KR20110098028A - Board for jumping exercise - Google Patents

Abstract

The present invention relates to a leap exercise board that can be exercised by repeatedly walking or landing and landing in place.
The present invention is a board-shaped main board, and the leap exercise board is composed of a buffer bridge which is installed at the bottom edge of the main board to support the main board and a shock absorbing support for reducing the shock generated during landing to the floor or the user. The main board is provided including a board body, a reinforcement plate and a top sheet, and the board body of the main board is lowered from the bottom to the top surface to be firmly mounted while lowering the height of the buffer leg at the edge of the four ears. A bridge coupling groove is formed and a locking groove for fixing the buffer leg is formed in the bridge coupling groove.
Therefore, by arranging a plurality of sensors on the main board, by dividing the user's landing position into a plurality of groups so as to be recognized, the setup or the game driving program is connected to the wired / wireless through a setup box and presented through a monitor or a TV. You can enjoy learning and playing games in a natural and fun way through problems and obstacles.

Description

Board for jumping exercise

The present invention relates to a leap exercise board that can be exercised by repeatedly walking or landing and landing in place. More specifically, by providing a buffer leg to be inserted from the bottom to the upper surface of the main board, even if the buffer leg is relatively high, it is possible to lower the height of the main board from the bottom as well as to provide a more firm fixing. The present invention relates to a leap exercise board that can give slimness and stability.

In general, the hopping exercise board is one of the exercise equipment used in the room or living room or on the floor while the user walks or jumps and lands on the floor repeatedly.

All of these hopping boards are plate-shaped main boards and the lower edges of the main boards, as shown in Korean Patent Nos. 0446588, 0844000, 0877908 and Utility Model Nos. 02635396, 0298847 and 0385431. Installed on the main board and the shock absorbing legs to reduce the shock generated during landing to the floor or the user consists of a buffer bridge.

However, in the leap exercise board of the existing patent and utility model, the user simply walks on the board (or scaffolding) and performs the walking or leap movement in place so that it is interesting to induce continuous exercise for a predetermined time. Because of this, it was quickly tired and boring, so there was a problem that it was not used well.

Korea Patent No. 0446588, Patent No. 0844000, Patent No. 0877908, Utility Model No. 0265396, Utility Model No. 0298847, Utility Model No. 0385431

The present invention has been researched and developed in order to solve the conventional closed and problems as described above, the object is that the buffer bridge is relatively high by providing a bridge coupling groove in which the buffer bridge is inserted from the bottom to the top surface in the main board In addition, it is possible to lower the height of the main board from the floor, as well as to achieve a more firm fixation, thereby providing a leap exercise board to give a more slim (slim) and a sense of stability.

Another object of the present invention is to assemble the main board when the user performs a variety of exercises, games and learning in the main board by providing several setting grooves and setting projections that are fitted in correspondence with each other on the board body and the reinforcing plate forming the main board It is to provide a hopping motion board that prevents slip between the board body and the reinforcing plate even if bending deformation, which is the biggest weakness of, occurs, and prevents friction noise by the slip prevention.

Still another object of the present invention is to arrange a plurality of sensors on the motherboard, but by dividing the landing position of the user into a plurality of groups so as to recognize it through a computer or a setup box to connect to the learning or game driving program and wired or wireless It is to provide a leap exercise board so that students can enjoy learning and playing games in a natural and fun way through problems or obstacles presented through a monitor or TV.

The leap movement board according to the present invention for achieving the above object is a plate-shaped main board, and a buffer bridge for reducing the impact generated when the landing is installed on the bottom edge of the main board to support the main board and landing In the leap movement board consisting of, the main board is provided including a board body, a reinforcement plate and a top sheet and the board body of the main board so that it can be firmly mounted while lowering the height of the buffer leg at the edge of four ears. A leg coupling groove is formed from a lower portion to an upper surface portion, and a locking groove for fixing the buffer leg is formed in the leg coupling groove.

In addition, the board body is provided with a partition wall having a lower reinforcing rib for the reinforcement reinforcement is provided higher than the center portion along the edge of the main board in the plane, and the upper surface reinforcing rib of the grid shape is provided.

Even if the main board is flexibly deformed within the elastic deformation range, it is possible to prevent the slip between the board body and the reinforcing plate material and to prevent friction noise inherently by preventing such slip. It is preferable to provide setting grooves and setting protrusions fitted in the setting grooves in the reinforcing plate material.

