US1620055A - Tripping mechanism for binders - Google Patents
Tripping mechanism for binders Download PDFInfo
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- US1620055A US1620055A US739742A US73974224A US1620055A US 1620055 A US1620055 A US 1620055A US 739742 A US739742 A US 739742A US 73974224 A US73974224 A US 73974224A US 1620055 A US1620055 A US 1620055A
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- gear
- frame
- binder
- lever
- bell crank
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01D—HARVESTING; MOWING
- A01D59/00—Equipment for binding harvested produce
Definitions
- the object of my invention is to provide a tripping mechanism for binders of simple, durable and comparatively inexpensive construction.
- my invention relates to an attachment adapted to be secured to the seat supporting pipe of a binder and operatively connected with the bundle carrier trip rod, whereby the attachment may be operated when desired for mechanically operating the bundle carrier of a binder.
- Still a further object is to provide a bell crank lever member adapted, when a foot lever is operated, to release the tripping mechanism for allowing the same to be operated from one of the moving parts of the binder itself.
- My present invention is an improvement over my patent on a carrier operating mech-.
- my invention consists in the construction arrangement and combination of the various parts of my device, whereby the objects contemplated are attained, as hereinafter more fully set forth, pointed out in my claims, and illustrated in the accompanying drawings, in which:
- Figure 1 is a side elevation of a seat supporting pipe of a binder with my improved tripping mechanism for the bundle carrier thereof attached to the seat supporting pipe.
- Figure 2 is a vertical sectional view taken on line 22 of Figure 1.
- Figure 3 is a top, plan view of the grain shield support, which is secured to the frame of my attachment.
- Figure 4 is a detail, sectional view taken on line 4-4 of Figure 1 showing the connection between a moving part of the binder and my attachment.
- Figure 5 is a detail, sectional view taken on line 5-5 of Figure 1;
- Figure 6 is a detail view showing one of the drive shafts and the gear mounted thereon.
- the ordinary binder includes a grain elevator 11 operated from a shaft 12 journall'ed in the frame 13 of the binder.
- the shaft 12 has a om.
- hine'd gear and sprocket 14 thereon which are driven from the traction wheels of the binder for imparting rotation to the shaft 12 and the grain conveyor 11.
- My tripping mechanism is designed to be driven from the shaft 12 and I provide a pulley wheel 15 connected to a plate or the like 16, which is bolted to the spokes of the sprocket 14 by U-bolts 17 V
- the pulley wheel 15 is provided with a flanged head 17 for retaining the belt 18 in place.
- the belt 18 is used for driving my bundle carrier tripping mechanism, as will hereinafter be more fullydescribed.
- My attachment includes a frame 19 in the form of a casting.
- the frame 19 is connected to the seat supporting pipe 10 at its forward end by a U-bolt 20.
- the frame 19 has an outwardly extending flange 21 formed on one side, which is provided with a notch 22 having tapered sides for receiving the seat sup-porting pipe 10, as clearly shown in Figure 2 of the drawings.
- the rear end of the frame 19 has a slot 23 which receives a bolt 24 therethrough for retaining the rear end of the frame to the seat supporting pipe 10.
- the bolt 24 is ordinarily used for securing a foot rest to the seat supporting pipe whereby the driver of the binder may step upon the same in order to get the seat of the binder.
- the slot 23 permits the frame 19 to be secured to a seat supporting pipe 10 of different sizes, the slot 23 compensating for any slight variations.
- the frame 19 has a pair of outwardly extending spaced ears 26 to which are pivotally connected lugs 27 which have the grain shield support 28 mounted therebetween which is ordinarily secured to the seat supporting pipe 10, and when my attachment is used, I mount the grain shield support thereon.
- the grain shield support 28 has an ordinary grain shield pivot bolt 29 therein.
- Adjustment of the grain shield support 28 may be accomplished by positioning of the adjuster rod 30 in any of the openings 31 formed in the enlarged portion 25 of the frame 19:.
- the adjaster reel 30 is pivotally connected to a plate 32 secured to the outer free end of the grain shield, support 28,, all as clearly shown in Figure 3 mt the drawings.
