JP5108130B2 - Reliable upside-down chair alignment device in a standing position - Google Patents

Description

Technical field belonging to the invention

  The present invention relates to a safe reverse seat chair for reducing physical and mental burdens during prolonged work by sitting.

The conventional chair uses springs in the abdomen, elbow rest, and seat, and the abdomen is agitated by protrusions with a repulsive force, and the vertical movement of the elbow angle is elastically strong and weak to disperse the body weight. It is a health chair that sits on the back and sits on the back and sits on the back and automatically leans forward to prevent abdominal and back pain.
(Japanese Patent Application No. 2001-247464 JP 2002-125803 A)

Problems to be solved by the invention

  Conventional chairs are unstable because they use springs in each section and swing constantly. In addition, the arm is bent against the elbow rest and the leg is repositioned on the seat, making it difficult to move and placing a burden on the body.

Means for Solving the Invention

  In order to achieve the above-mentioned object, the springs of the respective abutments are removed, the shapes of the abdominal abutment and the buttocks are adapted to the situation, and are operated at positions suitable for the body shape. There are three footrests, with various foot repositioning and an adjustment function that maintains the posture where the back and waist are stretched at a position that matches the length of the foot.

  DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiments of the present invention will be described based on examples with reference to the drawings.

      As shown in FIG. 1, the reverse chair is a front abdominal part (A) a front inclined leg rest part (B) a front foot part (C) a side foot part (D) and a rear foot part (E). Configured, each can be equipped with an adjustment function, and can sit down with the best weight distributed.

  The sitting shape shown in FIG. 2 is basically a normal seat type (F), a straight seat type (G), a cross-legged type (H), a horse type (I), and a knee-stand type (J).

  In FIG. 3, in order to determine the optimum position of the abdomen (1) according to the individual body shape, the angle adjustment is performed by welding the shaft rod (5) vertically or laterally to the end of the square pipe (7). 6) Attach it, fix it to the screw hole of the abdomen stand (3) with a round screw (8), and move left and right or back and forth according to the movement of the upper body. For the vertical adjustment, the square pipe (7) is moved through the abdominal strut (9), and is fastened with a large grip screw (10) so as to hit the center of the abdomen according to the height. For the front-rear adjustment, the belly strut (9) is moved on the pedestal (11) and matched with the body shape and stopped with the large grip screw (10). Basically, it is at 1/3 of the buttocks (13). In order to replace the abdomen part (1) with a different shape, the front abdomen with the function of attaching and removing the slide rail (4) to the abdomen stand (3) by sandwiching both sides of the abdomen plate (2). This is the equipment of this department.

  In order to determine the optimum position of the buttocks (13) according to each body shape, the angle adjustment is carried out by adjusting the long screw (18) and W grip nut (17) in the long hole behind the base frame (16). And fix the long screw (18) in the screw hole of the buttocks stand (15), turn the W grip nut (17) and move it up and down, and securely stop at the angle where the belly hits the center of the abdomen (1) Basically it is around 18 degrees. The front / rear adjustment is performed by moving the pedestal frame (16) in accordance with the body shape on the long hole of the pedestal (11) and stopping it in the grip screw (12). In order to replace the different types of the buttocks, slide rails (4) are attached to the buttocks (15), and both sides of the buttocks (14) are sandwiched and slid and removed. Device.

  Fig. 5 shows the adjustment of the angle of the front foot support (22) to the nuts embedded in the front foot support plate (23) to determine the optimal position for each body shape. Is fixed to the footrest frame A (26) with a round screw (8) and is operated according to the movement of the foot. For the longitudinal adjustment, the horizontal pipe (27) welded to the footrest frame A (26) is moved through the horizontal bar (28) and stopped in the grip screw (12). For vertical adjustment, the vertical pipe (29) with the horizontal bar (28) is moved through the upper part of the forefoot strut (30) welded to the pedestal (11) and moved in the grip screw (12) according to the length of the foot. It is an apparatus of the front footrest part provided with the function to stop.

