CN203303579U

CN203303579U - Multifunctional balance plate

Info

Publication number: CN203303579U
Application number: CN2013202825974U
Authority: CN
Inventors: 杨莲传
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-05-22
Filing date: 2013-05-22
Publication date: 2013-11-27
Anticipated expiration: 2023-05-22

Abstract

The utility model provides a multifunctional balance plate comprising a base plate of a round plate shape, a pedal of a round plate shape, a push element and a sliding block. The pedal can be correspondingly connected with the upper portion of the base plate in a mode that the pedal can rotate relative to the base plate. The center of the bottom face of the base plate is provided with a lower protruding body, the top face of the base plate is provided with at least one first positioning portion, the lower portion of the push element is provided with a connecting portion, the connecting portion is downward connected with the sliding block, the lower portion of the sliding block is provided with a second positioning portion, the second positioning portion can slide relative to the first positioning portion, and mutual positioning of the first positioning portion and the second positioning portion can be achieved. Therefore, when the first positioning portion and the second positioning portion are separated, the base plate can be located on the upper portion of the pedal so that a user can step on a plate face of the base plate to twist waist for exercises. When the second positioning portion is located above the first positioning portion, the pedal and the base plate are stably connected so that the user can step on the plate face of the pedal to training the balance sense, legs and the waist.

Description

Multifunctional balancing board

Technical field

The utility model is relevant for a kind of balance plate, espespecially a kind ofly can allow the user select to use with different motion modes, and can guarantee to use safe Multifunctional balancing board.

Background technology

General common balance plate mainly is provided with a discoid pedal, and be provided with protruding arc body in the below of pedal, when arc body presses on ground downwards, because the imbalance of the setting of convex arc body and user's center of gravity, can produce the swing of different directions, so as to allowing the sense of user's balance training, shank and waist, make to reach the effect of body-building.

The balance plate of another kind of pattern is that a chassis corresponding to this pedal is set below discoid pedal, and pedal can rotate with respect to chassis, so as to allowing user's both feet separately trample on the plate face of pedal to carry out twist motion, in equilibrium process, reach the effect of the body-building that sways one's hips.

Therefore above-mentioned existing two kinds of balance plates only can produce respectively single training function, but can't mutually replace.And if reach different training effects, namely need to purchase respectively.Thus, will increase user's financial burden, and can increase the space of storage.

The utility model content

The purpose of this utility model is to provide a kind of Multifunctional balancing board, can allow the user select to use with different motion modes, to reach respectively different body-building effects; The expense of buying different body-building apparatus can be saved, and storage area can be effectively saved.

The utility model provides a kind of Multifunctional balancing board, comprising:

The center on one ，Qi bottom surface, discoid chassis is provided with convex body, and the end face on this chassis is provided with at least one the first location division;

One discoid pedal, can with respect to the mode correspondence that rotate on this chassis, being connected in the top on this chassis, the end face of this pedal is provided with an opening;

One impeller, be located at the top of this opening, and the below of this impeller is provided with a junction; And

One slide block, be located at the below of this opening, and this slide block upwards connects this connecting portion, and the below of this slide block is provided with second location division that can slide and mutually locate with this first location division with respect to this first location division.

Further, this first location division is one by the upwardly extending projection of the end face on this chassis, and this second location division is the groove that a width is greater than this bump width.

Further, be provided with at least one circular orbit between this pedal and this chassis, in this circular orbit, be equipped with and a plurality ofly can drive the ball that pedal rotates with respect to chassis.

Further, this connecting portion is the projection of a bottom surface by this impeller to downward-extension, and forms a groove on the end face of this slide block.

Further, the bottom surface of this impeller also is provided with location division on, and the end face of this pedal also is provided with a De Xia location division, upper location division, location.

Further, the location division raised line that protrude downwards the bottom surface of this impeller of serving as reasons on this, this time location division is the groove be formed on this pedal end face.

Further, also comprise that on one, instruction unit reaches instruction unit, on this, instruction unit is located at the outer peripheral edges of this pedal, and this time instruction unit is located at the outer peripheral edges on this chassis.

