CN109199772A

CN109199772A - A kind of video head-up tilt test equipment

Info

Publication number: CN109199772A
Application number: CN201811319160.7A
Authority: CN
Inventors: 韩雄; 郑美琼; 徐金义; 杨丽红; 韩久琰
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-11-07
Filing date: 2018-11-07
Publication date: 2019-01-15
Anticipated expiration: 2038-11-07
Also published as: CN109199772B

Abstract

The present invention relates to medical instruments field, in particular to a kind of video head-up tilt test equipment；The present invention includes the monitoring bed for carrying human body and the monitoring device for carrying out medical monitoring to human body；Monitoring bed includes pedestal, bedstead and monitoring bed board, and monitoring bed board is connected on the bedstead, and bedstead can make to monitor bed board inclination, and bedstead is connected on pedestal, and pedestal can be such that bedstead is gone up and down；In the present invention, bedstead is gone up and down using pedestal, and bedstead can make to monitor bed board inclination, to make patient overlie, it can be gone up and down and be tilted, to blood pressure, electrocardio, brain electricity, myoelectricity and it can refer to arteries and veins oxygen etc. a variety of physiological parameters synchronize monitoring, be provided simultaneously with powerful record, storage, playback and output function；Operation of the present invention is convenient, practical.

Description

A kind of video head-up tilt test equipment

Technical field

The present invention relates to medical instruments field, in particular to a kind of video head-up tilt test equipment.

Background technique

Syncope (syncope) is also known as fainted, and is comprehensive, the transience loss of consciousness as caused by cerebral perfusion deficiency, Its main feature is that occurring suddenly, lasting of short duration and spontaneous recovery completely, often companion's drop attack, causes patients with fractures, wound etc. tight Weight consequence.

The diagnosis and treatment of syncope face many challenges.Firstly, the cause of disease is complicated, clinical subtype is more.It is divided into according to its pathogenesis: anti- Penetrating property syncope, cardiac origin of syncope, 10 hypotypes of orthostatic hypotension three categories or the cause of disease.Secondly, comprehensive epileptic attack, focal Property epileptic attack, absentia epileptic breaking-out, false syncope, not with the drop attack of the loss of consciousness, narcolepsy, cerebral hemorrhage, A variety of diseases such as subarachnoid hemorrhage, arteria carotis TIA, subclavian steal syndrome, cardiac arrest are easy mutually to obscure with syncope, Therefore, the antidiastole of syncope is also particularly significant.

Since Kenny in 1986 etc. is using head-up tilt test auxiliary diagnosis syncope, syncope diagnosis is effectively pushed, has controlled Treat and research progress, but presently used head-up tilt test equipment only have bed board increase, blood pressure and three kinds of heart rate it is limited Parameter.Abubkr (2005), Poliquin-Lasnier (2009), van Dijik(2014) etc. in conventional head-up tilt test While monitored the change of patient's brain electricity, deepened the understanding for syncope.Recently heart of Europe disease association (ESC 2018) It is recommended that carrying out video record monitoring for suspicious patients with syncope.But it there is no integrated video head-up tilt both at home and abroad at present Testing equipment.

Summary of the invention

It is described above in order to overcome the shortcomings of, the object of the present invention is to provide a kind of video head-up tilt test equipment, Patient can be made to overlie, can be gone up and down and be tilted, is conveniently monitored.

The present invention the technical solution to solve the technical problem is that:

A kind of video head-up tilt test equipment, wherein including the monitoring bed for carrying human body and for being cured to human body The monitoring device of Hygienic monitoring on hands of childhood；The monitoring bed includes that pedestal, bedstead and monitoring bed board, the monitoring bed board are connected to the bedstead On, the bedstead can be such that the monitoring bed board tilts, and on the base, the pedestal can make the bedstead for the bedstead connection It is gone up and down.

As an improvement of the present invention, the pedestal includes bottom frame and the lifting device being arranged on the bottom frame, Two cross bars, two lifting devices are symmetricly set on the bottom frame, and the lifting device includes first crossbar, the first company Bar, second connecting rod, translational block, the first handwheel and bidirectional helical screw rod, the both ends of the first crossbar are connected to the bottom On the two sides of frame, one end of the first connecting rod is hinged in the first crossbar, the other end of the first connecting rod with it is described Carry out hinged at the center of second connecting rod, one end of the second connecting rod and the translational block are hinged, the second connecting rod it is another One end is connect with lifter plate, and the lifter plate is connect with the bedstead, and the both ends of the second crossbar are connected to the bottom On the two sides of frame, fixed block is connected in the second crossbar, first handwheel connects with the bidirectional helical screw axis, described Bidirectional helical screw rod runs through the first crossbar, translational block and fixed block, the bidirectional helical silk of the two sides of the fixed block Bar it is oppositely oriented.

As a further improvement of the present invention, the bedstead includes a frame and is connected to described for making on the bed frame The inclined tilting gearing of bed board is monitored, the tilting gearing includes fagging and hinged fagging, and row list is provided on the bed frame To ratchet, pawl adjusting rod sliding slot is provided on the two sidewalls of the bed frame, pawl adjusting rod is connected to the pawl and adjusts In bar sliding slot, for two pawl adjusting rods by overturning hinged axis connection, the first pawl is coaxially connected hinged in the overturning On axis, one end of the fagging and the overturning articulated shaft are hinged, and one end of the fagging and the hinged fagging are hinged, described Hinged fagging is connected to the monitoring bed board.

As a further improvement of the present invention, adjustment device is additionally provided on the bedstead, the adjustment device includes Worm gear mechanism and jack up idler wheel, the worm gear mechanism include the first worm screw being connected on the bed frame, with it is described The second coaxially connected handwheel of first worm screw and the first worm gear that connection is engaged with first worm screw, first worm gear and support Bar shaft is coaxially connected, and the both ends of the strut shaft are connected separately with the strut, and the strut and the jack-up are rolled Wheel connection, two jack-up idler wheels are connected by connecting rod.

As a further improvement of the present invention, the head holder for carrying human body head is provided on the monitoring bed board Support air bag.

As a further improvement of the present invention, it is provided on the monitoring bed board solid for the shoulder of fixing human shoulder Determine device, the shoulder fixing device includes motor, threaded screw rod, thread slider, the fixed adhesive tape of the first shoulder and the second shoulder Fixed adhesive tape, the motor and the threaded screw rod are coaxially connected, and the thread slider is socketed on the threaded screw rod, described Thread slider is connect with the fixed adhesive tape of first shoulder, the fixed adhesive tape of the second shoulder respectively.

As a further improvement of the present invention, it is provided on the monitoring bed board solid for the waist of fixing human waist Determine device, the fixed device of the waist includes the fixed adhesive tape of two waists.

As a further improvement of the present invention, it is provided on the monitoring bed board solid for the arm of fixing human arm Determine device, the arm fixing device includes that clip spring seat, circlip set and circlip, the circlip set are connected on the clip spring seat, The circlip setting is in circlip set.

As a further improvement of the present invention, the monitoring device includes the brain electricity for being monitored to human body head Monitoring device, the eeg monitoring device include fixed cover and eeg monitoring net, and the eeg monitoring net is arranged in the fixation In cover, it is cased with mesh enclosure on the fixed cover, is provided with head in the fixed cover and compresses air bag, the head compresses air bag and fills Bleeder pipe connection, the fixed cover are connect with fixed rope.

As a further improvement of the present invention, the monitoring device further includes electrocardiograph monitoring device, the cardioelectric monitor Device includes several sucker electrodes connected by series connection rope, passes through electrode wires between each sucker electrode and connects, sucker electricity Pole pipe branch pipe is connect with each sucker electrode, and card has eccentric clamping cam, the sucker electrode on the sucker electrode pipe It is inside provided with the series connection rope clamp block being connected and second spring, the series connection rope is across the series connection rope clamp block, the sucker electricity Conductive sap cavity is provided in extremely.

