CN109395225A - Compressor with motor rotor - Google Patents
Compressor with motor rotor Download PDFInfo
- Publication number
- CN109395225A CN109395225A CN201811116067.6A CN201811116067A CN109395225A CN 109395225 A CN109395225 A CN 109395225A CN 201811116067 A CN201811116067 A CN 201811116067A CN 109395225 A CN109395225 A CN 109395225A
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- China
- Prior art keywords
- way
- medical
- bottom end
- far
- block
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Classifications
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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
- A61M16/10—Preparation of respiratory gases or vapours
- A61M16/1075—Preparation of respiratory gases or vapours by influencing the temperature
-
- 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
- A61M16/20—Valves specially adapted to medical respiratory devices
- A61M16/208—Non-controlled one-way valves, e.g. exhalation, check, pop-off non-rebreathing valves
Abstract
The invention discloses the compressors with motor rotor, its structure includes universal wheel, support baseboard, urgent oxygenerator, pressure gauge display board, hand cradle, medical-grade compressor shell, hand cradle set altogether there are two be respectively arranged on medical-grade compressor housing top end two sides and its bottom end using be welded by the way of be fixedly connected on medical-grade compressor housing top end, pressure gauge display board bottom end is mounted on medical-grade compressor housing top end by way of inlaying, urgent oxygenerator is mounted on medical-grade compressor interior of shell by way of insertion, the present invention mainly utilizes, exchange end replacing mechanism is matched with cooling Ji Yang mechanism, pressurization is collected by the oxygen generated to heating reaction mechanism, to serve as interim oxygenerator, and it carries out continuing oxygen supply, when the larger insufficient sufferer of experience oxygen usage amount uses, oxygenerator can timely and effectively be served as, to Further guarantee is played to sufferer life security.
Description
Technical field
The present invention relates to compressor fields, particularly with regard to a kind of compressor with motor rotor.
Background technique
Ventilator is a kind of normal physiologic respiration that can replace, control or change people, increases pulmonary ventilation volume, improves work of breathing
The device that can, mitigate respiratory power consumption, save heart reservation ability；It is the necessary equipment of hospital, ventilator generally includes pedestal,
The cabinet being set on the base, cabinet is interior to be equipped with the equipment such as compressor, heater, is additionally provided with bracket on pedestal, bracket is equipped with
The equipment such as controller and display instrument adjust the flow into the compressed air in breathing mask, temperature, humidity by controller
And pressure, enter compressor after the steam mixing of filtered air, oxygen and certain temperature, by sending after compressor compresses
Tracheae enters breathing mask, uses for patient, and the prior art is in outgoing first aid, due to the constant a large amount of carryings of high-concentration oxygen,
When the larger insufficient sufferer of experience oxygen usage amount is in use, be easy to threaten sufferer life security.
Summary of the invention
In view of the deficiencies of the prior art, the present invention is to realize by the following technical solutions: having motor rotor
Compressor, structure include universal wheel, support baseboard, urgent oxygenerator, pressure gauge display board, hand cradle, outside medical-grade compressor
Shell, the hand cradle set altogether there are two be respectively arranged on medical-grade compressor housing top end two sides and its bottom end using be welded by the way of fix
It is connected to medical-grade compressor housing top end, pressure gauge display board bottom end is mounted on outside medical-grade compressor by way of inlaying
Shell top, the urgent oxygenerator are mounted on medical-grade compressor interior of shell, the medical-grade compressor by way of insertion
Shell bottom end is fixedly connected on support baseboard top by the way of electric welding, and the universal wheel sets that there are four be respectively arranged on support altogether
Bottom plate bottom end quadrangle and its top are fixedly connected on support baseboard bottom end by the way of electric welding.
The urgent oxygenerator includes flow control device, power controling machine structure, active force arrestment mechanism, cooling collection oxygen
Mechanism, heating reaction mechanism, storage body dumping mechanism, exchange end replacing mechanism, medical-grade compressor interior of shell top are separate
Flow control device one end is equipped with exchange end replacing mechanism, exchange end replacing mechanism one end and flow control device right end
It is fixed together, storage body dumping mechanism, heating reaction mechanism, drop is sequentially installed with immediately below the exchange end replacing mechanism
Wen Ji oxygen mechanism, the heating reaction mechanism top are fixed together with storage body dumping mechanism bottom end, and the cooling collects oxygen
Mechanism top is fixed together with heating reaction mechanism bottom end, is equipped with active dynamic braking on the left of the cooling Ji Yang mechanism
Mechanism and mechanical connection is together is equipped with power controling machine structure and itself and Medical pressure immediately below the flow control device
Contracting machine interior of shell is fixed together, and active force arrestment mechanism top is mechanically connected to storage body dumping mechanism right end
Together.
As advanced optimizing for the technical program, the flow control device includes pressure-measuring pipe, connecting tube, adjusting of shutting off
Valve, sliding stem, fixing clamp, the separate regulating valve one end of shutting off of the pressure-measuring pipe are fixedly connected on pressure gauge by the way of electric welding
Close to regulating valve one end of shutting off inside display board, the pressure-measuring pipe is fixed by the way of electric welding far from pressure gauge display board one end
Regulating valve of shutting off is connected to be fixedly connected on inside pressure gauge display board one end, the clamp with regulating valve outer surface of shutting off
Together, the connecting tube is mounted on regulating valve of shutting off far from pressure gauge far from exchange end replacing mechanism one end by way of insertion
Display board one end, institute's sliding stem top is mounted on by way of insertion to be stated inside regulating valve of shutting off.
