KR101222391B1 - Ride capable of driving by self- generation of electric power - Google Patents

Abstract

The present invention is a central axis fixed to the ground, the horizontal axis and the base, the chairs are seated on both ends of the central axis are arranged on one side of the chair, respectively, the driver is provided on the horizontal axis to generate a driving force by the manpower A link device, which is a motion conversion device, is a motion conversion device that converts a rotational force of an electric motor using electric power generated by a generator, the generator being disposed on a horizontal axis or a base to generate electric power by a driving force generated by the member, the driving member, and the generator. The present invention relates to a play equipment capable of mechanically connecting a work), a motor, a horizontal shaft or a supporting member, and converting the rotational force of the motor into a seesaw motion and a drilling motion by using a link device, which is a motion conversion device, to be driven by self-power generation. According to the present invention, by manually driving the seesaw or swing-type playground equipment driven by the self-powered by the link member (link work) which is a drive member, a generator, a motion conversion device can cause interest to the occupant, manpower By the electricity is generated, the drive member and the generator can be used by recycling the parts of the waste bicycle, waste vehicles, waste appliances, it is environmentally friendly.

Description

Ride capable of driving by self-generation of electric power

  The present invention relates to a playground equipment, and more particularly to a playground equipment that can be driven by self-power generation.

  The playground has a variety of rides for children to play on. Most of these rides are operated manually by the children's attraction. Children are curious, so they play on the rides, consuming their energy for a long time.

  The children's kinetic energy consumed in these rides is to make an interesting ride that can be driven by self-generation.

   SUMMARY OF THE INVENTION An object of the present invention is to provide a ride that can be driven by self-power, which can be driven by self-power, thereby causing interest to the occupant.

   In order to achieve the above object, the play equipment that can be driven by self-power generation according to an embodiment of the present invention is a central axis fixed to the ground; A horizontal axis on which both chairs are arranged, the occupants of which can sit; A driving member disposed on one side of the chair, the driving member being provided on the horizontal shaft to generate a driving force by the occupant; A generator disposed on the horizontal axis to generate electric power by a driving force generated by the driving member; An electric motor electrically connected with the generator and including a reduction gear driven by electric power generated by the generator; And a link work which is mechanically connected to the electric motor to operate the horizontal axis in the seesaw motion by using a link work which is a motion conversion device.

   In addition, the play equipment which can be driven by the self-power generation according to another embodiment of the present invention includes a horizontal axis fixed to the ground by a pole (pole) so that both ends are spaced in the air in parallel with the ground; A support member having one end coupled to the outer circumferential surface of the horizontal shaft by a bearing or the like as a rod; A driving member having a base plate having at least one chair seated therein, the driving member being disposed in the base to generate a driving force by the attraction force; A generator disposed at the base to generate electric power by a driving force generated by the driving member; An electric motor including a reduction gear electrically connected to the generator and driven by electric power generated by the generator; It is mechanically connected to the electric motor includes a link work (link work) for operating the support member in the drilling motion through a link work (link work) which is a motion conversion device of the rotational force of the electric motor.

   Here, the drive member, the first bicycle gear unit having a pedal, a crankshaft and a first gear; A second gear and a second bicycle gear unit including a sprocket; And a bicycle chain connecting the first gear and the second gear, wherein the generator may generate power by a rotational force when the second bicycle gear including a sprocket rotates.

   In addition, the drive member and the generator, the bicycle and waste vehicles, can be recycled parts of the home appliances.

   The apparatus may further include an acoustic output unit capable of outputting sound or music and / or an illumination unit capable of emitting light using electricity generated by the generator.

   According to the play equipment which can be driven by self-power generation according to an embodiment of the present invention,

   First, the manually moving seesaw or swing-type playground equipment can be driven by self-generation by the driving member and the generator, which may cause interest to the occupant.

   Second, the driving member is easy to manufacture because it can utilize the first and second bicycle gear portion and the bicycle chain used in a general bicycle.

   Third, electricity is generated by manpower, and the driving member and generator are environmentally friendly because they can be used by recycling parts of waste bicycles, waste cars, and home appliances.

   Fourth, it is possible to increase the pleasure of riding by outputting sound or music from the sound output unit with the generated electricity.

   Fifth, it is possible to further increase the pleasure of riding by enabling light emission from the illumination unit with the generated electricity.

1 is a front view showing a play equipment capable of driving by self-power generation according to an embodiment of the present invention.
FIG. 2 is a diagram illustrating an operation of a play equipment that can be driven by self-generation shown in FIG. 1.
3 is a front view showing a play equipment capable of driving by self-power generation according to another embodiment of the present invention.
FIG. 4 is a diagram illustrating an operation of a play equipment that can be driven by self-generation shown in FIG. 3.

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

   Note that, in the drawings, the same components are denoted by the same reference symbols as possible. Further, the detailed description of known functions and configurations that may obscure the gist of the present invention will be omitted. For the same reason, some of the components in the drawings are exaggerated, omitted, or schematically illustrated.