In the hopping motion board according to the present invention, a pair of substrate sheets on which a circuit pattern having a plurality of contact switches is provided between the board body and the top sheet is divided into a plurality of groups on a flexible wide sheet. Between the substrate sheets is characterized in that the sheet sensor unit is provided with an insulating sheet through which the respective holes are formed for each contact switch position of the substrate sheet.

In the hopping motion board according to the present invention, the top sheet is preferably provided with a hemispherical elastic protrusion having a pressing protrusion on the bottom surface so as to press the contact switch for each contact switch position of the seat sensor unit.

The seat sensor unit and the top sheet are provided with a fastening hole at a position corresponding to each other and mounted through the tack-type coupling pin as a fastening hole for mounting the seat sensor unit and the top sheet to the board body.

One side of the board body is provided with an accommodating space for accommodating and installing a connector of the seat sensor unit, an RF transmitter and the like, and a cover for protecting a part in the accommodating space is provided on the lower surface of the accommodating space.

The leap exercise board of the present invention as described above is provided by inserting the buffer leg from the lower side to the upper surface of the main board to lower the height of the main board from the floor, even if the buffer leg is relatively high, of course, more robust. It can be fixed and thereby has a slimmer (slim) effect to give a sense of stability.

In addition, the present invention provides a plurality of setting grooves and setting protrusions that are fitted in correspondence with each other to the main body and the reinforcing plate forming the main board when the user performs various movements, games and learning on the main board, the maximum of the assembly type main board Even if the bending deformation, which is a weak point, is prevented, the slip between the board body and the reinforcing plate material is prevented, and the slip prevention prevents frictional noise at the source.

In addition, the present invention arranges a plurality of sensors on the main board, and divides the user's landing position into a plurality of groups so as to recognize the user's landing position. Through the problems or obstacles presented through the TV has the effect that you can enjoy learning and games naturally and fun.

1 and 2 is a perspective view showing a jump motion board according to an embodiment of the present invention.
3 is a front view of Fig.
4A is an exploded perspective view of a main board of the present invention.
Figure 4b is an exploded perspective view showing a part of the main body and the reinforcing plate in the main board which is the main part of the present invention.
FIG. 5 is a longitudinal cross-sectional view of a part of the main board of FIG. 4A.
6 is an assembled cross-sectional view of FIG. 4B.
7 is a longitudinal cross-sectional view showing a storage space portion of the mainboard of the present invention.
8 is an exploded perspective view showing a seat sensor unit provided in the main board of the present invention.
FIG. 9 is a detailed cross-sectional view illustrating the contact switch portion of FIG. 8. FIG.

Or less, on the basis of the accompanying drawings, the jump motion board according to the present invention will be described in detail.

1 and 2 is a view showing a hopping exercise board of a preferred embodiment according to the present invention, Figures 3 to 9 are views showing the main board which is the main part of the present invention.

As shown in the figure, the leap motion board of the present invention is composed of a plate-shaped main board 100 and the buffer leg 200 is provided on the edge of the main board 100 while maintaining a stable balance.

The main board 100 includes a board body 110 and a top sheet 130 which are plastic injections, and a sheet sensor unit 140 is interposed between the board body 110 and the top sheet 130. It is.

The board main body 110 has a bridge coupling groove 111 is formed from the bottom to the upper surface portion to be firmly mounted while lowering the height of the buffer leg at the four ear edges and cushioned in the bridge coupling groove 111. A locking groove 112 for fixing with the leg 200 is formed. The cap type includes a lower reinforcing rib 114 that is higher than the center portion along the rim of the board body 110 on the plane and for reinforcement. A partition 113 having a cross section is provided, and a grid-shaped upper reinforcing rib 115 is provided inside the partition 113.

One side of the board body 110 is provided with an accommodating space 116 for accommodating and installing the connector of the seat sensor unit 140 and the RF transmitter and the like, and a part of the accommodating space 116 is provided on the lower surface of the accommodating space 116. Cover 117 is protected to protect.

Where the upper reinforcement ribs 115 of the board body 110 intersects, the deformation occurs within the elastic limit of the main board 100 when the user performs various movements, games and learning on the main board 100. Even if there are several setting grooves 118 for setting the reinforcing plate member 120 to prevent slip between the board body 110 and the reinforcing plate member 120 is provided.

