CN209202530U - It can be relieved the cushion of fatigue - Google Patents
It can be relieved the cushion of fatigue Download PDFInfo
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- CN209202530U CN209202530U CN201821288111.7U CN201821288111U CN209202530U CN 209202530 U CN209202530 U CN 209202530U CN 201821288111 U CN201821288111 U CN 201821288111U CN 209202530 U CN209202530 U CN 209202530U
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- odd number
- camshaft
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Abstract
The cushion that can be relieved fatigue, belongs to cushion technical field, and the utility model is in order to solve the problems, such as that existing adjustable cushion thickness is big and be difficult to that compressed thickness, enforcement difficulty are big, structure is complicated, traditional big cam transmission monomer supporting power is excessively high.Lifting regulating mechanism is provided in cushion shell, lifting regulating mechanism, which is equipped with, adjusts seating pad, lifting regulating mechanism includes odd number plane cam axis elevating mechanism and even plates camshaft elevating mechanism, adjusting seating pad includes odd number plate and even plates, and odd number plate and even plates are separately mounted on odd number plane cam axis elevating mechanism and even plates camshaft elevating mechanism;The bottom plate of cushion shell is equipped with cyclelog, and cyclelog passes through odd number plate lifter switch and even plates lifter switch respectively and is electrically connected with odd number plane cam axis elevating mechanism and even plates camshaft elevating mechanism.The cushion structure that can be relieved fatigue of the utility model is simple, and body is light, and manufacture craft is easier, and cushion is allow to be attached to the working environment of any required sitting.
Description
Technical field
The utility model relates to a kind of cushions, and in particular to the cushion that can be relieved fatigue belongs to cushion technical field.
Background technique
In the existing cushion technology using cam lifting checker weight bearing area, such as the patent No.:
20131004786.7, in order to make two supporting parts of checker can be realized concurrently or separately load-bearing, (human body is in same height
The position of degree, same posture up conversion cushion supporting part, otherwise have sense of jolting, increase the sense of discomfort of sitting), use
Coaxially and using the coincidence point of multiple big cams (big arc is more than 180 °) load-bearing simultaneously and more than the independent load-bearing after overlap angle
Technological means, but directly using cam rotation squeeze bearing plate come realize go up and down it is extremely difficult, because of big cam rotary squeezing
There is work blind spot (big cam is similar to fat crescent moon, and two crescent moon tips are rotation dead angle) in the process, in order to solve this problem,
The technological means that the patent uses be big cam surrounding set tooth and it is mating the same moving gear that is meshed is set, then by leading
The guiding axis of Xiang Guanzhong realizes the lifting to seating pad, and in addition coaxial spaced is equipped with two groups of opposite cams, need to be spaced rotation one
Week, could complete transformation weight bearing area while or one working procedure of independent load-bearing, so when designing bearing block, it is necessary to examine
The distance for considering distance of shaft centers bottom plate will be more than axle center to the distance of big cam outermost end, and otherwise cam is unable to complete integral cycle rotating, leads
Cushion thickness is caused to be difficult to be compressed.In conclusion existing using the cushion of coaxial big cam lifter change seating pad weight bearing area
Many defects below: structure is complicated, and enforcement difficulty is big, and monomer weight is excessively high, in order to reach the function of transformation load-bearing, whole thickness
Degree is difficult to compress, and thickness thinks reality considerably beyond the technical requirements in the working environment that can be arbitrarily attached to any required sitting
It is extremely difficult to apply conversion.
Utility model content
It is above-mentioned to solve the purpose of the utility model is to provide a kind of lighter, cushion for being easier to implement, can be relieved fatigue
Technical problem.
The technical solution of the utility model is: it includes the cushion shell that open topped is made of bottom wall and four peripheral walls
The position of upper of body, cushion shell is arranged in sequence from the top down: odd number plate and the odd number for being distributed in housing bottom corresponding thereto
Plane cam axis elevating mechanism, even plates and the even plates camshaft elevating mechanism for being distributed in housing bottom corresponding thereto, odd number
Plane cam axis elevating mechanism and even plates camshaft elevating mechanism are coordinated to squeeze odd number plate, even plates by cyclelog to be produced
Raw lifting is to complete concurrently or separately load-bearing.
A kind of cushion can be relieved fatigue, it is convex in odd number plane cam axis elevating mechanism and even plates camshaft elevating mechanism
Protrusion on wheel shaft is to be connect by thin circular shaft with double support arm board bottom portions, idler wheel is equipped between the top of double support arms, idler wheel is in support arm
Rotated on roller shaft between plate, on camshaft protrusion position and quantity is corresponding with squeezed seating pad and quantity is equal,
Holder for regulating axis pier is arranged below between odd number plane cam axis and even plates camshaft lobe, thin axis is prevented not to be inconsistent because bearing pressure
And it bends.
A kind of cushion can be relieved fatigue, odd number plate, the geometry of even plates are different, can be divided into straight panel shape or ring flat-plate
Shape, the cam on the corresponding odd number plane cam axis elevating mechanism and even plates camshaft elevating mechanism for being distributed in housing bottom
Axis arranges different from, and the camshaft on straight panel shape odd number plate, straight panel shape even plates camshaft elevating mechanism divides side by side in two rows of
Cloth is at housing bottom both ends: camshaft on ring flat-plate shape odd number plate, ring flat-plate shape even plates camshaft elevating mechanism in diesis simultaneously
Column distribution is in housing bottom.
It is a kind of to can be relieved tired cushion, the cam on straight panel shape odd number plate, straight panel shape even plates camshaft elevating mechanism
Axis is different in two rows of kinds of drive being distributed among housing bottom cams at two ends axis side by side, can be divided into hard transmission mechanism or soft biography
Motivation structure;Camshaft on ring flat-plate shape odd number plate, ring flat-plate shape even plates camshaft elevating mechanism can in cross juxtaposition
It is divided into: " diesis " chiasma type or " diesis " not chiasma type.
Preferred: lifting regulating mechanism includes odd number plane cam axis elevating mechanism and even plates camshaft elevating mechanism, is adjusted
Saving seating pad includes odd number plate and even plates, and odd number plate and even plates are separately mounted to odd number plane cam axis elevating mechanism and even number
On plane cam axis elevating mechanism;The bottom plate of cushion shell is equipped with cyclelog, and cyclelog passes through odd number plate liter respectively
Drop switch and even plates lifter switch are electrically connected with odd number plane cam axis elevating mechanism and even plates camshaft elevating mechanism.
Straight panel shape odd number plate and even plates can independently be separated by distribution, can also be connected with one end in comb plate, comb joint, straight panel shape
Odd number plate and even plates are opposite and are complementarily provided at cushion shell upper end opening, the corresponding odd number for being distributed in housing bottom
Camshaft intermediate transmission on plane cam axis elevating mechanism and even plates camshaft elevating mechanism is hard transmission mechanism.
The cushion that can be relieved fatigue includes cushion shell, and cushion shell upper surface is equipped with opening, is provided in cushion shell
Lifting regulating mechanism, lifting regulating mechanism, which is equipped with, adjusts seating pad.
Preferred: odd number plane cam axis elevating mechanism and even plates camshaft elevating mechanism are hard transmission mechanism or soft transmission
Mechanism.
Preferred: odd number plane cam axis elevating mechanism and even plates camshaft elevating mechanism are arranged in parallel in cushion shell
Interior, odd number plate and even plates are combed plate, and odd number plate and even plates are opposite and be complementarily provided at the opening of cushion shell upper surface
Place.
Preferred: odd number plane cam axis elevating mechanism includes odd number plate decelerating motor, the first diplopore bearing block, the first odd number
Plane cam axis, the first transmission shaft, the first single hole bearing block, the second odd number plane cam axis and the first angular wheel group;
Even plates camshaft elevating mechanism includes even plates decelerating motor, the second diplopore bearing block, the first even number plane cam
Axis, second driving shaft, the second single hole bearing block, the second even plates camshaft and the second angular wheel group;
The both ends of first odd number plane cam axis and the second even plates camshaft pass through the first diplopore bearing block and are mounted on seat
The both ends of the side of pad Housing Base, the second odd number plane cam axis and the first even plates camshaft pass through the second diplopore bearing block
It is mounted on the other side of cushion Housing Base;
One end of first odd number plane cam axis is connected with the output end of odd number plate decelerating motor, the first odd number plane cam axis
The other end be connected by the first transmission shaft with one end of the second odd number plane cam axis, the first transmission shaft passes through at least two the
One single hole bearing block is mounted on bottom plate, and the both ends of the first transmission shaft pass through the first angular wheel group and the first odd number plate respectively
Camshaft and the rotation connection of the second odd number plane cam axis;
One end of first even plates camshaft is connected with the output end of even plates decelerating motor, the first even plates camshaft
The other end be connected by second driving shaft with one end of the second even plates camshaft, second driving shaft passes through at least two the
Two single hole bearing blocks are mounted on bottom plate, and the both ends of second driving shaft pass through the second angular wheel group and the first even plates respectively
Camshaft and the connection of the second even plates cam axle.
