CN110384895A - Respiratory Medicine adjuvant therapy device - Google Patents
Respiratory Medicine adjuvant therapy device Download PDFInfo
- Publication number
- CN110384895A CN110384895A CN201910770057.2A CN201910770057A CN110384895A CN 110384895 A CN110384895 A CN 110384895A CN 201910770057 A CN201910770057 A CN 201910770057A CN 110384895 A CN110384895 A CN 110384895A
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- China
- Prior art keywords
- fixedly connected
- hinged
- active
- crankshaft
- box
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Classifications
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- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
- A63B23/00—Exercising apparatus specially adapted for particular parts of the body
- A63B23/035—Exercising apparatus specially adapted for particular parts of the body for limbs, i.e. upper or lower limbs, e.g. simultaneously
- A63B23/03575—Apparatus used for exercising upper and lower limbs simultaneously
- A63B23/03583—Upper and lower limbs acting simultaneously on the same operating rigid member
-
- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
- A63B23/00—Exercising apparatus specially adapted for particular parts of the body
- A63B23/18—Exercising apparatus specially adapted for particular parts of the body for improving respiratory function
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- Health & Medical Sciences (AREA)
- General Health & Medical Sciences (AREA)
- Physical Education & Sports Medicine (AREA)
- Pulmonology (AREA)
- Orthopedic Medicine & Surgery (AREA)
- Rehabilitation Tools (AREA)
Abstract
Respiratory Medicine adjuvant therapy device, including bottom plate, seat plate pedestal is fixedly connected on front side of the upper end face of the bottom plate, the upper end of the seat plate pedestal is equipped with liftable seat plate, the left and right ends surface of the seat plate pedestal slidably connects foot pedal moving up and down, the front end of the bottom plate is fixedly connected with back box, the upper end face two sides of the back box are fixedly connected with third mounting plate, the adjustable shelf that can be rolled is installed on the inside of two third mounting plates, the active box that can be shaken up and down is installed in the adjustable shelf；Patient can hold holding rod, perform physical exercise upper limb and lower limb are swung by stepping on footboard drives holding rod, enhance the immunity of body, lung capacity can also be tempered, and entertaining match can also be carried out while taking exercise, increases the enthusiasm of patient exercise and the interest of exercise, enables the patient to actively perform physical exercise, the rehabilitation speed for accelerating patient, can effectively mitigate the work load of nursing staff.
Description
Technical field
The present invention relates to medical devices fields, more particularly, to Respiratory Medicine adjuvant therapy device.
Background technique
Severe breathing patient with severe symptoms other than being directed to the state of an illness and carrying out drug therapy, usually also needs when treating
Reinforce the exercise of respiratory function and physical fitness, activity appropriate enhances the resistance of body, accelerates the recovery of the state of an illness,
But since the disease course of breathing class is long, patient, which is easy to be protected from environmental, causes Relapse rate to break out, and influences treatment
Process, and patient itself, by disease long-time bring pain, it is easy to appear negative emotions by patient, along with common
Exercise is uninteresting single, and patient is easy to dull in long-term exercise routine, it is easy to patient occurs and mismatch treatment
Situation influences the recovery of the state of an illness, while also increasing the work load of nursing staff.
Summary of the invention
It is easy to use in view of the deficiencies of the prior art, the present invention provides Respiratory Medicine adjuvant therapy device, facilitate
Patient performs physical exercise for a long time, efficiently solves the problems, such as to be previously mentioned in above-mentioned background.
In order to solve the above problem the technical solution used in the present invention is:
The upper end face front side of Respiratory Medicine adjuvant therapy device, including bottom plate, the bottom plate is fixedly connected with seat plate bottom
Seat, the upper end of the seat plate pedestal are equipped with liftable seat plate, and the left and right ends surface of the seat plate pedestal slidably connects
The upper end face rear side of foot pedal moving up and down, the bottom plate is fixedly connected with mounting box, the upper end table of the mounting box
The second mounting plate, rotation connection on front side of the outer surface upper end of two second mounting plates are fixedly connected at left and right sides of face
There are a first push arm V shape pole and the second push arm V shape, the front end of the first push arm V shape pole and the second push arm V shape pole is solid
Surely be connected with holding rod, the foot pedal in left side be move downward the drive right side holding rod backward, the left side holding rod forward,
The structure that the right side foot pedal moves upwards；
The front end of the bottom plate is fixedly connected with back box, and the upper end face two sides of the back box are fixedly connected with third installation
The inboard portion of plate, two third mounting plates is folded upward at, and being equipped on the inside of two third mounting plates can be left
The adjustable shelf that the right side is rocked, is equipped with the active box that can be shaken up and down in the adjustable shelf, the front end of the active box and after
End surfaces are equipped with rotatable eccentric wheel, and the upper end of the active box is fixedly connected with connecting plate, the upper end of the connecting plate
It is fixedly connected with the scale box of strip rectangle, left side is placed with movable block in the scale；
The rear end of the portable pillar is hinged with featured plate, and the rear end of the featured plate is hinged with the first crankshaft, and described first
The left end of crankshaft is rotatably connected on back box left end inner wall surface, is fixedly connected with first on the left of the surface of first crankshaft
Flywheel, the right end of first crankshaft are fixedly connected with planetary gear mechanism, and the right end of the planetary gear mechanism is connected with
One connection pawl, the right end of the first connection pawl are engaged with moveable second connection pawl, the front side peace of the second connection pawl
Equipped with the mobile control mechanism of controllable first connection pawl, the second connection pawl internal slide is connected with guiding axis, described to lead
It is fixedly connected with the second crankshaft to the right end of axis, the surface of second crankshaft is hinged with the first drive rod, first transmission
The upper end of bar is connected with the driving mechanism that can control the eccentric wheel rotation.
