CN201735125U

CN201735125U - Inversion table

Info

Publication number: CN201735125U
Application number: CN2010200011003U
Authority: CN
Inventors: 俞振台
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-01-19
Filing date: 2010-01-19
Publication date: 2011-02-09
Anticipated expiration: 2020-01-19
Also published as: KR20110085919A

Abstract

The utility model relates to an inversion table. The back side of the upper half segment of a main frame of a backrest is welded with a second connecting rod; the two ends of the second connecting rod are respectively inserted with rotating arms that are arch-shaped; and the outer sides of the arch-shaped top ends of the rotating arms are provided with first drag hooks. The back side of the lower half segment of the main frame of the backrest is welded with a first connecting rod, and the first connecting rod is inserted with a pillow fixing frame. The first drag hook is connected with a second drag hook by a rubber rope, and the second drag hook can be adjusted with flexible size, so as to be convenient for users in different weights for use. The inversion table has the benefits that the design is simple; as the inversion angle increases, the longer the rubber rope can be by pulling, the bigger the generated drawing force can also be, thereby slowing down the rotating speed of the inversion table under the action of gravity, so that the great impact can not be generated when in the collision of the main frame of the backrest and a dog link, and a user who uses the inversion table in the beginning can not be so nervous and fearful; the drawing force can be adjusted by an interval hole on a support and can be different according to different users; therefore, the inversion table is the effective damping device.

Description

Upside down machine

Technical field

The utility model relates to upside down machine, belongs to field of mechanical technique.

Background technology

Handstand can make brain temporarily congested, often stands upside down, and can reduce the ill probability of cerebrovascular disease.The handstand body-building method is all the fashion abroad.This method has the good health care effect to following symptom: can not sleep soundly evening, failure of memory, and the hair rareness, poor appetite, spirit can not be concentrated, depression, pain in the back, shoulder acid is hard, hypopsia, energy decline, malaise, constipation, headache etc.Therefore, the appearance of upside down machine allows broad masses easily just can do fitness campaign.

But the upside down machine on the market is because be in short several seconds health to be turned around now, and handstand excessive velocities, blood flow are too fierce, uses so be not suitable for suffering from patients such as hypertension, heart disease, cervical spondylopathy.And upside down machine can produce bigger impulsive force when colliding with dog link when standing upside down, and not only allows the people do not feel like oneself, and the handstand excessive velocities, allows understand the people and produce fear.Though some loads onto block rubber or rubber sleeve on dog link or backrest body frame but buffering effect is still undesirable, the backrest of upside down machine and pillow distance was all fixed in the past, and the head part position of different heights is different, will inevitably some people lie on the upside down machine and feel under the weather, more convenient when the adjustable angle structural improvement allows the user regulate the handstand angle.

Summary of the invention

In order to overcome the deficiency of prior art structure, the utility model provides upside down machine.

The technical scheme that its technical problem that solves the utility model adopts is: comprise turning arm, first drag hook, rubber rope, the backrest body frame, support, second drag hook, the pillow fixed mount, head rod, first screw, first nut, second screw, second nut, second connecting rod, first stent foot, second stent foot, dop, backrest body frame upper semisection dorsal part is welded with second connecting rod, the second connecting rod two ends are inserted with turning arm respectively, two turning arms are by second screw, second nut is fixed, turning arm all is arch, the outside, turning arm arch top all is shaped on first drag hook, system backrest body frame lower semisection dorsal part is welded with head rod, head rod is inserted with the pillow fixed mount, connecting rod and pillow fixed mount are by first screw, first nut is fixed, turning arm one end inserts connecting rod, the other end outside is shaped on dop, dop is inserted in the draw-in groove that the top of first stent foot is provided with, be shaped on second drag hook on second stent foot, first drag hook is connected by rubber rope with second drag hook.

Second drag hook is shaped on a plurality of gears on second stent foot, use to be fit to the different users.

The beneficial effects of the utility model are simplicity of design, along with the angle of standing upside down strengthens, rubber rope draws longly more, the also big more such speed that upside down machine rotates under the gravity effect of just having slowed down of the pulling force that produces, make backrest body frame and the dog link Shi Buhui that collides produce very big impulsive force, this point fears that for just begin to be unlikely to too anxiety with the people of upside down machine the pulling force size can be adjusted by the spacing hole on the support, its size can vary with each individual, and is effectively buffer unit.

Description of drawings

Fig. 1 is the whole front schematic view of the utility model;

Fig. 2 is the whole schematic rear view of the utility model;

Fig. 3 is the utility model turning arm partial schematic diagram;

Fig. 4 is the utility model angular adjustment schematic diagram;

Below in conjunction with drawings and Examples the utility model is further specified.

The specific embodiment

Embodiment 1: shown in Fig. 1-4, comprise turning arm 1, first drag hook 2, rubber rope 3, backrest body frame 4, support 5, second drag hook 6, pillow fixed mount 7, head rod 8, first screw 10, first nut 11, second screw 12, second nut 13, second connecting rod 14, first stent foot 17, second stent foot 18, dop 19, backrest body frame 4 upper semisection dorsal parts are welded with second connecting rod 14, second connecting rod, 14 two ends are inserted with turning arm 1 respectively, two turning arms 1 are by second screw 12, second nut 13 is fixing, turning arm 1 all is arch, the outside, turning arm 1 arch top all is shaped on first drag hook 2, backrest body frame 4 lower semisection dorsal parts are welded with head rod 8, head rod 8 is inserted with pillow fixed mount 7, by first screw 10, first nut 11 is fixing, turning arm 1 one ends insert second connecting rod 14, the other end outside is shaped on dop 19, dop 19 is inserted in the draw-in groove that the top of first stent foot 17 is provided with, support 4 is made up of first stent foot 17 and second stent foot 18, being shaped on second drag hook, 6, the first drag hooks 2 on second stent foot 18 is connected by rubber rope 3 with second drag hook 6.When backrest body frame 4 rotates under the gravity effect, and then rotation of turning arm 1, rubber rope 3 elongates along with the distance increase between turning arm 1 and the support 5 and produces pulling force thus, has so just produced the effect of buffering.

2: the second drag hooks 6 of embodiment are shaped on three above gears on second stent foot 18, but use to be fit to the different users regulated at will position.

Claims

1. upside down machine, comprise turning arm, first drag hook, rubber rope, the backrest body frame, support, second drag hook, the pillow fixed mount, head rod, knob, first screw, first nut, second screw, second nut, second connecting rod, latch, angle-regulating block, first stent foot, second stent foot, dop, handrail, it is characterized in that: backrest body frame upper semisection dorsal part is welded with second connecting rod, the second connecting rod two ends are inserted with turning arm respectively, system backrest body frame lower semisection dorsal part is welded with head rod, be inserted with the pillow fixed mount in the head rod, dop is inserted in the draw-in groove that the top of first stent foot is provided with, be shaped on second drag hook on second stent foot, first drag hook is connected by rubber rope with second drag hook.

2. upside down machine according to claim 1 is characterized in that: two turning arms are fixed by second screw, second nut, and turning arm all is arch, and the outside, turning arm arch top all is shaped on first drag hook.

3. upside down machine according to claim 1 is characterized in that: support is made up of first stent foot and second stent foot.

4. upside down machine according to claim 1 is characterized in that: turning arm one end inserts connecting rod, and the other end outside is shaped on dop.

5. upside down machine according to claim 1 is characterized in that: second drag hook is shaped on three or three above gears on second stent foot.