Zero-gravity deformation seat frame
By designing a zero-gravity deformation seat frame that can deform the seat frame through a telescopic rod device, the problem that existing chairs cannot achieve a comfortable experience in the whole body is solved, blood reflux and cardiac function promotion after the user's legs are raised, and venous thrombosis is avoided.
Patent Information
- Application Number
- CN202421747362.2
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- Priority Date
- 2023-10-29
- Filing Date
- 2024-07-23
- Publication Date
- 2025-05-13
- Estimated Expiration
- 2034-07-23
AI Technical Summary
Existing chairs cannot achieve a comfortable full-body experience when lifting the user's legs, especially in terms of providing zero gravity deformation.
A zero-gravity deformation seat frame is designed, and the deformation movement of the foot frame and seat frame is controlled through a single telescopic rod device, so that the user's legs can be raised to a state where the center of gravity is higher than the center of gravity of the body, thereby obtaining a greater comfortable experience.
It realizes blood reflux in the user's legs and promotes heart function, avoids venous thrombosis, and provides a more comfortable experience throughout the body.
Smart Images
Figure CN222853467U_ABST
Abstract
Description
Technical Field
[0001] The utility model relates to a zero-gravity deformable chair frame which can lift the legs of a user lying on the chair frame. Background Art
[0002] There are many types of chairs sold and used on the market. In order to further enhance the comfortable use experience of the chair for the user, a chair with a deformable seat frame has emerged. When the user sits on it, the seat frame will deform, for example, the footrest will be extended so that the user's legs can be naturally laid flat, so that the user can get a comfortable experience. However, simply pushing the user's legs up and laying them flat can only play the role of relaxing the user's legs, which is far from providing the user with a comfortable use experience for the whole body. Utility Model Content
[0003] The purpose of the utility model is to provide a new type of seat frame, which can directly control the extension and retraction of the foot frame of the seat frame through a single telescopic rod device, and can also control the deformation movement of the seat frame with its front lifting up and rear end swinging down, so as to lift the user's legs to a state where the center of gravity is higher than the center of gravity of the body, so as to obtain a zero-gravity deformable seat frame with a greater comfortable use experience.
[0004] The technical solution of the utility model is a zero-gravity deformable chair frame, comprising a base frame and a seat frame, characterized in that a front push rod and a rear push rod are installed between the base frame and the seat frame, a telescopic rod is installed between the rear push rod and the base frame, the base frame is provided with base frame hole one, base frame hole two, and base frame hole three, the seat frame is provided with seat hole one and seat hole two, the front push rod is provided with front push hole one and front push hole two, the rear push rod is provided with rear push hole one, rear push hole two, and rear push hole three, the base frame hole one cooperates with the front push hole one, the base frame hole two cooperates with the rear push hole one, the seat hole one cooperates with the front push hole two, the seat hole two cooperates with the rear push hole two, the telescopic rod is provided with rod hole one and rod hole two, the rod hole one cooperates with the base frame hole three, and the rod hole two cooperates with the rear push hole three.
[0005] Preferably, the zero-gravity deformable chair frame also includes a foot frame, the foot frame is equipped with a first foot seat rod and a third foot seat rod, the seat frame is also equipped with a second foot seat rod and a fourth foot seat rod, the first foot seat rod is connected to the third foot seat rod, the second foot seat rod is connected to the fourth foot seat rod, the seat frame is equipped with a triangular rotating plate, a rotating plate auxiliary rod is installed between the triangular rotating plate and the front push rod, a foot push rod is installed between the triangular rotating plate and the fourth foot seat rod, the second foot seat rod is connected to the third foot seat rod, the seat frame is also provided with seat hole three, seat hole four, and seat rotating hole, the front push rod is also provided with front push hole three, the triangular rotating plate is provided with rotating plate hole one, rotating plate hole two, rotating plate hole three, the seat rotating hole cooperates with rotating plate hole one, the rotating plate auxiliary rod is provided with auxiliary rod hole one and auxiliary rod hole two, the auxiliary rod hole one cooperates with rotating plate hole two, the The auxiliary rod hole two cooperates with the front push hole three, the foot push rod is provided with foot hole one and foot hole two, the foot frame is provided with foot frame hole one and foot frame hole two, the first foot seat rod is provided with first hole one and first hole two, the second foot seat rod is provided with second hole one, second hole two and second hole three, the third foot seat rod is provided with third hole one, third hole two and third hole three, the fourth foot seat rod is provided with fourth hole one, fourth hole two and fourth hole three, the foot frame hole one cooperates with the first hole one, the foot frame hole two cooperates with the second hole one, the first hole two cooperates with the third hole one, the third hole three cooperates with the seat hole three, the second hole three cooperates with the fourth hole one, the fourth hole three cooperates with the seat hole four, the third hole two cooperates with the second hole two, the fourth hole two cooperates with the foot plate hole two, the foot plate hole one cooperates with the rotating plate hole three.