   1 is a front view showing a play equipment capable of driving by self-power generation according to an embodiment of the present invention.

   FIG. 2 is a diagram illustrating an operation of a play equipment that can be driven by self-generation shown in FIG. 1.

  Referring to FIGS. 1 and 2, the play equipment 100 capable of being driven by self-power generation includes a central axis 110, a horizontal axis 120, a motion conversion link device 130, and a first gear part 140 that is a driving member. It includes a second gear unit 141, a generator 150, a motor 160 including a reduction gear.

  Here, the play equipment 100 is to enable the driving of the seesaw to move manually.

   The central axis 110 is fixed to the ground GL to support the play equipment 100. The central axis 110 may be straight or may be configured with a plurality of supports as shown in FIG. 1.

   The motor 160 including the reduction gear may be connected to the motor 160 including the reduction gear and the horizontal shaft 120 mechanically by a link device 130 which is a motion conversion device on one side of the horizontal shaft 120 on the left or right side. Is placed.

   Here, the linkage device 130, which is a motion conversion device, is mechanically connected to convert the rotational motion of the electric motor 160 including the reduction gear into up and down motion so that the horizontal axis 120 can perform a seesaw motion.

   The horizontal shaft 120 has a shape of the shaft, and chairs 131 on which both occupants can sit are disposed. For the safety of the occupant, the horizontal axis 120 may be provided with a handle (H).

   In addition, the driving member first gear unit 140 is disposed on one side of the chair 131, and is provided on the horizontal shaft 120 to generate a driving force by the occupant.

   In this case, the driving member includes a first bicycle gear unit 140, a second bicycle gear unit 141, and a bicycle chain 142. Such a driving member can be used by recycling the parts of the waste bicycle.

   That is, the first bicycle gear unit 140 includes a pedal 140a, a crankshaft 140b, and a first gear 140c. The second bicycle gear unit 141 has a second gear including a sprocket. The bicycle chain 142 connects the first gear 140c and the second gear 141a.

   In addition, the generator 150 is disposed on the horizontal shaft 120 to generate electric power by the driving force generated by the drive member first gear unit 140, the second gear unit 141, and the bicycle chain 142. .

   The generator 150 has a rotational force of the second gear unit including a sprocket connected to the shaft of the generator when the driving force of the bicycle first gear unit 140 described above is rotated by the bicycle chain 142. Development is possible. The generator 150 may also recycle parts of waste vehicles or waste home appliances.

   Electricity generated by the generator 150 is supplied to the electric motor 160 including the speed reducer by an electrical connection by the wire L and the panel unit 170.

    The electric motor 160 including the reduction gear is connected to the horizontal shaft 120 by mechanical connection with a linkage device 130 which is a motion conversion device installed on the left or right side of the horizontal shaft 120,

    The linkage device 130, which is a motion conversion device, converts the rotational motion of the electric motor 160 into the up and down motion so that the horizontal axis 120 can perform the seesaw motion.

On the other hand, the generated electricity can be utilized for various purposes in the play equipment. For example, when the sound output unit 300 is provided, sound or music can be output using electricity generated by the generator 150, and when the lighting unit 400 is provided, the play equipment 100 is provided. Light emission is possible on the screen. Lighting of the lighting unit 400 may be a variety of lights, such as light bulbs, LEDs.

   Next, a play equipment that can be driven by self-power generation according to another embodiment of the present invention will be described.

   3 is a front view showing a play equipment capable of driving by self-power generation according to another embodiment of the present invention;

   FIG. 4 is an exemplary view of driving a play equipment capable of driving by self-generation shown in FIG. 3.

  3 and 4, the play equipment 200 capable of being driven by self-power generation includes a horizontal shaft 210, a support member 220, a base 230, and a drive member first gear unit 240 and a second gear. The unit 241, the generator 250, the motion conversion link device 260, a motor 270 including a speed reducer and a panel unit 280. Here, the ride 200 is to be driven by the self-powered swing swing manually.

   Both ends of the horizontal shaft 210 are fixed to the ground GL by poles so as to be spaced apart in the air in parallel with the ground GL.

   The support member 220 is disposed on the horizontal axis 210 to enable the pendulum movement. The support member 220 is coupled to the outer circumferential surface of the horizontal shaft 210 by a bearing or the like so as to be rotatable separately from the horizontal shaft 210.

   One end of the support member 220 mechanically connects the electric motor 270 and the support member 220 by a link device 260 which is a motion converter, and the link device 260 that is a motion converter is connected to the motor 270. By converting the rotational motion into a horizontal motion, the support member 220 transmits power to enable the pendulum motion.

   The base 230 includes a base 230 having at least one chair 231 on which an occupant can sit, and is fixed to the support member 220. In the figure, a back plate 232 for safety is provided on the back of the chair 231. In addition, although the number of chairs 231 is illustrated as two, the number is adjustable.

