TWM479408U - Pedometer capable of measuring activity intensity - Google Patents

Description

Pedometer capable of measuring activity intensity

The creation system provides a pedometer capable of measuring the intensity of the activity, in particular, the physical activity acceleration sensor of the pedometer can be used to sense the shock variation of the human body below 10G, and the microprocessor accurately detects the amount of physical activity. The data and the number of steps are applied to the physical activity with a greater amount of activity, thereby assisting the user in adjusting the exercise state to achieve the fitness goal.

According to the current jogging style, regardless of gender, ethnicity, ethnicity and all ages, you can improve or maintain your heart and lung ability and muscle endurance through normal regular jogging, while promoting metabolic rate, improving immunity, and helping. Eliminate psychological stress, improve the quality of life and other benefits, so that individuals have the best physical and mental state.

However, whether it is general jogging activities (such as color road running, too white powder road running, etc.), short k-number road running, half horse, full horse, even challenging mountain trail running, super marathon, etc. In sports competitions, many athletes wear pedometers to calculate the number of steps, single (total) travel distance, time, speed (such as low speed, flat speed, maximum speed), calories burned, schedule activity records, etc. The function allows the athlete to make a set of road running training according to the pedometer, supplemented by adjusting the body's exercise state and fitness goals.

The traditional pedometer is mainly composed of a vibration sensor and an electronic counter. The vibration sensor uses a counterweight that can swing freely, and the center of gravity moves up and down when the human body walks. It will change, and the balance can be broken after the counterweight is subjected to inertia, so that the mechanical switch, photoelectric switch or Hall element can be energized/disconnected, and the electronic counter can calculate, record and display the number of steps to complete the main function. Other distances, time, speed, calories burned, etc. are all converted by electronic circuits. This kind of balance hammer is used as a vibration sensor. Although it has the advantages of low price and simple principle, the balance hammer is easy to produce under long-term use. The machine is fatigued, the overall service life is short, and the traditional pedometer needs vertical ground wear to detect the vibration of the human body and generate data records. In addition, each person's walking posture and stride are different, so in addition to the number of steps Other data errors than others are not accurate.

Furthermore, there are also companies in the market that have developed electronic vibration sensors. The pedometer uses an electronic vibration sensor to detect the acceleration (G value) generated when the human body walks or runs, and the data curve of the G value will have a shock change according to the walking posture and the running mode. You can use the peak value of the G value data curve (such as the highest point, the lowest point, etc.) to detect the number of steps that can be walked or run (up and down movement of the body) compared to the mechanical vibration sensing used by traditional pedometers. Since the electronic vibration sensor can detect the number of steps in any direction, the number of steps can be detected more accurately and the calories burned out, and the overall size of the electronic vibration sensor is small. More flexible, but the electronic vibration sensor can only detect oscillating changes with a small G value only for lower-intensity physical activity, if it is a human walking posture, stride or running mode (such as mountain running, up and down When the intensity of the activity is greater, the oscillation of the G value will be greater, causing the electronic vibration sensor to not accurately detect the number of steps and convert the calories burned. Therefore, how can More accurate detection steps and activity intensity identification for different people's physical activity to meet the actual application of the pedometer, is the direction of research and improvement for those engaged in this industry.

Therefore, the new creators have designed and tested such measurable activities in view of the problems and deficiencies in the use of pedometers, and the collection of relevant materials through various assessments and considerations, and the continuous trial and modification of the years of research and development experience in the industry. The new pedometer of strength was born.

The main purpose of the creation is that the body of the pedometer has a microprocessor, and the microprocessor is connected with an operation interface for the user to press the output control signal to the microprocessor to set the data, and the microprocessors are respectively connected. The body motion acceleration sensor capable of transmitting the movement of the human body to the microprocessor performs the physical activity acceleration sensor for detecting the step number data and the memory for storing the data, and then the microprocessor is connected to display the display of the data screen. The unit and the power supply for supplying the overall required power, when the user is running, can be worn on the user's body through the body, and the body motion acceleration sensor senses the shock change of the human body below 10G, and is micro- The processor accurately detects the data and the number of steps representing the amount of physical activity, and then converts the total number of steps, distance, speed, calories burned, etc., to suit the physical activity with greater activity intensity, and assists the user to adjust the exercise state to achieve the body. The goal of fitness is more competitive.

The second purpose of the creation is that the user can press the button of the operation interface to boot, and the microprocessor reads the preset data in the memory, and the current pattern and the block on the display unit can display the current The preset data screen allows the user to press the button of the operation interface again to switch and set various data according to actual needs (such as total steps, distance, calories burned, target completion percentage, total day activity, etc.) ).

1‧‧‧ Ontology

11‧‧‧Microprocessor

12‧‧‧Operator interface

121‧‧‧ button

13‧‧‧Physical activity acceleration sensor

14‧‧‧ memory

15‧‧‧Display unit

151‧‧‧ pattern

152‧‧‧ Block

16‧‧‧Power supply

The first picture is a block diagram of the creation.

