JP3132107U - Swing type health device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a swing type health device that can be folded and stored and can swing an arm and a shin at the same time.
A swing type health device includes a base frame including a front support frame and a rear support frame, a front rotating shaft provided at a front end of the base frame, and a bush rotatably fitted to the front rotating shaft; A front swing structure including a front support frame extending from the peripheral surface of the bush to the front end of the base frame, a rear rotation shaft provided at the rear end of the base frame, and a bush rotatably fitted to the rear rotation shaft; A rear swing structure including a rear support frame extending from the peripheral surface of the bush to the rear end of the base frame, a handrail structure in which a handrail frame is provided on the front support frame, and a receiver provided on both sides of the rear support frame. It consists of a cradle structure having a base.
[Selection] Figure 1

Description

The present invention relates to an oscillating health device, and more particularly to an oscillating health device that can be folded and stored and that can simultaneously swing an arm and a shin.

A swing type health device for simultaneously swinging an arm and a shin includes a support frame device provided with a pedestal at the top, a rotary shaft device provided with a shaft column erected on the pedestal, An oscillating frame pivotally attached to the shaft column is provided, and an oscillating device in which two cradles are provided symmetrically on the oscillating frame, and an oscillating device pivotally attached to the shaft column. Handrail device.

However, this has the following drawbacks.
(A) Since the swinging device and the handrail device are pivotally attached to the same shaft column, and when the weight of the whole body of the user is added to the swinging device and the handrail device, all the weight is supported by the shaft column. Is easily deformed, and if the shaft column is deformed, the swinging device and the handrail device cannot be normally rotated.

(B) Since the volume of the oscillating type health device is large, a large storage space is required.

The invention of the present application made to achieve the above object includes a base frame including a front support frame and a rear support frame, a front rotating shaft provided at a front end of the base frame, and a rotatable to the front rotating shaft. A front swing structure including a bush to be fitted, a front support frame extending from a peripheral surface of the bush to a front end of the base frame, a rear rotary shaft provided at a rear end of the base frame, and the rear rotary shaft A rear swing structure including a bush that is rotatably fitted to the rear surface, a rear support frame extending from a peripheral surface of the bush to a rear end of the base frame, and a handrail provided with a handrail frame on the front support frame The gist of the invention is a swing type health device including a structure and a cradle structure having a cradle provided on both sides of the rear support frame.

In the invention of the present application, the front swing structure has a screw hole recessed in the upper end surface, and a convex edge is provided in the vicinity of the lower end, and the lower surface of the convex edge is the base frame. A front rotary shaft whose lower end is fixed in front of the middle stage of the upper surface of the base frame so as to contact the upper surface, and a shaft hole is opened along the axial direction at the center thereof, and the front hole is formed in the shaft hole. A rotary shaft is inserted, and annular groove portions each having a diameter larger than that of the shaft hole are respectively recessed at the upper and lower ends of the shaft holes, and bearings are provided in the annular groove portions, respectively, The bush is provided with a front support shaft and is provided with a front support frame that rises while extending to the front end of the base frame, and a bearing in an annular groove of the bush, and is fitted to the front rotation shaft. A plurality of pins are provided around the periphery of the upper surface. The connecting tool has a diameter similar to that of the bush, and is provided on the bush. The lower surface of the connecting tool is in contact with the upper surface of the bush and the connecting tool, and a first through hole corresponding to the shaft hole is opened. There is a groove on the lower surface of the first through hole, and a lining in which a pin of the connecting tool is fitted into the groove, and a diameter of the lining to enable the lining to be pressed. The packing is the same as the lining, and the second through hole is opened according to the first through hole, the lower surface presses the upper surface of the packing, and the through hole is formed according to the second through hole. A disk-shaped pedestal that has been established; a screw shaft head; and a screw shaft portion, wherein the screw shaft portion sequentially inserts the through hole, the second through hole, and the first through hole to perform the forward rotation. When tightened in the screw hole of the shaft, the lining Is summarized in that a swing-type health of claim 1, characterized in that it comprises a Nishigogu pressed against downward on the threaded shaft head.

