CN108671402A - A kind of Cardiological cardiopulmonary resuscitation equipment - Google Patents

Abstract

The invention discloses a kind of Cardiological cardiopulmonary resuscitation equipment,Its structure includes portable,Defibrillator,Wire box,Stealthy bearing,Intelligent control board,Integrated box,Internal control device,It is portable to be locked on the recess of integrated box upper end,Defibrillator is equipped with a pair,In opposed configuration,Defibrillator is located on the recess at integrated box both ends,The electric wire of defibrillator is located on the inner cavity of wire box,The electric wire of defibrillator is connected in internal control device,Wire box is slidably connected at the both sides of integrated box,Stealthy bearing is movably connected in the bottom of integrated box,The two composition is integrated,Intelligent control board is inlaid in the leading flank middle of integrated box,Integrated box is by control button,Drawer box,Mobile touch panel composition,The present invention is by the tool construction integrated design of CPR resuscitation apparatus and auxiliary treatment,It is easy to use,Improve the speed of rescue,Preferable medical effect can be obtained when being treated to emergency case,Utilize the treatment to emergency case.

Description

A kind of Cardiological cardiopulmonary resuscitation equipment

Technical field

The present invention is a kind of Cardiological cardiopulmonary resuscitation equipment, belongs to CPR rescue field.

Background technology

In today of modern medical service technology high-speed development, doctor often uses when the patient to emergency treatment treats Various cardio-pulmonary resuscitation machines.

The tool of prior art auxiliary treatment is more, is difficult to obtain preferable medical treatment effect when treating emergency case Fruit does not utilize the treatment to emergency case.

Invention content

In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of Cardiological cardiopulmonary resuscitation equipment, It is more with the tool for solving auxiliary treatment, it is difficult to obtain preferable medical effect when treating emergency case, not utilize The problem of to the treatment of emergency case.

To achieve the goals above, the present invention is to realize by the following technical solutions：A kind of Cardiological is multiple with cardiopulmonary It revives crash equipment, structure includes portable, defibrillator, wire box, stealthy bearing, intelligent control board, integrated box, internal control dress Set, it is described it is portable be locked on the recess of integrated box upper end, the defibrillator be equipped with a pair, be in opposed configuration, the defibrillator It is located on the recess at integrated box both ends, the electric wire of the defibrillator is located on the inner cavity of wire box, the electric wire connection of the defibrillator In internal control device, the wire box is slidably connected at the both sides of integrated box, and the stealth bearing is movably connected in integrated box Bottom, the two composition be integrated, the intelligent control board is inlaid in the leading flank middle of integrated box, the one Case is made of control button, drawer box, mobile touch panel, and the control button is adjacent with drawer box, and the control button is located under drawer box Side, the drawer box is parallel with touch panel is moved, the internal control device by wire box carriage, drawer slot, touch device, touch movement Device, bobbin winder device, reciprocal transmission controller, pushes controller, two pressurizing units, sacculus respirator, electricity at one pressurizing unit Machine transmission device, line wheel device composition, the both ends of the drawer slot are slidably connected on the inside of wire box carriage upper end, described to touch device Mounted on drawer trench bottom, the device that touches is adjacent with shifter is touched, the two contact, and the shifter that touches is filled with motor drive It sets and is fixedly connected, a pressurizing unit both ends are sequentially connected with transmission gear for electric motor, the top and bottom of the sacculus respirator It is contacted respectively with a pressurizing unit, two pressurizing units, the sacculus respirator is located at a pressurizing unit and two extruding The middle part of device, the bobbin winder device are installed in below reciprocal transmission controller, and the bobbin winder device is contacted with controller is pushed Connection, the bobbin winder device are connect with line wheel device by electric wire coiling, and the reciprocal transmission controller turns with transmission gear for electric motor Dynamic connection, the middle part for pushing controller to be located at reciprocal transmission controller and two pressurizing units, three is welded to each other, described Two pressurizing units are rotatablely connected with transmission gear for electric motor, and the wire box carriage coincide with wire box, and the drawer box is embedded On the accent of drawer slot, the sacculus respirator is communicated with the perforation of integrated box, and the shifter that touches is by one and half gears, connection Plate, internal gear composition, one and half gear are located on the hollow structure of internal gear, and the upper end of the yoke plate is welded on internal gear Lower surface, one and half gear and internal gear be intermeshed, and the line wheel device is made of line wheel, line wheel mounting plate, described Line wheel is in concentric circles, the two flexible connection with line wheel mounting plate.

