TWM592320U - Treadmill with radar detection - Google Patents

Abstract

The present invention is a treadmill with radar detection, including: a treadmill with a conveying section, the conveying section has a conveyor belt, a detection area is defined above the conveyor belt, the conveyor belt is used to allow users Run and let the user be located in the detection area; a radar detection system with a radar detection module, a first signal transmission module and a first analysis module with information connection, the radar detection module For detecting the detection area, the radar detection module sends a detection signal to the first signal transmission module; a central processing unit has a second signal transmission module, a second analysis module and A notification module, the second signal transmission module is used to receive the detection signal sent by the first signal transmission module, and the second analysis module is connected to the information of the second signal transmission module and used to analyze the detection signal Test signal.

Description

Treadmill with radar detection

The present invention relates to sports equipment, especially to a treadmill with radar detection.

In order to allow users to exercise indoors, indoor fitness equipment can not only be used in the gym, but many people also purchase it at home.

Among the cases of injuries due to the use of fitness equipment, the number of injuries due to the use of treadmills accounts for about 38%. The occurrence of falls and injuries due to the use of treadmills is common. To prevent users of treadmills from accidentally falling and unable to take care of themselves When the situation of calling for help occurs, there are many different treadmills on the market, all of which are equipped with different warning methods to alert third parties when the user of the treadmill is detected to fall. Take one of the treadmills as an example: it mainly has a Treadmill and a sensor plate, the sensor plate is used to be clamped on the user, and detects whether the user has fallen by the gyroscope installed in the sensor plate, when the sensor plate detects that the user has fallen, the sensor plate transmits The signal is sent to the treadmill to stop the operation of the treadmill, and at the same time, the third party is contacted by wired or wireless ITU communication, so that the user can get the third party's rescue in time.

However, the aforementioned clamping of the sensor sheet on the user often causes the user to be inconvenient when running, and often falls during running to cause a misjudgment or fall, and even more often, the user does not wear the sensor sheet Start using the treadmill, causing it to lose the function of protecting the user.

There is also a treadmill: it mainly has a treadmill, and the handrail of the treadmill is provided with a contact sensor. When the user is running, he must hold the sensor to detect the heart rate. If the sensor is dropped and the sensor is released, the third party will be notified to rescue the user immediately if the sensor fails to measure the heart rate.

However, when running at high speed, it is actually difficult for the user to hold the sensor for a long time, which causes the user's troubles in use.

Finally, the market also proposes to detect users by means of laser, infrared or ultrasound, etc. However, the aforementioned laser and infrared cannot be used in environments with strong light, and ultrasonic waves are susceptible to environmental interference, resulting in laser, infrared Or ultrasonic detection methods have the problem of inaccurate detection.

As can be seen from the foregoing, the conventional treadmill fall detection device has the following defects: 1. It is not convenient for the user to use it when running with those who install the sensor film. 2. It is inconvenient for the user to use the sensor while holding the sensor installed on the treadmill. 3. The detection of laser, infrared or ultrasound is prone to inaccurate detection due to environmental problems.

In view of this, the creator of this new model has concentrated on creating this new treadmill with radar detection.

The first object of the present invention is to not interfere with the running motion of the treadmill user, thereby allowing the user to run in the best posture.

The second purpose of the present invention is to prevent the occurrence of inaccurate detection due to environmental problems, so that when the user falls, the third party can be measured and notified more accurately.

To achieve the aforementioned objectives, the present invention is a treadmill with radar detection, including:

A treadmill has a conveying part, and a conveying belt is provided on the conveying part, and a detecting area is defined above the conveying belt, and the conveying belt is used for running the user and allowing the user to be located in the detecting area;

A radar detection system with a radar detection module, a first signal transmission module and a first analysis module connected by information, the radar detection module is used to detect the detection area, the radar detection The detection module sends a detection signal to the first signal transmission module, the first analysis module is electrically connected to the radar detection module, and the first analysis module analyzes the detection signal to determine the user Fall or not;

A central processing unit has a second signal transmission module, a second analysis module and a notification module, the second signal transmission module is used to receive the detection signal sent by the first signal transmission module and After a comprehensive comparison with the rotation speed of the treadmill itself, after the comparison, the second analysis module transmits a warning signal to the notification module.

