TWM630205U - Active SOS - Google Patents

Abstract

This creation refers to an active distress device, which mainly provides the wearer to monitor physiological parameters and send out corresponding distress messages when abnormal. Detector, a three-axis sensor, and an emergency button, the display screen can mainly display information such as time, body parameters, medication information, etc. The touch buttons adjust the relevant design of the body, the emergency button can be A distress signal is issued, and the warning device is used to send out a warning sound when the wearer does not follow the predetermined setting or triggers the warning. The body parameter sensor can mainly obtain the wearer's heart rate parameter; the three-axis sensing The device is to detect when the wearer falls, and the device will actively send out a distress signal; a wristband is mainly arranged on the side of the main body to be combined with the wearer's hand; and a remote receiving device, mainly It can monitor the physiological parameters of each wearer, and can immediately exclude or process when the corresponding distress signal is received, so that the wearer's physiological parameters, medication status, and the wearer's position or physical status can be completely and instantly It is mastered so that when an abnormal state occurs, the relevant caregivers can immediately and quickly eliminate it, which has greatly improved the health and safety of the wearer.

Description

Active SOS

This creation belongs to a smart bracelet, especially an active rescue device and device that can remind medication and monitor human parameters.

According to, with the rapid growth and progress of science and technology and economy, coupled with the significant reduction of fertility rate and the accompanying social problems of population structure change with the increase of the aging population, the care work for the elderly in today's society has become more and more important. Especially important.

In view of the fact that the proportion of elderly people is gradually increasing, but due to the decrease in fertility rate, many elderly people live in care centers or are cared for by their families, and many elderly people even live alone. The health and physiological status cannot be monitored or taken care of from a remote location. If the elderly living alone are unwell or fall at home, the children who work outside and the nursing staff cannot provide assistance or care in time. It is often easy to affect the life of the elderly. Moreover, the memory of the elderly gradually declines with age, so the time of medication and blood pressure measurement may often be forgotten, so the chronic diseases of these elderly people cannot be effectively controlled. Elderly people in the care center still need dedicated nurses to give medication reminders, heart rate detection and other related care around the clock. Elderly people in the elderly often have difficulty in moving due to aging, and more often fall down when they are not moving. However, problems are often not detected and dealt with appropriately at the first time, which makes it easy to affect the health status of the elderly.

The reason is, the creator of the above-mentioned problems faced by the existing people, concentrated on the research and cooperated with the application of the theory, adhering to the design, development and implementation experience of the related industry for many years, and improved the existing structure. Active SOS device to overcome the troubles and inconveniences caused by the existing ones.

Therefore, the main purpose of this creation is to provide an active rescue device that can be worn on the hand to be worn by the care recipient, and is provided with a remote receiving device at the far end, and the remote receiving device can be A computer and a mobile phone with an application program (APP) in it, so that the wearer's medication time and medication information can be preset through the application program (APP) in the remote receiving device, so that it can be sent to the remote at the predetermined time. The terminal signal notifies the wearer to take medication, and the remote wearer can also monitor the wearer's physical parameters (heart rate, blood pressure, etc.), medication status, fall signal or safety of movement through the bracelet body in real time. When taking medicine at the scheduled time, detecting any abnormality such as falling, it will send out a light or sound warning and send a distress signal to the application program (APP) of the remote receiving device at the same time, and the wearer can also press the corresponding emergency distress button to Actively send out a distress signal, so that the remote caregiver can quickly and immediately go to exclude and provide corresponding care, which greatly improves the safety of the wearer and reduces the workload of the caregiver.

Based on this, the present invention mainly achieves the aforementioned objects and their effects through the following technical means, which at least include a body having a display screen, three touch buttons, a warning element and at least one body parameter sensor , the display screen is used to display the parameters such as the power, time and real-time heart rate of the main body. The touch buttons can adjust the relevant settings of the main body, give medication feedback and send out a distress signal. The warning is when the wearer does not The body parameter sensor can mainly obtain the heart rate parameters of the wearer by taking medicine according to the predetermined time or when the wearer actively presses the touch button to give a warning.

A bracelet is mainly arranged on the side end of the main body and is used to be combined with the wearer's hand.

A remote receiving device can mainly monitor a wearer's physiological parameters including fall detection, emergency help, medication reminder, and real-time heart rate, and can immediately exclude or process the corresponding distress signal or abnormal parameters.

In order to enable your review committee to further understand the composition, features and other purposes of this creation, the following are some preferred embodiments of this creation, and they are described in detail with the drawings as follows, and at the same time, those who are familiar with this technical field can implement it. .

This creation is an active rescue device (100), and the accompanying drawings illustrate the specific embodiments of this creation and its components, all of the front and rear, left and right, top and bottom, upper and lower, and horizontal and vertical The reference is only for the convenience of description, and does not limit the creation, nor does it limit its components to any position or spatial orientation. The dimensions specified in the drawings and the description can be changed according to the design and requirements of the present creation without departing from the scope of the patent application of the present creation.