Further, the wire box carriage includes sliding sash, storage line frame, fixes slider, expansion plate, ring ring, described Sliding sash is slidably connected with storage line frame, and the fixed slider is mounted on storage line frame close to the upper end of sliding sash, and the expansion plate is equipped with A pair, the expansion plate are welded on the surface of fixed slider, ring ring.

Further, the device that touches includes weld nest, snapping device, touches compression spring, mobile weldering frame, pushes away and strike the post, the movement Weld frame bar groove and weld nest track connect, it is described push away to strike the post be fixedly connected with snapping device, described push away is struck the post positioned at snapping device Middle part, described push away are struck the post through compression spring is touched, and the weld nest is with snapping device by touching compression spring elastic connection.

Further, a pressurizing unit includes wheel bridge, a gear, a wheel bar, bar cylinder, one Portion's support plate steps on device, steps on device connecting rod, and the wheel bridge, a gear, a wheel bar, a bar cylinder are in concentric circles, institute It states a wheel bar with a bar cylinder to be connected, a wheel bar takes turns bridge, a gear through one, a support plate Both ends are welded on the medial surface of a wheel bridge, and the device upper shaft of stepping on is connected on the embedding mouth of a bar cylinder, and the device of stepping on is set Have a pair, the device connecting rod of stepping on is zigzag configuration, it is described step on device connecting rod both ends and be connected with step on device.

Further, the bobbin winder device includes coiling rotating wheel, the embedding cover of runner, mobile friction lever, strut, pendant seat, adds Long spring, spring snapping device, the coiling rotating wheel are located at the inner recess of the embedding cover of runner, the embedding cover of runner and mobile friction lever Adjacent, the embedding cover of the runner, mobile friction lever are slidably connected in the middle part of strut, the coiling rotating wheel with move friction lever phase Neighbour, the strut are in concentric circles with pendant seat, and the strut is through the circular hole of pendant seat, the screw hole of the bolt and pendant seat of the pendant seat Connection, the coiling rotating wheel are connect with spring snapping device by lengthening spring transmission.

Further, the reciprocal transmission controller includes two and half ring gears, two and half gears, two ring gear sliding welderings The hollow structure of frame, connection weldment, sliding sash, sliding block, kinematic link, two and half ring gear is equipped with two and half gears, described Two and half ring gears and two and half gears are intermeshed, and side of two and half ring gear far from connection weldment is slidably connected at two Ring gear slides on the medial surface of weldment, and the connection weldment is zigzag configuration, and weldment has two and half ring gears to the connection weldment respectively With sliding sash, the sliding block is slidably connected with sliding sash by kinematic link.

Further, the promotion controller include T framves, auxiliary sheave, auxiliary concave volume structure-steel framing, auxiliary pushing connecting rod, Feeler lever, the keyhole of the T framves is pushed to be connect with the tightening latch of feeler lever is pushed, the T framves are T-shaped structure, the auxiliary sheave, auxiliary By pushing feeler lever rotation connection, the auxiliary pushing connecting rod to form angle with feeler lever is pushed, the auxiliary pushes away concave volume structure-steel framing Dynamic connecting rod is right-angle structure.

Further, two pressurizing units include a jam plate, connection weldment, connection weldering bar, two jam plates, More piece connecting plate, two extruding internal gears, two half gears of extruding, the connection weldering bar have one far from one end locking for connecting weldering bar Position jam plate, connection weldering bar and two jam plate verticallies, the connection weldment are L-shaped structure, two jam plates and more Connecting plate flexible connection is saved, the more piece connecting plate middle part is in same with one end axis connection of the weldment far from a jam plate, the two is connect The heart is justified, and described two squeeze internal gear and engaged with two half gears of extruding, and the more piece connecting plate is vertical with two extruding internal gears It is glued.

Further, the sacculus respirator include sacculus bag, connection section pipe, auxiliary bag, the sacculus bag be connected to Section pipe communicates, and the auxiliary bag is glued to connection section pipe surface, and the two forms integral structure.

Further, the transmission gear for electric motor includes motor-driven gear, gear flap, linkage internal gear, transmission skin Band, small size driving pulley, large size driving pulley, the gear flap are in concentric circles, the gear with linkage internal gear The one end of flap far from linkage internal gear is embedded with small size driving pulley, and the motor-driven gear and linkage internal gear are mutual Engagement, the motor-driven gear are sequentially connected with small size driving pulley by gear flap, the trumpet driving pulley It is rotatablely connected by driving belt with large size driving pulley.

