CN109805663A - It is a kind of hold up, the booster mattress that front and back can shift - Google Patents
It is a kind of hold up, the booster mattress that front and back can shift Download PDFInfo
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- CN109805663A CN109805663A CN201910186669.7A CN201910186669A CN109805663A CN 109805663 A CN109805663 A CN 109805663A CN 201910186669 A CN201910186669 A CN 201910186669A CN 109805663 A CN109805663 A CN 109805663A
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- assembly
- displacement
- synchronising
- eccentric crankshaft
- seat
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- 230000037431 insertion Effects 0.000 claims abstract description 7
- 238000000034 method Methods 0.000 claims description 22
- 230000001360 synchronised effect Effects 0.000 claims description 17
- 238000004519 manufacturing process Methods 0.000 claims description 15
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- 238000007664 blowing Methods 0.000 claims description 6
- 238000009434 installation Methods 0.000 claims description 6
- 229910001220 stainless steel Inorganic materials 0.000 claims description 6
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- 239000010935 stainless steel Substances 0.000 claims description 5
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- 238000004512 die casting Methods 0.000 claims description 3
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- 238000007493 shaping process Methods 0.000 claims description 2
- 230000003796 beauty Effects 0.000 abstract description 10
- 238000000554 physical therapy Methods 0.000 abstract description 10
- 230000000474 nursing effect Effects 0.000 abstract description 8
- 238000010923 batch production Methods 0.000 abstract description 4
- 238000010586 diagram Methods 0.000 description 9
- 230000015572 biosynthetic process Effects 0.000 description 2
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- 239000000243 solution Substances 0.000 description 2
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- 210000002700 urine Anatomy 0.000 description 1
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- Shafts, Cranks, Connecting Bars, And Related Bearings (AREA)
Abstract
The present invention relates to one kind to hold up, the booster mattress that front and back can shift；It needs forward or when rearward displacement for beauty, massage, physical therapy, particularly nursing handicapped personnel, as soon as the present invention only need staff people with the insertion of 2 hand levers with before synchronising (connecting) rod seat with subsequent reinforcing hole, rotation with before with subsequent synchronising (connecting) rod seat or be designed to electrodynamic type rotation with while before with subsequent synchronising (connecting) rod seat, in 10 seconds, can easily solve beauty, massage, physical therapy, particularly in the work for nursing handicapped personnel's needs and holding up forward or backward displacement；He is made of cage assembly, picking-up displacement assembly, synchronising (connecting) rod assembly, eccentric crankshaft assembly: he can standardize batch production, and staff is time saving when in use, laborsaving, and can be to the people used one light, safety impression.
Description
Technical field
The present invention relates to beauty, massage, physical therapies, particularly in terms of nursing handicapped personnel, he is one a kind of
Staff is inserted into reinforcing hole, rotation synchronising (connecting) rod seat with hand lever or is designed to that electrodynamic type rotates synchronising (connecting) rod seat；It can be light
Loose ground to handicapped personnel on fixed pad face forward or rearward displacement, especially one kind can be held up, front and back can shift
Booster mattress.
Background technique
It in beauty, massage, physical therapy, particularly nursing handicapped personnel needs forward or holds up backward to move at present
When position, an be exactly allow beauty, massage, physical therapy and need the handicapped personnel that nurse they on fixed pad face oneself to
Preceding or rearward displacement；Two, need staff side to have in arms, haul forward or rearward displacement, and such working method is usually
One staff also can't resolve, and after the handicapped personnel's stool and urine especially nursed, need forward or to butt
When playing displacement, a staff more be can't resolve.
Summary of the invention
The purpose of the present invention is open one kind to hold up, the booster mattress that front and back can shift, for beauty, massage, physical therapy,
It especially needs forward or when rearward displacement nursing handicapped personnel, the present invention only needs one people of staff with 2
Root hand lever insertion with before synchronising (connecting) rod seat with subsequent reinforcing hole, rotation with while before and it is subsequent it is synchronous company
Pole socket or be designed to electrodynamic type rotation with before one side with subsequent synchronising (connecting) rod seat；In 10 seconds, can
It easily solves beauty, massage, physical therapy, particularly needs to hold up displacement forward or backward nursing handicapped personnel
Problem；
It is a kind of hold up, the booster mattress that front and back can shift: by cage assembly, hold up displacement assembly, synchronising (connecting) rod assembly,
Eccentric crankshaft assembly composition: the effect of cage assembly be have a firm mounting platform to eccentric crankshaft assembly and to one kind can
One firm pedestal of booster mattress that picking-up, front and back can shift；Displacement assembly is held up under eccentric crankshaft assembly synchronous rotation,
It drives picking-up displacement assembly that can promote forward or backward picking-up and displacement from eccentric crankshaft horizontal median axis, is shifted in picking-up
Assembly can up and down under the movement effect of front and back, to beauty, massage, physical therapy, particularly nurse handicapped personnel need to
Preceding or rearward displacement provides convenient；The effect of synchronising (connecting) rod assembly is that the eccentric crankshaft assembly to preceding with after plays synchronous up time
Needle direction counterclockwise rotates synchronously；Eccentric crankshaft assembly is inserted into same one side with 2 hand levers in one people of staff
Front and the reinforcing hole of synchronising (connecting) rod seat below, rotation with before one side with subsequent synchronising (connecting) rod seat, while synchronising (connecting) rod seat
Under the action of driving the synchronous direction clockwise or counter-clockwise of eccentric crankshaft assembly to rotate synchronously, drives and hold up displacement assembly
The movement of front and back above and below energy；He can standardize batch production, and staff is time saving and energy saving when in use, and can give user one
A impression easily, safe.