The reinforcing plate member 120 is firmly fixed to the upper surface reinforcing ribs 115 of the board body 110 by a plurality of fastening members 126 to flatten the inner surface and to reinforce the strength of the reinforcing plate member 120. In the upper surface of the) is a setting groove 121 formed in its outer shape so that the seat sensor unit 140 does not protrude from the upper surface without setting the flow, and a plurality of protruding on the upper surface of the setting groove 121 An upper surface setting protrusion 122 is provided, and a lower surface setting protrusion 124 fitted into the setting groove 118 on the upper surface reinforcing rib 115 protrudes from the lower surface of the reinforcing plate member 120.

Fastening holes are drilled in the upper setting protrusions 122 and the lower setting protrusions 124, respectively, and coupling pins are mounted in the fastening holes of the upper setting protrusions 122 to mount the upper sheet 130 and the sheet sensor unit 140. A hole into which the 150 is fitted is a hole through which the fastening member 126 for firmly fastening the reinforcing plate member 120 to the board body 110 is fastened to the fastening hole of the lower surface setting protrusion 124.

The top sheet 130 is provided with a hemispherical elastic protrusion 131 having a pressing protrusion 132 on the bottom surface of the seat sensor unit 140 so that the contact switch 144 can be pressed at each position of the contact switch 144. The fastening hole 133 is provided in the position corresponding to the fastening hole of the board | plate material 120 mutually. The top sheet 130 is preferably molded by foaming softly at low density with EVA (Ethylene Vinyl Acetate), urethane, or the like.

The sheet sensor unit 140 is provided with a pair of substrate sheets 141 and 142 printed with a circuit pattern 143 having a plurality of contact switches 144 to be divided into a plurality of groups on a flexible and wide sheet. An insulating sheet 145 is formed between the substrate sheets 141 and 142 with holes 146 formed at respective positions of the contact switches 144.

The contact switches 144 of the substrate sheets 141 and 142 are insulated and short-circuited by the insulating sheet 145, and the contact switches 144 printed on the pair of substrate sheets 141 and 142 are pressed by pressing the through holes 146. It is in contact with and energized. The seat sensor unit 140 is perforated with a fastening hole 147 at a position corresponding to the fastening hole of the reinforcing plate 120.

The coupling pin 150 is for fixing and fixing the top sheet 130 and the sheet sensor unit 140 to the reinforcing plate 120, the fastening hole of the top sheet 130 and the sheet sensor unit 140 ( It is a pin-shaped pin that is fitted into the fastening hole of the reinforcing plate member 120 through the 133,147.

The shock absorbing leg 200 is inserted into the cylinder housing 210 which is mounted and coupled to the leg coupling groove 111 of the board body 110, and the cylinder housing 210 is installed to be elevated on the inner surface to be primarily buffered. It is composed of a cylinder 220 including the piston 230 and the elastic member 240 so as to be provided at the lower end of the cylinder 220 and the air cushion 250 to secondary buffer.

The hopping motion board according to the present invention configured as described above has a reinforcing plate member 120 on the top reinforcing rib 115 of the board body 110, but the reinforcing plate member (118) on the setting groove 118 on the top reinforcing rib 115 The lower surface setting protrusion 124 of the 120 is placed to be fitted and assembled with a small screw, respectively, the fastening member 126 through the fastening hole in the center of the lower surface setting protrusion 122.

The seat sensor unit 140 is placed in the setting groove 121 formed on the reinforcing plate 120, but the upper setting protrusion 122 of the setting groove 121 is fastened to the fastening hole 147 of the seat sensor unit 140. ) Is set to temporarily set without flow, and then the top sheet 130 is placed on the sheet sensor unit 140. At this time, the fastening holes 147 and 133 which are perforated in the sheet sensor unit 140 and the top sheet 130 are in a state coinciding with the fastening holes of the reinforcing plate material 120.

In this state, when the insert pin 150 is inserted into each of the fastening holes of the upper sheet 120, the end of the coupling pin 150 passes through the fastening holes of the reinforcing plate material 120 and is caught and fixed to the finished product. Main board 100 will be obtained. At this time, the connector of the seat sensor unit 140 should be drawn out to be located in the receiving space 116 of the board body 110.

The RF sensor should be connected to the connector of the seat sensor unit 140 to be able to transmit and receive signals with a setup box or a computer.

On the other hand, the cylinder 220, the cylinder 220, the piston 230, the elastic member 240 and the air cushion 250 is assembled to obtain a buffer leg 200. The cylinder housing 210 of the buffer leg 200 assembled as described above is inserted into the leg coupling groove 111 of the board body 110, but the engaging protrusion provided on the outer surface of the cylinder housing 210 is the leg coupling groove 111. By inserting and rotating so as to be caught by the locking groove 112 of the finished product, a jump board is obtained.

