TWM514172U - A displaying device for a remote electronic bracelet - Google Patents

Abstract

A displaying device for a remote electronic bracelet is provided in the present disclosure. The electronic bracelet may upload personal or a plurality of users' health to a cloud server and a data storage apparatus of a specific displaying device. The displaying device may display data of a healthy user who is in a far end wears the electronic bracelet, and the data includes step analysis, effective sport and heart index system, Harvard Step Test analysis, sleep record, personal movement plan, and a setting. Besides, a goal can be set on the displaying device, and data of conversion rate, exercise rate, electronic bracelet setting can be observed. Then, the data may return to the cloud server. The disclosure not only provides a reference to health care workers and an authorized observer for understanding the user's health, but also achieves the effect of protecting personal information.

Description

Electronic wristband display device

This creation provides a "display device for electronic wristbands". Ute refers to the ability to immediately analyze, observe, and set targets to directly provide users with valid health data, and the device must be activated for use by the observer. Can be conservative, and has the characteristics of simple operation, fast and convenient.

With the advent of the era of aging and declining birth and the rise of preventive medicine, driving the industry into a new wave of medical electronic growth kinetic energy, smart wearable sports health detection mobile devices have gradually become a trend.

The commercially available health detection devices, mostly electronic wristbands, do have their own portability, but their functions are not enough. For example, for personal sports heat analysis, some emphasize their battery life, and some include The pedometer calculates calories, records your sleep quality, and some adds mileage, height, etc. to the display. Each manufacturer has its selling point to meet the needs of different consumers. It can be said to be a very common health wrist. With products.

At present, the electronic wristband has become a very mature commercial product, most of which are worn on their own, only for their own health analysis or indicator recommendations, there is no professional guidance, although some are marked with students Children's elderly safety special series watch mobile phone, can prevent loss, silent monitoring, GPS positioning, one Key dialing, two-way calling, remote pedometer, health monitoring can measure ECG, heart rate and other functions. However, these are only designed for the mutual communication of relatives, and there is still no effective monitoring of their physical health.

The main purpose of this creation is to provide designers who are simple in structure, easy to operate, and labor-saving "display devices for electronic wristbands".

The creation of the "electronic wristband display device" can set a majority of people as a group to upload health information to the cloud or a digital storage device of a display device with permission to provide remote access to the group of users. Medical reference or analysis and setting of health information.

The electronic wristband is similar to the general use content, such as a control button, a screen, an indicator light, a wristband, and the control button can set the time, the key code, the detection of the optical heartbeat sensing, and measure the heartbeat. , counting, calculating calories burned, analyzing sleep quality, cardiopulmonary index and other measures, and GPS positioning system, transmitter, can upload health data to the cloud or the display device with permission.

The so-called display device refers to a person who has a user who has designated a medical person, a relative, or a specific person who can observe the health of the person, and who knows the person who has set the key code to open the content.

The display device can observe the data display gait analysis (STEP), effective exercise and cardiac index system (SPORT), cardiopulmonary index physical fitness analysis (HST), sleep sleep record (SLEEP), and individual of the electronic wristband user at the distal end. Sports program (PLAN) Other systems and settings (SETTING) project, you can set health goals, observe daily achievement rate, exercise volume, and electronic wristband setting data according to actual needs, and then return to the cloud to provide remote medical staff reference and permission to observe Those who understand the health of the user can also achieve the effect of protecting the individual capital.

Among them, the step analysis (STEP) has a daily exercise volume display and a personal goal achievement rate. The achievement rate is divided by the percentage display, and the color depth is also used to indicate the achievement rate.

Among them, the effective exercise and heart index system (SPORT) can first input the value according to their own exercise intensity. After calculation, will the effective exercise rhythm be normal? And the assessment of mortality and survival rate for heart patients? The emoji expression is used to set the physiological value of the user.

Among them, the cardiopulmonary index physical analysis (Harvard Step Test, HST) can analyze the total pulse volume of the three stages after the test is completed, one minute to one minute and thirty seconds, two minutes to two minutes and thirty seconds and three points to The heart rhythm condition of the user is 3 minutes and 30 seconds, and the cardiopulmonary index is calculated by the norm of the cardiorespiratory index. The cardiopulmonary index is divided into several good to bad grades for reference.

