TWM490860U - Rehabilitation bed - Google Patents

Description

Rehabilitation bed 【0001】

The present invention relates to a rehabilitation bed, in particular to a bed combined with various exercise devices for rehabilitation, which allows a patient who is in bed to perform a rehabilitation exercise on the bed directly.

【0002】

When the body may have to stay in bed for a long time due to illness or accidental injury, it is often caused by the body's hands and feet being neglected, resulting in muscle weakness in various parts. In order to avoid this problem, there is currently a rehabilitation bed on the market, that is, a hand rehabilitation device is provided, a bracket is arranged on two sides of the bed frame, and a weight is placed on the two brackets, so that the user can operate by hand Weightlifter for muscle training. This type of rehabilitation bed has only a single arm weight training function, and can not provide the training function of the foot, and the mattress can not be adjusted, so the patient can only lie on or lie on the mattress.

[0003]

Another commercially available hand-foot rehabilitation bed for patients with squatting and forced exercise of both hands is to fix a crank in the center of the end of the bed to drive a crank, the crank connects the two pedal seats, and is fixed at the head end. Connected to a vertical rod, a top rod is connected to the top end of the vertical rod, and a pulley is respectively hung on the two side ends of the horizontal rod. After the two pedals are connected to the two pedal bases at one end and the pulleys are wound, the other ends of the two ropes are respectively connected with one handle. The sick patients wear the pedals on both feet, and the second hand pulls the handlebars. When the motor starts, the two pedals move around the circle, the second rope pulls the hand, and the second pedal seat drives the foot activity, thereby achieving the forced rehabilitation effect. The traction machine of the rehabilitation bed is placed directly on the mattress, so it will occupy a part of the mattress space, which is not suitable for the patient to stay in bed for a long time, or when the hand and foot rehabilitation is to be carried out, the traction machine is not used. convenient.

[0004]

To solve this problem, the present invention provides a rehabilitation bed comprising a bed frame set including a first column and a second column spaced along a first axial direction, the bed frame set further included in the first column and the a chassis extending between the two columns, the chassis including a first portion spaced along the first axis and adjacent to the first column and a second portion adjacent the second column, and extending between the first and second portions An intermediate portion; two slide rail mechanisms respectively mounted on opposite sides of the first portion of the chassis, each of the slide rail mechanisms including a second axially spaced apart end end perpendicular to the first axial direction, and a two-axis extending slideway, two slides movably coupled to each slide rail mechanism, each slide bracket including a crossbar movably received in the slide rail of each slide rail mechanism and extending from each crossbar A vertical rod outside the slides, two bottom plates, each bottom plate is coupled to the end of each vertical pole of the sliding seat, two foot pads, each foot pad is mounted on each bottom plate, two first pressure cylinders, each first pressure cylinder includes a sliding rod combined with a telescopic piston rod, one end of each first cylinder is coupled to the rail machine Each of the first cylinders pushes the carriages, causing the carriages to be displaced between a closed position toward the first portion and a closed position spaced apart from the first portion, and a first power feeder fixed to the chassis The first power supply device is connected to each of the first pressure cylinders, and provides power required for each first pressure cylinder to be actuated, and is fixed to a pedal movement portion of the first portion of the bed frame group, and is located at the second sliding seat and the second bottom plate. The pedaling movement portion includes a vertical frame and a flywheel pivotally mounted on the vertical frame. The two footrest members are pivotally connected to the vertical frame and are respectively located on two sides of the vertical frame, and the two footrest members are combined with the flywheel to stand. The frame is fixed in the first portion, an intermediate mattress set is mounted to the middle portion of the chassis, the intermediate mattress set includes an intermediate pad, a back mattress set is mounted to the second portion of the chassis, and the back mattress set includes a back pad.

[0005]

When the slides are in the closed position, the foot pads are close to each other, the pedal movement portion is covered, and cannot be used.

[0006]

When the sliders are in the open position, the pads are spaced apart from each other, and the pedaling portion is exposed for use.

【0007】

The pedaling device of the artificial rehabilitation bed allows the user to directly operate the pedaling device to perform the rehabilitation exercise of the leg without leaving the mattress group 12.

[0008]

The intermediate mattress group of the rehabilitation bed further includes: a speed reduction mechanism fixed to the middle portion of the chassis, a motor fixed to the outside of the speed reduction mechanism, and the rotation shaft of the motor is coupled with the speed reduction mechanism, a worm, perpendicular to the first A third axial direction of the first and second axial directions is engaged with the speed reducing mechanism, and the intermediate pad is fixed to the end of the worm. The motor operation causes the worm to move between the raised position and the lowered position by interlocking the intermediate pad along the third axial direction.

【0009】

When the intermediate pad is in the lowered position, the intermediate pad is aligned with the respective pads in the horizontal position.

[0010]

When the intermediate pad is in the raised position, the position of the intermediate pad in the third axial direction is higher than each of the foot pads in the horizontal position.

[0011]

When the middle mattress group of the present creation is in the ascending position, the patient's body is raised to cause the hands and feet to hang, allowing the patient's hands and feet to move freely, and the rehabilitation of the hands and feet.

[0012]

The rehabilitation bed further includes: an outer bracket fixed to the bed frame set, the outer bracket includes an upper beam above the bed frame group and a lower beam fixed to the second column and located below the back pad, two guiding rods, Each of the guide rods is fixedly disposed on the lower beam along the second axial direction, and the plurality of weights are slidably sleeved on the two guide rods, and the second first pulleys are respectively pivotally disposed on the upper beam, one end of the cable and A plurality of weights are combined, the other end of the cable bypasses the two first pulleys, and a grip is coupled to one end of the cable, and a bracket is fixed between the upper beam and the first column, and is coupled to the cable away from the weight. A grip at one end, when the grip is pulled, the interlocking weights are displaced along the guide rods.