Preferably, it is hinged with extension bar in the middle part of the outer surface of the foot pedal, the rear end of the extension bar is hinged
There is foot-driven lever；It is rotatably connected to the first active V shape pole and the second active V-arrangement respectively on rear side of the left and right ends surface of the mounting box
It is fixedly connected to foot-operated connecting rod in the middle part of the outer end face of bar, the first active V shape pole and the second active V shape pole,
The outer end face of the foot-operated connecting rod is fixedly connected with two foot-driven levers, and the mounting box internal slide is connected with can
The surface left and right sides of the portable pillar of back-and-forth motion, the portable pillar is fixedly connected to hinge bar, and two hinge bars are equal
To extend on the outside of the mounting box, the hinge bar left end on the left of the portable pillar surface is hinged with the first linking arm, and described first
The other end of linking arm is tilted down and is hinged on the downside of the surface of the first active V shape pole, on the right side of the portable pillar surface
Hinge bar right end be hinged with the second linking arm, the other end of second linking arm tilts upwards and to be hinged on described second main
On the upside of the surface of dynamic V shape pole；
Upper end on front side of two end surfaces of second mounting plate is rotatably connected to the first transmission V shape pole and second respectively and passes
Dynamic V shape pole；The upper end of the first active V shape pole is hinged with the first curved rod, and the upper end of first curved rod is hinged on institute
It states on the upside of the surface of the first transmission V shape pole, is hinged with the first transmission arm on the downside of the surface of the first transmission V shape pole, described the
It is hinged on front side of one transmission arm on rear side of the surface of the first push arm V shape pole；Hinge on the downside of the surface of the second active V shape pole
It is connected to second curved rod, is hinged on the upside of second curved rod on the downside of the surface of the second transmission V shape pole, it is described
It is hinged with the second transmission arm on the upside of the surface of second transmission V shape pole, described second is hinged on front side of second transmission arm and is pushed away
On front side of the surface of arm V shape pole.
Preferably, two sides offer through-hole to the part of the surface being folded upward on the inside of the third mounting plate up and down, and two
The outer surface of the adjustable shelf is fixedly connected to the second movable axis in two sides up and down, and the outer end of second movable axis both passes through
The through-hole extends to the outside of the third mounting plate, and the surface of second movable axis is cased with second back-moving spring, institute
It states and active box is installed on the inside of adjustable shelf, left and right ends are mounted on the first movable axis inside the active box, and described first
The upper and lower ends of movable axis run through the active box and the upper and lower ends of first movable axis are fixedly connected at two
The inside of the adjustable shelf, first movable axis surface on the outside of the active box are cased with first back-moving spring, the work
Dynamic case inner hub location is equipped with the 5th crankshaft, and the active box and the described 5th are run through in the both ends of the 5th crankshaft
The rear and front end of crankshaft is fixedly connected with the eccentric wheel, and the bottom of the active box offers the movable span of rectangle, and described
Five crankshaft surfaces are hinged with third drive rod, and the lower end of the third drive rod extends to the active box by the movable span
Outside.
Preferably, the control mechanism includes Y shape shift fork, and the rear inside of the Y shape shift fork is fixedly connected with change,
The surface of the second connection pawl offers the annular groove equal with the swivel diameter, and the change is rotatably connected on described
In annular groove, the first mounting plate is provided on the downside of the Y shape shift fork, the front end of first mounting plate is fixedly connected on institute
Back box inner wall is stated, the upper end face of first mounting plate is hinged in the middle part of the Y shape shift fork, first mounting plate
It is hinged with partial gear on the right side of upper end face, is hinged with push rod, the push rod on rear side of the upper end face of the partial gear
The other end turn forward and be hinged on the front end of the Y shape shift fork, it is driven to be engaged with third on the right side of the partial gear
Gear is fixedly connected with the second rotation axis in the middle part of the third driven gear, and the upper and lower ends of second rotation axis turn
It is dynamic to be connected to the back box inner wall, first bevel gear, first cone are fixedly connected on the upside of the surface of second rotation axis
It is engaged with second bevel gear on front side of gear, is fixedly connected with the first connecting shaft in the middle part of the second bevel gear, described first
The front end of connecting shaft is fixedly connected with sheave, the slot through the front end of the back box front-end surface and first connecting shaft
The back box front side surface on the right side of wheel is rotatably connected to the active driver plate being bonded with sheave, the surface table of the active driver plate
Face is fixedly connected with straight pin, and the front side of the active driver plate is coaxially connected with control-rod.
Preferably, the driving mechanism includes third crankshaft, the 4th crankshaft and the second connecting shaft, the third crankshaft and
4th crankshaft is hinged on the third crankshaft surface by the second connection axis connection, the upper end of first drive rod,
The outer end of the third crankshaft and the 4th crankshaft is rotatably connected on the back box inner wall surface, and the surface left side of the 4th crankshaft is solid
Surely the second flywheel is connected, the surface of the third crankshaft is hinged with the second drive rod, and the upper end of second drive rod is hinged on
The bottom end of the third drive rod.
Preferably, the planetary gear mechanism includes active gear ring, the second driven gear and center output gear, described
The right end of first crankshaft is fixedly connected with the active gear ring, and the center output gear is mounted on active gear ring center position
Set, second driven gear altogether there are three, three second driven gears are evenly distributed in the active gear ring respectively
It is engaged between the center output gear and respectively with the active gear ring and the center output gear, three described
Fixed frame is rotatably connected on the right side of two driven gears, the center of the fixed frame offers the second through-hole, the center
The center of output gear is fixedly connected with the first rotation axis, and the right end of first rotation axis passes through second through-hole simultaneously
And the right end of first rotation axis connect pawl with described first and is fixedly connected, the front and rear sides of the fixed frame are fixedly connected with
Fixed plate, the outside both ends of the fixed plate are fixedly connected in the back box inner wall.
Preferably, the inner bottom of the inner hollow of the seat plate pedestal, the seat plate pedestal is provided with lifting column, described
The surface front and rear sides of lifting column are fixedly connected to lifter rack, and the outside of the lifter rack is engaged with the first driven tooth
Wheel, the center of first driven gear is fixed to be respectively connected with the first installation axle, the both ends rotation of two first installation axles
It is connected to the seat plate base inner wall, the right side of first driven gear is coaxially connected with worm gear, two worm gears
Upside is engaged with worm screw, and the rear end of the worm screw is connected to the seat plate chassis interior rear end surface, the worm screw by bearing
Front end is through the seat plate pedestal and the front end of the worm screw is fixedly connected with lifting handle.
Structure of the invention is novel, is skillfully constructed, simple to operate, compared to the prior art has the advantage that
1, patient can hold holding rod, swing perform physical exercise upper limb and lower limb, enhancing by stepping on footboard drives holding rod
The immunity of body can also temper lung capacity, and can also carry out entertaining match while taking exercise, and increase patient exercise
Enthusiasm and exercise interest, can attract patient actively perform physical exercise, accelerate the rehabilitation speed of patient, can effectively mitigate
The work load of nursing staff；
2, not needing can make the first connection pawl connect pawl with second by rotation control rod when entertaining is taken exercise is detached from, and makes
Eccentric wheel can not rotate, and movable block just will not move, and patient can perform physical exercise, and have the trouble that can not even stand for a long time
Seat plate can be turned up by person, allow patient to be sitting on seat plate and perform physical exercise, applied widely.