In the invention of the present application, the rear rocking structure has a screw hole recessed in the upper end surface, and a convex edge is provided in an area close to the lower end, and the lower surface of the convex edge is formed on the base frame. A rear rotating shaft whose lower end is fixed in front of the middle stage of the upper surface of the base frame so as to contact the upper surface, and a shaft hole is opened along the axial direction at the center thereof, and the rear hole is formed in the shaft hole. A rotary shaft is inserted, and annular groove portions each having a diameter larger than that of the shaft hole are respectively recessed at the upper and lower ends of the shaft holes, and bearings are provided in the annular groove portions, respectively, A rear support frame is fitted on the rear rotation shaft, and a rear support frame extending to the front end of the base frame is provided on the peripheral surface, and a plurality of positioning screw holes are opened at equal distances on the rear support frame. The bush is provided in a bearing in the annular groove of the bush, and is fitted to the rear rotating shaft. A connecting tool in which a plurality of pins are ringed at a location close to the peripheral edge of the upper surface, and the diameter thereof is the same as that of the bush, and the lower surface is provided on the bush, and the lower surface is the upper surface of the bush and the connecting tool. A first through hole corresponding to the shaft hole is formed, and a groove is formed in a lower surface of the first through hole at a peripheral edge thereof, and a pin of the connecting tool is fitted into the groove. A lining to be inserted, a packing having a diameter similar to that of the lining and having a second through-hole corresponding to the first through-hole, and a lower surface of the packing, A disk-shaped pedestal that presses the upper surface of the packing and has a through hole corresponding to the second through hole; a screw shaft head; and a screw shaft portion, wherein the screw shaft portion includes the through hole and the second hole. Sequentially through hole and first through hole 2. The swing health device according to claim 1, further comprising: a screw fitting that is inserted and tightened into a screw hole of the rear rotating shaft so that the lining is pressed downward on the screw shaft head. 3. There is a summary.

According to the swing type health device of the present invention, it can be folded and stored, and the arm and the shin can be swinged simultaneously.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

First, FIG. 1 to FIG. 6 will be referred to. The swing type health device of the present invention includes a base frame 10, a front swing structure 20, a rear swing structure 32, a handrail structure 40, and a cradle structure 50.

The base frame 10 is provided with a pivot part 11 on the lower surface of the front end, and a front support frame 12 that can stand on the floor surface is pivotally attached to the pivot part 11. The front support frame 12 is fixed to the pivotal attachment portion 11, and when the fixture 13 is removed, the front support frame 12 is folded at the rear end of the base frame 10, and the swing type health device The rear support frames 14 that can stand on the floor surface extend in a circular arc shape to the rear side at locations close to the rear ends on both sides of the base frame 10.

The front swing structure 20 includes a front rotating shaft 21, a bush 22, a connecting tool 23, a lining 24, a packing 25, a disk-shaped base 26, and a screwing tool 27.

The front rotating shaft 21 has a screw hole 211 recessed in the upper end surface, and a convex edge 212 is provided in an area close to the lower end, and the lower surface of the convex edge 212 is the upper surface of the base frame 10. The lower end of the base frame 10 is fixed in front of the middle of the upper surface of the base frame 10 so as to come into contact with the base frame 10.

The bush 22 has a shaft hole 221 at its center along the axial direction, the front rotating shaft 21 is inserted into the shaft hole 221, and the shaft hole 221 has a diameter at the upper and lower ends. Annular grooves 222 larger than the holes 221 are respectively recessed, bearings 223 are respectively provided in the annular grooves 222, and the bearings 223 are fitted to the front rotary shaft 21, and the circumferential surfaces thereof are provided. A front support frame 224 that extends while extending to the front end of the base frame 10 is provided.

The connecting tool 23 is provided on a bearing 223 in the annular groove 2222 of the bush 22, is fitted on the front rotary shaft 21, and a plurality of pins 231 are provided annularly at a location close to the peripheral edge of the upper surface. .

The diameter of the lining 24 is the same as that of the bush 22, and is provided on the bush 22. The lower surface of the lining 24 is in contact with the upper surfaces of the bush 22 and the connecting tool 23 and corresponds to the shaft hole 221. A through hole 241 is formed, and a groove 242 is formed in a lower surface of the first through hole 241 at the periphery thereof, and the pin 231 of the connecting tool 23 is fitted into the groove 242.

The packing 25 has the same diameter as the lining 24 so that the lining 24 can be pressed, and a second through hole 251 is formed in accordance with the first through hole 241.

The disk-shaped pedestal 26 has a lower surface pressing the upper surface of the packing 25, and a through hole 261 is formed in accordance with the second through hole 251.

The screw fitting 27 includes a screw shaft head 271 and a screw shaft portion 272, and the screw shaft portion 272 sequentially inserts the through hole 261, the second through hole 251, and the first through hole 241. As a result, the lining 24 is pressed downward against the screw shaft head 271 when it is tightened into the screw hole 211 of the front rotary shaft 21.

The rear swing structure 32 includes a rear rotating shaft 31, a bush 32, a connecting tool 33, a lining 34, a packing 35, a disk-shaped pedestal 36, and a screwing tool 37.

The rear rotating shaft 31 has a screw hole 311 recessed in the upper end surface, and a convex edge 312 is provided in an area close to the lower end, and the lower surface of the convex edge 312 is the upper surface of the base frame 10. The lower end of the base frame 10 is fixed in front of the middle of the upper surface of the base frame 10 so as to come into contact with the base frame 10.