In the present invention, go up and down bedstead using pedestal, and bedstead can make to monitor bed board inclination, to make patient It overlies, can be gone up and down and be tilted, can be monitored；Operation of the present invention is convenient, practical.

Detailed description of the invention

The present invention is described in detail by following preferred embodiments and attached drawing for ease of explanation,.

Fig. 1 is the structural diagram of the present invention one；

Fig. 2 is structural schematic diagram two of the invention；

Fig. 3 is the structural schematic diagram of pedestal of the invention；

Fig. 4 is the structural schematic diagram of bedstead of the invention；

Fig. 5 is the partial schematic diagram of bed frame of the invention；

Fig. 6 is the structural schematic diagram one of adjustment device of the invention；

Fig. 7 is the structural schematic diagram two of adjustment device of the invention；

Fig. 8 is the structural schematic diagram of monitoring bed board of the invention；

Fig. 9 is that monitoring bed board of the invention is connected to the structural schematic diagram one on bedstead；

Figure 10 is that monitoring bed board of the invention is connected to the structural schematic diagram two on bedstead；

Figure 11 is the structural schematic diagram of shoulder fixing device of the invention；

Figure 12 is the structural schematic diagram of arm fixing device of the invention；

Figure 13 is the schematic internal view of arm fixing device of the invention；

Figure 14 is the structural schematic diagram one of shelves column device of the invention；

Figure 15 is the structural schematic diagram two of shelves column device of the invention；

Figure 16 is the structural schematic diagram one of foot fixing device of the invention；

Figure 17 is the structural schematic diagram two of foot fixing device of the invention；

Figure 18 is the structural schematic diagram three of foot fixing device of the invention；

Figure 19 is the structural schematic diagram one of eeg monitoring device of the invention；

Figure 20 is the structural schematic diagram two of eeg monitoring device of the invention；

Figure 21 is the structural schematic diagram of eeg monitoring net of the invention；

Figure 22 is the structural schematic diagram of electrocardiograph monitoring device of the invention；

Figure 23 is the structural schematic diagram of sucker electrode of the invention；

Figure 24 is the structural schematic diagram of clamping air cushion of the invention；

Figure 25 is application schematic diagram of the invention；

Appended drawing reference: 1- monitors bed, 11- pedestal, 111- bottom frame, 112- second crossbar, 113- lifting device, the first cross of 1131- Bar, 1132- first connecting rod, 1133- second connecting rod, 1134- translational block, the first handwheel of 1135-, 1136- bidirectional helical screw rod, 1137- lifter plate, 114- fixed block, 12- bedstead, 121- frames, 1211- unidirectional ratchet, 1212- pawl adjusting rod sliding slot, 1213- pawl adjusting rod, the first pawl of 1214-, 1215- overturn articulated shaft, 122- tilting gearing, 1221- fagging, 1222- hinge Connecing fagging, 123- adjusts device, 1231- worm gear mechanism, and 1232- jacks up idler wheel, 1233- strut shaft, 1234- strut, The first worm screw of 1235-, the second handwheel of 1236-, the first worm gear of 1237-, 1238- connecting rod, 13- monitor bed board, 131- head holder Support air bag, 132- shoulder fixing device, 1321- motor, 1322- threaded screw rod, 1323- thread slider, the first shoulder of 1324- are solid Determine adhesive tape, the fixed adhesive tape of the second shoulder of 1325-, the fixed device of 133- waist, the fixed adhesive tape of 1331- waist, 134- arm fixation Device, 1341- clip spring seat, 1342- circlip set, 1343- circlip, 135- grades of column devices, 1351- bumping post, the first spring of 1352-, 1353- pushes away column, 1354- toggle mechanism, 1355- shifting shaft, the second pawl of 1356-, 1357- sector ratchet, 1358- hinged ear Plate, 136- foot fixing device, 1361- link block, 1362- runner, 1363- gear hub, the second worm gear of 1364-, 1365- second Worm screw, 1366- first rotating shaft, 13661- the first ankle press strip, the second shaft of 1367-, 13671- the second ankle press strip, 1368- First gear, 1369- second gear, 2- monitoring device, 21- eeg monitoring device, the fixed cover of 211-, 212- mesh enclosure, 213- head Portion compresses air bag, 214- fixed rope, 215- eeg monitoring net, 216- charge and discharge tracheae, 22- electrocardiograph monitoring device, 221- sucker electricity Pole, 222- electrode wires, 223- sucker electrode pipe branch pipe, 224- series connection rope, 225- series connection rope clamp block, 226- second spring, 227- Eccentric clamping cam, 228- conduction sap cavity, 23- arm electrocardiograph monitoring device, 231- clamp air cushion, 24- arm electrophysiological monitoring dress It sets, the leg 25- electrocardiograph monitoring device, the leg 26- electrophysiological monitoring device, 3- connecting rod, 4- protective fence, 5- camera, 6- universal wheel, 7- support rod.

Specific embodiment

In order to make the objectives, technical solutions, and advantages of the present invention clearer, with reference to the accompanying drawings and embodiments, right The present invention is further elaborated.It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention, and It is not used in the restriction present invention.

It should be noted that in the absence of conflict, the feature in embodiment and embodiment in the present invention can phase Mutually combination.

In the description of the present invention, it is to be understood that, term " center ", " longitudinal direction ", " transverse direction ", "upper", "lower", The orientation or positional relationship of the instructions such as "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outside" is It is based on the orientation or positional relationship shown in the drawings, is merely for convenience of description of the present invention and simplification of the description, rather than instruction or dark Show that signified device or element must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as pair Limitation of the invention.In addition, term " first ", " second " etc. are used for description purposes only, it is not understood to indicate or imply phase To importance or implicitly indicate the quantity of indicated technical characteristic.The feature for defining " first ", " second " etc. as a result, can To explicitly or implicitly include one or more of the features.In the description of the present invention, unless otherwise indicated, " multiple " It is meant that two or more.

In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " installation ", " phase Even ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or be integrally connected；It can To be mechanical connection, it is also possible to be electrically connected；It can be directly connected, can also can be indirectly connected through an intermediary Connection inside two elements.For the ordinary skill in the art, above-mentioned term can be understood by concrete condition Concrete meaning in the present invention.

As shown in Fig. 1 to Figure 25, a kind of video head-up tilt test equipment of the invention includes the prison for carrying human body Survey bed 1 and the monitoring device 2 for carrying out medical monitoring to human body.

Monitoring bed 1 includes pedestal 11, bedstead 12 and monitoring bed board 13, and monitoring bed board 13 is connected on bedstead 12, bedstead 12 It can make to monitor the inclination of bed board 13, bedstead 12 connects on the pedestal 11, and pedestal 11 can be such that bedstead 12 is gone up and down.

In the present invention, go up and down bedstead 12 using pedestal 11, and bedstead 12 can make to monitor the inclination of bed board 13, from And patient is made to overlie, it can be gone up and down and be tilted, can be facilitated simultaneously to brain electricity, electrocardio and electrophysiological monitoring.

As shown in figure 3, pedestal 11 includes bottom frame 111 and the lifting device 113 being arranged on bottom frame 111, second crossbar 112, two lifting devices 113 are symmetricly set on bottom frame 111, and lifting device 113 includes first crossbar 1131, first connecting rod 1132, second connecting rod 1133, translational block 1134, the first handwheel 1135 and bidirectional helical screw rod 1136, the two of first crossbar 1131 End is connected on the two sides of bottom frame 111, and one end of first connecting rod 1132 is hinged in first crossbar 1131, first connecting rod Hinged, one end of second connecting rod 1133 and the hinge of translational block 1134 are carried out at 1132 other end and the center of second connecting rod 1133 It connects, the other end of second connecting rod 1133 is connect with lifter plate 1137, and lifter plate 1137 is connect with bedstead 12, second crossbar 112 Both ends are connected on the two sides of bottom frame 111, are connected with fixed block 114 in second crossbar 112, the first handwheel 1135 with it is two-way 1136 axis of threaded screw rod connects, and bidirectional helical screw rod 1136 runs through first crossbar 1131, translational block 1134 and fixed block 114, fixed The bidirectional helical screw rod 1136 of the two sides of block 114 it is oppositely oriented.

