CN110354357A - A kind of first aid breathing assistance apparatus - Google Patents
A kind of first aid breathing assistance apparatus Download PDFInfo
- Publication number
- CN110354357A CN110354357A CN201910763619.0A CN201910763619A CN110354357A CN 110354357 A CN110354357 A CN 110354357A CN 201910763619 A CN201910763619 A CN 201910763619A CN 110354357 A CN110354357 A CN 110354357A
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- China
- Prior art keywords
- axis
- breathing
- motor
- fog
- stirring
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Classifications
-
- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61M—DEVICES FOR INTRODUCING MEDIA INTO, OR ONTO, THE BODY; DEVICES FOR TRANSDUCING BODY MEDIA OR FOR TAKING MEDIA FROM THE BODY; DEVICES FOR PRODUCING OR ENDING SLEEP OR STUPOR
- A61M11/00—Sprayers or atomisers specially adapted for therapeutic purposes
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61M—DEVICES FOR INTRODUCING MEDIA INTO, OR ONTO, THE BODY; DEVICES FOR TRANSDUCING BODY MEDIA OR FOR TAKING MEDIA FROM THE BODY; DEVICES FOR PRODUCING OR ENDING SLEEP OR STUPOR
- A61M16/00—Devices for influencing the respiratory system of patients by gas treatment, e.g. mouth-to-mouth respiration; Tracheal tubes
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F33/00—Other mixers; Mixing plants; Combinations of mixers
- B01F33/80—Mixing plants; Combinations of mixers
- B01F33/82—Combinations of dissimilar mixers
- B01F33/822—Combinations of dissimilar mixers with moving and non-moving stirring devices in the same receptacle
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F2101/00—Mixing characterised by the nature of the mixed materials or by the application field
- B01F2101/22—Mixing of ingredients for pharmaceutical or medical compositions
Abstract
The present invention relates to a kind of Respiratory Medicine fields, it in particular is a kind of first aid breathing assistance apparatus, stir assembly, it is atomized assembly and breathing assembly, when chemical plant produces liquid or solid reactant, when Respiratory Medicine gives emergency treatment to a patient, can usually encounter just can be with medication after existing drug concentration patient not on probation needs distinct device to be mixed, or the non-uniform medicament, that is, incoming call of appearance mixing influences rescue effect in patient body, the present invention solves the above problem, paddle also relatively reversed rotation while revolution, stirring is set to be rapidly completed and stir evenly, when agitator shaft speed maximum, two force(d) (draft) fans are maximum to stirring chamber pressure, medicament flows out teeter chamber through liquid valve, it is collided with pulverizer plate, flow at high speed liquid, which encounters barrier, can occur atomizating phenomenon, medicament after atomization flows into breathing combination through fog hole Body, breathing assembly help patient's air-breathing and exhale, and aspiration ratio expiratory duration is long, preferably enter medicament and give emergency treatment to a patient in patient body.
Description
Technical field
The present invention relates to a kind of Respiratory Medicine fields, are in particular a kind of first aid breathing assistance apparatus.
Background technique
When Respiratory Medicine gives emergency treatment to a patient, it can usually encounter existing drug concentration patient not on probation and need distinct device mixed
Closing stirring just can influence in patient body rescue effect, this hair later with medication, or the non-uniform medicament, that is, incoming call of appearance mixing
It is bright to solve the above problem.
Summary of the invention
The purpose of the present invention is achieved through the following technical solutions:
A kind of first aid breathing assistance apparatus, including stirring assembly, atomization assembly and breathing assembly, the stirring
Assembly is connected with breathing assembly, and atomization assembly is connected with breathing assembly.
As advanced optimizing for the technical program, a kind of first aid breathing assistance apparatus of the present invention, the stirring combination
Body include stirring motor, stirring motor axis, motor axial trough, friction pulley, friction pulley sliding block, balladeur train, balladeur train clamp, in friction pulley
Slot, balladeur train sliding slot, stirring motor bottom plate, stirring motor mount holder, rotating end cap, rotating handle, rotating handle axis, rotating handle bracing strut, T shape
Bracket, ball, T shape annular groove, agitating shaft I, agitating shaft II, gear I, gear II, tooth shell, teeter chamber, force(d) (draft) fan, paddle,
Hollow sphere, draws lid slide opening, feed inlet and rectangular spring, stirring motor to be connected with stirring motor axis at entrance La Gai, motor axial trough
On stirring motor axis, friction pulley is slidably connected with stirring motor axis, and friction pulley sliding block is connected with friction pulley, and rub skidding
Block is slidably connected with motor axial trough, and balladeur train is slidably connected with stirring motor axis, and balladeur train is connected with balladeur train clamp, friction pulley inside groove
Inside friction pulley, balladeur train clamp and friction pulley inside groove are rotatablely connected, and balladeur train is slidably connected with balladeur train sliding slot, balladeur train sliding slot position
In in stirring motor bottom plate, four stirring motor mount holders are connected with stirring motor bottom plate, stirring motor and stirring electricity
Machine bottom board is connected, and friction pulley and rotating end cap are in close contact, and rotating handle is connected with rotating handle axis, and rotating handle axis and balladeur train screw thread connect
It connects, rotating handle axis and rotating handle bracing strut are rotatablely connected, and stirring motor axis and rotating handle bracing strut are rotatablely connected, rotating handle bracing strut and motor
Bottom plate is connected, and rotating end cap is connected with T shape bracket, and T shape frame bottom is equipped with semi-spherical grooves, and ball is embedded in T shape bracket bottom
Portion is equipped in spherical groove, and ball is in contact with T shape annular groove, and T shape bracket and T shape annular groove are rotatablely connected, and T shape annular groove is located at tooth shell
Interior, agitating shaft I, agitating shaft II are rotatablely connected with rotating end cap, and agitating shaft I is connected with gear I, agitating shaft II and gear II
Be connected, gear I, gear II engage connection with tooth shell, and tooth shell is connected with teeter chamber, two force(d) (draft) fans respectively with stirring
Axis I, agitating shaft II are connected, and two force(d) (draft) fan shapes are different, agitating shaft I, agitating shaft II respectively with four paddle phases
Connection, agitating shaft I, agitating shaft II are connected with two hollow spheres respectively, and feed inlet is connected with teeter chamber, and lid slide opening is drawn to be located at
On feed inlet, entrance La Gai is slidably connected with lid slide opening is drawn, and rectangular spring is socketed in entrance drawing and covers, rectangular both ends of the spring difference
Lid, feed inlet is drawn to be connected with entrance, rectangular spring is in tensional state.
