CN108742596B - Dynamic cardiovascular activity monitoring device - Google Patents
Dynamic cardiovascular activity monitoring device Download PDFInfo
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- CN108742596B CN108742596B CN201810672890.9A CN201810672890A CN108742596B CN 108742596 B CN108742596 B CN 108742596B CN 201810672890 A CN201810672890 A CN 201810672890A CN 108742596 B CN108742596 B CN 108742596B
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B5/00—Measuring for diagnostic purposes; Identification of persons
- A61B5/24—Detecting, measuring or recording bioelectric or biomagnetic signals of the body or parts thereof
- A61B5/316—Modalities, i.e. specific diagnostic methods
- A61B5/318—Heart-related electrical modalities, e.g. electrocardiography [ECG]
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B5/00—Measuring for diagnostic purposes; Identification of persons
- A61B5/68—Arrangements of detecting, measuring or recording means, e.g. sensors, in relation to patient
- A61B5/6801—Arrangements of detecting, measuring or recording means, e.g. sensors, in relation to patient specially adapted to be attached to or worn on the body surface
- A61B5/6802—Sensor mounted on worn items
- A61B5/681—Wristwatch-type devices
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- Heart & Thoracic Surgery (AREA)
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Abstract
The invention discloses a dynamic cardiovascular activity monitoring device, which comprises a display panel, a watchcase, a watch buckle, a watchband, a monitoring head and an internal device, wherein the display panel is embedded on the watchcase, the watch buckle is detachably connected with the watchband, the monitoring head is connected with the watchcase through the internal device, the watchcase is fixedly connected with the watchband, the watchcase and the watchband form an integrated structure, and the internal device is arranged on the watchcase and the watchband; the buckling design is simple and convenient, and the use is flexible; the wire pulled out by the monitoring head cannot be wound, and the monitoring head is convenient and flexible to store; meanwhile, the ventilating transmission device drives the ventilating structure to run to realize ventilation of the wristwatch, so that a user does not feel bound when using the wristwatch and the wristwatch is comfortable to use.
Description
Technical Field
The invention relates to the field of monitoring devices, in particular to a dynamic cardiovascular activity monitoring device.
Background
Modern people pay more and more attention to their health, especially cardiovascular health, and heart is the most relevant to cardiovascular health, and in order to understand heart condition, detailed electrocardiographic examination in hospitals is the most traditional examination mode. Most heart diseases can be observed by examining the electrocardiographic waveform. Nowadays, wearable intelligent electronic devices have begun to invisibly rise, and increasingly, and have gradually gone into people's real life from original conceptual design.
The prior art needs to be used with medical staff when diagnosis and monitoring are carried out, the monitoring is limited by time and place, and some heart diseases can obtain useful electrocardiograms only by detecting the attack, so that great help can not be provided for the medical staff and patients.
Disclosure of Invention
The invention mainly aims to overcome the defects of the prior art and provide a dynamic cardiovascular activity monitoring device to solve the problems that diagnosis and monitoring need to be carried out by matching with medical care personnel, the monitoring is limited by time and place, and some heart diseases can obtain useful electrocardiograms only by detecting the heart diseases in the case of attack, so that great help cannot be provided for the medical care personnel and patients.
The invention is realized by adopting the following technical scheme: a dynamic cardiovascular activity monitoring device comprises a display panel, a watchcase, a watchbuckle, a watchband, a monitoring head and an internal device, wherein the display panel is embedded on the watchcase, the watchbuckle is detachably connected with the watchband, the monitoring head is connected with the watchcase through the internal device, the watchcase is fixedly connected with the watchband, the watchcase and the watchband form an integrated structure, the internal device is arranged on the watchcase and the watchband, the internal device comprises an internal buckle, a ventilation transmission device, a wire arrangement device, a transmission disc structure, a wire arrangement device, a wire tightener, a wheel disc structure, a clamping structure, a monitor, a return device and a ventilation structure, the internal buckle is provided with a group, the internal buckle is connected with the watchband, the ventilation transmission device is fixedly connected with the ventilation structure, the wire arrangement device is connected with the wire arrangement device, and the wire arrangement device is positioned above the return device, the transmission disc structure is connected with the clip structure in a rotating mode, the two wire arranging devices are connected with the monitor through the wire tightener and the wheel disc structure, the clip structure is connected with the transmission disc structure and the return device in a transmission mode, the inner buckle device is composed of an inner buckle disc, an inner buckle movable plate and an inner buckle fixed plate, the inner buckle disc is installed on the inner buckle movable plate, the inner buckle fixed plate is movably connected with the inner buckle movable plate through the inner buckle disc, the transmission disc structure is provided with a transmission belt pulley and a transmission belt, the transmission belt is wound on the transmission belt pulley, the transmission belt pulley is connected with the clip structure in a rotating mode through the transmission belt, the transmission belt pulley is connected with the watchcase in a transmission mode, and the inner buckle device is installed on the watchbuckle.
