TW201300149A - System for offering exercise device to simulate real exercise environment and method thereof - Google Patents

Abstract

The invention relates to a system offering an exercise device to simulate a real exercise environment and a method thereof. In the system of the invention, when an exercise position is determined by a server in accordance with exercise route data and operation parameters of the exercise device, the server transmits exercise interaction data associated with the exercise position to the exercise device, allowing the exercise device to reset techniques and measures for controlling the operation parameters of the exercise device in accordance with the exercise interaction data. Accordingly, the exercise device can simulate the real exercise environment, thereby attaining technical efficacies of reducing climate impacts during exercise training processes.

Description

System and method for providing motion device to simulate actual motion environment

A system for simulating a sports environment and a method for releasing the same, in particular, a system and method for providing a motion device to simulate an actual environment

Since birth, whether in the developmental stage, in youth, in middle age, or even in old age, "sports" is a necessary and important habit, because exercise makes people develop well, exercise makes people healthy and healthy, and sports make People are old and strong, especially the tissues, organs and physical fitness of the human body will begin to degenerate after the age of 30, so people should start to maintain a healthy body as soon as possible. Therefore, the management of sports has become a very important and necessary thing in people's life. .

Exercises need to be planned. Exercises without plans often cause physical harm due to excessive exercise, or they cannot effectively maintain health because of insufficient exercise. Therefore, exercise programs are often long-term plans. In order to make the exercise program unaffected by the weather, a wide variety of sports equipment has begun to be used, such as treadmills, slide machines, and pedal machines.

Although the exercise equipment can be easily implemented in the home, the exercise equipment is set at a fixed point. Therefore, when using the exercise equipment to exercise, it cannot move like the real world, as the movement position changes. And the actual sports environment changes, so that for users who need to compete on a specific route, the existing sports equipment can only display the image of the competition route at most, and can not simulate the actual sports environment in the real world, so Users who need to compete still need to train on the actual competition route.

In summary, it can be seen that in the prior art, there has been a long-standing problem that a sports device cannot simulate a real sports environment, and therefore it is necessary to propose an improved technical means to solve this problem.

In view of the prior art, there is a problem that a sports device cannot simulate a real motion environment, and the present invention discloses a system and method for providing a motion device to simulate an actual motion environment, wherein: the system for providing a motion device to simulate an actual motion environment disclosed by the present invention, The method includes at least: an exercise device, which operates according to an operation parameter, and transmits the operation parameter; the server provides the connection of the motion device, and further includes: a storage module for storing map information; and a servo transmission module for receiving the motion device The operational parameters transmitted, and the information for transmitting the map information to the motion device, so that the motion device sets the motion route data in the map information; the position determination module is configured to use the operation parameters and the motion route data received by the servo transmission module. The map information determines the motion position; the interactive data acquisition module is configured to read the motion interaction data corresponding to the motion position, and the motion transmission data is transmitted by the servo transmission module to the motion device, so that the motion device resets and operates according to the motion interaction data. Parameters, and according to the reset Means for controlling the motion parameters.

The method for providing a motion device for simulating an actual motion environment according to the present invention includes the steps of: the server storing the map information; the server providing the motion device to set the motion route data in the map information; and the motion device transmitting the operation parameter to the server; The device determines the motion position in the map information according to the motion route data and the operation parameter; the server transmits the motion interaction data corresponding to the motion position to the motion device; the motion device resets the operation parameter according to the motion interaction data; the motion device operates according to the reset operation The parameters control the motion device.

The system and method disclosed in the present invention are as above, and the difference between the prior art and the prior art is that after the server determines the motion position according to the motion path data and the operation parameters of the motion device, the server transmits the motion interaction data corresponding to the motion position. To the motion device, the motion device resets and controls the operation parameters of the motion device according to the motion interaction data, thereby solving the problems existing in the prior art, and achieving the technical effect of reducing the influence of the weather during the exercise training.

The features and embodiments of the present invention will be described in detail below with reference to the drawings and embodiments, which are sufficient to enable those skilled in the art to fully understand the technical means to which the present invention solves the technical problems, and The achievable effects of the present invention.

The invention combines a motion device with a server for storing map information. The motion device can set the motion route data for moving in the real world. When the user moves on the motion device, the server determines the position of the user in the real world according to the set motion route data and the motion state of the user. Therefore, the motion device can set the operating parameters according to the actual environmental data of the determined position, thereby simulating the same sports environment as the real world. In the present invention, the "motion position" indicates the position of the user in the real world as determined by the server.