As advanced optimizing for the technical program, a kind of first aid breathing assistance apparatus of the present invention, the atomization combination
Body includes outlet tube, clamp I, clamp II, liquid valve, liquid outlet, spring I, outlet tube bracket, goes out liquid curved tube, pulverizer plate and go out
Mist hole, outlet tube are connected with teeter chamber, and clamp I, clamp II are connected with outlet tube, and liquid valve and outlet tube sliding connect
It connects, liquid outlet is located on liquid valve, and spring I is socketed on liquid valve, and spring I is in compressive state, outlet tube bracket and liquid out
Pipe is connected, and outlet tube is connected with liquid curved tube out, and liquid curved tube is connected with pulverizer plate out, and fog hole is located on pulverizer plate.
As advanced optimizing for the technical program, a kind of first aid breathing assistance apparatus of the present invention, the breathing combination
Body motor I, endless screw support, worm gear, worm gear shaft, worm gear bracing strut, chain wheel I, chain, chain wheel II, drawing fan axis, is inhaled at worm screw
Air fan, blower fan axis, blower fan, blower fan bracing strut, fog-spraying cover I, fog-spraying cover II, goes out drawing fan bracing strut
Mist pipe, air-suction cover, air intake duct, motor II, II axis of motor, II bracing strut of motor, driving lever, pulling axis, connecting rod I, connecting rod II, pull rod,
Pull rod bracket, spring II, breathing closure plate, suction hole, exhaling hole, breathing closure plate sliding rail, respiratory siphon, liquid cylinder, hose, breathing
Cover, breathing pipe holder, fog output tube bracket, bottom plate and electric machine support, motor I are connected with worm screw, and worm screw and endless screw support rotate
Connection, worm screw are equipped with two oppositely oriented helical tooths, two oppositely oriented helical tooths on worm screw respectively with two snails
Wheel engagement connection, two worm gears are connected with two worm gear shafts respectively, two worm gear shafts respectively with two worm gear shaft holder pivots
Connection, two chain wheel Is are connected with two worm gear shafts respectively, and two chain wheel Is, two chains, two chain wheel II sprocket wheel chains connect
It connects, two chain wheel IIs are connected with drawing fan axis, blower fan axis respectively, and drawing fan axis is connected with drawing fan, inhale
Air fan axis and drawing fan bracing strut are rotatablely connected, and blower fan axis is connected with blower fan axis, blower fan axis and two
A blower fan bracing strut is connected, and two blower fan bracing struts are connected with fog-spraying cover II, fog-spraying cover I and liquid curved tube out
It is connected, fog-spraying cover I is connected with fog-spraying cover II, and blower fan is located in fog-spraying cover II, and drawing fan is located in air-suction cover, inhales
Air fan is identical as blower fan shape, rotation direction is different, and fog-spraying cover II is connected with fog output tube, and air-suction cover is connected with air intake duct
It connects, motor II is connected with II axis of motor, and motor II is connected with electric machine support, and II axis of motor and the rotation of II bracing strut of motor connect
It connects, II axis of motor is connected with driving lever, and II axis of motor and connecting rod I are rotatablely connected, and pulling axis is connected with connecting rod I, connecting rod I and connecting rod
II is hinged, and connecting rod II is hinged with pull rod, and pull rod is connect with pull rod bracket slide, and spring II is socketed on pull rod, and spring II is in
Compressive state, pull rod are connected with breathing closure plate, and suction hole, exhaling hole are respectively positioned on breathing closure plate, and breathing closure plate and breathing are stifled
Plate sliding rail is slidably connected, and breathing closure plate is in contact with fog output tube, air intake duct, and breathing closure plate is in contact with respiratory siphon both ends, breathes
Pipe is connected with liquid cylinder, and respiratory siphon is connected with hose, and hose is connected with respirator, and breathing pipe holder is connected with respiratory siphon
It connects, fog output tube bracket is connected with fog output tube, air intake duct, stirring motor mount holder, teeter chamber, outlet tube bracket, worm screw branch
Frame, worm gear bracing strut, drawing fan bracing strut, II bracing strut of motor, pull rod bracket, breathing closure plate sliding rail, liquid cylinder, respiratory siphon
Bracket, electric machine support are connected with bottom plate.
A kind of first aid breathing assistance apparatus of the present invention has the beneficial effect that also relatively reversed rotation while paddle revolution,
Stirring is set to be rapidly completed and stir evenly, two force(d) (draft) fans are indoor supercharged to stirring, when agitator shaft speed maximum, two increasings
Press fan maximum to stirring chamber pressure, medicament flows out teeter chamber through liquid valve, collides with pulverizer plate, and flow at high speed liquid encounters barrier
Hinder object that atomizating phenomenon can occur, the medicament after atomization flows into breathing assembly through fog hole, and breathing assembly helps patient's air-breathing
With expiration, aspiration ratio expiratory duration is long, preferably enters medicament and gives emergency treatment to a patient in patient body.
Detailed description of the invention
The present invention will be further described in detail with specific implementation method with reference to the accompanying drawing.