In a preferred embodiment, the treadmill further has a support portion, the support portion has two support rods respectively disposed on both sides of the conveyor body, and the support section has a console connected to the two support rods, so that the The console is supported on the two poles.

In a preferred embodiment, the radar detection system is installed on the console of the support portion, and the radar detection module emits the detection signal toward the detection area.

In a preferred embodiment, the radar detection system has a stand, the stand stands on one side of the treadmill, and the radar detection module is assembled on the stand.

In a preferred embodiment, the radar detection module tilts 30∘ to 60∘ towards the detection area to transmit the detection signal.

In a preferred embodiment, the radar detection system and the conveying section are separated by at least 90 cm.

In a preferred embodiment, the notification module is connected to a third-party information.

In a preferred embodiment, the notification module is a buzzer or warning light.

In a preferred embodiment, the conveyor section has a conveyor body, and the conveyor belt is disposed on the conveyor body.

In this way, since the radar will not be interfered by environmental factors, the user can be detected in various environments, and the user does not need to wear additional parts and there are no conditions for use. Therefore, the running of the treadmill user is achieved without interference The action allows the user to run in the best posture; it also prevents the occurrence of inaccurate detection due to environmental problems, so that when the user falls, it can more accurately measure and notify the third party.

Please refer to FIGS. 1 and 2, the present invention is a treadmill with radar detection, including:

A treadmill 10 has a conveyor section 11 with a conveyor belt 111 defined above the conveyor belt 111 to define a detection area 12, the conveyor belt 111 is used to allow the user to run and allow the user to locate In the detection area 12; in the first embodiment, the conveying section 11 has a conveyor body 112, the conveyor belt 111 is disposed on the conveyor body 112, and the conveyor belt 112 drives the conveyor belt 111 to drive.

In particular, in the first embodiment, the treadmill 10 further has a support portion 13 having two support rods 131 respectively disposed on both sides of the conveyor body 112, and the support portion 13 has a control The table 132 is connected to the two supporting rods 131 so that the console 132 is supported on the two supporting rods 131.

A radar detection system 20, with a radar detection module 21, a first signal transmission module 22 and a first analysis module 24 connected to information, the radar detection module 21 is used to detect the detection In the area 12, the radar detection module 21 sends a detection signal to the first signal transmission module 22; in the first embodiment, the radar detection system 20 is installed on the console 132 of the support portion 13 And the radar detection module 21 emits the detection signal toward the detection area 12, the first analysis module 24 is electrically connected to the radar detection module 21, and can perform preliminary analysis to determine Whether the user has fallen.

A central processing unit 30 has a second signal transmission module 31, a second analysis module 32 and a notification module 33, the second signal transmission module 31 is used to receive the first signal transmission module 22 Of the detection signal, the second analysis module 32 is connected to the second signal transmission module 31 and used to analyze the detection signal. When the second analysis module 32 further analyzes the detection signal, and The rotation speed of the treadmill 10 itself and the information detected by the radar detection system 20 are comprehensively compared, and after the comparison, the second analysis module 32 transmits a warning signal to the notification module 33.

Preferably, the radar detection module 21 tilts 30∘ to 60∘ towards the detection area 12 to transmit the detection signal, the detection signal emitted by it is fan-shaped, and the detection signal and the conveyor belt The angle between 111 is 30∘ to 60∘, the user's lower body must be located in the detection area 12, when the detection signal measures that the user's lower body is correctly located in the detection area 12, the user is judged to be Normal use status.