Please refer to the first and second figures, specifically, an active rescue device (100), which mainly provides the wearer to monitor physiological parameters and send out corresponding rescue messages when abnormal, and includes a main body (110), It has a display screen (111), three-touch buttons (112), a warning element (113) and at least one body parameter sensor (114), the display screen (111) is used for displaying the main body (110) parameters such as power, time and real-time heart rate, so that the wearer can know the current heart rate and medication status and can wear the watch, and the touch buttons (112) can adjust the relevant settings of the main body (110), medication feedback and Sending out a distress signal, so that the wearer can press the corresponding touch button (112) according to the state of his body and the state of medication to feed back the corresponding signal to the application program (APP) of the remote receiving device (130), and the warning is When the wearer fails to take the medicine according to the predetermined time or when the wearer actively presses the touch button (112), a warning signal is issued, and the warning signal can be a light signal and a sound signal. The remote warning signal is sent to the remote receiving device (130), so that the nursing staff or family members of the remote receiving device (130) can eliminate it, and the body parameter sensor (114) can mainly obtain the heart rate parameter of the wearer, And it will record and send it to the application program (APP) of the remote receiving device (130) for monitoring; a wristband (120) is mainly arranged on the side of the main body (110) to be combined with the wearer a hand; and a remote receiving device (130), which can mainly monitor physiological parameters of a wearer including fall detection, emergency help, medication reminder, and real-time heart rate, and can immediately receive a corresponding distress signal or abnormal parameter. Exclude or deal with.

Further, the main body (110) further includes a three-axis sensor (115) for monitoring the normal body movement direction of the wearer (200), and through the warning element (113) when a fall or abnormal movement occurs The corresponding light or sound is emitted, and the signal is sent to the remote receiving device (130) at the same time.

Wherein, the main body (110) further includes a locator (116) for monitoring the position of the wearer (200), and the aforementioned locator (116) may further be a locator (116) for positioning through GPS, In order to record the wearer's location information, if entering a dangerous area or an abnormality occurs, the nursing staff and family members can also go to exclude and carry out rescue based on their location information.

Please refer to the third and fourth figures, it is an active rescue device (300), which mainly provides a body (110) for the wearer (200) to monitor physiological parameters and send out a corresponding rescue message and a remote A terminal receiving device (130) for monitoring physiological parameters of each wearer (200) wearing the body (110), comprising: a display module (310) for displaying relevant physical parameters and medication status Display, remind and set; a body parameter sensing module (320), used to monitor and record the body parameters of the wearer (200), and send out a signal if there is an abnormality; a sound warning module (330), when equipped The wearer (200) sends out an audio warning when the body parameters and medication status are abnormal; a three-axis sensing module (340) monitors the body dynamics of the wearer (200), and sends out a signal if there is an abnormal fall or fall a positioning module (350), monitoring the position of the wearer (200), and sending out signals; and a remote monitoring module (360), mainly receiving the body parameter sensing module (320), the three-axis The sensing module (340) and the remote signal of the positioning module (350) can be remotely monitored or removed if there is any abnormality.

Furthermore, the aforementioned remote receiving device (130) can be a mobile device such as a computer, a mobile phone, etc., and a corresponding application program (APP) can be installed in it, and the position of the main body can be displayed through the application program (APP) and the fall can be performed. Monitoring of detection, emergency rescue, medication reminder and real-time heart rate, etc., and the medication time of the wearer of each body (110) can be performed through an application (APP), and a signal is sent to each body (110) at a predetermined time. ), and each body (110) will give the wearer a medication reminder. At this time, the elderly wearing the body (110) can take medication through the medication reminder at a predetermined time to ensure that each wearer can correctly and punctually Medications are given to keep their chronic disease or condition under stable control.

Wherein, the aforesaid main body further includes a solar panel to provide power to the main body, so that the solar panel can directly provide the power required by the main body when the light or sunlight is sufficient. The power supply can achieve the effect of energy saving.

Finally, the aforementioned three-touch buttons (112) provided on the main body (110) are respectively an emergency call button, a medication feedback button and a cancel button. In addition to the signal, the warning element of the main body (110) will also send out a corresponding warning. The medication feedback button is at the scheduled medication time set by the application program (APP), and the main body sends out a warning signal. After using up the medication, press the medication feedback button. button, the warning signal will stop, and the application (APP) will show that the medication is normal; if the medication has not been taken, press the cancel button to stop the warning signal, the application (APP) will display the medication abnormality, and after a predetermined time , the warning element (113) of the main body (110) will send out a warning signal again, or the application program (APP) will actively send out a medication reminder signal, then the main body (110) will also send out a warning signal, through the aforementioned touch button (112) The design enables the elderly who wear the main body (110) to quickly and intuitively perform relevant operations and feedback of relevant information, so that the nursing staff and family members of the remote receiving device (130) can immediately know the medication status and health status. parameters and other information to achieve the effect of proper care.