It is preferred: to be symmetrically arranged with limit guide sleeve board group on the bottom plate of cushion shell, set between two limit guide sleeve board groups
There is spring retaining plate.
Preferred: odd number plate is located on the first odd number plane cam axis and the second odd number plane cam axis, and even plates are located at first
On even plates camshaft and the second even plates camshaft, and the lower end of odd number plate and each comb teeth of even plates be all provided with there are two with limit
The guide sleeve board group limit guide post that matches in position is equipped with reset spring, the reset spring other end and bullet between two limit guide posts
Spring fixed plate leans.
A kind of cushion can be relieved fatigue, straight panel shape, odd number plane cam axis elevating mechanism and even plates camshaft elevator
Intermediate transmission on structure is soft transmission mechanism.
Preferred: odd number plane cam axis elevating mechanism includes odd number plate decelerating motor, the first diplopore bearing block, the first odd number
Plane cam axis, the second odd number plane cam axis, odd number plate drive sprocket chain group, odd number plate driven sprocket chain group and odd number plate pass
Running rope;
Even plates camshaft elevating mechanism includes even plates decelerating motor, the second diplopore bearing block, the first even number plane cam
Axis, the second even plates camshaft, even plates drive sprocket chain group, even plates driven sprocket chain group and even plates transmission rope;
The left and right ends of first odd number plane cam axis and the second even plates camshaft pass through the installation of the first diplopore bearing block
In the side of cushion Housing Base, the left and right ends of the second odd number plane cam axis and the first even plates camshaft pass through second pair
Hole bearing block is mounted on the other side of cushion Housing Base;
Left end on the outside of first two diplopore bearing blocks of odd number plane cam axis passes through odd number plate drive sprocket chain group and surprise
The output end of number plate decelerating motor is connected, and the left end on the inside of first two diplopore bearing blocks of odd number plane cam axis passes through odd number plate
Driven sprocket chain group is connected with the left end on the outside of second two diplopore bearing blocks of odd number plane cam axis, odd number plate driven sprocket
The middle part of chain group is odd number plate transmission rope arranged in a crossed manner;
Left end on the outside of the first diplopore bearing block of even plates camshaft two passes through even plates drive sprocket chain group and idol
The output end of number plate decelerating motor is connected, and the right end on the inside of the first diplopore bearing block of even plates camshaft two passes through even plates
Drive sprocket chain group is connected with the right end on the inside of two diplopore bearing blocks of the second even plates camshaft, even plates drive sprocket
The middle part of chain group is even plates transmission rope arranged in a crossed manner.
Preferred: odd number plane cam axis elevating mechanism and even plates camshaft elevating mechanism intersect and are vertically set on cushion
In shell, odd number plate and even plates are rectangular-ambulatory-plane plate or annular slab, and odd number plate and even plates are arranged at intervals on cushion shell upper end
The opening in face;Ring flat-plate shape odd number plate, even plates can be divided into Circular Plate shape odd number plate, even plates and rectangular-ambulatory-plane odd number plate, even number
Plate, ring flat-plate shape odd number plate or even plates can be independently distributed with the domain, can also be connected with odd number plate left end after abscission ring, and even plates are right
End is connected to be complementarily provided at cushion shell (1) upper end opening relatively, corresponding odd number plate, even plates camshaft elevator
Camshaft on structure intersects in " diesis " and vertical distribution is in cushion shell (1) bottom.
Preferred: odd number plane cam axis elevating mechanism includes odd number plate decelerating motor, the first diplopore bearing block, the first odd number
Plane cam axis, the first transmission shaft, the first single hole bearing block, the second odd number plane cam axis, the first angular wheel group;
Even plates camshaft elevating mechanism includes even plates decelerating motor, the second diplopore bearing block, the first even number plane cam
Axis, second driving shaft, the second single hole bearing block, the second even plates camshaft and the second angular wheel group;
The both ends of first odd number plane cam axis and the second even plates camshaft pass through the first diplopore bearing block and are mounted on seat
On the bottom plate for padding shell, the both ends of the second odd number plane cam axis and the first even plates camshaft pass through the second diplopore bearing block peace
On the bottom plate of cushion shell, and the second odd number plane cam axis and the first even plates camshaft and the first odd number plane cam axis and
Second even plates camshaft center is symmetrical;
One end of first odd number plane cam axis is connected with the output end of odd number plate decelerating motor, the first odd number plane cam axis
The other end be connected by the first transmission shaft with one end of the second odd number plane cam axis, the first transmission shaft passes through at least two the
One single hole bearing block is mounted on bottom plate, and the both ends of the first transmission shaft pass through the first angular wheel group and the first odd number plate respectively
Camshaft and the rotation connection of the second odd number plane cam axis;
One end of first even plates camshaft is connected with the output end of even plates decelerating motor, the first even plates camshaft
The other end be connected by second driving shaft with one end of the second even plates camshaft, second driving shaft passes through at least two the
Two single hole bearing blocks are mounted on bottom plate, and the both ends of second driving shaft pass through the second angular wheel group and the first even plates respectively
Camshaft and the connection of the second even plates cam axle.
It is preferred: limit guide sleeve board group is symmetrically arranged on the center line laterally and longitudinally of cushion housing bottom.
Preferred: odd number plate is located on the first odd number plane cam axis and the second odd number plane cam axis, and even plates are located at first
On even plates camshaft and the second even plates camshaft, and the lower end surface of odd number plate and even plates is symmetrically arranged with two groups and limit
The limit guide post that guide sleeve board group matches.
Camshaft on ring flat-plate shape plate odd number plate, even plates camshaft elevating mechanism (3) does not intersect and hangs down in " diesis "
Directly it is distributed in cushion shell (1) bottom.
Preferred: odd number plane cam axis elevating mechanism includes odd number plate decelerating motor, the first diplopore bearing block, the first odd number
Plane cam axis, the first transmission shaft, the first single hole bearing block, the second odd number plane cam axis, the first angular wheel group, third conical tooth
Wheel group, third diplopore bearing block and third odd number plane cam axis;
Even plates camshaft elevating mechanism includes even plates decelerating motor, the second diplopore bearing block, the first even number plane cam
Axis, second driving shaft, the second single hole bearing block, the second even plates camshaft, the second angular wheel group, the 4th angular wheel group and
Third even plates camshaft;
The both ends of first odd number plane cam axis and third even plates camshaft pass through the first diplopore bearing block and are mounted on seat
On the bottom plate for padding shell, the both ends of the second odd number plane cam axis and the second even plates camshaft pass through the second diplopore bearing block peace
On the bottom plate of cushion shell, the both ends of third odd number plane cam axis and the first even plates camshaft pass through third diplopore axis
It holds seat to be mounted on the bottom plate of cushion shell, and third odd number plane cam axis and the first even plates camshaft and the first odd number plate are convex
Wheel shaft and third even plates camshaft are located on same axis;
One end of first odd number plane cam axis is connected with the output end of odd number plate decelerating motor, the first odd number plane cam axis
The other end be connected by third angular wheel group with the second odd number plane cam axis, one end of the second odd number plane cam axis passes through
First transmission shaft is connected with third odd number plane cam axis, and the first transmission shaft is mounted on by least two first single hole bearing blocks
On bottom plate, and the both ends of the first transmission shaft pass through the first angular wheel group and the second odd number plane cam axis and third odd number plate respectively
Cam axle connection;
One end of first even plates camshaft is connected with the output end of even plates decelerating motor, the first even plates camshaft
The other end be connected by the 4th angular wheel group with the second even plates camshaft, one end of the second even plates camshaft passes through
Second driving shaft is connected with third even plates camshaft, and second driving shaft is mounted on by least two second single hole bearing blocks
On bottom plate, and the both ends of second driving shaft pass through the second angular wheel group and the second even plates camshaft and third even plates respectively
Cam axle connection.