Fig. 1 is overall structure diagram of the invention；
Fig. 2 is 1 structural schematic diagram one of stirring assembly of the invention；
Fig. 3 is 1 partial sectional view one of stirring assembly of the invention；
Fig. 4 is 1 structural schematic diagram two of stirring assembly of the invention；
Fig. 5 is 1 structural schematic diagram three of stirring assembly of the invention；
Fig. 6 is 1 partial sectional view two of stirring assembly of the invention；
Fig. 7 is 1 structural schematic diagram four of stirring assembly of the invention；
Fig. 8 is 1 structural schematic diagram five of stirring assembly of the invention；
Fig. 9 is 1 structural schematic diagram six of stirring assembly of the invention；
Figure 10 is 1 structural schematic diagram seven of stirring assembly of the invention；
Figure 11 is 1 partial sectional view eight of stirring assembly of the invention；
Figure 12 is 1 structural schematic diagram nine of stirring assembly of the invention；
Figure 13 is 2 structural schematic diagram one of atomization assembly of the invention；
Figure 14 is 2 partial sectional view of atomization assembly of the invention；
Figure 15 is 2 structural schematic diagram two of atomization assembly of the invention；
Figure 16 is 3 structural schematic diagram one of breathing assembly of the invention；
Figure 17 is 3 structural schematic diagram two of breathing assembly of the invention；
Figure 18 is 3 partial enlargement diagram of breathing assembly of the invention；
Figure 19 is 3 structural schematic diagram three of breathing assembly of the invention.
In figure: stirring assembly 1；Stirring motor 1-1；Stirring motor axis 1-2；Motor axial trough 1-3；Friction pulley 1-4；Friction
Take turns sliding block 1-5；Balladeur train 1-6；Balladeur train clamp 1-7；Friction pulley inside groove 1-8；Balladeur train sliding slot 1-9；Stirring motor bottom plate 1-10；Stirring
Motor bottom plate frame 1-11；Rotating end cap 1-12；Rotating handle 1-13；Rotating handle axis 1-14；Rotating handle bracing strut 1-15；T shape bracket 1-16；
Ball 1-17；T shape annular groove 1-18；I 1-19 of agitating shaft；II 1-20 of agitating shaft；I 1-21 of gear；II 1-22 of gear；Tooth shell 1-23；
Teeter chamber 1-24；Force(d) (draft) fan 1-25；Paddle 1-26；Hollow sphere 1-27；Entrance draws lid 1-28；Draw lid slide opening 1-29；Charging
Mouth 1-30；Rectangular spring 1-31；It is atomized assembly 2；Outlet tube 2-1；I 2-2 of clamp；II 2-3 of clamp；Liquid valve 2-4；Liquid outlet
2-5；I 2-6 of spring；Outlet tube bracket 2-7；Liquid curved tube 2-8 out；Pulverizer plate 2-9；Fog hole 2-10；Breathe assembly 3；Motor I
3-1；Worm screw 3-2；Endless screw support 3-3；Worm gear 3-4；Worm gear shaft 3-5；Worm gear bracing strut 3-6；Chain wheel I 3-7；Chain 3-8；Sprocket wheel
Ⅱ3-9；Drawing fan axis 3-10；Drawing fan 3-11；Drawing fan bracing strut 3-12；Blower fan axis 3-13；Blower fan
3-14；Blower fan bracing strut 3-15；I 3-16 of fog-spraying cover；II 3-17 of fog-spraying cover；Fog output tube 3-18；Air-suction cover 3-19；Air intake duct
3-20；II 3-21 of motor；II axis 3-22 of motor；II bracing strut 3-23 of motor；Driving lever 3-24；Pulling axis 3-25；I 3-26 of connecting rod；Even
II 3-27 of bar；Pull rod 3-28；Pull rod bracket 3-29；II 3-30 of spring；Breathe closure plate 3-31；Suction hole 3-32；Exhaling hole 3-33；
Breathe closure plate sliding rail 3-34；Respiratory siphon 3-35；Liquid cylinder 3-36；Hose 3-37；Respirator 3-38；Breathe pipe holder 3-39；Out
Mist pipe holder 3-40；Bottom plate 3-41；Electric machine support 3-42.
Specific embodiment
The present invention is described in further detail below in conjunction with the accompanying drawings.
It is fixedly connected described in the present apparatus and refers to and be fixed by the modes such as weld, be screwed, in conjunction with different
Use environment uses different fixed forms；The rotation connection refers to by drying bearing on axis, on axis or axis hole
It is provided with spring catch ring recess, the axial restraint of bearing is realized in circlip groove by the way that circlip to be stuck in, realizes rotation；Described
It is slidably connected and refers to and be attached by sliding of the sliding block in sliding slot or guide rail；Described hingedly refers to by hinge, pin
Movable connection type is carried out on the union pieces such as axis and short axle；It is close by sealing ring or O-ring realization at required sealing
Envelope.
Specific embodiment 1:
Illustrate present embodiment, a kind of first aid breathing assistance apparatus, including stirring assembly 1, mist below with reference to Fig. 1-19
Change assembly 2 and breathing assembly 3, the stirring assembly 1 is connected with breathing assembly 3, is atomized assembly 2 and breathing
Assembly 3 is connected.