As optimization, ventilative transmission includes ventilative drive lever frame, ventilative transmission structure board, ventilative transfer line, ventilative transmission reel, reel transmission mounting panel, ventilative drive lever frame passes through the set bar with ventilative transmission structure board and is connected, the pintle of ventilative transmission structure board is connected with the shaft hole of ventilative transfer line, ventilative transfer line and ventilative transmission reel hub connection, ventilative transmission reel is installed on reel transmission mounting panel, ventilative drive lever frame and ventilative structure fixed connection.
Preferably, the first wire arranging device comprises a widened wire arranging transmission ring, a wire arranging transmission rod, a wire arranging belt pulley and a motor, the widened wire arranging transmission ring, the wire arranging transmission rod and the wire arranging belt pulley are arranged in concentric circles, the wire arranging transmission rod penetrates through the wire arranging belt pulley and is connected to the widened wire arranging transmission ring, the wire arranging belt pulley is in transmission connection with the motor through a belt, and the widened wire arranging transmission ring is connected with the second wire arranging device.
Preferably, the two wire arranging devices comprise two wire arranging cover frames, two wire arranging suspenders, two wire arranging shafts and two wire arranging shaft discs, the two wire arranging suspenders, the two wire arranging shafts and the two wire arranging shaft discs are in concentric circles, and the two wire arranging suspenders are installed on the two wire arranging cover frames.
As optimization, the turn-buckle includes tight line dish, tight line spring, structural mounting frame, tight line dish passes through tight line spring elastic connection with structural mounting frame, tight line dish, tight line spring, structural mounting frame group become the integral structure, tight line spring welding has tight line dish, structural mounting frame, turn-buckle, rim plate structure, monitor are connected.
Preferably, the wheel disc structure comprises a wheel disc structure suspender, a wheel disc structure underframe and a structure wheel disc, the wheel disc structure suspender is adjacent to the wheel disc structure underframe and the structure wheel disc, and the structure wheel disc is arranged on the wheel disc structure underframe.
Preferably, the clamping structure comprises a triangular shaft disc, a clamping structure rod and a clamping arm, the triangular shaft disc is connected with the clamping structure rod in a shaft connection mode, a shaft bolt of the clamping structure rod is connected with a shaft hole of the clamping arm, and the triangular shaft disc is in transmission connection with the return device.
As optimization, return means includes return structure spring, return transmission reel, reel transmission connecting rod, festival board movable connecting rod, festival board fixed link, spud pile, return transmission festival board and constitutes, return structure spring and return transmission reel are welded each other, return transmission reel and reel transmission connecting rod sliding connection, return transmission festival board and festival board movable connecting rod, festival board fixed link swing joint, the spud pile is connected with festival board movable connecting rod, festival board fixed link, return structure spring passes through high temperature with the spud pile and is connected.
As optimization, ventilative structure includes ventilative structure section of thick bamboo, ventilative structure pole, ventilative even a section of thick bamboo, inflator, ventilative structure section of thick bamboo and ventilative structure pole sliding connection, ventilative even a section of thick bamboo and inflator fixed connection, ventilative even a section of thick bamboo and inflator constitution structure as an organic whole, ventilative structure pole keeps away from one end sliding connection of ventilative structure section of thick bamboo on the inflator.