[0013]

The creation of the rehabilitation bed provides the weight training of the patient's arm by pulling the grip.

[0047]

10‧‧‧Rehabilitation bed 12‧‧‧ Mattress group 14‧‧‧ Foot mattress group 16‧‧‧Intermediate mattress group 18‧‧‧Back mattress group 20‧‧‧ Bed frame group 22‧‧‧ First column 24‧‧‧ poles 25‧‧‧ wheels 26‧‧‧crossbars 27‧‧‧Chassis 28‧‧ Guard fences 29‧‧‧Parts 30‧‧‧Second column 31‧‧‧ second Partial 32‧‧‧Pole 33‧‧‧Intermediate 34‧‧‧crossbar 36‧‧‧ Grill 38‧‧‧ Drip stand 40‧‧‧ Guard bar 41‧‧‧Fixed rod 42‧‧‧ Positioning sleeve 44 ‧‧‧ Screws 46‧‧‧Tables 47‧‧‧ Rods 48‧‧‧ Table legs 50‧‧‧ Span 52‧‧‧ Monitors 56‧‧‧ Controllers 58‧‧‧ Operations Box 60‧‧ ‧Cantilever 64‧‧ ‧Sliding rail mechanism 65‧‧‧Side end 66‧‧‧End 68‧‧ ́s slide 70‧‧‧ Guide 72‧‧‧ accommodating space 74‧‧ ‧ slide 76‧‧‧ horizontal Rod 78‧‧‧ pole 80‧‧‧ connecting rod 82‧‧‧ first Cylinder 84‧‧‧Piston rod 86‧‧‧Second pressure cylinder 88‧‧‧Piston rod 90‧‧‧ Rod 92‧‧‧ Base plate 93‧‧‧ First side 94‧‧‧ First pivot block 95‧ ‧‧Second side 96‧‧‧Second pivoting block 98‧‧‧Foot pad 111‧‧‧ Foot movement part 113‧‧‧ Stand 115‧‧‧Rotary 117‧‧‧ pedals 119‧‧ ‧ pedal 131‧‧‧ driven wheel 133‧‧‧ flywheel 135‧‧‧belt 151‧‧ motor 153‧‧  speed reduction mechanism 155‧‧ worm 157‧‧ ‧ intermediate pad 171‧‧‧ fixed seat 173‧‧‧ First frame 175‧‧‧ second frame 177‧‧‧ first pivot 179‧‧ ‧ pivoting block 191‧‧ ‧ pivot 193‧‧‧ tilting device 195‧‧‧ first rod 197‧‧‧ fixed rod 199‧‧‧Roller 311‧‧‧Second rod 313‧‧‧First pivot 315‧‧‧Second pivot 317‧‧‧ Third pressure cylinder 319‧‧‧Piston rod 331‧‧ Track rod 333‧‧ chute 335‧‧‧Second pivot 337‧‧‧ Massage device 351‧‧‧Seat 353‧‧‧Installation space 357‧‧‧Screw 359‧‧ ‧Motor 371‧‧‧moving block 375‧‧‧Massage wheel 377‧‧‧Back pad 391‧‧‧Outer bracket 392‧‧‧Lower beam 397‧‧‧Support rod 399‧‧‧ Guide rod 511‧‧‧Auxiliary fitness machine 513‧‧‧weight 515‧‧‧ Cable 517‧‧‧First pulley 519‧‧‧Handle 531‧‧‧Upper beam 539‧‧‧First upper crossbar 551‧‧‧Second upper crossbar 553‧‧‧Second pulley 555 ‧‧‧ Pulling rope 557‧‧ Pulling ring 559‧‧‧ Shelf 571‧‧‧ Display 573‧‧‧Solar power storage device 575‧‧‧ Solar panel 577‧‧‧ Main board 579‧‧‧Flanking board 591‧‧‧ Hub 593‧‧‧Battery 595‧‧‧First Power Feeder 597‧‧‧Second Power Provider

[0014]

Figure 1 shows the stereoscopic appearance of the creation.
Figure 2 shows an exploded perspective view of the foot mattress set, the middle mattress set, the back mattress set, the pedal movement and the bed frame set.
Figure 3 shows an exploded perspective view of the first part of the creation of the foot mattress set.
Figure 4 shows an exploded perspective view of the middle portion of the creation intermediate set.
Figure 5 shows an exploded perspective view of the second part of the creation of the back mattress set.
Fig. 6 is a perspective view showing the arrangement of the foot mattress group, the intermediate mattress group, the back mattress group and the pedal moving portion in the creation bed frame group.
Fig. 7 is a front view of Fig. 6.
Fig. 8 is a sectional view taken along line 8-8 of Fig. 6.
Fig. 9 is a view showing a state in which the two sliders of the foot mattress group are spaced apart from each other and are in an open position.
Figure 10 shows a state diagram in which the two sliders of the foot mattress set are in the open position and the two pads are further pivoted to the tilted position.
Fig. 11 is a sectional view taken along line 11-11 of Fig. 6.
Fig. 12 is a view showing a state in which the back mattress group is in the inclined second position in Fig. 7.
Fig. 13 is a perspective exploded view showing the creation auxiliary exercise machine and the solar power storage device.
Figure 14 shows a combined appearance of the creation auxiliary exercise machine and the solar power storage device.
Figure 15 shows the front view of the combination after the creation and placement of the table.
Fig. 16 is a view showing a state in which the intermediate pad is displaced from the lowered position to the raised position in the state shown in Fig. 7.
Fig. 17 is a view showing a state in which the side flaps of the solar panel are folded in the state shown in Fig. 1.