- the frame 19 has av pair of spaced bearings 33 formed thereon in which are mounted a stub sl-i-a'lt 34. @ne end of the stub shatt Ellhas a pulley wheel 35 fixed, thereto. around which the belt 18 extends.
- the belt 18 drives the shaft Fixed to the shaft 34 and spaced between the bearings 33. is a. gear 36.
- the frame 19 also has a bearing 37 in. which is mounted a shaft 38.
- a mutilated bevel gear 39 is keyed to the shaft 38 and. is adapted to mesh with the bevel pinionv or gear. 36.
- the bevel gear 35% which has been referred to as a mutilated gear, has av number of teeth missing therefrom so as to provide a blank space 40, shown in Figure, 2 of the drawings.
- the normal position of the bevel gear 39 is such, that the bevel pinion or gear 36 is. partially received. within the blank space 40.
- an extension. or catch. lug 41 On theback side of the 39 is formed an extension. or catch. lug 41,.
- a bell; crank lever 42 pivotally connect edv to the frame 19 by means of the bolt 43. Gne part of the bell crank lever 42 is l provided with a hook 4d adapted to coact 42? of the lever 4-2 when the lever- 41-2 is moved, as will hereinafter be more fiully set forth.
- the lever 42 has fixed toit a. downwardly extending arm 46, A link 4? is pivotally connected tothelower end of the arm 46; and extends forwardly therefrom and has its lorward end connected to a. bell crank lever 48 mounted in a bearing 49,
- One side of the bell crank lever 4C8 has a. foot pedal 59-there01r
- the seat 51 rests upon a seat stand 52, which is fastened to the supportingpipe 19.
- the bell crank 4:8 is adapted to he operated by the foot of the driver orby the putt of. a rope in, case the binder is being pulled by a tractor, in direction indicated by, thearrow 52 for causingthe link- 47; to operatealso. in the direction indicated by the ar row 52.
- the gear 89 when. started by being en.- gaged with the portion 42*, will; mesh with the; bevel pinion 36, thereby insuring the gear 39 to be rotated one complete revolution from. power supplied from a movingpart 0 the binder itself.
- the ordinary binder is provided with a bundle trip rod 58, which is ordinarily operated manually and in order to cause the bundle trip, rod to. operate from the gear 2-39., I insert one end of the rod 53 into a socket 5%. and lock; it the-rein by means of the set screws 55.
- Thesockets 5d is pivot-ally connected to the gear 39;"tl'irough the bolt 56.
- the bolt 56 mounted at a; point spaced away from the shaft 38 and rotates in the path of a circle with the shaft 38 as its axis.
- L mount a pawl 57 on. the frame 19. and place a coil spring. 58 on a. bolt 59 between the frame 19 and the pawl 571 The-pawl rests a, inst the underside of the extension ll and pic vents any rearward or backward: rotation ot' the gear 39;
- the bolt 59 limits the movement of: the pawl 57 in one direction.
- the spring: 60 is connected to, the arm 4-6 through the medium ofa rod 62;- which ex tends through the arm 46,. as clearly shown in Figure 5 of the drawings.-
- the rod 62 is screw thi' eadod, asat (33, and slidably mounted within an. opening (not shown) fornjied in the arm. (31 ot the trame 159.
- the stops (i l retain the bell crank lever 4:2 at one limit ot'itsmorement and the stops 65lim-it the amoi 1t of; movement of the bell cranlii lever 42* in the opposite direction.
- the spring 60 will cause the hook member 44 ot the bell crank lever 4-2 to be in its solid line position, as shown in Figure 1, where it will be in position to engage the extension orcateh 411-.
- the gear 39 may be put' into, motionv by simply pushing the foot piece 50 otthe bell crank lever 48 in the: direction indicated by the row 52 ll l
- the bell crank lever 42 insures the releasing of the catch or extension 41, and at the same time causes the gear 39 to be positively engaged for starting it so that it meshes with the bevel pinion 36 and thereafter a complete revolution is had for moving the bundle carrier trip rod 53 as necessary.
