CN109223130A - A kind of Cardiological puncture positioning device - Google Patents
A kind of Cardiological puncture positioning device Download PDFInfo
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- CN109223130A CN109223130A CN201811224312.5A CN201811224312A CN109223130A CN 109223130 A CN109223130 A CN 109223130A CN 201811224312 A CN201811224312 A CN 201811224312A CN 109223130 A CN109223130 A CN 109223130A
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B17/00—Surgical instruments, devices or methods, e.g. tourniquets
- A61B17/34—Trocars; Puncturing needles
- A61B17/3403—Needle locating or guiding means
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B17/00—Surgical instruments, devices or methods, e.g. tourniquets
- A61B17/34—Trocars; Puncturing needles
- A61B17/3403—Needle locating or guiding means
- A61B2017/3405—Needle locating or guiding means using mechanical guide means
- A61B2017/3409—Needle locating or guiding means using mechanical guide means including needle or instrument drives
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Abstract
The invention discloses a kind of Cardiological puncture positioning devices, its structure includes: castor, pedestal, drawer, workbench, gas gauge, anaesthetize mechanism, evaporator, top cover, display, power switch, tracheae, oxygen concentration sensor, Manual bladder, soda lime tank, supporting vertical plate, castor sets there are four altogether and is uniformly installed on pedestal bottom end and is gap-matched, pedestal is fixed on castor upper end vertically and welds together with supporting vertical plate, drawer sets there are two altogether and is uniformly installed on workbench lower end and welds together with supporting vertical plate, the present invention, which anaesthetizes mechanism and realizes, facilitates help and control patient respiration, guarantee that patient there are enough ventilatory capacities, the data detected by display, reasonably adjust the operation of machine, the parameters such as depth of anesthesia and flesh pine are monitored, so that the safety and validity of patient's anesthesia It is greatly improved, and avoids harm of the micro anesthetic gases to the health of operating room technician.
Description
Technical field
The present invention is a kind of Cardiological puncture positioning device, belongs to Cardiological puncture positioning device technical field.
Background technique
Hospital perform an operation to patient anaesthetize when, it is most of be repeatedly punctured using disposable syringe into
Row anesthesia, not only operates very troublesome, time-consuming and laborious, and anaesthetic diffusion is slower, seriously affects operation progress, gives medical matters
Personnel increase workload, and the needle body of this injection is more straight, when anaesthetizing to patient, carry out to surface texture
Anesthesia is easier, then relatively difficult for the organ of certain cavity classes, increases working strength and difficulty to medical worker, and
And if estimated anaesthetic effect is not achieved, the distress level of patients surgery also will increase.
But the prior art is incomplete, and the depth of anesthesia of this anesthesia method is not easily controlled and not can be carried out auxiliary and exhales
It inhales and control breathes, to the irritating effect of respiratory tract, anesthesia duration is also difficult to carry out PREDICTIVE CONTROL, the progress of operation is affected,
To the postoperative factor for restoring to also bring along lot of unstable.
Summary of the invention
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of Cardiological puncture positioning device, to solve
The prior art is incomplete, and the depth of anesthesia of this anesthesia method is not easily controlled and not can be carried out assisted respiartion and control is exhaled
It inhales, to the irritating effect of respiratory tract, anesthesia duration is also difficult to carry out PREDICTIVE CONTROL, the progress of operation is affected, to postoperative
The problem of recovery also brings along the factor of lot of unstable.