The bush 32 has a shaft hole 321 at its center along the axial direction, the rear rotating shaft 31 is inserted into the shaft hole 321, and the shaft hole 321 has a diameter at the upper and lower ends. Annular groove portions 322 larger than the holes 321 are respectively recessed, bearings 321 are respectively provided in the annular groove portions 322, and the respective bearings 321 are fitted and provided on the rear rotating shaft 31. A rear support frame 324 extending to the front end of the base frame 10 is provided, and a plurality of positioning screw holes 3241 are formed in the rear support frame 324 at equal distances.

The connecting tool 33 is provided on a bearing 323 in the annular groove 322 of the bush 32, is fitted on the rear rotating shaft 323, and a plurality of pins 331 are provided in an annular position near the periphery of the upper surface. .

The diameter of the lining 34 is the same as that of the bush 32, and is provided on the bush 32. The lower surface of the lining 34 is in contact with the upper surfaces of the bush 32 and the connecting tool 33 and corresponds to the shaft hole 321. A through-hole 341 is formed, and a groove 342 is formed in the lower surface of the first through-hole 341 at the periphery thereof, and the pin 331 of the connecting tool 33 is fitted into the groove 342.

The packing 35 has the same diameter as the lining 34 so that the lining 34 can be pressed, and a second through hole 351 is formed in accordance with the first through hole 341.

The disk-shaped pedestal 36 has a lower surface pressing the upper surface of the packing 35, and a through hole 361 is opened in accordance with the second through hole 351.

The screw fitting 37 includes a screw shaft head 371 and a screw shaft portion 372, and the screw shaft portion 372 sequentially inserts the through hole 361, the second through hole 351, and the first through hole 341. Then, when the screw is tightened into the screw hole 311 of the rear rotating shaft 31, the lining 34 is pressed downward against the screw shaft head 371.

The handrail structure 40 includes a C-type shaft connecting tool 41, and the C-type shaft connecting tool 41 is fixed at a position where the lower surface is close to the front end of the front support frame 224, and is inserted into the handrail frame 42. When the opening of the C-shaped shaft connecting tool 41 is tightened by the bolt 43, the handrail frame 42 is fixed and cannot be folded. When the bolt 43 is loosened, the handrail frame 42 Can be folded and stored at the rear end of the base frame 10.

The cradle structure 50 includes a frame 51 that is slidably fitted to the rear support frame 324. A positioning screw 52 is provided on the upper surface of the frame 51, and the positioning screw 52 is inserted into the positioning screw hole. The position of the frame 51 can be adjusted by screwing into one of the 3241, and support rods 53 extend outward on both sides of the frame 51, respectively. A cradle 54 is provided on the upper surface.

As shown in FIG. 5, the user rests the two shins on the cradle 54 and rests both hands on both sides of the handrail frame 42, and at this time, the front swing mechanism 20 and the rear swing mechanism 30. Since the swingable health device of the present invention swings the shin and the arm, the arm can swing and move.

As shown in FIG. 4, when the screw fittings 27 and 37 are tightened downward, the pressing against the linings 24 and 34 becomes stronger, thereby increasing the frictional force between the linings 24 and 34 and the bushes 22 and 32. As a result, it is necessary to increase the force for enabling the shin and the arm to swing, so that the exercise effect is improved.

As shown in FIG. 4, when the positioning screw 52 is screwed into one of a plurality of positioning screw holes 3241 provided in the frame 51, the position of the frame 51 can be adjusted. You can use it to suit your height.

Further, when the bolt 43 is loosened, the handrail frame 42 can be folded at the rear end of the base frame 10, and when the fixing tool 13 is removed, the front support frame 12 can be folded at the rear end of the base frame 10. Therefore, according to the swing type health device of the present invention, the swing type health device can be folded and stored when not in use, so that the storage space can be reduced.

It is a perspective view of the union state of the present invention. It is an exploded perspective view of the present invention. It is a disassembled perspective view of the back rocking | fluctuation mechanism of this invention. It is the cross-sectional schematic of the front rocking | fluctuation mechanism and rear rocking | fluctuation mechanism of this invention. It is the schematic which shows the rocking | fluctuation operation | movement of the front-back part of this invention. It is the schematic which shows the position adjustment of the cradle of this invention. It is the schematic which shows the folded state of this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 Base frame 11 Pivoting part 12 Front support frame 13 Fixing tool 14 Rear support frame 20 Front rocking mechanism 21 Front rotating shaft 22 Bush 23 Connecting tool 24 Lining 25 Packing 26 Disk-shaped base 27 Screwing tool 31 Rear rotating shaft 32 Rear Swing mechanism 33 Connecting tool 34 Lining 35 Packing 36 Disc shaped base 37 Screwing tool 40 Handrail structure 41 C-type shaft connecting tool 42 Handrail frame 43 Bolt 50 Receptacle structure 51 Frame 52 Positioning screw 53 Support rod 212 Convex edge 221 Shaft Hole 222 Annular groove 223 Bearing 224 Front support frame 231 Pin 241 First through hole 242 Groove 251 Second through hole 261 Through hole 271 Screw shaft head 272 Screw shaft portion 321 Shaft hole 322 Annular groove 323 Bearing 324 Rear support frame 331 Pin 341 First through hole 342 Groove 351 Second through hole 361 Through hole 371 Screw shaft head 372 threaded shaft portion 2222 annular groove 3241 for positioning threaded hole

