CN205924446U - A cardiac compression effect detection system that is used for machinery to press variable chest measurement of equipment - Google Patents
A cardiac compression effect detection system that is used for machinery to press variable chest measurement of equipment Download PDFInfo
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- CN205924446U CN205924446U CN201620490305.XU CN201620490305U CN205924446U CN 205924446 U CN205924446 U CN 205924446U CN 201620490305 U CN201620490305 U CN 201620490305U CN 205924446 U CN205924446 U CN 205924446U
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Abstract
The utility model provides a cardiac compression effect detection system that is used for machinery to press variable chest measurement of equipment, including pressing degree of depth detection device, press frequency detection device, press pressure measurement, display device and chest measurement dimensional change device, chest measurement dimensional change device is size of a dimension adjustable simulation thorax, press degree of depth detection device, press frequency detection device and press pressure detection device signal connection display device respectively, and the left side heart department of installing respectively in size of a dimension adjustable simulation thorax is used for detecting respectively the displacement of pressing that equipment was pressed to machinery, press the frequency and press pressure. The utility model discloses a cardiac compression effect detection system that is used for machinery to press variable chest measurement of equipment can instruct out great chest measurement within range an arbitrary chest measurement press the effect, can be police dispatch and show pressing the frequency, pressing the degree of depth, pressing pressure, and design benefit, the structure is succinct, and is easy and simple to handle, is suitable for extensive popularization and application.
Description
Technical field
This utility model is related to technical field of medical instruments, particularly to cardiac compression effect detection systems technology field,
Specifically refer to a kind of cardiac compression effect detection system of the variable bust for mechanical compression equipment.
Background technology
In the first aid of sudden cardiac arrest patient, currently used first-aid method one kind is manual chest compression, another kind of
It is that machine automatization external chest compression is carried out using mechanical compression equipment.During implementing first aid, the depth of pressing, the frequency of pressing
The instantaneous pressure of rate and pressing serves determiner to the first aid success rate of patient.
In up-to-date revision《2015 American Heart Association (AHA) cardio-pulmonary resuscitation (CPR) and emergency cardiovascular care (ECC) guide》
Middle regulation, compression frequency is advisable with the speed of 100 to 120 times per minute, according to pressing depth at least wants 5 centimetres, avoids pressing simultaneously
Depth can not be more than 6 centimetres, after sudden cardiac arrest give treatment in it should avoid hypotension and immediately rectification hypotension (systolic pressure is less than
90 millimetress of mercury, mean arterial pressure is less than 65 millimetress of mercury).
Bust be grown up according to statistics typically between 70 centimetres to 135 centimetres, therefore for the size of any one bust, he
Preferable first aid all should be within the scope of above-mentioned guide specification.Should be able to accurately exist for cardiac compression effect instruction system
70 centimetres of bust indicates corresponding compression frequency, according to pressing depth and press pressure to 135 cm range.
But there is some problem following in existing cardiac compression effect instruction system：
1st, the bust of only one of which standard, that is, 100 centimetres of bust is it is impossible to indicate bust scope at 70 centimetres to 135 lis
The pressing effect of any one bust between rice；
2nd, the speed not exceeding 120 times per minute to compression frequency makes warning；
3rd, not to according to pressing depth making warning beyond 6 centimetres；
4th, cannot indicate that, in pressed state, press pressure is the instruction of blood pressure.
Accordingly, it is desirable to provide a kind of cardiac compression effect detection system, it is able to indicate that bust scope at 70 centimetres extremely
The pressing effect of any one bust between 135 centimetres, can exceed 120 times per minute to compression frequency or less than per minute
The speed of 100 times makes warning, can be able to indicate that in pressed state to according to pressing depth making warning beyond 6 centimetres
Press pressure, can make warning to press pressure below or above setting value, and designs ingenious, simple for structure, easy and simple to handle.
Utility model content
In order to overcome above-mentioned shortcoming of the prior art, a purpose of the present utility model is to provide one kind for machinery
The cardiac compression effect detection system of the variable bust of presses, it is able to indicate that bust scope at 70 centimetres to 135 lis
The pressing effect of any one bust between rice, is suitable to large-scale promotion application.
