KR200443672Y1 - Reclining rocking chair - Google Patents

Abstract

The retractable rocking chair has two seat bars, back bars, two armrests, foot bar, adjuster and two shake assemblies. Seat bars, back bars, armrests and foot bars are pivotally connected to each other. The adjusting device is mounted on one side of the rocking chair and connected to the corresponding shift bar, armrest and foot bar, and at the same time comprises a clamp, arm post and adjusting bolt. The clamp is mounted on the armrest. The arm post is pivotally connected to the armrest and the foot bar and slidably mounted through the clamp. The adjustment bolt is movably mounted through the clamp and is pressed against the arm post so that it can be safely flipped while shaking the rocking chair.

Rocking chair, backrest, armrest, seat bar, backrest bar, footrest bar

Description

Reclining rocking chair {RECLINING ROCKING CHAIR}

The present invention relates to a rocking chair, and more particularly, to a reclining rocking chair having a seat, a back and a footrest, and at the same time being able to adjust the backrest and the footrest to keep it firm and secure.

A rocking chair is a chair generally used in homes, and is a chair that a user can shake back and forth while sitting in the chair and taking a break. Conventional rocking chairs can be shaken but not tilted.

Another rocking chair has been developed that can be retracted. This retractable rocking chair includes a frame, two rockers and two elastic disks. The frame has two seat bars, each of which comprises front and rear U-shaped bars, back bars, footrests and four pivot points that pivotally connect both ends of the seat bars to form a seat. . The user can change the angle between the backrest, the footrest and the seat. The shaking means is mounted on the frame to provide a shaking motion. The frames are not inadvertently swung because the elastic disks are each mounted at two pivot points to impart friction between the seat bar and the foot and back bars. However, the friction by the elastic disk is limited, so the frame cannot support heavy people without falling down. Therefore, the swinging chair is not safe.

To overcome these shortcomings, the present invention provides a rocking chair that can be flipped over to alleviate or eliminate the aforementioned problems.

An object of the present invention is to provide a seat, a back bar and a footrest, which can adjust the respective positions of the backrest and the footrest on the seat, and at the same time, can hold the backrest and the footrest safely without careless turn, such a reclining rocking chair To provide.

The retractable rocking chair further includes two seat bars, two armrests, an adjusting device and two rocking assemblies. The seat bar, back bar, armrest and footrest are pivotally connected to each other. The adjusting device is mounted on one side of the rocking chair and connected to the corresponding shift bar, armrest and foot bar, and at the same time comprises a clamp, arm post and adjusting bolt. The clamp is mounted on the armrest. The arm post is pivotally connected to the armrest and the foot bar and slidably mounted through the clamp. The adjustment bolt is movably mounted through the clamp and is selectively pressed against the arm post to allow the rocking chair to be safely flipped over.

The retractable rocking chair according to the present invention can adjust the respective positions of the backrest and the footrest on the seat and at the same time can safely maintain the backrest and the footrest without inadvertent turning.

Referring to Figure 1, the retractable rocking chair according to the present invention two seat bars 10, back bars 20, two armrests 30, scaffolding bar 40, adjusting device 50, cushion 70 and two shake assemblies 60 and may further include at least one stretcher 80.

The seat bars 10 are parallel to each other. Each seat bar 10 has a front end 11 and a rear end 12.

The back bar 20 is U-shaped and has two side bars. These side bars correspond to the seat bars 10 respectively, each side bar having a lower end 21. The lower end 21 is pivotally connected to the rear end 12 of the corresponding seat bar 10. The armrests 30 are pivotally connected to the side bars of the backrest bar 20 as longitudinal bars, each armrest 30 having a front end 31 and a rear end 32 and having a pad ( 35) may be further provided. The rear end 32 of the armrest 30 is pivotally connected to a corresponding side bar of the back bar 20 near the lower end 21. The pad 35 is an elastic cushion mounted on the armrest 30.

The foot bar 40 is U-shaped and has two side bars. The side bars of the foot bar 40 correspond to the seat bars 10, respectively, and to the armrest bars 30, respectively, each side bar having an upper end 41 and an intermediate section. The upper end 41 of the side bar of the foot bar 40 is pivotally connected to the front end 31 of the corresponding armrest 30. The intermediate section of the side bar of the foot bar 40 is formed near the upper end 41 and pivotally connected to the front end 11 of the corresponding seat bar 10.