- My attachment is very simple and can be quickly and easily connected to a binder and furnishes the necessary mechanism for operating and tripping the bundle carrier of the binder.
- a guard 66 is secured to the frame 19 and extends over the gear 39.
- A. bundle carrier tripping mechanism for binders comprising a frame mounted on the binder, a gear on said frame operatively driven from a moving part of the binder, a mutilated gear arranged adjacent said first gear and adapted to be operated therefrom, a roller on said mutilated gear, a bell crank lever on said frame having a hook member on one end for engaging said mutilated gear and retaining it in inoperative position, the other end of said bell crank lever terminating adjacent said roller whereby disengagement of the hook end thereof from the mutilated gear will cause the other end of said lever to strike against said roller, thereby causing said gear to start to rotate and a pitman connected to said mutilated gear for tripping the bundle carrier.
- a binder bundle carrier tripping mechanism comprising a frame mounted on the binder, a continuously operated gear on said frame, a mutilated gear arranged adjacent said first gear and adapted to be operated therefrom, a lever on said frame having a hook member for engaging said mutilated gear to retain it in inoperative position, a cam portion on said lever adjacent said mutilated gear and designed to strike a roller on the mutilated gear upon disengagement of the hook end and the gear whereby said mutilated gear is started to rotate, yielding means for causing said lever to engage said mutilated gear manually operated means for causing disengagement thereof, a pitman connecting said mutilated gear to the bundle carrier whereby rotation of the mutilated gear will trip said carrier.
- a bundle carrier tripping mechanism for binders comprising a frame mounted on the binder, a continuously rotating means on said frame, a second means rotatably arranged adjacent said first means and adapted to be operated thereby, a projection and a roller mounted on said second means, a bell crank lever on said frame having a hook member on one end for engaging one side of said projection and retaining said second means in inoperative position, a spring actuated pawl mounted on said frame for engaging the other side of said projection to prevent reverse rotation of said sec- 0nd means, the other end of the bell crank lever terminating adjacent said roller whereby movement of said bell crank lever to position where the hook end thereof will disengage said projection and cause the other end thereof to strike against said roller causing said second means to be engaged by said first means and means for connecting said second means to the bundle carrier of the binder whereby said bundle carrier will be dumped and returned each time said second means is rotated one complete rotation.
- a bundle carrier tripping mechanism adapted to replace the foot trip comprising a frame mounted on the binder, means on said frame operatively driven from a moving part of the binder, a second means adjacent said first means adapted to be operated therefrom, a projection and a roller thereon. a lever resiliently held in engagement with said. projection to prevent the rotation of said second means in one direction, a spring actuated pawl for preventing rotation of said second means in the opposite direction serving to move said lever by being struck by said roller when said lever is maintained in projection disengaging position.
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- Life Sciences & Earth Sciences (AREA)
- Environmental Sciences (AREA)
- Harvester Elements (AREA)
- Binders And Loading Units For Sheaves (AREA)
Description
March 8 1927. 1,620,055
L. K. O. BAKKE TRIPPING MECHANISM FOR BINDERS Filed Sept. 24. 1924 mliuluxiilml Patented Mar. 8, 1927.
UETED STATES LAURITS KRISTIAN OLESEN BAKKE, OF EMMETSIBURG, IOWA.
TRIPPING MECHANISM FOR BINDERS.
Application filed September'24, 1924. Serial No. 739,742.
The object of my invention is to provide a tripping mechanism for binders of simple, durable and comparatively inexpensive construction.
More particularly, my invention relates to an attachment adapted to be secured to the seat supporting pipe of a binder and operatively connected with the bundle carrier trip rod, whereby the attachment may be operated when desired for mechanically operating the bundle carrier of a binder.
Still a further object is to provide a bell crank lever member adapted, when a foot lever is operated, to release the tripping mechanism for allowing the same to be operated from one of the moving parts of the binder itself. 1
My present invention is an improvement over my patent on a carrier operating mech-.
anism for binders No. 1,502,102, issued July 22, 1924.