As shown in figure 4, bedstead 12 include bed frame 121 and be connected on a frame 121 for make monitor bed board 13 it is inclined Tilting gearing 122, tilting gearing 122 include fagging 1221 and hinged fagging 1222, are provided with row's unidirectional ratchet on bed frame 121 1211, pawl adjusting rod sliding slot 1212 is provided on the two sidewalls of bed frame 121, pawl adjusting rod 1213 is connected to pawl adjusting In bar sliding slot 1212, two pawl adjusting rods 1213 are connected by overturning articulated shaft 1215, the first pawl 1214 it is coaxially connected It overturns on articulated shaft 1215, one end of fagging 1221 and overturning articulated shaft 1215 are hinged, one end of fagging 1221 and hinged fagging 1222 is hinged, and hinged fagging 1222 is connected to monitoring bed board 13.

Further, adjustment device 123 is additionally provided on bedstead 12, adjustment device 123 includes 1231 He of worm gear mechanism Idler wheel 1232 is jacked up, worm gear mechanism 1231 includes the first worm screw 1235 being connected on a frame 121 and the first worm screw 1235 Coaxially connected the second handwheel 1236 and the first worm gear 1237 that connection is engaged with the first worm screw 1235, the first worm gear 1237 and support Bar shaft 1233 is coaxially connected, and the both ends of strut shaft 1233 are connected separately with a strut 1234, and strut 1234 and jack-up are rolled 1232 connection of wheel, two jack-up idler wheels 1232 are connected by connecting rod 1238.

As shown in Fig. 8 to Figure 10, the head support air bag 131 being provided on bed board 13 for carrying human body head is monitored.

As shown in figure 11, the shoulder fixing device 132 being provided on bed board 13 for fixing human shoulder is monitored, shoulder is solid Determining device 132 includes motor 1321, threaded screw rod 1322, thread slider 1323, the fixed adhesive tape 1324 of the first shoulder and the second shoulder Adhesive tape 1325 is fixed in portion, and motor 1321 and threaded screw rod 1322 are coaxially connected, and thread slider 1323 is socketed in threaded screw rod 1322 On, thread slider 1323 is connect with the fixed adhesive tape 1324 of the first shoulder, the fixed adhesive tape 1425 of the second shoulder respectively.

The fixed device 133 of waist for fixing human waist is provided on monitoring bed board 13, the fixed device 133 of waist wraps Include the fixed adhesive tape 1331 of two waists.

As shown in Figure 12 and Figure 13, the arm fixing device 134 being provided on bed board 13 for fixing human arm is monitored, Arm fixing device 134 includes clip spring seat 1341, circlip set 1342 and circlip 1343, and circlip set 1343 is connected to clip spring seat 1341 On, the setting of circlip 1343 is in circlip set 1342.

As shown in Figure 14 and Figure 15, the bumping post device 135 being provided on bed board 13 for resisting human body crotch, bumping post are monitored Device 135 includes bumping post 1351 and toggle mechanism 1354, and the two sides of bumping post 1351 are hinged with hinged otic placode 1358, toggle mechanism 1354 include shifting shaft 1355, the second pawl 1356 and fan-shaped ratchet 1357, is provided with 1352 He of the first spring in bumping post 1351 Column 1353 is pushed away, the second pawl 1356 is by shifting shaft 1355 and pushes away column 1353 hingedly, and the first spring is withstood at the top for pushing away column 1353 1352, the second pawl 1356 is stuck on fan-shaped ratchet 1357, and fan-shaped ratchet 1357 is hinged on hinged otic placode 1358.

As shown in Figure 16 to 18, the foot fixing device 136 being provided on bed board 13 for fixing human foot, foot are monitored The fixed device 136 in portion includes link block 1361, runner 1362, gear hub 1363, the second worm gear 1364, the second worm screw 1365, the One shaft 1366, the second shaft 1367, first gear 1368 and second gear 1369, gear hub 1363 are arranged in link block 1361 Interior, first gear 1368 and second gear 1369 are arranged in gear hub 1363, and first gear 1368 is nibbled with second gear 1369 It closes, runner 1362 and the second worm screw 1365 are coaxially connected, and the second worm screw 1365 engages connection, the second worm gear with the second worm gear 1364 1364 is coaxially connected with the second shaft 1367, and the second shaft 1367 and second gear 1369 are coaxially connected, first rotating shaft 1366 with First gear 1369 is coaxially connected, is connected separately with the first ankle press strip 13661 in first rotating shaft 1366 and the second shaft 1367 With the second ankle press strip 13671.

As shown in Figure 19 to Figure 24, monitoring device 2 includes the eeg monitoring device 21 for being monitored to human body head, Eeg monitoring device 21 includes fixed cover 211 and eeg monitoring net 215, and the setting of eeg monitoring net 215 is being fixed in cover 211, Gu Surely it is cased with mesh enclosure 212 on cover 211, head is provided in fixed cover 211 and compresses air bag 213, head compresses air bag 213 and inflation/deflation Pipe 216 is connected to, and fixed cover 211 is connect with fixed rope 214.

Monitoring device 2 further includes electrocardiograph monitoring device 22, if electrocardiograph monitoring device 22 includes by 224 connection of series connection rope A dry sucker electrode 221 is connected by electrode wires 222 between each sucker electrode 221, sucker electrode pipe branch pipe 223 and each Sucker electrode 221 connects, and card has eccentric clamping cam 223 on sucker electrode pipe branch pipe 223, is provided with phase in sucker electrode 221 The series connection rope clamp block 225 and second spring 226 of connection, series connection rope 224 pass through series connection rope clamp block 225, setting in sucker electrode 221 There is conductive sap cavity 228.

Monitoring device 2 includes arm electrocardiograph monitoring device 23, the arm electrophysiological monitoring device 24, leg connected by transmission line Portion's electrocardiograph monitoring device 25, leg electrophysiological monitoring device 26；Arm electrocardiograph monitoring device 23, arm electrophysiological monitoring device 24, leg It is provided in portion's electrocardiograph monitoring device 25, leg electrophysiological monitoring device 26 and clamps air cushion 231.

Monitoring device 2 further includes mobile comprehensive station, which includes host computer, display Device, keyboard；The host computer is connect by data line with monitoring bed and patient；Host computer assemble blood pressure, electrocardio, brain electricity, Myoelectricity, the physiological datas management software such as refer to arteries and veins oxygen, have powerful record, storage, playback and output function.

Mobile comprehensive station further includes 360 degree of high-definition camera instruments, and 360 degree of high-definition camera instruments are connected to mobile comprehensive On the column of station.

The scope of application of video head-up tilt test equipment of the invention are as follows: children and adult, comprising: 1) faint, faint Diagnosis, antidiastole and the parting assessment of preceding state and suspicious patients with syncope and study of incident mechanism；2) primary and secondary The diagnosing and treating of postural hypotension patient is assessed；3) multi-system atrophy and the auxiliary of other autonomic nerve Diseases are examined It is disconnected；4) walking is dizzy or/and is easy the diagnostic assessment of the patient to fall, particularly gerontal patient；Even 5) drug for hypertension Therapy response assessment etc..

The present invention can facilitate to blood pressure, electrocardio, electroencephalogram brain electricity, electrocardiogram and electromyogram myoelectricity simultaneously and refer to arteries and veins oxygen Synchronous detection monitoring, and there is powerful record, storage, playback and output function.