Detailed description of the invention
Fig. 1 is the first overall structure diagram of Respiratory Medicine adjuvant therapy device of the invention.
Fig. 2 is the second overall structure diagram of Respiratory Medicine adjuvant therapy device of the invention.
Fig. 3 is the structural schematic diagram of the second installation plate surface in the left side of Respiratory Medicine adjuvant therapy device of the invention.
Fig. 4 is the structural schematic diagram of the second installation plate surface on the right side of Respiratory Medicine adjuvant therapy device of the invention.
Fig. 5 is the structural front view of the seat plate chassis interior of Respiratory Medicine adjuvant therapy device of the invention.
Fig. 6 is the structural schematic diagram inside the mounting box of Respiratory Medicine adjuvant therapy device of the invention.
Fig. 7 is the portable pillar of Respiratory Medicine adjuvant therapy device of the invention and the company of the first linking arm and the second linking arm
Connect structural schematic diagram.
Fig. 8 is the structural schematic diagram inside the back box of Respiratory Medicine adjuvant therapy device of the invention.
Fig. 9 is the featured plate and the first crankshaft structure schematic diagram of Respiratory Medicine adjuvant therapy device of the invention.
Figure 10 is the fixed frame and fixed plate structure schematic diagram of Respiratory Medicine adjuvant therapy device of the invention.
Figure 11 is the planetary gear mechanism schematic diagram of Respiratory Medicine adjuvant therapy device of the invention.
Figure 12 is the first crankshaft and active gear ring attachment structure schematic diagram of Respiratory Medicine adjuvant therapy device of the invention.
Figure 13 is that the first connection pawl of Respiratory Medicine adjuvant therapy device of the invention and the second connection pawl connection structure are shown
It is intended to.
Figure 14 is the control mechanism structural schematic diagram of Respiratory Medicine adjuvant therapy device of the invention.
Figure 15 is the driving mechanism structure schematic diagram of Respiratory Medicine adjuvant therapy device of the invention.
Figure 16 is the second connection pawl, Y shape shift fork and the guiding axis connection knot of Respiratory Medicine adjuvant therapy device of the invention
Structure explosive view.
Figure 17 is the structural schematic diagram of the back box upper end of Respiratory Medicine adjuvant therapy device of the invention.
Figure 18 is the structural schematic diagram inside the active box of Respiratory Medicine adjuvant therapy device of the invention.
Figure 19 is the structural plan schematic diagram of the back box upper end of Respiratory Medicine adjuvant therapy device of the invention.
Figure 20 connects knot with third drive rod for the 5th crankshaft, the eccentric wheel of Respiratory Medicine adjuvant therapy device of the invention
Structure schematic diagram.
Figure 21 is the movable block and scale case connecting structure explosive view of Respiratory Medicine adjuvant therapy device of the invention.
Figure label: 1- bottom plate, 2- mounting box, 3- portable pillar, 4- hinge bar, 5- promote mainly plate, the first linking arm of 6-, 7- the
One active V shape pole, 8- ride connecting rod, 9- foot-driven lever, the first curved rod of 10-, 11- first and are driven V shape pole, the transmission of 12- first
Arm, the first push arm of 13- V shape pole, 14- holding rod, the second active of 15- V shape pole, the second linking arm of 16-, the second curved rod of 17-, 18-
Second transmission V shape pole, the second transmission arm of 19-, the second push arm of 20- V shape pole, 22- extension bar, 23- foot pedal, 24- seat plate bottom
Seat, 25- lifting column, 26- lifter rack, the first driven gear of 27-, the first installation axle of 28-, 29- worm gear, 30- worm screw, 31- liter
Drop handle, 32- seat plate, 33- back box, the first crankshaft of 34-, the first flywheel of 35-, 36- active gear ring, 37- fixed frame, 38- are fixed
Plate, the first rotation axis of 39-, the second driven gear of 40-, the center 41- output gear, the connection of 42- first pawl, the connection of 43- second
Pawl, 44-Y shape shift fork, 45- guiding axis, 46- push rod, the first mounting plate of 47-, 48- partial gear, 49- third driven gear,
The second rotation axis of 50-, 51- first bevel gear, 52- second bevel gear, the first connecting shaft of 53-, 54- sheave, 55- active driver plate,
56- straight pin, 57- control-rod, the second crankshaft of 58-, the first drive rod of 59-, 60- third crankshaft, the second connecting shaft of 61-, 62-
4th crankshaft, the second drive rod of 63-, the second flywheel of 64-, 65- third drive rod, the 5th crankshaft of 66-, 67- eccentric wheel, 68- are living
Dynamic case, 69- adjustable shelf, the first movable axis of 70-, 71- first back-moving spring, the second movable axis of 72-, 73- second back-moving spring,
74- third mounting plate, 76- connecting plate, 77- scale box, 78- movable block, the second mounting plate of 79-, 82- change.
Specific embodiment
The following is specific embodiments of the present invention, and technical scheme of the present invention will be further described in conjunction with attached drawing,
However, the present invention is not limited to these examples.