Advantageous effect

A kind of Cardiological cardiopulmonary resuscitation equipment of the present invention, connects power supply, is configured, pushes away on intelligent control board Dynamic mobile touch panel takes out defibrillator and uses patient, when use upper push away line box, by pulling coiling rotating wheel to be turned Dynamic, when rotation, has stretched lengthening spring；When using sacculus respirator, mobile weldering frame is moved after pushing control button, is passed through It is mobile to realize the snapping of snapping device, while pushing away to strike the post and having pushed internal gear, the movement of internal gear has driven yoke plate to turn gear Plate moves, i.e., motor-driven gear realizes engagement rotation with linkage internal gear, is moved up and down, is driven by turning block The extension of electric wire is realized in rotation of the kinematic link to coiling rotating wheel by rotation, until electric wire is all pulled out, is convenient for medical care The use of personnel；When being stored, the reversed spring that lengthens for pushing mobile touch panel after-contraction drives the rotation of coiling rotating wheel will Line is orderly stored, while wire box glides, and defibrillator is replaced；Then mask of the storage in drawer slot is pierced into wearing for integrated box Hole, then connect with connection section pipe, at the same time, motor-driven gear rotates the rotation for having driven small size driving pulley, i.e. band Moved the rotation of a gear, a gear rotates latter portion's wheel bar and is and then rotated with a bar cylinder, driven step on device above and below It steps, so that large size driving pulley is and then driven by the transmission of driving belt after small size driving pulley rotation, driven two Portion squeezes the rotation of half gear, and two squeeze the reciprocating movement that half gear has driven two extruding internal gears, realize connection weldering The cooperation of bar, two jam plates is driven, i.e. a pressurizing unit squeezes sacculus bag with two pressurizing units, realizes air bag face The use of cover；The tool that can be taken off the auxiliary treatments such as tracheal catheter in drawer box is rescued.

After the present invention connects power supply, upper push away line box takes out defibrillator simultaneously, by electric wire under the rotation auxiliary of bobbin winder device It pulls out, facilitates and rescued, realize rotating backward for coiling rotating wheel by lengthening the contraction of spring when storage, realize electric wire Storage；Sacculus bag is squeezed in the next pressurizing unit of transmission of motor and two pressurizing unit realizations after pushing control button Pressure, rescues patient in conjunction with the use of mask, sets CPR resuscitation apparatus is integrated with the tool construction of auxiliary treatment Meter, it is easy to use, the speed of rescue is improved, preferable medical effect can be obtained when being treated to emergency case, profit With the treatment to emergency case.

Description of the drawings

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 cardiopulmonary resuscitation equipment of the present invention.

Fig. 2 is the structural schematic diagram one of internal control device of the present invention.

Fig. 3 is the structural schematic diagram two of internal control device of the present invention.

In figure：Portable -1, defibrillator -2, wire box -3, stealthy bearing -4, intelligent control board -5, integrated box -6, internal control Device -7, drawer box -61, mobile touch panel -62, wire box carriage -70, drawer slot -71, touches device -72, touches control button -60 Shifter -73, a pressurizing unit -74, bobbin winder device -75, reciprocal transmission controller -76, push controller -77, two squeeze It is pressure device -78, sacculus respirator -79, transmission gear for electric motor -80, line wheel device -81, one and half gears -730, yoke plate -731, interior Ring gear -732, line wheel -810, line wheel mounting plate -811, sliding sash -700, storage line frame -701, fixed slider -702, expansion plate - 703, ring ring -704, weld nest -720, snapping device -721, touch compression spring -722, mobile weldering frame -723, push away -724, wheels of striking the post Bridge -740, -743, one, bar cylinder of -742, one, a wheel bar support plate -744, steps on device -745, steps on device company a gear -741 The embedding cover -751 of extension bar -746, coiling rotating wheel -750, runner, strut -753, pendant seat -754, lengthens bullet at mobile friction lever -752 Spring -755, spring snapping device -756, two and half ring gears -760, two and half gears -761, two ring gear sliding weldments -762, connections Weldment -763, sliding sash -764, sliding block -765, kinematic link -766, T framves -770, auxiliary sheave -771, auxiliary concave volume structure-steel framing - 772, auxiliary pushing connecting rod -773, push feeler lever -774, a jam plate -780, connection weldment -781, connection weldering bar -782, two Jam plate -783, more piece connecting plate -784, sacculus bag -790, connection section pipe -791, auxiliary bag -792, motor-driven gear -800, Gear flap -801, linkage internal gear -802, driving belt -803, small size driving pulley -804, large size driving pulley - 805, two squeeze internal gear -785, two half gears -786 of extruding.

Specific implementation mode

To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to Specific implementation mode, the present invention is further explained.

