KR101199097B1 - A health bike - Google Patents

Abstract

PURPOSE: A bike with a virtual driving video device and a driving method thereof are provided to enable a user to continuous exercise without boredom. CONSTITUTION: A bike with a virtual driving video device comprises a bike main body and an operating panel(30) with a controller body(300). The controller body comprises a main controller(310) performing the overall control, a data storage unit(380) in which information on multiple virtual driving courses is stored, a speed controller(340) which increases and decreases the resistivity of a pedal, an incline controller(370), and a screen speed controller(360) which controls the speed of a transmitted screen. [Reference numerals] (30) Operation panel unit; (301) Setting unit; (310) Main controller; (32) Pedal; (340) Speed controller; (380) Data storage unit; (4) Monitor; (A1,A2) Front incline cylinder; (B1,B2) Rear incline cylinder

Description

Bikes with virtual driving imaging device and driving method {A health bike}

The present invention relates to a bike having a virtual driving image device and a virtual driving method, and more particularly, to a video device for driving various courses on an exercise space used in the air such as a sports center or a bike installed in a home. By setting it through, various virtual driving video contents can be used for a long time without feeling bored with interest, and it is possible to set the slope of the bike in conjunction with the slope and curve screen of the virtual driving course on the video monitor. From the user's point of view, the present invention relates to a bike having a virtual driving imaging apparatus capable of more realistic exercise and a driving method of the bike.

In general, a bicycle, which is an exercise equipment used in a specific place such as a home or a health club, is fixedly installed and used indoors.

Since these bikes are installed indoors, they have the advantage of being able to exercise regardless of the season and climate, but because they are configured to keep repeating movements in an unchanged space, users can easily get tired of the monotonous environment. Feeling there was a problem to give up exercise halfway.

In order to solve this problem, the invention has been developed to add various imaging devices to the existing bikes so that they can exercise while watching the screens. However, these inventions provide a one-sided and uniform content so that users can feel the usefulness of the content. There are still limitations, so the above problems have not been solved.

An object of the present invention is to solve the above problems, by installing a variety of virtual driving course program in the bike, the user can select a favorite virtual driving video course through the installed video device to exercise while watching The present invention provides a bike and a method of driving the bike having a virtual driving imaging apparatus, which makes it possible to continuously exercise without feeling bored with realism.

Another object of the present invention, it is possible to adjust the driving speed and the inclination angle of the pedal of the bike in conjunction with the uphill and downhill of the virtual driving course can be adjusted to the virtual driving imaging apparatus capable of driving movement realistically It is to provide a bike and a driving method of the bike having.

Another object of the present invention is to provide a bike and a method for driving a bike having a virtual driving video apparatus capable of simultaneously viewing two or more video contents divided into two or more screens at the same time.

In order to achieve the above objects, of the present invention The bike having a virtual driving imaging apparatus is set on the operation panel of the bike and allows the user to select a virtual driving course and set driving conditions such as ID and password, and a pedal speed sense by analyzing data of the selected virtual driving course in real time. Analyze the electrical signals of the speed control unit that controls the branch and the slope control unit and the input power unit of the pedal speed detection unit. A screen speed control unit for controlling the screen speed of the image monitor by converting the image monitor, a data storage unit storing user ID, password, exercise history and course information of the virtual driving course, and information on the slope section of the virtual driving course data information. Inclination control unit for controlling the inclination driving cylinder in response to the inclined situation of the virtual course, the main control unit which is organically connected to each control unit, and divided into two or more screens at the same time two or more It is possible to watch the video contents at the same time according to the user's choice. And an image monitor.

In order to achieve the above object, the driving method of the bike according to the present invention, the power supply of the bike (ON), input the driving conditions to the setting unit, starting the driving step, in the data storage unit Determining whether or not the provided data is in the inclined section by the speed controller; in the case where the inclined section is not inclined section, the driving speed is sensed by the pedal speed sensing unit under the control of the speed controller; and the screen speed is controlled by the screen speed controller; In the case of an inclined section, the inclination driving cylinder is driven and stored under the control of the speed controller and the inclination controller.