To sum up, the caregiver can pre-set the wearer's (200) related medication information, preset body parameters and other information on the handheld device (not shown) or the remote receiving device (130), so that the wearer's (200) ) when the medication time is up, the warning element (113) emits a light source or a sound warning and displays medication information and reminders on the display screen (111), and the wearer (200) presses the cancel function after finishing the medication Touch the button (112) to cancel the reminder, and if no medication is used, the light source or sound warning will continue to be emitted, and the message of no medication will be sent to the remote receiving device (130), which will be removed by the caregiver, and if the wearer ( When the heart rate and position information of 200) exceed the predetermined setting range and cause abnormality, the main body (110) will also send the aforementioned abnormal information to the remote receiving device (130) for monitoring and elimination. Finally, the main body (110) can also The body movement state of the wearer (200) is monitored through the set three-axis sensor (115), and if there is an abnormal fall or displacement, a signal can also be sent to the remote receiving device (130) for the first time by the caregiver Excluded, so through the aforementioned settings, the active rescue device (100) of the present creation can not only give the wearer (200) corresponding reminders in real time, but also can quickly feedback abnormal signals to achieve safety and facilitate care. The effect of this invention is to use the settings of the active rescue device (100) and the active rescue device (300) to achieve remote monitoring of the relevant physical parameters and all states of the wearer (200), so as to achieve complete monitoring and care. At the same time, it can greatly improve the efficiency of care.

From this, it can be understood that this creation is an excellent creation, in addition to effectively solving the problems faced by conventional technologies, it also greatly improves the efficacy, and there is no identical or similar product creation or public use in the same technical field. At the same time, it has the enhancement of efficacy, so this creation has met the requirements of "novelty" and "progressiveness" of the new patent, and it is proposed to apply for a new patent in accordance with the law.

100: Active SOS 110: Ontology 111: Display screen 112: touch button 113: Warnings 114: Body parameter sensor 115: Triaxial sensor 116: Locator 117: Solar Panels 120: bracelet 130: Remote receiving device 200: Wearer 300: Active SOS 310: Display Module 320: Body parameter sensing module 330: Sound warning module 340: Triaxial sensor module 350: Positioning Module 360: Remote Monitoring Module

The first picture: It is a three-dimensional schematic diagram of the active rescue device of this creation.

The second picture: It is a schematic diagram of the remote connection of the active rescue device of this creation.

The third picture: It is a schematic diagram of wearing the active rescue device of this creation.

The fourth picture: It is the system structure diagram of the active rescue device of this creation.

110: Ontology

111: Display screen

112: touch button

113: Warnings

117: Solar Panels

120: bracelet

Claims (7)

An active rescue device mainly provides a wearer to monitor physiological parameters and send out a corresponding rescue message when abnormal, including: a main body, which has a display screen, two touch buttons, an emergency call button, a warning element, a three-axis sensor and at least one body parameter sensor, the display screen is used to display the power of the main body, Time and real-time heart rate and other parameters, the touch buttons can adjust the relevant settings of the body, medication feedback, the emergency button can send out a distress signal, and the warning device is when the wearer fails to take medication or wear it according to the predetermined time. When the wearer actively presses the touch button, a warning signal will be issued when the warning has reached the purpose of warning and a remote warning signal will be issued at the same time. Send out a remote distress signal, the body parameter sensor can mainly obtain the wearer's heart rate parameter, and synchronously display the wearer's heart rate parameter at the remote end; a bracelet, mainly disposed on the side end of the main body, to be combined with the wearer's hand; and A remote receiving device can mainly monitor a wearer's physiological parameters including fall detection, emergency help, medication reminder, and real-time heart rate, and can immediately exclude or process the corresponding distress signal or abnormal parameters. The active rescue device according to claim 1, wherein the main body further includes a three-axis sensor for monitoring the normal body movement direction of the wearer, and when a fall or abnormal movement occurs, a corresponding warning is issued through the warning device light, and send the signal to the remote receiver at the same time. The active rescue device according to claim 1, wherein the main body further comprises a locator for monitoring the position of the wearer. The active rescue device as claimed in claim 1, wherein the warning signal sent by the warning element can be a sound or a light source. The active rescue device according to claim 1, wherein the remote receiving device can be a mobile device such as a computer, a mobile phone, etc., and a corresponding application program (APP) can be installed therein, and the application program (APP) Display the position of the main body and perform monitoring of fall detection, emergency call, medication reminder and real-time heart rate, etc., and can use the application (APP) to monitor the medication time of the wearer of the main body, and send a signal at a predetermined time to the The body, and each body gives the wearer a medication reminder. The active distress device as claimed in claim 1, wherein the touch buttons are an emergency distress button, a medication feedback button and a cancel button respectively, and the emergency distress button is provided for the wearer to actively trigger and send out a remote-end signal. In addition, the alarm on the body will also send out a corresponding warning. The medication feedback button is at the scheduled medication time set by the application (APP), and the body will send out a warning signal. Press the medication feedback button after the medication is used up. Then the warning signal stops, and the application (APP) shows that the medication is normal; if the medication has not been taken, press the "Cancel button" to stop the warning signal, and the application (APP) shows that the medication is abnormal, and a predetermined time After that, the warning device of the main body will send out a warning signal again, or the application program (APP) will actively send a reminder signal of medication, and the main body will also send out a warning signal. The active rescue device according to claim 1, wherein the main body further comprises a solar panel for providing power to the main body.

Images