As shown in Fig. 1-2 1, the present invention provides Respiratory Medicine adjuvant therapy device, including bottom plate 1, the upper end of the bottom plate 1
It is fixedly connected with seat plate pedestal 24 on front side of surface, the upper end of the seat plate pedestal 24 is equipped with liftable seat plate 32, the seat
The left and right ends surface of board bottom seat 24 slidably connects foot pedal 23 moving up and down, the upper end face rear side of the bottom plate 1
It is fixedly connected with mounting box 2, is fixedly connected to the second mounting plate 79 at left and right sides of the upper end face of the mounting box 2, two
It is rotatably connected to the first push arm V shape pole 13 and the second push arm V shape pole 20 on front side of the outer surface upper end of second mounting plate 79,
The front end of the first push arm V shape pole 13 and the second push arm V shape pole 20 is fixedly connected to holding rod 14, the foot in left side
Pedal 23 be move downward the drive right side holding rod 14 backward, the left side holding rod 14 forward, the right side foot pedal 23 to
The structure of upper movement；
The front end of the bottom plate 1 is fixedly connected with back box 33, and the upper end face two sides of the back box 33 are fixedly connected with
The inboard portion of three mounting plates 74, two third mounting plates 74 is folded upward at, two third mounting plates 74 it is interior
Side is equipped with the adjustable shelf 69 that can be rolled, and the active box 68 that can be shaken up and down, institute are equipped in the adjustable shelf 69
The front-end and back-end surface for stating active box 68 is equipped with rotatable eccentric wheel 67, and the upper end of the active box 68 is fixedly connected with
Connecting plate 76, the upper end of the connecting plate 76 are fixedly connected with the scale box 77 of strip rectangle, and left side is placed in the scale
Movable block 78；
The rear end of the portable pillar 3 is hinged with featured plate 5, and the rear end of the featured plate 5 is hinged with the first crankshaft 34, described
The left end of first crankshaft 34 is rotatably connected on the 33 left end inner wall surface of back box, fixes on the left of the surface of first crankshaft 34
It is connected with the first flywheel 35, the right end of first crankshaft 34 is fixedly connected with planetary gear mechanism, the planetary gear mechanism
Right end be connected with the first connection pawl 42, the right end of the first connection pawl 42 is engaged with moveable second connection pawl 43, institute
The control mechanism that the installed in front of the second connection pawl 43 has controllable first connection pawl 42 mobile is stated, described second connects in pawl 43
Portion slidably connects guiding axis 45, and the right end of the guiding axis 45 is fixedly connected with the second crankshaft 58, second crankshaft 58
Surface is hinged with the first drive rod 59, and the upper end of first drive rod 59 is connected with the drive that can control the eccentric wheel 67 to rotate
Motivation structure.
It is hinged with extension bar 22 in the middle part of the outer surface of the foot pedal 23, the rear end of the extension bar 22 is hinged with
Foot-driven lever 9；It is rotatably connected to the first active V shape pole 7 and the second active V respectively on rear side of the left and right ends surface of the mounting box 2
It is fixedly connected in the middle part of the outer end face of shape bar 15, the first active V shape pole 7 and the second active V shape pole 15 foot-operated
Connecting rod 8, the outer end face of the foot-operated connecting rod 8 is fixedly connected with two foot-driven levers 9, inside the mounting box 2
It slidably connects the portable pillar 3 that can be moved forward and backward, is fixedly connected to hinge bar 4 at left and right sides of the surface of the portable pillar 3, two
A hinge bar 4 extends 2 outside of the mounting box, and 4 left end of hinge bar on the left of 3 surface of portable pillar is hinged with the
The other end of one linking arm 6, first linking arm 6 is tilted down and is hinged under the surface of the first active V shape pole 7
Side, 4 right end of hinge bar on the right side of 3 surface of portable pillar are hinged with the second linking arm 16, second linking arm 16 it is another
End tilts upwards and is hinged on the upside of the surface of the second active V shape pole 15；
Upper end on front side of two end surfaces of second mounting plate 79 is rotatably connected to the first transmission V shape pole 11 and respectively
Two transmission V shape bars 18；The upper end of the first active V shape pole 7 is hinged with the first curved rod 10, first curved rod 10
Upper end is hinged on the upside of the surface of the first transmission V shape pole 11, is hinged with the on the downside of the surface of the first transmission V shape pole 11
One transmission arm 12, the front side of first transmission arm 12 are hinged on rear side of the surface of the first push arm V shape pole 13；Described second
Second curved rod 17 is hinged on the downside of the surface of active V shape pole 15, the upside of second curved rod 17 is hinged on described
On the downside of the surface of second transmission V shape pole 18, the second transmission arm 19, institute are hinged on the upside of the surface of the second transmission V shape pole 18
The front side for stating the second transmission arm 19 is hinged on front side of the surface of the second push arm V shape pole 20.
The part of the surface being folded upward on the inside of the third mounting plate 74 offers through-hole, two work in two sides up and down
The outer surface of moving frame 69 is fixedly connected to the second movable axis 72 in two sides up and down, and the outer end of second movable axis 72 both passes through
The through-hole extends to the outside of the third mounting plate 74, and the surface of second movable axis 72 is cased with second back-moving spring
73, the inside of the adjustable shelf 69 is equipped with active box 68, and the 68 inside left and right ends of active box are mounted on the first activity
Axis 70, the upper and lower ends of first movable axis 70 run through the active box 68 and first movable axis 70 up and down
Both ends are fixedly connected on the inside of two adjustable shelfs 69,70 surface of the first movable axis in 68 outside of active box
It is cased with first back-moving spring 71,68 inner hub location of active box is equipped with the 5th crankshaft 66, the 5th crankshaft 66
Both ends run through the active box 68 and the rear and front end of the 5th crankshaft 66 is fixedly connected with the eccentric wheel 67, institute
The bottom for stating active box 68 offers the movable span of rectangle, and 66 surface of the 5th crankshaft is hinged with third drive rod 65, described
The lower end of third drive rod 65 extends to 68 outside of active box by the movable span.