According to an embodiment of the present invention, a bike and a driving method of a bike having a virtual driving imaging apparatus may include a separate imaging apparatus installed on a bike used in a limited space, and a user may select a virtual driving course set in the virtual driving imaging apparatus. When the user selects the image menu from the setting section, images such as each course of Jeju Olle trail, each course of Jirisan Dulle-gil, Yeouido Unjung-ro course, and major marathon race courses in Korea and abroad are displayed. As the speed of the image on the video monitor changes, and the slope control unit operates while inclining the slope section of the driving course and uses the slope corresponding thereto, even if the bike is used in a confined space, it feels as if you are driving a real course. This makes it possible to exercise continuously without having to feel bored. In addition, the driving history is stored and managed in the storage device, so you can search the exercise history of individual bikes, and in the case of a long distance driving course, you can divide the entire course into several times, and two or more video monitors. By dividing into the above screen, two or more different video contents are displayed, thereby increasing the user's selection.

1 is a schematic perspective view of a bike according to a first embodiment of the present invention.
2 is a block diagram of a main portion of a bike having a virtual driving imaging apparatus according to a first embodiment of the present invention.
3 is a block diagram of a bike having a virtual driving imaging apparatus according to a first embodiment of the present invention.
4 is a flowchart of a bike having a virtual driving imaging apparatus according to a first embodiment of the present invention.

Hereinafter, a first preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

      1 is a schematic perspective view of a bike A of a virtual driving imaging apparatus according to a first embodiment of the present invention.

In the bike A having the virtual driving imaging apparatus according to the first embodiment of the present invention, as shown in FIG. 1, a support 1 is provided at a lower portion of the bike A, and the front and rear lifting units are provided before and after the support 1. (2) is installed, the bike body (3) is installed so that the user is seated at the upper end of the front and rear lifting unit (2) to rotate the pedal, and the front of the bike body (3), the handle (31), A pedal 32 and a saddle 33 are provided at the rear of the bike body 3 at the middle lower end of the bike body 3, and an image monitor 4 is provided at the front of the bike body 3.

In the middle of the handle 31 of the bike body 3, the operation panel 30 including the control unit 300 is provided.

On the front of the operation panel 30 is a setting unit 301 consisting of a plurality of buttons electrically connected to the control unit 300. That is, the setting unit 301 of the operation panel 30 is electrically connected to the data storage unit 380 through the main control unit 310 of the control unit 300.

As shown in FIG. 2, the controller main body 300 includes a main control unit 310 for controlling the whole, and a data storage unit 380 connected to the main control unit 310 and storing a plurality of virtual driving course information. And a speed control unit 340 connected to the main control unit 310 and analyzing and converting each driving course information stored in the virtual driving course information to increase or decrease the resistance of the pedal according to the speed of the uphill and the downhill, and the main control unit. Connected to the 310 and analyzes and converts each driving course information received from the data storage unit 380 in real time, and sends a signal to operate the front and rear lifting unit 2 in a corresponding state according to the inclination of the bike body. And a screen speed controller 360 connected to the main controller 310 to transmit a real-time screen according to the virtual driving course information and to control the speed of the transmitted screen.

The virtual driving imaging apparatus B includes the control unit 300 and the image monitor 4.

On the image monitor 4, a speaker unit 4a and a scent generating unit 4b, which are linked with the virtual driving course to generate a sound related to the virtual driving course, are installed, and the speaker unit 4a is placed on the user's ear. Plug-in earphone (not shown) is installed to be sent out wirelessly. In the fragrance generating unit 4b, negative ions or phytoncide flavors are generated.

Although the image monitor 4 is installed in an independent state in the present embodiment, the image monitor 4 may be installed to be supported by a separate stand (not shown). Fans 5 may be installed at both sides of the front of the bike body 3 to cool the user's sweat or heat.

      The front and rear lifting parts 2 are provided below the bike body 3, and the inclined position of the bike body 3 is changed to an inclined position such as an upward inclination or a downward inclination by changing the height of the front and rear lifting parts 2. Of course, the inclination of the left and right of the bike body (3) in this embodiment is provided with four inclined drive cylinders which are independently elevated as the front and rear lifting unit (2) in this embodiment.

      FIG. 2 is a block diagram showing a structural relationship of a main part of a bike A having a virtual driving imaging apparatus according to the first embodiment of the present invention, and FIG. 3 is a block showing the subpart relationship of the virtual driving imaging apparatus of the present invention. It is also.

       The bike A having the virtual driving imaging apparatus inputs driving conditions such as an ID, a password, a driving course, and a season on the setting unit 31 set on the operation panel 30, and turns on the driving start button. The driving information signal of the virtual driving course stored in the data storage unit 380 is transmitted to the speed controller 340, and the speed controller 340 analyzes and converts the driving course information received from the stored data in real time. To control the pressure of the pedal 32.

The data storage unit 380 stores a plurality of virtual driving course information in addition to the user's ID, password, exercise history and the like, and the virtual driving course information corresponds to the image and geographic information system (GIS) of the corresponding course. Information on altitude, curvature, and distance for each section of the course is included.

