CN1666731A - Multifunctional rapid emergency treatment machine - Google Patents
Multifunctional rapid emergency treatment machine Download PDFInfo
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- CN1666731A CN1666731A CN 200510031408 CN200510031408A CN1666731A CN 1666731 A CN1666731 A CN 1666731A CN 200510031408 CN200510031408 CN 200510031408 CN 200510031408 A CN200510031408 A CN 200510031408A CN 1666731 A CN1666731 A CN 1666731A
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Abstract
The invention discloses a multifunctional rapid first-aid device comprising a main body (44); a digital control display device; a main motor which connects a power transmitting means; a heart activator resuscitation device and the mechanical arms (6, 4, 5) of lung activator resuscitation device are mounted on the liftable mechanical location plate of press-operation board and a pressure pipe connects the mechanical arms (6, 4, 5) with the power transmitting means; the air pump of mouth-nose air changing device is connected to said power transmitting means. This multifunctional rapid first-aid device is small, light and portable, in particular uses accumulator jar as power source therefore can be used everywhere, in addition, it is easy to mount and demount with low price, can apply the middle and small hospital, barback, countryside and mountainous area. It is an ideal multifunctional rapid first-aid device in high proportion of keeping dangerous patients safe.
Description
Technical field
The present invention relates to a kind of medical first-aid apparatus, especially a kind of multifunctional rapid emergency treatment machine that the people who suffocates because of severe injury or severe disease is in time rescued.
Background technology
Existing known rescue method to the patient that suffocates is pushed chest and artificial respiration exactly.Though this method is effective, shortcoming is that what to be pushed chest is not very even firmly, and the blanking time of pushing is inhomogeneous too.Time one is long, pushes the people and is short of physical strength, and particularly the woman physician works blanking time that the author pushes and be prone to disorder with dynamics, does not reach the effect that heart of patient opens the recovery of quivering.The artificial respiration is that other people (as the nurse) is blown in the disease population after in the own lung of atmosphere inspiration earlier, like this, be inhaled in nurse's lung atmospheric oxygen part and in nurse's lung, disappeared manyly, be blown into oxygen part in the atmosphere in patient's lung again and be difficult to reach patient's needed oxygen part of recovering.Because of above reason, it is ineffective and dead because of rescuing to cause part originally can rescue the patient who survives.Simultaneously, the artificial respiration also easily makes medical worker's communicate illness.
Now, the equipment such as device though existing oxygen delivery equipment of the above large hospital in some county and heart magnetic quiver, shortcoming one is to cost an arm and a leg, general middle and small hospital dare not be extravagantly hoped; The 2nd, the volume heaviness can't be rescued with car is open-air.The outer dangerous patient of large hospital will transport to hospital with car and just can rescue, and causes part having to survive the urgent patient that wishes and the wounded to be unable to undergo long-distancely to jolt and can not get first aid timely and dead in the way of no show hospital.
Summary of the invention
The present invention wants the technical solution problem to be, a kind of small volume and less weight is provided, and is easy to carry and adapts to various occasions to use, and has heart and opens quiver recovery and pulmonary and open multiple functions such as the recovery of quivering, and the asphyxiation hazard patient is through the rescue high multifunctional rapid emergency treatment machine of rate of surviving.
Technical solution of the present invention is, a kind of multifunctional rapid emergency treatment machine with following structure is provided, it comprises body, the numerical control display device, power supply and motor, it also comprises actuating unit, heart opens the reanimate device that quivers, the reanimate device that quivers opens in pulmonary, mouth and nose gas transmission oxygen therapy air interchanger, pressing operation workbench; Main motor is connected with described actuating unit; Heart opens the mechanical hand of the reanimate device that quivers and at least one mechanical hand that the reanimate device that quivers opens in pulmonary is positioned on the liftable mechanical hand location-plate of pressing operation workbench, and described mechanical hand is connected through transmission of power pipe or transmission of power line with described actuating unit; The air compressor of described mouth and nose gas transmission oxygen therapy air interchanger is connected with described actuating unit.
Description of drawings
Below in conjunction with the drawings and specific embodiments (comprising advantage and effect) the present invention is described in further detail.
Fig. 1 is the structural representation of this multifunctional rapid emergency treatment machine.
Fig. 2 is the annexation and the operation principle sketch map of this multifunctional rapid emergency treatment machine.
Fig. 3 is the structural representation of this multifunctional rapid emergency treatment machine mouth and nose gas transmission oxygen therapy air interchanger.
Fig. 4 is the structural representation of this multifunctional rapid emergency treatment machine pressure regulator.