As advanced optimizing for the technical program, the power controling machine structure includes movable brake bar, turntable, external electricity
Source line, conducting rod, power block, the activity brake bar bottom end is mounted on turntable top end face by way of insertion, described external
Power supply line end is fixedly connected on conducting rod middle position by the way of electric welding, and the conducting rod passes through far from power block one end
The mode of insertion is mounted on turntable bottom end, and the conducting rod is fixedly connected on power block by the way of electric welding far from turntable one end
Close to turntable one end.
As advanced optimizing for the technical program, the active force arrestment mechanism includes conducting block, built-in power line, electricity
Machine, blimp, driving belt, the first belt pulley, rotor shaft, guiding rotating cylinder, connecting rod, cam, movable block, the first spacing are drawn
Line, the blimp bottom end are fixedly connected among medical-grade compressor interior of shell bottom end the position that keeps left by the way of electric welding,
Motor is installed inside the blimp and its bottom end is fixedly connected on medical-grade compressor interior of shell bottom by the way of electric welding
The intermediate position that keeps left in end, the conducting block bottom end is mounted among blimp top the position that keeps left by way of inlaying, described
Conducting block bottom end is fixed together by built-in power line and one end motor, and the rotor shaft bottom end is sequentially passed through in
One belt pulley, blimp top and motor top is mounted on by way of insertion, the first belt pulley outer ring surface passes through biography
Dynamic belt is movably connected with heating reaction mechanism one end, and the rotor shaft top is mounted on by way of insertion leads
To rotating cylinder bottom end axle center, the connecting rod is mounted on inside guiding rotating cylinder far from cam one end by way of insertion, the company
Extension bar is mounted on cam close to guiding rotating cylinder one end, cam outer ring surface top far from guiding rotating cylinder one end by way of insertion
End is bonded with movable block bottom end, and the movable block outer ring surface is fixedly connected on one by the first spacing bracing wire and storage body dumping mechanism
It rises.
As advanced optimizing for the technical program, the cooling Ji Yang mechanism includes appendix, filter oxygen water tank, collection oxygen
Case, reaction gas ingress pipe, the appendix bottom end are mounted on filter oxygen water tank top far from appendix one by way of insertion
Side, the collection oxygen case bottom outer surface is fixedly connected on filter oxygen water tank top left hand inner surface by the way of electric welding, described anti-
Gas introduction tube bottom end is answered to be mounted on collection oxygen case top by way of insertion far from appendix side.
As advanced optimizing for the technical program, the heating reaction mechanism includes reaction chamber, heat-conducting plate, abrading block, fire
Stone, pulley, helical teeth bar, the second belt pulley, fixed slide plate, the second belt pulley outer ring surface pass through driving belt and first
Belt pulley outer ring surface is movably connected, and the heat-conducting plate bottom end is mounted on reaction chamber inner bottom by way of inlaying,
The pulley bottom end is mounted on fixed slide plate inner tip by way of inlaying, and helical teeth bar bottom end is through flint block
Shaft core position reaction chamber is mounted on the right side of medical-grade compressor interior of shell far from power controling machine structure one end by way of insertion
Middle position.
As advanced optimizing for the technical program, the storage body dumping mechanism includes tension spring, pulling force block, second fixed
Away from bracing wire, reset spring sealing plate, the bracing wire of third spacing, reset trigger block, spring push plate, fixed plate, reactant storage box, output
Pipe, the reactant storage box are fixedly connected on medical-grade compressor shell by the way of electric welding far from flow control device one end
Upper position among inner right side, the tension spring are fixedly connected by the way of electric welding far from medical-grade compressor shell one end
In pulling force block close to medical-grade compressor shell one end, the pulling force block passes through the first spacing bracing wire and work far from tension spring one end
Motion block is fixed together, and the reset trigger block by the bracing wire of third spacing and resets bullet far from second spacing bracing wire one end
Spring sealing plate top is fixed together, the reset trigger block far from third spacing bracing wire one end by the second spacing bracing wire with
It is fixed together close to fixed plate one end, the efferent duct top is mounted on reactant storage box bottom by way of insertion
The intermediate position that keeps left in end.
As advanced optimizing for the technical program, the exchange end replacing mechanism include fixed platform sling, one-way pneumatic valve,
4th spacing bracing wire, fixed spring, the 5th spacing bracing wire, four leaf line wheels, gas chamber, oxygen output, oxygen input terminal, limiting block
Piece, the fixed platform sling are fixedly connected on inside medical-grade compressor housing top end by the way of electric welding far from gas chamber one end, institute
It states fixed platform sling and is fixedly connected on gas chamber top, the oxygen output by the way of electric welding far from medical-grade compressor shell one end
End back is mounted on plenum interior by way of insertion, and oxygen input terminal back is mounted on gas chamber by way of insertion
Inside, the limit baffle is fixedly connected on fixed spring bottom end by the way of electric welding far from oxygen input terminal top, described
Oxygen input terminal top is fixed together by the 4th spacing bracing wire and four leaf line wheels, and the one-way pneumatic valve is far from gas transmission
Pipe right end is fixed together by the 5th spacing bracing wire and four leaf line wheel inner ring.