2A and 2B, the adjusting device 50 is connected to one of the seat bars 10, one of the armrests 30, and one of the side bars of the foot bar 40. Correspond to them at the same time. The adjusting device 50 includes a clamp 51, arm posts 52, 52a and an adjusting bolt 53.

The clamp 51 is pivotally mounted on the corresponding armrest 30 and has a through hole 511 and a screw hole 512. The through hole 511 passes through the clamp 51 in the longitudinal direction. The screw hole 512 is formed in the clamp 51 in the transverse direction, and communicates with the through hole 511.

The arm posts 52, 52a are pivotally connected to the front end 31 of the corresponding armrest 30 and the upper end 41 of the corresponding side bar of the foot bar 40, and the clamp 51 of the arm 51. It is mounted so as to slide through the through hole 511. The arm post 52a preferably further includes a row of detents 522 formed in the arm post 52a.

3 and 4, the adjusting bolt 53 is mounted to be rotatable and movable through the screw hole 512 of the clamp 51, and has an outer end and an inner end, and the handle 531. It may be further provided. The inner end is selectively pressed against the arm post 52 and can be selectively engaged with one of the detents 522 of the arm post 52a to prevent further movement. The handle 531 is mounted on the outer end of the adjustment bolt 53 and allows the user to easily turn the adjustment bolt 53. When the adjustment bolt 53 is released, the user can adjust the angular position of the back bar 20 and the foot bar 40 relative to the seat bar 10. When the adjustment bolt 53 is repulsively pressed against the arm post 52, the back bar 20 and the foot bar 40 are firmly held so that the rocking chair which can be flipped cannot fall.

The cushion 70 is soft and may be made of plastic, rubber, cotton, silk, and the like, and is mounted on the seat bar 10, the back bar 20, and the foot bar 40 to form a seat, a backrest, and a footrest. do.

The shake assembly 60 is respectively connected to and corresponds to the seat bar 10, each shake assembly 60 having a plurality of legs 61, 62 and shake means 63, two foot portions. 65 and two unidirectional connectors may be further provided.

The legs 61, 62 are connected to the corresponding seat bars 10.

The rocking means 63 is connected to the legs 61 and 62 and has a front portion and a rear end portion.

The foot portion 65 is mounted on the front and rear ends of the rocking means 63, respectively, and selectively rotates to stop the rocking means 63 from shaking. Each foot 65 has a proximal end and a distal end.

5, 6A and 6B, the unidirectional connector is mounted on the rocking means 63 and corresponds to the foot portion 65, respectively, and corresponds to the front end and the rear end of the rocking means 63, respectively. The foot portion 65 is connected to the front end and the rear end of the rocking means 63, respectively, and the foot portion 65 is selectively held or rotated. Each unidirectional connector limits the ability to rotate the corresponding foot portion 65 in only one direction of rotation. In addition, the rotation direction in which the foot part 65 on the rocking means 63 can rotate is reversed. Thus, when the rocking means is held in a fixed state, the foot portion 65 on the rear end of the rocking means 63 is forced counterclockwise, and the foot portion 65 on the front end of the rocking means 63 is clockwise. Because it is forced in the direction, the unidirectional connector on the foot 65 at the front end allows for clockwise rotation and the unidirectional connector on the foot 65 at the rear end allows for counterclockwise rotation. Each unidirectional connector may include an inner cylinder 64, a nut 642, an outer cylinder 66, a mounting bolt 67, and a compression spring 68.

The inner cylinder 64 is latched and mounted on a corresponding one of the front and rear ends of the rocking means 63, and has an outer surface, a central hole, a plurality of latch teeth 641, and a widened opening. 662). The central hole is formed to penetrate the inner cylinder 64. The latch tooth 641 is formed on the outer surface around the center hole.

The outer cylinder 66 is latched and mounted on the proximal end of the corresponding foot portion 65 and has an outer surface, an inner surface, a central hole, an opening widened hole 662 and a plurality of latch tooth edges 661. The central hole is formed through the outer cylinder 66. The opening 662 is formed in the outer surface of the outer cylinder 66 and communicates with the center hole of the outer cylinder 66 on the same center line. Latch teeth 661 are formed on the inner surface of the outer cylinder 66 and selectively engage respective latch teeth of the inner cylinder 64.

The mounting bolt 67 is slidably mounted through the central holes of the cylinders 66 and 64 and has an enlarged head 671 securely held by the nut 642.

The compression spring 68 is mounted in a hole 662 that widens the inlet around the mounting bolt 67 and is pressed against the enlarged head 671 and engages the inner cylinder 64 with the outer cylinder 66. .

