Comprehensive fitness equipment leg press

Abstract

The present invention relates to a comprehensive fitness equipment leg press that allows a user to do a weight training leg press exercise for training a lower body of the user by the user sitting on a bench and pushing a footrest included in a footrest frame, which moves back and forth smoothly along a central frame for adjusting a weight of the footrest frame. The comprehensive fitness equipment leg press includes a weight adjusting unit from 10 kg to 200 kg through a hydraulic cylinder formed on a lower end of the bench, without using 15 10 kg weights, and a hydraulic cylinder rod connection installed on a body of a weight adjusting bar using a principle of a lever for adjusting the weight of the footrest of the footrest frame.

Claims

1. A comprehensive fitness equipment leg press comprising: a footrest and a footrest frame installed to move back and forth on a central frame connected to a front post frame and a rear post frame; a weight adjusting bar configured to adjust tension of the footrest by being connected to an end of a wire, the wire having another end connected to the footrest frame installed on the central frame; a hydraulic cylinder configured to generate the tension and coupled to a portion of the weight adjusting bar with a fixing band; a wire roller installed on a side of the rear post frame, and configured to guide the wire in accordance with movement of the footrest frame to keep the wire tight, which connects the footrest frame and the weight adjusting bar; a rubber band connected between the front post frame and weight adjusting bar in order to have the tension in accordance with movements of the wire; a handle installed on the rear post frame and configured to be held by a user while working out with feet on the footrest; and a backrest installed on an upper portion of the rear post frame and including a backrest controller being capable of controlling a distance between the backrest and the footrest.

2. The comprehensive fitness equipment leg press of claim 1, wherein the backrest controller is one-touch type controllable and controls the distance between the backrest and the footrest in accordance with a length of the legs of the user.

3. The comprehensive fitness equipment leg press of claim 1, wherein an end of an upper portion of the weight adjusting bar is connected to the wire and another end of the upper portion of the weight adjusting bar is connected to the rubber band connected to the front post frame, and wherein a lower portion of the weight adjusting bar is coupled to a bearing installed on a lower frame for smooth reciprocation of the weight adjusting bar.

4. The comprehensive fitness equipment leg press of claim 1, wherein the fixing band is installed on an upper portion of a rod of the hydraulic cylinder and is pin-type-coupled to one of a plurality of openings formed on the weight adjusting bar in a length direction for controlling the tension in accordance with a position of the one of the plurality of openings coupled to the fixing band.

5. The comprehensive fitness equipment leg press of claim 1, wherein an embossing portion is formed on an exterior of the weight adjusting bar for having a friction force when the fixing band is coupled to the weight adjusting bar.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

(1) FIG. 1 shows a right side view of a leg press, fitness equipment of the present invention,

(2) FIG. 2 shows a sectional view of the hydraulic cylinder installed on the leg press, the fitness equipment of the present invention,

(3) FIG. 3 shows an exemplary view of example (A) and (B) of a weight adjusting bar connected to the hydraulic cylinder in the leg press, the fitness equipment of the present invention,

(4) FIG. 4 shows a fixing band capable of adjusting tension by coupling the weight adjusting bar and the hydraulic cylinder of the leg press, the fitness equipment of the present invention,

(5) FIG. 5 shows a wire adjusting unit capable of adjusting a length of the wire of the leg press, the fitness equipment of the present invention,

(6) FIG. 6 shows a noise prevention bearing comprised of joints on opposite sides of the weight adjusting bar of the leg press, the fitness equipment of the present invention,

(7) FIG. 7 shows a rubber band delivering tension to the wire and the weight adjusting bar of the leg press, the fitness equipment of the present invention,

(8) FIG. 8 shows a wire roller guiding the wire of the leg press, the fitness equipment of the present invention,

(9) FIG. 9 shows a footrest moving back and forth on the central frame of the leg press, the fitness equipment of the present invention,

(10) FIG. 10 shows a footrest frame buffer unit, a fixing stopper of the footrest frame moving back and forth on the central frame of the leg press, the fitness equipment of the present invention,

(11) FIG. 11 shows a ball bearing installed on the footrest frame of the leg press, the fitness equipment of the present invention,

(12) FIG. 12 shows a backrest with a distance control function in accordance with physical conditions of the user using the leg press, the fitness equipment of the present invention,

(13) FIG. 13 shows a perspective view of the entire leg press, the fitness equipment of the present invention.