[0015]

All of the following drawings are merely illustrative of the basic teachings of the present invention, and the extension of the number, position, relationship, and size of the components constituting the preferred embodiment will be explained in the drawings. Post-guided changes are implemented in industry skills. In addition, changes in the exact dimensions and size ratios associated with specific strengths, weights, strengths, and similar requirements are also within the skill of the industry after reading and understanding the teachings of this creation.

[0016]

In the different drawings, the same reference numerals are used to designate the same or similar elements. In addition, please refer to the text such as "first", "second", "third", "inside", "outside", "end", "segment" "," "parts", "around", "intermediate", and the like, are merely used to facilitate the construction of the figures and to help describe the creation.

[0017]

According to the graphic display, the author of the creation of the rehabilitation bed 10 series provides patients who are sick in bed and can perform rehabilitation activities of hands and feet directly in the bed. The rehabilitation bed 10 includes a bed frame set 20 including a first column 22 and a second column 30 spaced along a first axis X, and in the first column 22 and the second column 30 A chassis 27 is extended between them. The first column 22 further includes two uprights 24 spaced apart along a second axial direction Y perpendicular to the first axis X, the two poles 24 having an axis X, Y perpendicular to the first and second axes A crossbar 26 and a grille 28 are separated by a third axial direction Z. The second column 30 further includes two uprights 32 spaced along the second axial direction Y. The two uprights 32 have a crossbar 34 and a retaining grid 36 spaced along the third axial direction Z. The chassis 27 includes a first portion 29 spaced along the first axis X and adjacent to the first column 22 and a second portion 31 adjacent the second column 30, and a portion extending between the first portion 29 and the second portion 31 Middle part 33. The first portion 29 of the chassis 27 is secured to the crossbar 26 of the first column 22 and the second portion 31 is secured to the crossbar 34 of the second column 30. The two guard bars 40 are mounted between the first column 22 and the second column 30 along the second axial direction Y. Each of the guard bars 40 includes two positioning sleeves 42 spaced along the first axial direction X. Each of the guard bars 40 The two positioning sleeves 42 are respectively sleeved on the vertical poles 24 of the first column 22 and the vertical poles 32 of the second column 30, and the positioning sleeves 42 are respectively screwed and fixed by a screw 44. Four wheels 25 are mounted at the ends of the crossbars 26, 34, respectively.

[0018]

According to the drawings, the rehabilitation bed 10 includes a mattress set 12 mounted to the chassis 27, and the mattress set 12 further includes a foot mattress set 14 (shown in Figure 2) mounted to the first portion 29. The foot mattress set 14 includes two sets of slide rail mechanisms 64 on either side of the first portion 29, each set of slide rail mechanisms 64 being formed by two sets of tubes, and the slide rail mechanism 64 is formed in each tube The two side ends 65 spaced apart in the first axial direction X and the two ends 66 spaced apart along the second axial direction Y and one of the ends 66 are fixed to the first portion 29, the slide rail mechanism 64 further comprising a tube formed in each tube A tail end 66 of the body and a slide 68 extending along the second axial direction Y, each side end 65 forming a guide groove 70 extending to the slide 68.

[0019]

The foot mattress set 14 includes two slides 74 movably coupled to the slide rail mechanism 64. The slide bracket 74 includes two cross bars 76 and a vertical bar 78 extending from the ends of the cross bars 76. Each of the rails 76 of each of the carriages 74 is slidably received in the slide rails 68 of the slide rail mechanism 64 and located on both sides of the first portion 29. The two rod members 90 pass through the guide grooves 70 of the two sets of slide rail mechanisms 64 and the cross bars 76 of the respective slide seats 74.

[0020]

The foot mattress set 14 further includes two bottom plates 92 and two foot pads 98 fixed together with the two bottom plates 92. Each bottom plate 92 includes a first side 93 and a second side 95 separated by a second axial direction Y. 92 includes two first pivoting blocks 94 formed on the bottom surface adjacent to the first side 93, and a second pivoting block 96 between the two first pivoting blocks 94. The two first pivoting blocks 94 of the bottom plates 92 are respectively pivotally connected to the two vertical bars 78 of the sliding blocks 74 (as shown in FIG. 3), so that the bottom plates 92 are parallel to each other defined by the first pivoting blocks 94. The first pivot axis of the first axis X pivots between a horizontal position (as shown in Figures 1, 8, and 9) and an inclined position (shown in Figure 10).

[0021]

According to the drawings, the foot mattress set 14 further includes two first pressure cylinders 82 and two second pressure cylinders 86, and each of the first and second pressure cylinders 82, 86 may be constituted by, for example, a hydraulic cylinder or a pneumatic cylinder. Each of the first cylinders 82 includes a retractable piston rod 84. One end of each of the first cylinders 82 is pivotally disposed on each of the sets of rail mechanisms 64, and the ends of the piston rods 84 are pivotally disposed on the slides 74. Each of the second pressure cylinders 86 includes a piston rod 88 that is retractable. One end of each of the second pressure cylinders 86 is pivotally disposed on each of the sliding blocks 74. The end of the piston rod 88 of each of the second pressure cylinders 86 is pivotally disposed on the bottom plate of each of the foot pads 98. The second pivoting block 96 of the bottom surface, a first power supplier 595 is mounted on the chassis 27, and the first power supplier 595 supplies the first hydraulic cylinder 82 and each of the second hydraulic cylinders 86 respectively. Power. Each of the first cylinders 82 pushes the carriages 74 along the slides 68 of the respective rail mechanisms 64 to separate the foot pads 98 from each other in a closed position (as shown in Figs. 1 and 8) where the foot pads 98 are close to each other. The displacement between the open positions (as shown in Figure 9). Each of the second cylinders 86 controls the bottom plate 92 to pivotally move between a horizontal position and an inclined position according to an axis defined by each of the first pivoting blocks 94.