With these and other objects in view, my invention consists in the construction arrangement and combination of the various parts of my device, whereby the objects contemplated are attained, as hereinafter more fully set forth, pointed out in my claims, and illustrated in the accompanying drawings, in which:
Figure 1 is a side elevation of a seat supporting pipe of a binder with my improved tripping mechanism for the bundle carrier thereof attached to the seat supporting pipe.
Figure 2 is a vertical sectional view taken on line 22 of Figure 1.
Figure 3 is a top, plan view of the grain shield support, which is secured to the frame of my attachment.
Figure 4 is a detail, sectional view taken on line 4-4 of Figure 1 showing the connection between a moving part of the binder and my attachment.
Figure 5 is a detail, sectional view taken on line 5-5 of Figure 1; and
Figure 6 is a detail view showing one of the drive shafts and the gear mounted thereon.
In the accompanying drawings, I have used the reference numeral 10 to indicate generally a seat supporting pipe of a binder.
The ordinary binder includes a grain elevator 11 operated from a shaft 12 journall'ed in the frame 13 of the binder. In some ty es of binders the shaft 12 has a om.-
hine'd gear and sprocket 14 thereonwhich are driven from the traction wheels of the binder for imparting rotation to the shaft 12 and the grain conveyor 11.
My tripping mechanism is designed to be driven from the shaft 12 and I provide a pulley wheel 15 connected to a plate or the like 16, which is bolted to the spokes of the sprocket 14 by U-bolts 17 V The pulley wheel 15 is provided with a flanged head 17 for retaining the belt 18 in place. The belt 18 is used for driving my bundle carrier tripping mechanism, as will hereinafter be more fullydescribed.
My attachment includes a frame 19 in the form of a casting. The frame 19 is connected to the seat supporting pipe 10 at its forward end by a U-bolt 20. The frame 19 has an outwardly extending flange 21 formed on one side, which is provided with a notch 22 having tapered sides for receiving the seat sup-porting pipe 10, as clearly shown in Figure 2 of the drawings.
The rear end of the frame 19 has a slot 23 which receives a bolt 24 therethrough for retaining the rear end of the frame to the seat supporting pipe 10. The bolt 24 is ordinarily used for securing a foot rest to the seat supporting pipe whereby the driver of the binder may step upon the same in order to get the seat of the binder.
The ordinary foot rest is removed when my attachment is secured to the binder, and in order to have a foot rest, I form the frame 19 with an enlarged foot rest portion 25, which is shown in Figure 3 of the drawings.
The slot 23 permits the frame 19 to be secured to a seat supporting pipe 10 of different sizes, the slot 23 compensating for any slight variations.
The frame 19 has a pair of outwardly extending spaced ears 26 to which are pivotally connected lugs 27 which have the grain shield support 28 mounted therebetween which is ordinarily secured to the seat supporting pipe 10, and when my attachment is used, I mount the grain shield support thereon.
The grain shield support 28 has an ordinary grain shield pivot bolt 29 therein.
Adjustment of the grain shield support 28 may be accomplished by positioning of the adjuster rod 30 in any of the openings 31 formed in the enlarged portion 25 of the frame 19:.
The adjaster reel 30 is pivotally connected to a plate 32 secured to the outer free end of the grain shield, support 28,, all as clearly shown in Figure 3 mt the drawings.
The frame 19 has av pair of spaced bearings 33 formed thereon in which are mounted a stub sl-i-a'lt 34. @ne end of the stub shatt Ellhas a pulley wheel 35 fixed, thereto. around which the belt 18 extends. The belt 18 drives the shaft Fixed to the shaft 34 and spaced between the bearings 33. is a. gear 36.
The frame 19 also has a bearing 37 in. which is mounted a shaft 38.
A mutilated bevel gear 39 is keyed to the shaft 38 and. is adapted to mesh with the bevel pinionv or gear. 36. The bevel gear 35% which has been referred to as a mutilated gear, has av number of teeth missing therefrom so as to provide a blank space 40, shown in Figure, 2 of the drawings.
The normal position of the bevel gear 39, is such, that the bevel pinion or gear 36 is. partially received. within the blank space 40.
On theback side of the 39 is formed an extension. or catch. lug 41,.