Specific embodiment 2:
Illustrate present embodiment below with reference to Fig. 1-19, present embodiment is described further embodiment one, described
Stirring motor 1-1, stirring motor axis 1-2, motor axial trough 1-3, friction pulley 1-4, friction pulley sliding block 1-5, balladeur train 1-6, balladeur train
Clamp 1-7, friction pulley inside groove 1-8, balladeur train sliding slot 1-9, stirring motor bottom plate 1-10, stirring motor mount holder 1-11, rotation
End cap 1-12, rotating handle 1-13, rotating handle axis 1-14, rotating handle bracing strut 1-15, T shape bracket 1-16, ball 1-17, T shape annular groove 1-18,
I 1-19 of agitating shaft, II 1-20 of agitating shaft, I 1-21 of gear, II 1-22 of gear, tooth shell 1-23, teeter chamber 1-24, force(d) (draft) fan 1-
25, paddle 1-26, hollow sphere 1-27, entrance draw lid 1-28, draw lid slide opening 1-29, feed inlet 1-30 and rectangular spring 1-31,
Stirring motor 1-1 is connected with stirring motor axis 1-2, and motor axial trough 1-3 is located on stirring motor axis 1-2, friction pulley 1-4 with stir
It mixes motor shaft 1-2 to be slidably connected, friction pulley sliding block 1-5 is connected with friction pulley 1-4, friction pulley sliding block 1-5 and motor axial trough 1-3
It is slidably connected, balladeur train 1-6 is slidably connected with stirring motor axis 1-2, and balladeur train 1-6 is connected with balladeur train clamp 1-7, friction pulley inside groove
1-8 is located inside friction pulley 1-4, and balladeur train clamp 1-7 and friction pulley inside groove 1-8 are rotatablely connected, balladeur train 1-6 and balladeur train sliding slot 1-9
It is slidably connected, balladeur train sliding slot 1-9 is located in stirring motor bottom plate 1-10, and four stirring motor mount holder 1-11 are electric with stirring
Machine bottom board 1-10 is connected, and stirring motor 1-1 is connected with stirring motor bottom plate 1-10, friction pulley 1-4 and rotating end cap 1-12
Be in close contact, rotating handle 1-13 is connected with rotating handle axis 1-14, and rotating handle axis 1-14 is threadedly coupled with balladeur train 1-6, rotating handle axis 1-14 and
Rotating handle bracing strut 1-15 rotation connection, stirring motor axis 1-2 and rotating handle bracing strut 1-15 are rotatablely connected, rotating handle bracing strut 1-15 with
Electric baseboard 1-10 is connected, and rotating end cap 1-12 is connected with T shape bracket 1-16, and the T shape bottom bracket 1-16 is equipped with hemispherical
Slot, ball 1-17 are equipped in spherical groove embedded in the T shape bottom bracket 1-16, and ball 1-17 is in contact with T shape annular groove 1-18, T shape branch
Frame 1-16 and T shape annular groove 1-18 is rotatablely connected, and T shape annular groove 1-18 is located in tooth shell 1-23, I 1-19 of agitating shaft, II 1- of agitating shaft
20 are rotatablely connected with rotating end cap 1-12, and I 1-19 of agitating shaft is connected with I 1-21 of gear, II 1-20 of agitating shaft and gear II
1-22 is connected, and I 1-21 of gear, II 1-22 of gear engage connection with tooth shell 1-23, and tooth shell 1-23 is connected with teeter chamber 1-24
It connects, two force(d) (draft) fan 1-25 are connected with I 1-19 of agitating shaft, II 1-20 of agitating shaft respectively, two force(d) (draft) fan 1-25 shapes
Difference, I 1-19 of agitating shaft, II 1-20 of agitating shaft are connected with four paddle 1-26 respectively, I 1-19 of agitating shaft, agitating shaft
II 1-20 is connected with two hollow sphere 1-27 respectively, and feed inlet 1-30 is connected with teeter chamber 1-24, draws lid slide opening 1-29
In on feed inlet 1-30, entrance draws lid 1-28 to be slidably connected with lid slide opening 1-29 is drawn, and rectangular spring 1-31 is socketed in entrance and draws lid
On 1-28, the both ends rectangular spring 1-31 draw lid 1-28, feed inlet 1-30 to be connected with entrance respectively, and rectangular spring 1-31, which is in, to be drawn
Stretch state.
Specific embodiment 3:
Illustrate present embodiment below with reference to Fig. 1-19, present embodiment is described further embodiment one, described
Atomization assembly 2 include outlet tube 2-1, I 2-2 of clamp, II 2-3 of clamp, liquid valve 2-4, liquid outlet 2-5, I 2-6 of spring, go out
Liquid pipe bracket 2-7, go out liquid curved tube 2-8, pulverizer plate 2-9 and fog hole 2-10, outlet tube 2-1 is connected with teeter chamber 1-24, blocks
I 2-2 of son, II 2-3 of clamp are connected with outlet tube 2-1, and liquid valve 2-4 is slidably connected with outlet tube 2-1, and liquid outlet 2-5
In on liquid valve 2-4, I 2-6 of spring is socketed on liquid valve 2-4, and I 2-6 of spring is in compressive state, outlet tube bracket 2-7 with
Outlet tube 2-1 is connected, and outlet tube 2-1 is connected with liquid curved tube 2-8 out, and liquid curved tube 2-8 is connected with pulverizer plate 2-9 out, out
Mist hole 2-10 is located on pulverizer plate 2-9.