DETAILED DESCRIPTION

(14) Hereinafter, technical configuration of the present invention is described in detail referring to the drawings attached.

(15) FIG. 1 shows a right side view of a leg press, fitness equipment of the present invention, a footrest (910) having a footrest frame (900) installed to move back and forth on a central frame (1101) connected to a front post frame (1102) and a rear post frame (1103) is installed.

(16) An end of a wire (201) is connected to the footrest frame (910) having the footrest (900) installed on the central frame (1101), and another end of the wire (201) is connected to an upper end of a weight adjusting bar (300) capable of adjusting tension of the footrest (910).

(17) An end of a rod of the hydraulic cylinder (200) is coupled to a portion of the weight adjusting bar (300) in length direction thereof with a fixing band (400) to generate tension on the wire (201) connected to the footrest frame (910).

(18) A wire roller (800) is installed on a side of the rear post frame (1103), and guides the wire (201) in accordance with movement of the footrest frame (910) to keep the wire (201) tight. The wire (201) connects the footrest frame (910) and the weight adjusting bar (300).

(19) The weight adjusting bar (300) moves like a lever to generate tension in accordance with movement of the wire (201) by connecting a rubber band (700) between the front post frame (1102) and the weight adjusting bar (300) for generating elastic tension.

(20) A handle (1300) is installed on the rear post frame (1103) in order to be held by a user while working out with feet on the footrest (900).

(21) In addition, a backrest (1200) having a backrest controller (1200) is installed on an upper end of the rear post frame (1103) for controlling a distance of the footrest (900) in accordance with a length of feet of a user.

(22) FIG. 2 shows a sectional view of the hydraulic cylinder installed on the leg press, the fitness equipment of the present invention, FIG. 3 shows a exemplary view of example (A) and (B) of a weight adjusting bar connected to the hydraulic cylinder in the leg press, the fitness equipment of the present invention, and FIG. 3 shows a exemplary view of example (A) and (B) of a weight adjusting bar connected to the hydraulic cylinder in the leg press, the fitness equipment of the present invention. A side of the hydraulic cylinder (200) is installed on a lower frame (1104) installed on a lower portion between the front post frame (1102) and the rear post frame (1103), a rod of the hydraulic cylinder (200) is coupled to the weight adjusting bar (300) by the fixing band (400).

(23) FIG. 2 shows a sectional view of the hydraulic cylinder installed on the leg press, the fitness equipment of the present invention, hydraulic cylinder (200) of the present invention has an optimized hydraulic oil pressure controlled for 200 kg of usual weights of fitness equipment, and the fixing band (400) is installed on a connection of the rod of the hydraulic cylinder (200) to be coupled to the weight adjusting bar (300).

(24) The fixing band (400) is coupled to the weight adjusting bar (300), but tension of the wire (201) differs depending on a position of the fixing band (400) installed on the weight adjusting bar (300), so that the tension differs when the footrest frame (910) having the footrest (900) moves back and forth.

(25) Thus, the present invention provides a basic technical configuration that a user may do leg press exercise with weight, as a user wants, up to 200 kg.

(26) In addition, as shown in FIG. 3 (A), the fixing band (400) installed on an upper portion of the rod of the hydraulic cylinder (200) is pin-type-coupled to one of openings formed on the weight adjusting bar (300) in a length direction for controlling tension in accordance with position of the opening coupled to the fixing band (400),

(27) in another way, as shown in FIG. 3 (B), embossing portion is formed on an exterior of the weight adjusting bar (300) for having friction force when the fixing band (400) is coupled, so that the tension is controlled by the position of the fixing band (400) coupled to the weight adjusting bar (300).

(28) As shown in FIG. 3, the weight adjusting bar (300) may be manufactured in two types of A type and B type using the principle of the lever, the B type is capable of adjusting weight by 1 mm, and another A type is capable of adjusting weight in accordance with the position of the openings formed at regular intervals, so that the weight adjusting unit, as consumers want, is manufactured and sold to the consumers.