To achieve the goals above, the present invention is to realize by the following technical solutions: a kind of Cardiological Needle localization
Device, structure include: castor, pedestal, drawer, workbench, gas gauge, anesthesia mechanism, evaporator, top cover, display,
Power switch, tracheae, oxygen concentration sensor, Manual bladder, soda lime tank, supporting vertical plate, the castor set altogether there are four and
Even to be installed on pedestal bottom end and be gap-matched, the pedestal is fixed on castor upper end vertically and welds with supporting vertical plate
Together, the drawer sets there are two altogether and is uniformly installed on workbench lower end and welds together with supporting vertical plate, described
Workbench rectangular cross-section structure and vertically it is tightly attached to drawer upper end and axle center is conllinear, the gas gauge level insertion fiber crops
Liquor-saturated in-house front end and use electrical connection, the anesthesia mechanism are vertically arranged to pedestal upper end and use with soda lime tank
Mechanical connection, the evaporator set there are two and are horizontally fixed on anesthesia mechanism side and altogether using interference fit, the top
Lid is tightly attached to anesthesia mechanism top vertically and is gap-matched, the display rectangular cross-section structure and horizontal insertion fiber crops
Liquor-saturated in-house front end and use electrical connection, the power switch are installed vertically on display lower end and adopt with anesthesia mechanism
With matching, the tracheae is embedded in inside soda lime tank vertically and with anesthesia mechanism using being mechanically connected, and the oxygen concentration passes
Sensor sets there are two altogether and is uniformly installed on soda lime tank upper end, the Manual bladder be horizontally fixed on anesthesia mechanism side and
With tracheae using matching, the soda lime tank is horizontally fixed on anesthesia mechanism side and is integrated, the support
Vertical plate sets there are two altogether and is uniformly installed on drawer left and right ends and together with tube chamber welds with base, and the anesthesia mechanism is by castor
Transmission mechanism, gas supply system, air spring port, jet discharge device, pipe-line system, valve, locking device, ventilator,
Breathing circuit, mask composition, the castor transmission mechanism set altogether there are two and be vertically arranged to gas supply system lower end and
It is gap-matched, the gas supplies system level and is fixed on air spring port right end and with jet discharge device using machine
Tool connection, the air spring port are installed vertically on pipe-line system lower end and using electrical connection, the jet discharge device water
Flat insertion gas supplies internal system side and with air spring port using being interference fitted, and the pipe-line system is tightly attached to vertically
Air spring port upper end and system is supplied using matching with gas, the valve is installed vertically on jet discharge device
End, the locking device are horizontally fixed on gas and supply system right end and with ventilator using mechanical connection, the ventilator
Level is embedded in right end inside locking device and is gap-matched, and the breathing circuit is integrated with ventilator, institute
Mask horizontal nest is stated in ventilator right end and using threaded connection.
Further, the castor transmission mechanism is made of fixed block, fixed vertical bar, transmission shaft, idler wheel, tripod, institute
It states fixed block to be fixed on fixed vertical bar upper end vertically and weld together, the fixed vertical bar sets there are four altogether and vertically fixes
Interference fit is used in idler wheel upper end and with transmission shaft, the transmission shaft level is embedded in inside fixed vertical bar and adopts with idler wheel
With mechanical connection, the idler wheel sets there are four altogether and is uniformly fixed on pedestal bottom end, and the tripod level is tightly attached to fixed perpendicular
Bar side end and weld together.
Further, the air spring port is by fixing cross tube, reset spring, fixed sheer pole, first pulley, skin
Band, second pulley composition, the fixed cross tube are fixed on fixed sheer pole upper end and with reset spring using gap vertically
Cooperation, the reset spring are horizontally installed in the middle part of fixed cross tube and fixed sheer pole, and the fixed sheer pole is vertically close to
It in first pulley upper end and is gap-matched, the belt horizontal nest is in first pulley and second pulley outer ring and adopts
With interference fit, the second pulley is conllinear with first pulley axle center.
Further, the jet discharge device is made of fixed block, push rod, transmission gear, and the fixed block section is
Rectangular configuration and be horizontally fixed on push rod upper end and weld together, the push rod be embedded in inside fixed block vertically and with biography
Moving gear using interference fit, be tightly attached to gas and supply system side by the transmission gear level.
Further, the pipe-line system is by contact, the first driving wheel, the second driving wheel, the first truckle, the second small cunning
Wheel composition, the contact are tightly attached to fixed cross tube upper end vertically and are gap-matched, first driving wheel and second
Driving wheel axle center is conllinear, and second driving wheel is horizontally installed to the first driving wheel left end and using mechanical connection, and described the
One truckle is installed vertically on gas and supplies system upper end, and second truckle is integrated with the first truckle.
Further, the valve is made of fixed strip, bellows assembly, spring, and the fixed strip is fixed on gas vertically
Feeding system upper end and with bellows assembly using be interference fitted, the bellows assembly is conllinear with spring axis, the spring erect
Straight installation is matched with bellows assembly top and use.
Further, the locking device is made of set casing, waste scavenging system, pressurization storehouse, driving lever, the fixation
Shell is vertically fixed on pressurization storehouse upper end and with driving lever using matching, and the waste scavenging system is fixed on pressurization storehouse vertically
Lower end and with gas supply system using be mechanically connected, the pressurization storehouse is conllinear with driving lever axle center, and the driving lever is vertical
It is embedded in waste scavenging internal system.