  In FIG. 6, in order to determine the position of both foot rests (31) in the optimum position for each body shape, the angle adjustment is performed on the nuts embedded in the foot foot plates (32) on the shaft pipe (24) and the pipe holder (25 ) Is fixed with a round screw (8), and it is fixed to the footrest frame B (33) with a round screw (8), and is operated in accordance with the movement of the foot. For the longitudinal adjustment, the horizontal pipe (27) welded to the footrest frame B (33) is moved by the horizontal bar (28) and stopped in the grip screw (12). The vertical adjustment is a device of a footrest part on both sides provided with a function of moving a vertical pipe (29) welded with a horizontal bar (28) below the front foot column (30) and stopping it with a grip screw (12). .

  Figure 7 shows how to adjust the angle of the rear foot rest (34) by attaching a long screw (18) and W grip nut (17) to the footrest frame C (36) to determine the optimum position for each body shape. The long screw is fixed to the nut embedded in the rear foot plate (35), and the W grip nut (17) is turned to stop it. For the longitudinal adjustment, the horizontal pipe (27) welded to the footrest frame C (36) is moved through the horizontal bar (28), and is adjusted to the length of the foot and stopped in the grip screw (12). Up and down adjustment is a rear footrest with the function of moving the vertical pipe (29) with the horizontal bar (28) welded to the rear foot support (37) welded to the pedestal (11) and stopping it with the grip screw (12) It is a device.

  FIG. 8 Each part is composed of a cloth (38), a sheet heater (39), a sponge (40), a heat insulating material (41), each of the contact plates (2), (14), (23), (32), and (35). It is a device equipped with a thermal insulation function that can be used to adjust the cooler of summer coolers.

  Fig. 9 shows the difference between the conventional reverse seated chair and the reverse seat chair of the invention. You can see the difference between the pairing of the foot and the multiple adjustment and the free footing on the independent footrest.

Effect of the invention

  Sitting with your stomach warmed up makes you feel comfortable and secure, safe and stable. Maintains a posture in which the back is stretched with a natural form of abdominal pressure, and an independent scaffolding allows various foot recombination to be performed freely, reducing the burden on the body and making long-term sitting work difficult. You can concentrate and sit in a good standing position with peace of mind and body.

  It is the perspective view and side view which show the whole form of a safe reverse seat.   It is a side view which shows the usage example of a safe reverse seat.   It is a side view which shows the front stomach adjustment apparatus of a safe reverse seat.   It is a side view which shows the front slanting buttocks adjustment apparatus of a safe reverse seat.   It is a side view which shows the front footrest adjustment apparatus of a safe reverse seat.   It is a side view which shows the both-sides footrest adjustment apparatus of a safe reverse seat.   It is a side view which shows the rear footrest adjustment apparatus of a safe reverse seat chair.   It is sectional drawing which shows the inside of this part of a safe reverse seat chair.   It is a top view which shows the shape of this part of a safe reverse seat chair, and the position of the long hole of a base board.   It is the side view and sectional drawing which show the whole form of the conventional reverse seat leaning chair, and an abdominal part, an elbow rest part, and a seat part.

A. Front abdomen B. Front slanted abdomen C. Front footrest D. Both sides foot rest E. Rear foot rest F. Normal seat G. Seated H. Agurusa type I. Equestrian type Knee-stand type Abdominal abutment shape The shape of the buttocks Forefoot type N. Shape of both feet Shape of the rear foot rest Position of long hole in pedestal 1. Abdominal section Belly board

Claims (4)

Instead of the chair back, the front abdominal part is located, the front part is tilted to the front, and the front foot part, both side foot parts, and the rear foot part are provided.・Equipped with a device that has an adjustment function for either the upper or lower side, and by rearranging the foot, it is a “normal seat type that does not use the footrest part”. It is equipped with a functional device that enables "Agula seat type using footrests", "Equestrian seat type using both side footrests", and "Knee standing seat type using rear footrests". A safe reversing chair. The safe reverse seating chair according to claim 1, characterized in that the abdomen of the front abdomen has a heat retaining function. The safety inverted seating chair according to claim 1, characterized in that the belly strut of the front abdomen has a function of fitting to the body shape at a position about 1/3 from the front of the buttocks .   2. The safe reverse seating chair according to claim 1, further comprising a function of supporting the front footrest part, the double-sided footrest part, and the rear footrest part by the front foot pillar and the rear foot pillar under the pedestal.

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