The specific embodiment:
In Fig. 1, Fig. 2, Fig. 3, this multifunctional rapid emergency treatment machine comprises body 44, the numerical control display device, power supply and motor, it also comprises actuating unit, heart opens the reanimate device that quivers, the reanimate device that quivers opens in pulmonary, mouth and nose gas transmission oxygen therapy air interchanger, pressing operation workbench etc.Main motor 11 is connected with described actuating unit.Heart opens the mechanical hand 6 of the reanimate device that quivers and two mechanical hands 4,5 (preferably adopting two) that the reanimate device that quivers opens in pulmonary are positioned on the liftable mechanical hand location-plate 37 of pressing operation workbench.Described mechanical hand 6,4,5 is connected through the transmission of power pipe with described actuating unit.The air compressor 24 of described mouth and nose gas transmission oxygen therapy air interchanger is connected with described actuating unit.
Described power supply adopts accumulator jar, and described main motor 11 adopts the direct current stepless variable-speed motor.Described accumulator jar is installed in the oil box 34 outer (not shown)s in the body 44.
Be provided with oil box 34 in the described body 44.Described actuating unit refers to be located at speed change gear and the hydraulic in the oil box 34, be that (outer wall) that described main motor 11 is contained in oil box 34 gone up and directly be connected with variator (change speed gear box) 13, the output shaft of variator 13 is connected with first bent axle 15, in other words, the axle of main motor 11 is fixedlyed connected with the driving gear in the change speed gear box, driving gear and driven gear engagement, can can have several through speed change several times to the master, driven gear, the output shaft of variator 13 is located on the output wheel drivewheel, and the left axle journal of first bent axle 15 is fixed on (not shown) on the follower of output wheel of change speed gear box.And be connected with a pair of non-circular gear 18 with a pair of change-speed gearing 17 through clutch shaft bearing seat 16, the follower in the described non-circular gear 18 is connected with second bent axle 20 through second bearing block 19; Promptly be fixed on the pinion and the gear wheel engagement of the change-speed gearing 17 on the right axle journal of first bent axle 15, the driving gear of gear wheel and non-circular gear 18 is fixed on the same axle, be connected with second bent axle 20 through second bearing block 19 with the driven gear of the non-circular gear 18 of driving gear engagement, promptly the left axle journal of second bent axle 20 is located in second bearing block 19, and its left end is fixed in the centre bore of driven gear of non-circular gear 18.Described a pair of non-circular gear 18 refers to two onesize irregular gears, as outer image pair of cams, but intermeshing tooth is arranged on the wheel rim, and is recessed to protruding, protruding in recessed engagement, the speed variable speed that is transmitted when rotating on 360 °.Non-circular gear last century the eighties discuss this gear (also being indispensable on the printing machinery) with regard to the prior art books.The right axle journal of second bent axle 20 is installed in the 3rd bearing block 21.Described first bent axle 15, second bent axle 20 are connected with second hydraulic pump 25 with first hydraulic pump 12 with second connecting rod 26 by first connecting rod 14 respectively.Above-mentioned connection refers to that an end of described first connecting rod 14 and the axle journal of first bent axle 15 are rotatably connected, and the other end can be swung with the piston 27 in first hydraulic pump 12 and is connected; One end of described second connecting rod 26 and the axle journal of second bent axle 20 are rotatably connected, and the other end can be swung with the piston 27 in second hydraulic pump 25 and is connected.Two-piston 27 bottoms are equipped with oil sealing 28.Fuel head in the described oil box 34 is as the criterion to satisfy the lubricated needs of hydraulic pump and each moving component.The petroleum pipeline separately of described hydraulic pump 12,25 lower ends adopts rigid oil resistant pressure pipe (as copper pipe), following pressure regulator is that oil pressure regulator 8,9 and supporting with it pressure (oil pressure) induction apparatus 33 are installed on this rigid oil resistant pressure pipe, and rigid oil resistant pressure pipe reusable connector connects following withstand voltage oil resistant oil hose.Described hydraulic pump 12,25 lower ends are equipped with oily replenishment valve 30.
Described transmission of power pipe refers to pressure pipe 7, described pressure pipe 7 comprises petroleum pipeline and appendix, the pressure inductor 33 that is provided with pressure regulator 10,8,9 and matches with it on pressure pipe 7, both (being pressure regulator and pressure inductor) are electrically connected with numerical control display device and pressure-regulating device on being located at body 44 or signal is connected.Described pressure regulator 10,8,9, pressure inductor 33 and numerical control display device and pressure-regulating device are prior art.