Beneficial effect
The present invention has the compressor of motor rotor, pushes the movable brake bar in power controling machine structure under its guidance
Turntable is rotated counterclockwise around Pivot Point Center and power block is driven to slide, when power block is moved to and active force arrestment mechanism
In the fitting of conducting block top end face, the power supply that will have circumscripted power line to access conveys into motor, and acting is by institute after electrical power
Inputing power is converted into mechanical energy, and the rotor shaft by being embedded within portion receives its conversion and can and carry out multidirectional transmitting, when adding
Flint block in thermal response mechanism is mobile to upper end in the case where the rotation engagement of helical teeth bar drives, and is persistently rubbed with helical teeth bar
It wipes, converts mechanical energy into thermal energy, by helical teeth bar to hot transmitting is carried out inside reaction chamber, follow rotor shaft in guiding rotating cylinder
Mechanical energy synchronous rotary, and moved up and down under movable block control by movable movable block, when its progress is primary complete past
When moving again, store body dumping mechanism in spring push plate it is synchronous with reset spring once moved back and forth, reset spring receipts
Heated to react when contracting in the reactant in reactant storage box enters, reactant is mixed by potassium chlorate and manganese dioxide
Into MnO+KClO==KCl+O ↑, when oxygen by cooling Ji Yang mechanism in reaction gas ingress pipe enter filter oxygen water tank in
It is cooling, and converge in collection oxygen case, oxygen is pressed by the plenum interior in exchange end replacing mechanism by appendix, by by oxygen
When gas pushes the one-way pneumatic valve movement opened, oxygen input terminal is closed, inputted oxygen is made to pass through oxygen output one
A outlet end enters in appendix.
For the prior art, the present invention is mainly utilized, and exchange end replacing mechanism is matched with cooling Ji Yang mechanism, is led to
It crosses the oxygen generated to heating reaction mechanism and is collected pressurization, to serve as interim oxygenerator, and carry out continuing oxygen supply, meet with
The larger insufficient sufferer of oxygen usage amount is in use, oxygenerator can timely and effectively be served as, to play to sufferer life security
It is further to ensure.
Detailed description of the invention
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon:
Fig. 1 is the structural schematic diagram for the compressor that the present invention has motor rotor.
Fig. 2 is the schematic diagram of internal structure for the compressor that the present invention has motor rotor.
Fig. 3 is the inside detailed construction schematic diagram for the compressor that the present invention has motor rotor.
Fig. 4 is detailed construction schematic diagram inside the motion state for the compressor that the present invention has motor rotor.
In figure: universal wheel -1, support baseboard -2, urgent oxygenerator -3, pressure gauge display board -4, hand cradle -5, Medical pressure
Contracting machine shell -6, flow control device -31, power controling machine structure -32, active force arrestment mechanism -33, cooling Ji Yang mechanism -34,
Heating reaction mechanism -35, exchange end replacing mechanism -37, pressure-measuring pipe -311, connecting tube -312, shuts off at storage body dumping mechanism -36
Regulating valve -313, fixing clamp -315, movable brake bar -321, turntable -322, circumscripted power line -323, is led at sliding stem -314
Electric pole -324, power block -325, conducting block -331, built-in power line -332, motor -333, blimp -334, driving belt -
335, the first belt pulley -336, rotor shaft -337, guiding rotating cylinder -338, connecting rod -339, cam -3310, movable block -
3311, the first spacing bracing wire -3312, appendix -341, filter oxygen water tank -342, collection oxygen case -343, reaction gas ingress pipe -344,
Reaction chamber -351, heat-conducting plate -352, abrading block -353, flint block -354, pulley -355, helical teeth bar -356, the second belt pulley -357,
Fixed slide plate -358, reaction chamber -351, heat-conducting plate -352, abrading block -353, flint block -354, pulley -355, helical teeth bar -356,
Second belt pulley -357, tension spring -361, pulling force block -362, the second spacing bracing wire -363, resets bullet at fixed slide plate -358
Spring sealing plate -364, third spacing bracing wire -365, reset trigger block -366, spring push plate -367, fixed plate -368, reactant storage
Case -369, efferent duct -3610, fixed platform sling -371, one-way pneumatic valve -372, the 4th spacing bracing wire -373, fixed spring -374,
5th spacing bracing wire -375, four leaf line wheels -376, gas chamber -377, oxygen output -378, oxygen input terminal -379, limiting block
Piece -3710.
Specific embodiment
To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, below with reference to
Specific embodiment and Detailed description of the invention, the preferred embodiment that the present invention is further explained.