[0022]

According to the drawings, the present rehabilitation bed 10 includes a pedaling portion 111 mounted to the first portion 29 of the chassis 27. The pedal moving portion 111 includes a vertical stand 113 and a rotating wheel 115 pivotally mounted on the vertical frame 113. The surface of the rotating wheel 115 has two pedal members 117 which are rotatable by the rotating wheel 115, and each end of the stepping member 117 has a Pedal 119. The pedal moving portion 111 further includes a driven wheel 131 pivotally disposed on the vertical frame 113 and aligned with the circumference of the rotating wheel 115. A flywheel 133 rotates together with the driven wheel 131, and a belt 135 surrounds the rotating wheel 115 and the driven wheel 131. . The stand 113 is fixed to the first portion 29 of the chassis 27, so that the pedaling portion 111 is located in an accommodating space 72 which is separated between the two sliders 74, the two pads 98 and the first portion 29 of the chassis 27.

[0023]

According to the drawings, the present mattress set 12 includes an intermediate mattress set 16 mounted in the intermediate portion 33 of the chassis 27. The intermediate mattress set 16, a deceleration mechanism 153 fixed to the intermediate portion 33 of the chassis 27, is fixed to a motor 151 outside the speed reducing mechanism 153, and the rotating shaft of the motor 151 is coupled with the speed reducing mechanism 153, a worm 155, along A third axial direction Z perpendicular to the first and second axial directions X, Y is engaged with the speed reduction mechanism 153, and an intermediate pad 157 of the intermediate mattress set 16 is fixed to the end of the worm 155. The operation of the motor 151 causes the worm 155 to interlock the intermediate pad 157 along the third axis Z in a raised position (as shown in Fig. 16) that is not aligned with each of the pads 98 in the horizontal position, and the foot pads 98 in the horizontal position. The displacement between the aligned descending positions (as shown in Figure 7). . According to the drawings, the present mattress set 12 includes a back mattress set 18 mounted to the second portion 31 of the chassis 27. The back mattress set 18 includes a fixing base 171 including a first frame 173 fixed to the second portion 31 and a second frame 175 spaced above the first frame 173 along the third axial direction Z. The second frame 175 has two pivoting blocks 179 spaced along the second axial direction Y. The two pivoting blocks 179 are respectively provided with a pivot 191 opposite to the surface, and the second frame 175 has one end separated by a second axial direction Y. Two first pivot sleeves 177.

[0024]

According to the drawings, the back mattress set 18 includes a tilting device 193 mounted on the fixing base 171 and a massaging device 337 coupled with the tilting device 193. The massaging device 337 includes a body 351 having a concave surface. An installation space 353, a motor 359 is fixed to the base 351, a screw 357 is pivotally disposed in the installation space 353 along the first axial direction X, and one end of the screw 357 is connected to the power output end of the motor 359, and the massage device 337 further includes a screw. A moving block 371 is connected to the screw 357. The moving block 371 is provided with a plurality of massage wheels 375. The surface of the base 351 is fixed with a back pad 377. Each of the massage wheels 375 is abutted against the inner surface of the back pad 377. When the motor 359 drives the screw 357 to rotate forward or reverse, the screw 357 interlocks the moving block 371 to reciprocate in the installation space 353.

[0025]

The tilting device 193 includes two first rods 195 spaced apart in parallel, two second rods 311 separated in parallel, two rail rods 331 and a third cylinder 317. A fixing rod 197 extends between one end of the first rod 195, and a roller 199 is pivoted at the other end of each of the first rods 195. The centers of the first rods 195 are respectively pivotally connected to the pivots 191 of the pivoting blocks 179, so that the first rods 195 are pivoted according to the pivot axes defined by the pivots 191.

[0026]

A first pivot 313 and a second pivot 315 are respectively disposed at two ends of each of the second rods 311. The center of each of the second rods 311 is pivotally connected to the pivots 191 of the pivoting blocks 179, and the first pivots 313 are respectively pivotally connected to the first pivots 177 of the second frame 175, such that the second rods 311 The inclination angle with respect to the second frame 175 is fixed, that is, each of the second rods 311 cannot produce any displacement or rotation.

[0027]

Each of the rails 331 is fixed to the bottom surface of the base 351 of the massage device 337 and spaced apart in parallel along the second axial direction Y. The opposite sides of the rail rods 331 respectively form a sliding slot 333, and each sliding slot 333 is away from the first one. One end of the pivot sleeve 177 is respectively provided with a second pivot sleeve 335. The second pivots 315 of the second rods 311 are respectively pivotally connected to the second pivot sleeves 335 of the rail bars 331. The rollers 199 of the first rods 195 are respectively received in the sliding grooves 333 of the rail rods 331, so that when the first rods 195 are pivoted, the rollers 199 are allowed to slide in the sliding grooves 333 of the rail rods 331. At the same time, each roller 199 pushes each of the rail rods 331 to push the back pad 377 together with the massaging device 337 in a first position parallel to the intermediate pad 157 according to the second pivot axis defined by each of the second pivots 315 of the second rods 311 ( Displacement between a second position (as shown in Fig. 12) with an obtuse angle with the intermediate pad 157 as shown in Figs. 6, 7, and 9.