[0006] Preferably, the seat frame is equipped with a backrest frame, a triangular rotating plate, and a backrest swing plate. A backrest auxiliary push rod is installed between the backrest frame and the backrest swing plate. A backrest push rod is installed between the triangular rotating plate and the backrest swing plate. A rotating plate auxiliary rod is installed between the triangular rotating plate and the front push rod. The seat frame is also provided with seat hole five and seat hole six. The triangular rotating plate is also provided with rotating plate hole four. The backrest frame is provided with backrest hole one and backrest hole two. The backrest hole one matches the seat hole five. The backrest auxiliary push rod is provided with a backrest auxiliary hole 1 and a backrest auxiliary hole 2, and the backrest auxiliary hole 1 cooperates with the backrest hole 2. The backrest swing plate is provided with a swing plate hole 1, a swing plate hole 2 and a swing plate hole 3, and the swing plate hole 1 cooperates with the seat hole 6, and the backrest auxiliary hole 2 cooperates with the swing plate hole 3. The backrest push rod is provided with a backrest push rod hole 1 and a backrest push rod hole 2, and the backrest push rod hole 1 cooperates with the rotating plate hole 4, and the backrest push rod hole 2 cooperates with the swing plate hole 2.
[0007] Preferably, the seat frame is also equipped with a cushion rod, a cushion mounting plate is installed on the cushion rod, the seat frame is also provided with seat hole seven, the cushion rod is provided with seat cushion rod hole one and seat cushion rod hole two, the cushion mounting plate is provided with mounting plate hole one, the cushion rod hole one cooperates with mounting plate hole one, and the cushion rod hole two cooperates with seat hole seven.
[0008] Among them, a seat cushion is installed on the seat frame, a backrest cushion is installed on the backrest frame, and a footrest board for holding the user's legs is installed on the footrest frame. The connection between each rod component is a hinged connection, which can swing back and forth along the hinge. A control device is also installed in the seat frame. The control device can be installed in a position that is convenient for the user sitting on the seat frame to touch and use. The control device is electrically connected to the telescopic rod, and controls the rod of the telescopic rod to extend and retract forward and backward. The telescopic rod is an electric push rod. When the telescopic rod receives an electrical signal, it will drive the rod on the telescopic rod to extend and retract forward and backward, and drive the telescopic rod push rod to swing back and forth to drive other components to move.
[0009] Compared with the prior art, the utility model can make the seat frame swing upward and diagonally, and cooperate with the movement of the footrest extending outward at the same time, so that the legs of the user sitting on it can be lifted up and the body can be swung down, and finally it can be swung to a state where the center of gravity of the legs is higher than the center of gravity of the body. This can make the blood in the user's legs flow back, squeeze the veins, and make the blood flow back to the heart quickly, which can avoid venous thrombosis in the user and promote heart function.
[0010] The chair can be switched back and forth between the sitting state and the reclining state by the movement of the telescopic rod. When the chair is in the sitting state, the telescopic rod is in the extended state, the front push rod and the rear push rod are both standing between the seat frame and the bottom frame, the seat frame is flat, and the footrest is retracted to the bottom of the seat frame. When the chair is in the reclining state, the telescopic rod is in the retracted state, the rear push rod swings forward, the front push rod is in the state of tilting and swinging forward, the seat frame is in the state of tilting and swinging with its front end lifted up, and the footrest extends forward from the seat frame.
[0011] When the chair is switched from a reclining state to a sitting state, the telescopic rod extends, pushing the rear push rod backwards until the rear push rod stands up, and the rear push of the rear push rod also pushes the seat frame backwards, so that the front push rod is also pushed backwards to a swing direction of standing up, and the seat frame swings backwards to a flat direction, and the front push rod pushes backwards to directly drive the triangular rotating plate to rotate by pushing the rotating plate auxiliary rod backwards, and the rotation of the triangular rotating plate pulls the foot push rod backwards, so that the foot frame, the first foot seat rod, the second foot seat rod, the third foot seat rod and the fourth foot seat rod are folded inwards toward the seat frame, completing the deformation state. BRIEF DESCRIPTION OF THE DRAWINGS
[0012] Figure 1 It is a frame diagram of the zero-gravity deformable chair frame of the utility model in a reclining chair state.
