TWM495548U - Electronic watch with pedometer function - Google Patents

Description

Electronic watch with pedometer function

This creation provides an electronic watch with a pedometer function, especially a function that has the function of time display of a general electronic watch and has a pedometer. The electronic watch with the pedometer function of the present invention works in the time display mode during normal use, and has a time voice broadcast button to broadcast the time displayed on the day to benefit the elders and blind cells. This creation is used in parallel with the time display function when the function of the pedometer is used. The pedometer uses the three-axis acceleration sensing element to detect the signal of the human walking activity and then converts it into a walking step after being processed by the microprocessor. Number, walking distance and other data. The creation can be broadcast by the pedometer voice broadcast button to report the number of steps and walking distances that have been traveled on the day; or by the button setting, the data of the number of steps, walking distance and the like that have been traveled on the day are broadcasted in a timed manner, and the Bluetooth is used. Transmission and USB transmission transmit data such as the total number of daily walking steps and walking distance within 14 days to the smart phone or computer system for subsequent analysis and recommendations of human health promotion management.

Day-to-day walking is a recognized sporting behavior that promotes good health. In order to see whether it has achieved the goal of a daily step, there are different types of pedometer products on the market. These products are independent individual tools. Most of the time is attached to the belt of the user's waist. When users want to check the information about the walking steps of the day, they should look down on the pedometer on the waist belt, even if the user is changing clothes or It is also possible to forget to attach the pedometer to the belt, and attaching the pedometer to the waist may also cause the pedometer to fall off.

The new representative patents for pedometers, such as the Republic of China New Patent Announcement No. M474133, "Sports and Jogging Shoes", and the Republic of China New Patent Announcement No. M479629, "Super-warm-step sports jogging shoes", etc. Place the pedometer on the shoe. It is understood that such user users must perform bending, bowing or lifting their feet or kneeling down when performing functions such as pedometer start, zeroing, closing, or viewing the pedometer. It is very inconvenient for the average user and is a burden for the elderly.

Therefore, another researcher has created the Republic of China New Patent Bulletin No. M447694, "Touching Controlled Walking Shoes", which uses a pressure sensing unit on the inside of the stepping shoe and then touches the other with the shoe body. The normal shoe body of the foot to complete the action of starting, zeroing, closing, etc. of the pedometer. However, the user of the accompaniment should still perform the method of looking down or lifting the foot when viewing the data displayed by the pedometer. Moreover, most of the above-mentioned conventional structures are used to mount the pedometer and related components on the shoes by means of integral molding. If the shoes are worn or damaged, they are re-purchased, which is very uneconomical.

Therefore, the new creators have designed and developed the electronic watch that is worn on the wrist and the convenience of the adjustment and viewing time of the average person in daily life, in view of the problems and lack of the pedometer in actual use. An electronic watch with a pedometer function. The electronic watch with the pedometer function of the present invention works in the time display mode during normal use, and has a time voice broadcast button to broadcast the time displayed on the day to benefit the elders and blind cells. This creation is used in parallel with the time display function when it is used in the function of the pedometer. When used in the function of the pedometer, the pedometer voice broadcast button can be used to broadcast data such as the number of steps and walking distances that have been traveled on the day; or By setting the button, the data such as the number of steps and walking distance of the day have been broadcasted in a timely manner as a reminder and encouragement for the user's walking movement. In addition, each of the fourteen days can be transmitted through Bluetooth transmission and USB transmission. The total number of steps and walking distances that have been traveled to the day are transmitted to the smart phone or computer system for subsequent analysis and recommendations for human health promotion management.

The present invention is an electronic watch with a pedometer function, which has a microprocessor connected to a step by which a user can press a button to generate an output control signal to the microprocessor for voice broadcast, the number of steps, walking, and walking. Distance and other data, and can set the time to broadcast the number of steps, walking distance and other data on the day and the pedometer function operation interface.

Further, the microprocessor is connected with a time display circuit for performing a time function of displaying the electronic watch to display the time display of the electronic watch.

Further, the microprocessor is respectively connected with a three-axis acceleration sensor capable of generating a sensing signal for human walking activity to be transmitted to the microprocessor for detecting the number of walking steps, and a walking step that can be detected by the microprocessor and The number of walking steps is converted into a memory such as a walking distance. A pedometer display circuit for performing display pedometer related data is then coupled to the microprocessor.

Further, the microprocessor is connected with a sound output circuit that can be pressed by the user at the time and the pedometer function operation interface to output the sound.

Further, the microprocessor is connected with a button press setting that can be pressed by the user in time and the pedometer function operation interface to transmit data such as the total number of walking steps and walking distance stored in the memory within fourteen days to the wisdom. One of the mobile phone or computer systems Bluetooth transmission interface.

Further, the microprocessor is connected with a button press setting that can be pressed by the user in time and the pedometer function operation interface to store the total daily walking time in the memory within fourteen days. Data such as the number of steps and walking distance are transmitted to the USB transmission interface of one of the smart phones or computer systems.