Further, the drawer is conllinear with workbench axle center.
Beneficial effect
A kind of Cardiological puncture positioning device of the present invention is made the power switch for anaesthetizing device front end starting by anesthetist
Current electrifying, in such a system, downstream portion and oxygen concentration sensor of the live gas from anesthesia mechanism in soda lime tank
Upstream section enter breathing circuit, original gas mixing in the live gas and circuit system come in flows through oxygen concentration
Sensor reaches pipe-line system with reusable or disposable corrugated conduit is flowed through, and the gas of patient's exhalation, which flows through, to follow
Another expiration of loop system, enters Manual bladder by the expiration unidirectional valve in oxygen concentration sensor internal structure, then lead to
It crosses extruding Manual bladder and generates positive pressure, force the gas collected by waste scavenging system, due to flowing into the new of breathing circuit
Fresh air is more much more than the gas that patient and absorbent consume, therefore installs one in soda lime jar structure and fix in this way
Shell, when pressure is more than specified value, excessive gas can be escaped, and make gas full of lung to squeeze Manual bladder, work as use
When auxiliary or control breathing, to be depressed using bellows assembly in air-breathing, pull-up guarantees that patient has enough ventilatory capacities when expiration,
Simultaneously according to actual needs, adjustment ether switch realizes and help and control patient is facilitated to exhale to maintain stable level of anesthesia
It inhales, guarantees the data that patient has enough ventilatory capacities, detects by display, reasonably adjust the operation of machine, it is deep to anesthesia
The parameters such as degree and flesh pine are monitored, so that the safety of patient's anesthesia and validity are greatly improved, and are avoided
Harm of the micro anesthetic gases to the health of operating room technician.
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 a kind of structural schematic diagram of Cardiological puncture positioning device of the present invention.
Fig. 2 is a kind of anesthesia mechanism internal structure chart of Cardiological puncture positioning device of the present invention.
Fig. 3 is a kind of anesthesia mechanism internal structure chart of Cardiological puncture positioning device of the present invention.
Fig. 4 is a kind of anesthesia mechanism usage state diagram of Cardiological puncture positioning device of the present invention.
Fig. 5 is the A in Fig. 2.
In figure: castor -1, pedestal -2, drawer -3, workbench -4, gas gauge -5, anesthesia mechanism -6, evaporator -7,
Top cover -8, display -9, power switch -10, tracheae -11, oxygen concentration sensor -12, Manual bladder -13, soda lime tank -14,
Supporting vertical plate -15, castor transmission mechanism -601, gas supply system -602, air spring port -603, jet discharge device -
604, pipe-line system -605, valve -606, locking device -607, ventilator -608, breathing circuit -609, mask -610, fixation
Block -6011, transmission shaft -6013, idler wheel -6014, tripod -6015, fixed cross tube -6031, resets fixed vertical bar -6012
Spring -6032, fixed sheer pole -6033, first pulley -6034, belt -6035, second pulley -6036, fixed block -6041,
Push rod -6042, transmission gear -6043, contact -6051, the first driving wheel -6052, the second driving wheel -6053, the first truckle -
6054, the second truckle -6055, fixed strip -6061, bellows assembly -6062, spring -6063, set casing -6071, waste scavenging
System -6072, pressurization storehouse -6073, driving lever -6074.
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, the present invention is further explained.