Among them, the sleep record (SLEEP) can set the electronic wristband to sleep mode and awake mode, in order to record the sleep time and wake up time, in order to analyze the sleep quality.

Among them, the individual sports program (PLAN) provides two kinds of weights to be reduced, and the display device plans several kinds of difficult motion plans for the target, respectively, to achieve the goal, the number of calories to be consumed daily, The weight to be removed each week and the number of steps that should be achieved each day.

Among them, SETTING can set at least personal data or calendar, sports record table, etc., as well as view the electronic bracelet battery usage, heartbeat sensing and body sensing, speech settings, and so on.

In addition, the display device can view daily records or past records for comparison.

The display device refers to a smart phone, ipad, iphen, television, computer, medical facility or designer who uses the electronic wristband with display and computer functions.

100‧‧‧electronic bracelet

200‧‧‧ display device

300‧‧‧Cloud Service

201‧‧‧ Welcome Screen

202‧‧‧Set candidates

203‧‧‧Startup screen

10‧‧‧gait analysis (STEP)

20‧‧‧ Effective Movement and Heart Index System (SPORT)

30‧‧‧ Cardiopulmonary Index Physical Fitness Analysis (HST)

40‧‧‧Sleep Record (SLEEP)

50‧‧‧ Personal Sports Plan (PLEN)

60‧‧‧Settings (SETTING)

12‧‧‧ shows daily exercise

121‧‧‧Steps (steps)

122‧‧‧ exercise time (minutes)

123‧‧‧Sports distance (km)

124‧‧‧ Consumption of calories (calories)

125‧‧‧personal target display

126‧‧‧Achieve data analysis

13‧‧‧View

14‧‧‧History

21‧‧‧Enter

22‧‧‧ begins

23‧‧‧Measurement

24‧‧‧ display

241‧‧‧ Effective exercise rhythm (bpm)

242‧‧‧ Heartbeat recovery after exercise (bpm)

251, 252‧‧ symbols

26‧‧‧View

27‧‧‧History

32‧‧‧Measurement

33‧‧‧ Display

34‧‧‧Total Pulse Rate Index

341, 342, 343‧‧‧ total pulse rate (bpm)

35‧‧‧View

36‧‧‧ Cardiopulmonary index model

37‧‧‧History

41‧‧‧Switch sleep time

42‧‧‧Switching awake time

43‧‧‧ Sleep quality

431‧‧‧sleeping time

432‧‧‧ getting up time

433‧‧‧Number of turnovers

434‧‧‧ Deep sleep time

435‧‧‧Sleep time

44‧‧‧View

441‧‧‧ Sleep quality analysis

442‧‧‧The number of sleep turns

51‧‧‧Setting

52‧‧‧ analysis

53‧‧‧ Target achievement difficulty mode

531‧‧‧ Target Achievement Date

532‧‧‧The number of calories burned per day

533‧‧‧Weighed by weight per week

534‧‧‧ daily pace achievement

61‧‧‧ Personal settings

62‧‧‧Device settings

611‧‧‧Name

612‧‧‧Sex

613‧‧‧ height

614‧‧‧ Weight

615‧‧‧Steps

63‧‧‧Device settings

631‧‧‧Bracelet battery

632‧‧‧ heartbeat sensing

633‧‧‧ Body motion sensing

64‧‧‧Other settings

641‧‧‧ language choice

The first picture is a one-way traffic diagram of the creation of an electronic wristband and display device.

The second picture is a schematic diagram of the creation of an electronic wristband, display device and cloud storage.

The third figure is a diagram of a possible implementation of the display device and cloud storage in the electronic wristband group.

The fourth picture: is the flow chart of the implementation of this creation.

The electronic wristband 100 of the "electronic wristband display device" is basically provided with a control button, a screen, an indicator light, a wristband, a transmission device, etc., and the display device 200 can be referred to as a smart display having a display and a computer function. Mobile phones, ipads, iphens, televisions, computers, (medical) electronic instruments or special machines designed for this purpose.