Embodiment
Fig. 1-Fig. 4 is please referred to, the present invention provides the compressor with motor rotor, and structure includes universal wheel 1, support
Bottom plate 2, urgent oxygenerator 3, pressure gauge display board 4, hand cradle 5, medical-grade compressor shell 6, the hand cradle 5 set altogether there are two point
Not She Yu 6 top two sides of medical-grade compressor shell and its bottom end be fixedly connected on medical-grade compressor shell 6 by the way of electric welding
Top, 4 bottom end of pressure gauge display board are mounted on 6 top of medical-grade compressor shell, the urgent system by way of inlaying
Oxygen device 3 is mounted on inside medical-grade compressor shell 6 by way of insertion, and 6 bottom end of medical-grade compressor shell is using electricity
The mode of weldering is fixedly connected on 2 top of support baseboard, and the universal wheel 1 sets that there are four be respectively arranged on 2 bottom end four of support baseboard altogether
Angle and its top are fixedly connected on 2 bottom end of support baseboard by the way of electric welding.
The urgent oxygenerator 3 include flow control device 31, power controling machine structure 32, active force arrestment mechanism 33,
Cool down Ji Yang mechanism 34, heating reaction mechanism 35, storage body dumping mechanism 36, exchange end replacing mechanism 37, the medical-grade compressor
6 inner tip of shell is equipped with exchange end replacing mechanism 37, the exchange end replacing mechanism far from 31 one end of flow control device
37 one end are fixed together with 31 right end of flow control device, are sequentially installed with immediately below the exchange end replacing mechanism 37
Store body dumping mechanism 36, heating reaction mechanism 35, cooling Ji Yang mechanism 34,35 top of heating reaction mechanism and storage self-unloading
36 bottom end of mechanism is fixed together, and 34 top of cooling Ji Yang mechanism is fixedly connected on heating 35 bottom end of reaction mechanism
Together, active force arrestment mechanism 33 and mechanical connection are installed together on the left of the cooling Ji Yang mechanism 34, the stream
Amount regulating mechanism 31 immediately below be equipped with power controling machine structure 32 and its be fixedly connected on one inside medical-grade compressor shell 6
It rises, 33 top of active force arrestment mechanism and storage 36 right end of body dumping mechanism are mechanically coupled together.
The flow control device 31 include pressure-measuring pipe 311, connecting tube 312, regulating valve of shutting off 313, sliding stem 314,
Fixing clamp 315, it is aobvious that described separate 313 one end of regulating valve of shutting off of pressure-measuring pipe 311 is fixedly connected on pressure gauge by the way of electric welding
Show 4 inside of plate close to 313 one end of regulating valve of shutting off, the pressure-measuring pipe 311 is far from 4 one end of pressure gauge display board using the side of electric welding
Formula is fixedly connected on regulating valve 313 of shutting off close to 4 one end of pressure gauge display board, 315 inside of clamp and regulating valve 313 of shutting off
Outer surface is fixed together, and the connecting tube 312 is installed by way of insertion far from 37 one end of exchange end replacing mechanism
In regulating valve 313 of shutting off far from 4 one end of pressure gauge display board, 314 top of institute's sliding stem is mounted on by way of insertion to be stated
Inside regulating valve of shutting off 313.
The power controling machine structure 32 include movable brake bar 321, turntable 322, circumscripted power line 323, conducting rod 324,
Power block 325,321 bottom end of the activity brake bar are mounted on 322 top end face of turntable, the external power supply by way of insertion
323 end of line is fixedly connected on 324 middle position of conducting rod by the way of electric welding, and the conducting rod 324 is far from power block 325
One end is mounted on 322 bottom end of turntable by way of insertion, and the conducting rod 324 is far from 322 one end of turntable using the side of electric welding
Formula is fixedly connected on power block 325 close to 322 one end of turntable.
The active force arrestment mechanism 33 includes conducting block 331, built-in power line 332, motor 333, blimp 334, passes
Dynamic belt 335, the first belt pulley 336, rotor shaft 337, guiding rotating cylinder 338, connecting rod 339, cam 3310, movable block
3311, the first spacing bracing wire 3312,334 bottom end of blimp are fixedly connected on medical-grade compressor shell by the way of electric welding
Keep left position among 6 inner bottoms, and motor 333 is equipped with inside the blimp 334 and its bottom end is consolidated by the way of electric welding
Surely the position that keeps left is connected among 6 inner bottom of medical-grade compressor shell, and 331 bottom end of conducting block is pacified by way of inlaying
Keep left position among 334 top of blimp, and 331 bottom end of conducting block passes through built-in power line 332 and one end motor 333
It is fixed together, 337 bottom end of rotor shaft sequentially passes through in the first belt pulley 336,334 top of blimp and passes through
The mode of insertion is mounted on 333 top of motor, and 336 outer ring surface of the first belt pulley is reacted by driving belt 335 with heating
35 one end of mechanism is movably connected, and 337 top of rotor shaft is mounted on guiding 338 bottom of rotating cylinder by way of insertion
Axle center is held, the connecting rod 339 is mounted on inside guiding rotating cylinder 338 far from 3310 one end of cam by way of insertion, described
Connecting rod 339 is mounted on close guiding 338 one end of rotating cylinder of cam 3310 far from guiding 338 one end of rotating cylinder by way of insertion,
The 3310 outer ring surface top of cam is bonded with 3311 bottom end of movable block, and 3311 outer ring surface of movable block is drawn by the first spacing
Line 3312 is fixed together with storage body dumping mechanism 36.