Fig. 1-Fig. 5 is please referred to, the present invention provides a kind of Cardiological puncture positioning device technical solution: its structure includes: foot
Wheel 1, pedestal 2, drawer 3, workbench 4, gas gauge 5, anesthesia mechanism 6, evaporator 7, top cover 8, display 9, power switch
10, tracheae 11, oxygen concentration sensor 12, Manual bladder 13, soda lime tank 14, supporting vertical plate 15, there are four the castor 1 is set altogether
And be uniformly installed on 2 bottom end of pedestal and be gap-matched, the pedestal 2 be fixed on vertically 1 upper end of castor and with support
Vertical plate 15 welds together, and the drawer 3 sets there are two altogether and is uniformly installed on 4 lower end of workbench and welds with supporting vertical plate 15
It is connected together, 4 rectangular cross-section structure of workbench and is vertically tightly attached to 3 upper end of drawer and axle center is conllinear, the gas
The horizontal insertion of pressure gauge 5 anaesthetizes 6 interior forward end of mechanism and using electrical connection, and the anesthesia mechanism 6 is vertically arranged on pedestal 2
It holds and with soda lime tank 14 using being mechanically connected, the evaporator 7 sets there are two altogether and is horizontally fixed on anesthesia 6 side of mechanism
And using interference fit, the top cover 8 is tightly attached to anesthesia 6 top of mechanism vertically and is gap-matched, the display 9
Rectangular cross-section structure and level insertion anaesthetize 6 interior forward end of mechanism and using electrical connection, the vertical peaces of the power switch 10
Loaded on 9 lower end of display and with anesthesia mechanism 6 using matching, the tracheae 11 vertically 14 inside of insertion soda lime tank and
With anesthesia mechanism 6 using being mechanically connected, the oxygen concentration sensor 12 sets there are two altogether and is uniformly installed on soda lime tank 14
End, the Manual bladder 13 are horizontally fixed on anesthesia 6 side of mechanism and use with tracheae 11 and match, the soda lime tank 14
It is horizontally fixed on anesthesia 6 side of mechanism and is integrated, the supporting vertical plate 15 sets there are two altogether and is uniformly installed on
3 left and right ends of drawer and weld together with pedestal 2, the anesthesia mechanism 6 supplies system by castor transmission mechanism 601, gas
System 602, air spring port 603, jet discharge device 604, pipe-line system 605, valve 606, locking device 607, ventilator
608, breathing circuit 609, mask 610 form, and the castor transmission mechanism 601 sets there are two altogether and is vertically arranged to gas feeding
It 602 lower end of system and is gap-matched, the gas supplies system 602 and is horizontally fixed on 603 right end of air spring port simultaneously
And with jet discharge device 604 using being mechanically connected, the air spring port 603 is installed vertically on 605 lower end of pipe-line system simultaneously
And using electrical connection, the horizontal insertion gas of the jet discharge device 604 supply 602 inside side of system and with air cushion air inlet
Using interference fit, the pipe-line system 605 is tightly attached to 603 upper end of air spring port vertically and is supplied with gas is mouth 603
For system 602 using matching, the valve 606 is installed vertically on 604 upper end of jet discharge device, and the locking device 607 is horizontal
It is fixed on gas and supplies 602 right end of system and with ventilator 608 using being mechanically connected, the ventilator 608 is horizontal to be embedded in lock
Determine 607 inside right end of device and be gap-matched, the breathing circuit 609 is integrated with ventilator 608, described
610 horizontal nest of mask is in 608 right end of ventilator and using being threadedly coupled, and the castor transmission mechanism 601 is by fixed block
6011, fixed vertical bar 6012, transmission shaft 6013, idler wheel 6014, tripod 6015 form, and the fixed block 6011 is fixed on vertically
It fixes 6012 upper end of vertical bar and welds together, the fixed vertical bar 6012 sets there are four altogether and is vertically fixed on idler wheel 6014
Upper end and with transmission shaft 6013 using being interference fitted, the transmission shaft 6013 is horizontal be embedded in fixed 6012 inside of vertical bar and with
Using mechanical connection, the idler wheel 6014 sets there are four altogether and is uniformly fixed on 2 bottom end of pedestal, the tripod idler wheel 6014
6015 levels are tightly attached to fixed 6012 side of vertical bar and are welded together, and the air spring port 603 is by fixed cross tube
6031, reset spring 6032, fixed sheer pole 6033, first pulley 6034, belt 6035, second pulley 6036 form, described
Fixed cross tube 6031 is fixed on fixed 6033 upper end of sheer pole vertically and is gap-matched with reset spring 6032, described
Reset spring 6032 is horizontally installed to fixed cross tube 6031 and fixed 6033 middle part of sheer pole, and the fixed sheer pole 6033 hangs down
Directly be tightly attached to 6034 upper end of first pulley and be gap-matched, 6035 horizontal nest of belt in first pulley 6034 with
6036 outer ring of second pulley and use interference fit, the second pulley 6036 is conllinear with 6034 axle center of first pulley, described
Jet discharge device 604 is made of fixed block 6041, push rod 6042, transmission gear 6043, and 6041 section of fixed block is square
It shape structure and is horizontally fixed on 6042 upper end of push rod and welds together, the push rod 6042 is vertically in insertion fixed block 6041