Seat plate 32 in patient exercise for resting, and the adjustable height of seat plate 32, patient can also be sitting in seat plate 32
On perform physical exercise, it is applied widely, as shown in Figure 3 and Figure 4, can by extension bar 22 when patient steps on foot pedal 23 with foot
To drive foot-driven lever 9 to move, since two foot-driven levers 9 and foot-operated connecting rod 8 are hinged relationships, and foot-operated connecting rod 8 with
The middle part of first active V shape bar and the second active V shape pole is coaxial, so foot-driven lever 9 is with 7 He of the first active V shape pole when moving
The part that second active V shape pole 15 is connect with 2 surface pivots of mounting box is that hinge joint does circular motion, when foot-driven lever 9 moves with
Foot pedal 23 is not at straight line, can generate a certain distance, and extension bar 22 is hinged with foot-driven lever 9 and foot pedal 23 respectively,
This section of distance can be made up, and extension bar 22 plays the role of transition, avoid foot-driven lever 9 and be directly connected to foot pedal 23,
It solves since foot-driven lever 23 has certain length, 23 fluctuation range of foot pedal is excessive when foot-driven lever 23 does circular motion
The problem of, the rotation of the first active V shape pole 7 can be driven when the foot pedal 23 in left side moves down by foot-driven lever 9, when first
It is moved forward when active V shape pole 7 rotates by the pulling portable pillar 3 of the first linking arm 6, while turned in the first active V shape pole 7
It is dynamic lower the first transmission V shape pole 11 to be made to rotate forward under the drive by the first curved rod 10, when the first transmission V shape pole 11 forward
The first push arm V shape pole 13 can be driven to rotate backward by the first transmission arm 12 when rotation, reach the foot pedal 23 when left side
The forward purpose of holding rod 14 when downwards；When left side foot pedal 23 downwards, portable pillar 3 forward when can pass through the second linking arm 16
It pushes to driving the second active V shape pole 15 to rotate backward, passes through the second curved rod 17 when the second active V shape pole 15 rotates backward
Promotion under drive second transmission V shape pole 18 rotate backward, when the second curved rod 17 rotates backward can pass through second transmission
The second push arm V shape pole 20 is driven to rotate backward under the pulling of arm 19, and while the second active push arm V shape pole rotates backward
It is moved up with the foot pedal 23 on the right side of being driven by the foot-driven lever 9 on right side, realizes the foot when 24 left side of seat plate pedestal
When pedal 23 is downward, the holding rod 14 in left side forward, by driving the foot pedal 23 on 24 right side of seat plate pedestal upward, hold by right side
The purpose of bar 14 backward, the inside of two foot pedals 23 are provided with sliding block, and seat plate pedestal 24 corresponding with the sliding block is left
Right two end surfaces offer sliding slot, and sliding block is slidably connected in sliding slot, for assisting foot pedal 23 to slide, and can be to prevent
Only foot pedal 23 is detached from seat plate pedestal 24；As shown in Figure 6 and Figure 7, the inside of mounting box 2 offers cylindrical groove, installation
The left and right ends surface of box 2 offers the rectangular through-hole with cylinder shape groove equal length, and hinge bar 4 both passes through rectangular through-hole and prolongs
2 outside of mounting box is extended to, the rear end surface of mounting box 2 offers the loose slot of rectangle, for providing for the activity of main push plate 5
The inside in space, two the second mounting plates 79 is provided with placement plate 80, for placing the article of patient；
As shown in Figure 17, Figure 18, Figure 19 and Figure 20, the second movable axis 72 makes activity for limiting adjustable shelf 69
Frame 69 can only move left and right, and second back-moving spring 73 is for pushing adjustable shelf 69 to reset, and first back-moving spring 71 is for pushing work
Dynamic case 68 resets, and the first movable axis 70 is moved up and down for limiting active box 68, but active box 68 can push adjustable shelf 69
Side-to-side movement, the 5th crankshaft 66 is for driving two eccentric wheels 67 to rotate, and third drive rod 65 is for pushing 66 turns of the 5th crankshaft
It is dynamic, since the inertia in that direction when two eccentric wheels 67 rotate in one direction can be bigger, when two eccentric wheels 67 rotate
When the inertia that can generate active box 68 can be made to make movable block 78 in scale box 77 with inertia shaking when eccentric wheel 67 rotates
It is mobile by inertia；The stiffening plate of triangle is fixedly connected at left and right sides of 76 left and right ends of connecting plate, stiffening plate is solid
Surely it is connected to the bottom on active box 68 surface and scale box 77, for reinforcing the stable connection between scale box 77 and active box 68
Property；As shown in figure 21,77 surface of scale box has been provided with scale, can measure the mobile distance of movable block 78, on scale box 77
End surfaces offer opening, place movable block 78 for facilitating；It can be driven by featured plate 5 when portable pillar 3 is moved forward and backward
First crankshaft 34 and the rotation of the second crankshaft 58, the first flywheel 35 are used to increase the inertia of the first crankshaft 34 and the second crankshaft 58, make
First crankshaft 34 can the second crankshaft 58 dead point can be spent by inertia, make 58 normal rotation of the first crankshaft 34 and the second crankshaft,
When being rotate in same direction due to two eccentric wheels 67 only certain speed to be achieved could when movable block 78 it is mobile, so planetary gear
Mechanism is used for the rotation to the second crankshaft 58 and carries out suitable acceleration；As shown in figure 13, the first connection pawl 42 and the second connection pawl
43 inside offers mutually engageable tooth, when first connection pawl 42 and second connection pawl 43 engage when the second crankshaft 58 just
It can rotate, when the first connection pawl 42 and the second connection separation of pawl 43 make the second crankshaft 58 just and can not rotate, 45 surface of guiding axis
Upper and lower two sides are provided with protrusion, and the second connection 43 right end of pawl offers and the consistent groove in 45 section of guiding axis, the second connection
Pawl 43 can be slided in 45 rear surface of guiding axis, the second connection pawl 43 can be driven mobile by control mechanism, the first drive rod 59
For making the second crankshaft 58 be able to drive driving mechanism operating.
The control mechanism includes Y shape shift fork 44, and the rear inside of the Y shape shift fork 44 is fixedly connected with change 82,
The surface of the second connection pawl 43 offers the annular groove equal with 82 diameter of change, and the change 82 is rotatablely connected
In the annular groove, the downside of the Y shape shift fork 44 is provided with the first mounting plate 47, the front end of first mounting plate 47
It is fixedly connected on 33 inner wall of back box, the middle part of the Y shape shift fork 44 is hinged on the upper end face of first mounting plate 47,
Partial gear 48, the upper end face of the partial gear 48 are hinged on the right side of the upper end face of first mounting plate 47
Rear side is hinged with push rod 46, and the other end of the push rod 46 turns forward and is hinged on the front end of the Y shape shift fork 44, it is described not
The right side of complete gear 48 is engaged with third driven gear 49, and the middle part of the third driven gear 49 is fixedly connected with second turn
Moving axis 50, the upper and lower ends of second rotation axis 50 are rotatably connected on 33 inner wall of back box, second rotation axis 50
Surface on the upside of be fixedly connected with first bevel gear 51, the front side of the first bevel gear 51 is engaged with second bevel gear 52, institute
The middle part for stating second bevel gear 52 is fixedly connected with the first connecting shaft 53, and the back box is run through in the front end of first connecting shaft 53
The front end of 33 front-end surfaces and first connecting shaft 53 is fixedly connected with sheave 54, the bottom on the right side of the sheave 54
33 front side surface of box is rotatably connected to the active driver plate 55 being bonded with sheave 54, and the surface of the active driver plate 55 is fixed to be connected
It is connected to straight pin 56, the front side of the active driver plate 55 is coaxially connected with control-rod 57.