[0013] Figure 2 It is a cross-sectional view of the zero-gravity deformable chair frame of the utility model in a sitting state.
[0014] Figure 3 It is a three-dimensional diagram of the base frame 1 of the zero-gravity deformable seat frame of the present invention.
[0015] Figure 4 It is a three-dimensional diagram of the seat frame 2 of the zero-gravity deformable seat frame of the present invention.
[0016] Figure 5 It is a three-dimensional diagram of the front push rod 3 of the zero-gravity deformable seat frame of the utility model.
[0017] Figure 6 It is a stereoscopic view of the rear push rod 4 of the zero-gravity deformable seat frame of the utility model.
[0018] Figure 7 It is a three-dimensional diagram of the telescopic rod 5 of the zero-gravity deformable seat frame of the utility model.
[0019] Figure 8 It is a three-dimensional diagram of the triangular rotating plate 7 of the zero-gravity deformable seat frame of the utility model.
[0020] Fig. 9 It is a stereoscopic view of the rotary plate auxiliary rod 75 of the zero-gravity deformable seat frame of the utility model.
[0021] Fig.10 It is a three-dimensional diagram of the backrest frame 8 of the zero-gravity deformable chair frame of the present invention.
[0022] Fig.11 It is a three-dimensional diagram of the backrest push rod 83 of the zero-gravity deformable seat frame of the utility model.
[0023] Fig.12 It is a three-dimensional diagram of the backrest auxiliary push rod 86 of the zero-gravity deformable seat frame of the utility model.
[0024] Fig.13 It is a three-dimensional view of the cushion rod 28 of the zero-gravity deformable seat frame of the present invention.
[0025] Fig.14 It is a three-dimensional view of the cushion mounting plate 29 of the zero-gravity deformable seat frame of the present invention.
[0026] Fig.15 It is a three-dimensional diagram of the footboard frame 6 of the zero-gravity deformable chair frame of the present invention.
[0027] Fig.16 It is a three-dimensional diagram of the first foot seat rod 61 of the zero-gravity deformable chair frame of the present invention.
[0028] Fig.17It is a three-dimensional diagram of the second leg seat rod 62 of the zero-gravity deformable chair frame of the present invention.
[0029] Fig.18 It is a three-dimensional diagram of the third leg seat rod 63 of the zero-gravity deformable chair frame of the present invention.
[0030] Fig.19 It is a three-dimensional diagram of the fourth leg seat rod 64 of the zero-gravity deformable chair frame of the present invention.
[0031] : Figure numerals: base frame 1, base frame hole 11, base frame hole 2 12, base frame hole 3 13, seat frame 2, seat hole 1 21, seat hole 2 22, seat hole 3 23, seat rotation hole 231, seat hole 4 24, seat hole 5 25, seat hole 6 26, seat hole 7 27, cushion rod 28, cushion rod hole 1 281, cushion rod hole 2 282, cushion mounting plate 29, mounting plate hole 1 91, telescopic rod 5, rod hole 1 51, rod hole 2 52, front push rod 3, front push hole 1 31, front push hole 2 32, front push hole 3 33, rear push rod 4, rear push hole 1 41, rear push hole 2 42, rear push hole 3 43, triangular rotating plate 7, rotating plate hole 1 71, rotating plate hole 2 72, rotating plate hole 3 73, rotating plate hole 4 74, backrest swing plate 9, swing plate hole 1 9 1. Swing plate hole three 93, backrest frame 8, backrest hole one 81, backrest hole two 82, backrest push rod 83, backrest push rod hole one 84, backrest push rod hole two 85, backrest auxiliary push rod 86, backrest auxiliary hole one 87, backrest auxiliary hole two 88, rotating plate auxiliary rod 75, auxiliary rod hole one 76, auxiliary rod hole two 77, foot push rod 65, footplate hole two 652, footrest frame 6, footrest hole one 613, footrest hole two 614, first footrest rod 61, first hole one 611, first hole two 612, second footrest rod 62, second hole one 621, second hole two 622, third footrest rod 63, third hole one 631, third hole two 632, third hole three 633, fourth footrest rod 64, fourth hole one 641, fourth hole two 642, fourth hole three 643 DETAILED DESCRIPTION
[0032] The utility model is further described in detail below in conjunction with the accompanying drawings.
