RU238364U1 - PUSH-UP DEVICE - Google Patents

Abstract

The utility model relates to sports training devices. The push-up device comprises a platform containing rotating elements and a polygonal connecting element. The platform and handle contain a mating polygonal opening for the locking element. The platform and handle are connected via a tenon joint. The technical result enables push-ups to be performed using movable platforms with the ability to interchange handles and vary the grip angle.

Description

Field of technology

[1] The utility model relates to devices for sports training.

State of the art

[2] A device for performing push-ups from the floor is known (RU 190407, 01.07.2019), made in the form of stationary supports containing a figured handle.

[3] The disadvantage of this device is its limited functionality, which is due to the fact that the platforms cannot move, and the handle is non-removable, which does not allow you to change the grip options when performing exercises.

The essence of the utility model

[4] The push-up device allows us to solve a technical problem in terms of creating a new type of exercise machine for performing various types of push-ups.

[5] The technical result is to ensure that push-ups can be performed using movable platforms with the ability to change handles and change the grip angle.

[6] An additional technical result is the expansion of the arsenal of devices for performing push-ups.

[7] The claimed device contains

a platform on which the rotating elements and the connecting element of a polygonal shape are located;

a platform with a handle containing a mating hole of a polygonal shape for a fixing element;

In this case, the platform and the platform with the handle are connected by means of a tenon joint.

[8] In one embodiment, the rotating elements are rollers, wheels, or balls.

[9] In one example of implementation, the rotating elements are fixed to supports.

[10] In one example of implementation, the device is made of a polymer material.

[11] In one example of implementation, the platform with the handle is made in the form of a single-piece casting.

[12] In one embodiment, the handle is secured to the platform using fasteners.

[13] In one embodiment, the handle includes a pad.

[14] In one embodiment, at least a portion of the handle comprises a profiled surface.

Brief description of the drawings

[15] Figs 1A-1B illustrate the general appearance of the push-up device.

[16] Fig. 2 illustrates the handle with the platform.

[17] Fig. 3 illustrates a platform with rotating elements.

Implementation of a utility model

[18] As shown in Fig. 1A-1B, the push-up device (100) is made in the form of two parts connected by means of a tenon joint. The upper part of the device (100) is a platform (10) with a handle (11) (Fig. 2), containing an opening (13) of a polygonal shape, which provides a tenon-groove type connection when installed on the lower platform (20), which contains a connecting element (21) of a polygonal shape, as well as rotating elements (22) (Fig. 3).

[19] The rotating elements (22) provide movement of the device (100) in various directions and also allow it to be used for performing exercises on various types of surfaces. The rotating elements (22) may be rollers, wheels, or balls. The rotating elements (22) may be secured to special supports (e.g., ball bearings) or axles. The number of rotating elements (22) may vary (3, 4, 6, etc.), depending on the size and shape of the platform (20).

[20] The push-up device (100) is preferably made of a polymer material. Various types of material can also be used for the platform (10) and the platform (20), such as plastic, wood, metal, etc.

[21] The platform (10) with the handle (11) can be manufactured as a single-piece product, or consist of several parts, in particular, with the possibility of attaching the handle (11) using fasteners.

[22] The handle (11) may comprise a pad (12), for example, made of rubber, to improve grip and prevent slipping. In another embodiment, the handle (11) may have a profiled surface, for example, in the hand grip area.

[23] The shape of the platform (20) and the platform (10) may be different, for example, round, triangular, rectangular, etc. The preferred form of execution is a round shape.

[24] Using two devices (100) allows for a wide range of push-up variations by moving them while performing the exercise. One type of exercise involves performing push-ups with the arms extended and brought together while supported by the devices (100), which is an effective way to work the pectoral muscles. Another example of an exercise is performing push-ups by moving the devices (100) vertically across a surface.

[25] The platform (10) with the handle (11) is removable, allowing for the use of various types of platforms and handles, enabling the training of various grip types and the performance of various exercises. The tenon joint using element (21) is designed in the form of an octagon, which allows for a secure connection of the device (100) components during exercise. This connection principle does not require additional fixing elements and allows for the quick adjustment of the handle (11) angle by pulling it out and rotating it to the desired angle. This connection principle also allows for the quick exchange of platforms (10) with handle (11) for performing various exercises.

Claims (8)

1. A push-up device comprising a platform on which rotating elements and a polygonal connecting element are located, a platform with a handle containing a polygonal mating opening for a fixing element, wherein the platform and the platform with the handle are connected by means of a tenon joint. 2. The device according to claim 1, wherein the rotating elements are rollers, wheels or balls. 3. The device according to item 2, in which the rotating elements are fixed on supports. 4. The device according to item 1, wherein the device is made of a polymeric material. 5. The device according to item 1, in which the platform with the handle is made in the form of a one-piece cast product. 6. The device according to claim 1, in which the handle is attached to the platform using fasteners. 7. The device according to claim 1, wherein the handle comprises a cover. 8. The device according to claim 1, wherein at least part of the handle comprises a profiled surface.