It is preferred: limit guide sleeve board group is symmetrically arranged on the center line laterally and longitudinally of bottom plate.
Preferred: odd number plate is located at the first odd number plane cam axis, the second odd number plane cam axis and third odd number plane cam axis
On, even plates are located on the first even plates camshaft, the second even plates camshaft and third even plates camshaft, and odd number plate and
The lower end surface of even plates is symmetrically arranged with two groups of limit guide posts matched with limit guide sleeve board group.
It is preferred: the first odd number plane cam axis, the second odd number plane cam axis, the first even plates camshaft and the second even plates
Camshaft includes rotary shaft, and multiple cams are equipped in rotary shaft, and cam includes two double support arm plates and idler wheel, two double branch
The bottom end of arm plate is fixedly connected with rotary shaft, and the top of two double support arm plates is rotatably equipped with idler wheel.
The utility model has the effect that compared with existing product
1, lifting can be realized by directly squeezing odd number plate and even plates using odd number plate and even plates camshaft, be omitted
In the prior art with moving gear and guiding axis, the thickness of cushion can be significantly compressed, simplifies cushion structure, weight light weight
Change;
2, odd number plate and even plates camshaft are not necessarily to do 360 ° of circular motion, need to only complete quadrant movement i.e.
90 ° of lifting actions that can be completed odd number plate and even plates, can further decrease camshaft axle center the distance between plate on earth, i.e.,
The height for reducing bearing block, by the thickness reduction of cushion to ultimate attainment;
3, since the camshaft of the utility model does not do circumferential rotation type, the eccentric height of cam has very strong randomness,
It can be used and double support arm plates are set in shaft, the form of idler wheel is arranged in double support arm plates top, this scheme can be such that cam goes up and down
Amplitude greatly improves, and sliding can be made to squeeze seating pad and become rolling extrusion seating pad, saves energy, improves the effect of motor
Rate, the eccentric height arbitrarily transformation of cam, can be improved transformation amplitude, and transformation load bearing effect dramatically increases;
4, holder for regulating axis pier is used, camshaft can be prevented meticulous too long and generate bending, in the diameter of camshaft neck
Many can be lowered in upper size, opposite has compressed cushion thickness and weight;
5, the cushion monomer weight of the utility model and thickness decline up to 50%, this cushion greatly improved it is practical
Property, can achieve portable standard or be placed on it is any can be with the place of sitting, such as coach, taxi driver's seat
Chair etc. does not need to be restricted on a certain seat, convenient and practical.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the cushion described in the utility model that can be relieved fatigue;
Fig. 2 is the half sectional view of Fig. 1;
Fig. 3 is the structural schematic diagram of even plates;
Fig. 4 is the structural schematic diagram of odd number plate;
Fig. 5 is the top view of Fig. 2;
Fig. 6 is the structural schematic diagram of specific embodiment two;
Fig. 7 is driven chain drive structure schematic diagram;
Fig. 8 and Fig. 9 is the structural schematic diagram of specific embodiment three;
Figure 10 is the structural schematic diagram of specific embodiment four;
Figure 11 is the structural schematic diagram of specific embodiment five;
Figure 12 is enlarged drawing at the A of Fig. 1;
Figure 13 is the distribution map of monolithic devices odd number plate and even plates upper limit guide post;
Figure 14 is the structural schematic diagram of monolithic devices odd number plate and even plates.
In figure: 1- cushion shell, 2- odd number plane cam axis elevating mechanism, 3- even plates camshaft elevating mechanism, 4- odd number
Plate, 5- even plates, 6- odd number plate decelerating motor, the first diplopore of 7- bearing block, 8- the first odd number plane cam axis, 9- first are driven
Axis, the first single hole of 10- bearing block, 11- the second odd number plane cam axis, the first angular wheel of 12- group, 13- even plates are slowed down electric
Machine, the second diplopore of 14- bearing block, the first even plates of 15- camshaft, 16- second driving shaft, the second single hole of 17- bearing block, 18-
Second even plates camshaft, the second angular wheel of 19- group, 20- limit guide sleeve board group, 21- spring retaining plate, 22- reset spring,
23- odd number plate drive sprocket chain group, 24- odd number plate driven sprocket chain group, 25- odd number plate transmission rope, 26- even plates are actively
Sprocket wheel chain group, 27- even plates driven sprocket chain group, 28- even plates transmission rope, 29- third angular wheel group, 30- third
Diplopore bearing block, 31- third odd number plane cam axis, the 4th angular wheel group of 32-, 33- third even plates camshaft, 34- are convex
Rise, the bis- support arm plates of 35-, 36- idler wheel, 37- cyclelog, 38- limit guide post, 39- odd number plate rising top dead centre trigger mechanism,
40- odd number plate declines lower dead center trigger mechanism, 41- even plates rise top dead centre trigger mechanism, 42 even plates decline lower dead center touching
Send out mechanism, 43- odd number plate rises the normally closed travel switch of top dead centre, the normally closed travel switch in 44- odd number plate decline lower dead center, 45- idol
Number plate rises the normally closed travel switch of top dead centre, the normally closed travel switch in 46- even plates decline lower dead center, 47- holder for regulating axis pier.
Specific embodiment
The utility model preferred embodiment is elaborated below according to attached drawing.
Specific embodiment one, as shown in Figures 1 to 5, the cushion described in the utility model that can be relieved fatigue include sitting
Shell 1 is padded, 1 upper surface of cushion shell is equipped with opening, lifting regulating mechanism is provided in cushion shell 1, on lifting regulating mechanism
Equipped with adjusting seating pad.
Lifting regulating mechanism includes odd number plane cam axis elevating mechanism 2 and even plates camshaft elevating mechanism 3, adjusts cushion
Plate includes odd number plate 4 and even plates 5, and odd number plate 4 and even plates 5 are separately mounted to odd number plane cam axis elevating mechanism 2 and even number
On plane cam axis elevating mechanism 3;The bottom plate of cushion shell 1 is equipped with cyclelog 37, and cyclelog 37 passes through surprise respectively
3 electricity of number plate lifter switch and even plates lifter switch and odd number plane cam axis elevating mechanism 2 and even plates camshaft elevating mechanism
Connection, any programmable PLC program controller that cyclelog 37 preferably can purchase on the market, or use application number
Are as follows: controller disclosed in 201510725547.2.
Odd number plane cam axis elevating mechanism 2 and even plates camshaft elevating mechanism 3 are hard transmission mechanism or soft transmission mechanism,
Such as the transmission of hard shaft bevel gears right-angle drive, belt or sprocket wheel chain transmission etc..
Odd number plane cam axis elevating mechanism 2 and even plates camshaft elevating mechanism 3 are arranged in parallel in cushion shell 1, odd
Number plates 4 and even plates 5 are combed plate, and odd number plate 4 and even plates 5 are opposite and are complementarily provided at the opening of 1 upper surface of cushion shell
Locate, the cam on the corresponding odd number plane cam axis elevating mechanism for being distributed in housing bottom, even plates camshaft elevating mechanism
Axis intermediate transmission is hard transmission mechanism.
Odd number plane cam axis elevating mechanism 2 is convex including odd number plate decelerating motor 6, the first diplopore bearing block 7, the first odd number plate
Wheel shaft 8, the first transmission shaft 9, the first single hole bearing block 10, the second odd number plane cam axis 11 and the first angular wheel group 12;
Even plates camshaft elevating mechanism 3 includes even plates decelerating motor 13, the second diplopore bearing block 14, the first even plates
Camshaft 15, second driving shaft 16, the second single hole bearing block 17, the second even plates camshaft 18 and the second angular wheel group 19;
The both ends of first odd number plane cam axis 8 and the second even plates camshaft 18 pass through the installation of the first diplopore bearing block 7
In the side of 1 bottom plate of cushion shell, the both ends of the second odd number plane cam axis 11 and the first even plates camshaft 15 pass through second
Diplopore bearing block 14 is mounted on the other side of 1 bottom plate of cushion shell;
One end of first odd number plane cam axis 8 is connected with the output end of odd number plate decelerating motor 6, the first odd number plane cam
The other end of axis 8 is connected by the first transmission shaft 9 with one end of the second odd number plane cam axis 11, and the first transmission shaft 9 is by extremely
Few two the first single hole bearing blocks 10 are mounted on bottom plate, and the both ends of the first transmission shaft 9 pass through the first angular wheel group respectively
12 and first odd number plane cam axis 8 and the second odd number plane cam axis 11 be rotatablely connected;
One end of first even plates camshaft 15 is connected with the output end of even plates decelerating motor 13, and the first even plates are convex
The other end of wheel shaft 15 is connected by second driving shaft 16 with one end of the second even plates camshaft 18, second driving shaft 16
It is mounted on bottom plate by least two second single hole bearing blocks 17, and the both ends of second driving shaft 16 pass through the second taper respectively
Gear set 19 and the first even plates camshaft 15 and the second even plates camshaft 18 are rotatablely connected.