Portion and with transmission gear 6043 using be interference fitted, 6043 level of transmission gear be tightly attached to gas supply 602 side of system
End, the pipe-line system 605 is by contact 6051, the first driving wheel 6052, the second driving wheel 6053, the first truckle 6054, the
Two truckles 6055 composition, the contact 6051 are tightly attached to fixed 6031 upper end of cross tube vertically and are gap-matched, institute
It is conllinear with 6053 axle center of the second driving wheel to state the first driving wheel 6052, second driving wheel 6053 is horizontally installed to the first transmission
It takes turns 6052 left ends and uses mechanical connection, first truckle 6054 is installed vertically on gas and supplies 602 upper end of system, institute
It states the second truckle 6055 to be integrated with the first truckle 6054, the valve 606 is by fixed strip 6061, bellows assembly
6062, spring 6063 form, the fixed strip 6061 be fixed on vertically gas supply 602 upper end of system and with bellows assembly
6062 using interference fit, and the bellows assembly 6062 is conllinear with 6063 axle center of spring, and the spring 6063 is vertically-mounted and wind
6062 top of box assembly and using matching, the locking device 607 by set casing 6071, waste scavenging system 6072, increase
Storehouse 6073, driving lever 6074 is pressed to form, the set casing 6071 is vertically fixed on pressurization 6073 upper end of storehouse and and driving lever
6074 using matching, and the waste scavenging system 6072 is fixed on pressurization 6073 lower end of storehouse vertically and supplies system with gas
602 using mechanical connection, and the pressurization storehouse 6073 is conllinear with 6074 axle center of driving lever, and the driving lever 6074 is embedded in exhaust gas vertically
Inside removing system 6072, the drawer 3 is conllinear with 4 axle center of workbench.
Anesthesia mechanism 6 described in this patent is that arcotic is sent into the alveolar of patient by mechanical circuit, forms arcotic
Partial pressure, after permeating into blood, inhibiting effect directly occurs for Central nervous system, so that the effect of general anesthesia is generated,
Anesthesia machine belongs to anesthesia,semiopen device, it mainly by anesthetic vaporizer, flowmeter, collapsible bellows ventilator, breathe back
Road containing inhale, the components composition such as expiration unidirectional valve and manual gasbag, ripple pipeline.
It is carried out in a kind of Cardiological puncture positioning device in use, being opened the power supply for anaesthetizing 6 front end of mechanism by anesthetist
Close 10 starting make current electrifying, in such a system, from anesthesia mechanism 6 live gas soda lime tank 14 downstream portion and
The upstream section of oxygen concentration sensor 12 enters breathing circuit 609, original gas in the live gas and circuit system come in
Body mixing flows through oxygen concentration sensor 12 with reusable or disposable corrugated conduit is flowed through and reaches pipe-line system
605, the gas of patient's exhalation flows through another expiration of the circulatory system, passes through the expiration in 12 internal structure of oxygen concentration sensor
Unidirectional valve enters Manual bladder 13, then generates positive pressure by squeezing Manual bladder 13, and the gas collected is forced to pass through exhaust gas
Removing system 6072, since the fresh air for flowing into breathing circuit 609 is more much more than the gas that patient and absorbent consume, because
This installs such set casing 6071 in 14 structure of soda lime tank, and when pressure is more than specified value, excessive gas can escape
Out, and to squeeze Manual bladder 13 make gas full of lung, when using auxiliary or control breathing, using bellows assembly
6062 depress in air-breathing, and pull-up guarantees that patient has enough ventilatory capacities when expiration, while according to actual needs, and adjustment ether is opened
It closes to maintain stable level of anesthesia, realizes and facilitate help and control patient respiration, guarantee that patient has enough ventilatory capacities, lead to
The data that display detects are crossed, the operation of machine is reasonably adjusted, the parameters such as depth of anesthesia and flesh pine are monitored, so that suffering from
The safety of person's anesthesia and validity are greatly improved, and avoid micro anesthetic gases to operating room technician's
The harm of health.Problems solved by the invention is that the prior art is incomplete, and the depth of anesthesia of this anesthesia method is not allowed easily-controllable
Assisted respiartion and control breathing are made and not can be carried out, to the irritating effect of respiratory tract, anesthesia duration is also difficult to carry out pre- observing and controlling
System, affects the progress of operation, and to the postoperative factor for restoring to also bring along lot of unstable, the present invention passes through above-mentioned component
Be combined with each other, realize facilitate help and control patient respiration, guarantee that patient has enough ventilatory capacities, detected by display
The data arrived reasonably adjust the operation of machine, are monitored to the parameters such as depth of anesthesia and flesh pine, so that the safety of patient's anesthesia
Property and validity be greatly improved, and avoid micro anesthetic gases to operating room technician health harm.