The present invention provides one embodiment, which includes monitoring bed 1 and monitoring device 2, and monitoring device 2 is erected in prison The side of bed 1 is surveyed, as shown in figure 25, monitoring four angles of room ceiling are separately installed with 360 degree of cameras 5, and four direction is taken the photograph As first 5 facilitate doctor to patient carry out the observation without dead angle.5 face of camera monitoring bed 1 is equally fixed in monitoring device 2, Facilitate doctor that can carry out the observation in details to patient in real time.Monitoring bed 1 has lifting, inclination, fixed and other effects.Monitor bed 1 mainly by bedstead 12, pedestal 11 and monitoring 13 three parts structure composition of bed board, and wherein pedestal 11 mainly realizes elevating function, bed Frame 12 mainly realizes that tilt function, monitoring bed board 13 mainly realize the fixed function for patient.On the bottom frame 111 of pedestal 11, Four angles are provided with universal wheel 6, convenient for the movement and placement of any direction can be carried out to bed body.Bottom frame 111 is rectangle Four connecting rods 3 are arranged for installing universal wheel 6 in frame structure, four angles.Three cross bars are set along narrow side direction among bottom frame 111 (2 first crossbar 1131 and 1 piece second crossbars 112), 2 first crossbars 1131 are symmetrical arranged, and wherein first crossbar 1131 is used In being arranged articulated position for first connecting rod 1132, that is, 1132 one end of first connecting rod and first crossbar 1131 are hinged, and first connects 1132 other end of bar and second connecting rod 1133 are hinged, and 1133 one end of second connecting rod and translational block 1134 are hinged, in second crossbar 112 It is provided with fixed block 114, one bidirectional helical screw rod 1136, two-way spiral shell are set along the long side direction at the short side center of bottom frame 111 Line screw rod 1136 can be realized sided configuration while move round about, and then elevating function easy to accomplish.Bidirectional helical silk Bearing, bidirectional helical screw rod 1136 and translational block are set between bar 1136 and bottom frame 111, first crossbar 1131 and fixed block 114 It is threaded engagement between 1134, threaded hole is provided in translational block 1134, in 114 two sides bidirectional helical screw rod 1136 of fixed block Rotation direction is different, and the thread rotary orientation of corresponding translational block 1134 is also different, first crossbar 1131, translational block 1134, first connecting rod 1132, second connecting rod 1133 is arranged symmetrically with respect to 1136 center cross-sectional of bidirectional helical screw rod, bidirectional helical screw rod 1,136 1 Side is provided with the first handwheel 1135, and the first handwheel 1135 is fixedly and coaxially connected with bidirectional helical screw rod 1136.Second connecting rod 1133 Hinged between translational block 1134, corresponding translational block 1134 is arranged symmetrically along opposite 1136 center cross-sectional of bidirectional helical screw rod Two, lifter plate 1137 is fixedly mounted in a frame 121, and bed frame 121 is rectangle framework structure.It is provided on bed frame 121 Fagging 1221 and hinged fagging 1222, fagging 1221 and hinged fagging 1222 carry out cutting with scissors connection by overturning articulated shaft 1215, The other end of hinged fagging 1222 and one end of the long section of bed frame 121 carry out cutting with scissors connection by overturning articulated shaft 1215 simultaneously, It is symmetrically opened along long section there are two pawl adjusting rod sliding slot 1212 on the two sides edge of bed of the other end of the bed long section of frame 121, pawl is adjusted Bar sliding slot 1212 has certain length, and the outer end of the corresponding pawl adjusting rod sliding slot 1212 of fagging 1221 passes through overturning articulated shaft 1215 Hingedly, and the both ends of overturning articulated shaft 1215 are extended fagging 1221 and are stuck in inside pawl adjusting rod sliding slot 1212, while fagging Respectively symmetrically design has pawl resigning shape to the corresponding overturning hinge hole port position setting in the two sides of 1221 outer end, in corresponding spine First pawl 1214 is respectively fixed on 1215 two sides of overturning articulated shaft at pawl resigning respectively, overturns the one of articulated shaft 1215 1212 certain distance of pawl adjusting rod sliding slot of a frame is extended at end, fixes in the end of this extended segment of overturning articulated shaft 1215 It is connected with pawl adjusting rod 1213, can control the overturning rotation of articulated shaft 1215 by rotating pawl adjusting rod 1213, so as to To drive two the first pawls 1214 to rotate synchronously.It is corresponding with pawl 1214, on bed frame 121 on the two long section directions of lateral edge bed frame Be fixed with the unidirectional ratchet 1211 of evenly distributed pressure pin, the ratchet of unidirectional ratchet 1211 towards along the long section direction of bed frame towards bed It direction among frame can be with so that when rotating pawl adjusting rod 1213 makes the first pawl 1214 be stuck in 1211 inside of unidirectional ratchet First pawl 1214 is moved to bed outer frame extreme direction and is limited, but nothing is moved to bed frame middle position to the first pawl 1214 Limitation, unidirectional ratchet 1211 form expansion limit, and because hinged fagging 1,222 1 to fagging 1221 by the first pawl 1214 The dynamic connection of other end hinge at end and bed frame 121, the dynamic connection of one end hinge of the other end and fagging 121 of hinged fagging 1222, so that Fagging 121 is tilted simultaneously with hinged fagging 1222 and is arched upward, because hinged 1222 upper surface of fagging is fixed with monitoring bed board 13, thus Monitoring bed board 13 is tilted upward to prop up.First pawl 1214 and unidirectional ratchet 1211 are directed to a frame and symmetrically set It sets, stablizes also for uniform force, increase service life and reliability.When fagging 1221 and the inclination of hinged fagging 1222 arch upward When, pawl adjusting rod 1213 is slided in 1212 internal synchronization of pawl adjusting rod sliding slot, and pawl adjusting rod sliding slot 1212 is to pawl tune Pole 1213 plays the role of guiding and limit, and then the limitation of vertical direction freedom degree is played to the rear end of fagging 1221, makes The rear end for obtaining fagging 1221 can only carry out the movement of horizontal direction.Hinged 1222 size of fagging and 1221 size and shape base of fagging This is consistent, can tile when hinged fagging 1222 is in 180 degree with fagging 1221 and fully support the frame inner area of a frame.Meanwhile Bed board 13 is monitored when tiling can just be completely covered hinged fagging 1222 and fagging 1221.Bed frame is fixedly installed snail on side Worm and gear mechanism 1231, the first worm screw 1235 is with vertical state and the dynamic connection of protruding block hinge for being fixed on a frame side, the first snail 1237 lower section of wheel is provided with the second handwheel 1236 and is fixedly and coaxially connected with the first worm screw 1235, and the first worm screw 1235 is engaged with first Worm gear 1237 has self-locking function, and the first worm gear 1237 is fixedly and coaxially connected with strut shaft 1233, and strut shaft 1233 runs through The side of corresponding first worm gear, 1237 position extends to inside a frame and is more than the half length of bed width of frame.In bed frame medial surface Bearing block there are two being above symmetrical arranged, and strut shaft 1233 is made to pass through bearing block, between bearing block and strut shaft 1233 It is cased with bearing, strut shaft 1233 can be made relative to bearing block flexible rotating, it is vertically fixed in strut shaft 1233 to connect Strut 1234 there are two connecing, strut 1234 is symmetrical relative to 1221 center line of fagging, hingedly sets in 1234 other end end of strut It is equipped with and jacks up idler wheel 1232, hinged by same connecting rod 1238 between two jack-up idler wheels 1232, connecting rod 1238 can make Obtain two jack-up idler wheel 1232 uniform forces when jacking up to fagging 1221.In the corresponding jack-up in 1221 lower end surface of fagging It is fixedly installed roller track on the rolling track of idler wheel 1232, is rolled in roller track inside groove for jacking up idler wheel 1232, Guiding role is played to idler wheel is jacked up.Protective fence 4 there are two being symmetrical arranged on bed frame 121, effect is that patient is prevented to sleep soundly Stirring causes to fall.4 both ends of protective fence have been respectively articulated with support rod 7,7 other end of support rod and the dynamic connection of bedstead side hinge, make It obtains protective fence 4, two and forms four-bar mechanism between support rod 7, bedstead 12, enable 4 rotary folding of protective fence and prop up.It is supervising Survey 13 upper surface of bed board corresponds to head position and is fixed with head support air bag 131, and head support air bag 131 is in circular ring shape and inside Full to have gas, the central area of 131 annulus of head support air bag is that recess moulding is suitable on rear side of patients head, is convenient for patient Head can play the role of buffering and support to patients head when being depressed into head support air bag 131.In the both shoulders of corresponding patient Having two to the leg direction of patient on the monitoring bed board of lower section has certain length through slot, at symmetrical two Position inside through slot close to one end end, which is fixed as one, to be had with certain thickness baffle, and through slot is divided into one long one by baffle Short two through slots are hinged with threaded screw rod 1322 inside longer through slot, and threaded screw rod 1322 uses fine thread, shorter Motor is fixed with inside through slot, motor shaft passes through baffle and is fixedly and coaxially connected threaded screw rod 1322, covers on threaded screw rod 1322 There is thread slider 1323, thread slider 1323 extends through slot upper port, and the inner hole of thread slider 1323 uses and threaded screw rod The identical internal screw thread of 1322 screw threads, is socketed relationship between thread slider 1323 and threaded screw rod 1322 for screw thread, because of through slot pair Thread slider 1323 has rotary spacing effect, so thread slider 1323 will not rotate.It is opened when motor and drives screw thread silk When bar 1322 rotates synchronously, threadingly screw rod 1322 axially moves thread slider 1323.Connect in 1323 upper end of thread slider It is connected to the fixed adhesive tape 1324 of the first shoulder, is fixedly connected with second on side of the thread slider 1323 towards monitoring 1 center of bed Shoulder fixes adhesive tape 1325, and the fixed adhesive tape 1324 of the first shoulder and the fixed adhesive tape 1325 of the second shoulder are to be same as inclination trend, So that the fixed adhesive tape 1324 of the first ipsilateral shoulder can divide with the fixed adhesive tape 1325 of the second shoulder when patient lies in monitoring bed Not above the oxter of patient and lower section is around patient's shoulder.The fixed 1324 lower end surface leading portion region of adhesive tape of first shoulder is provided with The leading portion region of bonding die, fixed 1325 upper surface of adhesive tape of the second shoulder is provided with bonding die, when the fixed adhesive tape 1324 of the first shoulder with Fixation can mutually be clinged by bonding die when the fixed adhesive tape 1325 of second shoulder is above patient's shoulder position, thus to patient Shoulder be fixed.Motor opens drive thread slider 1323, and threadingly screw rod 1322 is moved forward and backward and can consolidate to the first shoulder Determine adhesive tape 1324 and the fixed adhesive tape 1325 of the second shoulder plays adjustment effect, is carried out so as to the patient to different height physique Shoulder is fixed.The fixed adhesive tape of waist there are two being fixed in the two sides positional symmetry of the corresponding patient's waist position of monitoring bed board 13 1331, the leading portion of fixed 1331 lower end surface of adhesive tape of two waists is provided with bonding die, and the fixed adhesive tape 1331 of two waists mutually clings Patient's waist can be fixed.Arm fixing device is fixed on the position that monitoring 13 two sides of bed board correspond to patient's arm 134, arm fixing device 134 is mainly made of circlip set 1342, clip spring seat 1341 with circlip 1343, and circlip covers on 1342 inside It is designed through hollow circular bosses down, the circlip set biggish rotary table of 1342 outer diameters is internally provided with annular slot, and outer diameter is lesser Rotary table is internally provided with the resigning annular groove that diameter is less than annular slot, and card outstanding is provided between resigning annular groove and annular slot Platform, circlip, which covers, is cased with clip spring seat 1341 inside 1342,1341 lower section pedestal largest outside diameter of clip spring seat, is provided with above pedestal certain The circular groove of thickness can allow pedestal to be stuck in annular slot so that clip spring seat 1341 and circlip set 1342 without departing from, while annular The thickness of card slot is greater than the thickness of clip spring seat pedestal, and clip spring seat 1341 is allowed to carry out certain position inside circlip set 1342 Axial movement, 1341 upper end of clip spring seat is set as taper, while circlip 1343 is placed on the tapered surface of clip spring seat 1341, card The shape of spring 1343 