Further, be symmetrically arranged with limit guide sleeve board group 20 on the bottom plate of cushion shell 1, two limit guide sleeve board groups 20 it
Between be equipped with spring retaining plate 21.
Further, odd number plate 4 is located on the first odd number plane cam axis 8 and the second odd number plane cam axis 11, even plates 5 are located at
On first even plates camshaft 15 and the second even plates camshaft 18, and the lower end of odd number plate 4 and each comb teeth of even plates 5 is all provided with
There are two the limit guide post 38 matched with limit guide sleeve board group 20, reset spring 22 is installed between two limit guide posts 38,
22 other end of reset spring leans with spring retaining plate 21.
Working principle: the first odd number plane cam axis 8, the second odd number plane cam axis 11, the first even plates are convex under original state
Protrusion on wheel shaft 15 and the second even plates camshaft 18 is located at 12 o'clock direction, odd number plate 4 and even plates 5 are raised upward
It jacks up, starts execution after the time that cyclelog 37 reaches setting and act for the first time, provided instead for odd number plate decelerating motor 6
To rotation electric current, odd number plate decelerating motor 6 control the first odd number plane cam axis 8 and the second odd number plane cam axis 11 counterclockwise or
90 ° are rotated clockwise, and the two turns on the contrary, can avoid the power that odd number plate 4 generates horizontal direction, when the first odd number plane cam axis
8 and the second protrusion on odd number plane cam axis 11 be located at or 9 o'clock direction in horizontal direction at 3 points, while odd number plate 4 is resetted
The pulling force of spring 22 declines with the rotation of the first odd number plane cam axis 8 and the second odd number plane cam axis 11, by limiting guide sleeve
Board group 20 and limit guide post 38 guarantee to keep horizontal position not change during odd number plate 4 declines, when 4 lower end of odd number plate
Emaciated face is from the protrusion on camshaft, and when being resisted against on camshaft journal, odd number plate decline lower dead center trigger mechanism 40 triggers surprise
After the number plate decline normally closed travel switch 44 in lower dead center, odd number plate decelerating motor 6 is powered off and is stopped operating, and odd number plate 4 completes decline
Operating condition, the independent load-bearing of even plates at this time, the position that odd number plate was once oppressed starts ventilation dewetting rest, when cyclelog 37 reaches
Start to execute second of movement after to the time of setting, is provided for odd number plate decelerating motor 6 and rotate forward electric current, make odd number plate 4
It rises, when the protrusion on the first odd number plane cam axis 8 and the second odd number plane cam axis 11 goes to 12 o'clock direction, odd number plate
Rise top dead centre trigger mechanism 39 trigger odd number plate rise the normally closed travel switch 43 of top dead centre, odd number plate decelerating motor 6 power-off and
It stops operating, at this time odd number plate 4 and the load-bearing simultaneously of even plates 5;Start execution the after the time that cyclelog 37 reaches setting
It acts three times, is provided for even plates decelerating motor 13 and rotate backward electric current, it is convex that even plates decelerating motor 13 controls the first even plates
Wheel shaft 15 and the second even plates camshaft 18 counterclockwise or rotate clockwise 90 °, and the two turns on the contrary, can avoid even plates 5
The power for generating horizontal direction, when the protrusion on the first even plates camshaft 15 and the second even plates camshaft 18 is located at horizontal direction
On 3 points or 9 o'clock direction, while even plates 5 are even with the first even plates camshaft 15 and second by the pulling force of reset spring 22
It counts the rotation of plane cam axis 18 and declines, guarantee the process of the decline of even plates 5 by limit guide sleeve board group 20 and limit guide post 38
Middle holding horizontal position does not change, and the protrusion on 5 lower end surface of even plates disengaging camshaft is resisted against on camshaft journal
When, after even plates decline lower dead center trigger mechanism 42 triggers the even plates decline normally closed travel switch 46 in lower dead center, even plates subtract
Speed motor 13 is powered off and is stopped operating, and even plates 5 complete decline operating condition, the at this time independent load-bearing of odd number plate, and even plates were once oppressed
Position start ventilation dewetting rest, start to execute the 4th movement after the time that cyclelog 37 reaches setting, be even
The number offer of plate decelerating motor 13 rotates forward electric current, rises even plates 5, when the first even plates camshaft 15 and the second even plates
When protrusion on camshaft 18 goes to 12 o'clock direction, even plates rise to be gone up only in the triggering even plates of top dead centre trigger mechanism 41
The normally closed travel switch 45 of point, even plates decelerating motor 13 are powered off and are stopped operating, at this time odd number plate 4 and the load-bearing simultaneously of even plates 5,
After cyclelog 37 reaches the time of setting, and start to repeat above-mentioned first time movement, so circulation can be relieved and make
The feeling of fatigue and sense of discomfort that user generates by sitting, straight panel shape odd number plate and even plates are opposite and are complementarily provided at cushion shell
At 1 upper end opening, the outer end after 5 cross complementary of odd number plate 4 and even plates is equipped in triggering odd number plate 4 and even plates 5 and goes up
The trigger mechanism of stop travel switch and decline lower dead center travel switch, trigger mechanism on odd number plate 4, even plates 5 with it is corresponding
The rising top dead centre travel switch and decline lower dead center travel switch being arranged on the travel switch bracket of 1 bottom of cushion shell are matched
The stroke distances that conjunction, restriction odd number plate 4 and even plates 5 rise or fall.
Specific embodiment two, as shown in fig. 6, straight panel shape, odd number plane cam axis elevating mechanism 2, even plates camshaft liter
Camshaft intermediate transmission on descending mechanism 3 is soft transmission mechanism, and odd number plane cam axis elevating mechanism 2 includes odd number plate decelerating motor
6, the first diplopore bearing block 7, the first odd number plane cam axis 8, the second odd number plane cam axis 11, odd number plate drive sprocket chain group
23, odd number plate driven sprocket chain group 24 and odd number plate transmission rope 25;
Even plates camshaft elevating mechanism 3 includes even plates decelerating motor 13, the second diplopore bearing block 14, the first even plates
Camshaft 15, the second even plates camshaft 18, even plates drive sprocket chain group 26,27 and of even plates driven sprocket chain group
Even plates transmission rope 28;
The left and right ends of first odd number plane cam axis 8 and the second even plates camshaft 18 pass through the first diplopore bearing block 7
It is mounted on the side of 1 bottom plate of cushion shell, the left and right ends of the second odd number plane cam axis 11 and the first even plates camshaft 15 are equal
The other side of 1 bottom plate of cushion shell is mounted on by the second diplopore bearing block 14;
Left end on the outside of first 8 two diplopore bearing blocks of odd number plane cam axis by odd number plate drive sprocket chain group 23 with
The output end of odd number plate decelerating motor 6 is connected, and the left end on the inside of first 8 two diplopore bearing blocks of odd number plane cam axis passes through surprise
Number plate driven sprocket chain group 24 is connected with the left end on the inside of second 11 two diplopore bearing blocks of odd number plane cam axis, odd number plate
The middle part of driven sprocket chain group 24 is odd number plate transmission rope 25 arranged in a crossed manner;
Left end on the outside of the first diplopore bearing block of even plates camshaft 15 two passes through even plates drive sprocket chain group 26
It is connected with the output end of even plates decelerating motor 13, the right end on the inside of the first diplopore bearing block of even plates camshaft 15 two is logical
Even plates drive sprocket chain group 26 is crossed to be connected with the right end on the inside of 18 two diplopore bearing blocks of the second even plates camshaft, it is even
The middle part of number plate drive sprocket chain group 26 is even plates transmission rope 28 arranged in a crossed manner.