Advantageous effects
The watch is worn on the hand by matching and buckling the inner buckle device and the watch buckle, the watch can be started by pressing a button on the side for a long time, the display panel displays data after starting, the wire arranging device runs after starting, and the rotating breathable transmission shaft disc drives the breathable transmission rod to reciprocate the breathable transmission rod frame, namely drives the breathable structure rod to reciprocate in the air cylinder to realize air outlet; when a patient needs to diagnose, the watch case is rotated, the transmission disc structure drives the triangular shaft disc to rotate to swing the clamping structure rod close to the end of the wheel disc structure, then the monitoring head is taken out and pulled, and then the monitoring head is placed at the designated position of the body to diagnose; after the diagnosis is completed, a button on the side face of the watch case is lightly pressed, the motor runs to recover the pulled wire into the two wire arranging cover frames, then the monitoring head is installed and returned, the triangular shaft disc is pushed through the top buckle during returning to enable the returning device to rotate to return the clamping buckle arm close to the end of the wheel disc structure, and then monitoring is completed.
Compared with the prior art, the invention has the beneficial effects that: the device can be carried about, can be used in a multifunctional way, and can be used for monitoring only by taking off the watch and pulling out the monitoring head when diagnosis and monitoring are carried out; the buckling design is simple and convenient, and the use is flexible; the wire pulled out by the monitoring head cannot be wound, and the monitoring head is convenient and flexible to store; meanwhile, the ventilating transmission device drives the ventilating structure to run to realize ventilation of the wristwatch, so that a user does not feel bound when using the wristwatch and the wristwatch is comfortable to use.
Drawings
Other features, objects and advantages of the invention will become more apparent upon reading of the detailed description of non-limiting embodiments with reference to the following drawings:
fig. 1 is a schematic structural diagram of a dynamic cardiovascular activity monitoring device according to the present invention.
Fig. 2 is a first schematic structural diagram of an internal device according to the present invention.
Fig. 3 is a schematic structural diagram of an internal device according to the present invention.
In the figure: the display panel 1, the watch case 2, the watch buckle 3, the watch band 4, the monitoring head 5, the internal device 6, the internal buckle 60, the ventilation transmission device 61, the first wire arrangement device 62, the transmission disc structure 63, the second wire arrangement device 64, the wire grip 65, the wheel disc structure 66, the clamping structure 67, the monitor 68, the return device 69, the ventilation structure 70, the internal buckle disk 600, the internal buckle movable plate 601, the internal buckle fixed plate 602, the transmission pulley 630, the transmission belt 631, the ventilation transmission rod frame 610, the ventilation transmission structure plate 611, the ventilation transmission rod 612, the ventilation transmission shaft disc 613, the shaft disc transmission mounting plate 614, the widening wire arrangement transmission ring 620, the first wire arrangement transmission rod 621, the first wire arrangement pulley 622, the motor 623, the second wire arrangement cover frame 640, the second wire arrangement suspension rod, the second wire arrangement shaft disc 643, the wire disc 650, the wire tightening spring 651, the structure 652, the wheel disc mounting frame 661, the wheel structure 661, the wire arrangement suspension rod structure, The air-permeable structure comprises a wheel disc structure underframe 662, a structure wheel disc 663, a triangular shaft disc 670, a clamping structure rod 671, a clamping arm 672, a return structure spring 690, a return transmission shaft disc 691, a shaft disc transmission connecting rod 692, a joint plate movable connecting rod 693, a joint plate fixed connecting rod 694, a fixed pile 695, a return transmission joint plate 696, an air-permeable structure cylinder 700, an air-permeable structure rod 701, an air-permeable connecting cylinder 702 and an air cylinder 703.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Referring to fig. 1-3, the present invention provides a dynamic cardiovascular activity monitoring device, comprising: the structure of the watch comprises a display panel 1, a watch case 2, a watch buckle 3, a watchband 4, a monitoring head 5 and an internal device 6, wherein the display panel 1 is embedded on the watch case 2, the watch buckle 3 is detachably connected with the watchband 4, the monitoring head 5 is connected with the watch case 2 through the internal device 6, the watch case 2 is fixedly connected with the watchband 4, the watch case 2 and the watchband 4 form an integrated structure, the internal device 6 is arranged on the watch case 2 and the watchband 4, the internal device 6 comprises an internal buckle 60, a ventilating transmission device 61, a wire arranging device 62, a transmission disc structure 63, a two wire arranging devices 64, a wire tightener 65, a wheel disc structure 66, a clamping structure 67, a monitor 68, a return device 69 and a ventilating structure 70, the internal buckle 60 is provided with a group, the watch band 4 is connected with the internal buckle 60, the ventilating transmission device 61 is fixedly connected with the ventilating structure 70, one reason line device 62 is connected with