is profiling setting relative to clip spring seat, while the taper of the tapered surface of circlip 1343 is less than clip spring seat front-end-cone The taper in shape face, while the Position Design of corresponding 1343 front end of circlip of circlip set 1342 is to close up, so that circlip 1343 is in circlip It not will do it disengaging between seat 1341 and circlip set 1342, it, can be by 1343 front-end-cone of circlip when clip spring seat 1341 is axial to be jacked up Shape edge opens, and 1341 inside upper and lower side of clip spring seat is circular hole through design, and patient's arm is allowed to pass through clip spring seat 1341, The conical design of 1343 front end of circlip allows to carry out patient's arm unidirectional clamping, circumference at 1343 front end conical opening of circlip Be distributed it is fixedly embedded have several cushion pads, can play a protective role to patient's arm.When internally press arm fixation ring Clip spring seat 1341,1341 front end of clip spring seat jacks up the front end taper position of circlip 1343 when strutting, and can make arm fixation Cushion pad and patient's arm inside ring are detached from, and arm fixation ring is detached from clamped condition to patient's arm.In monitoring bed board 13 Corresponding patient's crotch is to leg segment region openings recessing groove, and there are two the regions being connected to for recessing groove, among monitoring bed board The narrower width of position, close to the wider width of monitoring one end position of bed, in one end lower end surface two of recessing groove narrower width section Side is fixed with hinged otic placode 1358, crotch bumping post articulated shaft is fixedly connected between two hinged otic placodes 1358, in hinged otic placode The dynamic bumping post 1351 for being connected with crotch of hinge, bumping post 1351 have certain length on crotch bumping post articulated shaft among 1358, when When above the rotation of bumping post 1351 to monitoring bed board 13 and vertical with monitoring bed board 13 fixed, bumping post 1351 can play patient's crotch To the effect of detent, it can prevent patient from sliding downwards when monitoring bed board 13 and tilting upwards.1351 inside upper section of bumping post is under Section is designed as cavity, and interlude is set as solid-section, and is installed with inside bumping post 1351 and pushes away column 1353, pushes away 1353 length of column from gear Run through inside intermediate solid section to bumping post 1351 on lower side inside column 1351 by upper end.Pushing away 1353 upper end of column coaxially fixed company It is connected to third pawl 1356,1356 lower circumferential of third pawl, which is provided with raised rotary table, can make third pawl 1356 be stuck in gear On column 1341 without departing from.Pushing away between the upper surface of 1351 interior solid section of third pawl 1356 and bumping post is cased on column First spring 1352,1352 upper end of the first spring connect the lower end surface of third pawl 1356, and lower end connects the upper surface of solid-section, First spring 1352 is in compressive state always.The bumping post hinge of the side of the hinged otic placode 1358 of face outside 1351 lower end of bumping post Fan-shaped ratchet 1357 is fixedly and coaxially connected in spindle, if wherein one section of circumferential segment circumference is fixed with for the periphery of fan-shaped ratchet 1357 Dry ratchet is hinged with the second pawl 1356 by rotating articulated shaft on the outside of the bumping post 1351 above fan-shaped ratchet 1357, rotates Articulated shaft is articulated with the middle position of the second pawl 1356, and the second pawl 1356 can be stuck in the ratchet of fan-shaped ratchet 1357 Portion is hinged with shifting shaft 1355 in the back-end region of the second pawl 1356, and 1355 other end of shifting shaft extends in bumping post 1351 Portion is fixedly connected with the lower end for pushing away column 1353, and is provided with shifting shaft on the motion profile of the corresponding shifting shaft 1355 of bumping post 1351 Slot allows shifting shaft 1355 to drive the second pawl 1356 to rotate articulated shaft as rotary shaft when stirring axial trough internal pendulum and moving It is rotated.When pawl control knob is pressed without external force, the height control shifting shaft 1355 for pushing away 1353 lower end of column can make Obtaining the second pawl 1356 can be stuck in the ratchet slot of fan-shaped ratchet 1357, when pressing down on pawl control knob, pawl control Button drive pushes away that column is axially downward, and the first spring 1352 be in compressive state at this time, pushes away the drive shifting shaft 1355 of column 1353 Moved inside 1355 slot of shifting shaft so that the second pawl 1356 around rotation articulated shaft turn an angle front end be detached from it is fan-shaped The ratchet slot of ratchet 1357 is raised up to and monitoring bed board 13 so that bumping post 1351 can be rotated around crotch bumping post articulated shaft Disposition, then stops pressing pawl control knob, and the first spring 1352 jacks up pawl control knob so that pushing away column for shifting shaft 1355 It lifts, so that the second pawl 1356 is caught in again inside the ratchet slot of fan-shaped ratchet 1357, so that bumping post 1351 is in solid Determine state, reaches the state to patient's crotch detent.The company of being fixed on corresponding two legs and feet ankle middle of patient monitoring bed board 13 Block 1361 is connect, link block 1361 is designed by upper end for U-shaped structure, on the U-shaped side of link block towards the monitoring outer end side of bed board 13 Upper end is fixedly connected with gear hub 1362, and first gear 1368 and second gear 1369, the first tooth are hinged on gear hub 1362 Wheel 1368 is coaxially connected with first rotating shaft 1367, and second gear 1369 notifies hand to be connected with the second shaft 1367, first rotating shaft 1366 and second the other end of shaft 1367 be stuck on the U-shaped side of the link block other end, two shafts can be relative to gear hub 1362 and link block 1361 relatively rotate, wherein one end of 1366 corresponding teeth wheel shell 1362 of the second shaft extend gear hub and It has been fixedly and coaxially connected the second worm gear 1364 outside gear hub, the second worm gear 1364 is engaged with the second vertical worm screw 1365, and second Worm screw 1365 is coaxial in the upper end of the second worm screw 1365 by the dynamic connection connection of the protruding block hinge being fixed as one with link block 1361 It is fixedly connected with runner 1362, the control rotation of runner 1362 can drive the second worm screw 1365 to rotate, to drive the second worm gear 1364 rotations, the second worm gear 1364 drive the second shaft 1367 to rotate synchronously with second gear 1369, and second gear 1369 engages There is second gear 1368 to drive 1368 synchronous backward of first gear to rotate, first gear 1368 drives first rotating shaft 1366 same Step rotates backward, and the first ankle press strip 13661 and have been respectively fixedly connected in first rotating shaft 1366 and the second shaft 1367 Two ankle press strips 13671, the first ankle press strip 13661 and the second ankle press strip 13671 are in the Archimedes spiral of single turn, and the The Archimedes spiral of one ankle press strip 13661 and the second ankle press strip 13671 it is symmetrical on the contrary, the first ankle press strip 13661 with Second ankle press strip 13671 has certain width and intensity is high, will not deform, patient's ankle is respectively placed in the first foot Inside the bung flange of ankle press strip 13661 and the second ankle press strip 13671, when two shafts rotate backward simultaneously, two ankle pressures The rotation of synchronous backward, is stuck in patient's ankle between the big bung flange of ankle press strip and small bung flange, and with rotation So that ankle clamps between size bung flange, to achieve the effect that patient's ankle is fixed.The head of patient is provided with brain Power utilization monitoring device 21, it is 8 ~ 32 brain electricity led that eeg monitoring device 21, which can provide port number, and eeg monitoring net 215 is in divergence form Design, is provided with monitoring point in each divergent transport line terminal, comprehensively can carry out eeg monitoring in the head to patient.Cooperation What eeg monitoring net 215 used simultaneously has fixed cover 211, has the mesh enclosure 212 of Weaving type outside fixed cover 211, in mesh enclosure 212 Inside is fixed with head and compresses air bag 213, and head compresses 213 inner-concave disc of air bag and the crown is contoured design, presses on head The edge of tight air bag 213 is communicated with charge and discharge tracheae 216, and charge and discharge tracheae 216 can compress air bag 213 to head and inflate.In mesh enclosure 212 lower edges are connected with same fixed rope 214 in 180 degree two sides, and the two sides at fixed both ends respectively separate a fixed rope 214 and connect In on mesh enclosure 212, three sections of dichotomous fixed ropes 214 can allow fixed rope 214 that mesh enclosure 212 is fixed on patient's head Portion, so that mesh enclosure 212 will not slide forward or backward with the swing of patients head.The front of patient is provided with electrocardio Monitoring device 22, electrocardiograph monitoring device 22 are connected in series by several sucker electrodes 221, and sucker electrode 221 is tied by upper and lower two Structure part composition, lower end is in up-thin-low-thick truncated cone shape, and lower end surface to interior design is cavity, sucker electrode 221 Upper end is from upper end to the cylindrical structure for being internally provided with cavity.It is provided with circular hole in the frustum of a cone side of 221 lower end of sucker electrode, Sucker electrode pipe branch pipe 223 is fixed on circular hole, axially inside there are two isolations in direction point for sucker electrode pipe branch pipe 223 Chamber not of uniform size, big chamber is negative pressure extracting cavity, and small chamber is conductive sap cavity 228, and negative pressure extracting chamber is used under sucker electrode Gas is extracted inside the frustum of a cone of end makes the space between patient skin form negative pressure, so that sucker electrode 221 be enable to adsorb In on the skin of patient front, conductive sap cavity 228 is used to convey conduction liquid to cavity inside between sucker electrode 221 and skin, just In to patient's progress cardioelectric monitor.Several sucker electrodes 221, each sucker electrode 221 are in series on electrocardiograph monitoring device 22 Coconnected sucker electrode pipe branch pipe 223 is connected to, and it is big chamber that also dividing inside sucker electrode pipe branch pipe 223, which has negative pressure extracting chamber, Conductive sap cavity is small chamber, and corresponding with two chamber connections of sucker electrode pipe branch pipe 223 respectively.In 221 upper end of sucker electrode circle Shell of column is internally provided with second spring 226, and the lower end of second spring 226 is fixedly connected with cylindrical section bottom, second spring 226 Upper end is fixedly connected with series connection rope clamp block 225, and series connection rope clamp block 225 is placed in the inner cavity of cylindrical section, and extends sucker electrode 221 cylindrical section upper end port certain distances, in the series connection cord hole for being provided with perforation on the lower section side wall of series connection rope clamp block 225, The series connection cord hole position of corresponding series connection rope clamp block is provided with series connection and restricted slot on the cylindrical section side wall of sucker electrode 221.In sucker electricity The series connection rope 224 of the series connection cord hole of pole 221 and sucker electrode is crossed inside slot and is installed with series connection rope simultaneously, and series connection rope clamp block 225 is the The slot dislocation up and down of restricting of connecting for making series connection cord hole and sucker electrode under the action of two springs 226, so that series connection rope 224 is being gone here and there It clamps between connection rope clamp block 225 and 221 cylindrical section inner wall of sucker electrode, clamps series connection rope 224 to reach sucker electrode 221 Effect, when press down on series connection rope clamp block make to connect cord hole and the series connection of sucker electrode restricted slot be overlapped when, sucker electrode 221 Can be free to slide along series connection rope 224, all sucker electrodes 221 are connected by same root and are restricted on electrocardiograph monitoring device 22 224 are connected using aforesaid way, and the both ends end for rope 224 of connecting is equipped with knot, so that perforative on series connection rope 224 Sucker electrode 221 will not fall off, and electrode wires 222, all suctions on electrocardiograph monitoring device 22 are connected on each sucker electrode 221 It is one that the electrode wires 222 connected on disc electrode 222, which collapse,.Arm electrocardiograph monitoring device 23, arm are connected with by transmission line Electrophysiological monitoring device 24, leg electrocardiograph monitoring device 25, leg electrocardiograph monitoring device 26, above-mentioned four kinds of monitorings circle inner ring are fixed Have and clamp air cushion 231, clamping air cushion 231 can guarantee monitoring device, and back skating is not moved or fallen off with patient limb clamping.Four kinds Monitoring device is designed with gap, and can be convenient can be directly sleeved in patient limb above patient limb, thus convenient pair Patient is monitored.