Another object of the present utility model is to provide a kind of cardiac compression of the variable bust for mechanical compression equipment
Effect detection system, compression frequency can be exceeded 120 times per minute for it or the speed less than 100 times per minute makes warning,
It is suitable to large-scale promotion application.
Another object of the present utility model is to provide a kind of cardiac compression of the variable bust for mechanical compression equipment
Effect detection system, it can be suitable to large-scale promotion application to according to pressing depth making warning beyond 6 centimetres.
Another object of the present utility model is to provide a kind of cardiac compression of the variable bust for mechanical compression equipment
Effect detection system, it is able to indicate that the press pressure in pressed state, is suitable to large-scale promotion application.
Another object of the present utility model is to provide a kind of cardiac compression of the variable bust for mechanical compression equipment
Effect detection system, it can make warning to press pressure below or above setting value, is suitable to large-scale promotion application.
Another object of the present utility model is to provide a kind of cardiac compression of the variable bust for mechanical compression equipment
Effect detection system, its design is ingenious, simple for structure, easy and simple to handle, is suitable to large-scale promotion application.
For reaching object above, the cardiac compression effect inspection of the variable bust for mechanical compression equipment of the present utility model
Examining system, including according to pressing depth detection means, compression frequency detection means and display device, described according to pressing depth detection means and
Signal connects described display device respectively for described compression frequency detection means, is characterized in, described for mechanical compression equipment
The cardiac compression effect detection system of variable bust also include；
Bust size changeable device, described bust size changeable device is size adjustable simulation thoracic cavity；And
Press pressure detection means, described press pressure detection means signal connects described display device, and described pressing is deep
Degree detection means, described compression frequency detection means and described press pressure detection means are separately mounted to described size
It is used for detecting respectively pressing displacement, compression frequency and the pressing pressure of mechanical presses at the left cardiac in adjustable simulation thoracic cavity
Power.
It is preferred that described bust size changeable device include the adjustable frame support structure of size, upper plate, lower plate,
By elastic member and resilient membrane, described resilient membrane is coated on outside the described adjustable frame support structure of size,
Described upper plate, described lower plate and described be located in the described adjustable frame support structure of size and institute by elastic member
State upper plate and described lower plate bear against described resilient membrane, described by elastic member be located at described upper plate and described lower plate it
Between and bear against described upper plate and described lower plate.
It is preferred that described according to pressing depth detection means and described compression frequency detection means are integrated into according to pressing depth and press
Frequency detecting device, described according to pressing depth and compression frequency detection means includes acceleration transducer and first microprocessor, institute
State acceleration transducer signals and connect described first microprocessor, described acceleration transducer is arranged on described size can
At the left cardiac in simulation thoracic cavity adjusted.
More preferably, described acceleration transducer is 3-axis acceleration sensor.
More preferably, described according to pressing depth and compression frequency detection means also includes the first bluetooth module, described first micro- place
Reason device signal connects described first bluetooth module.
It is preferred that described press pressure detection means includes pressure cylinder, flow transducer and the second microprocessor, described
Pressure cylinder gas circuit connects described flow transducer, and described flow sensor signal connects described second microprocessor, described pressure
Strength cylinder is arranged at the described left cardiac in size adjustable simulation thoracic cavity.
More preferably, described flow transducer is Hall gas flow sensor.
More preferably, described press pressure detection means also includes the second bluetooth module, and described second microprocessor signals are even
Connect described second bluetooth module.
It is preferred that described display device includes display screen and the 3rd microprocessor, described display screen signal connects described the
Three microprocessors, according to pressing depth detection means, the detection of described compression frequency described in signal connection respectively of described 3rd microprocessor
Device and described press pressure detection means.
More preferably, described display screen is arranged on described bust size changeable device, and described 3rd microprocessor is arranged on
In described display screen.