Specific embodiment 4:
Illustrate present embodiment below with reference to Fig. 1-19, present embodiment is described further embodiment one, described
3 motor of breathing assembly, I 3-1, worm screw 3-2, endless screw support 3-3, worm gear 3-4, worm gear shaft 3-5, worm gear bracing strut 3-6, chain
Take turns I 3-7, chain 3-8, chain wheel II 3-9, drawing fan axis 3-10, drawing fan 3-11, drawing fan bracing strut 3-12, air blast
Fan shaft 3-13, blower fan 3-14, blower fan bracing strut 3-15, I 3-16 of fog-spraying cover, II 3-17 of fog-spraying cover, fog output tube 3-
18, air-suction cover 3-19, air intake duct 3-20, II 3-21 of motor, II axis 3-22 of motor, II bracing strut 3-23 of motor, driving lever 3-24, dial
Axis 3-25, it I 3-26 of connecting rod, II 3-27 of connecting rod, pull rod 3-28, pull rod bracket 3-29, II 3-30 of spring, breathing closure plate 3-31, inhales
Stomata 3-32, exhaling hole 3-33, breathing closure plate sliding rail 3-34, respiratory siphon 3-35, liquid cylinder 3-36, hose 3-37, respirator 3-
38, pipe holder 3-39, fog output tube bracket 3-40, bottom plate 3-41 and electric machine support 3-42, I 3-1 of motor is breathed to be connected with worm screw 3-2
It connects, worm screw 3-2 and endless screw support 3-3 are rotatablely connected, and worm screw 3-2 is equipped with two oppositely oriented helical tooths, on worm screw 3-2
Two oppositely oriented helical tooths engage connection with two worm gear 3-4 respectively, two worm gear 3-4 respectively with two worm gear shaft 3-5
Be connected, two worm gear shaft 3-5 are rotatablely connected with two worm gear bracing strut 3-6 respectively, two chain wheel I 3-7 respectively with two snails
Wheel shaft 3-5 is connected, two chain wheel I 3-7, two chain 3-8, two chain wheel II 3-9 sprocket wheel chain connections, two chain wheel II 3-9
It is connected respectively with drawing fan axis 3-10, blower fan axis 3-13, drawing fan axis 3-10 is connected with drawing fan 3-11,
Drawing fan axis 3-10 and drawing fan bracing strut 3-12 is rotatablely connected, and blower fan axis 3-13 is connected with blower fan axis 3-13
Connect, blower fan axis 3-13 is connected with two blower fan bracing strut 3-15, two blower fan bracing strut 3-15 and go out
II 3-17 of mist cover is connected, and I 3-16 of fog-spraying cover is connected with liquid curved tube 2-8 out, and I 3-16 of fog-spraying cover is connected with II 3-17 of fog-spraying cover
Connect, blower fan 3-14 is located in II 3-17 of fog-spraying cover, and drawing fan 3-11 is located in air-suction cover 3-19, drawing fan 3-11 with
Blower fan 3-14 shape is identical, rotation direction is different, and II 3-17 of fog-spraying cover is connected with fog output tube 3-18, air-suction cover 3-19 and air-breathing
Pipe 3-20 is connected, and II 3-21 of motor is connected with II axis 3-22 of motor, and II 3-21 of motor is connected with electric machine support 3-42, electricity
II axis 3-22 of machine and II bracing strut 3-23 of motor is rotatablely connected, and II axis 3-22 of motor is connected with driving lever 3-24, II axis 3- of motor
22 are rotatablely connected with I 3-26 of connecting rod, and pulling axis 3-25 is connected with I 3-26 of connecting rod, and I 3-26 of connecting rod and II 3-27 of connecting rod are hinged, even
Bar II 3-27 and pull rod 3-28 is hinged, and pull rod 3-28 is slidably connected with pull rod bracket 3-29, and II 3-30 of spring is socketed in pull rod 3-
On 28, II 3-30 of spring is in compressive state, and pull rod 3-28 is connected with breathing closure plate 3-31, suction hole 3-32, exhaling hole 3-
33 be respectively positioned on breathing closure plate 3-31 on, breathing closure plate 3-31 and breathing closure plate sliding rail 3-34 be slidably connected, breathe closure plate 3-31 and
Fog output tube 3-18, air intake duct 3-20 are in contact, and breathing closure plate 3-31 is in contact with the both ends respiratory siphon 3-35, respiratory siphon 3-35 and collection
Fluid cylinder 3-36 is connected, and respiratory siphon 3-35 is connected with hose 3-37, and hose 3-37 is connected with respirator 3-38, respiratory siphon branch
Frame 3-39 is connected with respiratory siphon 3-35, and fog output tube bracket 3-40 is connected with fog output tube 3-18, air intake duct 3-20, stirring motor
Mount holder 1-11, teeter chamber 1-24, outlet tube bracket 2-7, endless screw support 3-3, worm gear bracing strut 3-6, drawing fan axis branch
Frame 3-12, II bracing strut 3-23 of motor, pull rod bracket 3-29, breathing closure plate sliding rail 3-34, liquid cylinder 3-36, breathing pipe holder 3-
39, electric machine support 3-42 is connected with bottom plate 3-41.
A kind of first aid breathing assistance apparatus of the invention, its working principle is that: pull entrance to draw lid 1-28, entrance draws lid 1-
28 skid off from drawing lid slide opening 1-29, and rectangular spring 1-31 further compresses, and feed inlet 1-30 is opened, will from feed inlet 1-30
Teeter chamber 1-24 is added in medical fluid to be mixed, unclamps entrance and draws lid 1-28, and under rectangular spring 1-31 thrust, entrance draws lid 1-28
Return, feed inlet 1-30 are closed, and open stirring motor 1-1, and stirring motor 1-1 drives stirring motor axis 1-2 rotation, stirring motor
Axis 1-2 drives friction pulley sliding block 1-5 rotation by motor axial trough 1-3, and friction pulley sliding block 1-5 drives friction pulley 1-4 rotation, friction
It takes turns 1-4 rotation and drives rotating end cap 1-12 rotation, rotating end cap 1-12 drives T shape bracket 1-16 rotation, and T shape bracket 1-16 drives
Ball 1-17 is rolled in T shape annular groove 1-18, and rotating end cap 1-12 drives I 1-19 of agitating shaft, II 1-20 of agitating shaft rotation, stirring
I 1-19 of axis, agitating shaft II 1-20 band I 1-21 of moving gear, II 1-22 of gear revolve in tooth shell 1-23, tooth shell 1-23 band moving gear
I 1-21, II 1-22 rotation of gear, I 1-21 of gear, II 1-22 of gear drive I 1-19 of agitating shaft, II 1-20 of agitating shaft relatively anti-
Turn, I 1-19 of agitating shaft, II 1-20 of agitating shaft are opposite, and reversion drives force(d) (draft) fan 1-25, paddle 1-26, hollow sphere 1-27 opposite