When needing to be monitored patient, lie in patient on monitoring bed board 13, patients head rests the head in head support gas On capsule 131.Motor 1321 is opened, motor 1321 drives threaded screw rod 1322 to rotate, makes the threadingly screw rod of thread slider 1323 1322 move axially to suitable position, then the fixed adhesive tape 1324 of the first shoulder and the second shoulder fixation adhesive tape 1325 respectively from Above the oxter of patient and lower section is around patient's shoulder and clinging fixes patient's shoulder.By the fixed adhesive tape 1324 of the first waist with The fixed adhesive tape 1325 of second waist mutually clings above patient's waist is fixed patient's waist.The arm of patient is inserted into hand Inside the fixed device 134 of arm hand fixing device 134 is clamped to patient's arm, then the pawl of 1351 upper end of bumping post Control knob, the drive of machine brush control knob, which pushes away column and moves down, drives shifting shaft 1355 to be moved inside axial trough stirring, so that the second spine Pawl 1356 be rotated up be lifted out fan-shaped 1357 ratchet slot of ratchet allow bumping post 1351 around bumping post articulated shaft rotate, work as crotch Bumping post rotation in portion's unclamps pawl control knob when being raised up to monitoring 13 plumbness of bed board, in the reset response of the first spring 1352 Under the second pawl 1356 is rotated down stick into inside the ratchet slot of fan-shaped ratchet 1357 so that bumping post 1351 is in stationary state So as to carry out detent to patient's crotch.The leg ankles bit of patient is respectively placed in the first ankle press strip 13661 and Inside the bung flange of two ankle press strips 13671, when first rotating shaft 1366 and the second shaft 1367 rotate backward simultaneously, first rotating shaft 1366 and 1367 synchronous backward of the second shaft rotation, allow patient's ankle be stuck in ankle press strip big bung flange and small bung flange it Between, and with rotation so that ankle clamps between size bung flange, to achieve the effect that patient's ankle is fixed.Brain electricity is supervised Survey grid 215 is affixed on the top of the head of patient, then the patient crown is covered to fixed cover 211, at fixed rope 214 and patient's chin Being strained and fixed be fixed fixed cover can by eeg monitoring net 215.Electrocardiograph monitoring device 22 is placed in patient's heart region On corresponding front skin, sucker electrode 221 is extracted by the negative pressure extracting chamber inside aligned transfer sucker electrode pipe branch pipe 223 Sucker electrode intracavity gas enables sucker electrode 221 to adsorb and is fixed on patient front, passes through leading for sucker electrode pipe 221 Electro-hydraulic chamber 228 carries out sucker electrode 221 to the electrocardio of patient's heart position to the intracavitary injection conduction liquid of sucker electrode Monitoring, by arm electrocardiograph monitoring device 23, arm electrophysiological monitoring device 24, leg electrocardiograph monitoring device 25, leg cardioelectric monitor Device 26 is respectively clamped into patient limb corresponding position, the monitoring to patient's electrocardio and myoelectricity, when occurring for analyzing the disturbance of consciousness Brain electricity facilitates syncope diagnosis, antidiastole and classification diagnosis.