In particular, the radar detection module 21 and the conveying portion 11 are separated by at least 90 cm, thereby allowing the radar detection module 21 to detect more accurately.

More preferably, the radar detection system 20 is in information connection with the treadmill 10, and the central processing unit 30 is in control connection with the treadmill 10, and the radar detection module 21 can measure the user's movement status. For example: heartbeat, pace speed, breathing, etc., the radar detection module 21 transmits the measured user movement status to the central processing unit 30 via the first signal transmission module 22, and the second signal transmission module 31. After receiving the movement status, it is transmitted to the second analysis module 32. The second analysis module 32 determines the user's movement status, and transmits an adjustment signal to the treadmill 10 according to the user's movement status. The machine 10 changes the conveying rate of the conveyor belt 111 according to the adjustment signal.

Finally, when the user leaves the conveyor belt 111 after using it, the radar detection module 21 detects that the user leaves the open conveyor belt 111, and the first signal transmission module 22 transmits a departure signal to the central processing unit 30. After receiving the departure signal, the second signal transmission module 31 controls the treadmill 10 to shut down, thereby achieving the effect of automatically shutting down to save power when no one is using the treadmill 10, and the user stands on the conveyor belt 111 At this time, the radar detection module 21 measures a signal conforming to a normal user, that is, transmits the signal to the central processing unit 30 to turn on the treadmill 10; more preferably, when a child moves onto the conveyor belt 111 Since the radar cross-section (RCS) of children is small, the reflected signal measured by the radar detection module 21 is weak, and it is determined that the conveyor 111 is a child, and the central processing unit 30 will not start the treadmill 10. When an adult moves onto the conveyor belt 111, because the radar cross-sectional area of the adult's body is larger than that of the child, the reflection signal measured by the radar detection module 21 is stronger. The conveyor belt 111 is for adults, and the central processing unit 30 starts the treadmill 10.

The above is the structure configuration and connection relationship of the new model in the first embodiment. The usage mode of the new model and the effects it can produce are as follows:

Please refer to FIG. 3, when the user stands on the conveyor belt 111 of the treadmill 10, the user's lower body is located in the detection area 12, and the radar detection module 21 launches the detection toward the detection area 12 After the radar detection module 21 recovers the detection signal, the detection signal is transmitted to the central processing unit 30 through the first signal transmission module 22, and the central processing unit 30 passes through the second signal transmission mode Group 31 receives the detection signal, and then transmits the detection signal to the second analysis module 32 for analysis;

When the user falls in the detection area 12, the detection message sent by the radar detection system 20 to the second analysis module 32 will determine that the user is falling, when the second analysis module 32 determines that the user falls , Then transmit a signal to the notification module 33, and notify the third party through the notification module 33, such as: relatives, administrators, medical units, etc., so that the third party can immediately rush to the user's location for rescue.

In particular, the notification module 33 can also be a buzzer or a warning light, to warn the surroundings by issuing a warning sound effect or a warning flashing light.

And the radar detection module 21 can also detect heartbeat, pace speed, breathing, etc., and transmit the measured signals to the treadmill 10, and the aforementioned heartbeat, pace speed, breathing, etc. information will be transmitted to the control Platform 132, the console 132 displays the user's heartbeat, pace, breathing, etc.

More preferably, the central processing unit 30 adjusts the treadmill 10 according to the user's physical condition measured by the radar detection system 20, so that the conveyor belt 111 can be adjusted according to the user's heartbeat, pace, breathing, etc. To accelerate, decelerate, start or stop.

Finally, when the user leaves the detection area 12, the radar detection system 20 detects that the user leaves the detection area 12, the central processing unit 30 turns off the treadmill 10, thereby saving power; when the treadmill When 10 is off, the user stands in the detection area 12 and the radar detection system 20 detects that the user returns to the detection area 12, then the central processing unit 30 activates the treadmill 10 to automatically start the running The effect of the machine 10; in particular, when a child enters the detection area 12, the radar detection system 20 transmits the measured signal to the central processing unit 30, and the second analysis module 32 determines to enter the detection area If the 12 persons are children, the treadmill 10 will not be started to prevent the children from starting the treadmill 10 by mistake.

