can provide an electromagnetic wave emission source for non-contact detection to obtain the physiological parameters of the target body, and further obtain it with the detection module. Environmental information is passed to the main control board for processing.

This creation is mainly transmitted to the target at different frequencies through the electromagnetic wave emission source, so as to obtain relevant data about the target's blood pressure, blood glucose, sleep, and heart. It is further analyzed by storing in an independent database with the main control board and artificial intelligence. Later, if there is an abnormality, it will be connected to personal clinics, hospitals, and adaptive adjustments through connected peripheral appliances. When the environment and the state of the target body are significantly different, corresponding measures will be performed. Those who need to take care of the elderly or young children's family, with the modular design that adjusts the corresponding function through plugging, can make the overall application more convenient. In order to allow your review committee to further understand the creation of the above purpose, the characteristics The technical means used and their effects are described below with reference to preferred embodiments and drawings.

Usually according to this creation, this best feasible embodiment, combined with the detailed description of the drawings, helps to increase the understanding of this creation. This creation is a smart home health device. Please refer to Figures 1 to 5 It includes: a health device (10), which is internally provided with a main control board (11) capable of being driven by a power input and a camera (19), and the health device (10) is mainly used for homes, or people In less environments, the current technology can be used to target one, or more than one or more target bodies (30) at the same time. The number of target bodies (30) here can be changed according to the degree of technological progress. Therefore, its number is not limited; and the camera (19) can be implemented with a single lens, multiple lenses, fisheye lens, and wide-angle lens to form a 360-degree panoramic view, and the monitoring range without dead angles can also be increased in the structure The feature of driving rotation to expand its adjustment purpose is not necessarily limited to the above-mentioned implementation content, and the camera (19) is also coupled with a memory card slot, which is located on the outside of the health device (10) for users to easily insert Take; and the The health device (10) is further provided with one or more LEDs (18), and the LEDs (18) are used for lighting, night lights, or flashing reminder functions, and the LEDs (18) here can adopt a single warm light, a single Cold light, warm light, and cold light are arranged at the same time, or RGB is mixed.

The main control board (11) is coupled to a communication module (12) for supporting remote and transmitting instructions, a voice recognition module (13), and a detection module that cooperate with the main control board (11) to drive home appliances (40). A detection module (111) for measuring the environment, a sensing module (15) for sensing human information, and at least one or more of the appropriate positions for embedding the surface of the health device (10) Expansion slot (14);

Among them, the communication module (12) is mainly a chip with wireless communication technology, and this wireless communication technology can be WIFI, LIFI, Bluetooth, Z-WAVE, Zigbee, etc., or can be used for transmission Wireless technology equivalent to other devices, which also includes a function that can convert infrared signals to codes that can be processed by the main control board (11), and the aforementioned devices such as: handheld smart devices (tablets, smart phones, handheld and Wearable device), computer (Personal Computer (PC), In-Vehicle Infotainment System (IVI), etc .; if the device model is old and does not have wireless connection function, you can also use wireless connection Power extension cords or sockets for connection use, this design is already common in the market, so I will not go into details;

The aforementioned voice recognition module (13) is further connected with a speaker and a microphone, so that the target body (30) can receive dictated instructions and provide broadcast sound effects, and is converted into a main control board through the aforementioned communication module (12). (11) Encoding that can be processed to further achieve the purpose of voice control, and through the artificial intelligence (117) in the main control board (11), the target (30) is usually identified in advance to issue instructions, which can be prepared in advance, or in advance Drive related home appliances (40) in advance to make the connected home appliances (40) more sensitive;