More preferably, described display device also includes according to pressing depth indicating member, compression frequency indicating member and press pressure
At least one in indicating member, described according to pressing depth indicating member, described compression frequency indicating member and described press pressure
Signal connects described 3rd microprocessor to indicating member respectively.
Further, described according to pressing depth indicating member is according to pressing depth warning lamp.
Further, described compression frequency indicating member is compression frequency warning lamp.
Further, described press pressure indicating member is press pressure warning lamp.
More preferably, described display device also includes the 3rd bluetooth module, and described 3rd microprocessor signals connect described the
Three bluetooth modules.
The beneficial effects of the utility model essentially consist in：
1st, the cardiac compression effect detection system of the variable bust for mechanical compression equipment of the present utility model is removed and is included
According to pressing depth also include press pressure detection means and bust size outside detection means, compression frequency detection means and display device
Changeable device, bust size changeable device is size adjustable simulation thoracic cavity, according to pressing depth detection means, compression frequency inspection
Survey device and press pressure detection means signal connection display device respectively, and be separately mounted to size adjustable simulation breast
Be used at the left cardiac in chamber detecting pressing displacement, compression frequency and the press pressure of mechanical presses respectively such that it is able to
Indicate the pressing effect of any one bust between 70 centimetres to 135 centimetres for the bust scope, and be able to indicate that by
Press pressure in pressure condition, is suitable to large-scale promotion application.
2nd, the cardiac compression effect detection system of the variable bust for mechanical compression equipment of the present utility model is removed and is included
According to pressing depth also include press pressure detection means and bust size outside detection means, compression frequency detection means and display device
Changeable device, bust size changeable device is size adjustable simulation thoracic cavity, according to pressing depth detection means, compression frequency inspection
Survey device and press pressure detection means signal connection display device respectively, and be separately mounted to size adjustable simulation breast
It is used for detecting respectively pressing displacement, compression frequency and the press pressure of mechanical presses at the left cardiac in chamber, design is ingenious,
Simple for structure, easy and simple to handle, it is suitable to large-scale promotion application.
3rd, the cardiac compression effect detection system of the variable bust for mechanical compression equipment of the present utility model also includes
The according to pressing depth at least one in indicating member, compression frequency indicating member and press pressure indicating member, described according to pressing depth
Signal connects described 3rd microprocessor respectively for indicating member, described compression frequency indicating member and described press pressure indicating member
Device, can be to pressing such that it is able to exceeding 120 times per minute to compression frequency or making warning less than the speed of 100 times per minute
Pressure depth makes warning beyond 6 centimetres, can make warning to press pressure below or above setting value, be suitable to large-scale promotion
Application.
These and other objects of the present utility model, feature and advantage, by following detailed descriptions, accompanying drawing and right will
Try to achieve to fully demonstrate, and can be achieved by means, device and the combinations thereof specially pointed out in claims.
Brief description
Fig. 1 is the one of the cardiac compression effect detection system of the variable bust for mechanical compression equipment of the present utility model
The structural representation of specific embodiment.
Fig. 2 is the schematic front view that the specific embodiment shown in Fig. 1 is installed to mechanical compression equipment.
Fig. 3 is the schematic rear view that the specific embodiment shown in Fig. 1 is installed to mechanical compression equipment.
Fig. 4 is the schematic side view that the specific embodiment shown in Fig. 1 is installed to mechanical compression equipment.
(symbol description)
1 bust size changeable device；The adjustable frame support structure of 2 sizes；3 upper plates；4 press elastic member；5 bullets
Property top layer；6 acceleration transducers；7 first microprocessors；8 pressure cylinders；9 flow transducers；10 second microprocessors；11 show
Display screen；12 the 3rd microprocessors；13 according to pressing depth indicating member；14 compression frequency indicating member；15 press pressure indicating member；
16 mechanical compression equipment；17 press devices.
Specific embodiment
In order to be more clearly understood that technology contents of the present utility model, describe in detail especially exemplified by following examples.