As shown in figs. 14 and 16, change 82 and annular groove be slidably connected can not company of obstruction second connect pawl and move, first
The bottom of mounting plate 47 is provided with the securing plate of triangle, securing plate be fixedly connected on 33 inner wall of back box for reinforce first pacify
The stability of loading board 47,54 mechanism of sheave being made up of sheave 54, active driver plate 55 and straight pin 56 is for unidirectional periodical
Intermittent movement, when rotation control rod 57 54 mechanism of sheave rotate when can pass through first bevel gear 51 and second bevel gear 52
Turn to and drive the rotation of the second rotation axis 50, rotation can band simultaneously for third driven gear 49 when the rotation of the second rotation axis 50
Dynamic partial gear 48 is rotated, when partial gear 48 is rotated by the impetus of push rod 46 under push Y shape shift fork
44 rotations, hinge joint when Y shape shift fork 44 rotates by middle part are that fulcrum makes the rear end opposite direction rotation of Y shape shift fork 44 can band
Dynamic second connection pawl 43 connect pawl 42 with first and is detached from, and can make the second connection pawl 43 just when 54 mechanism of sheave rotates one time
Pawl 42 is connect with first to be detached from, and protection box is provided on the outside of 54 mechanism of sheave, protection box is for protecting 54 mechanism of sheave, protection box
Outer surface opens up the hole that promising control-rod 57 is connect with active driver plate 55.
The driving mechanism includes third crankshaft 60, the 4th crankshaft 62 and the second connecting shaft 61, the third crankshaft 60
It is connected with the 4th crankshaft 62 by second connecting shaft 61, it is bent that the upper end of first drive rod 59 is hinged on the third
The outer end of 60 surface of axis, the third crankshaft 60 and the 4th crankshaft 62 is rotatably connected on 33 inner wall surface of back box, and the 4th
It is fixedly connected with the second flywheel 64 on the left of the surface of crankshaft 62, the surface of the third crankshaft 60 is hinged with the second drive rod 63,
The upper end of second drive rod 63 is hinged on the bottom end of the third drive rod 65.
As shown in figure 15, by bearing connecting shaft bearing base, the upper end of bearing base is fixed on the second connecting shaft 61 surface
It is connected to the inner wall of back box 33, is used to support the second connecting shaft 61, when the first drive rod 59 drives third crankshaft 60, the 4th crankshaft
62 and second connecting shaft 61 when rotating the second flywheel 64 can increase inertia for the rotation of third crankshaft 60 and the 4th crankshaft 62；Such as
Shown in Figure 19, through slot is offered on the downside of the left end of third drive rod 65 to the right, through slot runs through 63 bottom of the second drive rod, and second passes
The upper end of lever 63 is hinged in through slot, and third drive rod 65 can be swung at work with the upper end of the second drive rod 63,
The operating of third drive rod 65 is not influenced.
The planetary gear mechanism includes active gear ring 36, the second driven gear 40 and center output gear 41, described
The right end of first crankshaft 34 is fixedly connected with the active gear ring 36, and the center output gear 41 is mounted on the driving tooth
Enclose 36 centers, second driven gear 40 altogether there are three, the uniform distribution respectively of three second driven gears 40
It is between the active gear ring 36 and the center output gear 41 and defeated with the active gear ring 36 and the center respectively
Gear 41 engages out, and the right side of three second driven gears 40 is rotatably connected to fixed frame 37, in the fixed frame 37
Heart position offers the second through-hole, and the center of the center output gear 41 is fixedly connected with the first rotation axis 39, described
The right end of first rotation axis 39 passes through second through-hole and the right end of first rotation axis 39 connect pawl with described first
42 are fixedly connected, and the front and rear sides of the fixed frame 37 are fixedly connected with fixed plate 38, and the outside both ends of the fixed plate 38 are equal
It is fixedly connected on 33 inner wall of back box.
As shown in Figure 10, Figure 11 and Figure 12, fixed frame 37 is for installing three the second driven gears 40, and the first rotation
Axis 39 is connect with second through-hole at the center of fixed frame 37 by bearing, and the rotation of center output gear 41, planet tooth are used to support
Taking turns mechanism is with active gear ring 36 for driving link, is accelerated by the second driven gear 40 to center output gear 41, is played
The effect that the velocity of rotation of second crankshaft 58 is accelerated.
The inner hollow of the seat plate pedestal 24, the inner bottom of the seat plate pedestal 24 is provided with lifting column 25, described
The surface front and rear sides of lifting column 25 are fixedly connected to lifter rack 26, and the outside of the lifter rack 26 is engaged with
One driven gear 27, the center of first driven gear 27 is fixed to be respectively connected with the first installation axle 28, two first peaces
The both ends of dress axis 28 are rotatably connected on 24 inner wall of seat plate pedestal, and the right side of first driven gear 27 is coaxially connected with
Worm gear 29, the upside of two worm gears 29 are engaged with worm screw 30, and the rear end of the worm screw 30 is connected to the seat by bearing
The front end on 24 Internal back end surface of board bottom seat, the worm screw 30 is solid through the front end of the seat plate pedestal 24 and the worm screw 30
Surely it is connected with lifting handle 31.
As shown in figure 5, worm screw 30 can be driven to rotate by rotating lifting handle 31,30 surface of worm screw has been provided with two sections of rotations
To opposite threads, two worm gears 29 can be made to rotate along direction relative to each other by the rotation of worm screw 30, pass through the first installation axle
It drives the first driven gear 27 to rotate under 28 transmission effect, so that the first driven gear 27 is engaged drive with lifter rack 2626 and rise
Drop column 25 go up and down, 24 surface of seat plate pedestal offer with the consistent hole in the cross section of lifting column 25 and lifter rack 2626 together,
It is moved up and down for easy of rise column 25.
Patient with foot steps on foot pedal 23 to the present invention when in use, foot-operated by ceaselessly stepping on being held by holding rod 14
Plate 23 makes holding rod 14 while swing to perform physical exercise, and can control the height of seat plate 32 when exercise by rotation lifting handle 31,
The height-regulating of seat plate 32 can be taken a load off one's feet when needing to sit down, can also sit down and step on foot pedal 23 and perform physical exercise, step on
While foot pedal 23, active box 68 can shake, and the movable block 78 in scale box 77 can be moved down in the shaking of active box 68
Dynamic, by just seeing that the scale on 77 surface of scale box can know the mobile distance of movable block 78, can play increase forging
The interest of refining needs the direction to be shaken according to active box 68 to place movable block 78 when carrying out entertaining exercise, does not need interest
Rotation control rod 57 when taste is taken exercise.