As shown in the first figure, the use of the electronic wristband 100 and the display device 200 one-to-one, such as close range, near home or traveling, etc., is concerned with the health of the user by the family.

The second figure shows the need for remote transmission. In addition to the one-to-one transmission of the electronic wristband 100 and the display device 200, it can be transmitted to the cloud service 300, thereby providing a remote medical institution, a family physician, and a remote family member. Concerns, such as the way in which Taiwanese relatives want to know the health of their father, children or patients in the United States.

The third figure is a method in which the designed group uses the electronic wristband 100 to upload to the cloud service 300, and the right holder displays the device 200 the health status of the group, such as a group as a family member, or For a special collection of patients, people with common characteristics, groups of different ages, etc., in order to provide medical research, classification, calculation, induction of research basis, of course, for family objects that are of concern to family members; In order to protect the protection of personal information, you can set a key password to obtain the health message transmitted by the group.

Among them, the application of the electronic wristband 100 is already a very popular health passport installation on the market, which is not a design feature of the creation, so it will not be described in detail. He only uses the tool that has completed the creation to achieve remote observation (such as reference drawing). One).

As shown in the fourth figure, when the display device 200 enters the remote viewing selection, it enters a welcome screen 201 (refer to FIG. 2), indicating that the electronic wristband health system has been entered. At this time, the key password is required according to the use. The database of the cloud service 300 is started or directly enters the digital storage device of the electronic wristband 100, and the setting person 202 searches for the health situation of the person to be observed. Of course, if you are concerned about the convenience of your children and family, you can also use the key code directly, which is used directly in the one-to-one manner as shown in the first figure.

Please continue to refer to the fourth figure. When the candidate to be observed is selected, the display device screen enters the startup screen 203 (refer to FIG. 3). The startup screen 203 basically displays six operational observation modes: gait analysis (STEP). Effective Exercise and Heart Index System (SPORT), Cardiopulmonary Index Physical Fitness Analysis (HST), Sleep Sleep Record (SLEEP), Personal Exercise Plan (PLAN) and Settings (SETTING).

Among them, STEP gait analysis 10 system counts daily movement steps, time, distance and calories burned. The SPORT Effective Exercise and Heart Index System 20 monitors heartbeat recovery after exercise and assesses whether the user has heart disease. (Harvard Step Test, HST) Cardiopulmonary Index Physical Fitness Analysis 30: Analyze the number of heartbeats after different simulated exercise, to understand the user's cardiopulmonary function. SLEEP sleep record 40: The number of times the system counts the sleep time per day to understand the quality of the user's sleep. PLAN Personal Sports Plan 50: Designs the weight of the exercise program for different users (such as the average person, the elderly, the patient, the special body, etc.). SETTING setting 60: Provides user basic data settings and device device data.

The screen of the display device 100 is touch-type, so the relevant control details are expanded as long as the selected location is touched. When the STEP gait analysis 10 is selected, the screen will enter "STEP" by touching the "STEP" target. For example, referring to the possible embodiment of Figure 4, there is a "day movement amount" subtitle on the top of the screen, indicating that the screen will display the daily exercise amount of 12. The following is the daily exercise amount count, as the implementation of the screen display has four Species, which are step 121 (calculated in steps), exercise time 122 (based on minutes), exercise distance 123 (based on kilometers), and calories burned 124 (calculated as calories) according to), Next to the above calculated data, there is a personal target display 125 of the achievement rate. If you want to view the analysis result of 13 items, just click on the desired motion data frame or slide the screen to the left to enter it. The detailed analysis screen, such as the step number 121 sliding screen, enters the detailed screen. For example, referring to the embodiment of FIG. 5, the detailed design is to graphically present the results of the daily target achievement data analysis 126.

Among them, there is a solid triangle arrow to the left above the screen to indicate the sliding index to return to the previous industry, and the arrow at the top is the sliding index back to the startup screen 203. Therefore, to observe the SPORT effective motion and heart index system 20, it is necessary to slide the arrow back to the start screen 203, and then click on the target to be observed.