The technical solution adopted by the present invention is that: by cage assembly, hold up displacement assembly, synchronising (connecting) rod assembly, eccentric crankshaft
Assembly composition.
Cage assembly is made of: cage assembly, idler pulley cylinder, fixed pad face, shell foot: cage assembly picture top is equipped with 3
Block perhaps needs to install the fixed pad face middle part of muti-piece according to the length of cage assembly and is equipped with 3 or according to cage assembly
Length needs to install a plurality of idler pulley cylinder, and lower part installs 4 or multiple shell feet, both sides are reserved with setting-up eccentricity crank assemblby and axis
It holds and a box of bearing block；He manufactures or uses stainless steel material stretching and punching or weldering with the technique of injection-moulding plastic
Moulding process is connect to be fabricated.
Hold up displacement assembly by: hold up displacement assembly, horizontal connection, sliding groove, on-slip cap off, pad face, prop head disk Upright post base,
Upright post base bolt, column, prop head disk, drainpipe, eccentric crankshaft horizontal median axis, two halves bearing shell horizontal axis, eccentric crankshaft hang down
Straight axis, idler pulley cylinder vertical axis hold up displacement assembly vertical axis, booster mattress vertical central axis line, displacement seat composition: power-assisted
Prop head disk direction is front at mattress vertical central axis line, there are drainpipe, prop head disk, column, the modeling of prop head disk Upright post base in his front
The technique of material injection forming is manufactured or is manufactured integrally using stainless steel material stretching and punching or welding fabrication technique, and column is used
Seat bolt, which is fixed on, to be held up on the displacement seat of displacement assembly and the front end of preceding horizontal connection, and the effect of prop head disk is available to user
It cleans head and places pillow packet and use；Preceding between his left side displacement seat and the right displacement seat with horizontal connects into one with after
Body, seat is designed to 2 displacement seats or needs to be designed to a plurality of displacement seat according to intensity for displacement, and sliding groove machine-shaping is shifting
Seat lower section, they integrally or using die-casting process are manufactured integrally with metal material punching press, welding fabrication；Sliding groove
It trackslips with the crankshaft connecting column and two halves bearing shell of eccentric crankshaft assembly and moves connection；On-slip cap off bolt fastening is in sliding groove lower part
Outside, two halves bearing shell and crankshaft the connecting column rotation for playing the sliding groove and eccentric crankshaft assembly that prevent from holding up displacement assembly is de-
It leaves；Pad face bolt fastening is fastened in the displacement seat for holding up displacement assembly, on rear portion with the technique of gluing；It holds up and moves
Position assembly when not holding up shift operation, his bottom eccentric crankshaft assembly crankshaft connecting column in the horizontal axis of eccentric crankshaft
Under front and back rotation below line drives, can anterior-posterior horizontal it be shifted on idler pulley cylinder.The picking-up displacement assembly that the left side shifts seat hangs down
There is a picking-up displacement assembly must be true in design between straight axis and the picking-up displacement assembly vertical axis of the right displacement seat
Fixed width and intensity size, range scale are 50mm~400mm.Eccentric crankshaft horizontal median axis and two halves bearing shell horizontal axis
Between have one hold up displacement assembly design can hold in the palm it is high how much and can shift necessary scale how much, size range 10mm
~200mm.There is a picking-up between one eccentric crankshaft vertical axis of front and a subsequent eccentric crankshaft vertical axis
Displacement assembly needs to install the distance and necessary intensity size of how many a sliding grooves, and range scale is 150mm~1500mm.In
There is a picking-up displacement assembly to need to pacify between the one strip holder roller vertical axis in portion and subsequent strip holder roller vertical axis
The distance and necessary intensity size of how many strip holder rollers are filled, range scale is 50mm~1000mm.