The cooling Ji Yang mechanism 34 includes appendix 341, filter oxygen water tank 342, collection oxygen case 343, reaction gas ingress pipe
344,341 bottom end of appendix is mounted on filter 342 top of oxygen water tank far from 341 side of appendix, institute by way of insertion
It states collection 343 bottom outer surface of oxygen case and is fixedly connected on filter 342 top left hand inner surface of oxygen water tank by the way of electric welding, it is described anti-
344 bottom end of gas introduction tube is answered to be mounted on collection 343 top of oxygen case by way of insertion far from 341 side of appendix.
The heating reaction mechanism 35 include reaction chamber 351, heat-conducting plate 352, abrading block 353, flint block 354, pulley 355,
Helical teeth bar 356, the second belt pulley 357, fixed slide plate 358,357 outer ring surface of the second belt pulley pass through driving belt 335
It is movably connected with 336 outer ring surface of the first belt pulley, 352 bottom end of heat-conducting plate is mounted on reaction by way of inlaying
351 inner bottom of case, 355 bottom end of pulley is mounted on fixed 358 inner tip of slide plate by way of inlaying, described oblique
356 bottom end of ratch passes through the side of insertion far from 32 one end of power controling machine structure through 354 shaft core position reaction chamber 351 of flint block
Formula is mounted on 6 inner right side middle position of medical-grade compressor shell.
The storage body dumping mechanism 36 includes tension spring 361, pulling force block 362, the second spacing bracing wire 363, reset spring
Sealing plate 364, third spacing bracing wire 365, reset trigger block 366, spring push plate 367, fixed plate 368, reactant storage box 369,
Efferent duct 3610, the reactant storage box 369 are fixedly connected on by the way of electric welding far from 31 one end of flow control device
Upper position among 6 inner right side of medical-grade compressor shell, the tension spring 361 are adopted far from 6 one end of medical-grade compressor shell
Pulling force block 362 is fixedly connected on close to 6 one end of medical-grade compressor shell with the mode of electric welding, and the pulling force block 362 is far from pulling force
361 one end of spring is fixed together by the first spacing bracing wire 3312 with movable block 3311, and the reset trigger block 366 is remote
It is fixed together from 363 one end of the second spacing bracing wire by third spacing bracing wire 365 and 364 top of reset spring sealing plate,
The reset trigger block 366 passes through the second spacing bracing wire 363 and close fixed plate 368 1 far from 365 one end of third spacing bracing wire
End is fixed together, and 3610 top of efferent duct is mounted in 369 bottom end of reactant storage box by way of insertion
Between keep left position.
The exchange end replacing mechanism 37 includes fixation platform sling 371, one-way pneumatic valve 372, the 4th spacing bracing wire 373, consolidates
Determine spring 374, the 5th spacing bracing wire 375, four leaf line wheels 376, gas chamber 377, oxygen output 378, oxygen input terminal 379, limit
Position baffle 3710, the fixed platform sling 371 are fixedly connected on outside medical-grade compressor by the way of electric welding far from 377 one end of gas chamber
Inside 6 top of shell, the fixed platform sling 371 is fixedly connected on gas by the way of electric welding far from 6 one end of medical-grade compressor shell
377 top of room, 378 back of oxygen output are mounted on inside gas chamber 377 by way of insertion, the oxygen input terminal
379 backs are mounted on inside gas chamber 377 by way of insertion, and the limit baffle 3710 is far from 379 top of oxygen input terminal
374 bottom end of fixed spring is fixedly connected on by the way of electric welding, 379 top of oxygen input terminal passes through the 4th spacing bracing wire
373 are fixed together with four leaf line wheels 376, and the one-way pneumatic valve 372 passes through the 5th spacing far from 341 right end of appendix
Bracing wire 375 is fixed together with four leaf line wheels, 376 inner ring.
The principle of the present invention: the movable brake bar 321 in power controling machine structure 32 is pushed to surround in its guidance lower rotary table 322
Pivot Point Center is rotated counterclockwise and power block 325 is driven to slide, when power block 325 is moved to and active force arrestment mechanism 33
In the fitting of 331 top end face of conducting block, the power supply for having circumscripted power line 323 to access is conveyed into motor 333, motor 333 is logical
Institute's inputing power is converted mechanical energy by acting after electricity, and the rotor shaft 337 by being embedded within portion receives its conversion and can go forward side by side
The multidirectional transmitting of row, when the flint block 354 in heating reaction mechanism 35 is moved in the case where the rotation engagement of helical teeth bar 356 drives to upper end
It is dynamic, and carry out continuous frictional with helical teeth bar 353, thermal energy is converted mechanical energy into, by helical teeth bar 352 to inside reaction chamber 351
Hot transmitting is carried out, follows 337 mechanical energy synchronous rotary of rotor shaft in guiding rotating cylinder 338, and pass through movable movable block 3311
It is moved up and down under the control of movable block 3310, when it carries out primary complete reciprocating motion, stores the bullet in body dumping mechanism 36
Spring push plate 367 is synchronous with reset spring 364 once to be moved back and forth, when reset spring 364 is shunk in reactant storage box
Reactant in 369 enters in 351, and heated to react, reactant mixes MnO2+ by potassium chlorate and manganese dioxide
2KClO3==2KCl+3O2 ↑, when oxygen enters filter oxygen water tank by the reaction gas ingress pipe 344 in cooling Ji Yang mechanism 34
Gas chamber cooling in 342, and converge in collection oxygen case 343, being pressed into oxygen by appendix 341 in exchange end replacing mechanism 37
Inside 377, when by pushing the one-way pneumatic valve 372 opened to move by oxygen, oxygen input terminal 379 being closed, makes to be inputted
Oxygen entered in appendix by 378 one outlet end of oxygen output.