Embodiment：

- Fig. 3 is please referred to Fig.1, the present invention provides a kind of Cardiological cardiopulmonary resuscitation equipment：Its structure includes portable 1, Defibrillator 2, wire box 3, stealthy bearing 4, intelligent control board 5, integrated box 6, internal control device 7, described portable 1 is locked in one On the recess of 6 upper end of case, the defibrillator 2 is equipped with a pair, is in opposed configuration, and the defibrillator 2 is located at the recessed of 6 both ends of integrated box On mouth, the electric wire of the defibrillator 2 is located on the inner cavity of wire box 3, and the electric wire of the defibrillator 2 is connected to internal control device 7 On, the wire box 3 is slidably connected at the both sides of integrated box 6, and the stealth bearing 4 is movably connected in the bottom of integrated box 6, the two Composition is integrated, and the intelligent control board 5 is inlaid in the leading flank middle of integrated box 6, and the integrated box 6 is by controlling Button 60, drawer box 61, mobile touch panel 62 form, and the control button 60 is adjacent with drawer box 61, and the control button 60 is located at drawer The lower section of box 61, the drawer box 61 is parallel with touch panel 62 is moved, the internal control device 7 by wire box carriage 70, drawer slot 71, Device 72 is touched, 73, pressurizing units 74 of shifter is touched, bobbin winder device 75, reciprocal transmission controller 76, pushes controller 77, two pressurizing units 78, sacculus respirator 79, transmission gear for electric motor 80, line wheel device 81 form, and the both ends of the drawer slot 71 are slided Dynamic to be connected on the inside of 70 upper end of wire box carriage, the device 72 that touches is mounted on 71 bottom of drawer slot, described to touch device 72 and touch It is adjacent to connect shifter 73, the two contact, the shifter 73 that touches is fixedly connected with transmission gear for electric motor 80, an extruding 74 both ends of device are sequentially connected with transmission gear for electric motor 80, the top and bottom of the sacculus respirator 79 respectively with a pressurizing unit 74, two pressurizing units 78 contact, and the sacculus respirator 79 is located in a pressurizing unit 74 and two pressurizing units 78 Portion, the bobbin winder device 75 are installed in 76 lower section of reciprocal transmission controller, and the bobbin winder device 75 is contacted with controller 77 is pushed Connection, the bobbin winder device 75 are connect with line wheel device 81 by electric wire coiling, the reciprocal transmission controller 76 and motor drive Device 80 is rotatablely connected, the middle part for pushing controller 77 to be located at reciprocal transmission controller 76 and two pressurizing units 78, and three Person is welded to each other, and two pressurizing units 78 are rotatablely connected with transmission gear for electric motor 80, the wire box carriage 70 and line Box 3 coincide, and the drawer box 61 is embedded on the accent of drawer slot 71, and the sacculus respirator 79 is communicated with the perforation of integrated box 6, institute It states and touches shifter 73 and be made of one and half gears 730, yoke plate 731, internal gear 732, one and half gear 730 is located at internal tooth On the hollow structure of ring 732, the upper end of the yoke plate 731 is welded on the lower surface of internal gear 732, one and half gear 730 It is intermeshed with internal gear 732, the line wheel device 81 is made of line wheel 810, line wheel mounting plate 811, the line wheel 810 and line wheel Mounting plate 811 is in concentric circles, the two flexible connection, and the wire box carriage 70 includes sliding sash 700, storage line frame 701, fixes Slider 702, expansion plate 703, ring ring 704, the sliding sash 700 are slidably connected with storage line frame 701, the fixed slider 702 Mounted on storage line frame 701 close to the upper end of sliding sash 700, the expansion plate 703 is equipped with a pair, and the expansion plate 703 is welded on solid Determine the surface of slider 702, ring ring 704, for storage to electric wire, when electric wire being made to use will not it is at random everywhere, it is described to touch Device 72 includes weld nest 720, snapping device 721, touch compression spring 722, mobile weldering frame 723, pushes away and strikes the post 724, the mobile weldering frame 723 Bar groove is connect with the track of weld nest 720, it is described push away to strike the post 724 be fixedly connected with snapping device 721, it is described push away to strike the post 724 be located at button The middle part of device 721 is connect, described push away strikes the post 724 through compression spring 722 is touched, and the weld nest 720 is with snapping device 721 by touching compression spring 722 elastic connections realize auxiliary pushing, realize and fix after promotion, improve the stability used, a pressurizing unit 74 packet Wheel 742, one, wheel bar, 743, one, the bar cylinder of gear 741, one of bridge 740, one support plate 744 is included, device 745 is stepped on, steps on device Connecting rod 746, a described wheel 742, bar cylinders 743 of wheel bar of gear 741, one of bridge 740, one are in concentric