Synchronising (connecting) rod assembly is connected using the left side of steam locomotive and the principle of the right wheel drive and synchronous rotation by synchronous
Bar assembly, reinforcing hole, synchronising (connecting) rod seat, nut, pitman shaft, rolling bearing, connecting rod, right preamble connecting rod base composition: power assisting bed
Padding prop head disk direction at vertical central axis line is front；The synchronising (connecting) rod seat keyway pin on the left side and the right orientation be mounted on every and
On the both ends spindle nose of the eccentric crankshaft assembly on every side, fastened with nut；Rolling bearing is mounted in the both ends of connecting rod, rolling bearing
It is fitted in outside pitman shaft, in the pitman shaft hole that pitman shaft orientation installation is fastened on the synchronising (connecting) rod seat on every side；Synchronising (connecting) rod
Assembly is other than the blowing angle position in the pitman shaft hole on the blowing angle and synchronising (connecting) rod seat in reinforcing hole is different, and zero
Part remaining inside and outside shape, material, manufacturing process, effect are all, interchangeable general.It is total to be forward-mounted an eccentric crankshaft
Star drill hole forming is pressed on synchronising (connecting) rod seat at the reinforcing hole orientation on the synchronising (connecting) rod seat at both ends；It is mounted on one next
Reinforcing hole orientation on the synchronising (connecting) rod seat at eccentric crankshaft assembly both ends is by × font drilling via formations on synchronising (connecting) rod seat；Installation
On the synchronising (connecting) rod seat on the left side pitman shaft be mounted on the right synchronising (connecting) rod seat on pitman shaft eccentric crankshaft level
There are a both sides stuck when can complete synchronous rotary, not be synchronized to rotate from each other at central axes and eccentric crankshaft vertical axis
The necessary Angular Dimension of deisgn product, range scale be 0 °~180 °.
Eccentric crankshaft assembly as automobile crankshaft, by eccentric crankshaft assembly, bearing and bearing block, crankshaft connecting column, two halves
Bearing shell, bearing shell bolt, bearing shell adapter sleeve composition: two halves bearing shell is sleeved on outside crankshaft connecting column, with bearing shell adapter sleeve in bearing shell spiral shell
Bolt is tightly fastened together；Integral two halves bearing shell can hold up displacement always with crankshaft connecting column ease rotation, bearing shell adapter sleeve
At sliding groove in can easily slide rotation；Bearing and bearing block are securedly mounted to the both sides of eccentric crankshaft assembly, installation
The eccentric crankshaft assembly of complete bearing and bearing block reassembles on cage assembly；The both ends of eccentric crankshaft assembly and synchronising (connecting) rod are total
At synchronising (connecting) rod seat determine angle, with keyway pin orientation be mounted on every and every side eccentric crankshaft assembly both ends spindle nose on,
It is fastened with nut；Eccentric crankshaft assembly be designed to two set for one group or according to the length and intensity of product need increase at
Multiple groups；The rotary power of eccentric crankshaft assembly can be: one people of staff only being needed to be connected with 2 hand lever insertions are synchronous with one side
Before pole socket with subsequent reinforcing hole, rotation with before one side with subsequent synchronising (connecting) rod seat or be designed to electrodynamic type turn
It is dynamic with, with subsequent synchronising (connecting) rod seat, while synchronising (connecting) rod seat drives eccentric crankshaft assembly synchronous clockwise before one side
Or under the action of counter clockwise direction rotates synchronously, drive holds up the movement before and after shifting assembly energy up and down；Eccentric crankshaft assembly
Bearing shell adapter sleeve in the sliding groove for holding up displacement assembly, to " 12 points " from support rolling drum surface and eccentric crankshaft horizontal median axis
When rotating in fixed pad face orientation, while picking-up displacement assembly being driven to hold up and shift upwards together；When eccentric crankshaft assembly
Bearing shell adapter sleeve is pivotally lowered into " " or " 9 at 3 points from " 12 points " fixed pad face orientation in the sliding groove for holding up displacement assembly
When point " prop head disk orientation, displacement assembly is held up by bearing shell adapter sleeve driving downwards in sliding groove and plus the effect of gravity
Under, after the work for holding up the upward picking-up of displacement assembly completion and displacement, rolling drum surface and the horizontal axis of eccentric crankshaft are held in the palm from newly returning to
At line；When the bearing shell adapter sleeve of eccentric crankshaft assembly is in the sliding groove for holding up displacement assembly, from " 3 points " process " 6 points " shell foot
It arrives when " 3 points " rotations, holds in the palm when orientation is to " 9 points " prop head disk orientation or from " 9 points " prop head disk orientation by " 6 points " shell foot orientation
The lower part of displacement assembly is played under the rolling bracket of support rolling drum surface, it will be able to horizontally shift forward or backward.