Reversion, medical fluid flow into hollow sphere 1-27 from the hole on hollow sphere 1-27, collide in hollow sphere 1-27, agitated leaf 1-26 is stirred
It mixes, mixes solution quickly, the opposite reversion of I 1-19 of agitating shaft, II 1-20 of agitating shaft drives paddle 1-26 is opposite to invert, and makes to stir
It mixes more sufficiently, rotates rotating handle 1-13, rotating handle 1-13 drives rotating handle axis 1-14 rotation, and rotating handle axis 1-14 drives balladeur train 1- by screw thread
6 move forward or back in balladeur train sliding slot 1-9, and balladeur train 1-6 drives friction pulley 1-4 to move forward or back change by balladeur train clamp 1-7
The transmission ratio of friction pulley 1-4 and end cap 1-12 change the revolving speed of end cap 1-12 by changing transmission ratio, when end cap 1-12 revolving speed
When slow, I 1-19 of agitating shaft, II 1-20 revolving speed of agitating shaft are slow, and force(d) (draft) fan 1-25, paddle 1-26, hollow sphere 1-27 revolving speed are slow,
Force(d) (draft) fan 1-25 shape is different, function is consistent, and two force(d) (draft) fan 1-25 are lower to pressure in teeter chamber 1-24, teeter chamber 1-
In 24 medicament push liquid valve 2-4 slided in outlet tube 2-1 on II 2-3 of clamp, liquid outlet 2-5 below II 2-3 of clamp,
Medicament can not be discharged, and continue to stir in teeter chamber 1-24, when end cap 1-12 revolving speed is most fast, force(d) (draft) fan 1-25, paddle 1-
26, hollow sphere 1-27 rotation is most fast, and two force(d) (draft) fan 1-25 are maximum to pressure in teeter chamber 1-24, and medicament pushes in teeter chamber
Liquid valve 2-4 is slided in outlet tube 2-1 on II 2-3 of clamp, and liquid outlet 2-5 is slided to above II 2-3 of clamp, and medicament is through going out liquid
Mouth 2-5 discharge, is gone out liquid curved tube 2-8 flow at high speed medicament and is hit on barrier pulverizer plate 2-9, split into small water droplet, through going out
Mist hole 2-10 discharge, I 3-1 of motor drive worm screw 3-2 rotation, and the bidirectional screw tooth on worm screw 3-2 drives two worm gear 3-4 opposite
It rotating backward, two worm gear 3-4 drive two worm gear shaft 3-5 rotations, and two worm gear shaft 3-5 drive two chain wheel I 3-7 rotations,
Two chain wheel I 3-7 drive two chain wheel II 3-9 rotations by two chain 3-8, and two chain wheel II 3-9 drive drawing fan axis
3-10, blower fan axis 3-13 rotation, drawing fan axis 3-10 drive drawing fan 3-11 rotation, and blower fan axis 3-13 drives
Blower fan 3-14 rotation, two fans are opposite to be rotated backward, and the spraying of fog hole 2-10 discharge is inhaled by the back side blower fan 3-14
Draw, is then blown to before blower fan 3-14, it is spraying to flow to fog output tube 3-18, air-breathing through I 3-16 of fog-spraying cover, II 3-17 of fog-spraying cover
Fan 3-11 rotation, air-suction cover 3-19, air intake duct 3-20 are interior to generate attraction, pipe internal waste gas is sucked out, by respirator 3-38
It is held on patient's mouth, II 3-21 of motor rotation drives II axis 3-22 of motor rotation, and II axis 3-22 of motor drives driving lever 3-24 to turn
Dynamic, driving lever 3-24 stirs pulling axis 3-25 rotation, and pulling axis 3-25 drives I 3-26 of connecting rod rotation, and I 3-26 of connecting rod is rotated around articulated shaft,
I 3-26 of connecting rod is pulled pull rod 3-28 by II 3-27 of connecting rod, and II 3-27 of connecting rod is rotated around articulated shaft, and pull rod 3-28 is in pull rod branch
It being slided in frame 3-29, II 3-30 of spring compression, pull rod 3-28 drives breathing closure plate 3-31 to slide on breathing closure plate sliding rail 3-34,
Breathing closure plate 3-31 drives suction hole 3-32 to be overlapped with the outlet fog output tube 3-18 and is gradually reduced, as suction hole 3-32 and fog output tube 3-
18 no longer be overlapped when, exhaling hole 3-33 is overlapped with air intake duct 3-20, and the attraction of drawing fan 3-11 is through respiratory siphon 3-35, hose
3-37, respirator 3-38 are transmitted to patient's mouth, help patient that internal exhaust gas is discharged, after pulling axis 3-25 rotates half-turn, bullet
II 3-30 of spring compression is maximum, and under the action of II 3-30 of spring, pulling axis 3-25 is turning quickly back to initial position, and driving lever 3-24 is to dialling
There is no limit effects by axis 3-25, repeat above-mentioned pulling axis 3-25 to breathing closure plate 3-31 transmission process, breathing closure plate 3-31 is resetted, exhaled
The suction hole 3-32 inhaled on closure plate 3-31 is overlapped with fog output tube 3-18, under blower fan 3-14 effect, in fog output tube 3-18
Medicament mist flows into respiratory siphon 3-35 through suction hole 3-32, and might have medicament becomes liquefying from spray pattern, liquefaction medicament warp
Respiratory siphon 3-35 is flowed into liquid cylinder 3-36, will not be entered in patient body, the medicament mist in respiratory siphon 3-35 is under the action of the wind
Enter in patient body through hose 3-37, respirator 3-38, help patient's air-breathing, gapping interval very little between breathing is not in
The case where ceasing breathing exhales longer than inspiratory duration, preferably drug can be made to enter in human body, and this completes when rescue
Assisted respiartion.
Certainly, above description is not limitation of the present invention, and the present invention is also not limited to the example above, the art
The variations, modifications, additions or substitutions that those of ordinary skill is made within the essential scope of the present invention also belong to guarantor of the invention
Protect range.
Claims (4)
1. a kind of first aid breathing assistance apparatus, including stirring assembly (1), atomization assembly (2) and breathing assembly (3),
Be characterized in that: the stirring assembly (1) is connected with breathing assembly (3), is atomized assembly (2) and breathing assembly
(3) it is connected.