Specific embodiment described herein is only an example for the spirit of the invention.The neck of technology belonging to the present invention
The technical staff in domain can make various modifications or additions to the described embodiments or generation by a similar method
It replaces, however, it does not deviate from the spirit of the invention or beyond the scope of the appended claims.
Claims (7)
1. Respiratory Medicine adjuvant therapy device, including bottom plate (1), it is characterised in that: solid on front side of the upper end face of the bottom plate (1)
Surely it is connected with seat plate pedestal (24), the upper end of the seat plate pedestal (24) is equipped with liftable seat plate (32), the seat plate bottom
The left and right ends surface of seat (24) slidably connects foot pedal moving up and down (23), after the upper end face of the bottom plate (1)
Side is fixedly connected with mounting box (2), is fixedly connected to the second mounting plate at left and right sides of the upper end face of the mounting box (2)
(79), the first push arm V shape pole (13) and the are rotatably connected on front side of the outer surface upper end of two second mounting plates (79)
The front end of two push arm V shape poles (20), the first push arm V shape pole (13) and the second push arm V shape pole (20) is fixedly connected with
Have holding rod (14), the foot pedal (23) in left side is to move downward the drive right side holding rod (14) to hold backward, described in left side
Bar (14) forward, the structure that moves upwards of the right side foot pedal (23)；
The front end of the bottom plate (1) is fixedly connected with back box (33), and the upper end face two sides of the back box (33) are fixedly connected with
The inboard portion of third mounting plate (74), two third mounting plates (74) is folded upward at, two third mounting plates
(74) adjustable shelf (69) that can be rolled is installed, be equipped in the adjustable shelf (69) to shake up and down on the inside of
The front-end and back-end surface of active box (68), the active box (68) is equipped with rotatable eccentric wheel (67), the active box
(68) upper end is fixedly connected with connecting plate (76), and the upper end of the connecting plate (76) is fixedly connected with the scale box of strip rectangle
(77), left side is placed with movable block (78) in the scale；
The rear end of the portable pillar (3) is hinged with featured plate (5), and the rear end of the featured plate (5) is hinged with the first crankshaft (34),
The left end of first crankshaft (34) is rotatably connected on the back box (33) left end inner wall surface, the table of first crankshaft (34)
Left side of face is fixedly connected with the first flywheel (35), and the right end of first crankshaft (34) is fixedly connected with planetary gear mechanism, institute
The right end for stating planetary gear mechanism is connected with the first connection pawl (42), and the right end of first connection pawl (42) is engaged with removable
The second connection pawl (43), control that the installed in front of second connection pawl (43) has controllable first connection pawl (42) mobile
Mechanism, described second connection pawl (43) internal slide are connected with guiding axis (45), and the right end of the guiding axis (45) is fixedly connected
Have the second crankshaft (58), the surface of second crankshaft (58) is hinged with the first drive rod (59), first drive rod (59)
Upper end be connected with can control the eccentric wheel (67) rotate driving mechanism.
2. Respiratory Medicine adjuvant therapy device as described in claim 1, it is characterised in that: the outside table of the foot pedal (23)
Middle face is hinged with extension bar (22), and the rear end of the extension bar (22) is hinged with foot-driven lever (9)；The mounting box (2)
Left and right ends surface on rear side of be rotatably connected to the first active V shape pole (7) and the second active V shape pole (15) respectively, described first
Foot-operated connecting rod (8), institute are fixedly connected in the middle part of the outer end face of active V shape pole (7) and the second active V shape pole (15)
The outer end face for stating foot-operated connecting rod (8) is fixedly connected with two foot-driven levers (9), mounting box (2) internal slide
It is connected with the portable pillar (3) that can be moved forward and backward, is fixedly connected to hinge bar (4) at left and right sides of the surface of the portable pillar (3),
Two hinge bars (4) are extended on the outside of the mounting box (2), and the hinge bar (4) on the left of portable pillar (3) surface is left
End is hinged with the first linking arm (6), and the other end of first linking arm (6) tilts down and is hinged on the first active V
On the downside of the surface of shape bar (7), hinge bar (4) right end on the right side of portable pillar (3) surface is hinged with the second linking arm (16), institute
The other end for stating the second linking arm (16) is tilted upwards and is hinged on the upside of the surface of the second active V shape pole (15)；
Upper end on front side of two end surfaces of second mounting plate (79) is rotatably connected to the first transmission V shape pole (11) and respectively
Two transmissions V shape pole (18)；The upper end of the first active V shape pole (7) is hinged with the first curved rod (10), first curved rod
(10) upper end is hinged on the upside of the surface of first transmission V shape pole (11), under the surface of first transmission V shape pole (11)
Side is hinged with the first transmission arm (12), and the first push arm V shape pole (13) is hinged on front side of first transmission arm (12)
On rear side of surface；Second curved rod (17), second arc are hinged on the downside of the surface of the second active V shape pole (15)
It is hinged on the upside of bar (17) on the downside of the surface of second transmission V shape pole (18), the surface of second transmission V shape pole (18)
Upside is hinged with the second transmission arm (19), and the second push arm V shape pole (20) is hinged on front side of second transmission arm (19)
Surface on front side of.
3. Respiratory Medicine adjuvant therapy device as described in claim 1, it is characterised in that: on the inside of the third mounting plate (74)
Two sides offer through-hole to the part of the surface being folded upward at up and down, and two sides are equal up and down for the outer surface of two adjustable shelfs (69)
It is fixedly connected with the second movable axis (72), the outer end of second movable axis (72) both passes through the through-hole and extends to the third
The surface in the outside of mounting plate (74), second movable axis (72) is cased with second back-moving spring (73), the adjustable shelf
(69) it being equipped on the inside of active box (68), the internal left and right ends of the active box (68) are mounted on the first movable axis (70),
The upper and lower ends of first movable axis (70) run through the active box (68) and first movable axis (70) up and down
Both ends are fixedly connected with first movable axis on the outside of the inside of two adjustable shelfs (69), the active box (68)
(70) surface is cased with first back-moving spring (71), and active box (68) inner hub location is equipped with the 5th crankshaft (66),
Rear and front end and the institute of the active box (68) and the 5th crankshaft (66) are run through in the both ends of 5th crankshaft (66)
It states eccentric wheel (67) to be fixedly connected, the bottom of the active box (68) offers the movable span of rectangle, the 5th crankshaft (66)
Surface is hinged with third drive rod (65), and the lower end of the third drive rod (65) extends to the activity by the movable span
On the outside of case (68).