The booster mattress that this one kind can be held up, front and back can shift only needs one people of staff same with 2 hand lever insertions
Before the synchronising (connecting) rod seat of side with subsequent reinforcing hole, rotation with before one side with subsequent synchronising (connecting) rod seat or be designed to
Electrodynamic type rotation with before one side with subsequent synchronising (connecting) rod seat；In 10 seconds, can easily solve beauty,
It massages, physical therapy, particularly need the problem of holding up displacement forward or backward nursing handicapped personnel；He can making the grade
Change batch production, staff is time saving and energy saving when in use, and can be to the people used one light, safety impression.
Detailed description of the invention
Fig. 1 is main view direction structure of the present invention, component locations schematic diagram；
Fig. 2 is overlook direction structure of the present invention, component locations schematic diagram；
Fig. 3 is the left view direction structure of Fig. 2 of the present invention, component locations schematic diagram
Fig. 4 be the present invention hold up displacement assembly (6) lower part under the rolling bracket in idler pulley cylinder (2) face, it will be able to forward or
The structure that horizontally shifts backward, component locations schematic diagram；
Fig. 5 is for the present invention to " 12 points " fixed pad faces at idler pulley cylinder (2) face and eccentric crankshaft horizontal median axis (15)
(3) structure, component locations schematic diagram when being rotated in orientation；
Fig. 6 is that the present invention is pivotally lowered into " " or " " prop head disk at 3 points at 9 points from " 12 points " fixed pad face (3) orientation
(13) structure when orientation, component locations schematic diagram；
Fig. 7 be the present invention from " 3 points " process " 6 points " shell foot (5) orientation to " 9 points " prop head disk (13) orientation when or from "
9 points " prop head disk (13) orientation by " 6 points " shell foot (5) orientation to " 3 points " rotate when structure, component locations schematic diagram；
Fig. 8 is that the present invention holds up displacement assembly (6) left view direction structure, component locations schematic diagram；
Fig. 9 is that the present invention holds up displacement assembly (6) main view direction structure, component locations schematic diagram；
Specific embodiment
The technical solution adopted by the present invention is that: by cage assembly (1), hold up displacement assembly (6), synchronising (connecting) rod assembly
(20), eccentric crankshaft assembly (27) forms.
Referring to Fig. 1 Fig. 2 cage assembly (1) by: cage assembly (1), idler pulley cylinder (2), fixed pad face (3), shell foot (5) group
At: cage assembly (1) fixes pad face (3) as a top is equipped with 3 pieces or needs to install muti-piece according to the length of cage assembly,
Middle part, which is equipped with 3 and perhaps needs to install a plurality of idler pulley cylinder (2) lower part according to the length of cage assembly, installs 4 or multiple
Shell foot (5), both sides are reserved with a box of setting-up eccentricity crank assemblby (27) and bearing and bearing block (28)；He is infused with plastics
It penetrates molding technique manufacture or is fabricated using stainless steel material stretching and punching or welding fabrication technique.
Referring to Fig. 1 Fig. 2 Fig. 7 Fig. 8 hold up displacement assembly (6) by: hold up displacement assembly (6), horizontal connection (4), slide
Slot (7), on-slip cap off (8), pad face (9), prop head disk Upright post base (10), Upright post base bolt (11), column (12), prop head disk
(13), drainpipe (14), eccentric crankshaft horizontal median axis (15), two halves bearing shell horizontal axis (16), eccentric crankshaft vertical axis
(17), idler pulley cylinder vertical axis (18), picking-up displacement assembly vertical axis (19), booster mattress vertical central axis line (31), displacement
Seat (34) composition: prop head disk (13) direction at booster mattress vertical central axis line (31) is front；His front have drainpipe (14),
Prop head disk (13), column (12), prop head disk Upright post base (10) are manufactured with the technique of injection-moulding plastic or using stainless steels
Expect that stretching and punching or the manufacture of welding fabrication technique are integral, the shifting for holding up displacement assembly (6) is fixed on Upright post base bolt (11)
On the front end of position seat (34) and preceding horizontal connection (4), the effect of prop head disk (13) is available to user and cleans head and place pillow
Head packet is used；He the left side displacement seat (34) and the right displacement seat (34) between it is preceding with linked into an integrated entity afterwards with horizontal connection (4), shifting
Position seat (34) is designed to 2 displacement seats (34) or needs to be designed to a plurality of displacement seat (34), sliding groove (7) processing according to intensity
It is molded over below displacement seat (34), they integrally or using die-casting process are manufactured into metal material punching press, welding fabrication
Type is integral；The crankshaft connecting column (29) and two halves bearing shell (30) of sliding groove (7) and eccentric crankshaft assembly (27) are sliding to be rotatablely connected；
On-slip cap off (8), in the outside of sliding groove (7) lower part, plays the sliding groove (7) for preventing holding up displacement assembly (6) with bolt fastening
It is rotationally disengaged out with the two halves bearing shell (30) and crankshaft connecting column (29) of eccentric crankshaft assembly (27)；Use bolt fastening in pad face (9)
Or it is fastened in the displacement seat (34) for holding up displacement assembly (6) with the technique of gluing, on rear portion；Displacement assembly (6) is held up to exist
When not holding up shift operation, his bottom eccentric crankshaft assembly (27) crankshaft connecting column (29) in the horizontal axis of eccentric crankshaft
Line (15) under front and back rotation drive, can shift to anterior-posterior horizontal on idler pulley cylinder (2) below.The left side shifts the picking-up of seat (34)
There is a picking-up between the picking-up of displacement assembly vertical axis (19) and the right displacement seat (34) displacement assembly vertical axis (19)
The width and intensity size that displacement assembly (6) must determine in design, range scale are 50mm~400mm.Eccentric crankshaft water
There is picking-up displacement assembly (6) how much can hold in the palm height in design between flat central axes (15) and two halves bearing shell horizontal axis (16),
And how many necessary scales can be shifted, size range is 10mm~200mm.One eccentric crankshaft vertical axis (17) of front with
There is picking-up displacement assembly (6) to need to install how many a sliding grooves between a subsequent eccentric crankshaft vertical axis (17)
(7) distance and necessary intensity size, range scale are 150mm~1500mm.The one strip holder roller vertical axis at middle part
(18) picking-up displacement assembly (6) needs to install how many idler pulleies between subsequent strip holder roller vertical axis (18)
The distance and necessary intensity size of cylinder (2), range scale are 50mm~1000mm.