In this way, since the radar will not be interfered by environmental factors, the user can be detected in various environments, and the user does not need to wear additional parts and there is no use condition. Therefore, the user does not interfere with the treadmill 10 Running action, so that the user can run in the best posture; it also prevents the occurrence of inaccurate detection due to environmental problems, so that when the user falls, it can measure and notify the third party more accurately.

In particular, please refer to FIG. 4, in the second embodiment of the present invention, the radar detection system 20 has a stand 23, the stand 23 stands on one side of the treadmill 10, and the radar detection mode The group 21 is mounted on the stand 23 so that the radar detection module 21 is at least 90 cm away from the ground, and the radar detection module 21 mounted on the stand 23 detects toward the detection area 12 In this way, the invention can be applied to different types of treadmills 10, even if the treadmill 10 does not have a radar detection function, it can also be installed on the stand 23 by the radar detection system 20, and The detection area 12 is detected by the radar detection system 20 to achieve the same effect.

10: treadmill 11: Transportation Department 111: conveyor belt 112: conveyor body 12: Detection area 13: Support 131: pole 132: console 20: Radar detection system 21: Radar detection module 22: The first signal transmission module 23: Stand 24: The first analysis module 30: central processing unit 31: Second signal transmission module 32: Second analysis module 33: Notification module

FIG. 1 is a perspective view of the new model in the first embodiment. Figure 2 is a new type of system architecture diagram. FIG. 3 is a state diagram of the use of the new model in the first embodiment. Figure 4 is a side view of the new model in the second embodiment.

10: treadmill

11: Transportation Department

111: conveyor belt

112: conveyor body

13: Support

131: pole

132: console

20: Radar detection system

Claims (9)

A treadmill with radar detection, including: A treadmill has a conveying part, and a conveying belt is provided on the conveying part, and a detecting area is defined above the conveying belt, and the conveying belt is used to allow the user to run and to be located in the detecting area; A radar detection system with a radar detection module, a first signal transmission module and a first analysis module connected by information, the radar detection module is used to detect the detection area, the radar detection The detection module sends a detection signal to the first signal transmission module, the first analysis module is electrically connected to the radar detection module; and A central processing unit has a second signal transmission module, a second analysis module and a notification module, the second signal transmission module is used to receive the detection signal sent by the first signal transmission module, The second analysis module is connected to the information of the second signal transmission module and used to analyze the detection signal. When the second analysis module analyzes the detection signal and determines that the user has fallen, the second analysis module transmits A warning signal is sent to the notification module. The treadmill with radar detection according to claim 1, wherein the treadmill further has a support portion, the support portion has two support rods respectively disposed on both sides of the conveyor body, and the support portion has a control The platform is connected to the two supporting rods, so that the console is supported on the two supporting rods. The treadmill with radar detection according to claim 2, wherein the radar detection system is installed on the console of the support portion, and the radar detection module emits the detection toward the detection area Signal. The treadmill with radar detection according to claim 1, wherein the radar detection system has a stand, the stand stands on one side of the treadmill, and the radar detection module is assembled on The stand. The treadmill with radar detection according to claim 1, wherein the radar detection module tilts 30∘ to 60∘ toward the detection area to transmit the detection signal. The treadmill with radar detection according to claim 1, wherein the radar detection module is separated from the conveying section by at least 90 cm. The treadmill with radar detection according to claim 1, wherein the notification module is connected to a third-party information. The treadmill with radar detection according to claim 1, wherein the notification module is a buzzer or a warning light. The treadmill with radar detection according to claim 1, wherein the conveying part has a conveyor body, and the conveyor belt is disposed on the conveyor body.

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