(referring to Fig. 4) is as the concrete structure of pressure regulator 10,8,9: worm screw 51 on dc motor 49 output shafts and worm gear 50 engagements, worm gear 50 centers are provided with depression bar 52, and the shell 76 interior tops that are provided with top cover 62 and sealing gasket 61 have bearing 60, middle and upper part that chute 54, gland 59, spring 57, steam vent or outage 58, ball sealer 56 are arranged.The center screw thread of the external screw thread of depression bar 52 and gland 59 screws, gland 59 pressing springs 57, and slide up and down along chute 54, spring 57 also is enclosed within outside the depression bar 52 and pushes down ball sealer 56, ball sealer 56 is located on air inlet or the oil-in 55, when ball sealer 56 was backed down by air pressure or oil pressure, air inlet or oil-in 55 communicated with steam vent or outage 58, and steam vent or outage 58 communicate with exhaust nozzle or oil extraction mouth 53.Do the oil extraction mouth time spent, the outlet of oil extraction mouth is inserted in the oil box 34.Do the exhaust nozzle time spent, its outlet communicates with atmosphere.
Described pressure inductor 33 markets are on sale, and as adopting the pressure inductor of using on motorcycle tank or the crane, just sensitivity is also heightened a bit and got final product.Described numerical control display device market is on sale, the numerical control display of producing as Yuzhao Industrial Meters Factory of producer (Zhejiang Province) of the computer numerical controlled plate of the specified production of country 43 (similar with the numerical control display of Haier air-conditioning).Described pressure-regulating device is routine techniques especially then, then can as the button that is provided with 49 rotatings of control adjust blood pressure motor on body 44.
As for being electrically connected of power supply such as accumulator jar and all motor (elevating motor 38 that comprises the following stated); and power supply control is as on and off switch 42 and following electromagnetic switch 35; circuit protection; being electrically connected or signal annexation etc. of numerical control display device such as computer numerical controlled display 43 and above-mentioned pressure regulator 10,8,9 and pressure inductor 33 and all motor; also have the also configurable blood of this multifunctional rapid emergency treatment machine to support protection figure and electrocardiogram monitor display device etc. and all belong to prior art, so repeat no more.
Described heart opens quiver reanimate device and pulmonary and opens the reanimate device that quivers and refer to that in this stream oriented device, described pressure pipe 7 refers to petroleum pipelines, and described petroleum pipeline comprises above-mentioned withstand voltage oil resistant flexible pipe and rigid oil resistant pressure pipe.Described withstand voltage oil resistant flexible pipe has 3, connects 6,4,5 and two rigid oil resistant pressure pipes of 3 mechanical hands respectively, wherein connects withstand voltage hard tube of oil resistant of the common connection of two withstand voltage oil resistant flexible pipes that lung opens the mechanical hand 4,5 of the reanimate device that quivers.Described mechanical hand 6,4,5 spindles are to telescopic withstand voltage oil resistant soft capsule machinery hands.Described petroleum pipeline (comprising flexible pipe and hard tube) is communicated with described mechanical hand 6 and described first hydraulic pump 12; Described other petroleum pipeline is communicated with described mechanical hand 4,5 and described second hydraulic pump 25.
Described mouth and nose gas transmission oxygen therapy air interchanger is made up of gas compressor 24, pressure regulator 10 and supporting with it pressure inductor 33, pressure pipe 7, oxygen delivery equipment and mouth and nose respiratory aid 3.One end of the rocking arm 22 of air compressor 24 is fixedlyed connected (hole of rocking arm 22 1 ends is fixed on the right axle journal) with the right axle journal of above-mentioned second bent axle 20.Described pressure pipe 7 is withstand voltage air hose in this device.Described withstand voltage air hose is communicated with described air compressor 24 and mouth and nose respiratory aid 3.Described mouth and nose respiratory aid 3 is communicated with described oxygen delivery equipment.
The concrete structure that is installed in the air compressor 24 on the outer wall of oil box 34 is as follows: (steel) but the air leather bag 64 of longitudinal extension is arranged in the housing 68, an end of air leather bag 64 has piston 74.The axle of the other end of one end of third connecting rod 23 and above-mentioned rocking arm 22 is rotatably connected, and the other end of third connecting rod 23 can be swung with piston 74 through bearing pin 67 and bearing 66 and be connected.The other end of housing 68 is provided with and communicates with air leather bag 64 and can be from the choke relief valve 63 of atmosphere QI invigorating.One tubule 72 (effect of tubule 72 is the same with the effect of the backguy steel wire tubule outward of bicycle brake) is arranged in described withstand voltage (gas transmission is soft) pipe 7.There are two ends to connect the piston 74 of air compressor 24 and the Bowden cable 65 of the nasal obstruction 70 of mouth and nose respiratory aid 3 respectively in the tubule 72, the Bowden cable 65 outer back-moving springs 69 that are with of 70 rear ends of having a stuffy nose.
