TWI267649B - Measuring apparatus for GPS heart pacing - Google Patents

Abstract

The invention is a measuring apparatus for GPS heart pacing. It can be received the GPS signals through the signal receiver for achieving the moving distance. The measuring apparatus for GPS heart pacing (manual/semiautomatic) can control the heart pacing measurement unit (start/close) to measure the heart pacing counts under sport. The heart-pacing numbers can transited into signal receiver. The flash memory is linked the signal receiver to calculate the heart pacing numbers/average minute and times and moving distance for maximum consuming oxygen.

Description

1267649 V. INSTRUCTION DESCRIPTION OF THE INVENTION (1) Field of the Invention The present invention relates to a GPS heartbeat measuring device, and more particularly to a heartbeat measuring device for measuring a maximum oxygen consumption. [Prior Art]

Cardiopulmonary-function is the most important factor in healthy physical fitness and the result of a combination of various physiological functions. In fact, cardiopulmonary function declines with age. Being able to engage in long-term physical activity without feeling tired is the purpose of exercise or training for most people. This ability is called aerobic capacity, and the oxygen consumption per unit weight and unit time (V02ml·kg-1· min-1). As a representative, however, the maximum value (maximum oxygen consumption, VO2max) is usually used as an indicator of cardiopulmonary function in research and comparison. The maximum oxygen consumption can be obtained through in-situ treadmills or in-situ bicycles to obtain accurate information. However, for middle-aged and elderly people, the way of exhaustive exercise is not only dangerous but also not needed, especially those with cardiovascular disease. It cannot be implemented categorically. Conventional technology, which is a device for measuring the number of heartbeats, must be exercised or trained at a marked distance, and then calculate the maximum oxygen consumption, but this method is limited to the site, such as a playground marked with a distance line, etc. It is not convenient for the user to know that the distance is far and near.

To this end, the present invention proposes a heartbeat device for measuring the distance between two places by means of a signal transmitted by the GPS without being restricted by the field. Resolving conventional techniques Limited by the limitations of the venue, it is also possible to know the maximum oxygen consumption, which is more practical and convenient. [Summary of the Invention]

Page 5 1267649 V. INSTRUCTIONS (2) The main object of the present invention is to provide a GPS heartbeat measuring device which is not limited to the site, and can also know the maximum oxygen consumption, which is more practical and convenient. . For the above purposes, the GPS heartbeat measuring device of the present invention receives the signal from the GPS by the signal receiver to know the moving distance of the user, thereby solving the problem that the prior art must be limited to the fixed site to measure the maximum. Oxygen consumption. The purpose, technical contents, features, and effects achieved by the present invention will become more apparent from the detailed description of the embodiments and the accompanying drawings. Embodiments The first figure is a block diagram of an implementation of the present invention. Please refer to the first figure. The GPS heartbeat measuring device 5 has a signal receiver 10 for receiving the GPS signal. The distance between the two places is known. The GPS can mark two different positions and transmit the distance between the two positions to the signal receiver 1 0. Signal Receiver 1 0 - Connect Controller 1 2. Flash Memory 1 4 and Display 1 6. When the (manual/semi-automatic) controller 12 receives the command start action, the GPS heartbeat measuring device 5 will measure the user. The maximum oxygen consumption, for example, if the user wants to measure a distance of 1 inch, when the user presses (manually) the controller 1 2 commands the GPS heart rate measuring device 5 to measure the maximum oxygen consumption, until When the signal receiver 10 receives the signal that the user has moved 1 inch, the controller 12 will start the heartbeat measurer 18 to measure the heartbeat number, and the signal receiver 10 will calculate the heartbeat number (if the measurement is performed after the exercise) The number of heartbeats in 1 5 seconds is multiplied by 4 to get the average number of heartbeats after exercise, and the statistics are used.

1267649 V. INSTRUCTIONS (3) How much time is spent after passing this one-mile distance. The signal receiver 10 processes the above data with the help of the flash memory 14 and transmits the information back to the signal receiver 10. Then, the signal receiver 10 can know the maximum oxygen consumption of the user according to the basic data registered by the previous user, such as age, gender, etc., and the average one-minute heartbeat, time, distance, and speed obtained after the exercise. And the obtained information is displayed on a display device 16. The second figure is another block diagram of the present invention. Please refer to the second figure. The GPS heartbeat measuring device 20 has a signal receiver 22 for receiving the GPS signal. The distance between the two places is known. The GPS can mark two non-meat positions and transmit the distance between the two positions for signal receiving. The device 2 2 is then transmitted by the signal receiver 22 to the central microprocessor 24. The central microprocessor 24 is connected to the controller 26, the flash memory 28, and the display device 30. When the (manual/semi-automatic) controller 26 receives the command start function, the GPS heartbeat measuring device 20 measures the user's Maximum oxygen consumption. For example, if the user wants to measure a distance of 1 inch, when the user presses the manual controller 26 to start measuring the maximum oxygen consumption, until the signal received by the signal receiver 22 from the GPS is known to the user. When moving 1 inch, the controller 26 will start the heartbeat measurer 3 2 to measure the number of heartbeats, and the central microprocessor 24 will also calculate the number of heartbeats, and count the user's distance after passing the 1 inch. How much time is spent on food. The central microprocessor 24 processes the above data with the help of the flash memory 28 and continues to transmit information to the central microprocessor 24. Then, the central micro-processor 24 can be based on the basic information registered by the previous user, such as age, gender, etc., and the average one minute heart after the exercise.