As shown in the fourth figure, after entering the SPORT effective motion and heart index system 20, as shown in FIG. 6, an effective heart rhythm calculation 241 is initiated to perform cardiac assessment, which is based on data of the user's exercise health of the electronic wristband 100. Analyze the motion intensity data according to the motion intensity below the screen. The value needs to be between 50% and 80%. After the input is completed, press the start 22 and the heart rate measurement will be completed within two minutes. The system automatically displays the heartbeat recovery condition (bmp) 242 after exercise, that is, the result of the heart rhythm calculation after exercise, as shown in Fig. 7, followed by the effective motion and cardiac assessment screen. As shown in Fig. 8, this screen has two indicators, one For effective exercise rhythm (bmp): whether the user's effective exercise rhythm is within the normal range; the second is the recovery of heartbeat after exercise (bmp): Is there any dirty disease in the exercise participants? And can be used to predict mortality and survival in heart disease patients. In this embodiment, the physiological values of the user are represented by the emojis 251 and 252, which are normal or abnormal, for the observer to distinguish and pay attention to. If you want to observe the user's calendar History record, just click the circular arrow indicator in the upper right corner of the screen to view the function of 26, the screen can expand the history 27 list, when you select any list, its details are displayed on the top of the screen for easy access, such as Refer to Figure IX.

To view the HST Cardiopulmonary Index Physical Fitness Analysis 30, this HST is the abbreviation for Harvard Step Test (HST is a step 20 feet high, allowing subjects to go up and down 30 times per minute, exercise for 5 minutes or to continue Up and down, and record the three pulse counts from 1 minute to 1 minute 30 seconds, 2 minutes to 2 minutes 30 seconds, and 3 minutes to 3 minutes 30 seconds after the step-up exercise, in order to evaluate the human body for heavy body work. Since then, a considerable number of sports physiology researchers have explored the validity of the assessment test so that the mission test can more accurately measure the analysis of effective cardiorespiratory index. Press the start button 31. If you refer to Figure 10, the system will automatically count down to three minutes to measure the user's heart rhythm. When the heart rate measurement is completed, the heart and lung index physical fitness analysis will be displayed. The measured total pulse index will be displayed. 34, there are three results, the first is the total pulse number 341 from 01 minutes to 01 minutes 30 seconds after the end of the test, the second is the total pulse number 342 from 02 minutes to 02 minutes 30 seconds after the end of the test, and the first 03 minutes to 03 after the end of the three tests 30 seconds of total pulse count 343, medical personnel use these three values to analyze the functional indicators of cardiorespiratory endurance, as shown in Figure 11, according to the measured pulse rate, the three-minute rating of the cardiorespiratory endurance index Calculate the cardiopulmonary index, divided into five kinds, such as good, good, ordinary, slightly worse and bad heart and lung index mode 36, and with various face symbols with different face symbols, with light warning and fun effect, such as Refer to Figure 12.

If you want to observe the history of the user, just click the circular arrow indicator in the upper right corner of the screen to view the function of 35, the screen can expand the history of 37 columns. Table, when you select a list, its details are displayed on the top of the screen for easy access.

After viewing the SLEEP sleep record 40 function, the screen will prompt to switch the sleep time 41 or switch the awake time 42. If you choose to switch the sleep time 41, the system will display the sleep information of the test subject (using the electronic wristband). As shown in Figure 13, there is a percentage value of sleep quality 43 on the screen. The calculation data of this sleep quality 43 is based on the number of columns recorded in the table below, including the sleep time 431, the wake-up time 432, the number of turns 433, and the depth. Sleeping time 434, shallow sleep time 435 and other data, this is based on a certain formula to calculate the sleep quality for the observer to understand.

To view the 44 further analysis, slide the upper right triangle arrow to the next page. For example, refer to Figure 14. You can get a graph of sleep quality analysis 441 and sleep turning times 442 to understand the user's best sleep. The time period and the most frequent time of turning over.

In addition to the above, there is still a setting for the PLAN Personal Sports Plan 50. When entering the personal sports plan (referring to the user), the screen asks for the setting to be reduced. 51, as shown in Figure 15, the system will be the user. The weight value is subtracted from the number of kilograms to be weight-reduced, and analyzed based on the above user health data. 52 There are three difficulty model 53 for providing the data you set and the recommended data to achieve the goal. Difficulty is simple, moderate, and difficult. For example, refer to Figure 16. The proposed data content of the target is 531, the number of calories per day is 532, the weight is 533 per week, and the daily pace is reached. Number 534.