Further, the power supply circuit provides the power supply required for the creation.

11‧‧‧Microprocessor

12‧‧‧Time and pedometer function operation interface

121‧‧‧Multiple buttons

1211‧‧‧ hour adjustment button

1212‧‧‧Date adjustment button

1213‧‧‧Alarm adjustment button

1214‧‧‧Time Voice Broadcast Button

1215‧‧‧Pedometer function button

1216‧‧‧Pedometer voice broadcast button

1217‧‧‧Pedometer voice automatic broadcast time setting button

1218‧‧‧Signal transmission setting button

13‧‧‧Time display circuit

131‧‧‧ time display LCD screen

14‧‧‧Three-axis acceleration sensor

15‧‧‧ memory

16‧‧‧ pedometer display circuit

161‧‧‧ pedometer display LCD screen

17‧‧‧Sound output circuit

171‧‧‧Voice sounding device

18‧‧‧Bluetooth transmission interface

19‧‧‧USB transmission interface

191‧‧‧USB connection terminal

20‧‧‧Power circuit

The first picture is a schematic diagram of the basic hardware block of the creation.

The second picture is a schematic diagram of the display and operation of the present creation.

For the creation, please refer to the first and second figures, which are the basic hardware block diagram and the display and operation screen of the creation. Referring to the first figure, the creation includes a microprocessor 11 connected to a user for pressing the plurality of buttons 121 to generate a control signal to the microprocessor 11 for setting the function data and the pedometer function. Operating interface 12. A time display circuit 13 for performing an electronic watch time function is connected to the microprocessor to display the time display of the electronic watch. The microprocessor 11 is respectively connected with a triaxial acceleration sensor 14 that can generate a sensing signal for human walking activity to be transmitted to the microprocessor 11 to detect the number of walking steps, and a walking step that can be detected by the microprocessor 11. The number and the memory 15 for converting the number of walking steps into data storage such as the walking distance. Further, a pedometer display circuit 16 that executes data related to the display of the pedometer is connected to the microprocessor 11. Further, the microprocessor 11 is connected with a plurality of buttons 121 that can be pressed by the user at the time and the pedometer function operation interface 12 to voice the data of the time of day, the number of steps that have been traveled on the day, the walking distance, and the like; or pressed by the plurality of buttons 121 The sound output circuit 17 that outputs data such as the number of steps and the walking distance that have been traveled on the day is set and timed. Further, the microprocessor 11 is connected with a plurality of buttons 121 that can be pressed by the user at the time and the pedometer function operation interface 12 to set the daily total number of walking steps and walking distances stored in the memory 15 for 14 days. to The Bluetooth transmission interface 18 and USB transmission interface 19 of the smart phone or computer system.

The power circuit 20 is capable of providing a power source for the present invention, which may be a lithium battery or other power source that can supply electrical energy.

Please refer to the first and second pictures at the same time. The creation is carried on the wrist and is used as the time display function of the electronic watch. The microprocessor 11 will display the time data through the time display circuit 13 by executing the time function of the electronic watch. The liquid crystal screen 131 is displayed on time. The user can press the time adjustment button 1211, the date adjustment button 1212, and the alarm adjustment button 1213 of the plurality of buttons 121 of the pedometer function operation interface 12 to perform time division, time adjustment of the date, and setting of the alarm. When the user needs to broadcast the time of the day, the time and the time voice broadcast button 1214 of the plurality of buttons 121 of the pedometer function operation interface 12 can be pressed to generate a control signal to the microprocessor 11, and then the microprocessor 11 The time at which the voice is generated by the sound sounding device 171 via the sound output circuit 17 is the time of day.

When the user wants to perform the function of the pedometer, the user can press the pedometer function button 1215 of the plurality of buttons 121 of the time and pedometer function operation interface 12 to complete the pedometer start, zero return and cycle switching. Close the settings. When the user walks, the three-axis acceleration sensor 14 can sense the change signal of the human walking activity and transmit it to the microprocessor 11 to detect the human walk through the processing of the microprocessor 11. The number of steps is further converted into data such as the walking distance and stored in the memory 15, and the pedometer display liquid crystal screen 161 of the pedometer display circuit 16 displays the data screen. When the function of the pedometer is turned on, the creation system displays the time function and the pedometer function in parallel.

Further, the user can press the time and the pedometer voice broadcast button 1216 of the plurality of buttons 121 of the pedometer function operation interface 12 to generate a control signal to the microprocessor 11, and then After the processing by the microprocessor 11, the voice is generated via the voice output circuit 17, and the voice sounding device 171 broadcasts data such as the number of steps and the distance traveled on the day.