Referring to Fig. 1 Fig. 2 Fig. 3 synchronising (connecting) rod assembly (20) using the left side of steam locomotive and the right wheel drive and together
The principle for walking rotation, by synchronising (connecting) rod assembly (20), reinforcing hole (21), synchronising (connecting) rod seat (22), nut (23), pitman shaft
(24), it rolling bearing (25), connecting rod (26), right preamble connecting rod base (35) composition: is held in the palm at booster mattress vertical central axis line (31)
Cephalic disc (13) direction is front；The synchronising (connecting) rod seat (22) on the left side and the right is oriented with keyway pin and is mounted on the inclined of every and every side
On the both ends spindle nose of innermost being axle assembly (27), fastened with nut (23)；Rolling bearing (25) is mounted in the both ends of connecting rod (26),
Rolling bearing (25) is fitted in pitman shaft (24) outside, and pitman shaft (24) orientation installation is fastened on the synchronising (connecting) rod seat (22) on every side
Pitman shaft (24) in hole；Synchronising (connecting) rod assembly (20) is in addition on the blowing angle and synchronising (connecting) rod seat (22) of reinforcing hole (21)
Pitman shaft (24) it is different outer with the blowing angle position in hole, components remaining inside and outside shape, material, manufacturing process, work
It is interchangeable general with all.It is forward-mounted adding on the synchronising (connecting) rod seat (22) at eccentric crankshaft assembly (27) both ends
Power hole (21) orientation is by 90 ° of star drill hole formings on synchronising (connecting) rod seat (22)；It is mounted on an eccentric crankshaft assembly next
(27) reinforcing hole (21) orientation on the synchronising (connecting) rod seat (22) at both ends is by 45 ° × font drilling via formations in synchronising (connecting) rod seat (22)
On；The pitman shaft (24) being mounted on the synchronising (connecting) rod seat (22) on the left side and the company on the synchronising (connecting) rod seat (22) for being mounted on the right
It is synchronous that bar axis (24) has a both sides that can complete at eccentric crankshaft horizontal median axis (15) and eccentric crankshaft vertical axis (17)
Rotation is not synchronized the necessary Angular Dimension of deisgn product stuck when rotation from each other, and range scale is 0 °~180 °.