circles, institute It states a wheel bar 742 with a bar cylinder 743 to be connected, a wheel bar 742 is through wheel 740, gears of bridge 741, the both ends of a support plate 744 are welded on the medial surface of a wheel bridge 740, and 745 upper shaft of device of stepping on is connected to On the embedding mouth of one bar cylinder 743, the device 745 of stepping on is equipped with a pair, and the device connecting rod 746 of stepping on is zigzag configuration, described to step on device company 746 both ends of extension bar, which are connected with, steps on device 745, and extruding, easy to use, ensuring smooth transmission, the bobbin winder device are realized by being driven 75 include coiling rotating wheel 750, the embedding cover 751 of runner, mobile friction lever 752, strut 753, pendant seat 754, lengthening spring 755, bullet Spring snapping device 756, the coiling rotating wheel 750 are located at the inner recess of the embedding cover of runner 751, and the embedding cover of the runner 751 rubs with moving Pole 752 is adjacent, and embedding 751, the mobile friction lever 752 that covers of the runner is slidably connected at 753 middle part of strut, the coiling rotating wheel 750 is adjacent with mobile friction lever 752, and the strut 753 is in concentric circles with pendant seat 754, and the strut 753 is through pendant seat 754 Circular hole, the bolt of the pendant seat 754 connect with the screw hole of pendant seat 754, the coiling rotating wheel 750 and spring snapping device 756 It is sequentially connected by lengthening spring 755, for being wound storage to electric wire, the pull-out and winding that electric wire can be orderly are described Reciprocal transmission controller 76 includes two and half ring gears 760, two and half gears 761, two ring gear sliding weldments 762, connection weldments 763, the hollow structure of sliding sash 764, sliding block 765, kinematic link 766, two and half ring gear 760 is equipped with two and half gears 761, the intermeshing of two and half ring gear, 760 and two and half gear 761, two and half ring gear 760 is far from connection weldment 763 Side be slidably connected on the medial surface of two ring gears sliding weldment 762, the connection weldment 763 is zigzag configuration, the company Connecing weldment 763, weldment has two and half ring gears 760 and sliding sash 764, the sliding block 765 to pass through kinematic link 766 with sliding sash 764 respectively It is slidably connected, for accessory drive, ensuring smooth transmission, the promotion controller 77 is recessed including T framves 770, auxiliary sheave 771, auxiliary Body structure-steel framing 772, auxiliary pushing connecting rod 773 push feeler lever 774, the keyhole of the T framves 770 to connect with the tightening latch of feeler lever 774 is pushed It connects, the T framves 770 are T-shaped structure, and the auxiliary sheave 771, auxiliary concave volume structure-steel framing 772 are by pushing the rotation of feeler lever 774 to connect It connects, the auxiliary pushing connecting rod 773 forms angle with feeler lever 774 is pushed, and the auxiliary pushing connecting rod 773 is right-angle structure, auxiliary It helps and is pushed, easy to use, two pressurizing units 78 include a jam plate 780, connection weldment 781, connection weldering bar 782, two jam plates 783, more piece connecting plate 784, two squeeze 785, two half gears 786 of extruding of internal gear, and bar is welded in the connection 782 one end lockings far from connection weldering bar 782 have a jam plate 780, the connection to weld the lock vertical with two jam plates 783 of bar 782 Fixed, the connection weldment 781 is L-shaped structure, and two jam plates 783 are flexibly connected with more piece connecting plate 784, the more piece connecting plate 784 middle parts with connect one end axis connection of the weldment 781 far from a jam plate 780, the two is in concentric circles, in two extruding Ring gear 785 squeezes half gear 786 with two and engages, and the more piece connecting plate 784 is vertical with two extruding internal gears 785 to be glued, and is led to It crosses transmission and realizes that extruding, easy to use, ensuring smooth transmission, the sacculus respirator 79 include sacculus bag 790, be connected to section pipe 791, be auxiliary Bag 792, the sacculus bag 790 is helped to be communicated with connection section pipe 791, the auxiliary bag 792 is glued to connection section 791 table of pipe Face, the two form integral structure, for rescue use, can not manual compression, it is easy to use, the transmission gear for electric motor 80 wrap Include motor-driven gear 800, gear flap 801, linkage internal gear 802, driving belt 803, small size driving pulley 804, big Number driving pulley 805, the gear flap 801 are in concentric circles with linkage internal gear 802, and the gear flap 801 is separate One end of linkage internal gear 802 is embedded with small size driving pulley 804, the motor-driven gear 800 and linkage internal gear 802 Intermeshing, the motor-driven gear 800 is sequentially connected with small size driving pulley 804 by gear flap 801, described small Number driving pulley 804 is rotatablely connected with large size driving pulley 805 by driving belt 803, dibit transmission, easy to use, Stability is good.