The detection module (111) has a biometric module (1111), a temperature and humidity detection module (1112), a smoke detection module (1113), an air detection module (1114), and a gas detection Module (1115), and the detection module (111) can be correspondingly arranged in the expansion slot (14), and the biometric identification module (1111) uses microwaves to detect the relevant life characteristics of the target body (30) For example, the heartbeat heart rate, to identify the vital characteristics of the target body (30), and the application of driving the LED (18) are usually implemented by Doppler radar, which is a mobile signal in the high frequency band of the breathing signal When the breathing signal is detected and the target body (30) is found to move at a fixed time based on the movement signal, it is determined that the target body (30) is in an abnormal condition. Therefore, standing wave analysis is used to extend the detection distance and enable high detection distance. Precision detection of anomalies, and the detected information can be returned to the main control board (11) for recording in a Personal Health Record (PHD). Information transmitted to the hospital for Smart Medical Home (SMH) and remote medical treatment Treatment (Telemedicine), and can also be used remotely to monitor the use of family members in the elderly or young children;

Temperature and humidity detection module (1112), which detects the temperature and humidity data of the environment and returns it to the main control board (11). If the temperature and humidity are too high or low, the related home appliances (40) will be driven to operate;

The smoke detection module (1113) is used to detect whether the smoke in the environment exceeds the standard, so as to determine whether there is a combustion or fire ... etc .;

The air detection module (1114) is used to monitor suspended particles in the air;

The gas detection module (1115) is used to sense whether there is gas or other harmful human gas in the environment, and then returns a signal to the main control board (11) for corresponding disposal, such as closing the link Home appliances (40), sending messages to the user's mobile phone, etc., to achieve prevention and protection functions.

The detection module (111) is further provided with a target body physiological signal prompt lamp (112) connected to the biometric module (1111), and a smoke gas warning light (113) is connected to the smoke detection module (1113). An air quality indicator light (114) is connected to the air detection module (1114), and an IP setting reminder light (115) can be used to display the health device (10) in various operations, reception, transmission, work, Failure or hibernation ... The application of this reminder system is a commonly used method in the industry, so it will not be described in detail;

The air quality indicator lamp (114) mentioned above can mainly display the current air quality status with a signal, for example: blue in the normal range, yellow in the medium range, and red in the case of exceeding the standard. The color can be adjusted using common LED (18) mixed-color light-emitting technology, and can also be adjusted corresponding to the relevant mobile application (Application, APP). It is not necessarily limited to the above colors, and can also be related to single-crystal LED and poly-crystal LED related technologies Displaying is not necessarily limited to this content disclosure technology;

The sensing module (15) is composed of a blood pressure and blood glucose sensing module (151), a sleep sensing module (152), and a heart sensing module (153). Provide an electromagnetic wave emission source (154) for non-contact detection to obtain the physiological parameters of the target body (30), and further pass the environmental information obtained by the detection module (111) to the main control board (11) For processing

The three sensing modules of the aforementioned sensing module (15) correspond to the blood pressure and blood glucose database (1511), the sleep database (1521), and the heart database (1531), and the sensing data will correspond to the relevant database. After the user information is created, it is returned to the artificial intelligence (17) (Artificial Intelligence, AI) in the main control board (11) for calculation, discrimination, and further analysis and storage, thereby improving the accuracy of detection. Degree; and the blood pressure and blood glucose sensing module (151), sleep sensing module (152) and heart sensing module (153) all use ultra wideband (UWB) radar technology and infrared technology (IR) to supplement the implementation, using electromagnetic wave emission sources (154) with different frequency emission intensities to calculate the data of the incident and reflected waves, to obtain the exclusive data of different users, and store them in various types of databases . In addition, the spread-spectrum feature in UWB technology can coexist with other radio frequency (RF) systems, so there will be no mutual interference. It can reach the detection range without dead angle in practical applications, and cooperate with the aforementioned detection module (111 ) After the environmental information obtained by the central processing unit (16) and artificial intelligence (17) of the main control board (11) is classified and processed, an exclusive mode can be established with different users, making it more convenient to use.