Referring to fig. 2 Fig. 4 Fig. 5 Fig. 6 Fig. 7 eccentric crankshaft assembly (27) as automobile crankshaft, by eccentric crankshaft assembly
(27), bearing and bearing block (28), crankshaft connecting column (29), two halves bearing shell (30), bearing shell bolt (32), bearing shell adapter sleeve (33)
Composition: two halves bearing shell (30) is sleeved on crankshaft connecting column (29) outside, is tightened to bearing shell adapter sleeve (33) in bearing shell bolt (32)
One；Integral two halves bearing shell (30) can hold up displacement with crankshaft connecting column (29) ease rotation, bearing shell adapter sleeve (33)
Rotation can be easily slided in the sliding groove (7) of assembly (6)；Bearing and bearing block (28) are securedly mounted to eccentric crankshaft assembly
(27) both sides, the eccentric crankshaft assembly (27) for installing bearing and bearing block (28) reassemble on cage assembly (1)；It is eccentric
The both ends of crank assemblby (27) and the synchronising (connecting) rod seat (22) of synchronising (connecting) rod assembly (20) determine angle, are mounted on keyway pin orientation
On the both ends spindle nose of the eccentric crankshaft assembly (27) on every and every side, fastened with nut (23)；Eccentric crankshaft assembly (27) is set
Two sets are counted into need to increase into multiple groups for one group or according to the length and intensity of product；The rotation of eccentric crankshaft assembly (27)
Kinetic force is: only need one people of staff with the insertion of 2 hand levers with before one side synchronising (connecting) rod seat (22) with it is subsequent
Reinforcing hole (21), rotation with before with subsequent synchronising (connecting) rod seat (22) or be designed to electrodynamic type rotate with while
Front and subsequent synchronising (connecting) rod seat (22), while synchronising (connecting) rod seat (22) drives eccentric crankshaft assembly (27) to synchronize side clockwise
To or counterclockwise rotate synchronously under the action of, drive hold up displacement assembly (6) can up and down front and back movement；Eccentric crankshaft
The bearing shell adapter sleeve (33) of assembly (27) is in the sliding groove for holding up displacement assembly (6) (7), from idler pulley cylinder (2) face and eccentric song
When (15) are rotated in " 12 points " fixed pad face (3) orientation at axis horizontal median axis, while driving hold up displacement assembly (6) together
It holds up and shifts upwards；When the bearing shell adapter sleeve (33) of eccentric crankshaft assembly (27) is in the sliding groove (7) for holding up displacement assembly (6)
It is interior when being pivotally lowered into " " or " " prop head disk (13) orientation at 3 points at 9 points from " 12 points " fixed pad face (3) orientation, hold up displacement
Assembly (6) by bearing shell adapter sleeve (33) in sliding groove (7) it is downward drive and add gravity under the action of, hold up displacement assembly
(6) it after completing the work for holding up and shifting upwards, is returned at idler pulley cylinder (2) face and eccentric crankshaft horizontal median axis (15) from newly；
When eccentric crankshaft assembly (27) bearing shell adapter sleeve (33) hold up displacement assembly (6) sliding groove (7) in, from " 3 points " process "
6 points " shell foot (5) orientation to " 9 points " prop head disk (13) orientation when or from " " prop head disk (13) orientation pass through " " shell foot at 6 points at 9 points
(5) orientation holds up the lower part of displacement assembly (6) under the rolling bracket in idler pulley cylinder (2) face to when " 3 points " rotations, it will be able to forward or
Person horizontally shifts backward.
The booster mattress that this one kind can be held up, front and back can shift only needs one people of staff same with 2 hand lever insertions
With subsequent reinforcing hole (21), rotation with before one side and subsequent synchronising (connecting) rod seat before side synchronising (connecting) rod seat (22)
(22) or be designed to electrodynamic type rotation with before one side with subsequent synchronising (connecting) rod seat (22)；In 10 seconds, just
Beauty, massage, physical therapy can easily be solved, particularly need forward or hold up backward to move nursing handicapped personnel
The problem of position；He can standardize batch production, and staff is time saving and energy saving when in use, and can be light to the people used one
The impression of pine, safety.
Claims (10)
- The booster mattress that 1. one kind can be held up, front and back can shift, it is characterized in that: by cage assembly (1), hold up displacement assembly (6), Synchronising (connecting) rod assembly (20), eccentric crankshaft assembly (27) composition；Cage assembly (1) by；Cage assembly (1), idler pulley cylinder (2), fixed pad face (3), shell foot (5) composition；Cage assembly (1) as A top, which is equipped with 3 pieces or needs to install muti-piece according to the length of cage assembly (1), fixes pad face (3), and middle part is equipped with 3 Perhaps it needs to install a plurality of idler pulley cylinder (2) lower part according to the length of cage assembly (1) and 4 or multiple shell feet (5) is installed, two While being reserved with a box of setting-up eccentricity crank assemblby (27) and bearing and bearing block (28)；He uses the work of injection-moulding plastic Skill manufacture is fabricated using stainless steel material stretching and punching or welding fabrication technique；Hold up displacement assembly (6) by；Hold up displacement assembly (6), horizontal connection (4), sliding groove (7), on-slip cap off (8), pad face (9), prop head disk Upright post base (10), Upright post base bolt (11), column (12), prop head disk (13), drainpipe (14), eccentric crankshaft water Flat central axes (15), two halves bearing shell horizontal axis (16), eccentric crankshaft vertical axis (17), idler pulley cylinder vertical axis (18), support Play displacement assembly vertical axis (19), booster mattress vertical