Further, the user can press the pedometer function button 1215 of the plurality of buttons 121 of the pedometer function operation interface 12 and the pedometer voice automatic broadcast time setting button 1217 to perform the function of setting the pedometer automatic voice broadcast periodically. To generate a control signal to the microprocessor 11, and then the microprocessor 11 generates a voice via the sound output circuit 17 according to the set time, and the sound sounding device 171 broadcasts the number of steps, walking distance, and the like that have been traveled on the day, as a pair. User's motion reminder and encouragement.

Further, when the user wants to transmit the data such as the total number of daily walking steps and walking distance within 14 days to the smart phone or the computer system, the user can press the multiple buttons of the time and the pedometer function operation interface 12 The pedometer function button 1215 and the signal transmission setting button 1218 of 121 perform cyclic switching and setting to generate a control signal to the microprocessor 11, and the microprocessor 11 stores the daily walk in the memory 15 for 14 days. The total number of steps, walking distance and other data are transmitted to the smart phone or computer system via the Bluetooth transmission interface 18 as a follow-up analysis and suggestion for human health promotion management.

Further, when the user wants to transmit the data such as the total number of daily walking steps and walking distance within 14 days to the smart phone or the computer system by using USB, the plurality of buttons 121 of the time and pedometer function operation interface 12 can be pressed. The pedometer function button 1215 and the signal transmission setting button 1218 perform cyclic switching and setting to generate a control signal to the microprocessor 11, and the microprocessor 11 stores the daily walking total in the memory 15 for 14 days. The data such as the number of steps and the walking distance are transmitted to the smart phone or computer system via the USB transmission interface 19 and the USB connection terminal 191 for subsequent analysis and suggestion of human health promotion management.

After a detailed description of the preferred embodiments of the present invention, it will be apparent to those skilled in the art that various changes and modifications can be made without departing from the scope and spirit of Embodiments of the illustrated embodiments.

11‧‧‧Microprocessor

12‧‧‧Time and pedometer function operation interface

121‧‧‧Multiple buttons

13‧‧‧Time display circuit

14‧‧‧Three-axis acceleration sensor

15‧‧‧ memory

16‧‧‧ pedometer display circuit

17‧‧‧Sound output circuit

18‧‧‧Bluetooth transmission interface

19‧‧‧USB transmission interface

20‧‧‧Power circuit

Claims (9)

An electronic watch with a pedometer function, comprising: a microprocessor, a time display circuit, a time and pedometer function operation interface, a triaxial acceleration sensor, a memory, a pedometer The display circuit, a sound output circuit, a Bluetooth transmission interface, and a USB transmission interface, wherein the microprocessor is connected with a time display circuit for performing the time function of displaying the electronic watch to display the time display of the electronic watch, and is controlled by the microprocessor The connection is convenient for the user to use the push button to generate a control signal to the microprocessor for setting the function data of the electronic watch and the pedometer, and the pedometer function operation interface, and the microprocessor is respectively connected to generate a sense of walking activity of the human body The measurement signal is transmitted to the microprocessor to detect the number of walking steps of the three-axis acceleration sensor, and the number of walking steps detected by the microprocessor and the memory of the data storage such as the walking distance converted into the walking distance, A pedometer display circuit display for executing data related to the display pedometer is connected to the microprocessor. An electronic watch having a pedometer function according to claim 1, wherein the time and pedometer function operation interface is a plurality of buttons having a function for the user to press and switch the set time function and the pedometer function data. . An electronic watch having a pedometer function according to claim 1, wherein the time and pedometer function operation interface has a time voice broadcast button, and when pressed, a sound output function for broadcasting the time of day is generated. An electronic watch with a pedometer function according to claim 1, wherein the time and pedometer function operation interface has a pedometer voice broadcast button, and when pressed, a number of steps that have been walked on the day of the voice broadcast, walking The sound output function of the distance data. An electronic watch with a pedometer function according to claim 1, wherein the time and pedometer function operation interface has a data that can be pressed by the user, and the time is stepped by voice to report the number of steps and walking distances that have been traveled on the day. The button for sound output. An electronic watch having a pedometer function as claimed in claim 1, wherein the microprocessor is connected to a sound output circuit having an output for generating a voice announcement sound. An electronic watch having a pedometer function according to claim 1, wherein the microprocessor is connected with a button setting that can be pressed by the user in the time and the pedometer function operation interface to be stored in the memory for 14 days daily. The total number of walking steps, walking distance and other data are transmitted to the Bluetooth transmission interface of the smart phone or computer system. An electronic watch having a pedometer function according to claim 1, wherein the microprocessor is connected with a button setting that can be pressed by the user in the time and the pedometer function operation interface to be stored in the memory for 14 days daily. The total number of walking steps, walking distance and other data are transmitted to the USB transmission interface of the smart phone or computer system. An electronic watch having a pedometer function according to claim 1, further comprising a power supply circuit which is a lithium battery or other power source capable of supplying electric power, which provides a pedometer function as claimed in claim 1 The power required for an electronic watch.