Claims (3)

A base frame including a front support frame and a rear support frame, a front rotating shaft provided at a front end of the base frame, a bush fitted to the front rotating shaft, and a base frame extending from a peripheral surface of the bush A front swinging structure including a front support frame extending to the front end of the base frame, a rear rotating shaft provided at the rear end of the base frame, a bush fitted to the rear rotating shaft, and a periphery of the bush A rear swing structure including a rear support frame extending from the surface to the rear end of the base frame, and a handrail structure in which a handrail frame is provided on the front support frame;
And a cradle structure having cradles provided on both sides of the rear support frame, respectively. In the front swing structure, a screw hole is recessed in the upper end surface, and a convex edge is provided in an area close to the lower end, so that the lower surface of the convex edge is in contact with the upper surface of the base frame. Further, a front rotating shaft whose lower end is fixed in front of the middle stage of the upper surface of the base frame, and a shaft hole is opened in the center along the axial direction, and the front rotating shaft is inserted into the shaft hole. In the upper and lower ends of the shaft hole, annular groove portions having a diameter larger than that of the shaft hole are respectively recessed, bearings are provided in the annular groove portions, and the bearings are fitted on the front rotating shaft. A bush provided with a front support frame that extends while extending to the front end of the base frame, and a bearing in an annular groove of the bush, and is fitted on the front rotary shaft, and has an upper surface. In the vicinity of the peripheral edge of the Is the same as the bush, provided on the bush, the lower surface of which is in contact with the upper surface of the bush and the connecting tool, the first through hole corresponding to the shaft hole is opened, A groove is recessed in the periphery of the first through hole, and a lining in which the pin of the connecting tool is fitted into the groove, and a diameter thereof is the same as that of the lining so that the lining can be pressed. And a packing in which a second through-hole is opened according to the first through-hole, and a disk shape in which a lower surface presses the upper surface of the packing and a through-hole is opened in accordance with the second through-hole. A pedestal, a screw shaft head, and a screw shaft portion are included, and the screw shaft portion sequentially inserts the through hole, the second through hole, and the first through hole and fastens to the screw hole of the front rotating shaft. And the lining is connected to the screw shaft head. Characterized in that it comprises a Nishigogu pressed against the bottom, to the rocking type health of claim 1. In the rear swing structure, a screw hole is recessed in the upper end surface, and a convex edge is provided in an area close to the lower end, so that the lower surface of the convex edge is in contact with the upper surface of the base frame. And a rear rotating shaft whose lower end is fixed in front of the middle stage of the upper surface of the base frame, and a shaft hole is formed in the center along the axial direction, and the rear rotating shaft is inserted into the shaft hole. An annular groove having a diameter larger than that of the shaft hole is recessed in the upper and lower ends of the shaft hole, bearings are provided in the annular groove, and the bearings are fitted to the rear rotating shaft. A rear support frame extending to the front end of the base frame is provided on a peripheral surface thereof, and a plurality of positioning screw holes are opened at equal distances in the rear support frame; and the bush Provided in the bearing in the annular groove, and fitted to the rear rotating shaft, and has a peripheral edge on the upper surface thereof. A connecting tool in which a plurality of pins are provided in the vicinity of the connecting tool, and the diameter thereof is the same as that of the bush, and the lower face is in contact with the upper surface of the bush and the connecting tool. A first through hole corresponding to the shaft hole is opened, a groove is provided on the lower surface of the first through hole, and a lining in which a pin of the connecting tool is fitted in the groove; In order to allow the lining to be pressed, a packing having the same diameter as that of the lining and having a second through hole corresponding to the first through hole, and a lower surface pressing the upper surface of the packing And a disk-shaped pedestal in which a through hole is opened in accordance with the second through hole, a screw shaft head and a screw shaft portion, and the screw shaft portion includes the through hole, the second through hole, and the first through hole. After passing through one through hole sequentially Tightening the screw holes of the rotating shaft, wherein the lining is characterized in that it comprises a Nishigogu pressed against downward on the threaded shaft head, swing-type health of claim 1.