[0028]

The third cylinder 317 may be constituted by, for example, a hydraulic cylinder or a pneumatic cylinder, and the third cylinder 317 has a piston rod 319 that is retractable. One end of the third pressure cylinder 317 is pivotally disposed on the second portion 31 of the chassis 27, and the end of the piston rod 319 is pivotally disposed on the fixing rod 197. The third pressure cylinder 317 pushes the first rods 195 through the fixing rods 197 to define the pivots 191. The pivot axis pivots.

[0029]

According to the drawings, the back mattress set 18 further includes a second power feeder 597 secured to the second portion 31 of the chassis 27, the second power feeder 597 providing the movement required for the third cylinder 317 to actuate. power.

[0030]

According to the graphical representation, the present rehabilitation bed 10 further includes a monitor 52 mounted to the first column 22 and a drip stand 38 for monitoring the patient lying on the rehabilitation bed 10 of the present creation. status. The drip stand 38 includes a fixed rod 41 secured to the intermediate portion 33 of the chassis 27, the drip stand 38 further including a rod 47 removably sleeved over the fixed rod 41 for hanging the drip bag.

[0031]

According to the drawing, the artificial rehabilitation bed 10 further includes a table 46. The table 46 is movably mounted on the two guard bars 40. The bottom sides of the table 46 have two legs 48, and the bottoms of the legs 48. A recess 50 is formed that is concave. The span 50 of the two legs 48 on the two sides of the table 46 spans the guard bars 40 on both sides, so that the table 46 is detachable from the two guards 40 (as shown in Figure 1). When the table top 46 is required, the table 46 can be placed on the second guard 40. When the table 46 is not required, the table 46 is removed from the second guard 40.

[0032]

According to the drawings, the artificial rehabilitation bed 10 includes an auxiliary exercise device 511 coupled to the chassis 27, the auxiliary exercise device 511 includes an outer bracket 391, and the outer bracket 391 includes a lower beam coupled to the cross bar 34 of the second column 30. 392 and an upper beam 531 spaced apart from the lower beam 392 along the third axial direction Z, and the upper beam 531 is located above the mattress set 12 along the third axial direction Z, and the outer bracket 391 is further included in the upper and lower beams 531, Two support rods 397 extending between the 392 and the bottom end of the lower beam 392 are pivoted with two wheels 25. The outer bracket 391 further includes two guide bars 399 extending between the upper and lower beams 531, 392. The upper beam 531 includes a first upper crossbar formed at one end away from each of the guide rods 399 and spaced along the first axial direction X. 539 and a second upper crossbar 551. A plurality of weights 513 are movably coupled to the two guide bars 399. The second pulleys 517 are spaced apart along the first axial direction X and are disposed on the upper beam 531. A cable 515 is wound around the two first pulleys 517 and one end of the cable 515 is coupled to a grip 519, and the other end of the cable 515 is coupled to at least one weight 513. The second pulley 553 is spaced apart along the second axial direction Y and disposed on the second upper rail 551. A pull cord 555 is disposed around the second second pulley 553, and a pull ring 557 is respectively disposed at the end of the pull cord 555. A carrier 559 extends along the third axial direction Z and is fixed between the first upper crossbar 539 and the first rail 22. A display 571 is mounted to the carrier 559.

[0033]

According to the drawing, the artificial rehabilitation bed 10 further includes a controller 56 pivotally disposed in the second column 30, and the controller 56 includes a cantilever 60 pivoted on the side upright 32 of the second column 30, and combined An operation box 58 at the end of the cantilever 60. The operation box 58 of the controller 56 is electrically connected to the first and second power supplies 595, 597, the motors 151, 359, and the monitor 52, respectively, so that the various functions of the artificial rehabilitation bed 10 can be controlled through the operation box 58. Further, a satellite locator can be provided in the operation box 58.

[0034]

According to the drawings, the artificial rehabilitation bed 10 further includes a solar energy storage device 573 coupled to the auxiliary exercise device 511. The solar energy storage device 573 includes a solar panel 575 and a battery 593 electrically connected to the solar panel 575. The solar panel 575 includes a main board 577 fixed to the upper beam 531 of the outer bracket 391 and a side flap 579 pivoted on both sides of the main board 577 by a plurality of hinges 591, allowing the side flaps 579 to pivot at the pivot axis defined by the respective hubs 591. Fold it on the main board 577 (as shown in Figure 17) or expand it in line with the main board 577 (as shown in Figure 1). The battery 593 is fixed to the lower beam 392 of the outer bracket 391. The battery 593 is electrically connected to the operation box 58, the display 571, the monitor 52, and the motor 151 of the controller 56, and the first and second power supplies 595, 597.

[0035]

For convenience of explanation, it is assumed that the slides 74 of the step mattress group 14 are in the closed position, so that the respective foot pads 98 are close to each other, and each of the foot pads 98 is located at the horizontal position to close the accommodation space 72, so that the pedal movement portion 111 does not Exposed (as shown in Figures 1, 6, and 8), the intermediate pad 157 of the intermediate mattress set 12 is in a lowered position aligned with each of the foot pads 98, and the back pad 377 of the back mattress set 18 is in a horizontal position with the middle The pad 157 is aligned. In this state, the height of each of the foot pads 98, the intermediate pad 157 and the back pad 377 in the third axial direction Z is the same and parallel to each other, thereby providing the patient with a bed rest function (eg, 1, 6 , Figure 7 shows).