Refer to shown in Fig. 1-Fig. 4, the cardiac compression effect of the variable bust for mechanical compression equipment of the present utility model
Fruit detecting system includes according to pressing depth detection means, compression frequency detection means, press pressure detection means, display device and breast
Enclose change in size device 1, described bust size changeable device 1 is size adjustable simulation thoracic cavity, described according to pressing depth examines
Signal connects described display device, institute respectively to survey device, described compression frequency detection means and described press pressure detection means
State according to pressing depth detection means, described compression frequency detection means and described press pressure detection means be separately mounted to described
It is used at the left cardiac in size adjustable simulation thoracic cavity detecting the pressing displacement of mechanical presses 16 respectively, press voltage-frequency
Rate and press pressure.
Above-mentioned bust size changeable device 1 is the framework of whole detecting system, and adult thoracic cavity size range is in 76mm extremely
Between 136mm, because described bust size changeable device 1 is size adjustable simulation thoracic cavity, therefore simulated by adjustment
The size in thoracic cavity, can simulate each bust size of adult.So-called " the left side in size adjustable simulation thoracic cavity
At the heart of side " if referring to be placed on simulation heart location when simulating in thoracic cavity.When mechanical compression equipment 16
During press device 17 pressing size adjustable simulation thoracic cavity, it is arranged on the left side in described size adjustable simulation thoracic cavity
Described according to pressing depth detection means at the heart of side, described compression frequency detection means and described press pressure detection means are permissible
Detect pressing displacement, compression frequency and the press pressure of mechanical presses 16 respectively.
Described bust size changeable device 1 can have any be suitably composed, refer to shown in Fig. 1-Fig. 4, in this reality
With in a new specific embodiment, described bust size changeable device 1 include the adjustable frame support structure of size 2,
Upper plate 3, lower plate (not shown), press elastic member 4 and resilient membrane 5, described resilient membrane 5 is coated on described size
Outside the adjustable frame support structure of size 2, described upper plate 3, described lower plate and described be located at described size by elastic member 4
In the adjustable frame support structure of size 2 and described upper plate 3 and described lower plate bear against described resilient membrane 5, described pressing
Elastomeric element 4 is located between described upper plate 3 and described lower plate and bears against described upper plate 3 and described lower plate.
The adjustable frame support structure of size 2 can adopt any suitable frame support structure, for example, can be
Aluminum section bar frame structure, aluminum section bar frame structure is made up of some aluminium section bars, by change aluminium section bar between spacing, reduce or
Expanding the size in whole thoracic cavity, thus changing the bust size of described detecting system, simulating each bust size of adult, aluminum
Section bar can be aluminum alloy bar, then pass through to change the size of the position change bust size of aluminum alloy bar.
Upper plate 3 and lower plate can adopt any suitable plate, such as fibre board；Can adopt by elastic member 4 and appoint
What suitable elastomeric element, such as spring；Resilient membrane 5 can adopt any suitable resilient membrane, such as rubber surface, that is,
Rubber, is wrapped in around the adjustable frame support structure of size 2, when the size of frame support structure 2 changes
When, resilient membrane 5 changes therewith, in this process, presses elastic member 4, upper plate 3 due to existing between upper plate 3 and lower plate
With lower plate all the time against resilient membrane 5.
Described according to pressing depth detection means and described compression frequency detection means can be separate two devices,
Can integrate, refer to shown in Fig. 1-Fig. 4, in a specific embodiment of the present utility model, described according to pressing depth examine
Survey device and described compression frequency detection means and be integrated into according to pressing depth and compression frequency detection means, described according to pressing depth and press
Pressure frequency detecting device includes acceleration transducer 6 and first microprocessor 7, and described acceleration transducer 6 signal connects described
First microprocessor 7, described acceleration transducer 6 is arranged on the left cardiac in described size adjustable simulation thoracic cavity
Place.
Described acceleration transducer 6 can be any suitable acceleration transducer, in of the present utility model one concrete reality
Apply in example, described acceleration transducer 6 is 3-axis acceleration sensor.To improve the precision of inductive displacement and frequency, allow detection
Result is more accurately true.