The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention, for those skilled in the art and
Speech, it is clear that invention is not limited to the details of the above exemplary embodiments, and without departing substantially from spirit or essential attributes of the invention
In the case where, the present invention can be realized in other specific forms.Therefore, in all respects, should all see embodiment
Work is exemplary, and is non-limiting, and the scope of the invention being indicated by the appended claims rather than by the foregoing description, because
This is intended to include all changes that fall within the meaning and scope of the equivalent elements of the claims in the present invention.It should not will weigh
Any appended drawing reference in benefit requirement is construed as limiting the claims involved.
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. a kind of Cardiological puncture positioning device, structure includes: castor (1), pedestal (2), drawer (3), workbench (4), gas
Body pressure gauge (5), anesthesia mechanism (6), evaporator (7), top cover (8), display (9), power switch (10), tracheae (11), oxygen
Concentration sensor (12), Manual bladder (13), soda lime tank (14), supporting vertical plate (15), it is characterised in that:
The castor (1) sets there are four altogether and is uniformly installed on pedestal (2) bottom end and is gap-matched, the pedestal (2)
Be fixed on castor (1) upper end vertically and weld together with supporting vertical plate (15), the drawer (3) set altogether there are two and uniformly
Be installed on workbench (4) lower end and weld together with supporting vertical plate (15), workbench (4) rectangular cross-section structure and
Vertically it is tightly attached to drawer (3) upper end and axle center is conllinear, before the gas gauge (5) horizontal insertion anesthesia mechanism (6) inside
Electrical connection is held and uses, the anesthesia mechanism (6) is vertically arranged to pedestal (2) upper end and with soda lime tank (14) using machine
Tool connection, the evaporator (7) set there are two and are horizontally fixed on anesthesia mechanism (6) side and altogether using interference fit, institute
It states top cover (8) to be tightly attached to anesthesia mechanism (6) top vertically and be gap-matched, display (9) section is rectangle knot
Structure and horizontal insertion anaesthetize mechanism (6) interior forward end and using electrical connections, and the power switch (10) is installed vertically on display
Device (9) lower end and with anesthesia mechanism (6) using matching, the tracheae (11) vertically insertion soda lime tank (14) it is internal and
With anesthesia mechanism (6) using being mechanically connected, the oxygen concentration sensor (12) sets there are two altogether and is uniformly installed on soda lime tank
(14) upper end, the Manual bladder (13) are horizontally fixed on anesthesia mechanism (6) side and use with tracheae (11) and match, institute
It states soda lime tank (14) to be horizontally fixed on anesthesia mechanism (6) side and be integrated, the supporting vertical plate (15) sets altogether
There are two and be uniformly installed on drawer (3) left and right ends and weld together with pedestal (2)；
The anesthesia mechanism (6) supplies system (602), air spring port (603), jet stream by castor transmission mechanism (601), gas
Tapping equipment (604), pipe-line system (605), valve (606), locking device (607), ventilator (608), breathing circuit
(609), mask (610) forms；
The castor transmission mechanism (601) sets there are two altogether and is vertically arranged to gas and supplies system (602) lower end and use
Clearance fit, the gas supply system (602) be horizontally fixed on air spring port (603) right end and with jet discharge device
(604) using mechanical connection, the air spring port (603) is installed vertically on pipe-line system (605) lower end and uses and is electrically connected
It connects, the horizontal insertion gas of the jet discharge device (604) supplies system (602) internal side and and air spring port
(603) using interference fit, the pipe-line system (605) is tightly attached to air spring port (603) upper end vertically and is supplied with gas
For defeated system (602) using matching, the valve (606) is installed vertically on jet discharge device (604) upper end, the locking dress
It sets (607) and is horizontally fixed on gas feeding system (602) right end and with ventilator (608) using mechanical connection, the breathing
Machine (608) is horizontal to be embedded in locking device (607) internal right end and is gap-matched, the breathing circuit (609) and breathing
Machine (608) is integrated, and mask (610) horizontal nest is in ventilator (608) right end and using threaded connection.