(29) The fixing band (400) is to adjust weight, is formed of synthetic resin, is formed of a material having a strength of a bullet-proof material, and is durable, lightweight, easy and convenient to adjust weight, and capable of adjusting weight by 1 mm.

(30) FIG. 5, shows a wire adjusting unit capable of adjusting a length of the wire of the leg press, the fitness equipment of the present invention, the wire adjusting unit (500) is installed on the wire (201) connected between the footrest frame (910) and the weight adjusting bar (300), and controls a length of the wire (201) minutely.

(31) FIG. 6 shows a noise prevention bearing comprised of joints on opposite sides of the weight adjusting bar of the leg press, the fitness equipment of the present invention, the bearing (600) has a joint function for the weight adjusting bar (300) having a lever function when weight adjustment of the footrest frame (910), and is wedged not to spin, and the same technology is applied on all joints.

(32) A lower portion of the weight adjusting bar (300) is combined to the bearing (600) installed on the lower frame (1104) for smooth reciprocation of the weight adjusting bar (300).

(33) FIG. 7 shows the rubber band delivering tension to the wire and the weight adjusting bar of the leg press, the fitness equipment of the present invention, the rubber band (700) enables the weight adjusting bar (300) to reciprocate right and left, formed of a thin rubber band, and has 20 thin rubber bands woven by nylon threads.

(34) An end of an upper portion of the weight adjusting bar (300) is connected to the wire (201) and another end of the upper portion of the weight adjusting bar (300) is connected to the rubber band (700) connected to the front post frame (1102).

(35) FIG. 8 shows a wire roller guiding the wire of the leg press, the fitness equipment of the present invention, the wire roller (800) is installed on a lower portion of a handle inside the rear post frame (1103) to guide the wire (201), and is installed in parallel with the footrest frame (910) installed on the central frame (1101) for smooth reciprocation of the weight adjusting bar (300) when the wire (201) moves.

(36) FIG. 9 shows the footrest moving back and forth on the central frame of the leg press, the fitness equipment of the present invention, footrest (900) is installed on the ball bearings (1100) formed on opposite sides of the footrest frame (910) to be moved by angle of feet of the user.

(37) FIG. 10 shows a footrest frame buffer unit, a fixing stopper of the footrest frame moving back and forth on the central frame of the leg press, the fitness equipment of the present invention, the footrest frame buffer unit (1000) of the footrest frame (910) is installed on the central frame (1101) at a position that the footrest frame (910) finally returns back on the central frame (1101).

(38) The footrest frame buffer unit (1000) is formed of circular thick rubber and fixed on a side of the central frame (1101) not to move for preventing noise.

(39) FIG. 11 shows the ball bearing installed on the footrest frame of the leg press, the fitness equipment of the present invention, the ball bearings (1100) is formed of metal, is installed on opposite sides of the footrest frame (910), and is formed by PVC injection, so that a portion of the ball bearing (1100) is protruded.

(40) The footrest (900) surrounds upper and lower portion of the central frame (1101) to ensure strong and smooth reciprocation without noise.

(41) FIG. 12 shows the backrest with a distance control function in accordance with physical conditions of the user using the leg press, the fitness equipment of the present invention, the backrest (1200) is installed on an upper portion of the rear post frame (1103) and has the backrest controller (1200) which controls a distance between the backrest (1200) and the footrest (900) in accordance with a length of feet of the user.

(42) The backrest controller (1200) moves back and forth and includes a fixing unit which is easy and convenient one-touch type.

(43) FIG. 13 shows a perspective view of the entire leg press, the fitness equipment of the present invention, entire elements of the leg press are described in accordance with symbols in each drawing from FIG. 1 to FIG. 12 in order to avoid duplication of previous description.

(44) Like descriptions above, the present invention provides advantages enabling all family members to work out conveniently as well as to train muscle evenly of an entire human body for training various parts of the human body equally by regularly performing weight training, which is for vitalizing blood circulation and cardiopulmonary function, and increasing bone density.