In the aforementioned expansion slot (14), a jack is provided inside the expansion slot (14), and the detection module (111) is provided with a pin corresponding to the jack for mutual coupling; because of the health device (10 When the LED (18) and other parts in operation are operating, heat energy will be transmitted through the casing and air convection. Therefore, for the more sensitive detection module (111), the pluggable structure design, in addition to It can effectively isolate the heat source and improve the interference, so that the error of the detection data is worth reducing, and the accuracy and function can be maintained in the best state;

Please refer to FIG. 2 again, the biometric module (1111), blood pressure and blood glucose sensor module (151), sleep sensor module (152), and heart sensor module (153) in this creation All are detected by electromagnetic wave emission sources (154) of different strengths, so it can be made into a hidden design, which not only makes the appearance more beautiful, but also protects its parts from external influences;

Please refer to FIG. 5 to FIG. 8, which is the second embodiment of this creation, which is a pendant lamp style structure. The central body and the extended lamp group are mainly LED (18), camera ( 19), the sensing module (14), and the related lights connected to the detection module (111) to make mutual position changes. Its purpose and function are consistent with the operation flow of the block diagram disclosed in Figure 5 above. , Just installed on different types of lamps through position changes;

Please refer to FIG. 9 again, which is a luminaire combined with a ceiling fan. It can be seen that the camera (19) is still located in the center position, and the outer edge of the camera (19) is a sensing module (15). ), And LED (18), the operation part is the same as the block diagram in Figure 5, so I won't go into details;

Please refer to Figures 10-12, which are a voice assistant device, a table lamp, and a wall lamp that can be placed on the desktop in order. The operation part is the same as the block diagram in Figure 5, so it is no longer Many words are repeated; among them, FIG. 12 is about the application of the detection module (111), the difference is that the display panel (20) under the health device (10) is an LCD, and this display panel ( 20) is touch-controllable and is also coupled to the main control board (11), and its corresponding control is the same as the steps in the block diagram of Figure 5 above, which are performed by the main control board (11) and the internal manual Wisdom (17) and central processing unit (16) cooperate with the drive control, but it is changed to LCD for users to greatly improve the convenience of operation, and the outer edge of the display panel (20) is equipped with an air quality prompt lamp (114), which can more Obvious and intuitive reminder of the current environmental status, and the display panel (20) can be replaced with a different display such as a light emitting diode display (LED display) or an organic light emitting diode (Organic Light-Emitting Diode, OLED) ... It is not limited; the function of Figure 13 of this creation is the same as that of Figure 12 above. , The system will be provided only to the health means (10) LED (18) above is removed, whereby the user can provide one more optional style, so that explanation is not repeated.

The health device (10) in this creation can be used for simple detection and sensing applications, or it can be equipped with LEDs (18) for lighting, and UV-LEDs with sterilization functions. It is not necessary to make a lighting shape. The aforementioned UV-LED is implemented using a shorter wavelength of ultraviolet-C, which is a mature and common technology; and the 5 related modules in the detection module (111) and the sensor The three related modules in the test module (15) can also be increased or decreased according to production needs, and are not necessarily limited to a fixed type.

In summary, the health device (10) of this creative smart home uses several internal detection modules (111), which can greatly improve the accuracy of detection, and can also use non-contact sensing. The module (15) detects the physiological state of the target body (30) for a long time and prevents the abnormality, and the communication module (12) allows each home appliance (40) to be conveniently connected, and the main control board (11) The central processing unit (16) and artificial intelligence (17) are provided to further improve the response of the home appliance (40) connection and predict the common habits or preferences of the target body (30), and to construct related linkage applications for smart home (Smart Home) has richer practicality.