2. a kind of Cardiological puncture positioning device according to claim 1, it is characterised in that: the castor transmission mechanism
(601) it is made of fixed block (6011), fixed vertical bar (6012), transmission shaft (6013), idler wheel (6014), tripod (6015),
The fixed block (6011) is fixed on fixed vertical bar (6012) upper end vertically and welds together, the fixed vertical bar (6012)
Idler wheel (6014) upper end is set there are four and is vertically fixed on altogether and with transmission shaft (6013) using interference fit, the transmission shaft
(6013) horizontal be embedded in fixes vertical bar (6012) inside and with idler wheel (6014) using being mechanically connected, and the idler wheel (6014) is altogether
If it is fixed on there are four and uniformly pedestal (2) bottom end, tripod (6015) level is tightly attached to fixed vertical bar (6012) side
And weld together.
3. a kind of Cardiological puncture positioning device according to claim 1, it is characterised in that: the air spring port
(603) by fixed cross tube (6031), reset spring (6032), fixed sheer pole (6033), first pulley (6034), belt
(6035), second pulley (6036) forms, and the fixed cross tube (6031) is fixed on fixed sheer pole (6033) upper end vertically
And it is gap-matched with reset spring (6032), the reset spring (6032) is horizontally installed to fixed cross tube (6031)
In the middle part of fixed sheer pole (6033), the fixed sheer pole (6033) is vertically tightly attached to first pulley (6034) upper end and is adopted
With clearance fit, belt (6035) horizontal nest is in first pulley (6034) and second pulley (6036) outer ring and uses
Interference fit, the second pulley (6036) are conllinear with first pulley (6034) axle center.
4. a kind of Cardiological puncture positioning device according to claim 1, it is characterised in that: the jet discharge device
(604) it is made of fixed block (6041), push rod (6042), transmission gear (6043), fixed block (6041) section is rectangle
It structure and is horizontally fixed on push rod (6042) upper end and welds together, the push rod (6042) is embedded in fixed block vertically
(6041) using being interference fitted inside and with transmission gear (6043), transmission gear (6043) level is tightly attached to gas confession
Defeated system (602) side.
5. a kind of Cardiological puncture positioning device according to claim 1, it is characterised in that: the pipe-line system (605)
By contact (6051), the first driving wheel (6052), the second driving wheel (6053), the first truckle (6054), the second truckle
(6055) it forms, the contact (6051) is tightly attached to fixed cross tube (6031) upper end vertically and is gap-matched, described
First driving wheel (6052) is conllinear with the second driving wheel (6053) axle center, and second driving wheel (6053) is horizontally installed to first
Driving wheel (6052) left end and use mechanical connection, first truckle (6054) are installed vertically on gas feeding system
(602) upper end, second truckle (6055) are integrated with the first truckle (6054).
6. a kind of Cardiological puncture positioning device according to claim 1, it is characterised in that: the valve (606) is by solid
Determine item (6061), bellows assembly (6062), spring (6063) composition, the fixed strip (6061) is fixed on gas vertically and supplies system
Unite (602) upper end and with bellows assembly (6062) using being interference fitted, the bellows assembly (6062) and spring (6063) axis
The heart is conllinear, and the spring (6063) is vertically-mounted to be matched with bellows assembly (6062) top and use.
7. a kind of Cardiological puncture positioning device according to claim 1, it is characterised in that: the locking device (607)
It is made of set casing (6071), waste scavenging system (6072), pressurization storehouse (6073), driving lever (6074), the set casing
(6071) it is vertically fixed on pressurization storehouse (6073) upper end and is used with driving lever (6074) and matched, the waste scavenging system
(6072) it is fixed on pressurization storehouse (6073) lower end vertically and supplies system (602) using mechanical connection, the pressurization with gas
Storehouse (6073) is conllinear with driving lever (6074) axle center, and the driving lever (6074) is vertically in insertion waste scavenging system (6072)
Portion.
8. a kind of Cardiological puncture positioning device according to claim 1, it is characterised in that: the drawer (3) and work
Platform (4) axle center is conllinear.
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| CN201811224312.5A CN109223130B (en) | 2018-10-19 | 2018-10-19 | Intracardiac branch of academic or vocational study puncture positioner |
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| CN201811224312.5A CN109223130B (en) | 2018-10-19 | 2018-10-19 | Intracardiac branch of academic or vocational study puncture positioner |
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| CN109223130A true CN109223130A (en) | 2019-01-18 |
| CN109223130B CN109223130B (en) | 2020-05-08 |
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| CN109223130B (en) | 2020-05-08 |
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