[0033] Reference Figure 1-19:The utility model zero gravity deformation chair frame has two use states, namely sitting state and reclining state. The chair can switch back and forth between the sitting state and reclining state through the movement drive of the telescopic rod 5. When the chair is in the sitting state, the telescopic rod 5 is in the extended state, the front push rod 3 and the rear push rod 4 are both standing between the seat frame 2 and the bottom frame 1, the seat frame 2 is flat, and the footrest 6 is retracted to the bottom of the seat frame 2, and the first footrest hole 611 is located below the second footrest hole 621. When the chair is in the reclining state, the telescopic rod 5 is in the shortened state, the front push rod 3 and the rear push rod 4 are both in the forward tilted swinging state, the seat frame 2 is in the tilted swinging state with its front end lifted, and the footrest 6 extends forward from the seat frame 2, and the first footrest hole 611 is located in front of the second footrest hole 621.
[0034] When the seat frame is in the sitting state, the user sits on it and then controls the telescopic rod 5 to shorten through the control device of the seat. Because the rod hole 2 52 cooperates with the rear push hole 3 43, the telescopic rod 5 contracts and drives the rear push rod 4 to swing forward, thereby pushing the seat frame 2 and the front swing rod 3 forward. The seat frame 2 is finally pushed forward to a tilted swing state with its front end raised.
[0035] The following is a reference Figure 2 The swing direction of the cross-sectional view is the reference direction. When only the movement of the triangular rotating plate 7 and the front push rod 3 is considered, when the seat frame 2 is pushed forward, the triangular rotating plate 7 installed on the seat frame 2 will be pushed forward together. Since the front push hole 33 is located between the front push hole 1 31 and the front push hole 2 32, the auxiliary rod hole 2 77 will tend to continuously reduce the distance from the front push hole 33. Then, the rotating plate auxiliary rod 75 installed between the triangular rotating plate 7 and the front push rod 3 pushes the triangular rotating plate 7 to rotate in a clockwise direction with the rotating plate hole 1 71 as the rotation center, thereby pushing the footboard push rod 65 and the backrest push rod 83 forward together. The footboard push rod 65 pushes the fourth foot seat rod 64 forward, and pushes the first foot seat rod 61, the second foot seat rod 62, the third foot seat rod 63, and the fourth foot seat rod 64 forward together until the first foot seat rod hole 611 is located in front of the second foot seat rod hole 621, so that the footboard frame 6 is extended in a nearly flat posture; the backrest push rod 83 pushes forward to swing the backrest swing plate 9 counterclockwise with the swing plate hole 91 as the rotation center, thereby pulling the backrest frame 8 down through the backrest auxiliary push rod 86, and the backrest frame 8 swings counterclockwise with the backrest hole 81 as the rotation center, so that the backrest cushion installed on the backrest frame 8 swings down to a tilted posture. Finally, the seat cushion of the chair frame is lifted to a position higher than the seat cushion with its front end raised and the backrest cushion and the seat cushion swing in a direction that forms a larger obtuse angle.
[0036] The above is only a preferred embodiment of the present invention. It should be pointed out that a person skilled in the art can make several modifications and improvements without departing from the inventive concept of the present invention, and these modifications and improvements all fall within the protection scope of the present invention.