Power supply is connected, is configured on intelligent control board 5, mobile touch panel 62 is pushed, defibrillator 2 is taken out and patient is carried out It uses, upper push away line box 3 when use, by pulling coiling rotating wheel 750 to be rotated, when rotation has stretched lengthening spring 755；Make When with sacculus respirator 79, mobile weldering frame 723 is moved after pushing control button 60, and snapping device 721 is realized by movement Snapping, while pushing away to strike the post and 724 internal gear 732, the movement of internal gear 732 having been pushed to drive yoke plate 731 by gear flap 801 Mobile, i.e., motor-driven gear 800 realizes engagement rotation with linkage internal gear 802, by turning block 765 move down It is dynamic, rotation of the kinematic link 766 to coiling rotating wheel 750 has been driven, the extension of electric wire is realized by rotation, until electric wire is complete Portion pulls out, and is convenient for the use of medical staff；When being stored, reversed 755 band of lengthening spring for pushing 62 after-contraction of mobile touch panel The rotation of dynamic coiling rotating wheel 750 orderly stores line, while wire box 3 glides, and defibrillator 2 is replaced；Then storage is existed Mask in drawer slot 71 pierces into the perforation of integrated box 6, then is connect with connection section pipe 791, at the same time, motor-driven gear 800 Rotation has driven the rotation of small size driving pulley 804, that is, after having driven the rotation of a gear 741, a gear 741 to rotate One wheel bar 742 and bar cylinder 743 and then rotate, and have driven and have stepped on the upper and lower of device 745 and step, 804 turns of small size driving pulley So that large size driving pulley 805 is and then driven by the transmission of driving belt 803 after dynamic, drives two half gears 786 of extruding Rotation, two squeeze half gears 786 driven two extruding internal gear 785 reciprocating movements, realize connection weldering bar 782, The cooperation transmission of two jam plates 783, i.e. a pressurizing unit 74 squeezes sacculus bag 790 with two pressurizing units 78, real The use of existing gas mask；The tool that can be taken off the auxiliary treatments such as tracheal catheter in drawer box 61 is rescued.

The tool of problems solved by the invention prior art auxiliary treatment is more, is difficult to when being treated to emergency case Preferable medical effect is obtained, does not utilize the treatment to emergency case, the present invention to be combined with each other by above-mentioned component, Ke Yida To after connection power supply, upper push away line box 3 takes out defibrillator 2 simultaneously, pulls out electric wire under the rotation auxiliary of bobbin winder device 75, convenient It is rescued, realizes rotating backward for coiling rotating wheel 750 by lengthening the contraction of spring 755 when storage, realize the receipts of electric wire It receives；It is realized to sacculus bag in next pressurizing unit 74 of transmission of motor and two pressurizing units 78 after pushing control button 60 790 extruding rescues patient in conjunction with the use of mask, by CPR resuscitation apparatus and the tool construction of auxiliary treatment one Bodyization designs, easy to use, improves the speed of rescue, and preferable medical treatment effect can be obtained when being treated to emergency case Fruit utilizes the treatment to emergency case.

The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention, for this field skill For art personnel, it is clear that invention is not limited to the details of the above exemplary embodiments, and without departing substantially from the present invention spirit or In the case of essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects, should all incite somebody to action Embodiment regards exemplary as, and is non-limiting, the scope of the present invention by appended claims rather than on state Bright restriction, it is intended that including all changes that come within the meaning and range of equivalency of the claims in the present invention It is interior.Any reference signs in the claims should not be construed as limiting the involved claims.

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 embodiment being appreciated that.