Working principle: present embodiment and specific embodiment one are the difference is that odd number plate decelerating motor 6 and even number
Drive connection between plate decelerating motor 13 and the first odd number plane cam axis 8 and the first even plates camshaft 15 is chain sprocket biography
Dynamic and the first odd number plane cam axis 8 and the first even plates camshaft 15 and the second odd number plane cam axis 11 and the second even plates
Pass through sprocket wheel chain group between camshaft 18 and transmission rope drive arranged in a crossed manner, transmission rope are preferably wirerope, passes through friendship
The wirerope of fork setting can be such that two connected camshafts rotate backward each other, can avoid odd number plate 4 and generate horizontal direction
Power, the right end on the outside of first 8 two diplopore bearing blocks of odd number plane cam axis are equipped with odd number plate and rise top dead centre travel switch
The trigger mechanism of trigger mechanism and odd number plate decline lower dead center travel switch is opened with the stroke for being correspondingly arranged at 1 bottom of cushion shell
The travel switch closed on bracket matches, and the right end on the outside of 15 two diplopore bearing blocks of the first even plates camshaft is equipped with even number
Plate rise top dead centre travel switch trigger mechanism and even plates decline lower dead center travel switch trigger mechanism be correspondingly arranged
Travel switch on the travel switch bracket of 1 bottom of cushion shell matches.
Specific embodiment three, as shown in Fig. 8 to Figure 10, present embodiment it is different from specific embodiment one it
Being in the shape of odd number plate 4 and even plates 5 is rectangular-ambulatory-plane plate or annular slab, and corresponding elevating mechanism is also different, odd
Number plane cam axis elevating mechanism 2 and even plates camshaft elevating mechanism 3 intersect and are vertically set in cushion shell 1, odd number plate 4
It is rectangular-ambulatory-plane plate or annular slab with even plates 5, odd number plate 4 and even plates 5 are arranged at intervals on the opening of 1 upper surface of cushion shell
Locate, the camshaft on corresponding odd number plane cam shaft transmission, even plates camshaft drive is " diesis " friendship
Vertical distribution is pitched in cushion housing bottom.
Odd number plane cam axis elevating mechanism 2 is convex including odd number plate decelerating motor 6, the first diplopore bearing block 7, the first odd number plate
Wheel shaft 8, the first transmission shaft 9, the first single hole bearing block 10, the second odd number plane cam axis 11, the first angular wheel group 12;
Even plates camshaft elevating mechanism 3 includes even plates decelerating motor 13, the second diplopore bearing block 14, the first even plates
Camshaft 15, second driving shaft 16, the second single hole bearing block 17, the second even plates camshaft 18 and the second angular wheel group 19;
The both ends of first odd number plane cam axis 8 and the second even plates camshaft 18 pass through the installation of the first diplopore bearing block 7
On the bottom plate of cushion shell 1, the both ends of the second odd number plane cam axis 11 and the first even plates camshaft 15 pass through second pair
Hole bearing block 14 is mounted on the bottom plate of cushion shell 1, and the second odd number plane cam axis 11 and the first even plates camshaft 15 with
First odd number plane cam axis 8 and 18 central symmetry of the second even plates camshaft;
One end of first odd number plane cam axis 8 is connected with the output end of odd number plate decelerating motor 6, the first odd number plane cam
The other end of axis 8 is connected by the first transmission shaft 9 with one end of the second odd number plane cam axis 11, and the first transmission shaft 9 is by extremely
Few two the first single hole bearing blocks 10 are mounted on bottom plate, and the both ends of the first transmission shaft 9 pass through the first angular wheel group respectively
12 and first odd number plane cam axis 8 and the second odd number plane cam axis 11 be rotatablely connected;
One end of first even plates camshaft 15 is connected with the output end of even plates decelerating motor 13, and the first even plates are convex
The other end of wheel shaft 15 is connected by second driving shaft 16 with one end of the second even plates camshaft 18, second driving shaft 16
It is mounted on bottom plate by least two second single hole bearing blocks 17, and the both ends of second driving shaft 16 pass through the second taper respectively
Gear set 19 and the first even plates camshaft 15 and the second even plates camshaft 18 are rotatablely connected.
Further, being symmetrically arranged with limit guide sleeve board group 20 on the center line laterally and longitudinally of bottom plate.
Further, odd number plate 4 is located on the first odd number plane cam axis 8 and the second odd number plane cam axis 11, even plates 5 are located at
On first even plates camshaft 15 and the second even plates camshaft 18, and the lower end surface of odd number plate 4 and even plates 5 is symmetrically arranged with
Two groups of limit guide posts 38 matched with limit guide sleeve board group 20.
Working principle: present embodiment and specific embodiment one are the difference is that the first odd number plane cam axis 8, the
Two odd number plane cam axis 11, the first even plates camshaft 15 and the second even plates camshaft 18 are arranged in a crossed manner two-by-two, each cam
The escape groove matched is equipped in the middle part of axis, each camshaft is also symmetrically arranged with holder for regulating axis pier at center, adjusts
Holding in the palm axis pier, the height of one group of parallel camshaft is slightly above another set camshaft close to escape groove, and wherein, can pass through tune
Section holds in the palm the height of axis pier 47 and diplopore bearing to complete, and makes to be in contact between the two, drive connection and specific embodiment party
Formula one is identical, and on the outside of 9 single hole bearing block of the first transmission shaft, the inside of bevel gear is equipped with triggering odd number plate and rises top dead centre and decline
The trigger mechanism of lower dead center travel switch, corresponding 1 bottom of cushion shell, which is equipped with, rises top dead centre and decline lower dead center row
Journey switch bracket, bracket, which is equipped with, rises top dead centre travel switch and decline lower dead center travel switch, 16 single hole of second driving shaft
On the outside of bearing block, the inside of bevel gear is equipped with triggering even plates and rises top dead centre and decline the triggering machine of lower dead center travel switch
Structure, corresponding 1 bottom of cushion shell, which is equipped with, rises top dead centre and decline lower dead center travel switch bracket, and bracket is equipped with upper
It goes up symmetrical on the center line laterally and longitudinally of stop travel switch and decline 1 bottom plate of lower dead center travel switch cushion shell
It is provided with limit guide sleeve board group 20.Odd number plate 4 is located at the protrusion of the first odd number plane cam axis 8 and the second odd number plane cam axis 11
On, even plates 5 are located in the protrusion of the first even plates camshaft 15 and the second even plates camshaft 18, and odd number plate 4 and even number
The lower end surface of plate 5 is symmetrically arranged with two groups of limit guide posts 38 matched with limit guide sleeve board group 20.
Specific embodiment four, as shown in figure 11, ring flat-plate shape, odd number plane cam shaft transmission, even plates camshaft pass
Camshaft on motivation structure is that " diesis " intersecting vertical is not distributed in cushion housing bottom, odd number plane cam axis elevating mechanism 2
Including odd number plate decelerating motor 6, the first diplopore bearing block 7, the first odd number plane cam axis 8, the first transmission shaft 9, the first single hole axis
Hold seat 10, the second odd number plane cam axis 11, the first angular wheel group 12, third angular wheel group 29, third diplopore bearing block 30
With third odd number plane cam axis 31;
Even plates camshaft elevating mechanism 3 includes even plates decelerating motor 13, the second diplopore bearing block 14, the first even plates
Camshaft 15, second driving shaft 16, the second single hole bearing block 17, the second even plates camshaft 18, the second angular wheel group 19,
4th angular wheel group 32 and third even plates camshaft 33;
The both ends of first odd number plane cam axis 8 and third even plates camshaft 33 pass through the installation of the first diplopore bearing block 7
On the bottom plate of cushion shell 1, the both ends of the second odd number plane cam axis 11 and the second even plates camshaft 18 pass through second pair
Hole bearing block 14 is mounted on the bottom plate of cushion shell 1, and the two of third odd number plane cam axis 31 and the first even plates camshaft 15
End is mounted on the bottom plate of cushion shell 1 by third diplopore bearing block 30, and third odd number plane cam axis 31 and third are even
Number plane cam axis 33 is located on same axis with the first odd number plane cam axis 8 and the second even plates camshaft 18;
One end of first odd number plane cam axis 8 is connected with the output end of odd number plate decelerating motor 6, the first odd number plane cam
The other end of axis 8 is connected by third angular wheel group 29 with the second odd number plane cam axis 11, the second odd number plane cam axis 11
One end be connected with third odd number plane cam axis 31 by the first transmission shaft 9, the first transmission shaft 9 by least two first singly
Hole bearing block 10 is mounted on bottom plate, and the both ends of the first transmission shaft 9 pass through the first angular wheel group 12 and the second odd number respectively
Plane cam axis 11 and third odd number plane cam axis 31 are rotatablely connected;
One end of first even plates camshaft 15 is connected with the output end of even plates decelerating motor 13, and the first even plates are convex
The other end of wheel shaft 15 is connected by the 4th angular wheel group 32 with the second even plates camshaft 18, the second even plates camshaft
18 one end is connected by second driving shaft 16 with third even plates camshaft 33, and second driving shaft 16 passes through at least two the
Two single hole bearing blocks 17 are mounted on bottom plate, and the both ends of second driving shaft 16 pass through the second angular wheel group 19 and respectively
Two even plates camshafts 18 and third even plates camshaft 33 are rotatablely connected.