The motion path data proposed by the present invention at least includes the starting position of the motion, but the invention is not limited thereto. For example, the motion path data may also include the complete motion route of the motion. The operating parameter proposed by the present invention is one or a plurality of setting values for controlling the operation of the moving device when the motion device provides the user's motion, for example, the moving distance, the exercise time, the calories burned, the running resistance, the moving speed/speed, and the like. Combination, but the operational parameters mentioned in the present invention are not limited thereto.

In the following, the system operation of the present invention will be described with reference to the system architecture diagram of the present invention for providing a motion device to simulate an actual motion environment. As shown in "Fig. 1", the system of the present invention includes a motion device 100 and a server 200.

The motion device 100 is responsible for providing user motion. The motion device 100 of the present invention is a motion device that allows a user to simulate moving in the real world, for example, a treadmill that simulates a user's running, a slide simulator that simulates walking, and a simulation. A bicycle riding a bicycle, etc., but not limited to the above.

The motion device 100 further includes a device transmission module 110, an input module 120, and an operation control module 130.

The device transmission module 110 is responsible for receiving the map information transmitted by the server 200 and transmitting the motion parameters of the motion device 100 to the server 200. The device transmission module 110 is also responsible for receiving the motion interaction data transmitted by the server 200. Interactive data with the start.

The motion interactive data/initial interaction data proposed by the present invention may include data that can be directly set as operational parameters, that is, motion distance, exercise time, calories burned, operational resistance, motion speed/rotation speed, etc., which are proposed by the present invention. The sports interactive data/initial interactive data may also contain data that needs to be calculated before it can be set as operational parameters, such as actual environmental data such as slope and ground conditions. In addition, the motion interactive data/initial interaction data may also contain corresponding scene information of the moving position/starting position in the real world, but the invention is not limited thereto.

The input module 120 is responsible for providing the set motion path data according to the map information received by the device transmission module 110. The input module 120 can provide a way for the user to draw a line segment in the map information, and in this case, the input module 120 provides the set motion path data as a motion route, and the starting position of the motion is a line segment. The starting point or the ending point, and if the user only inputs a position (point) in the map information through the input module 120 instead of drawing a line segment, the motion path data is the starting position of the motion.

The operation control module 130 is responsible for setting operational parameters according to the motion interaction data or the initial interaction data received by the device transmission module 110, and controlling the motion device 100 according to the operation parameters. Wherein, if the motion interaction data or the initial interaction data is data that can be directly set as an operation parameter, such as a movement distance, a movement time, a calorie consumption, an operation resistance, a movement speed/speed, etc., the operation control module 130 can directly interact with the movement according to the movement. The data or the initial interactive data sets operational parameters, and if the motion interactive data or the initial interactive data is actual environmental data such as slope and ground conditions, the present invention needs to generate motion parameters by the add-on device parameter generation module 170.

The parameter generation module 170 is responsible for determining that the corresponding operational parameter is generated when the motion interaction data or the initial interaction data is actual environmental data. For example, the device parameter generation module 170 may calculate operating parameters such as the moving speed/speed according to the slope size, and may also calculate operational parameters such as operating resistance according to the ground conditions such as the cement floor, the grass surface, and the mud surface, but the device parameter generation module 170 is based on The manner in which the motion interaction data or the initial interaction data determines the operational parameters is not limited to the above.

In addition, the motion device 100 can also add a display module 190. The display module 190 is responsible for displaying the actual scene of the user's motion position according to the scene information included in the motion interaction data, so that the user is more realistic when exercising.

The server 200 is further described. The server 200 includes a storage module 210, a servo transmission module 220, a position determination module 230, and an interactive data acquisition module 240. The storage module 210 is responsible for storing map information. It is worth mentioning that the storage module 210 may also store actual environmental data at a specific location in the map information.

The servo transmission module 220 is responsible for receiving the operational parameters transmitted by the mobile device 100, and for transmitting the map information stored in the storage module 210 and to the mobile device 100. The servo transmission module 220 can also transmit the motion interaction data and the initial interaction data read by the interactive data acquisition module 240 to the motion device 100.

The position determining module 230 is responsible for determining the moving position of the user in the map information stored by the storage module 210 according to the operating parameters and the motion path data received by the servo transmission module 220. The location determining module 230 can calculate the time interval between the operating parameters received by the previous servo transmitting module 220 and the operating parameters received by the servo transmitting module 220 and the moving speed/speed in the received operating parameters. After the user moves the distance, the movement position of the user in the map information is determined according to the movement route in the movement route data, the previously defined movement position, and the calculated movement distance, but the position determination module 230 The manner in which the position of the movement is judged is not limited to the above.