Described mouth and nose respiratory aid 3 has a cavity 73 that communicates with withstand voltage (gas transmission is soft) pipe 7, oxygen delivery equipment and oral cavity gas transmission oxygen therapy mouth 32.Described oxygen delivery equipment refers to conventional oxygen cylinder 1, oxygen therapy amount display 2 and control valve, Pressure gauge and oxygen catheter (unmarked among the figure).Oxygen catheter communicates with cavity 73 in the mouth and nose respiratory aid 3 through advancing oxygen mouth 75.The front end of described mouth and nose respiratory aid 3 has two (matching with naris position) nostril exhaust tubes 31 (only drawing among the figure one).Have on the described nostril expiration house steward sidewall that enters before two nostrils one can be by nasal obstruction 70 steam vents that block 71.Described mouth and nose respiratory aid 3 is provided with and its (referring to mouth and nose respiratory aid 3) can be fixed in head part's self-adhesive tape 45 fast.
Described pressing operation workbench refers to, on the base plate 47 that is fit to lie on the back on human body top, is connected with (at least) four screw thread columns 46 by snap close 48 plug-in types.The fixed mount 36 detachable tops that are installed in screw thread column 46.The lifting structure of described liftable mechanical hand location-plate 37 is: but the motor 38 of rotating is arranged in the described mechanical hand location-plate 37, worm and wheel 40 engagements on 38 on the motor, worm gear 40 and a sprocket wheel 41 are an integral body.Screw with the female thread of the centre bore of the supporting sprocket wheel 41 of the quantity of screw thread column 46 and the external screw thread of screw thread column 46.Be connected as a single entity with chain 39 between described (at least) four sprocket wheels 41.Described mechanical hand 6,4,5 is positioned on the mechanical hand location-plate 37 and refers to, the top of described mechanical hand 6,4,5 is provided with electric magnet (setting of electric magnet does not influence the turnover of oil in mechanical hand 6,4,5 capsules) and electromagnetic switch 35, and described mechanical hand location-plate 37 is made for permeability magnetic material such as steel.
This multifunctional rapid emergency treatment machine installs the pressing operation workbench before use earlier and places other equipment.Installation as workbench: fixed mount 36 and mechanical hand location-plate 37 and four screw thread columns 46 are connected to integral body, screw thread column 46 is that snap close 48 plug-in types are connected with base plate 47, earlier base plate 47 is put into the chest and back of supine patient during installation, again four screw thread columns 46 are inserted respectively in four holes of base plate 47 gently once by firm being blocked by snap close 48.Here the Principles of Regulation to pressing operation workbench of the present invention are further described: as shown in Figure 1, on on the computer numerical controlled display (plate) 43, down motor 38 clockwise or counter-rotatings in the mechanical hand location-plate 37 by the some straightforward manipulation, driving worm gear 40 by the worm screw on the motor 38 rotates, because a worm gear 40 and a sprocket wheel 41 are an integral body, the external screw thread of the female thread of sprocket wheel 41 and column 46 screws mutually, so when motor 38 is done positive and negative running, on sprocket wheel 41 is done synchronously by other three sprocket wheels 41 of chain 39 drives, move down, because of sprocket wheel 41 all is mounted on (as plane bearing about the warp) mechanical hand location-plate 37, so, when motor 38 was done positive and negative rotation, mechanical hand location-plate 37 also moved up and down on four screw thread columns 46 synchronously.According to by the person's of rescuing figure, transfer to suitable height, shutdown then fixedly positioning automatically.(medical science general knowledge is told us three mechanical hands 6,4,5 to be placed on the top of position of patient's heart and lung respectively again, the outer breastbone of lung has certain elasticity, can carry out 3.5 centimeters with interior flexible pushing), press the magnetic switch 35 of three mechanical hands, three mechanical hands just are fixed on the mechanical hand locating rack 37, press the adjusting key on the computer numerical controlled display 43 again, according to the height of being adjusted suitable mechanical hand location-plate 37 by the person's of rescuing figure.
Operation principle of the present invention is as follows:
It utilizes the accumulator jar source that is used as power, drive first bent axle 15 by infinitely variable speeds dc main motor 11 through variator 13, the piston 27 that drives first hydraulic pump 12 through first connecting rod 14 moves up and down in first hydraulic pump 12, because of filling the fluid of capacity in the oil box 34, when piston 27 rose, the mechanical hand 6 interior fluid that heart opens the reanimate device that quivers were sucked out.The withstand voltage oil resistant capsule of mechanical hand 6 shrinks, be retracted to least limit and piston also when continuing to rise, the oil difference in first hydraulic pump 12 is replenished by replenishment valve 30.When first bent axle turns over after top dead center, piston 27 beginnings are toward lower compression, and the withstand voltage oil resistant capsule of mechanical hand 6 begins to expand and produces pressure, to pushing and reach the purpose that activates heartbeat in the heart of patient outside.Because of being had nothing in common with each other by first aid people's age figure, and the required pressure of pushing also has difference, work done pressure size in the withstand voltage oil resistant capsule of mechanical hand 6 by pressure inductor 33 with pressure with digital feedback to numerical control display 43, but increase and the adjusting that subtracts according to the adjusting key on the required pressure operation person operating numerical control display 43.The motor 49 of pressure regulator 9 is regulated the pressure of compression spring 57 along anti-running according to required work when regulating, when the oil pressure in the withstand voltage oil resistant capsule of mechanical hand 6 surpassed the pressure of spring 57, the ball sealer 56 that fluid will be washed the import of pressure regulator 9 open was back in the oil box 34 from oil extraction mouth 53.