A bell; crank lever 42 pivotally connect edv to the frame 19 by means of the bolt 43. Gne part of the bell crank lever 42 is l provided with a hook 4d adapted to coact 42? of the lever 4-2 when the lever- 41-2 is moved, as will hereinafter be more fiully set forth.
The lever 42 has fixed toit a. downwardly extending arm 46, A link 4? is pivotally connected tothelower end of the arm 46; and extends forwardly therefrom and has its lorward end connected to a. bell crank lever 48 mounted in a bearing 49,
One side of the bell crank lever 4C8 has a. foot pedal 59-there01r The seat 51 rests upon a seat stand 52, which is fastened to the supportingpipe 19.
The bell crank 4:8 is adapted to he operated by the foot of the driver orby the putt of. a rope in, case the binder is being pulled by a tractor, in direction indicated by, thearrow 52 for causingthe link- 47; to operatealso. in the direction indicated by the ar row 52.
The forward movement of the link will cause the bell crank lever 49 to swingupon, its pivot to the position shown in dotted lines; in l igure l; of the drawings; for releasing the hook 4 1% from the extension 4 1 and at the same time, the portion, 4:2 will strike the roller 45,;tor causing the gear 39to commence torotate.
The gear 89, when. started by being en.- gaged with the portion 42*, will; mesh with the; bevel pinion 36, thereby insuring the gear 39 to be rotated one complete revolution from. power supplied from a movingpart 0 the binder itself.
The ordinary binder is provided with a bundle trip rod 58, which is ordinarily operated manually and in order to cause the bundle trip, rod to. operate from the gear 2-39., I insert one end of the rod 53 into a socket 5%. and lock; it the-rein by means of the set screws 55.
Thesockets 5d is pivot-ally connected to the gear 39;"tl'irough the bolt 56. The bolt 56 mounted at a; point spaced away from the shaft 38 and rotates in the path of a circle with the shaft 38 as its axis.
From the construction of: thepa-rts just described... it will be seen. that each time the gear 39' is permitted to rotate, it will cause the lJlll lCllHCBl'llQl' triprod 53 to.- be operated toroperating the. bundle carrier, which forms a part oil; thebinder itself.
In order to prevent the gear 39' front any possible backward movement. L mount a pawl 57 on. the frame 19. and place a coil spring. 58 on a. bolt 59 between the frame 19 and the pawl 571 The-pawl rests a, inst the underside of the extension ll and pic vents any rearward or backward: rotation ot' the gear 39;
The bolt 59. limits the movement of: the pawl 57 in one direction.
In, order; to; insure the hook 4% to engage the extension. 411, I connect a coil. spring 60 totljie lower end oftrhe arm id and to an. arm (St on the frame 19;
The spring: 60 is connected to, the arm 4-6 through the medium ofa rod 62;- which ex tends through the arm 46,. as clearly shown in Figure 5 of the drawings.-
The rod 62 is screw thi' eadod, asat (33, and slidably mounted within an. opening (not shown) fornjied in the arm. (31 ot the trame 159.
.h ordcr'tolimit" the amount of swinging: movement ot the bell crank lever in either direct-ion 1' provide a. pair of steps (5 and (it) on: the rod 62 on eacl1.=side of the arm 61.
The stops (i l retain the bell crank lever 4:2 at one limit ot'itsmorement and the stops 65lim-it the amoi 1t of; movement of the bell cranlii lever 42* in the opposite direction.
When the gear 39 has been operated, it will? cause the roller 45 to strike against the curved surface o l the portion 42" and will ride thereorer.
The spring 60 will cause the hook member 44 ot the bell crank lever 4-2 to be in its solid line position, as shown in Figure 1, where it will be in position to engage the extension orcateh 411-.
It Will-be seen from the foregoing that the gear 39 may be put' into, motionv by simply pushing the foot piece 50 otthe bell crank lever 48 in the: direction indicated by the row 52 ll l The bell crank lever 42 insures the releasing of the catch or extension 41, and at the same time causes the gear 39 to be positively engaged for starting it so that it meshes with the bevel pinion 36 and thereafter a complete revolution is had for moving the bundle carrier trip rod 53 as necessary.