At this time, since the cylinder housing 210 of the buffer leg 200 is inserted as much as the depth of the leg coupling groove 111, it is possible to achieve a more firm fixing while lowering the height of the main board from the floor, thereby making it more slim and stable. Will be able to secure.

The assembled exercise board of the finished product is installed so that the air cushion 250 of the buffer leg 200 is placed on the floor of the room with water in the living room or the veranda, and the user stands on the main board 100 to perform a Dance Dance Revolution. In addition to games, you can enjoy walking, running and jumping while enjoying learning games that run on TV or computer monitors.

At this time, when walking in place or jumping on the main board 100, the shock absorbing leg 200, the cylinder 220 and the air cushion 250 is compressed and expanded to absorb the shock and serves as a stable holding.

As such, when the user walks, runs, jumps, and learns on the main board 100, the setting protrusion 124 is inserted into the setting groove 118 on the upper reinforcement rib 115, and according to the weight of the user. Even though the board body 110 and the reinforcing plate 120 forming the main board 100 are flexurally deformed within the elastic deformation range, slip between the board body 110 and the reinforcing plate 120 is prevented and occurs due to the slip. It is possible to prevent the source of friction noise.

The seat sensor unit 140 on the board body 110 constituting the main board 100 is divided into zones that are partitioned, that is, the center and the left and right, the front and rear and front and rear left and right positions of the center each time the stepped on the stepped position or As you move in the direction of step, you can reduce the running game as well as DDR game or walking in place, and if you present a learning problem on the TV screen or monitor, you can naturally learn by adopting the correct answer as the step.

The present invention can enjoy a leap movement without causing damage to people around the room in the living room or porch indoors, as well as a leap exercise equipment that repeats leap and landing on a wide plate, as well as a TV (TV) or a computer monitor It can be useful to exercise while following the movement.

100: main board 110: board body 111: bridge coupling groove
112: locking groove 113: partition 114: bottom reinforcement rib
115: upper reinforcement rib 116: storage space 117: cover
118: setting groove 120: reinforcing plate 121: setting groove
122: upper surface setting projection 124: lower surface setting projection 126: fastening member
130: top sheet 131: elastic projection 132: push projection
133,147: fastening hole 140: sheet sensor unit 141,142: substrate sheet
143: circuit pattern 144: contact switch 145: insulating sheet
146: through hole 150: coupling pin 200: buffer leg

Claims (7)

In the hopping exercise board consisting of a plate-shaped main board and a shock absorbing leg which is installed at the bottom edge of the main board to support the main board and reduce the shock generated during landing to the floor or the user.
The main board is provided including a board body, a reinforcement plate and a top sheet, and the board body has a bridge coupling groove formed from the bottom to the top portion so as to be firmly mounted while lowering the height of the buffer leg at the edge of the four ears. And the leap movement board, characterized in that the engaging groove for fixing with the buffer leg is formed in the leg coupling groove. The method of claim 1,
The board body is a planar exercise board, characterized in that the partition body is provided with a lower surface reinforcing rib for the reinforcement reinforcement is higher than the center portion along the border of the board body on the plane and the grid-shaped upper reinforcing rib is provided inside the partition wall. The method of claim 1,
A leap movement board, characterized in that a plurality of setting grooves are provided at a portion where the upper reinforcing ribs of the board body intersect, and a lower setting protrusion is provided at each of the setting grooves in the reinforcing plate material. The method of claim 1,
Between the board body and the top sheet is provided a pair of substrate sheet printed circuit pattern having a plurality of contact switches to be divided into a plurality of groups in a flexible wide sheet and the position of the contact switch of the substrate sheet between the substrate sheet The leap movement board, characterized in that each seat sensor unit is provided with an insulating sheet is formed through each hole. The method of claim 4, wherein
One side of the board main body is provided with a storage space for accommodating and installing a connector and an RF transmitter and the like provided in the seat sensor unit, and the lower surface of the storage space is covered with a cover for protecting the components in the storage space board. The method of claim 4, wherein
The seat sensor unit, the upper seat is provided with a fastening hole at a position corresponding to each other, and the piercing movement characterized in that mounted through the coupling pin of the tack type as a fastening hole for mounting the seat sensor unit and the top sheet to the board body board. The method according to claim 4 or 6,
The upper sheet is a hopping exercise board, characterized in that the hemispherical elastic projections having a pressing protrusion is provided on the lower surface so as to press the contact switch at each position of the contact switch of the seat sensor unit.

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