4. Respiratory Medicine adjuvant therapy device as described in claim 1, it is characterised in that: the control mechanism includes Y shape
The rear inside of shift fork (44), the Y shape shift fork (44) is fixedly connected with change (82), the surface of second connection pawl (43)
The annular groove equal with the change (82) diameter is offered, the change (82) is rotatably connected in the annular groove,
It is provided with the first mounting plate (47) on the downside of the Y shape shift fork (44), the front end of first mounting plate (47) is fixedly connected on
Back box (33) inner wall is hinged on the upper end face of first mounting plate (47) in the middle part of the Y shape shift fork (44), described
It is hinged with partial gear (48) on the right side of the upper end face of first mounting plate (47), the upper end face of the partial gear (48)
Rear side is hinged with push rod (46), and the other end of the push rod (46) turns forward and is hinged on the front end of the Y shape shift fork (44),
It is engaged with third driven gear (49) on the right side of the partial gear (48), the middle part of the third driven gear (49) is fixed
It is connected with the second rotation axis (50), the upper and lower ends of second rotation axis (50) are rotatably connected in the back box (33)
The surface upside of wall, second rotation axis (50) is fixedly connected with first bevel gear (51), the first bevel gear (51)
Front side is engaged with second bevel gear (52), is fixedly connected with the first connecting shaft (53), institute in the middle part of the second bevel gear (52)
The front end for stating the first connecting shaft (53) is solid through the front end of the back box (33) front-end surface and first connecting shaft (53)
Surely it is connected with sheave (54), the back box (33) front side surface on the right side of the sheave (54) is rotatably connected to and sheave (54)
The surface of the active driver plate (55) of fitting, the active driver plate (55) is fixedly connected with straight pin (56), and the active is dialled
The front side of disk (55) is coaxially connected with control-rod (57).
5. Respiratory Medicine adjuvant therapy device as claimed in claim 3, it is characterised in that: the driving mechanism includes third
Crankshaft (60), the 4th crankshaft (62) and the second connecting shaft (61), the third crankshaft (60) and the 4th crankshaft (62) are by institute
The second connecting shaft (61) connection is stated, the upper end of first drive rod (59) is hinged on third crankshaft (60) surface, described
The outer end of third crankshaft (60) and the 4th crankshaft (62) is rotatably connected on the back box (33) inner wall surface, the 4th crankshaft (62)
Surface on the left of be fixedly connected the second flywheel (64), the surface of the third crankshaft (60) is hinged with the second drive rod (63), institute
The upper end for stating the second drive rod (63) is hinged on the bottom end of the third drive rod (65).
6. Respiratory Medicine adjuvant therapy device as described in claim 1, it is characterised in that: the planetary gear mechanism includes
Active gear ring (36), the second driven gear (40) and center output gear (41), the right end of first crankshaft (34) with it is described
Active gear ring (36) is fixedly connected, and the center output gear (41) is mounted on active gear ring (36) center, described
There are three second driven gear (40) is total, three second driven gears (40) are evenly distributed in the active gear ring respectively
(36) between the center output gear (41) and respectively with the active gear ring (36) and the center output gear
(41) it engages, is rotatably connected to fixed frame (37) on the right side of three second driven gears (40), the fixed frame (37)
Center offers the second through-hole, and the center of the center output gear (41) is fixedly connected with the first rotation axis
(39), the right end of first rotation axis (39) passes through right end and the institute of second through-hole and first rotation axis (39)
It states the first connection pawl (42) to be fixedly connected, the front and rear sides of the fixed frame (37) are fixedly connected with fixed plate (38), described solid
The outside both ends of fixed board (38) are fixedly connected in the back box (33) inner wall.
7. Respiratory Medicine adjuvant therapy device as described in claim 1, it is characterised in that: the inside of the seat plate pedestal (24)
Hollow, the inner bottom of the seat plate pedestal (24) is provided with lifting column (25), the surface front and rear sides of the lifting column (25)
It is fixedly connected to lifter rack (26), the outside of the lifter rack (26) is engaged with the first driven gear (27), described
The center fixation of first driven gear (27) is respectively connected with the first installation axle (28), the both ends of two first installation axles (28)
It is rotatably connected on seat plate pedestal (24) inner wall, the right side of first driven gear (27) is coaxially connected with worm gear
(29), it is engaged with worm screw (30) on the upside of two worm gears (29), the rear end of the worm screw (30) is connected to institute by bearing
Seat plate pedestal (24) Internal back end surface is stated, the seat plate pedestal (24) and the worm screw are run through in the front end of the worm screw (30)
(30) front end is fixedly connected with lifting handle (31).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910770057.2A CN110384895B (en) | 2019-08-20 | 2019-08-20 | Breathe internal medicine adjunctie therapy device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910770057.2A CN110384895B (en) | 2019-08-20 | 2019-08-20 | Breathe internal medicine adjunctie therapy device |
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| CN110384895B CN110384895B (en) | 2020-10-30 |
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| CN113476229A (en) * | 2021-08-10 | 2021-10-08 | 占笑梅 | Emergency department removes nursing bed with integration |
| CN113941130A (en) * | 2021-11-19 | 2022-01-18 | 冯玉娟 | A breathe training rehabilitation device for pneumoconiosis patient |
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| KR20100070963A (en) * | 2008-12-18 | 2010-06-28 | 채수만 | Multi-purpose health movement chairs |
| CN106237477A (en) * | 2016-08-31 | 2016-12-21 | 冯连彩 | A kind of Respiratory Medicine breathing apparatus |
| WO2017178776A1 (en) * | 2016-04-14 | 2017-10-19 | Smiths Medical International Limited | Respiratory therapy devices |
| CN108339258A (en) * | 2018-03-15 | 2018-07-31 | 湖北理工学院 | A kind of Volleyball Teaching multi-function device easy to remove |
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| KR20100070963A (en) * | 2008-12-18 | 2010-06-28 | 채수만 | Multi-purpose health movement chairs |
| WO2017178776A1 (en) * | 2016-04-14 | 2017-10-19 | Smiths Medical International Limited | Respiratory therapy devices |
| CN106237477A (en) * | 2016-08-31 | 2016-12-21 | 冯连彩 | A kind of Respiratory Medicine breathing apparatus |
| CN108339258A (en) * | 2018-03-15 | 2018-07-31 | 湖北理工学院 | A kind of Volleyball Teaching multi-function device easy to remove |
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| CN110384895B (en) | 2020-10-30 |
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