When you choose to enter SETTING setting 61, there are two settings, one for personal settings 61 and one for device settings 62. Please refer to Figure 17, and the personal settings 61 include There are name 611, gender 612, height 613, weight 614, step size 615, then you can enter the device setting 62 screen by the instruction of “Go to device setting” at the bottom of the screen. As shown in Figure 18, there are many options for this screen. For example, the user (observer)'s wristband battery 631, heartbeat sensing 632, body motion sensing 633, etc., as well as other options 64 and language selection 641 are viewed.

The functions of the above display device 200 can be downloaded from the APP, provided by the company, or installed in the host. This is a feasible way to look at the application of the manufacturer.

In summary, the creation of the "electronic wristband display device" has the ability to immediately analyze, observe, set targets and remotely observe, must be used by the right observer, in addition to conservative resources, it is simple and fast to operate. Convenient features. It has already possessed practical value and economic benefits, and filed a patent application in accordance with the law.

100‧‧‧electronic bracelet

200‧‧‧ display device

300‧‧‧Cloud Service

201‧‧‧ Welcome screen

202‧‧‧Set candidates

203‧‧‧Startup screen

10‧‧‧gait analysis (STEP)

20‧‧‧ Effective Movement and Heart Index System (SPORT)

30‧‧‧ Cardiopulmonary Index Physical Fitness Analysis (HST)

40‧‧‧Sleep Record (SLEEP)

50‧‧‧ Personal Sports Plan (PLEN)

60‧‧‧Settings (SETTING)

12‧‧‧ shows daily exercise

121‧‧‧Steps (steps)

122‧‧‧ exercise time (minutes)

123‧‧‧Sports distance (km)

124‧‧‧ Consumption of calories (calories)

125‧‧‧personal target display

126‧‧‧Achieve data analysis

13‧‧‧View

14‧‧‧History

21‧‧‧Enter

22‧‧‧ begins

23‧‧‧Measurement

24‧‧‧ display

241‧‧‧ Effective exercise rhythm (bpm)

242‧‧‧ Heartbeat recovery after exercise (bpm)

251, 252‧‧ symbols

26‧‧‧View

27‧‧‧History

32‧‧‧Measurement

33‧‧‧ Display

34‧‧‧Total Pulse Rate Index

341, 342, 343‧‧‧ total pulse rate (bpm)

35‧‧‧View

36‧‧‧ Cardiopulmonary index model

37‧‧‧History

41‧‧‧Switch sleep time

42‧‧‧Switching awake time

43‧‧‧ Sleep quality

431‧‧‧sleeping time

432‧‧‧ getting up time

433‧‧‧Number of turnovers

434‧‧‧ Deep sleep time

435‧‧‧Sleep time

44‧‧‧View

441‧‧‧ Sleep quality analysis

442‧‧‧The number of sleep turns

51‧‧‧Setting

52‧‧‧ analysis

53‧‧‧ Target achievement difficulty mode

531‧‧‧ Target Achievement Date

532‧‧‧The number of calories burned per day

533‧‧‧Weighed by weight per week

534‧‧‧ daily pace achievement

61‧‧‧ Personal settings

62‧‧‧Device settings

611‧‧‧Name

612‧‧‧Sex

613‧‧‧ height

614‧‧‧ Weight

615‧‧‧Steps

63‧‧‧Device settings

631‧‧‧Bracelet battery

632‧‧‧ heartbeat sensing

633‧‧‧ Body motion sensing

64‧‧‧Other settings

641‧‧‧ language choice

Claims (19)