two reason line device 64, one reason line device 62 is located return means 69 top, transmission dish structure 63 rotates with clip structure 67 to be connected, two reason line device 64 and monitor 68 are connected through turn-buckle 65, rim plate structure 66, clip structure 67 transmission is connected with transmission dish structure 63 and return means 69, interior spiral shell ware 60 comprises interior knot disc 600, interior knot fly leaf 601, interior knot fixed plate 602, interior knot disc 600 is installed on interior knot fly leaf 601, interior knot fixed plate 602 passes through interior knot disc 600 swing joint with interior knot fly leaf 601, transmission dish structure 63 is equipped with drive pulley 630, drive belt 631 encircles on drive pulley 630, drive pulley 630 rotates through drive belt 631 with clip structure 67 to be connected, drive pulley 630 passes through drive belt 631 transmission with watchcase 2 and is connected, interior knot ware 60 is installed to watch buckle 3, ventilative transmission 61 includes ventilative transmission lever frame 610, ventilative transmission structure board 611, ventilative transfer bar 612, ventilative transmission reel 613, reel transmission mounting panel 614, ventilative transmission lever frame 610 is connected through the set bar with ventilative transmission structure board 611, the pintle of ventilative transmission structure board 611 is connected with the shaft hole of ventilative transmission bar 612, ventilative transmission bar 612 is connected with ventilative transmission reel 613 axle, ventilative transmission reel 613 is installed on reel transmission mounting panel 614, ventilative transmission lever frame 610 and ventilative structure 70 fixed connection for the transmission drives, and simple structure, transmission are nimble, a reason line device 62 is including widening reason line driving ring 620, a reason line transmission bar 621, a reason line belt pulley 622, motor 623, widen reason line transmission ring 620, a reason line device 621, One wire arranging pulley 622 is in a concentric circle, the one wire arranging transmission rod 621 penetrates through the one wire arranging pulley 622 to be connected to the widened wire arranging transmission ring 620, the one wire arranging pulley 622 is in belt transmission connection with the motor 623, the widened wire arranging transmission ring 620 is connected with the two wire arranging devices 64, each wire arranging device 64 comprises a two wire arranging cover frame 640, a two wire arranging hanger rod 641, a two wire arranging shaft 642 and a two wire arranging shaft disc 643, the two wire arranging hanger rods 641, the two wire arranging shafts 642 and the two wire arranging shaft discs 643 are in a concentric circle, the two wire arranging hanger rods 641 are installed on the two wire arranging cover frames 640, the wire tightener 65 comprises a wire tightening disc 650, a wire tightening spring 651 and a structure installation frame 652, the wire tightening disc 650 is elastically connected with the structure installation frame 652 through a wire tightening spring 651, and the wire tightening spring 651 and the structure installation frame 652 form an integrated structure, tight wire spring 651 welding has tight drum 650, structure mounting bracket 652, turn-buckle 65, rim plate structure 66, monitor 68 are connected, rim plate structure 66 includes rim plate structure jib 661, rim plate structure chassis 662, structure rim plate 663, rim plate structure jib 661 is adjacent with rim plate structure chassis 662, structure rim plate 663 is installed on rim plate structure chassis 662, can realize the orderly extension and the comb of line, and whole cooperation is nimble, clip structure 67 includes triangle-shaped shaft dish 670, clip structure pole 671, clip arm 672, triangle-shaped shaft dish 670 hub connection has clip structure pole 671, the pintle of clip structure pole 671 is connected with the shaft hole of clip arm 672, triangle-shaped shaft dish 670 is connected with return means 69 transmission, can firmly fix the article or easily take out through the transmission, return means 69 includes return structure spring 690, The return transmission shaft disc 691, the shaft disc transmission connecting rod 692, the joint plate movable connecting rod 693, the joint plate fixed connecting rod 694, the fixed pile 695 and the return transmission joint plate 696 are formed, the return structure spring 690 is welded with the return transmission shaft disc 691, the return transmission shaft disc 691 is in sliding connection with the shaft disc transmission connecting rod 692, the return transmission joint plate 696 is movably connected with the joint plate movable connecting rod 693 and the joint plate fixed connecting rod 694, the fixed pile 695 is connected with the joint plate movable connecting rod 693 and the joint plate fixed connecting rod 694, the return structure spring 690 is in high-temperature connection with the fixed pile 695 and is used for return assistance, the stability is good, the ventilation structure 70 comprises a ventilation structure cylinder 700, a ventilation structure rod 701 and ventilation connecting cylinders 702 and 703, the ventilation structure cylinder 700 is in sliding connection with the ventilation structure rod 701, the ventilation connecting cylinder 702 is fixedly connected with the gas cylinder 703, the ventilation connecting cylinder 702 and the gas cylinder 703 are formed into an integrated structure, one end of the breathable structure rod 701, far away from the breathable structure cylinder 700, is connected to the cylinder 703 in a sliding mode and used for ventilation after being worn, and wearing comfort is improved.