[0036]

In the case where the patient needs the upper half of the body to be supported (for example, when eating), the piston rod 319 of the back mattress group 18 is controlled to be displaced by the operation box 58 so that the two first rods 195 pivot and pass through the respective tracks. The lever 331 pushes the massage device 337 together with the back pad 377 to be tilted by the horizontal position (as shown in FIGS. 7 and 9) according to the second pivot axis defined by each of the second pivots 315 (as shown in FIG. 12). The patient's body and head are supported by the back pad 377. The patient can take a sitting position on the mattress set 12 and place the food on the table 46 spanned over the two guard bars 40 so that the patient can Eat directly on the rehabilitation bed 10 of the present creation. In addition, when the patient is in a sitting position, the grip 519 can also be pulled by hand, so that at least one weight 513 is linked through the cable 515, and the patient can perform weight training of the arm on the bed.

[0037]

Furthermore, in a state where the back pad 377 is in the first position, each of the sliders 74 is in the closed position, and each of the pads 98 is in the horizontal position, the intermediate pad 157 can be controlled to be displaced from the lowered position to the raised position through the operation box 58, so that the patient The body will be supported to cause the hands and feet to hang, and further the patient is free to move his hands and feet for related rehabilitation exercises.

[0038]

In addition, the present invention further provides a motion function similar to that of a bicycle. In a state where the back pad 377 is in the first position and the intermediate pad 157 is in the lowered position, the slides 74 are operated by the operation box 58 to be displaced from the closed position (as shown in FIG. 8). Shown to the open position (as shown in Fig. 10), after each slide 74 is displaced to the open position, further controlling each of the foot pads 98 to be pivoted by the horizontal position (as shown in Fig. 10) according to the first pivot axis Pivoting to the inclined position causes the accommodating space 72 to be opened, so that the pedaling movement portion 111 is exposed, the patient's feet can be extended into the accommodating space 72, and placed on the pedals 119, and the patient moves through the pedaling movement of the foot. The flywheel 133 rotates to achieve the healing effect of the foot.

[0039]

In a state where the back pad 377 is in the first position, the slides 74 are in the closed position, the foot pads 98 are in the horizontal position, and the intermediate pad 157 is in the lowered position, the patient lying on the mattress set 12 can extend the feet into the respective positions. The legs 557 are suspended in the pull ring 557, so that the legs can be moved by the pull cord 555 with the pull rings 557, or the patient can hold the hand on each pull ring 557 to cause the hand to hang, so that the pull ring 557 The tie rope 555 can assist the patient's hand to make a lifting motion. In addition, the display 571 can play a related demonstration movie while the patient is engaged in various rehabilitation exercises, allowing the patient to learn the content movement of the movie.

[0040]

The artificial rehabilitation bed 10 can be electrically connected to a general power socket. When the rehabilitation bed 10 of the present invention is electrically connected to a general power socket, the function of solar power generation can be eliminated, so that two solar panels 575 can be The side panels 579 are pivotally folded over the main board 577 (as shown in Figure 17). To use solar energy, the two side panels 579 are pivoted out in parallel with the main board 577 (as shown in Fig. 1), so that solar energy can be converted into electrical energy and stored in the battery 593 for use in the rehabilitation bed 10.

[0041]

The rehabilitation bed 10 of the present invention can provide various kinds of rehabilitation exercise functions, so that the patient can perform the rehabilitation exercise at any time without going out of bed, and the function control of the rehabilitation bed 10 is integrated in the operation box 58. On the other hand, the patient can easily control it from the beginning, and the use is highly convenient.

[0042]

Furthermore, the rehabilitation bed 10 of the present invention can convert solar energy into electrical energy through the solar energy storage device 573, and is supplied to the rehabilitation bed 10, which has the advantages of environmental protection.

[0043]

In addition, the monitor 52 provided in the artificial rehabilitation bed 10 can monitor the condition of the patient at any time. For example, when the patient independently uses the rehabilitation function of the artificial rehabilitation bed 10, the operation status of the patient can be viewed through the monitor 52, and the monitor 52 The rehabilitation related videos can be provided to the patient for viewing, so that the patient can watch the related videos while performing the rehabilitation exercise to learn how to perform the correct rehabilitation exercise.

[0044]

The massage device 337 provided by the back mattress set 18 of the present rehabilitation bed 10 is capable of providing a massage function in the area of the back pad 377 to enable the patient to soothe the body.

[0045]

The basic teachings of this creation have been described, and many extensions and variations will be apparent to those having ordinary skill in the art. For example, the rehabilitation bed 10 of the present invention may not include the solar energy storage device 573. The thus-created rehabilitation bed 10 can utilize electrical connections such as plugs and sockets to achieve the required power. Alternatively, the massaging device 337 of the back mattress set 18 can be directly pivoted to the second portion 31 of the chassis 27, and the piston rod 319 of the third cylinder 317 is pivotally coupled to the seat body 351 of the massaging device 337, such a third cylinder When the piston rod 319 of the 317 is telescopically displaced, the massaging device 337 can still be driven to pivot with the back pad 377 between the first and second positions, or. The back mattress set 18 may not include the massage device 337, so that other functions of the present rehabilitation bed 10 may still function as usual.

[0046]

The present invention disclosed in the specification is to be considered as illustrative and not restrictive. The scope of the present invention is defined by the scope of the appended claims, and is not intended to be limited by the scope of the invention.