2. a kind of first aid breathing assistance apparatus according to claim 1, it is characterised in that: stirring assembly (1) packet
It includes stirring motor (1-1), stirring motor axis (1-2), motor axial trough (1-3), friction pulley (1-4), friction pulley sliding block (1-5), slide
Frame (1-6), balladeur train clamp (1-7), friction pulley inside groove (1-8), balladeur train sliding slot (1-9), stirring motor bottom plate (1-10), stirring electricity
Machine bottom board bracket (1-11), rotating end cap (1-12), rotating handle (1-13), rotating handle axis (1-14), rotating handle bracing strut (1-15), T shape
Bracket (1-16), ball (1-17), T shape annular groove (1-18), agitating shaft I (1-19), agitating shaft II (1-20), gear I (1-21),
Gear II (1-22), tooth shell (1-23), teeter chamber (1-24), force(d) (draft) fan (1-25), paddle (1-26), hollow sphere (1-
27), entrance draws lid (1-28), draws lid slide opening (1-29), feed inlet (1-30) and rectangular spring (1-31), stirring motor (1-1)
It is connected with stirring motor axis (1-2), motor axial trough (1-3) is located on stirring motor axis (1-2), friction pulley (1-4) and stirring
Motor shaft (1-2) is slidably connected, and friction pulley sliding block (1-5) is connected with friction pulley (1-4), friction pulley sliding block (1-5) and motor
Axial trough (1-3) is slidably connected, and balladeur train (1-6) is slidably connected with stirring motor axis (1-2), balladeur train (1-6) and balladeur train clamp (1-7)
It is connected, friction pulley inside groove (1-8) is located at friction pulley (1-4) inside, and balladeur train clamp (1-7) and friction pulley inside groove (1-8) are rotated
Connection, balladeur train (1-6) are slidably connected with balladeur train sliding slot (1-9), and balladeur train sliding slot (1-9) is located in stirring motor bottom plate (1-10),
Four stirring motor mount holders (1-11) are connected with stirring motor bottom plate (1-10), stirring motor (1-1) and stirring electricity
Machine bottom board (1-10) is connected, and friction pulley (1-4) and rotating end cap (1-12) are in close contact, rotating handle (1-13) and rotating handle axis (1-
14) it is connected, rotating handle axis (1-14) is threadedly coupled with balladeur train (1-6), and rotating handle axis (1-14) and rotating handle bracing strut (1-15) are rotated
Connection, stirring motor axis (1-2) and rotating handle bracing strut (1-15) are rotatablely connected, rotating handle bracing strut (1-15) and electric baseboard (1-
10) it is connected, rotating end cap (1-12) is connected with T shape bracket (1-16), and the T shape bracket bottom (1-16) is equipped with semi-spherical grooves,
Ball (1-17) is equipped in spherical groove embedded in the T shape bracket bottom (1-16), and ball (1-17) is in contact with T shape annular groove (1-18), T
Shape bracket (1-16) and T shape annular groove (1-18) are rotatablely connected, and T shape annular groove (1-18) is located in tooth shell (1-23), I (1- of agitating shaft
19), agitating shaft II (1-20) is rotatablely connected with rotating end cap (1-12), and agitating shaft I (1-19) is connected with gear I (1-21)
Connect, agitating shaft II (1-20) is connected with gear II (1-22), gear I (1-21), gear II (1-22) with tooth shell (1-23)
Engagement connection, tooth shell (1-23) is connected with teeter chamber (1-24), two force(d) (draft) fans (1-25) respectively with I (1- of agitating shaft
19), agitating shaft II (1-20) is connected, and two force(d) (draft) fan (1-25) shapes are different, agitating shaft I (1-19), II (1- of agitating shaft
20) it is connected respectively with four paddles (1-26), agitating shaft I (1-19), agitating shaft II (1-20) are hollow with two respectively
Ball (1-27) is connected, and feed inlet (1-30) is connected with teeter chamber (1-24), and lid slide opening (1-29) is drawn to be located at feed inlet (1-
30) on, entrance draws lid (1-28) to be slidably connected with lid slide opening (1-29) is drawn, and rectangular spring (1-31) is socketed in entrance and draws lid (1-
28) on, rectangular spring (1-31) both ends draw lid (1-28), feed inlet (1-30) to be connected with entrance respectively, rectangular spring (1-
31) it is in tensional state.
3. a kind of first aid breathing assistance apparatus according to claim 1, it is characterised in that: atomization assembly (2) packet
It includes liquid pipe (2-1), clamp I (2-2), clamp II (2-3), liquid valve (2-4), liquid outlet (2-5), spring I (2-6), go out liquid
Pipe holder (2-7) goes out liquid curved tube (2-8), pulverizer plate (2-9) and fog hole (2-10), outlet tube (2-1) and teeter chamber (1-24)
It is connected, clamp I (2-2), clamp II (2-3) are connected with outlet tube (2-1), and liquid valve (2-4) and outlet tube (2-1) are sliding
Dynamic connection, liquid outlet (2-5) are located on liquid valve (2-4), and spring I (2-6) is socketed on liquid valve (2-4), spring I (2-6)
In compressive state, outlet tube bracket (2-7) is connected with outlet tube (2-1), outlet tube (2-1) and liquid curved tube (2-8) phase out
Connection, liquid curved tube (2-8) is connected with pulverizer plate (2-9) out, and fog hole (2-10) is located on pulverizer plate (2-9).