central axis line (31), displacement seat (34) composition: he has drainpipe in front (14), prop head disk (13), column (12), prop head disk Upright post base (10) are manufactured with the technique of injection-moulding plastic or using stainless Steel material stretching and punching or the manufacture of welding fabrication technique are integral, are fixed on picking-up displacement assembly with Upright post base bolt (11) (6) on the front end of displacement seat (34) and preceding horizontal connection (4)；Between his left side displacement seat (34) and the right displacement seat (34) It is preceding with linked into an integrated entity afterwards with horizontal connection (4)；The crankshaft connecting column (29) and two halves of sliding groove (7) and eccentric crankshaft assembly (27) Bearing shell (30), bearing shell adapter sleeve (33) rotation connection；On-slip cap off (8), in the outside of sliding groove (7) lower part, is risen with bolt fastening To two halves bearing shell (30) and crankshaft connecting column of the sliding groove (7) with eccentric crankshaft assembly (27) for preventing from holding up displacement assembly (6) (29) it rotationally disengages out；Pad face (9) bolt fastening is fastened on the displacement seat for holding up displacement assembly (6) with the technique of gluing (34) in, on rear portion；Synchronising (connecting) rod assembly (20) is connected using the left side of steam locomotive and the principle of the right wheel drive and synchronous rotation by synchronous Bar assembly (20), reinforcing hole (21), synchronising (connecting) rod seat (22), nut (23), pitman shaft (24), rolling bearing (25), connecting rod (26), right preamble connecting rod base (35) composition: the synchronising (connecting) rod seat (22) on the left side and the right is oriented with keyway pin and is mounted on every And on the both ends spindle nose of the eccentric crankshaft assembly (27) on every side, fastened with nut (23)；Rolling bearing (25) is mounted on connecting rod (26) in both ends, rolling bearing (25) is fitted in pitman shaft (24) outside, and pitman shaft (24) orientation installation is fastened on the same of every side It walks in pitman shaft (24) hole on connecting rod base (22)；Synchronising (connecting) rod assembly (20) is in addition to the blowing angle of reinforcing hole (21) and same The blowing angle position for walking pitman shaft (24) hole on connecting rod base (22) is different outer, components remaining inside and outside shape, material Material, manufacturing process, effect are all, interchangeable general；Eccentric crankshaft assembly (27) is connected as the crankshaft of automobile by eccentric crankshaft assembly (27), bearing and bearing block (28), crankshaft Column (29), two halves bearing shell (30), bearing shell bolt (32), bearing shell adapter sleeve (33) composition: two halves bearing shell (30) is sleeved on crankshaft company It connects column (29) outside, is fastened together with bearing shell adapter sleeve (33) in bearing shell bolt (32), integral two halves bearing shell (30) can be with Crankshaft connecting column (29) ease rotation, bearing shell adapter sleeve (33) can be easily in the sliding groove (7) for holding up displacement assembly (6) Sliding rotation；Bearing and bearing block (28) are securedly mounted to the both sides of eccentric crankshaft assembly (27), install bearing and bearing block (28) eccentric crankshaft assembly (27) reassembles on cage assembly (1)；The both ends of eccentric crankshaft assembly (27) and synchronising (connecting) rod The synchronising (connecting) rod seat (22) of assembly (20) determines angle, and the eccentric crankshaft assembly (27) on every and every side is mounted on keyway pin orientation Both ends spindle nose on, fastened with nut (23).
- 2. the displacement seat (34) according to claim 1 for holding up displacement assembly (6) is designed to 2 displacement seats (34) or root Need to be designed to a plurality of displacement seat (34) according to intensity, below displacement seat (34), they use metal material for sliding groove (7) machine-shaping Material punching press, integrally welded or use die-casting process are manufactured integrally.
- 3. picking-up displacement assembly (6) according to claim 1 is not when holding up shift operation, his bottom is in eccentric crankshaft The crankshaft connecting column (29) of assembly (27), can be in idler pulley cylinder under eccentric crankshaft horizontal median axis (15) below front and back rotation drive (2) it can be shifted to anterior-posterior horizontal on.
- 4. the picking-up of left side displacement seat (34) according to claim 1 for holding up displacement assembly (6) shifts assembly vertical axis There is picking-up displacement assembly (6) setting between the picking-up of line (19) and the right displacement seat (34) displacement assembly vertical axis (19) The width and intensity size that timing must determine, range scale are 50mm~400mm.
- 5. the eccentric crankshaft horizontal median axis (15) according to claim 1 for holding up displacement assembly (6) and two halves bearing shell water There is picking-up displacement assembly (6) that can hold in the palm high how many in design and how many necessary sizeds can be shifted between flat axis (16), ruler Degree range is 10mm~200mm.
- 6. it is according to claim 1 hold up displacement assembly (6) before an eccentric crankshaft vertical axis (17) with below An eccentric crankshaft vertical axis (17) between there is picking-up displacement assembly (6) to need to install how many a sliding grooves (7) Distance and necessary intensity size, range scale are 150mm~1500mm.
- 7. it is according to claim 1 hold up displacement assembly (6) in the middle part of a strip holder roller vertical axis (18) with it is subsequent There is one to hold up the distance that displacement assembly (6) needs to install how many strip holder rollers (2) between one strip holder roller vertical axis (18) And necessary intensity size, range scale are 50mm~1000mm.