Furthermore, each rocking means 63 may further comprise limiting means mounted to the rear of the rocking means 63 to prevent the rocking chair from excessively rotating and falling back.

The at least one stretcher 80 is mounted between the rocking means 63.

Since the adjusting device 50 firmly holds the backrest bar 20 and the footrest bar 40 at variable angles with respect to the seat bar 10, the chair that can be flipped can be stably flipped. In addition, the foot portion 65 may prevent the shake assembly 60 from being selectively shaken.

1 is a perspective view showing a reclining rocking chair according to the present invention.

Figure 2a is an enlarged perspective view of a part of the adjustment device of the reclining rocking chair of FIG.

FIG. 2B is an enlarged perspective view of the adjuster of the tiltable rocking chair of FIG. 1 with an arm post having a row of detents; FIG.

3 is a side view of the retractable rocking chair of FIG. 1.

FIG. 4 is a side view of the rocking chair of FIG.

FIG. 5 is a side view illustrating a state in which the foot of the shake assembly is turned down to stand on the floor by operating the retractable rocking chair of FIG. 3.

6A is an enlarged perspective view of the front foot portion of FIG. 5.

FIG. 6B is an enlarged perspective view of the rear foot portion of FIG. 5. FIG.

<Description of the symbols for the main parts of the drawings>

10: seat bar 20: back bar

30: armrest 35: pad

40: foot bar 50: adjusting device

51: clamp 52, 52a: arm post

53: adjustment bolt 60: shake assembly

61, 62: leg 63: shaking means

64: inner cylinder 65: foot portion

66: outer cylinder 67: mounting bolt

68: compression spring 70: cushion

80: stretcher 511: through hole

521 screw hole 522 detent

531: knob 642: nut

662: hole widening the opening 641, 661: latch teeth

Claims (2)

As a reclining rocking chair: Two seat bars each having a front end and a rear end and placed in parallel with each other; A backrest bar having two side bars that are U-shaped and pivotally connected to the seat bar, each having a lower end; Two armrests each pivotably connected to the side bars of the backrest bar and each having a front end and a rear end pivotably connected to a corresponding sidebar of the backrest bar near the lower end; A foot bar having a U-shape and two side bars corresponding to the seat bars and the armrests, each side bar of the foot bar being formed at an upper end pivotally connected to a corresponding armrest front end, and near the upper end Such scaffolding bars having an intermediate section pivotally connected to the front end of the corresponding seat bar; It is connected to one of the seat bars, one of the armrests and one of the side bars of the scaffolding bar and at the same time the corresponding adjusting device, A clamp having a through hole which is pivotally mounted on a corresponding armrest and is formed by passing the clamp in a longitudinal direction, and a screw hole which is formed transversely in the clamp and communicates with the through hole; An arm post pivotally connected to the front end of the corresponding armrest and the upper end of the corresponding side bar of the scaffold bar, the arm post being slidably mounted through the through hole of the clamp; Such an adjustment device provided with an adjustment bolt which is mounted to be rotatable and movable through the screw hole of the clamp and has an inner end that selectively presses against the outer end and the arm post; A cushion mounted on the seat bar, the back bar and the foot bar to form a seat, the back and the footrest; A shake assembly each connected to and corresponding to the seat bar, the shake assembly being provided with a plurality of legs connected to the corresponding seat bars, respectively, and a shake means connected to the legs and having a front end and a rear end. Removable rocking chair that includes. The method of claim 1, wherein each shake assembly, Two foot portions respectively mounted on the front end and the rear end of the rocking means, selectively rotating to stop the rocking means from being shaken, each having a proximal end and a distal end; Mounted on the rocking means and respectively corresponding to the foot portion, respectively corresponding to the front and rear ends of the rocking means, connecting the foot portion to the front and rear ends of the rocking means, respectively, selectively holding the foot portion or Two unidirectional connectors Further comprising: each unidirectional connector restricts the corresponding foot portion to rotate in only one direction of rotation, Each unidirectional connector, An inner cylinder mounted on a corresponding one of the front and rear ends of the rocking means and having a plurality of latch teeth; An outer cylinder mounted on a portion of the foot and having a plurality of latch teeth each selectively engaged with a latch tooth; Mounting bolts mounted through the inner and outer cylinders; A nut for holding said mounting bolt; A retractable rocking chair mounted around a mounting bolt and having a compression spring that engages the inner cylinder with the outer cylinder.

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