Propose according to the expert, it is the most effective simultaneously that both sides are pushed by pulmonary, so, two mechanical hands 4,5 about pulmonary of the present invention pushes and adopted, the operation principle of mechanical hand 6 that its work done mode and heart open the reanimate device that quivers is similar, different is one of lung exhales one inhale quiet blanking time and compress speed different with beating of heart.Pulmonary opens the mechanical hand 4,5 one of the reanimate device that quivers and exhales one to inhale a friction speed of stopping, and the present invention utilizes 360 degree variable speed transmission of non-circular gear 18 to realize.The mechanical hand 4,5 that two pulmonarys push about making opens the recovery of quivering by normal person's eupnea situation fully.
In addition, utilize the right axle journal of second bent axle 20 to connect rocking arm 22, be connected with air compressor 24, under the transmission of the variable speed of same non-circular gear 18 through connecting rod 23, open the reanimate device that quivers with lung and coordinate, the air per os nasal respiration assistor 3 that is added with oxygen is injected by in first aid people's the lung.The action of gas transmission oxygen therapy is opposite with the push action of mechanical hand 4,5 in lung.The mechanical hand 4,5 that lung opened the reanimate device that quivers when the piston 74 of air compressor 24 came downwards to (among Fig. 3) B position begins to unclamp, and nasal obstruction 70 begins to close.When air compressor 24 continues compression, air after its oxygen supplement is injected in the lung under the control of pressure regulator 10, the mechanical hand 4,5 of external chest compression unclamps rapidly simultaneously, air behind the oxygenation stops certain hour and is utilized the back sucked back along with the rise of piston 74 by patient in patient's lung, when piston 74 continues to go up to return the B point, nasal obstruction 70 is opened by Bowden cable 65, the quick supercharging of left and right sides mechanical hand 4,5 beginnings that breast is outer, to from nose, from steam vent 71, be excreted by the waste gas in the first aid people lung, go round and begin again by respiratory pipe 31.Because being the connecting rods 26 through the rocking arm 22 and second hydraulic pump 25, the connecting rod 23 of air compressor 24 is connected on the same bent axle 20, again because the angle difference of installing and mechanical hand 4,5 is pushed and unclamp in gas injection in the mouth with mouth and nose respiratory aid 3, the lung dial gas, nasal obstruction 70 opens and closes the carrying out of all coordinating very much, required can arbitrarily adjustment of situation of its fast jogging speed emergency medical receiver when using.
The following operation principle that air compressor 24 and mouth and nose respiratory aid 3 are cooperatively interacted is further described in conjunction with Fig. 2, Fig. 3.
When second bent axle 20 when variable speed turns round, under the drive of rocking arm 22, because the transmission of third connecting rod 23, piston 74 is done moving up and down of variable speed thereupon.The present invention has two nostril exhaust tubes 31 to insert respectively in two nostrils, and steam vent 71 is arranged on the nostril exhaust tube 31, when piston 74 is compressed to the B point, spring 69 will have a stuffy nose 70 be advanced to the sealing venthole 71 positions it is sealed.Piston 74 continues to push ahead, and helps suction oxygen by advancing air that oxygen mouth 75 is added with oxygen in oral cavity gas transmission oxygen therapy mouth 32 is pressed into the lung of emergency medical receiver, and the gas that injects pulmonary is by pressure regulator 10 controls and discharge.Piston 74 passes through A point back slowly (under the effect of non-circular gear 18, piston during to the A point near stopping, its objective is suitable breathing method according to the science of qigong, equal the time of staying of oxygen in patient's lung the blanking time of both having exhaled and having inhaled, allow oxygen and supplying oxygen to body system rapid abutting joint, the patient is pulled through fast), ging up from slow to fast to the C point, simultaneously the waste gas in first aid person's lung is extracted out, when piston went back up to the B point, the Bowden cable 65 in the tubule 72 began nasal obstruction 70 is pulled back to the position of steam vent 71 standard-sized sheets.When piston 74 went back up to the B point, the piston 27 of second hydraulic pump 25 also began to press down with speed, and the oil pressure in second hydraulic pump 25 are gone in the mechanical hand 4,5, carried out pulmonary and pushed the waste gas that makes in the emergency medical receiver lung fast and excrete through steam vent 71 as far as possible.When piston 74 when the C point is pressed to the B point, the piston 27 of second hydraulic pump 25 also begins fast rise synchronously, and the oil in the mechanical hand 4,5 are recovered in second hydraulic pump 25 fast, not enough is replenished by replenishment valve 30.Time nasal obstruction 70 begins again steam vent 71 is closed piston 74 from the C point is pressed to the B point thereupon, the waste gas of last sucking-off from patient's lung enters in the disease population through oral cavity gas transmission oxygen therapy mouth 32 before closing fully, turns to the nostril again in disease population and discharge from the steam vent 71 of nostril exhaust tube 31.Steam vent 71 was closed fully when piston 74 arrived the B point, and oxygen re-injects in patient's lung and survives until emergency medical receiver.