The interactive data acquisition module 240 is responsible for reading the motion interaction data corresponding to the motion position determined by the location determination module 230 after the location determination module 230 determines the motion position of the user, and is also responsible for After receiving the motion route data sent by the motion device 100, the servo transmission module 210 reads the initial interaction data corresponding to the starting position in the motion route data to the storage module 210. If the motion interaction data corresponding to the motion position or the initial interaction data corresponding to the start position is not stored in the storage module 210, the interactive data acquisition module 240 can calculate the determined motion by using the two closest motion positions. The motion interaction data/initial interaction data corresponding to the location/starting location is calculated by the internal difference method, but the manner in which the interactive data acquisition module 240 of the present invention calculates the motion interaction data or the initial interaction data is not limited to the above.

In addition, the servo parameter generating module 260 may be added to the server 200. The servo parameter generating module 260 is similar to the device parameter generating module 170, and is responsible for determining whether the motion interactive data or the initial interactive data is actual environmental data. Operating parameters. In other words, the servo parameter generating module 260 can calculate the operating parameters such as the moving speed/rotation speed according to the slope size read by the interactive data obtaining module 240, and can also read the cement floor and the grassland according to the interactive data obtaining module 240. The ground conditions such as the surface and the mud surface calculate operational parameters such as operational resistance, but the manner in which the interactive data acquisition module 240 determines the operational parameters based on the athletic interaction data or the initial interactive data is not limited to the above.

Next, an operational system and method of the present invention will be described with reference to an embodiment. Referring to FIG. 2A, a flowchart of a method for providing a motion device to simulate an actual motion environment is provided. In the present embodiment, it is assumed that the exercise device 100 is a treadmill, but the exercise device 100 of the present invention is not limited to the treadmill.

Before the server 200 including the present invention is provided for use by the user, the map information is first stored in the storage module 210 of the server 200 (step 301).

When the user wants to use the treadmill (sports device 100) including the present invention to move, the running opportunity is first connected to the server 200 through a wired or wireless network, and the servo transmission module 220 in the server 200 can be transmitted and stored in the servo. The map information in the storage module 210 of the device 200 is sent to the treadmill, so that the treadmill can provide the user to set the movement route data in the map information (step 310). For example, the user can set the door of the home as the starting position, so that the user runs like running near the home, and the user can also set the competition route as the sports route, so that the user does not need to go to the actual competition venue. It is also possible to simulate training in the field.

After the treadmill provides the exercise route data in the map information (step 310), the treadmill can transmit the exercise route data to the server 200. At the same time, users can also start using the treadmill. At this time, the operating parameters of the treadmill may be the predetermined value of the treadmill or the set value of the user.

In practice, after the servo transmission module 220 of the server 200 receives the motion route data transmitted by the treadmill, the interactive data acquisition module 240 of the server 200 can read the motion route to the storage module 210 of the server 200. The initial interaction data corresponding to the starting position in the data is transmitted to the treadmill via the servo transmission module 220 (step 330). In this manner, the treadmill can set operational parameters based on the initial interactive data (step 340a) and control the treadmill based on the set operational parameters (step 350a). In this embodiment, it is assumed that the initial interactive data stored by the storage module 210 includes setting data such as moving distance, exercise time, calories burned, operational resistance, and speed/speed of rotation, instead of actual environmental data, that is, running opportunities. The setting data of the movement distance, the exercise time, the calorie consumption, the running resistance, the movement speed/speed in the initial interactive data are set as operating parameters, thereby controlling the treadmill. During the movement of the treadmill by the user, the running opportunity continuously transmits operating parameters such as the moving distance, the exercise time, the calories burned, the operational resistance, the movement speed/speed, and the like to the server 200 (step 360).

After the servo transmission module 220 of the server 200 receives the operating parameters transmitted by the treadmill, the position determining module 230 of the server 200 can select the motion received by the servo transmission module 220 when the user starts using the treadmill. The route information and the operational parameters received at the time determine the position of the user in the map information (step 370). In this embodiment, it is assumed that the position determining module 230 calculates the moving distance of the user according to the moving speed/rotation speed in the operating parameters received by the servo transmission module 220, and according to the calculated moving distance and the moving route data. The exercise route determines the position of the exercise. For example, when the servo transmission module 220 receives the time interval between the previous time and the current operation parameter is 0.6 seconds, and the motion speed in the operation parameter is 6 kilometers, the position determination module 230 can calculate that the user has moved 1 public. Therefore, the position determining module 230 defines the current moving position again at a distance of 1 meter from the previously defined moving position on the moving route.