My attachment is very simple and can be quickly and easily connected to a binder and furnishes the necessary mechanism for operating and tripping the bundle carrier of the binder.
A guard 66 is secured to the frame 19 and extends over the gear 39.
Some changes may be made in the construction and arrangement of the various parts of my invention, without departing from the real spirit and purpose of my invention and its my intention to cover by my claims, any modified forms of structure or use of mechanical equivalents, which may be reasonably included within their scope.
I claim as my invention:
1. A. bundle carrier tripping mechanism for binders comprising a frame mounted on the binder, a gear on said frame operatively driven from a moving part of the binder, a mutilated gear arranged adjacent said first gear and adapted to be operated therefrom, a roller on said mutilated gear, a bell crank lever on said frame having a hook member on one end for engaging said mutilated gear and retaining it in inoperative position, the other end of said bell crank lever terminating adjacent said roller whereby disengagement of the hook end thereof from the mutilated gear will cause the other end of said lever to strike against said roller, thereby causing said gear to start to rotate and a pitman connected to said mutilated gear for tripping the bundle carrier.
2. A binder bundle carrier tripping mechanism comprising a frame mounted on the binder, a continuously operated gear on said frame, a mutilated gear arranged adjacent said first gear and adapted to be operated therefrom, a lever on said frame having a hook member for engaging said mutilated gear to retain it in inoperative position, a cam portion on said lever adjacent said mutilated gear and designed to strike a roller on the mutilated gear upon disengagement of the hook end and the gear whereby said mutilated gear is started to rotate, yielding means for causing said lever to engage said mutilated gear manually operated means for causing disengagement thereof, a pitman connecting said mutilated gear to the bundle carrier whereby rotation of the mutilated gear will trip said carrier.
3. A bundle carrier tripping mechanism for binders comprising a frame mounted on the binder, a continuously rotating means on said frame, a second means rotatably arranged adjacent said first means and adapted to be operated thereby, a projection and a roller mounted on said second means, a bell crank lever on said frame having a hook member on one end for engaging one side of said projection and retaining said second means in inoperative position, a spring actuated pawl mounted on said frame for engaging the other side of said projection to prevent reverse rotation of said sec- 0nd means, the other end of the bell crank lever terminating adjacent said roller whereby movement of said bell crank lever to position where the hook end thereof will disengage said projection and cause the other end thereof to strike against said roller causing said second means to be engaged by said first means and means for connecting said second means to the bundle carrier of the binder whereby said bundle carrier will be dumped and returned each time said second means is rotated one complete rotation.
4:. A bundle carrier tripping mechanism adapted to replace the foot trip comprising a frame mounted on the binder, means on said frame operatively driven from a moving part of the binder, a second means adjacent said first means adapted to be operated therefrom, a projection and a roller thereon. a lever resiliently held in engagement with said. projection to prevent the rotation of said second means in one direction, a spring actuated pawl for preventing rotation of said second means in the opposite direction serving to move said lever by being struck by said roller when said lever is maintained in projection disengaging position.
LAURITS KRISTIAIJ OLE-SEN BAKKE,
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
US739742A US1620055A (en) | 1924-09-24 | 1924-09-24 | Tripping mechanism for binders |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
US739742A US1620055A (en) | 1924-09-24 | 1924-09-24 | Tripping mechanism for binders |
Publications (1)
Publication Number | Publication Date |
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US1620055A true US1620055A (en) | 1927-03-08 |
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Application Number | Title | Priority Date | Filing Date |
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US739742A Expired - Lifetime US1620055A (en) | 1924-09-24 | 1924-09-24 | Tripping mechanism for binders |
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Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
US4827543A (en) * | 1986-03-05 | 1989-05-09 | Achille Castiglioni | Rest structure in the form of rod-shaped bodies removably connected to cross-members |
-
1924
- 1924-09-24 US US739742A patent/US1620055A/en not_active Expired - Lifetime
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
US4827543A (en) * | 1986-03-05 | 1989-05-09 | Achille Castiglioni | Rest structure in the form of rod-shaped bodies removably connected to cross-members |
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