Universal wheel 1 of the present invention is exactly so-called movable castor, its structure tolerable injury level 360 degree rotation, castor
It is a general designation, including movable castor and rigid castors, rigid castors do not have rotational structure, cannot horizontally rotate vertically to turn
Dynamic, both castors are typically all collocation, for example the structure of trolley is two, front fast pulley, and back is helped close to promotion
Hand is two movable universal wheels, and the cam 3310 refers to mechanical revolution or sliding part such as wheel or the protrusion of wheel,
It movement is passed to against the mobile idler wheel in its edge or on groove face the shank of free movement or it from such idler wheel
It is withstood forces in shank, cam-follower mechanism may be designed to be able to satisfy substantially any input/output relation one in its motion range
For certain purposes, cam and link mechanism can serve same.
Problems solved by the invention is in outgoing first aid, due to the constant a large amount of carryings of high-concentration oxygen, when experience oxygen
The larger insufficient sufferer of usage amount is in use, be easy to threaten sufferer life security., the present invention pass through above-mentioned component mutual group
It closes, the present invention mainly utilizes, and exchange end replacing mechanism is matched with cooling Ji Yang mechanism, passes through what is generated to heating reaction mechanism
Oxygen is collected pressurization, to serve as interim oxygenerator, and carries out continuing oxygen supply, meets with the larger insufficient sufferer of oxygen usage amount
In use, oxygenerator can timely and effectively be served as, to play further guarantee to sufferer life security.
The basic principles, main features and advantages of the present invention have been shown and described above, the technology of the industry
Personnel are it should be appreciated that the present invention is not limited to the above embodiments, and the above embodiments and description only describe this
The principle of invention can not only be realized in other specific forms under the premise of not departing from spirit of that invention or essential characteristic
The present invention will also have various changes and improvements, these changes and improvements both fall within scope of the claimed invention, therefore this hair
Bright claimed range is defined by appended claims and its equivalent, rather than above description limits.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiments being understood that.
Claims (8)
1. the compressor with motor rotor, it is characterised in that: its structure includes universal wheel (1), support baseboard (2), urgent
Oxygenerator (3), pressure gauge display board (4), hand cradle (5), medical-grade compressor shell (6), the hand cradle (5) set altogether there are two point
Not She Yu medical-grade compressor shell (6) top two sides and its bottom end be fixedly connected on medical-grade compressor shell by the way of electric welding
(6) top, pressure gauge display board (4) bottom end is mounted on medical-grade compressor shell (6) top by way of inlaying, described
Urgent oxygenerator (3) is mounted on medical-grade compressor shell (6) inside, the medical-grade compressor shell by way of insertion
(6) bottom end is fixedly connected on support baseboard (2) top by the way of electric welding, and the universal wheel (1) sets that there are four set respectively altogether
In support baseboard (2) bottom end quadrangle and its top is fixedly connected on support baseboard (2) bottom end by the way of electric welding.
The urgent oxygenerator (3) includes flow control device (31), power controling machine structure (32), active force arrestment mechanism
(33), cool down Ji Yang mechanism (34), heating reaction mechanism (35), storage body dumping mechanism (36), exchange end replacing mechanism (37), institute
It states medical-grade compressor shell (6) inner tip and exchange end replacing mechanism (37) is installed far from flow control device (31) one end,
Described exchange end replacing mechanism (37) one end is fixed together with flow control device (31) right end, and the exchange end is exchanged
Storage body dumping mechanism (36), heating reaction mechanism (35), cooling Ji Yang mechanism (34), institute are sequentially installed with immediately below mechanism (37)
It states heating reaction mechanism (35) top to be fixed together with storage body dumping mechanism (36) bottom end, the cooling Ji Yang mechanism
(34) top is fixed together with heating reaction mechanism (35) bottom end, is equipped with master on the left of the cooling Ji Yang mechanism (34)
Power brake mechanism (33) and mechanical connection is together is equipped with power supply control immediately below the flow control device (31)
Mechanism (32) and its with medical-grade compressor shell (6) inside be fixed together, active force arrestment mechanism (33) top
It is mechanically coupled together with storage body dumping mechanism (36) right end.
2. the compressor according to claim 1 with motor rotor, it is characterised in that: the flow control device
It (31) include pressure-measuring pipe (311), connecting tube (312), regulating valve of shutting off (313), sliding stem (314), fixing clamp (315), institute
Pressure-measuring pipe (311) separate regulating valve (313) one end of shutting off is stated to be fixedly connected on by the way of electric welding in pressure gauge display board (4)
Portion is close to regulating valve (313) one end of shutting off, and the pressure-measuring pipe (311) is far from pressure gauge display board (4) one end using the side of electric welding
Formula is fixedly connected on regulating valve of shutting off (313) close to pressure gauge display board (4) one end, clamp (315) inside and the tune that shuts off
Section valve (313) outer surface is fixed together, and the connecting tube (312) passes through embedding far from exchange end replacing mechanism (37) one end
The mode entered is mounted on regulating valve of shutting off (313) far from pressure gauge display board (4) one end, and institute sliding stem (314) top passes through
The mode of insertion, which is mounted on, states regulating valve of shutting off (313) inside.