After the location determining module 230 in the server 200 determines the location of the user in the map information (step 380), the interactive data obtaining module 240 of the server 200 can be obtained by the storage module 210 of the server 200. The motion interaction data corresponding to the motion position determined by the location determining module 230, and the servo transmission module 220 of the server 200 can transmit the motion interaction data obtained by the interactive data acquisition module 240 of the server 200 to the motion device. 200 (step 390). In the present embodiment, it is also assumed that the sports interactive data includes setting data such as moving distance, exercise time, calories burned, operational resistance, moving speed/speed, and the actual environmental data of the moving position.

After the treadmill receives the motion interaction data transmitted by the server 200, the treadmill operation parameters can be reset according to the setting data in the initial interaction data (step 340b), and the treadmill is controlled according to the reset operation parameters. (Step 350b). In this way, the treadmill continuously transmits the operating parameters to the server 200, and the server 200 continuously returns the motion interactive data to the treadmill, so that the treadmill continuously adjusts the operating parameters according to the real world sports environment, thereby simulating the real world. The sporting environment.

In addition, in the above embodiment, the initial interactive data/sports interactive data corresponding to the starting position/moving position stored by the storage module 210 of the server 200 does not include the moving distance, the exercise time, the calories burned, and the operation. The setting data of the resistance, the moving speed/rotation speed, and the like, and the actual environmental data including the slope of the starting position/moving position, the ground condition, etc., the server 200 of the present invention further needs to include the servo parameter generating module 260, or the present The device parameter generation module 170 is also required to be included in the inventive exercise device 100. The servo parameter generating module 260 may generate the setting data according to the actual interactive information included in the motion interactive data or the initial interactive data after the interactive data obtaining module 240 of the server 200 obtains the motion interactive data or the initial interactive data. The motion interaction data or the initial interaction data transmitted by the servo transmission module 220 of the server 200 does not include the actual environment data obtained by the interaction data acquisition module 240, but includes the settings generated by the servo parameter generation module 260. The device parameter generating module 170 may generate the setting data according to the actual interactive information included in the motion interactive data or the initial interactive data after the motion device 100 receives the motion interactive data or the initial interactive data, so that the motion device 100 is generated. The setting data generated by the device parameter generation module 170 is set as an operation parameter.

In summary, it can be seen that the difference between the present invention and the prior art is that after the server determines the motion position according to the motion path data and the operation parameters of the motion device, the server transmits the motion interaction data corresponding to the motion position to the motion device. The technical means for the motion device to re-set the operating parameters of the motion device according to the motion interaction data, the technical means can solve the problem that the motion device in the prior art can not simulate the real motion environment, thereby achieving the reduction of the weather influence during the exercise training Technical efficacy.

In addition, if the motion interaction data or the initial interaction data in the foregoing embodiment includes the scene information, the motion device 100 may also receive the motion interaction data or the initial interaction data sent by the server 200, and then use the interactive data. Or the visual data contained in the initial interactive data shows the actual scene of the moving position or starting position.

Furthermore, the method for providing a motion device for simulating an actual motion environment of the present invention can be implemented in a combination of hardware, software, or a combination of hardware and software, or can be implemented in a centralized manner in a computer system or spread over several different components by different components. Even the decentralized way of implementing computer systems.

While the embodiments of the present invention have been described above, the above description is not intended to limit the scope of the invention. Any modification of the form and details of the practice of the present invention, which is a matter of ordinary skill in the art to which the present invention pertains, is a patent protection of the present invention. range. The scope of the invention is to be determined by the scope of the appended claims.

100. . . Motion device

200. . . server

210. . . Storage module

220. . . Servo transmission module

230. . . Position determination module

240. . . Interactive data acquisition module

260. . . Servo parameter generation module

Step 301 The server stores map information.

Step 310: The server provides the motion device to set the motion route data in the map information.

Step 330: The server transmits the initial interaction data corresponding to the starting position in the motion route data to the motion device.

Step 340a, the motion device sets the operating parameter according to the initial interactive data.

Step 340b: The motion device resets the operating parameters according to the initial interactive data.