The speed controller 340 is configured such that the pressure applied to the pedal 32 is set differently on the uphill road and the downhill road based on the information of the data storage unit 380. That is, the pedal 32 is operated by a program that is set to operate in a slow way up to a large pressure is applied to the pedal 32 on the uphill road in proportion to the degree of inclination, and to operate quickly as it is even if there is no pressure on the pedal 32 on the downhill road. Let's go.

In the inclination section, the inclination section 370 transmits the information of the section to the inclination control section 370 according to a preset program to elevate the front and rear lifting section 2, which is the inclination driving cylinder, to incline the bike body 3. It controls to operate according to the virtual driving course.

The screen speed controller 360 analyzes the magnitude of the input power applied to the pedal 32 and converts it into a signal to control the speed of the image monitor 4. Thus, the screen speed of the image monitor 4 always has a screen speed associated with the rotational speed of the pedal 32.

In addition, the bike A having the virtual driving imaging apparatus includes a speed driving function.

When the user selects the speed driving function in the setting unit 301, the bike A is configured to adjust the screen speed of the image monitor 4 to the speed of the pedal 32 by the screen speed control unit 360 by a preset program. Regardless, it becomes possible to provide an interesting exercise with various experiences, such as being able to speed up a predetermined magnification to travel a long distance course in a short time.

In the speed driving function performed in the imaging apparatus B, when the user selects the speed driving function in the setting unit 301, the bike A is imaged by the screen speed controller 360 according to a preset program. The screen speed of the monitor 4 is increased by a predetermined magnification irrespective of the speed of the pedal 32, so that it is possible to travel a long distance course in a short time, and to provide an interesting exercise to the user with various experiences. This speed driving function is driven by using the speed function used in general digital TV or DVD.

For example, a video of a Jeju Island Olle trail course performing a double speed driving function, for example, a first section stream and a second section stream of a full course stream consisting of a section stream of 24 sections of Jeju Island Olle trail course produced for 12 hours. If you want to drive in 30 minutes, if you select the double speed function and drive, you will see the video of driving the 1-hour Olle trail course while the video of the first and second section streams 1 hour passes in 30 minutes of movement. will be. The speed driving function extracts only a part constituting an I picture from a specific position of a stream recorded from a mass storage device with reference to the stored information, and transfers it to the MPEG decoder for driving.

      4 shows a flow diagram as one embodiment of the invention.

When the user turns on the bike A of the present invention and inputs an ID and password in the setting unit, selects a driving course and starts driving, the data storage unit 380 receives a data signal for the corresponding course. The speed controller 340, which initiates the generation and receives the signal, analyzes and converts the transmitted signal in real time to control the speed of the bike by varying the pressure applied to the pedal 32, and the pedal 32 by the controlled speed. Is activated, the screen speed control unit 360 analyzes the electrical signal of the input unit of the pedal (32). By converting, the screen speed of the image monitor 4 is controlled.

In the case of driving in a straight section, in the hill section where the bike body 3 has different inclination, the front and rear lifting unit 2 is operated to adjust the inclination of the bike body 3, that is, the driving course is an uphill section. In this case, the bike body 3 is disposed to be inclined upward by raising the front elevating part 2, and the rotation speed of the pedal 32 is controlled to be slow by increasing the pressure applied to the pedal 32. At the same time, the screen speed is also controlled slowly by the screen speed controller 360 to complete the driving conditions of the virtual driving course. On the other hand, on the downhill road, the opposite operation of the uphill road is performed. However, for the characteristics of the bike and the safety of the user, the rear lifting part 2 is raised and the front lifting part 2 is lowered to the downward inclined position for the characteristics of the bike and the safety of the user. The pedal 32 is controlled so that no pressure is applied to the pedal 32 so as to travel downhill comfortably.

If the signal transmitted from the data storage unit 380 is information on the slope section or the hill section, the speed controller 340 separately sends a signal to the tilt controller 370 and the tilt controller 370 receives the signal. Analyze and convert to control the front and rear lifting unit (2) that is the tilt driving cylinder. That is, when the driving course is an uphill section with a curve inclined upward to the left side, the front main body 2 is gradually raised while gradually raising the left front and rear lifting unit 2 and the bike main body 3 is inclined upward. And the pressure applied to the pedal 32 is increased so that the rotation speed of the pedal 32 is controlled to be slow, and the screen speed is also controlled slowly by the screen speed controller 360. The driving condition is completed. On the contrary, on the downhill road of the upward slope of the right upward, the opposite operation of the uphill road is performed. However, for the characteristics of the bike and the safety of the user, the rear lift part 2 is raised and the front lift part 2 is gradually lowered. The lifting part 2 on the right side is lowered at a higher position than the lifting part on the left side, and the right side is positioned in a downwardly inclined posture in the upwardly inclined state, and no pressure is applied to the pedal 32 so as to comfortably descend. It is controlled to drive the road.