When needing to carry out descending operation to monitoring bed board 13 according to the actual situation, the first handwheel 1135 is rotated, it is first-hand Wheel 1135 drives bidirectional helical screw rod 1136 to rotate synchronously, because between translational block 1134 and bidirectional helical screw rod 1136 being screw thread Socket and translational block cannot be rotated under the limitation of connection structure, so respectively with bidirectional helical screw rod 1,136 two The threaded screw rod thread bush of opposite direction taps into the opposite synchronizing moving of row, makes the second company under the hinged effect of first connecting rod 1132 The rotation of bar 1133, which is propped up, realizes lifting effect to monitoring bed.

It needs the upward slant setting of patient rotating the second handwheel 1236 in monitoring process, the second handwheel 1236 drives It is rotated through a worm screw 1235, the first worm screw 1235 drives the rotation of the first worm gear 1237, and the first worm gear 1237 drives strut shaft 1233 rotate synchronously, and the rotation of strut 1234 drives strut 1233 to swing, and jack up idler wheel 1232 to hinged fagging 1222 to drive It jacks up, makes the hinged inclination upwards of fagging 1222, and then play the limitation of vertical direction freedom degree to the rear end of fagging 1221, so that The rear end of fagging 1221 can only carry out the movement of horizontal direction, so that fagging 1221 arches upward with the inclination of hinged fagging 1222, because Hinged 1222 upper surface of fagging is fixed with monitoring bed board 13, so that monitoring bed board 13 can be tilted upward and be propped up, then turns Pawl adjusting rod 1213 is stuck in the first pawl 1214 inside 1211 slot of unidirectional ratchet, so that monitoring bed board 13 tilts It arches upward in stationary state.Convenient for the monitoring to patient.

Beneficial effects of the present invention are as follows:

1, electrocardiograph monitoring device is propped up dislocation by second spring 226 with rope clamp block 225 of connecting using 12 sucker electrodes 221 and is pressed from both sides Tight mode makes series connection 214 pairs of all sucker electrodes 221 of rope reach concatenated effect, can be realized respectively using two chambers different Effect and the connecting tube quantity for reducing cardioelectric monitor device device, so that electrode stationarity is good, no in patient's trunk tilting procedure Sliding, and quickly remove, sucker contact area is big, and impression is small.

2, foot fixing device 136 passes through the spacing between big bung flange and small bung flange using Archimedes spiral shape characteristic It is closer with centre distance will be smaller, two ankle press strips using Archimedes spiral are made in such a way that Double-gear engages Synchronous backward rotation is clamped fixation to patient legs by the gap shrinks between size bung flange.

3, the fan-shaped ratchet 1357 that the second pawl 1356 of 1351 external articulation of bumping post can be fixed with bumping post articulated shaft into The unidirectional detent of row pushes away 1355 pairs of shifting shaft of column control under the effect of shoring of the first spring 1352 and controls through two pawls 1356 System, pressing pawl control knob can make shifting shaft 1355 stir the second pawl 1356 of mobile control rotation lift inside axial trough It rises.Monitoring bed board 13 is provided with recessing groove on corresponding 1351 path of bumping post, and doctor's hand can be allowed to pass through control.