Claims (10)

1. a kind of Cardiological cardiopulmonary resuscitation equipment, structure includes portable (1), defibrillator (2), wire box (3), stealthy branch Seat (4), intelligent control board (5), integrated box (6), internal control device (7), portable (1) is locked in integrated box (6) upper end Recess on, the defibrillator (2) is equipped with a pair, is in opposed configuration, the defibrillator (2) is located at the recessed of integrated box (6) both ends On mouth, it is characterised in that：

The electric wire of the defibrillator (2) is located on the inner cavity of wire box (3), and the electric wire of the defibrillator (2) is connected to internal control On device (7), the wire box (3) is slidably connected at the both sides of integrated box (6), and the stealth bearing (4) is movably connected in one The bottom of case (6), the two composition are integrated, and the intelligent control board (5) is inlaid among the leading flank of integrated box (6) Place, the integrated box (6) are made of control button (60), drawer box (61), mobile touch panel (62), the control button (60) and drawer Box (61) is adjacent, and the control button (60) is located at below drawer box (61), and the drawer box (61) is parallel with mobile touch panel (62), institute State internal control device (7) by wire box carriage (70), drawer slot (71), touch device (72), touch shifter (73), one squeeze Pressure device (74), reciprocal transmission controller (76), pushes controller (77), two pressurizing units (78), balls at bobbin winder device (75) Capsule respirator (79), transmission gear for electric motor (80), line wheel device (81) composition；

The both ends of the drawer slot (71) are slidably connected on the inside of wire box carriage (70) upper end, and the device (72) that touches is mounted on Drawer slot (71) bottom, it is described to touch device (72) and to touch shifter (73) adjacent, the two contact, it is described touch shifter (73) with Transmission gear for electric motor (80) is fixedly connected, and a pressurizing unit (74) both ends are sequentially connected with transmission gear for electric motor (80), The top and bottom of the sacculus respirator (79) are contacted with a pressurizing unit (74), two pressurizing units (78) respectively, the ball Capsule respirator (79) is located at the middle part of a pressurizing unit (74) and two pressurizing units (78), bobbin winder device (75) installing Below reciprocal transmission controller (76), the bobbin winder device (75) connects with controller (77) is pushed, described around traditional thread binding It sets (75) to connect by electric wire coiling with line wheel device (81), the reciprocal transmission controller (76) turns with transmission gear for electric motor (80) Dynamic connection, the middle part for pushing controller (77) to be located at reciprocal transmission controller (76) and two pressurizing units (78), three It is welded to each other, two pressurizing units (78) are rotatablely connected with transmission gear for electric motor (80), the wire box carriage (70) It coincide with wire box (3), the drawer box (61) is embedded on the accent of drawer slot (71), the sacculus respirator (79) and integrated box (6) perforation communicates, and the shifter (73) that touches is made of one and half gears (730), yoke plate (731), internal gear (732), One and half gear (730) is located on the hollow structure of internal gear (732), and the upper end of the yoke plate (731) is welded on internal tooth The lower surface of ring (732), one and half gear (730) are intermeshed with internal gear (732), and the line wheel device (81) is by line wheel (810), line wheel mounting plate (811) forms, and the line wheel (810) is in concentric circles with line wheel mounting plate (811), and the two activity connects It connects.

2. a kind of Cardiological according to claim 1 cardiopulmonary resuscitation equipment, it is characterised in that：The wire box sliding Device (70) includes sliding sash (700), storage line frame (701), fixes slider (702), expansion plate (703), ring ring (704), described Sliding sash (700) is slidably connected with storage line frame (701), and the fixed slider (702) is mounted on storage line frame (701) close to sliding sash (700) upper end, the expansion plate (703) are equipped with a pair, and the expansion plate (703) is welded on fixed slider (702), ring ring (704) surface.

3. a kind of Cardiological according to claim 1 cardiopulmonary resuscitation equipment, it is characterised in that：It is described to touch device (72) include weld nest (720), snapping device (721), touch compression spring (722), mobile weldering frame (723), push away strike the post (724), the shifting The bar groove of dynamic weldering frame (723) is connect with the track of weld nest (720), it is described push away strike the post (724) be fixedly connected with snapping device (721), It is described push away strike the post (724) be located at the middle part of snapping device (721), described push away strikes the post (724) through touching compression spring (722), the weldering Seat (720) is with snapping device (721) by touching compression spring (722) elastic connection.

4. a kind of Cardiological according to claim 1 cardiopulmonary resuscitation equipment, it is characterised in that：One extruding Device (74) includes wheel bridge (740), a gear (741), a wheel bar (742), a bar cylinder (743), a branch Plate (744) steps on device (745), steps on device connecting rod (746), wheel bridge (740), a gear (741), a wheel bar (742), a bar cylinder (743) is in concentric circles, and a wheel bar (742) is connected with a bar cylinder (743), described one Bar (742) is taken turns through wheel bridge (740), a gear (741), the both ends of a support plate (744) are welded on one The medial surface of bridge (740) is taken turns, described device (745) upper shaft of stepping on is connected on the embedding mouth of a bar cylinder (743), described to step on device (745) it is equipped with a pair, the device connecting rod (746) of stepping on is zigzag configuration, and described device connecting rod (746) both ends of stepping on are connected with Step on device (745).