Claims
1. A zero-gravity deformable seat frame, comprising a base frame (1) and a seat frame (2), characterized in that: A front push rod (3) and a rear push rod (4) are installed between the base frame (1) and the seat frame (2), and a telescopic rod (5) is installed between the rear push rod (4) and the base frame (1). The base frame (1) is provided with a base frame hole 1 (11), a base frame hole 2 (12), and a base frame hole 3 (13); the seat frame (2) is provided with a seat hole 1 (21), and a seat hole 2 (22); the front push rod (3) is provided with a front push hole 1 (31), and a front push hole 2 (32); the rear push rod (4) is provided with a rear push hole 1 (41), a rear push hole 2 (42), and a rear push hole 3 (43); the base frame hole 1 (11) and the front push hole 1 (31) are connected to each other. 1), the second bottom frame hole (12) cooperates with the first rear push hole (41), the first seat hole (21) cooperates with the second front push hole (32), the second seat hole (22) cooperates with the second rear push hole (42), the telescopic rod (5) is provided with a rod hole (51) and a rod hole (52), the rod hole (51) cooperates with the third bottom frame hole (13), the rod hole (52) cooperates with the third rear push hole (43), The zero-gravity deformable chair frame also includes a foot frame (6), the foot frame (6) is equipped with a first foot seat rod (61) and a third foot seat rod (63), the seat frame (2) is also equipped with a second foot seat rod (62) and a fourth foot seat rod (64), the first foot seat rod (61) is connected to the third foot seat rod (63), the second foot seat rod (62) is connected to the fourth foot seat rod (64), the seat frame (2) is equipped with a triangular rotating plate (7), a rotating plate auxiliary rod (75) is installed between the triangular rotating plate (7) and the front push rod (3), a foot push rod (65) is installed between the triangular rotating plate (7) and the fourth foot seat rod (64), the second foot seat rod (62) is connected to the third foot seat rod (63), The seat frame (2) is further provided with a seat hole three (23), a seat hole four (24), and a seat rotation hole (231), and the front push rod (3) is further provided with a front push hole three (33). The triangular rotating plate (7) is provided with a rotating plate hole 1 (71), a rotating plate hole 2 (72), and a rotating plate hole 3 (73), and the seat rotating hole (231) matches with the rotating plate hole 1 (71). The rotary plate auxiliary rod (75) is provided with auxiliary rod hole 1 (76) and auxiliary rod hole 2 (77). The auxiliary rod hole 1 (76) matches with the rotary plate hole 2 (72), and the auxiliary rod hole 2 (77) matches with the front push hole 3 (33). The foot push rod (65) is provided with a foot hole 1 and a foot hole 2 (652); the foot frame (6) is provided with a foot frame hole 1 (613) and a foot frame hole 2 (614); the first foot seat rod (61) is provided with a first hole 1 (611) and a first hole 2 (612); the second foot seat rod (62) is provided with a second hole 1 (621), a second hole 2 (622), and a second hole 3 (623); the third foot seat rod (63) is provided with a third hole 1 (631), a third hole 2 (632), and a third hole 3 (633); the fourth foot seat rod (64) is provided with a fourth hole 1 (641), a fourth hole 2 (642), and a fourth hole 3 (643); The tripod hole 1 (613) matches with the first hole 1 (611), the tripod hole 2 (614) matches with the second hole 1 (621), the first hole 2 (612) matches with the third hole 1 (631), the third hole 3 (633) matches with the seat hole 3 (23), the second hole 3 (623) matches with the fourth hole 1 (641), the fourth hole 3 (643) matches with the seat hole 4 (24), the third hole 2 (632) matches with the second hole 2 (622), the fourth hole 2 (642) matches with the foot plate hole 2 (652), the foot plate hole 1 matches with the rotary plate hole 3 (73), The seat frame (2) is provided with a backrest frame (8), a triangular rotating plate (7), and a backrest swing plate (9); a backrest auxiliary push rod (86) is provided between the backrest frame (8) and the backrest swing plate (9); a backrest push rod (83) is provided between the triangular rotating plate (7) and the backrest swing plate (9); a rotating plate auxiliary rod (75) is provided between the triangular rotating plate (7) and the front push rod (3); The seat frame (2) is further provided with a seat hole five (25) and a seat hole six (26), and the triangular rotating plate (7) is further provided with a rotating plate hole four (74). The backrest frame (8) is provided with a backrest hole 1 (81) and a backrest hole 2 (82), wherein the backrest hole 1 (81) matches with the seat hole 5 (25). The backrest auxiliary push rod (86) is provided with a backrest auxiliary hole 1 (87) and a backrest auxiliary hole 2 (88). The backrest auxiliary hole 1 (87) matches with the backrest hole 2 (82). The backrest swing plate (9) is provided with a swing plate hole 1 (91), a swing plate hole 2, and a swing plate hole 3 (93). The swing plate hole 1 (91) matches with the seat hole 6 (26), and the backrest auxiliary hole 2 (88) matches with the swing plate hole 3 (93). The backrest push rod (83) is provided with a backrest push rod hole 1 (84) and a backrest push rod hole 2 (85). The backrest push rod hole 1 (84) matches with the rotating plate hole 4 (74), and the backrest push rod hole 2 (85) matches with the swing plate hole 2.
2. The zero-gravity deformable seat frame according to claim 1, characterized in that: The seat frame (2) is also provided with a cushion rod (28), on which a cushion mounting plate (29) is mounted. The seat frame (2) is also provided with a seat hole seven (27). The cushion rod (28) is provided with a cushion rod hole one (281) and a cushion rod hole two (282). The cushion mounting plate (29) is provided with a mounting plate hole one (291). The cushion rod hole one (281) matches with the mounting plate hole one (291), and the cushion rod hole two (282) matches with the seat hole seven (27).