- 8. with being forward-mounted eccentric crankshaft assembly (27) both ends according to synchronising (connecting) rod assembly (20) described in claim 1 Reinforcing hole (21) orientation on synchronising (connecting) rod seat (22,35) is by 90 ° of star drill hole formings on synchronising (connecting) rod seat (22)；Installation Reinforcing hole (21) orientation on the synchronising (connecting) rod seat (22) at eccentric crankshaft assembly (27) both ends is bored by 45 ° × font later Hole forming is on synchronising (connecting) rod seat (22).
- 9. synchronising (connecting) rod assembly (20) according to claim 1 is mounted on the pitman shaft on the synchronising (connecting) rod seat (22) on the left side (24) be mounted on the right synchronising (connecting) rod seat (35) on pitman shaft (24) eccentric crankshaft horizontal median axis (15) and eccentric There are a both sides that can complete synchronous rotary, not be synchronized design production stuck when rotation from each other at crankshaft vertical axis (17) The necessary Angular Dimension of product, range scale are 0 °~180 °.
- 10. eccentric crankshaft assembly (27) according to claim 1 is designed to two sets for one group or according to the length of product Degree and intensity need to increase into multiple groups；The rotary power of eccentric crankshaft assembly (27) can be: only need one people of staff with 2 Root hand lever insertion with before synchronising (connecting) rod seat (22,35) with subsequent reinforcing hole (21), rotation with while before and Subsequent synchronising (connecting) rod seat (22,35) or be designed to electrodynamic type rotation with before one side with subsequent synchronising (connecting) rod seat (22, 35), while synchronising (connecting) rod seat (22,35) drives eccentric crankshaft assembly (27) are synchronous with direction clockwise or counter-clockwise to turn Under the action of dynamic, drive holds up the movement before and after shifting assembly (6) energy up and down.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910186669.7A CN109805663B (en) | 2019-03-11 | 2019-03-11 | Power-assisted mattress capable of being lifted and moved back and forth |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910186669.7A CN109805663B (en) | 2019-03-11 | 2019-03-11 | Power-assisted mattress capable of being lifted and moved back and forth |
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| Publication Number | Publication Date |
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| CN109805663A true CN109805663A (en) | 2019-05-28 |
| CN109805663B CN109805663B (en) | 2021-06-29 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201910186669.7A Active CN109805663B (en) | 2019-03-11 | 2019-03-11 | Power-assisted mattress capable of being lifted and moved back and forth |
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| CN200956935Y (en) * | 2006-10-18 | 2007-10-10 | 姜国荣 | Angle adjustable health-care bed |
| CN100368695C (en) * | 2002-10-14 | 2008-02-13 | 阿帕·派拉弗雷卡塔有限公司 | Conveyor bearing assembly with two layers of counter rotating bearing balls and a stretcher with such a conveyor bearing assembly to lift a body |
| WO2011034416A1 (en) * | 2009-09-18 | 2011-03-24 | Hendrik Auke Beuker | Bed system |
| CN103536422B (en) * | 2012-07-17 | 2016-06-01 | 西门子公司 | Patient-supporting device |
| CN106821663A (en) * | 2016-12-31 | 2017-06-13 | 青岛旭东医疗科技有限公司 | Hospital bed |
| CN107496129A (en) * | 2017-09-20 | 2017-12-22 | 安徽名之工业设计有限公司 | A kind of medical bed |
| JP2018068493A (en) * | 2016-10-26 | 2018-05-10 | 株式会社メディカロイド | Robot surgery table |
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2019
- 2019-03-11 CN CN201910186669.7A patent/CN109805663B/en active Active
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100368695C (en) * | 2002-10-14 | 2008-02-13 | 阿帕·派拉弗雷卡塔有限公司 | Conveyor bearing assembly with two layers of counter rotating bearing balls and a stretcher with such a conveyor bearing assembly to lift a body |
| CN200956935Y (en) * | 2006-10-18 | 2007-10-10 | 姜国荣 | Angle adjustable health-care bed |
| WO2011034416A1 (en) * | 2009-09-18 | 2011-03-24 | Hendrik Auke Beuker | Bed system |
| CN103536422B (en) * | 2012-07-17 | 2016-06-01 | 西门子公司 | Patient-supporting device |
| JP2018068493A (en) * | 2016-10-26 | 2018-05-10 | 株式会社メディカロイド | Robot surgery table |
| CN106821663A (en) * | 2016-12-31 | 2017-06-13 | 青岛旭东医疗科技有限公司 | Hospital bed |
| CN107496129A (en) * | 2017-09-20 | 2017-12-22 | 安徽名之工业设计有限公司 | A kind of medical bed |
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|---|---|
| CN109805663B (en) | 2021-06-29 |
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