4. a kind of first aid breathing assistance apparatus according to claim 1, it is characterised in that: breathing assembly (3) packet
Include motor I (3-1), worm screw (3-2), endless screw support (3-3), worm gear (3-4), worm gear shaft (3-5), worm gear bracing strut (3-6), chain
Take turns I (3-7), chain (3-8), chain wheel II (3-9), drawing fan axis (3-10), drawing fan (3-11), drawing fan bracing strut
(3-12), blower fan axis (3-13), blower fan bracing strut (3-15), fog-spraying cover I (3-16), go out blower fan (3-14)
Mist cover II (3-17), fog output tube (3-18), air-suction cover (3-19), air intake duct (3-20), motor II (3-21), II axis (3- of motor
22), II bracing strut of motor (3-23), driving lever (3-24), pulling axis (3-25), connecting rod I (3-26), connecting rod II (3-27), pull rod (3-
28), pull rod bracket (3-29), spring II (3-30), breathing closure plate (3-31), suction hole (3-32), exhaling hole (3-33), breathing
Closure plate sliding rail (3-34), respiratory siphon (3-35), liquid cylinder (3-36), hose (3-37), respirator (3-38), breathing pipe holder
(3-39), fog output tube bracket (3-40), bottom plate (3-41) and electric machine support (3-42), motor I (3-1) are connected with worm screw (3-2)
It connects, worm screw (3-2) and endless screw support (3-3) are rotatablely connected, and worm screw (3-2) is equipped with two oppositely oriented helical tooths, worm screw
Two oppositely oriented helical tooths on (3-2) engage connection with two worm gears (3-4) respectively, two worm gears (3-4) respectively with
Two worm gear shafts (3-5) are connected, and two worm gear shafts (3-5) are rotatablely connected with two worm gear bracing struts (3-6) respectively, two chains
I (3-7) of wheel is connected with two worm gear shafts (3-5) respectively, two chain wheel Is (3-7), two chains (3-8), two chain wheel II (3-
9) sprocket wheel chain connects, and two chain wheel IIs (3-9) are connected with drawing fan axis (3-10), blower fan axis (3-13) respectively,
Drawing fan axis (3-10) is connected with drawing fan (3-11), drawing fan axis (3-10) and drawing fan bracing strut (3-12)
Rotation connection, blower fan axis (3-13) are connected with blower fan axis (3-13), blower fan axis (3-13) and two air blast
Fan bracing strut (3-15) is connected, and two blower fan bracing struts (3-15) are connected with fog-spraying cover II (3-17), out mist
I (3-16) of cover is connected with liquid curved tube (2-8) out, and fog-spraying cover I (3-16) is connected with fog-spraying cover II (3-17), blower fan
(3-14) is located in fog-spraying cover II (3-17), and drawing fan (3-11) is located in air-suction cover (3-19), drawing fan (3-11) with
Blower fan (3-14) shape is identical, rotation direction is different, and fog-spraying cover II (3-17) is connected with fog output tube (3-18), air-suction cover (3-
19) it is connected with air intake duct (3-20), motor II (3-21) is connected with II axis of motor (3-22), motor II (3-21) and motor
Bracket (3-42) is connected, and II axis of motor (3-22) and II bracing strut of motor (3-23) are rotatablely connected, II axis of motor (3-22) with
Driving lever (3-24) is connected, and II axis of motor (3-22) and connecting rod I (3-26) are rotatablely connected, pulling axis (3-25) and connecting rod I (3-26)
Be connected, connecting rod I (3-26) and connecting rod II (3-27) hingedly, connecting rod II (3-27) and pull rod (3-28) hingedly, pull rod (3-28)
It is slidably connected with pull rod bracket (3-29), spring II (3-30) is socketed on pull rod (3-28), and spring II (3-30) is in compression
State, pull rod (3-28) are connected with breathing closure plate (3-31), and suction hole (3-32), exhaling hole (3-33) are respectively positioned on breathing closure plate
On (3-31), breathing closure plate (3-31) is slidably connected with breathing closure plate sliding rail (3-34), breathing closure plate (3-31) and fog output tube (3-
18), air intake duct (3-20) is in contact, breathing closure plate (3-31) be in contact with the both ends respiratory siphon (3-35), respiratory siphon (3-35) and
Liquid cylinder (3-36) is connected, and respiratory siphon (3-35) is connected with hose (3-37), hose (3-37) and respirator (3-38) phase
Connection, breathing pipe holder (3-39) are connected with respiratory siphon (3-35), fog output tube bracket (3-40) and fog output tube (3-18), air-breathing
Pipe (3-20) is connected, stirring motor mount holder (1-11), teeter chamber (1-24), outlet tube bracket (2-7), endless screw support
(3-3), worm gear bracing strut (3-6), drawing fan bracing strut (3-12), II bracing strut of motor (3-23), pull rod bracket (3-29),
Breathe closure plate sliding rail (3-34), liquid cylinder (3-36), breathing pipe holder (3-39), electric machine support (3-42) with bottom plate (3-41)
It is connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910763619.0A CN110354357A (en) | 2019-08-19 | 2019-08-19 | A kind of first aid breathing assistance apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910763619.0A CN110354357A (en) | 2019-08-19 | 2019-08-19 | A kind of first aid breathing assistance apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN110354357A true CN110354357A (en) | 2019-10-22 |
Family
ID=68225244
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910763619.0A Withdrawn CN110354357A (en) | 2019-08-19 | 2019-08-19 | A kind of first aid breathing assistance apparatus |
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| Country | Link |
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| CN (1) | CN110354357A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113082407A (en) * | 2021-03-10 | 2021-07-09 | 薛传震 | New coronary pneumonia respiratory therapy machine |
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| US3714944A (en) * | 1970-11-25 | 1973-02-06 | Bethlehem Steel Corp | Mixing and humidification apparatus for breathing devices |
| CN207970316U (en) * | 2017-08-06 | 2018-10-16 | 新智能生活馆（深圳）有限公司 | The atomized medicine introducing device facility of silaenafil |
| CN110053166A (en) * | 2019-05-28 | 2019-07-26 | 付清海 | A kind of efficient build concrete agitating device |
| CN209221262U (en) * | 2018-09-28 | 2019-08-09 | 西安市红会医院 | A kind of breathing anaesthetic mask |
-
2019
- 2019-08-19 CN CN201910763619.0A patent/CN110354357A/en not_active Withdrawn
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3714944A (en) * | 1970-11-25 | 1973-02-06 | Bethlehem Steel Corp | Mixing and humidification apparatus for breathing devices |
| CN207970316U (en) * | 2017-08-06 | 2018-10-16 | 新智能生活馆（深圳）有限公司 | The atomized medicine introducing device facility of silaenafil |
| CN209221262U (en) * | 2018-09-28 | 2019-08-09 | 西安市红会医院 | A kind of breathing anaesthetic mask |
| CN110053166A (en) * | 2019-05-28 | 2019-07-26 | 付清海 | A kind of efficient build concrete agitating device |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113082407A (en) * | 2021-03-10 | 2021-07-09 | 薛传震 | New coronary pneumonia respiratory therapy machine |
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Application publication date: 20191022 |