   The first gear part 240, which is a driving member, is disposed at one side of the chair 231, and is disposed at the base 230 so that the occupant generates a driving force by the attraction force.

   As in the above-described embodiment, the driving member includes a first bicycle gear unit 240, a second bicycle gear unit 241, and a bicycle chain 242. The driving member first bicycle gear unit 240, the second bicycle gear unit 241, and the bicycle chain 242 are arranged in a pair of chairs 231, respectively.

   That is, the first bicycle gear unit 240 includes a pedal 240a, a crank shaft 240b, and a first gear 240c. The second bicycle gear unit 241 includes a second gear 241a including a sprocket. In addition, the bicycle chain 242 connects the first gear 240c and the second gear 241a. In this case, the generator 250 includes a second gear including a sprocket connected to the shaft of the generator when the driving force of the first gear unit 240 described above is rotated by the bicycle chain 242. Power can be generated by negative rotational force. The generator 250 may also recycle parts of waste vehicles or home appliances.

   In addition, the generator 250 is disposed on the base 230 to generate electric power by the driving force generated by the first bicycle gear 240, the second bicycle gear 241, and the bicycle chain 242. This drive member can also recycle waste bicycle parts.

   Electricity generated by the generator 250 is supplied to the electric motor 160 including the speed reducer by an electrical connection by the wire L and the panel unit 280.

   The rotational force of the electric motor 270 including the reduction gear which is supplied with electricity is mechanically connected to be transmitted to the support member 220 by the link device 260 which is a motion conversion device.

   Here, the link device 260, which is a motion conversion device, converts the rotational force of the electric motor 270 including the reduction gear into pendulum motion, thereby enabling the support member 220 to pendulum motion.

   In addition, the electricity generated here can be utilized for various purposes in the play equipment. For example, when the sound output unit 300 is provided, sound or music may be output using electricity generated by the generator 250, and when the lighting unit 400 is provided, the play equipment 200 is provided. Light emission is possible on the screen. Lighting of the lighting unit 400 may be a variety of lights, such as light bulbs, LEDs.

   Thus, according to the embodiment of the present invention, the manually moving seesaw or swing-type play equipment (100, 200) can also be operated manually, the first bicycle gear (140, 240) and the second bicycle gear (drive member) ( 141, 241 and bicycle chains 142, 242 and generators 150, 250 may also be driven by self-generation, which may cause interest to the occupants. Since the driving members 140 and 240 may utilize the first bicycle gear parts 141 and 241, the second bicycle gear parts 142 and 242, and the bicycle chains 142 and 242 used in general bicycles, they are easy to manufacture. Do.

   In addition, electricity is generated by the manpower, and the first bicycle gears 140 and 240, the second bicycle gears 141 and 241, the bicycle chains 142 and 242 and the generators 150 and 250, which are driving members, It is eco-friendly because the parts of used cars and household appliances can be recycled and used.

   It should be noted that the embodiments of the present invention disclosed in the present specification and drawings are only illustrative of the present invention in order to facilitate the understanding of the present invention and are not intended to limit the scope of the present invention. It will be apparent to those skilled in the art that other modifications based on the technical idea of the present invention are possible in addition to the embodiments disclosed herein.

100, 200 ... rides
110 ... center axis
120 ... Horizontal shaft 220 ... Support member
130, 260 ... kinematic linkage 230 ... base
140, 240. Drive member first gear portion
141, 241. Drive member second gear portion
142, 242 ... bicycle chain
150, 250 ... generator
160, 270 ... electric motor with reduction gear
170, 280 ... Panel
300 ... sound output 400 ... light

Claims (5)

delete A horizontal axis fixed to the ground by poles so that both ends are spaced in the air in parallel with the ground;
A support member having one end coupled to the outer circumferential surface of the horizontal shaft by a bearing or the like as a rod;
A first bicycle gear unit having a base plate on which at least one chair can be seated, and having a pedal, a crankshaft, and a first gear so that the occupant generates a driving force by the attraction force; a driving member including a second bicycle gear unit having a second gear including a sprocket, and a bicycle chain connecting the first gear and the second gear to the base plate;
A generator disposed at the base to generate electric power by a driving force generated by the driving member;
An electric motor electrically connected with the generator and including a reduction gear configured to drive with electric power generated by the generator;
It includes a link work (link work) for operating the drilling member drilling motion from the rotational force of the electric motor,
The generator is connected by the shaft and the second bicycle gear portion to generate power by using the rotational force of the second bicycle gear portion generated when the second gear including the sprocket rotates,
Further comprising a panel unit for electrically connecting the generator and the electric motor,
The generator is provided with at least one,
The panel portion includes at least one component of a diode and a non-return capacitor, an overcurrent excitation,
An acoustic output unit capable of outputting sound or music using electricity generated by the generator; And / or an illumination unit capable of emitting light.
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