Blood flow when foster protection figure of the blood of configuration and electrocardiogram monitor then demonstrate patient's recovery at any time, various situations such as blood pressure and electrocardiogram.
The concrete structure of multifunctional rapid emergency treatment machine of the present invention allows various variations, as: drive mechanism can adopt pneumatic transmission or machine driving; Telescopic withstand voltage oil resistant soft capsule machinery hands also can adopt the reciprocating machine hands or be that the Electromagnetically vibrating mechanical hand that power lead connects replaces by transfer line; The variable speed transfer wheel also can adopt eccentric or cam to replace non-circular gear 18; Unidirectional current or illumination alternating current that dc source also can adopt small generator to generate electricity at the scene after rectification replace accumulator jar (described alternating current transfers unidirectional current to after rectification be prior art) through the unidirectional current after the rectification; Pressure-regulating device also can directly be regulated required pressure by pressure inductor earlier after setting required pressure on the number on the numerical control display; The pressing operation worktable lifting also can adopt elevating mechanisms such as hydraulic pressure, and the location of mechanical hand also can adopt other detachable modes such as clamp to locate, and screw thread column 46 can adopt light beam or square column, and column also can adopt other removable structures to be connected with base plate 47; First bent axle 15 and second bent axle 20 also can be respectively by two direct current stepless variable-speed motors drivings etc.These variations all fall in protection scope of the present invention.
Multifunctional rapid emergency treatment machine of the present invention compared with prior art has following significant advantage and good effect:
Multifunctional rapid emergency treatment machine of the present invention has heart and opens the recovery function of quivering, and the recovery function of quivering opens in pulmonary, strong magnetic orientation function, and the blood of configuration is supported protection figure and the electrocardio mirror protects functions such as instrument demonstration.
Multifunctional rapid emergency treatment machine volume of the present invention is little, in light weight, is easy to carry, and particularly preferred accumulator jar and direct current stepless variable-speed motor are power, are not subjected to the restriction in power supply and place, and be available whenever and wherever possible.
Plug-in type and the localized mode of magnetic are preferably adopted in the dismounting of pressing operation workbench of the present invention etc., not only simple and fast but also firm (formally enabling generally less than one minute from beginning to be installed to).
It is cheap, and general middle and small hospital and health clinics in towns and townships all have the ability to purchase, and are widely used in middle and small hospital, military camp, rural area and mountain area etc.
Multifunctional rapid emergency treatment machine of the present invention is simple to operation, uses reliably, as long as it is very high to have the probability that the dangerous patient who suffocates of a gleam of hope saved one's life, is the ideal multifunctional rapid emergency treatment machine of salvage at scene.
Claims (10)
1, a kind of multifunctional rapid emergency treatment machine, it comprises body (44), numerical control display device, power supply and motor is characterized in that: it also comprises actuating unit, and heart opens the reanimate device that quivers, the reanimate device that quivers opens in pulmonary, mouth and nose gas transmission oxygen therapy air interchanger, pressing operation workbench; Main motor (11) is connected with described actuating unit; Heart opens the mechanical hand (6) of the reanimate device that quivers and at least one mechanical hand (4) that the reanimate device that quivers opens in pulmonary is positioned on the liftable mechanical hand location-plate (37) of pressing operation workbench, and described mechanical hand (6,4) is connected through transmission of power pipe or transmission of power line with described actuating unit; The air compressor (24) of described mouth and nose gas transmission oxygen therapy air interchanger is connected with described actuating unit.
2, multifunctional rapid emergency treatment machine according to claim 1, it is characterized in that: described power supply refers to that accumulator jar or small generator generate electricity and through dc source after the rectification or the dc source behind the AC rectification, described main motor (11) refers to the direct current stepless variable-speed motor.