Further, being symmetrically arranged with limit guide sleeve board group 20 on the center line laterally and longitudinally of bottom plate.
Further, to be located at the first odd number plane cam axis 8, the second odd number plane cam axis 11 and third odd number plate convex for odd number plate 4
On wheel shaft 31, even plates 5 are located at the first even plates camshaft 15, the second even plates camshaft 18 and third even plates camshaft 33
On, and the lower end surface of odd number plate 4 and even plates 5 is symmetrically arranged with two groups of limit guide posts matched with limit guide sleeve board group 20
38。
Working principle: present embodiment is with specific embodiment three the difference is that two groups arranged in a crossed manner convex
Wheel shaft is non-intersecting, and in the same plane, the first odd number plane cam axis 8 under original state, the second odd number plane cam axis 11, the
On three odd number plane cam axis 31, the first even plates camshaft 15, the second even plates camshaft 18 and third even plates camshaft 33
Cam upward, be located at 12 o'clock direction, odd number plate 4 and even plates 5 are jacked up by cam, then pass through odd number plate decelerating motor 6
The first odd number plane cam axis 8, the second odd number plane cam axis 11 and third odd number plane cam axis 31 is controlled to revolve counterclockwise or clockwise
Turn 90 °, while odd number plate 4 is with the first odd number plane cam axis 8, the second odd number plane cam axis 11 and third odd number plane cam axis 31
It rotates and falling head, is kept during guaranteeing 4 falling head of odd number plate by limit guide sleeve board group 20 and limit guide post 38
Horizontal position does not change, when the reset spring 22 of 4 lower end surface of odd number plate leans with spring retaining plate 21, the first odd number
Cam on plane cam axis 8, the second odd number plane cam axis 11 and third odd number plane cam axis 31 is detached from odd number plate 4, completes odd number
The decline operating condition of plate 4, the i.e. contact surface of user and seating pad are changed, and when reaching after a certain period of time, pass through odd number plate
6 reverse operation of decelerating motor rises odd number plate 4, then controls idol by even plates decelerating motor 13 using identical principle
Number 5 falling head of plate, completes the variation of second of contact surface at this time, so on circulate, can be relieved user and produce because of sitting
Raw feeling of fatigue and sense of discomfort, on the outside of 9 single hole bearing block of the first transmission shaft, the inside of bevel gear is equipped on triggering odd number plate and goes up
The trigger mechanism of stop and decline lower dead center travel switch, corresponding 1 bottom of cushion shell, which is equipped with, rises top dead centre under
Stop travel switch bracket is fallen, bracket, which is equipped with, rises top dead centre travel switch and decline lower dead center travel switch, and second passes
On the outside of 16 single hole bearing block of moving axis, the inside of bevel gear is equipped with triggering even plates and rises top dead centre and decline lower dead center travel switch
Trigger mechanism, corresponding 1 bottom of cushion shell be equipped with rise top dead centre and decline lower dead center travel switch bracket, bracket
It is equipped with and rises top dead centre travel switch and decline lower dead center travel switch, on the center line laterally and longitudinally of 1 bottom of shell
It is symmetrically arranged with limit guide sleeve board group 20.Odd number plate 4 is located at the first odd number plane cam axis 8,11 and of the second odd number plane cam axis
On third odd number plane cam axis 31, it is even that even plates 5 are located at the first even plates camshaft 15, the second even plates camshaft 18 and third
On number plane cam axis 33, and the lower end surface of odd number plate 4 and even plates 5 is symmetrically arranged with two groups and matches with limit guide sleeve board group 20
The limit guide post 38 of conjunction.
Specific embodiment five, the first odd number plane cam axis 8, the second odd number plane cam axis 11, third odd number plane cam axis
31 first even plates camshafts 15, the second even plates camshaft 18 and third even plates camshaft 33 include rotary shaft, rotation
Be equipped with multiple raised 34 on axis, protrusion 34 includes two double support arm plates 35 and idler wheel 36, the bottom end of two double support arm plates 35 with
Rotary shaft is fixedly connected, and the top of two double support arm plates 35 is rotatably equipped with idler wheel 36, using double support arm plates are arranged in rotary shaft,
The form of double 35 top of support arm plate setting idler wheels 36, the amplitude that this scheme can be such that protrusion goes up and down greatly improves, and can make
Sliding squeezes seating pad and becomes rolling extrusion seating pad.
A kind of circuit connecting mode can be relieved fatigue cushion: the power end of power supply line and cushion internal program controller 37 connects
It connects, the lead end button equipped with original state switch in cyclelog is arranged on cushion shell, the function of original state switch
It can be after cyclelog must allow cushion to complete a whole set of program, before carrying out next circulation, original state switch can just be understood
Whether the button commands being arranged on cushion shell work on, and cyclelog is equipped with odd number plate and declines power port A, surprise
Number plate rises power port B, even plates decline power port C, even plates and rises power port D, and odd number plate declines power port A
Anode the normally closed travel switch 44 in lower dead center is declined by odd number plate after be connected with the cathode on odd number plate decelerating motor 6, it is odd
The cathode of number plate decline power port A is connected with the anode of odd number plate decelerating motor 6, and odd number plate is rising power port B just
By being connected after odd number plate rising top dead centre normally closed switch 43 with the anode on odd number plate decelerating motor 6, odd number plate rises for pole
The cathode of power port B is connected with the cathode of odd number plate decelerating motor 6: the anode of even plates decline power port C passes through idol
It is connected after the number plate decline normally closed travel switch 46 in lower dead center with the cathode on even plates decelerating motor 13, even plates decline power supply
The cathode of port C is connected with the anode of even plates decelerating motor 13, and the anode that even plates rise power port D passes through even number
Plate is connected after rising top dead centre normally closed switch 45 with the anode on even plates decelerating motor 13, and even plates rise power port D
Cathode be connected with the cathode of even plates decelerating motor 13.
This embodiment is just an exemplary description of this patent, does not limit its protection scope, those skilled in the art
Member can also be changed its part, as long as it does not exceed the essence of this patent, within the protection scope of the present patent.
Claims (8)
1. a kind of cushion that can be relieved fatigue, it is characterised in that: it includes the cushion for being made of open topped bottom wall and four peripheral walls
Odd number plate (4) is arranged in sequence from the top down and is distributed in shell corresponding thereto for shell (1), the position of upper of cushion shell (1)
The odd number plane cam axis elevating mechanism (2) of bottom, even plates (5) and the even number plane cam for being distributed in housing bottom corresponding thereto
Axis elevating mechanism (3), odd number plane cam axis elevating mechanism (2) and even plates camshaft elevating mechanism (3) rely on cyclelog
(37) coordinate to squeeze odd number plate (4), even plates (5) and generate lifting to complete concurrently or separately load-bearing.
2. a kind of cushion that can be relieved fatigue according to claim 1, it is characterised in that: odd number plane cam axis elevating mechanism
(2) protrusion (34) and on the camshaft in even plates camshaft elevating mechanism (3) is by thin circular shaft and double support arm plate (35) bottoms
Portion connects, and is equipped with idler wheel (36) between the top of double support arms, and idler wheel (36) rotates on the roller shaft between double support arm plates (35),
The position of protrusion (34) on camshaft and quantity is corresponding with squeezed seating pad and quantity is equal, in odd number plane cam axis and idol
Holder for regulating axis pier (47) is arranged below between rising in number plane cam crown of roll.