A display device for an electronic wristband is basically composed of an electronic wristband and a display device capable of displaying an electronic wristband, and the display device can observe the data display gait analysis of the health wristband user at the distal end (STEP) ), effective exercise and heart index system (SPORT), cardiopulmonary index physical fitness analysis (HST), sleep sleep record (SLEEP), personal exercise program (PLAN) and settings (SETTING), you can set goals, observe daily completion rate Data such as the amount of exercise and the setting of the electronic wristband. The "electronic wristband display device" as described in claim 1, wherein the electronic wristband can upload the measured data to a data storage device of the cloud service and the display device, and the display device is also provided by the cloud. The service reads relevant information. For example, the "display device for an electronic wristband" described in the second paragraph of the patent application, wherein the electronic wristband, the display device, and the cloud service can be provided with a key code to be activated. The "display device of an electronic wristband" as described in claim 1, wherein the display device refers to a smart phone, ipad, iphen, television, computer, (medical) electronic device having a display and a computer function or A dedicated machine designed for this purpose. The "display device for an electronic wristband" as described in claim 1, wherein when the display device enters the remote viewing selection, it is necessary to set a health condition of the person to be observed by the candidate search. The "display device for an electronic wristband" as described in claim 1, wherein when the display device selects the gait analysis of the STEP, the amount of daily exercise is displayed above the screen, and the number of steps, the exercise time, and the exercise distance are basically And data such as calories burned. The "display device for an electronic wristband" as described in claim 6 of the patent application, In this gait, the data of the individual target achievement rate of the observed person can be analyzed. The "display device of an electronic wristband" as described in claim 1, wherein the display device is activated in the SPORT effective heart and heart index system, and an effective heart rhythm calculation is started to perform cardiac evaluation when inputting exercise intensity, and The heartbeat recovery after exercise will be automatically displayed by the system. For example, in the "display device for electronic wristbands" mentioned in the eighth paragraph of the patent application, in the effective exercise and cardiac index system, effective exercise and cardiac assessment basically have one for effective exercise rhythm and two for exercise after heartbeat. Assessment of recovery. For example, in the "display device for electronic wristbands" as described in item 8 of the patent application, in the effective exercise and heart index system, the result of the evaluation is divided by the number table, and the emoji can be used. Indicates the physiological value status of the user. The "display device for an electronic wristband" as described in claim 8 of the patent application, wherein the effective exercise and cardiac index system further includes a detailed analysis chart. For example, the "display device for an electronic wristband" according to the first aspect of the patent application, wherein when the display device enters the HST cardiopulmonary index physical energy analysis, the system automatically measures the user's heart rhythm and displays the results of the cardiopulmonary index physical fitness analysis. For example, the "display device for electronic wristbands" mentioned in the first paragraph of the patent application, wherein the total pulse index of the physical fitness analysis of the HST cardiopulmonary index has three kinds of data, one is 01 minutes to 01 minutes and 30 seconds after the end of the test. The total pulse, the second is the total pulse of 02 minutes to 02 minutes and 30 seconds after the end of the test, and the total pulse of 03 minutes to 03 minutes and 30 seconds after the end of the test. For example, the "display device for electronic wristbands" mentioned in the 12th article of the patent application, wherein the HST cardiopulmonary index is capable of physical analysis, and provides a percentage of the cardiopulmonary endurance index. level. For example, in the "display device of the electronic wristband" described in the first paragraph of the patent application, when the display device enters the SLEEP sleep recording function, it will prompt to switch the sleep time or switch the awake time; when the sleep time is switched, the system will display the use. Analysis of sleep quality. For example, the "display device of an electronic wristband" as described in claim 14 of the patent application, wherein the sleep quality analysis further includes the best sleep period and the most frequent time period information. For example, the "display device for an electronic wristband" as described in the first paragraph of the patent application, wherein when the display device enters the setting of the PLAN personal motion plan, the system requires input of the setting for weight reduction and analysis, and provides difficulty in achieving Degree, and suggested data to achieve the goal. For example, the "display device for electronic wristbands" as described in claim 16 of the patent application, wherein the recommended data content of the target of the PLAN personal sports plan basically has a target achievement date, a daily consumption of calories, and a weekly subtraction. Items such as weight and daily pace. For example, the "display device for an electronic wristband" as described in the first paragraph of the patent application, wherein when the SETTING setting of the display device is set, there are basically a capital setting and a device setting; the personal capital setting basically includes a name, a gender, a height, and a weight. , step size, device settings basically have bracelet battery, heartbeat sensing, body motion sensing, etc., other settings and language selection options.