Step 350a, the motion device controls the motion device according to the operating parameter

Step 350b, the motion device controls the motion device according to the reset operation parameter

Step 360: The motion device transmits the operating parameters to the server

Step 370: The server determines the motion position in the map information according to the motion route data and the operation parameters.

Step 380: The server transmits the motion interaction data corresponding to the motion position to the motion device

Step 390: The motion device displays the actual scene of the motion position according to the scene information in the motion interaction data.

FIG. 1 is a system architecture diagram of the present invention for providing a motion device to simulate an actual motion environment.

2 is a flow chart of a method for providing a motion device to simulate an actual motion environment according to the present invention.

Step 301 The server stores map information.

Step 310: The server provides the motion device to set the motion route data in the map information.

Step 330: The server transmits the initial interaction data corresponding to the starting position in the motion route data to the motion device.

Step 340a, the motion device sets the operating parameter according to the initial interactive data.

Step 340b: The motion device resets the operating parameters according to the initial interactive data.

Step 350a, the motion device controls the motion device according to the operating parameter

Step 350b, the motion device controls the motion device according to the reset operation parameter

Step 360: The motion device transmits the operating parameters to the server

Step 370: The server determines the motion position in the map information according to the motion route data and the operation parameters.

Step 380: The server transmits the motion interaction data corresponding to the motion position to the motion device

Step 390: The motion device displays the actual scene of the motion position according to the scene information in the motion interaction data.

Claims (10)

A method for providing a motion device for simulating an actual motion environment is applied to a motion device operating in accordance with an operational parameter, a server providing the motion device connection, the method comprising at least the following steps: the server stores a map information; The server provides the motion device to set a motion route data in the map information; the motion device transmits the operation parameter to the server; the server determines a motion position in the map information according to the motion route data and the operation parameter The server transmits a motion interaction data corresponding to the motion position to the motion device; the motion device resets the operation parameter according to the motion interaction data; and the motion device controls the motion device according to the reset operation parameter . The method for providing a motion device to simulate an actual motion environment as described in claim 1, wherein the method further comprises the server transmitting the data after the server provides the motion device to set the motion route data in the map information. One of the starting positions of the movement route data corresponds to one of the starting interaction data to the exercise device, and the movement device sets the operation parameter according to the initial interaction data, and controls the movement device according to the operation parameter. The method for providing a motion device to simulate an actual motion environment according to claim 1, wherein the method further comprises the motion device after the server transmits the motion interaction data corresponding to the motion position to the motion device. The scene material in the motion interactive data shows the steps of the actual scene of the motion position. The method for providing a motion device to simulate an actual motion environment according to claim 1, wherein the step of resetting the operation parameter according to the motion interaction data further comprises: the actual motion of the motion device according to the motion interaction data The environmental data generates the steps of the operational parameters. The method for providing a motion device to simulate an actual motion environment according to claim 1, wherein the step of determining, by the server, the motion position in the map information according to the motion route data and the operation parameter is The operating parameter calculates a moving distance, and determines the moving position according to the moving distance and the moving route data. A system for providing a motion device for simulating an actual motion environment, the system comprising: at least: a motion device operating according to an operational parameter for transmitting the operational parameter; and a server providing the motion device connection, comprising: a storage module For storing a map information, a servo transmission module for receiving the operation parameter transmitted by the motion device, and for transmitting the map information to the motion device, so that the motion device sets a map information a position determination module for determining a movement position in the map information based on the operation parameter and the movement route data received by the servo transmission module; and an interactive data acquisition module for reading Taking one of the motion interaction data corresponding to the motion position, and transmitting the motion interaction data to the motion device by the servo transmission module, so that the motion device resets the operation parameter according to the motion interaction data, and according to the resetting The operational parameter controls the motion device. The system for providing a motion device to simulate an actual motion environment, as described in claim 6, wherein the interactive data acquisition module is further configured to read an initial interaction data corresponding to one of the starting positions of the motion route data, and And transmitting, by the servo transmission module, the initial interaction data to the motion device, so that the motion device sets the operation parameter according to the initial interaction data, and controls the motion device according to the operation parameter. The system for providing a motion device to simulate an actual motion environment, as described in claim 6, wherein the motion device is further configured to display an actual scene of the motion position according to one of the motion information. The system for providing a motion device to simulate an actual motion environment, as described in claim 6, wherein the motion device is further configured to generate the operational parameter according to the motion interaction data. The system for providing a motion device to simulate an actual motion environment, as described in claim 6, wherein the position determining module calculates a moving distance according to the operating parameter, and determines the moving position according to the moving distance and the moving route data. .