The advantage the utlity model has is:

1, this allows the user select to use with different motion modes with New Energy, therefore, not only can reach respectively different body-building effects, can save the expense of buying different body-building apparatus, and can effectively save storage area.

2, this use New Energy pedal be positioned at chassis above, that is during the lower convex body kiss the earth of undersurface of bottom disc, allow pedal and chassis form firm being connected with first, second location division, therefore, can allow the user when carrying out balance training, guarantee to use safety.

The accompanying drawing explanation

The assembly exploded view of the Multifunctional balancing board that Fig. 1 provides for the utility model.

The three-dimensional appearance schematic diagram of the Multifunctional balancing board that Fig. 2 provides for the utility model.

The side view of the Multifunctional balancing board that Fig. 3 provides for the utility model.

The combination generalized section of the Multifunctional balancing board that Fig. 4 provides for the utility model.

The combination generalized section of the lower convex body that Fig. 5 provides for the utility model upward the time.

The three-dimensional appearance schematic diagram of the lower convex body that Fig. 6 provides for the utility model upward the time.

The use state diagram of the lower convex body that Fig. 7 provides for the utility model down the time.

In figure:

The 1-Multifunctional balancing board; The 2-chassis;

Convex body under 21-; Circular orbit under 22-;

23-the first location division; Instruction unit under 24-;

The 3-pedal; The 31-opening;

Location division under 32-; The upper instruction unit of 33-;

Circular orbit on 34; The 35-circular orbit;

36 balls; The 4-impeller;

The 41-push pedal; The 42-connecting portion;

The upper location division of 43-; The 5-slide block;

The 51-groove; The 52-leg;

53-the second location division.

The specific embodiment

The utility model is described in further detail below in conjunction with the drawings and specific embodiments, so that those skilled in the art can better understand the utility model being implemented, but illustrated embodiment is not as to restriction of the present utility model.

The Multifunctional balancing board that the utility model provides comprises a chassis, and the bottom center on chassis is provided with convex body, and the end face on chassis is provided with at least one the first location division; One pedal is being connected in the top on chassis with respect to the mode correspondence that rotate on chassis, the end face of pedal is provided with elongated opening; One impeller is located at the top of elongated opening, and the below of impeller is provided with a junction; And a slide block is located at the below of elongated opening, slide block upwards connects connecting portion, and the below of slide block is provided with second location division that can slide and mutually locate with the first location division with respect to the first location division.

Refer to Fig. 1 ~ shown in Figure 4, the preferred embodiment of the Multifunctional balancing board 1 provided for the utility model, comprise a discoid pedal 3 in discoid chassis 2,, an impeller 4 and a slide block 5.

The center of the bottom surface on this discoid chassis 2 is provided with convex body 21, and the end face on chassis 2 is provided with the lower circular orbit 22 of the center on two chassis 2 that vary in size and take simultaneously as axle center; Between two circular orbits 22, be provided with one by the upwardly extending bumping square of the end face on chassis 2, this projection is as the first location division 23.During enforcement, this first location division 23 also can be provided with a plurality of, and with the center on chassis 2 ringwise the array shape arrange.In addition, the outer peripheral edges place that is radially extended to chassis 2 by the first location division 23 is provided with an indenture, and this indenture is as lower instruction unit 24.

These discoid pedal 3 correspondences are connected in the top on chassis 2, and the end face of pedal 3 is provided with an elongated opening 31, are positioned on pedal 3 end faces of elongated opening 31 both sides and form respectively two group leader's shape grooves, and this two group leaders shape groove is as lower location division 32; And being provided with a triangular bump by the outer peripheral edges place that elongated opening 31 radially extends to pedal 3, this projection is as upper instruction unit 33; The center that the bottom surface of this pedal 3 is provided with two pedals that vary in size and take simultaneously as the upper circular orbit 34(in axle center as shown in Figure 4), two lower circular orbits 22 of two the upper circular orbit 34 corresponding chassis of difference 2 end faces, arbitrary group of upper and lower corresponding upper circular orbit 34 and lower circular orbit 22 close and are made as a circular orbit 35, are equipped with respectively a plurality of balls 36 two circular orbits 35 are interior.