10‧‧‧Rehabilitation bed

12‧‧‧ mattress group

14‧‧‧foot mattress set

16‧‧‧Intermediate mattress set

18‧‧‧Back mattress set

20‧‧‧ Bed frame set

22‧‧‧ first column

24‧‧‧ pole

25‧‧‧ wheels

26‧‧‧crossbar

27‧‧‧Chassis

30‧‧‧second column

32‧‧‧ pole

33‧‧‧ middle part

38‧‧‧Drip rack

40‧‧‧ Guard bars

42‧‧‧ Positioning sleeve

44‧‧‧ screws

46‧‧‧Table board

48‧‧‧Table legs

50‧‧‧ Span

52‧‧‧ monitor

56‧‧‧ Controller

58‧‧‧ operation box

60‧‧‧ bracket

64‧‧‧Slide rail mechanism

End of 66‧‧‧

68‧‧‧Slide

74‧‧‧Slide

78‧‧‧ pole

80‧‧‧Connecting rod

82‧‧‧First pressure cylinder

86‧‧‧Second pressure cylinder

111‧‧‧ pedaling department

173‧‧‧ first frame

391‧‧‧Outer bracket

392‧‧‧Lower beam

397‧‧‧Support rod

399‧‧‧guides

511‧‧‧Assistive fitness equipment

513‧‧‧weights

515‧‧‧ Cable

555‧‧‧Drawstring

557‧‧‧ Pull ring

559‧‧‧ Shelf

571‧‧‧Display

573‧‧‧Solar power storage device

575‧‧‧ solar panels

577‧‧‧ motherboard

579‧‧‧Flanking board

591‧‧‧ hub

Claims (9)