The watch is worn on the hand by matching and buckling the inner buckle device 60 and the watch buckle 3, the start-up of the watch can be realized by long pressing a button on the side surface of the watch 2, the display panel 1 performs data display after the start-up, meanwhile, the operation of the wire arranging device 62 is realized after the start-up, the rotating air-permeable transmission shaft disc 613 drives the air-permeable transmission rod 612 to reciprocate the air-permeable transmission rod frame 610, namely, the air-permeable structure rod 701 is driven to reciprocate in the air cylinder 703 to realize air outlet; when a patient needs to diagnose, the transmission disc structure 63 drives the triangular shaft disc 670 to rotate to swing the clamping structure rod 671 close to the wheel disc structure 66 end after the watch case 2 is rotated, then the monitoring head 5 is taken out and pulled, and then the monitoring head 5 is placed at a specified position of the body for diagnosis; after the diagnosis is completed, a button on the side surface of the watchcase 2 is lightly pressed, the motor 623 runs to recover the pulled wire into the two wire arranging cover frames 640, then the monitoring head 5 is installed and returned, the triangular shaft disc 670 is pushed through the top buckle during returning to enable the returning device 69 to rotate to return the clamping and buckling arm 672 close to the end of the wheel disc structure 66, and then the monitoring is completed.
Compared with the prior art, the invention has the technical progress that: the device can be carried about, can be used in a multifunctional way, and can be used for monitoring only by taking off the watch and pulling out the monitoring head 5 when diagnosis and monitoring are carried out; the buckling design is simple and convenient, and the use is flexible; the wire pulled out by the monitoring head 5 cannot be wound, and is convenient and flexible to store; meanwhile, the ventilating structure 70 is driven by the ventilating transmission device 61 to run to realize ventilation of the wristwatch, so that a user does not feel bound when using the wristwatch and the wristwatch is comfortable to use.
Although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that various changes in the embodiments and/or modifications of the invention can be made, and equivalents and modifications of some features of the invention can be made without departing from the spirit and scope of the invention.
Claims (9)
1. The utility model provides a developments cardiovascular activity monitoring devices, its structure includes display panel, watchcase, table knot, watchband, monitoring head, internal device, display panel inlays the dress on the watchcase, the table is detained and is connected with the watchband dismouting, monitoring head passes through internal device with the watchcase and is connected its characterized in that:
the watch case and the watchband are fixedly connected, the watch case and the watchband form an integrated structure, the internal device is arranged on the watch case and the watchband and consists of an internal buckle device, a ventilation transmission device, a first wire arranging device, a transmission disc structure, a second wire arranging device, a wire tightener, a wheel disc structure, a clamping structure, a monitor, a return device and a ventilation structure, the internal buckle device is provided with a group, and the internal buckle device is connected with the watchband;
the breathable transmission device is fixedly connected with the breathable structure, one wire arranging device is connected with two wire arranging devices, one wire arranging device is positioned above the return device, the transmission disc structure is rotationally connected with the clamping structure, the two wire arranging devices are connected with the monitor through the wire tightener and the wheel disc structure, the clamping structure is in transmission connection with the transmission disc structure and the return device, the inner buckle device is composed of an inner buckle disc, an inner buckle movable plate and an inner buckle fixed plate, the inner buckle disc is installed on the inner buckle movable plate, the inner buckle fixed plate is movably connected with the inner buckle movable plate through the inner buckle disc, the transmission disc structure is provided with a transmission belt pulley and a transmission belt, the transmission belt is wound on the transmission belt pulley in a surrounding manner, the transmission belt pulley is rotationally connected with the clamping structure through the transmission belt, and the transmission belt pulley is in transmission connection with the watch case through the transmission belt, the watch buckle is provided with an inner buckle device.