1267649 V. DESCRIPTION OF THE INVENTION (4) The number of hops, time, distance, and speed are known to the user and the obtained information is displayed on the display device 30. The large air consumption is different in the above two embodiments in calculating the maximum oxygen consumption according to the mode of the user and the user. For example, in the second type of the present invention, the moving mode is the walking mode, and the calculation method based on the second embodiment - the large gas consumption calculation formula: , 0 7 6 9 W). V〇2max ( ml · kg ]· min'i) = ΐ32· 8 5 3- (〇

(0·3 8 7 7χ A)+ (6·315χ g)- (3.2649x TK where, W: weight, in units of broken, can be converted in kilograms) H). A is the age of the age. G system gender index, 傍's list is ο. The time for the τ system to complete 1 mile walk, in minutes for a single horse 1; the number of women below two points, such as 15 minutes and 25 seconds for 15 + ( 25 / 3 ^ calculated to small 1 5 · 4 2. The number of heartbeats is one minute after the average. ~ In order to explain the calculation of the present invention more clearly, for example, in another embodiment, the GPS heartbeat measurement system 20 can be set up in the present invention and configured in the user. The hand, if the user is only one ABS with a weight of 1 24 pounds, passes i miles on foot, costs L two children, seconds, measured the average heart rate after exercise is 7 2 times per minute , ^ n Oxygen consumption V02max ( ml · kg-1· will be: 132· 8 5 3_ (0·0 7 6 9χ 124>—(0·3877χ 15)+ (6·315χ 1)- (3·2649χ 15. 42) — (〇· 156 5x 72) = 61.742 ( ml· k^-1· min1). The above is only the preferred embodiment of the present invention and is not intended to limit the practice of the present invention. The scope, structure, characteristics and spirit of the scope of the application of the invention are equally varied or modified.

1267649 V. DESCRIPTION OF THE INVENTION (5) It is intended to be included in the scope of the patent application of the present invention. ΗΙ·Ι 1267649 Brief description of the drawings [Simplified description of the drawings] The first figure is a block diagram of the implementation of the present invention. The second figure is another embodiment of the present invention. [Key element symbol description] 5 GPS heart rate measuring device 1 0 signal receiver 1 2 controller 1 4 flash memory 1.6 display device 1 8 heart rate measuring device 2 0 GPS Heartbeat measuring device 2 2 signal receiver 2 4 heart rate measuring device 2 6 controller 2 8 central microprocessor 3 0 flash memory 3 2 display device

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Claims (1)

1267649 Case No. 93140473 修正 Amendment 6. Patent application scope (4 2 3 4 A GPS heartbeat measurement device, which includes the following: a signal receiver that receives signals transmitted from a GPS; a heartbeat measurer that measures heartbeats And a controller for controlling activation and deactivation of the heartbeat measurer, receiving data from the heartbeat measurer to know the number of heartbeats; when the controller is activated, the GPS heartbeat measurement device will start receiving GPS The signal is transmitted to know the moving distance. When the moving distance is required, the signal receiver sends a command to the controller to measure the number of heartbeats, and the controller transmits the obtained heartbeat number to the signal receiver. The flash memory is connected to the signal receiver and processes the data, and after completion, the last data is transmitted back to the signal receiver, and finally the signal receiver displays the obtained final data on a display device. The GPS heartbeat measuring device according to Item 1, wherein the GPS heartbeat measuring device is a portable device. The GPS heartbeat measuring device of the first aspect, wherein the controller is a manual/semi-automatic controller. The GPS heartbeat measuring device according to claim 1, wherein the signal receiver receives the GPS signal. The GPS heartbeat measuring device according to claim 1, further comprising a central microprocessor connected to the controller and the signal receiver, when the controller is activated, the The GPS heartbeat measuring device will start to receive the signal transmitted by the GPS to know the moving distance. When the moving distance is required, the central microprocessor sends a measuring heart to the controller. 1267649 Case number 93140473 fi" June ^^ Amendment 6. The command to apply for the number of hops in the patent range, the controller transmits the obtained heartbeat number to the central microprocessor, the flash memory and the central microprocessor The data is connected and processed, and the final data is transmitted back to the central microprocessor, and finally the central microprocessor displays the final data on the display device. 6. The GPS heartbeat measuring device of claim 5, wherein the central microprocessor can calculate the maximum oxygen consumption. Page