[Item 1] A rehabilitation bed comprising:
A bed frame set (20) includes a first column (22) and a second column (30) spaced along a first axial direction (X), and the bed frame set (20) is further included in the first column ( 22) and a chassis (27) extending between the second column (30), the chassis (27) comprising a first portion (29) spaced along the first axis (X) and adjacent to the first column (22) a second portion (31) adjacent to the second column (30), and an intermediate portion (33) extending between the first and second portions (29, 31);
Two slide rail mechanisms (64) are respectively mounted on both sides of the first portion (29) of the chassis (27), and each of the slide rail mechanisms (64) includes a second axial direction (perpendicular to the first axial direction (X)) Y) a spaced apart two ends (66), and a slide (68) extending from the second end (66) along the second axial direction (Y);
Two slides (74) are movably coupled to the respective slide rail mechanisms (64), each slide bracket (74) including a crossbar movably received in the slide rails (68) of each slide rail mechanism (64) (76) and a pole (78) extending from each of the rails (68) beyond the respective rails (68);
Two bottom plates (92), each bottom plate (92) being coupled to the end of the vertical rod (78) of each sliding seat (74);
Two foot pads (98), each foot pad (98) is mounted on each bottom plate (92);
Two first pressure cylinders (82), each of the first pressure cylinders (82) includes a piston rod (84) coupled to a sliding seat (74) and telescopically coupled to one end of each of the first pressure cylinders (82) The mechanism (64), each of the first pressure cylinders (82) pushes each of the carriages (74), causing each of the carriages (74) to be separated from the first portion (29) in a closed position toward the first portion (29). Displacement between open positions;
a first power supplier (595) is fixed to the chassis (27), and the first power supplier (595) is connected to each of the first pressure cylinders (82) to provide the operations required for each of the first pressure cylinders (82). power;
A pedal moving portion (111) is fixed to the first portion (29) of the bed frame set (20) and is located between the two sliding seats (74) and the two bottom plates (92), and the pedal moving portion (111) includes a a stand (113) and a flywheel (133) pivotally mounted on the stand (113), the two stepping members (117) are pivotally connected to the stand (113) and are respectively located on two sides of the stand (113), two The pedal member (117) is coupled with the flywheel (133), and the stand (113) is fixed to the first portion (29);
An intermediate mattress set (16) is mounted to the intermediate portion (33) of the chassis (27), and the intermediate mattress set (16) includes an intermediate pad (157);
A back mattress set (18) is mounted to the second portion (31) of the chassis (27), the back mattress set (18) includes a back pad (377); and when each carriage (74) is in the closed position, each The foot pads (98) are close to each other, and the pedal moving portion (111) is covered and cannot be used.
When the sliders (74) are in the open position, the foot pads (98) are spaced apart from each other, and the pedal moving portion (111) is exposed for use. [Item 2] The rehabilitation bed of claim 1, wherein each bottom plate (92) has a first side (93) and a second side (95) spaced along a second axial direction (Y), each bottom plate (92) the bottom surface adjacent to the first side (93) has a first pivoting block (94), a first pivot axis defined between the first pivoting block (94) and the first axial axis (X) Parallel, a second pivoting block (96) is disposed in the middle of the bottom surface of each bottom plate (92), and a first pivoting block (94) of each bottom plate (92) is respectively pivotally disposed on the two poles of each sliding seat (74) (78) The top, further includes:
Two second pressure cylinders (86) are in communication with the first power supplier (595), and each of the second pressure cylinders (86) is coupled to a sliding seat (74) and includes a telescopic piston rod (88), each One end of the piston rod (88) is pivotally connected to the second pivoting block (96), and each of the second pressing cylinders (86) can control each bottom plate (92) in a horizontal position according to an axis defined by the first pivoting block (94). Pivoting between tilted positions; when each slide (74) is in the closed position, each foot pad (98) is in a horizontal position.
After each of the carriages (74) is in the open position, each of the second cylinders (86) can further control the respective foot pads (98) to pivot to the tilted position. [Item 3] The rehabilitation bed according to claim 1, wherein the back mattress group (18) comprises:
a massage device (337) is pivotally connected to the second portion (31) of the chassis (27), and the back pad (377) is mounted on the surface of the massage device (337);
a third pressure cylinder (317) includes a piston rod (319) coupled to the massage device (337) and telescopically. The third pressure cylinder (317) is pivoted at one end to the chassis (27), and the third pressure cylinder (317) Pushing the massaging device (337), causing the massaging device (337) to pivot between a horizontal first position and a tilted second position in parallel with a second pivot axis of the second axis (Y) ;
A second power supplier (597) is fixed to the chassis (27) and communicates with the third cylinder (317), and the second power supplier (597) supplies the power required for the third cylinder (317) to actuate. ;
When the massaging device (337) is in the first position, the back pad (377) is parallel to the intermediate pad (157).
When the massaging device (337) is not in the first position, an obtuse angle is formed between the back pad (377) and the intermediate pad (157). [Item 4] The rehabilitation bed of claim 3, wherein the back mattress set (18) further comprises:
a fixing base (171) fixed to the second portion (31) of the chassis (27), the fixing base (171) comprising two first pivot sleeves (177) spaced along the second axial direction (Y), The two pivot axes are defined by two first pivot sleeves (177);
The two pivoting blocks (179) are mounted on the fixing base (171) spaced apart along the second axial direction (Y); the two rail rods (331) are fixed on the bottom surface of the massage device (337), and each rail rod ( 331) comprising a chute (333) on opposite sides;
Two first rods (195), one end of each first rod (195) is slidably received in the sliding groove (333) of each rail rod (331), and the middle of each first rod (195) is pivoted Block (179) pivoting;
a fixing rod (197) fixed between the other ends of the two first rods (195), the fixing rod (197) being pivoted together with the end of the piston rod (319) of the third pressure cylinder (317);
The second rod (311), the middle portion of each of the second rods (311) is respectively pivotally disposed on each pivoting block (179), and one end of each of the second rods (311) is pivotally connected with each rail rod (331), resulting in Each of the second rods (311) is crossed with the adjacent first rods (195), and the other end of each of the second rods (311) is pivotally connected to each of the first pivot sleeves (177), thereby fixing the second rods ( Angle of inclination of 311). [Item 5] The rehabilitation bed of claim 4, wherein the massage device (337) comprises:
a body (351), the seat body (351) is consolidated with the two rail rods (331), and the surface of the seat body (351) has a recessed installation space (353);
a motor (359) mounted on the surface of the base (351);
a screw (357) is pivoted along the first axial direction (X) to the mounting space (353) of the seat body (351), and one end of the screw (357) is coupled with the motor (359);
a moving block (371) is screwed to the outer periphery of the screw (357), the motor (359) starts the screw (357) to rotate in the forward and reverse directions, and the moving block (371) reciprocates in the installation space (353);
A plurality of massage wheels (375) are mounted on the moving block (371) and against the back pad (377). [Item 6] The rehabilitation mattress according to claim 5, wherein the intermediate mattress group (16) further comprises:
a speed reduction mechanism (153) fixed to the middle portion (33) of the chassis (27);
a motor (151) fixed to the outside of the speed reduction mechanism (153), and the shaft of the motor (151) is coupled with the speed reduction mechanism (153);
a worm (155) meshes with a speed reduction mechanism (153) in a third axial direction (Z) perpendicular to the first and second axial directions (X, Y), and the intermediate pad (157) is fixed to the worm (155) At the end, the motor (151) operates to cause the worm (155) to move between the raised position and the lowered position by interlocking the intermediate pad (157) along the third axis (Z);
When the intermediate pad (157) is in the lowered position, the intermediate pad (157) is aligned with the respective pads (98) in the horizontal position.
When the intermediate pad (157) is in the raised position, the position of the intermediate pad (157) in the third axial direction (Z) is higher than each of the foot pads (98) in the horizontal position. [Item 7] For example, the rehabilitation bed described in claim 1 further includes:
An outer bracket (391) is secured to the bed frame set (20), the outer bracket (391) includes an upper beam (531) above the bed frame set (20) and is secured to the second rail (30) and located a lower beam (392) below the back pad (377);
Two guiding rods (399), each guiding rod (399) is fixedly spaced on the lower beam (392) along the second axial direction (Y);
a plurality of weights (513) slidably sleeved on the two guides (399);
Two first pulleys (517) are respectively pivoted on the upper beam (531);
One end of a cable (515) is combined with a plurality of weights (513), and the other end of the cable (515) is bypassed by two first pulleys (517);
a grip (519) coupled to one end of the cable (515);
a bracket (559) fixed between the upper beam (531) and the first column (22);
A grip (519) is coupled to the end of the cable (515) away from the weight (513). When the grip (519) is pulled, the interlocking weight (513) is displaced along each of the guides (399). [Item 8] For example, the rehabilitation bed described in claim 7 of the patent scope further includes:
a solar panel (575) fixed to the top of the upper beam (531);
A battery (593) is mounted on the lower beam (392) of the outer bracket (391), and the battery (593) is electrically connected to the solar panel (575). [Item 9] For example, the rehabilitation bed described in claim 6 of the patent scope further includes:
a second guard bar (40), the second guard bar (40) is spaced apart along the second axial direction (Y) and mounted between the first column (22) and the second column (30);
a table (46) detachably mounted between the two guard bars (40);
A monitor (52) is fixed to the first column (22);
a cantilever (60) pivoted on the second column (30);
A controller (56) is fixed to the cantilever (60), and the controller (56) is electrically connected to the massaging device (337), the first and second power supply devices (595, 597), and the motor (151, 359).