4, it monitors and motor 1321 and threaded screw rod 1322 is installed inside 13 liang of side chutes of bed board, threaded screw rod 1322 rotates The movement of thread slider 1323 with the socket of its screw thread is driven, shoulder fixing belt is allowed to carry out front and back tune according to Patient height It is whole, on thread slider 1323 it is oblique be connected with fixing belt that two can paste mutually can be oblique viscous to being carried out to patient's shoulder It fastens,

5, monitoring bed board 13 jacks up the swing of idler wheel 1332 by the control of worm gear mechanism 1231 and pushes up to hinged fagging 1322 It rises, during the inclination of hinged fagging 1322 is propped up, the pawl of fagging 1321 is stuck in shape inside the unidirectional ratchet slot of monitoring bed At limit, so that inclination is arched upward and is capable of fixing, what the self-locking effect cooperation pawl ratchet of worm gear mechanism 1231 unidirectionally limited Dual guarantee can allow the patient to be lifted by stable being inclined by and keep stable state when stopping driving.

6, arm fixing device 134 can realize unidirectional clamping, circlip set to patient's arm using taper clip spring structure 1342 inner sleeve clip spring seats 1341 inwardly push clip spring seat 1341 that can to strut 1343 conical opening of circlip releasing to patient's arm The unidirectional gripping orientation in portion, it is convenient and efficient, while the soft set of buffering of circlip front end can play the role of buffer protection to arm, Friction can be increased simultaneously enables arm fixation ring further to arm fixation.

7, the lifting for monitoring bed board 13 is moved towards using forward and reverse screw rod control two sides translational block, in first connecting rod 1132 It is hinged effect under make through two connecting rods 1133 rotate prop up to monitoring bed realize lifting effect, forward and reverse screw rod is as drive rod tune Section is stablized, and monitoring bed is enabled to steadily to go up and down.

8, the eeg monitoring net 215 of divergence form cooperates the mesh enclosure of Weaving type to fix eeg monitoring net relative to head, head Portion compress air bag 213 cooperate mesh enclosure to 215 compression fit of eeg monitoring net, eeg monitoring net 215 can provide port number be 8 ~ The 32 brain electricity led facilitate syncope diagnosis, antidiastole and parting for analyzing the brain Electrical change rule when disturbance of consciousness occurs Diagnosis.

9, arm electrocardiograph monitoring device 23, arm electrophysiological monitoring device 24, leg cardioelectric monitor dress are cased in patient limb Set 25, leg electrocardiograph monitoring device 26.Four kinds of monitoring circle inner rings are respectively and fixedly provided with and clamp air cushion 231, and clamping air cushion 231 can guarantee Back skating is not moved or is fallen off monitoring circle with patient limb clamping, and four kinds of monitoring circles are designed with gap, and can be convenient can be from trouble It is directly sleeved in patient limb above person's four limbs, to facilitate the variation rule of record, analysis syncope generation front and back muscle tone Rule.

10, two sides on bed board 13 are monitored and are provided with the fixed adhesive tape of two waists, the fixed adhesive tape of two waists can mutually glue Tightly, so that patient's waist be fixed.

The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all in essence of the invention Made any modifications, equivalent replacements, and improvements etc., should all be included in the protection scope of the present invention within mind and principle.

Claims

1. a kind of video head-up tilt test equipment, which is characterized in that including the monitoring bed for carrying human body and for people The monitoring device of body progress medical monitoring；The monitoring bed includes that pedestal, bedstead and monitoring bed board, the monitoring bed board are connected to On the bedstead, the bedstead can be such that the monitoring bed board tilts, and on the base, the pedestal can make for the bedstead connection The bedstead is gone up and down.

2. a kind of video head-up tilt test equipment according to claim 1, which is characterized in that the pedestal includes bottom frame And lifting device on the bottom frame, second crossbar are set, two lifting devices are symmetricly set on the bottom frame, institute Stating lifting device includes first crossbar, first connecting rod, second connecting rod, translational block, the first handwheel and bidirectional helical screw rod, and described The both ends of one cross bar are connected on the two sides of the bottom frame, and one end of the first connecting rod is hinged on the first crossbar On, hinged, one end of the second connecting rod and institute are carried out at the center of the other end of the first connecting rod and the second connecting rod State that translational block is hinged, the other end of the second connecting rod is connect with lifter plate, and the lifter plate is connect with the bedstead, and described The both ends of two cross bars are connected on the two sides of the bottom frame, and fixed block is connected in the second crossbar, described first-hand Wheel connects with the bidirectional helical screw axis, and the bidirectional helical screw rod runs through the first crossbar, translational block and fixed block, described The bidirectional helical screw rod of the two sides of fixed block it is oppositely oriented.

3. a kind of video head-up tilt test equipment according to claim 2, which is characterized in that the bedstead includes bed frame And be connected on the bed frame and be used to make the inclined tilting gearing of the monitoring bed board, the tilting gearing includes fagging and hinge Fagging is connect, row's unidirectional ratchet is provided on the bed frame, pawl adjusting rod sliding slot is provided on the two sidewalls of the bed frame, Pawl adjusting rod is connected in the pawl adjusting rod sliding slot, and two pawl adjusting rods, which pass through, overturns hinged axis connection, the One pawl is coaxially connected on the overturning articulated shaft, and one end of the fagging and the overturning articulated shaft are hinged, the fagging One end and the hinged fagging it is hinged, the hinged fagging is connected to the monitoring bed board.

4. a kind of video head-up tilt test equipment according to claim 3, which is characterized in that also set up on the bedstead There is adjustment device, the adjustment device includes worm gear mechanism and jacks up idler wheel, and the worm gear mechanism includes being connected to The first worm screw on the bed frame, second handwheel coaxially connected with first worm screw and engaging with first worm screw is connect The first worm gear, first worm gear and strut shaft are coaxially connected, and the both ends of the strut shaft are connected separately with an institute Strut is stated, the strut is connect with the jack-up idler wheel, and two jack-up idler wheels are connected by connecting rod.

5. a kind of video head-up tilt test equipment according to claim 1 or 4, which is characterized in that the monitoring bed board On be provided with head support air bag for carrying human body head.

6. a kind of video head-up tilt test equipment according to claim 5, which is characterized in that set on the monitoring bed board It is equipped with the shoulder fixing device for fixing human shoulder, the shoulder fixing device includes motor, threaded screw rod, screw thread cunning The fixed adhesive tape of block, the first shoulder and the fixed adhesive tape of the second shoulder, the motor and the threaded screw rod are coaxially connected, the screw thread Sliding block is socketed on the threaded screw rod, and the thread slider is fixed with the fixed adhesive tape of first shoulder, the second shoulder respectively Adhesive tape connection.

7. a kind of video head-up tilt test equipment according to claim 6, which is characterized in that set on the monitoring bed board It is equipped with the fixed device of waist for fixing human waist, the fixed device of the waist includes the fixed adhesive tape of two waists.

8. a kind of video head-up tilt test equipment according to claim 7, which is characterized in that set on the monitoring bed board It is equipped with the arm fixing device for fixing human arm, the arm fixing device includes clip spring seat, circlip set and circlip, institute It states circlip set to be connected on the clip spring seat, the circlip setting is in circlip set.

9. a kind of video head-up tilt test equipment according to claim 1, which is characterized in that the monitoring device includes Eeg monitoring device for being monitored to human body head, the eeg monitoring device include fixing cover and eeg monitoring net, The eeg monitoring net setting is cased with mesh enclosure, is provided with head in the fixed cover in the fixed cover on the fixed cover Air bag is compressed, the head compresses air bag and is connected to charge and discharge tracheae, and the fixed cover is connect with fixed rope.

10. a kind of video head-up tilt test equipment according to claim 9, which is characterized in that the monitoring device is also Including electrocardiograph monitoring device, the electrocardiograph monitoring device includes by several sucker electrodes of series connection rope connection, each sucker It is connected between electrode by electrode wires, sucker electrode pipe branch pipe is connect with each sucker electrode, the sucker electrode pipe branch Card has eccentric clamping cam on pipe, and the series connection rope clamp block being connected and second spring, the string are provided in the sucker electrode Connection rope is provided with conductive sap cavity in the series connection rope clamp block, the sucker electrode.