2. The dynamic cardiovascular activity monitoring device of claim 1, wherein: ventilative transmission is including ventilative drive lever frame, ventilative transmission structure board, ventilative transfer line, ventilative transmission reel, reel transmission mounting panel, ventilative drive lever frame passes through the set bar with ventilative transmission structure board and is connected, the pintle of ventilative transmission structure board is connected with the shaft hole of ventilative transfer line, ventilative transfer line and ventilative transmission reel hub connection, ventilative transmission reel is installed on reel transmission mounting panel, ventilative drive lever frame and ventilative structure fixed connection.
3. The dynamic cardiovascular activity monitoring device of claim 1, wherein: one reason line device is including widening reason line drive ring, one reason line transfer line, one reason line belt pulley, motor, widen reason line drive ring, one reason line transfer line, one reason line belt pulley and be in concentric circles, one reason line transfer line runs through one reason line belt pulley and connects on widening reason line drive ring, one reason line belt pulley passes through belt transmission with the motor and is connected, widen reason line drive ring and two reason line devices and be connected.
4. A dynamic cardiovascular activity monitoring device according to claim 1 or 3, wherein: the two wire arranging devices comprise two wire arranging cover frames, two wire arranging suspenders, two wire arranging shafts and two wire arranging shaft discs, the two wire arranging suspenders, the two wire arranging shafts and the two wire arranging shaft discs are in concentric circles, and the two wire arranging suspenders are installed on the two wire arranging cover frames.
5. The dynamic cardiovascular activity monitoring device of claim 1, wherein: the tightener comprises a tightening disc, a tightening spring and a structural mounting frame, the tightening disc is elastically connected with the structural mounting frame through the tightening spring, the tightening disc, the tightening spring and the structural mounting frame form an integrated structure, the tightening disc and the structural mounting frame are welded to the tightening spring, and the tightener, the wheel disc structure and the monitor are connected.
6. A dynamic cardiovascular activity monitoring device according to claim 1 or 5, wherein: the wheel disc structure comprises a wheel disc structure suspender, a wheel disc structure underframe and a structure wheel disc, wherein the wheel disc structure suspender is adjacent to the wheel disc structure underframe and the structure wheel disc, and the structure wheel disc is arranged on the wheel disc structure underframe.
7. The dynamic cardiovascular activity monitoring device of claim 1, wherein: the clamping structure comprises a triangular shaft disc, a clamping structure rod and a clamping arm, the triangular shaft disc is connected with the clamping structure rod in a shaft connection mode, a shaft bolt of the clamping structure rod is connected with a shaft hole of the clamping arm, and the triangular shaft disc is in transmission connection with the return device.
8. A dynamic cardiovascular activity monitoring device according to claim 1 or 7, wherein: the return device comprises a return structure spring, a return transmission shaft disc, a shaft disc transmission connecting rod, a joint plate movable connecting rod, a joint plate fixed connecting rod, a fixing pile and a return transmission joint plate, the return structure spring is welded with the return transmission shaft disc, the return transmission shaft disc is connected with the shaft disc transmission connecting rod in a sliding mode, the return transmission joint plate is movably connected with the joint plate movable connecting rod and the joint plate fixed connecting rod, the fixing pile is connected with the joint plate movable connecting rod and the joint plate fixed connecting rod, and the return structure spring is connected with the fixing pile through high temperature.
9. The dynamic cardiovascular activity monitoring device of claim 1, wherein: ventilative structure includes ventilative structure section of thick bamboo, ventilative structure pole, ventilative even section of thick bamboo, inflator, ventilative structure section of thick bamboo and ventilative structure pole sliding connection, ventilative even section of thick bamboo and inflator fixed connection, ventilative even section of thick bamboo and inflator constitution structure as an organic whole, ventilative structure pole keeps away from the one end sliding connection of ventilative structure section of thick bamboo on the inflator.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810672890.9A CN108742596B (en) | 2018-06-26 | 2018-06-26 | Dynamic cardiovascular activity monitoring device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810672890.9A CN108742596B (en) | 2018-06-26 | 2018-06-26 | Dynamic cardiovascular activity monitoring device |
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| CN108742596A CN108742596A (en) | 2018-11-06 |
| CN108742596B true CN108742596B (en) | 2021-07-27 |
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| CN112971716A (en) * | 2021-02-02 | 2021-06-18 | 刘德柱 | Portable neurology clinical monitor |
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