3. a kind of cushion that can be relieved fatigue according to claim 1, it is characterised in that: odd number plate (4), even plates (5)
Geometry it is different, straight panel shape or ring flat-plate shape, the corresponding odd number plane cam axis lifting for being distributed in housing bottom can be divided into
Camshaft in mechanism (2) and even plates camshaft elevating mechanism (3) arranges different from, and straight panel shape odd number plate, straight panel shape are even
Camshaft on number plane cam axis elevating mechanism is distributed in housing bottom both ends: ring flat-plate shape odd number plate, ring flat-plate shape in two rows of side by side
Camshaft on even plates camshaft elevating mechanism is distributed in housing bottom in diesis side by side.
4. a kind of cushion that can be relieved fatigue according to claim 1, it is characterised in that: straight panel shape odd number plate, straight panel shape
Camshaft on even plates camshaft elevating mechanism is in two rows of transmission sides being distributed among housing bottom cams at two ends axis side by side
Formula is different, can be divided into hard transmission mechanism or soft transmission mechanism;For ring flat-plate shape odd number plate, ring flat-plate shape even plates camshaft elevator
Camshaft on structure can be divided into cross juxtaposition: " diesis " chiasma type or " diesis " not chiasma type.
5. a kind of cushion that can be relieved fatigue according to claim 4, it is characterised in that: straight panel shape odd number plate and even plates
Distribution can be independently separated by, can also be connected with one end in comb plate, comb joint, straight panel shape odd number plate and even plates are opposite and complementary setting
It is corresponding to be distributed in housing bottom, odd number plane cam axis elevating mechanism (2) and even number at cushion shell (1) upper end opening
Camshaft intermediate transmission on plane cam axis elevating mechanism (3) is hard transmission mechanism, and technical characteristic is: odd number plane cam axis liter
Descending mechanism (2) includes odd number plate decelerating motor (6), the first diplopore bearing block (7), the first odd number plane cam axis (8), the first transmission
Axis (9), the first single hole bearing block (10), the second odd number plane cam axis (11) and the first angular wheel group (12);Even number plane cam
Axis elevating mechanism (3) include even plates decelerating motor (13), the second diplopore bearing block (14), the first even plates camshaft (15),
Second driving shaft (16), the second single hole bearing block (17), the second even plates camshaft (18) and the second angular wheel group (19);The
The both ends of one odd number plane cam axis (8) and the second even plates camshaft (18) pass through the first diplopore bearing block (7) and are mounted on shell
The both ends of the side of body bottom plate, the second odd number plane cam axis (11) and the first even plates camshaft (15) pass through the second diplopore axis
Hold the other side that seat (14) is mounted on Housing Base;One end of first odd number plane cam axis (8) and odd number plate decelerating motor (6)
Output end is connected, and the other end of the first odd number plane cam axis (8) passes through the first transmission shaft (9) and the second odd number plane cam axis
(11) one end is connected, and the first transmission shaft (9) is mounted on Housing Base by least two first single hole bearing blocks (10),
And first the both ends of transmission shaft (9) pass through the first angular wheel group (12) and the first odd number plane cam axis (8) and the second surprise respectively
Number plane cam axis (11) rotation connection;One end of first even plates camshaft (15) and the output end of even plates decelerating motor (13)
It is connected, the other end of the first even plates camshaft (15) passes through second driving shaft (16) and the second even plates camshaft (18)
One end is connected, and second driving shaft (16) is mounted on Housing Base by least two second single hole bearing blocks (17), and the
The both ends of two transmission shafts (16) pass through the second angular wheel group (19) and the first even plates camshaft (15) and the second even number respectively
Plane cam axis (18) is rotatablely connected, and limit guide sleeve board group (20) is symmetrically arranged on the bottom plate of cushion shell (1), and two limits are led
It covers and is equipped with spring retaining plate (21) between board group (20), there are two the lower end of straight panel shape odd number plate and each comb teeth of even plates is all provided with
The limit guide post (38) matched with the limit guide sleeve board group (20) on housing bottom is equipped between two limit guide posts (38)
Reset spring (22), the other end and the spring retaining plate (21) of reset spring (22) lean, straight panel shape odd number plate and even plates
It relatively and is complementarily provided at cushion shell (1) upper end opening, on the outer end after odd number plate (4) and even plates (5) cross complementary
Rise top dead centre travel switch equipped with triggering odd number plate (4) and even plates (5) and decline the trigger mechanism of lower dead center travel switch,
It trigger mechanism on odd number plate (4), even plates (5) and is correspondingly arranged on the travel switch bracket of cushion shell (1) bottom
Rise top dead centre travel switch and decline lower dead center travel switch cooperation, limits odd number plate (4) and even plates (5) rise or fall
Stroke distances.
6. a kind of cushion that can be relieved fatigue according to claim 4, it is characterised in that: straight panel shape odd number plate, straight panel shape
Camshaft on even plates camshaft elevating mechanism is distributed among the camshaft at cushion shell (1) bottom both ends side by side in two rows
The soft transmission mechanism mode of transmission application, technical characteristic is: odd number plane cam axis elevating mechanism (2) includes odd number plate decelerating motor
(6), the first diplopore bearing block (7), the first odd number plane cam axis (8), the second odd number plane cam axis (11), odd number plate drive sprocket
Chain group (23), odd number plate driven sprocket chain group (24) and odd number plate transmission rope (25);Even plates camshaft elevating mechanism (3)
Including even plates decelerating motor (13), the second diplopore bearing block (14), the first even plates camshaft (15), the second even number plane cam
Axis (18), even plates drive sprocket chain group (26), even plates driven sprocket chain group (27) and even plates transmission rope (28);The
The left and right ends of one odd number plane cam axis (8) and the second even plates camshaft (18) pass through the installation of the first diplopore bearing block (7)
In the side of main body bottom plate, the left and right ends of the second odd number plane cam axis (11) and the first even plates camshaft (15) pass through
Two diplopore bearing blocks (14) are mounted on the other side of main body bottom plate;On the outside of first (8) two, odd number plane cam axis diplopore bearing block
Left end be connected by odd number plate drive sprocket chain group (23) with the output end of odd number plate decelerating motor (6), the first odd number
Left end on the inside of (8) two diplopore bearing blocks of plane cam axis is convex by odd number plate driven sprocket chain group (24) and the second odd number plate
Left end on the inside of (11) two diplopore bearing blocks of wheel shaft is connected, and the middle part of odd number plate driven sprocket chain group (24) is to intersect to set
The odd number plate transmission rope (25) set;Left end on the outside of the first diplopore bearing block of even plates camshaft (15) two passes through even plates master
Movable sprocket chain group (26) is connected with the output end of even plates decelerating motor (13), and the first even plates camshaft (15) two is double
Right end on the inside of the bearing block of hole passes through even plates drive sprocket chain group (26) and (18) two diplopores of the second even plates camshaft
Right end on the inside of bearing block is connected, and the middle part of even plates driven sprocket chain group (27) is even plates transmission rope arranged in a crossed manner
(28), the right end on the outside of (8) two diplopore bearing blocks of the first odd number plane cam axis is equipped with odd number plate rising top dead centre stroke and opens
The trigger mechanism and odd number plate of pass decline the trigger mechanism of lower dead center travel switch and are correspondingly arranged at cushion shell (1) bottom
Travel switch on travel switch bracket matches, the right end on the outside of (15) two diplopore bearing blocks of the first even plates camshaft
Equipped with even plates rise top dead centre travel switch trigger mechanism and even plates decline lower dead center travel switch trigger mechanism with
The travel switch being correspondingly arranged on the travel switch bracket of cushion shell (1) bottom matches.