5. a kind of Cardiological according to claim 1 cardiopulmonary resuscitation equipment, it is characterised in that：The bobbin winder device (75) include coiling rotating wheel (750), the embedding cover (751) of runner, mobile friction lever (752), strut (753), pendant seat (754), add Long spring (755), spring snapping device (756), the coiling rotating wheel (750) is located at the inner recess of the embedding cover (751) of runner, described The embedding cover (751) of runner is adjacent with mobile friction lever (752), and the embedding cover (751) of the runner moves friction lever (752) and is slidably connected In the middle part of strut (753), (750 is adjacent with mobile friction lever (752), the strut (753) and pendant seat for the coiling rotating wheel (754) it is in concentric circles, the strut (753) is through the circular hole of pendant seat (754), bolt and the pendant seat of the pendant seat (754) (754) screw hole connection, the coiling rotating wheel (750) are connected with spring snapping device (756) by lengthening spring (755) and being driven It connects.

6. a kind of Cardiological according to claim 1 cardiopulmonary resuscitation equipment, it is characterised in that：The reciprocal transmission Controller (76) includes two and half ring gears (760), two and half gears (761), two ring gear sliding weldments (762), connection weldment (763), the hollow structure of sliding sash (764), sliding block (765), kinematic link (766), two and half ring gear (760) is equipped with two Half gear of portion (761), two and half ring gear (760) are intermeshed with two and half gears (761), two and half ring gear (760) side far from connection weldment (763) is slidably connected on the medial surface of two ring gear sliding weldments (762), the company It is zigzag configuration to connect weldment (763), and weldment has two and half ring gears (760) and sliding sash (764), institute to the connection weldment (763) respectively Sliding block (765) is stated to be slidably connected by kinematic link (766) with sliding sash (764).

7. a kind of Cardiological according to claim 1 cardiopulmonary resuscitation equipment, it is characterised in that：The promotion control Device (77) includes T framves (770), auxiliary sheave (771), auxiliary concave volume structure-steel framing (772), auxiliary pushing connecting rod (773), pushes and touch Bar (774), the keyhole of the T framves (770) are connect with the tightening latch of feeler lever (774) is pushed, and the T framves (770) are T-shaped structure, institute Auxiliary sheave (771), auxiliary concave volume structure-steel framing (772) are stated by pushing feeler lever (774) rotation connection, the auxiliary pushing connecting rod (773) angle is formed with feeler lever (774) is pushed, the auxiliary pushing connecting rod (773) is right-angle structure.

8. a kind of Cardiological according to claim 1 cardiopulmonary resuscitation equipment, it is characterised in that：Two extruding Device (78) includes a jam plate (780), connection weldment (781), connection weldering bar (782), two jam plates (783), more piece connecting plates (784), two squeeze internal gear (785), two half gears of extruding (786), and the connection weldering bar (782) is far from connection weldering bar (782) one end locking has a jam plate (780), the connection weldering bar (782) and two jam plate (783) verticallies, described It is L-shaped structure to connect weldment (781), and two jam plates (783) are flexibly connected with more piece connecting plate (784), the more piece connecting plate (784) middle part and one end axis connection for connecting the separate jam plate (780) of weldment (781), the two are in concentric circles, described two It squeezes internal gear (785) to engage with two half gears of extruding (786), the more piece connecting plate (784) and two extruding internal gears (785) vertical to be glued.

9. a kind of Cardiological according to claim 1 cardiopulmonary resuscitation equipment, it is characterised in that：The sacculus breathing Device (79) includes sacculus bag (790), is connected to section pipe (791), auxiliary bag (792), and the sacculus bag (790) is managed with section is connected to (791) it communicates, the auxiliary bag (792) is glued to connection section pipe (791) surface, and the two forms integral structure.

10. a kind of Cardiological according to claim 1 cardiopulmonary resuscitation equipment, it is characterised in that：The motor passes Dynamic device (80) include motor-driven gear (800), gear flap (801), linkage internal gear (802), driving belt (803), At small size driving pulley (804), large size driving pulley (805), the gear flap (801) and linkage internal gear (802) In concentric circles, the one end of the gear flap (801) far from linkage internal gear (802) is embedded with small size driving pulley (804), The motor-driven gear (800) is intermeshed with linkage internal gear (802), and the motor-driven gear (800) passes with small size Dynamic belt pulley (804) is sequentially connected by gear flap (801), the trumpet driving pulley (804) and large size driving belt (805) are taken turns to be rotatablely connected by driving belt (803).