      In addition, the present invention can store the user's ID and password and individual driving history in the data storage unit 380 can be divided by driving the entire section by course in the case of long-distance course driving, and the driving history of the user by period You can also manage your personal fitness by allowing you to store and retrieve information.

      In the present invention, the video monitor 4 includes a function of dividing one screen into two (41, 42) or more screens and displaying several screens at the same time according to a user's selection. While watching the virtual driving course video 41 through it provides a function to watch TV broadcast 42 at the same time.

The present invention has been described above with reference to specific preferred embodiments, but the present invention is not limited to the above-described embodiments, and various changes and modifications may be made by those skilled in the art without departing from the gist of the present invention. Make sure you can.

The bike and the method of driving the bike having a virtual driving imaging apparatus according to the present invention will be said to be an industrially applicable invention because it is possible to repeatedly manufacture and execute the same product in a manufacturing plant of a general bike. .

1. Support 2. Lifting section 3. Bike body
4. Video monitor 300. Control unit 310. Main control unit
340. Speed controller 360. Screen speed controller 370. Tilt controller
380. Data Storage

Claims (3)

The support 1 is installed at the lower portion, the front and rear lifting unit 2 is installed before and after the support 1, and the user is seated at the upper end of the front and rear lifting unit 2 to rotate the pedal to exercise. (3) is installed, the handle 31 in the front of the bike body 3, the saddle 33 is installed in the rear of the pedal 32 in the lower middle, and the image monitor (in front of the bike body 3) In the bike A having a virtual driving imaging apparatus provided with 4),
In the bike A having the virtual driving imaging apparatus, an operation panel 30 including a control unit 300 is installed in the middle of the handle 31 of the bike body 3,
The control unit 300 is installed on the operation panel 30,
The control unit 300 includes a main control unit 310 for performing overall control, a data storage unit 380 connected to the main control unit 310 and storing a plurality of virtual driving course information, and the main control unit ( 310 is connected to the speed control unit 340 for increasing and decreasing the resistance of the pedal according to the speed of the uphill and downhill by analyzing and converting each driving course information stored in the virtual driving course information, and the main control unit 310. Inclination control unit 370 for transmitting and outputting a signal to operate the front and rear lifting unit 2 of the corresponding state in accordance with the inclination of the bike body by analyzing and converting each driving course information received from the data storage unit 380 in real time And a screen speed control unit 360 connected to the main control unit 310 and transmitting a real-time screen according to the virtual driving course information and controlling the speed of the transmitted screen.
The bike body (3) is supported by the front and rear lifting unit (2) at the four corners of the lower portion of the virtual running course by adjusting the height of the bike body (3) while lifting up and down independently of each other. Not only front and rear tilt, but also left and right tilt,
The image monitor (4) is a bike having a virtual driving imaging device, characterized in that it comprises the function of dividing one screen into two or more screens to display a plurality of screens at the same time.
In the driving method of the bike,
The driving method of the bike,
A power-on step of turning on the power of the bike A,
An input step of inputting driving conditions to the setting unit 301;
Start step of starting the drive of the pedal 32,
A slope or curve determination step of determining whether the data provided by the data storage unit 380 is a slope section or a curve;
In a straight section instead of a curve section in the step of determining the slope or curve section, the speed of the pedal 32 is sensed by the control of the speed controller 340 and the front and rear of the front and rear lifting unit 2 according to the slope of the uphill or the downhill. Where the inclination is adjusted,
A screen speed control step of analyzing and converting an input signal received from the pedal speed detection input unit by the screen speed control unit 360 to control the screen speed;
In the inclination or curve section determination step, in accordance with the control of the speed control unit 340 and the inclination control unit 370, the front and rear lifting unit (2) consisting of the inclination drive cylinder is independently lifted up and down while the bike body ( Converting not only the front and rear slopes of 3) but also the left and right slopes,
Ending and storing the drive;
In the screen speed control step, the driving speed of the bike, characterized in that the screen speed is increased at a constant double speed regardless of the running speed of the pedal 32
The method of claim 2,
Bike driving method, characterized in that the driving movement by dividing the long-distance driving course into several times based on the stored data.

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