3. the compressor according to claim 1 with motor rotor, it is characterised in that: the power controling machine structure
It (32) include movable brake bar (321), turntable (322), circumscripted power line (323), conducting rod (324), power block (325), institute
It states movable brake bar (321) bottom end and is mounted on turntable (322) top end face, the circumscripted power line (323) by way of insertion
End is fixedly connected on conducting rod (324) middle position by the way of electric welding, and the conducting rod (324) is far from power block
(325) one end is mounted on turntable (322) bottom end by way of insertion, and the conducting rod (324) is adopted far from turntable (322) one end
Power block (325) are fixedly connected on close to turntable (322) one end with the mode of electric welding.
4. the compressor according to claim 1 with motor rotor, it is characterised in that: the active force arrestment mechanism
It (33) include conducting block (331), built-in power line (332), motor (333), blimp (334), driving belt (335), first
Belt pulley (336), rotor shaft (337), guiding rotating cylinder (338), connecting rod (339), cam (3310), movable block (3311),
First spacing bracing wire (3312), blimp (334) bottom end are fixedly connected on medical-grade compressor shell by the way of electric welding
(6) keep left position among inner bottom, and motor (333) is equipped with inside the blimp (334) and its bottom end is using electric welding
Mode is fixedly connected among medical-grade compressor shell (6) inner bottom the position that keeps left, and conducting block (331) bottom end passes through edge
Embedding mode is mounted among blimp (334) top the position that keeps left, and conducting block (331) bottom end passes through built-in power line
(332) it is fixed together with one end motor (333), rotor shaft (337) bottom end is sequentially passed through in the first belt pulley
(336), blimp (334) top and motor (333) top is mounted on by way of insertion, first belt pulley (336)
Outer ring surface is movably connected by driving belt (335) and heating reaction mechanism (35) one end, the rotor shaft (337)
Top is mounted on guiding rotating cylinder (338) bottom end axle center by way of insertion, and the connecting rod (339) is far from cam (3310) one
End is mounted on guiding rotating cylinder (338) inside by way of insertion, and the connecting rod (339) is far from guiding rotating cylinder (338) one end
Cam (3310) are mounted on by way of insertion close to guiding rotating cylinder (338) one end, cam (3310) the outer ring surface top
It is bonded with movable block (3311) bottom end, movable block (3311) outer ring surface passes through the first spacing bracing wire (3312) and storage self-unloading
Mechanism (36) is fixed together.
5. the compressor according to claim 1 with motor rotor, it is characterised in that: the cooling Ji Yang mechanism
It (34) include appendix (341), filter oxygen water tank (342), collection oxygen case (343), reaction gas ingress pipe (344), the appendix
(341) bottom end is mounted on filter oxygen water tank (342) top far from appendix (341) side, the collection oxygen case by way of insertion
(343) bottom outer surface is fixedly connected on filter oxygen water tank (342) top left hand inner surface, the reaction gas by the way of electric welding
Body ingress pipe (344) bottom end is mounted on collection oxygen case (343) top far from appendix (341) side by way of insertion.
6. the compressor according to claim 1 or 4 with motor rotor, it is characterised in that: the heating reaction machine
Structure (35) includes reaction chamber (351), heat-conducting plate (352), abrading block (353), flint block (354), pulley (355), helical teeth bar
(356), the second belt pulley (357), fixed slide plate (358), the second belt pulley (357) outer ring surface pass through driving belt
(335) it is movably connected with the first belt pulley (336) outer ring surface, heat-conducting plate (352) bottom end is by way of inlaying
It is mounted on reaction chamber (351) inner bottom, pulley (355) bottom end is mounted on fixed slide plate by way of inlaying
(358) inner tip, helical teeth bar (356) bottom end is through flint block (354) shaft core position reaction chamber (351) far from power supply
Control mechanism (32) one end is mounted on medical-grade compressor shell (6) inner right side middle position by way of insertion.
7. the compressor according to claim 1 or 4 with motor rotor, it is characterised in that: the storage self unloading machine
Structure (36) includes tension spring (361), pulling force block (362), the second spacing bracing wire (363), reset spring sealing plate (364), third
It is spacing bracing wire (365), reset trigger block (366), spring push plate (367), fixed plate (368), reactant storage box (369), defeated
Outlet pipe (3610), the reactant storage box (369) fixed company by the way of electric welding far from flow control device (31) one end
It is connected to upper position among medical-grade compressor shell (6) inner right side, the tension spring (361) is far from medical-grade compressor shell
(6) one end is fixedly connected on pulling force block (362) close to medical-grade compressor shell (6) one end, the pulling force by the way of electric welding
Block (362) is fixedly connected on one by the first spacing bracing wire (3312) and movable block (3311) far from tension spring (361) one end
It rises, the reset trigger block (366) by third spacing bracing wire (365) and resets bullet far from second spacing bracing wire (363) one end
Spring sealing plate (364) top is fixed together, and the reset trigger block (366) is logical far from third spacing bracing wire (365) one end
It crosses the second spacing bracing wire (363) to be fixed together with close to fixed plate (368) one end, efferent duct (3610) top is logical
The mode for crossing insertion is mounted among reactant storage box (369) bottom end the position that keeps left.