3, multifunctional rapid emergency treatment machine according to claim 1 is characterized in that: be provided with oil box (34) in the described body (44); Described actuating unit refers to be located at speed change gear and the hydraulic in the oil box (34), be that described main motor (11) is contained in oil box (34) and goes up and directly be connected with variator (13), the output shaft of variator (13) is connected with first bent axle (15), and be connected with a pair of variable speed drive with a pair of change-speed gearing (17) through clutch shaft bearing seat (16), the follower in the described variable speed drive is connected with second bent axle (20) through second bearing block (19); The right axle journal of second bent axle (20) is installed in the 3rd bearing block (21), and described first bent axle (15), second bent axle (20) are connected with second hydraulic pump (25) with first hydraulic pump (12) with second connecting rod (26) by first connecting rod (14) respectively.
4, multifunctional rapid emergency treatment machine according to claim 3 is characterized in that: described variable speed drive refers to two onesize non-circular gears (18) or cam or eccentric.
5, multifunctional rapid emergency treatment machine according to claim 1 is characterized in that: described transmission of power pipe refers to pressure pipe (7); The pressure inductor (33) that is provided with pressure regulator (10,8,9) and matches with it on pressure pipe (7), both are electrically connected with numerical control display device and pressure-regulating device on being located at body (44) or signal is connected.
6, according to any one described multifunctional rapid emergency treatment machine in the claim 1～5, it is characterized in that: described heart opens quiver reanimate device and pulmonary and opens the reanimate device that quivers and refer to, described pressure pipe (7) refers to petroleum pipeline, and described petroleum pipeline has at least one section to be flexible pipe; Communicate in the oil extraction mouth of described pressure regulator (8,9) and the oil box (34); The mechanical hand that the reanimate device that quivers opens in described pulmonary is two, described mechanical hand (6,4,5) spindle is to the mechanical hand of telescopic withstand voltage oil resistant soft capsule, and described petroleum pipeline is communicated with described mechanical hand (6), (4,5) and described hydraulic pump (12), (25) respectively; Described mechanical hand or the Electromagnetically vibrating mechanical hand that refers to the reciprocating machine hands or refer to connect through transfer line.
7, according to any one described multifunctional rapid emergency treatment machine in the claim 1～5, it is characterized in that: an end of the rocking arm (22) of the air compressor (24) of described mouth and nose gas transmission oxygen therapy air interchanger is fixedlyed connected with the right axle journal of above-mentioned second bent axle (20), described pressure pipe (7) refers to air hose, the exhaust nozzle of described pressure regulator (10) communicates with atmosphere, described air hose is communicated with described air compressor (24) and mouth and nose respiratory aid (3), and described mouth and nose respiratory aid (3) is communicated with oxygen delivery equipment.
8, multifunctional rapid emergency treatment machine according to claim 7, it is characterized in that: described air compressor (24) refers to, housing (68) but in the air leather bag (64) of longitudinal extension is arranged, one end of air leather bag (64) has piston (74), the other end of one end of third connecting rod (23) and above-mentioned rocking arm (22) is rotatably connected, the other end of third connecting rod (23) can be swung with piston (74) and be connected, the other end of housing (68) is provided with the choke relief valve (63) that communicates with leather bag 64, one tubule (72) is arranged in the described withstand voltage air hose, have two ends to connect the Bowden cable (65) of the nasal obstruction (70) of piston of air compressor (24) (74) and mouth and nose respiratory aid (3) respectively in the tubule (72).
9, multifunctional rapid emergency treatment machine according to claim 8, it is characterized in that: a cavity (73) that communicates with withstand voltage air hose, oxygen delivery equipment and oral cavity gas transmission oxygen therapy mouth (32) is arranged in the described mouth and nose respiratory aid (3), the front end of described mouth and nose respiratory aid (3) has two nostril exhaust tubes (31), a steam vent (71) that can be blocked by nasal obstruction (70) is arranged on the described expiration house steward sidewall that enters before two nostrils, and described mouth and nose respiratory aid (3) is provided with and it can be fixed in fast head part's self-adhesive tape (45).