The second figure is a schematic diagram of the operation screen of the creation display unit.

In order to achieve the above objectives and effects, the technical means and its construction adopted in the present invention are described in detail in the preferred embodiment of the present invention, and the structure and function are as follows.

Please refer to the first and second figures, which are respectively the block diagram of the creation and the operation screen of the display unit. As can be clearly seen from the figure, the creation includes a body 1 having a micro processing. The microprocessor 11 is connected with an operation interface 12 for the user to press the output control signal to the microprocessor 11 for setting data, and the microprocessor 11 is respectively connected with a sensing signal capable of transmitting human motion to the micro The processor 11 performs a body motion acceleration sensor (G-sensor) 13 for detecting step data and a memory 14 for storing data, and the microprocessor 11 is connected with a display unit 15 for displaying data. A power supply 16 that supplies the overall required power.

In addition, the body 1 is preferably configured to have a touch panel, and has a virtual plurality of buttons 121 on the operation interface 12 of the touch panel. However, in practice, the body 1 may be provided with an operation interface 12 entity. The plurality of buttons 121, and the memory 14 can be a flash memory or a memory card inserted in the slot, and the display unit 15 is provided with a plurality of patterns 151 and blocks 152 for displaying data, and the power supply 16 may be one or more rechargeable batteries, lithium batteries, batteries, dry batteries or other power sources that can provide electrical energy; in addition, the microprocessor 11 of the body 1 may be further connected with a transmission interface (not shown), and The transmission interface can be a universal serial bus (USB).

When the creation is in use, the user can press the button on the operation interface 12 first. The key 121 is turned on, and the microprocessor 11 reads the preset data in the memory 14 to display the current preset data through the complex pattern 151 and the block 152 of the display unit 15, so that the user can The actual demand is pressed again by the button 121 of the operation interface 12 to perform cyclic switching and setting various data (such as total steps, distance, calories burned, percentage of target completion, accumulated activity amount throughout the day, etc.), and the plural pattern of the display unit 15 151 and block 152 display various data screens, and the user can start walking or running after the user completes the setting.

When the user is running, the preferred embodiment of the body 1 is first worn. On the user's wrist, but in actual application, it can also be worn on the user's waist, ankle or other suitable position of the body to fix the human body motion (such as walking). The change of the acceleration (G value) during the running or the running generates a sensing signal output, and transmits the data to the microprocessor 11 for detecting the number of steps, that is, the data of the step number is stored through the memory 14, and the display unit 15 The complex pattern 151 and the block 152 display a data screen. The body motion acceleration sensor 13 is capable of sensing a shock change of 10 G or less of the human body motion, and the microprocessor 11 accurately detects the amount of physical activity. Data and the number of steps, in turn, the number of steps can be converted into total steps, distance, speed, calories burned, percentage of target completion, cumulative amount of activity throughout the day, etc., in order to apply the intensity of the activity amount, such as gender, height, weight, and step size. Larger physical activity, assisting users to adjust their exercise status to achieve physical fitness goals, and more competitive products.

The above detailed description is intended to illustrate a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention, and other equivalents and modifications may be made without departing from the spirit of the invention. Changes should be included in this creation In the scope of patents covered.

In summary, the pedometer of the above measurable activity intensity can achieve its efficacy and purpose when used. Therefore, this creation is a practical and excellent creation, which is in line with the application requirements of the new patent. To file an application, I hope that the trial committee will grant the case as soon as possible to protect the hard work of the new creators. If there is any doubt in the bureau, please do not hesitate to give a letter, and the new creators will try their best to cooperate with them.

1‧‧‧ Ontology

11‧‧‧Microprocessor

12‧‧‧Operator interface

121‧‧‧ button

13‧‧‧Physical activity acceleration sensor

14‧‧‧ memory

15‧‧‧Display unit

16‧‧‧Power supply

Claims (5)

A pedometer capable of measuring activity intensity, comprising a body having a microprocessor, and being connected by a microprocessor with an operation interface for a user to press an output control signal to the microprocessor for setting data, and The microprocessor is respectively connected with a sensing signal capable of transmitting human motion to the microprocessor to detect the step activity data of the physical activity acceleration sensor and the memory for storing the data, and then connected by the microprocessor for display The display unit of the data screen and the power supply for supplying the overall required power. The pedometer of the measurable activity intensity as described in claim 1, wherein the operation interface of the main body is a plurality of buttons having a user operable to switch and set various data. The pedometer of the measurable activity intensity as described in claim 1, wherein the gravitational acceleration of the body senses an oscillating change of the human motion acceleration of 10 G or less. The pedometer of the measurable activity intensity as described in claim 1 , wherein the memory of the body is a flash memory or a memory card. The pedometer of the measurable activity intensity as described in claim 1 , wherein the display unit of the body has a plurality of patterns and blocks for displaying various data frames.