This impeller 4 comprises a push pedal 41 and a junction 42, and wherein, push pedal 41 compresses pedal 3 downwards, and is positioned at the top of elongated opening 31, and the bottom surface of push pedal 41 is provided with one group of microscler raised line protruded downwards, and these two microscler raised lines are as upper location division 43; This connecting portion 42 is the bumping square of a bottom surface by push pedal 41 to downward-extension, and connecting portion 42 is passed down through elongated opening 31.

And this slide block 5 is microscler cube, it is positioned at the below of elongated opening 31, on the end face of slide block 5, forms a square groove 51, for the connecting portion 42 that holds impeller 4; The two bottom sides of slide block 5 is respectively to forming a short slot between 52, two legs 52 of downward-extension one leg, this short slot is as the second location division 53.The width of this short slot is slightly larger than the width of the bumping square on chassis 2, can prolong radially sliding of pedal 3 with respect to the first location division 23 so as to making the second location division 53.During enforcement, the position of first, second location division (23,53) also can be switched up and down, can allow equally the first location division 23 and the second location division 53 relative slidings also locate.

Whereby, as shown in Figure 5, Figure 6, when chassis 2, be positioned at the top of pedal 3, that is the lower convex body 21 on chassis 2 is towards top, and first, second location division (23,53) while separating, and the ball 36 in two circular orbits 35 rolls, can allow chassis 2 rotate with respect to pedal 3, now, the user tramples on the plate face on chassis 2, and body-building namely can sway one's hips.

And as shown in Figure 7, when pedal 3, be positioned at the top on chassis 2, that is lower convex body 21 kiss the earths on chassis 2, and when the upper instruction unit 33 of pedal 3 outer peripheral edges is directed to the lower instruction unit 24 of chassis 2 outer peripheral edges, the user promotes the push pedal 41 of impeller 4, with band movable slider 5, and make location division 32 under 43 clampings of location division, the second location division 53 is positioned on the first location division 23, can make pedal 3 form firm being connected with chassis 2, thereby allow the user trample on the plate face of pedal 3, to reach the effect of balance training sense and shank, waist.

Therefore, the utlity model has following advantage:

1, the utility model can allow the user select to use with different motion modes, therefore, not only can reach respectively different body-building effects, can save the expense of buying different body-building apparatus, and can effectively save storage area.

2, the utility model can pedal be positioned at chassis above, that is during the lower convex body kiss the earth of undersurface of bottom disc, allow pedal and chassis form firm being connected with first, second location division, therefore, can allow the user when carrying out balance training, guarantee to use safety.

The above embodiment is the preferred embodiment that absolutely proves that the utility model is lifted, and protection domain of the present utility model is not limited to this.Those skilled in the art do on the utility model basis be equal to substitutes or conversion, all within protection domain of the present utility model.Protection domain of the present utility model is as the criterion with claims.

Claims

1. a Multifunctional balancing board, is characterized in that, comprising:

2. Multifunctional balancing board according to claim 1, is characterized in that, this first location division is one by the upwardly extending projection of the end face on this chassis, and this second location division is the groove that a width is greater than this bump width.

3. Multifunctional balancing board according to claim 1, is characterized in that, is provided with at least one circular orbit between this pedal and this chassis, in this circular orbit, is equipped with a plurality ofly can drive the ball that pedal rotates with respect to chassis.

4. Multifunctional balancing board according to claim 1, is characterized in that, this connecting portion is the projection of a bottom surface by this impeller to downward-extension, and form a groove on the end face of this slide block.

5. Multifunctional balancing board according to claim 1, is characterized in that, the bottom surface of this impeller also is provided with location division on, and the end face of this pedal also is provided with a De Xia location division, upper location division, location.

6. Multifunctional balancing board according to claim 5, is characterized in that, the location division raised line that protrude downwards the bottom surface of this impeller of serving as reasons on this, and this time location division is the groove be formed on this pedal end face.

7. Multifunctional balancing board according to claim 1, is characterized in that, also comprises that on one, instruction unit reaches instruction unit, and on this, instruction unit is located at the outer peripheral edges of this pedal, and this time instruction unit is located at the outer peripheral edges on this chassis.