8. the compressor according to claim 1 or 2 with motor rotor, it is characterised in that: the exchange end is exchanged
Mechanism (37) includes fixed platform sling (371), one-way pneumatic valve (372), the 4th spacing bracing wire (373), fixed spring (374), the
Five spacing bracing wires (375), four leaf line wheels (376), gas chamber (377), oxygen output (378), oxygen input terminal (379), limit
Baffle (3710), the fixed platform sling (371) are fixedly connected on medical compression by the way of electric welding far from gas chamber (377) one end
Inside machine shell (6) top, the fixed platform sling (371) is consolidated by the way of electric welding far from medical-grade compressor shell (6) one end
Surely it is connected to gas chamber (377) top, oxygen output (378) back is mounted in gas chamber (377) by way of insertion
Portion, oxygen input terminal (379) back are mounted on gas chamber (377) inside, the limit baffle by way of insertion
(3710) fixed spring (374) bottom end, the oxygen are fixedly connected on by the way of electric welding far from oxygen input terminal (379) top
Gas input terminal (379) top is fixed together by the 4th spacing bracing wire (373) with four leaf line wheels (376), described unidirectional
Pneumatic operated valve (372) connects far from appendix (341) right end by the way that the 5th spacing bracing wire (375) and four leaf line wheel (376) inner ring are fixed
It is connected together.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811116067.6A CN109395225B (en) | 2018-09-25 | 2018-09-25 | Compressor with motor rotor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811116067.6A CN109395225B (en) | 2018-09-25 | 2018-09-25 | Compressor with motor rotor |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109395225A true CN109395225A (en) | 2019-03-01 |
| CN109395225B CN109395225B (en) | 2021-04-02 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811116067.6A Active CN109395225B (en) | 2018-09-25 | 2018-09-25 | Compressor with motor rotor |
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| Country | Link |
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| CN (1) | CN109395225B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112891693A (en) * | 2021-03-05 | 2021-06-04 | 山西白求恩医院(山西医学科学院) | Anesthesia machine with gaseous automatic humidification function for surgery operation |
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| CN108014404A (en) * | 2018-01-26 | 2018-05-11 | 青岛大学附属医院 | A kind of clinical urgent respiratory system of internal medicine |
| CN207356337U (en) * | 2017-03-09 | 2018-05-15 | 中国医科大学附属盛京医院 | A kind of obstetrics' oxygen supply device |
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| US4134940A (en) * | 1977-10-25 | 1979-01-16 | Aerwey Laboratories, Inc. | Humidifier adapter with audio relief valve |
| CN87210681U (en) * | 1987-10-28 | 1988-08-10 | 苏铁力 | Portable oxygen generator |
| CN1049137A (en) * | 1989-08-25 | 1991-02-13 | 北京大学 | A kind of oxygen generating plant |
| CN207356337U (en) * | 2017-03-09 | 2018-05-15 | 中国医科大学附属盛京医院 | A kind of obstetrics' oxygen supply device |
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| CN112891693A (en) * | 2021-03-05 | 2021-06-04 | 山西白求恩医院(山西医学科学院) | Anesthesia machine with gaseous automatic humidification function for surgery operation |
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| Publication number | Publication date |
|---|---|
| CN109395225B (en) | 2021-04-02 |
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Effective date of registration: 20210312 Address after: 518000 building 39-1, Dayun software Town, 8288 Longgang Avenue, Henggang street, Longgang District, Shenzhen City, Guangdong Province Applicant after: SHENZHEN DEDA HEALTH Co.,Ltd. Address before: 810, Sangda building, 46 HUAFA North Road, Futian District, Shenzhen, Guangdong 518031 Applicant before: SHENZHEN XIN AN MAN FINANCIAL SERVICES Co.,Ltd. |
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Address after: 518000 building 39-1, Dayun software Town, 8288 Longgang Avenue, Henggang street, Longgang District, Shenzhen City, Guangdong Province Patentee after: Shenzhen Deda Medical Technology Group Co.,Ltd. Address before: 518000 building 39-1, Dayun software Town, 8288 Longgang Avenue, Henggang street, Longgang District, Shenzhen City, Guangdong Province Patentee before: SHENZHEN DEDA HEALTH Co.,Ltd. |
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Effective date of registration: 20220408 Address after: 418000 plant 10, Deda Industrial Park, Jianshe Avenue, Huaihua high tech Zone, Huaihua City, Hunan Province Patentee after: Deda medical (Hunan) Co.,Ltd. Address before: 518000 building 39-1, Dayun software Town, 8288 Longgang Avenue, Henggang street, Longgang District, Shenzhen City, Guangdong Province Patentee before: Shenzhen Deda Medical Technology Group Co.,Ltd. |