10, multifunctional rapid emergency treatment machine according to claim 1 is characterized in that: described pressing operation workbench refers to; On the base plate (47) that is fit to lie on the back on human body top, be connected with at least four screw thread columns (46) by snap close (48) plug-in type, the detachable top that is installed in screw thread column (46) of fixed mount (36); The lifting structure of described liftable mechanical hand location-plate (37) is: described mechanical hand location-plate (37) but in the motor (38) of rotating is arranged, worm and wheel (40) engagement on motor (38) driving shaft, worm gear (40) is an integral body with a sprocket wheel (41), screw with the female thread of the centre bore of the supporting sprocket wheel (41) of the quantity of screw thread column (46) and the external screw thread of screw thread column (46), be connected as a single entity with chain (39) between described at least four sprocket wheels (41); Described mechanical hand (6,4,5) is positioned at mechanical hand location-plate (37) and upward refers to, the top of described mechanical hand (6,4,5) is provided with electric magnet and electromagnetic switch (35), and described mechanical hand location-plate (37) is made for permeability magnetic material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2005100314086A CN100384397C (en) | 2005-03-31 | 2005-03-31 | Multifunctional rapid emergency treatment machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2005100314086A CN100384397C (en) | 2005-03-31 | 2005-03-31 | Multifunctional rapid emergency treatment machine |
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| Publication Number | Publication Date |
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| CN1666731A true CN1666731A (en) | 2005-09-14 |
| CN100384397C CN100384397C (en) | 2008-04-30 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2005100314086A Expired - Fee Related CN100384397C (en) | 2005-03-31 | 2005-03-31 | Multifunctional rapid emergency treatment machine |
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| Country | Link |
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| CN (1) | CN100384397C (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106511057A (en) * | 2016-12-06 | 2017-03-22 | 巩晓娜 | Portable abdominal lifting and compression cardiopulmonary resuscitation instrument |
| CN108261306A (en) * | 2018-01-18 | 2018-07-10 | 于爱华 | A kind of multi-functional Internal Medicine-Cardiovascular Dept. nursing monitoring arrangement |
| CN109288663A (en) * | 2018-12-06 | 2019-02-01 | 青岛大学附属医院 | A kind of Emergence resuscitation buoyant apparatus |
| CN109700654A (en) * | 2018-12-27 | 2019-05-03 | 赵浩宇 | A kind of Heart-lung restoring instrument |
| CN111783282A (en) * | 2020-06-12 | 2020-10-16 | 广西大学 | Simulation method for vibration accumulation deformation of material based on compression hardness nonlinear change and shear shrinkage sudden change characteristics |
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| FR2140920A5 (en) * | 1971-06-07 | 1973-01-19 | Derouineau Rene | |
| CN86202746U (en) * | 1986-04-30 | 1987-12-12 | 武进县横山无线电设备厂 | Portable ecto-cardiopneumo-resuscitator |
| CN2036829U (en) * | 1988-07-01 | 1989-05-03 | 陈忠纯 | External chest pressing type cardiorespiratory resuscitator |
| CN2190500Y (en) * | 1994-04-13 | 1995-03-01 | 冯锡午 | Multifunctional first aid machine |
| CN2201134Y (en) * | 1994-05-05 | 1995-06-21 | 赵小玲 | Compound cardiopulmonaryrecovering first-aid instrument |
| US5630789A (en) * | 1994-10-07 | 1997-05-20 | Datascope Investment Corp. | Active compression/decompression device for cardiopulmonary resuscitation |
| CN2276790Y (en) * | 1996-01-04 | 1998-03-25 | 中国医学科学院生物医学工程研究所 | Alternativlly pressuring heart-lung restoring device |
| US5823185A (en) * | 1997-04-04 | 1998-10-20 | Chang; Tien-Tsai | Manual pressing and automatic air breathing cardiopulmonary resuscitation first-aid device |
| CN2326237Y (en) * | 1997-09-26 | 1999-06-30 | 山东省聊城地区人民医院 | Heart-lung resuscitating machine |
| US6332872B1 (en) * | 2000-06-26 | 2001-12-25 | Charles Young | Portable cardiopulmonary resuscitation device with precise compression depth and uniformity |
| US7226427B2 (en) * | 2003-05-12 | 2007-06-05 | Jolife Ab | Systems and procedures for treating cardiac arrest |
| CN2782085Y (en) * | 2005-03-31 | 2006-05-24 | 朱德祥 | Multifunctional fast first-aid machine |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106511057A (en) * | 2016-12-06 | 2017-03-22 | 巩晓娜 | Portable abdominal lifting and compression cardiopulmonary resuscitation instrument |
| CN108261306A (en) * | 2018-01-18 | 2018-07-10 | 于爱华 | A kind of multi-functional Internal Medicine-Cardiovascular Dept. nursing monitoring arrangement |
| CN109288663A (en) * | 2018-12-06 | 2019-02-01 | 青岛大学附属医院 | A kind of Emergence resuscitation buoyant apparatus |
| CN109700654A (en) * | 2018-12-27 | 2019-05-03 | 赵浩宇 | A kind of Heart-lung restoring instrument |
| CN109700654B (en) * | 2018-12-27 | 2023-05-05 | 赵浩宇 | Cardiopulmonary resuscitation appearance |
| CN111783282A (en) * | 2020-06-12 | 2020-10-16 | 广西大学 | Simulation method for vibration accumulation deformation of material based on compression hardness nonlinear change and shear shrinkage sudden change characteristics |
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| CN100384397C (en) | 2008-04-30 |
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