7. a kind of cushion that can be relieved fatigue according to claim 4, it is characterised in that: ring flat-plate shape odd number plate, even plates
Circular ring shape odd number plate, even plates and rectangular-ambulatory-plane odd number plate, even plates can be divided into, ring flat-plate shape odd number plate or even plates can be only with the domain
Vertical distribution, can also be connected with odd number plate left end after abscission ring, and even plates right end, which is connected, is complementarily provided at cushion shell (1) relatively
At upper end opening, camshaft on corresponding odd number plate, even plates camshaft elevating mechanism intersects and vertical in " diesis "
Be distributed in cushion shell (1) bottom, technical characteristic is: odd number plane cam axis elevating mechanism include odd number plate decelerating motor (6),
First diplopore bearing block (7), the first odd number plane cam axis (8), the first transmission shaft (9), the first single hole bearing block (10), the second surprise
Number plane cam axis (11), the first angular wheel group (12);Even plates camshaft elevating mechanism include even plates decelerating motor (13),
Second diplopore bearing block (14), the first even plates camshaft (15), second driving shaft (16), the second single hole bearing block (17),
Two even plates camshafts (18) and the second angular wheel group (19);First odd number plane cam axis (8) and the second even plates camshaft
(18) both ends pass through the first diplopore bearing block (7) and are mounted on the bottom plate of shell, the second odd number plane cam axis (11) and
The both ends of one even plates camshaft (15) pass through the second diplopore bearing block (14) and are mounted on the bottom plate of main body, and the second odd number
Plane cam axis (11) and the first even plates camshaft (15) and the first odd number plane cam axis (8) and the second even plates camshaft (18)
Place intersect vertically equipped with evacuation groove, reduces difference in level after odd number plane cam axis, the intersection of even plates camshaft;Avoid groove
Outside both ends are equipped with holder for regulating axis pier (47), one end of the first odd number plane cam axis (8) and the output of odd number plate decelerating motor (6)
End is connected, and the other end of the first odd number plane cam axis (8) passes through the first transmission shaft (9) and the second odd number plane cam axis (11)
One end is connected, and the first transmission shaft (9) is mounted on cushion shell (1) bottom plate by least two first single hole bearing blocks (10)
On, and the both ends of the first transmission shaft (9) pass through the first angular wheel group (12) and the first odd number plane cam axis (8) and second respectively
Odd number plane cam axis (11) rotation connection;The output of one end and even plates decelerating motor (13) of the first even plates camshaft (15)
End is connected, and the other end of the first even plates camshaft (15) passes through second driving shaft (16) and the second even plates camshaft (18)
One end be connected, second driving shaft (16) is mounted on cushion shell (1) bottom by least two second single hole bearing blocks (17)
On plate, and the both ends of second driving shaft (16) pass through respectively the second angular wheel group (19) and the first even plates camshaft (15) and
The rotation connection of second even plates camshaft (18), on the outside of the first transmission shaft (9) single hole bearing block, the inside of bevel gear be equipped with triggering
Odd number plate rises top dead centre and declines the trigger mechanism of lower dead center travel switch, and corresponding cushion shell (1) bottom is equipped with
Rise top dead centre and decline lower dead center travel switch bracket, bracket, which is equipped with, rises top dead centre travel switch and decline lower dead center row
Cheng Kaiguan, on the outside of second driving shaft (16) single hole bearing block, the inside of bevel gear be equipped with triggering even plates rise top dead centre and under
The trigger mechanism of stop travel switch is fallen, corresponding cushion shell (1) bottom is equipped with rising top dead centre and falls only under
Point travel switch bracket, bracket, which is equipped with, rises top dead centre travel switch and decline lower dead center travel switch cushion shell (1) bottom
Limit guide sleeve board group (20) is symmetrically arranged on the center line laterally and longitudinally of plate, odd number plate (4) is located at the first odd number plate
In the protrusion of camshaft (8) and the second odd number plane cam axis (11), even plates (5) are located at the first even plates camshaft (15) and
In the protrusion of two even plates camshafts (18), and the lower end surface of odd number plate (4) and even plates (5) is symmetrically arranged with two groups and limit
The limit guide post (38) that guide sleeve board group (20) matches.
8. a kind of cushion that can be relieved fatigue according to claim 4, it is characterised in that: ring flat-plate shape odd number plate, even plates
Camshaft on camshaft elevating mechanism (3) does not intersect in " diesis " and vertical distribution is in cushion shell (1) bottom, technology
Be characterized in: odd number plane cam axis elevating mechanism includes odd number plate decelerating motor (6), the first diplopore bearing block (7), the first odd number plate
Camshaft (8), the first transmission shaft (9), the first single hole bearing block (10), the second odd number plane cam axis (11), the first angular wheel
Group (12), third angular wheel group (29), third diplopore bearing block (30) and third odd number plane cam axis (31);Even number plane cam
Axis elevating mechanism includes even plates decelerating motor (13), the second diplopore bearing block (14), the first even plates camshaft (15), second
Transmission shaft (16), the second single hole bearing block (17), the second even plates camshaft (18), the second angular wheel group (19), the 4th cone
Shape gear set (32) and third even plates camshaft (33);First odd number plane cam axis (8) and third even plates camshaft (33)
Both ends pass through the first diplopore bearing block (7) and be mounted on the bottom plate of main body, the second odd number plane cam axis (11) and second even
The both ends of number plane cam axis (18) pass through the second diplopore bearing block (14) and are mounted on the bottom plate of main body, third odd number plane cam
The both ends of axis (31) and the first even plates camshaft (15) pass through third diplopore bearing block (30) and are mounted on the bottom plate of main body,
And third odd number plane cam axis (31) and the first even plates camshaft (15) and the first odd number plane cam axis (8) and third even plates
Camshaft (33) is located on same axis;One end of first odd number plane cam axis (8) and the output end of odd number plate decelerating motor (6)
It is connected, the other end of the first odd number plane cam axis (8) passes through third angular wheel group (29) and the second odd number plane cam axis
(11) it is connected, one end of the second odd number plane cam axis (11) passes through the first transmission shaft (9) and third odd number plane cam axis (31)
It is connected, the first transmission shaft (9) is mounted on bottom plate by least two first single hole bearing blocks (10), and the first transmission shaft
(9) both ends pass through the first angular wheel group (12) and the second odd number plane cam axis (11) and third odd number plane cam axis respectively
(31) it is rotatablely connected;One end of first even plates camshaft (15) is connected with the output end of even plates decelerating motor (13), the
The other end of one even plates camshaft (15) is connected by the 4th angular wheel group (32) with the second even plates camshaft (18),
One end of second even plates camshaft (18) is connected by second driving shaft (16) with third even plates camshaft (33), and second
Transmission shaft (16) is mounted on bottom plate by least two second single hole bearing blocks (17), and the both ends of second driving shaft (16) point
Not Tong Guo the second angular wheel group (19) and the second even plates camshaft (18) and third even plates camshaft (33) rotation connection,
On the outside of first transmission shaft (9) single hole bearing block, the inside of bevel gear is equipped with triggering odd number plate and rises top dead centre and decline lower dead center
The trigger mechanism of travel switch, corresponding cushion shell (1) bottom are equipped with to rise top dead centre and decline lower dead center stroke and open
Bracket is closed, bracket, which is equipped with, rises top dead centre travel switch and decline lower dead center travel switch, second driving shaft (16) single hole axis
It holds on the outside of seat, trigger mechanism of the inside of bevel gear equipped with triggering even plates rising top dead centre and decline lower dead center travel switch,
Corresponding cushion shell (1) bottom, which is equipped with, rises top dead centre and decline lower dead center travel switch bracket, and bracket is equipped with upper
It goes up stop travel switch and declines lower dead center travel switch, on the center line laterally and longitudinally of cushion shell (1) bottom
It is symmetrically arranged with limit guide sleeve board group (20), odd number plate (4) is located at the first odd number plane cam axis (8), the second odd number plane cam axis
(11) and on third odd number plane cam axis (31), even plates (5) are located at the first even plates camshaft (15), the second even number plane cam
On axis (18) and third even plates camshaft (33), and the lower end surface of odd number plate (4) and even plates (5) be symmetrically arranged with two groups with
The limit guide post (38) that limit guide sleeve board group (20) matches.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
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CN201821288111.7U CN209202530U (en) | 2018-08-10 | 2018-08-10 | It can be relieved the cushion of fatigue |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
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CN201821288111.7U CN209202530U (en) | 2018-08-10 | 2018-08-10 | It can be relieved the cushion of fatigue |
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Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN108713931A (en) * | 2018-08-10 | 2018-10-30 | 哈尔滨紫冉科技开发有限公司 | The cushion that can be relieved fatigue |
CN110974637A (en) * | 2019-12-30 | 2020-04-10 | 重庆理工大学 | Foldable multifunctional walking aid |
-
2018
- 2018-08-10 CN CN201821288111.7U patent/CN209202530U/en active Active
Cited By (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN108713931A (en) * | 2018-08-10 | 2018-10-30 | 哈尔滨紫冉科技开发有限公司 | The cushion that can be relieved fatigue |
CN108713931B (en) * | 2018-08-10 | 2024-01-09 | 哈尔滨紫冉科技开发有限公司 | Cushion capable of relieving fatigue |
CN110974637A (en) * | 2019-12-30 | 2020-04-10 | 重庆理工大学 | Foldable multifunctional walking aid |
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