(10) ‧‧‧Health Device

(11) ‧‧‧Main Control Board

(111) ‧‧‧Detection Module

(1111) ‧‧‧Biometric Module

(1112) ‧‧‧Temperature and humidity detection module

(1113) ‧‧‧Smoke Detection Module

(1114) ‧‧‧Air Detection Module

(1115) ‧‧‧Gas Detection Module

(112) ‧‧‧Target physiological signal prompt light

(113) ‧‧‧Smoke gas warning light

(114) ‧‧‧Air Quality Warning Light

(115) ‧‧‧IP setting light

(12) ‧‧‧Communication Module

(13) ‧‧‧Voice recognition module

(14) ‧‧‧Expansion Slot

(15) ‧‧‧Sensor Module

(151) ‧‧‧Blood pressure and blood glucose sensing module

(1511) ‧‧‧ Blood Pressure Blood Glucose Database

(152) ‧‧‧Sleep Sensor Module

(1521) ‧‧‧Sleep database

(153) ‧‧‧Heart Sensing Module

(1531) ‧‧‧ Heart Database

(154) ‧‧‧Electromagnetic wave emission source

(16) ‧‧‧Central Processing Unit

(17) ‧‧‧Artificial Intelligence

(18) ‧‧‧LED

(19) ‧‧‧Camera

(20) ‧‧‧Display Panel

(30) ‧‧‧Target

(40) ‧‧‧Household appliances

Figure 1 is a perspective view of this creation. Figure 2 is a schematic view of the front of this creation. Figure 3 is the internal diagram of this creation. Figure 4 is a three-dimensional schematic view from another perspective of the creation. Figure 5 is a block diagram of this creation. Fig. 6 is a perspective view of the first embodiment of the second creation. Fig. 7 is a perspective view of the second embodiment of the present invention. Fig. 8 is a perspective view of the third embodiment of the second creation. FIG. 9 is a perspective view of the fourth embodiment of the second creation. Fig. 10 is a perspective view of a third embodiment of the creation. Fig. 11 is a perspective view of a fourth embodiment of the creation. Fig. 12 is a perspective view of the fifth embodiment of the present invention. Fig. 13 is a perspective view of the second embodiment of the fifth creation.

Claims (7)

A smart home health device is used to drive several target objects (30) and home appliances (40). The device includes: a health device (10), and a main control board (11) capable of receiving power input driving. ), And a camera (19), the main control board (11) is coupled to a communication module (12) for supporting remote and transmitting instructions, and a voice recognition module that drives the home appliance with the main control board (11) Group (13), a detection module (111) for detecting the environment, a sensing module (15) for sensing human information, and a suitable position for embedding the surface of the health device (10) At least one or more expansion slots (14), the detection module (111) can be correspondingly configured in the expansion slot (14), and the sensing module (15) includes a blood pressure set by a single package It is composed of a blood glucose sensing module (151), a sleep sensing module (152), and a heart sensing module (153), which can provide an electromagnetic wave emission source (154) for non-contact detection to obtain the target body. The physiological parameter (30) is further transmitted to the main control board (11) for processing together with the environmental information acquired by the detection module (111). The smart home health device according to claim 1, wherein the sensing module (15) further includes: a blood pressure and blood glucose database (1511), a sleep database (1521), and a heart database (1531), each of the above databases emits electromagnetic waves of different frequencies to the target body (30) via the electromagnetic wave emission source (154), further obtains signals for comparison and adjustment, and then returns to the main control board (11 ). The smart home health device according to claim 1, wherein the main control board (11) further includes: a central processing unit (16), which can be used to transmit instructions to drive the modules connected to it; Artificial intelligence (17) is used to analyze and discriminate the blood pressure and blood glucose sensing module (151), sleep sensing module (152), and heart sensing module (153) with more complex data. The smart home health device according to claim 1, wherein the detection module (111) further includes: a biometric module (1111), a temperature and humidity detection module (1112), and a smoke A detection module (1113), an air detection module (1114), and a gas detection module (1115). Each of the foregoing modules is located inside the health device (10) and is coupled to the main control unit. The board (11) provides functions corresponding to detection, and can be adjusted by adding or removing each module. The smart home health device according to claim 4, wherein the detection module (111) further includes: a target body physiological signal prompt lamp (112), a smoke gas warning lamp (113), and an air quality A reminder light (114), an IP setting reminder light (115), and each light is set inside the health device (10) and is coupled to the detection module (111). At least one or more than one can be selected. Make the number increase or decrease setting. The smart home health device according to claim 1, wherein the blood pressure and blood glucose sensing module (151), the sleep sensing module (152), and the heart sensing module (153) of the sensing module can Select at least one, or more than one to increase or decrease the number setting. The smart home health device according to claim 1, further comprising: at least one or more LEDs (18) are coupled to the main control board (11), and the main control board (11) is used to cooperate with the detection module. The group (111) and the speech recognition module (13) perform opening and closing applications according to the environment.