For the ease of sending data, in a specific embodiment of the present utility model, described according to pressing depth and compression frequency
Detection means also includes the first bluetooth module, and described first microprocessor 7 signal connects described first bluetooth module.
Described press pressure detection means can have any be suitably composed, refer to shown in Fig. 1-Fig. 4, in this practicality
In a new specific embodiment, described press pressure detection means includes pressure cylinder 8, flow transducer 9 and second micro- place
Reason device 10, described pressure cylinder 8 gas circuit connects described flow transducer 9, and it is micro- that described flow transducer 9 signal connects described second
Processor 10, described pressure cylinder 8 is arranged at the described left cardiac in size adjustable simulation thoracic cavity.
Described flow transducer 9 can be any suitable flow transducer, in a specific embodiment of the present utility model
In, described flow transducer 9 is Hall gas flow sensor.To improve sensing gas flow precision.
Detect the pressure that mechanical presses 16 produce by press pressure detection means, truly simulate heart by
Systole during pressure and relaxing period, the pressure of generation is equal to systolic pressure and the diastolic pressure of blood pressure.
For the ease of sending data, in a specific embodiment of the present utility model, described press pressure detection means is also
Including the second bluetooth module, described second microprocessor 10 signal connects described second bluetooth module.
Described display device can have any be suitably composed, refer to shown in Fig. 1-Fig. 4, of the present utility model one
In specific embodiment, described display device includes display screen 11 and the 3rd microprocessor 12, and described display screen 11 signal connects institute
State the 3rd microprocessor 12, according to pressing depth detection means, the described pressing described in signal connection respectively of described 3rd microprocessor 12
Frequency detecting device and described press pressure detection means.
Described display screen 11 can be any suitable display screen, in a specific embodiment of the present utility model, described
Display screen 11 adopts high-resolution serial ports screen.To improve definition and the reflecting time of display.
The installation site of described display screen 11 and described 3rd microprocessor 12 can determine as needed, more preferably, institute
State display screen 11 to be arranged on described bust size changeable device 1, described 3rd microprocessor 12 is arranged on described display screen 11
Interior.Refer to shown in Fig. 1-Fig. 4, in a specific embodiment of the present utility model, described display screen 11 is arranged on described bust
On the adjustable frame support structure of size 2 of change in size device 1.
In order to according to pressing depth, compression frequency and press pressure warn, more preferably, described display device also include by
At least one in pressure depth indicating member 13, compression frequency indicating member 14 and press pressure indicating member 15, described pressing
Signal connection is described respectively for depth indicating member 13, described compression frequency indicating member 14 and described press pressure indicating member 15
3rd microprocessor 12.Refer to shown in Fig. 1-Fig. 4, in a specific embodiment of the present utility model, described display device is also
Including according to pressing depth indicating member 13, compression frequency indicating member 14 and press pressure indicating member 15.
Described according to pressing depth indicating member 13 can be any suitable according to pressing depth indicating member, of the present utility model
In one specific embodiment, described according to pressing depth indicating member 13 is according to pressing depth warning lamp.According to pressing depth warning lamp can be LED
Lamp.
Described according to pressing depth indicating member 13 may be mounted at any suitable position, refers to shown in Fig. 1-Fig. 4, at this
In one specific embodiment of utility model, described according to pressing depth indicating member 13 is installed on said display means.For example install
On display screen 11.
Described compression frequency indicating member 14 can be any suitable compression frequency indicating member, of the present utility model
In one specific embodiment, described compression frequency indicating member 14 is compression frequency warning lamp.Compression frequency warning lamp can be LED
Lamp.
Described compression frequency indicating member 14 may be mounted at any suitable position, refers to shown in Fig. 1-Fig. 4, at this
In one specific embodiment of utility model, described compression frequency indicating member 14 is installed on said display means.For example install
On display screen 11.
Described press pressure indicating member 15 can be any suitable press pressure indicating member, of the present utility model
In one specific embodiment, described press pressure indicating member 15 is press pressure warning lamp.Press pressure warning lamp can be LED
Lamp.
Described press pressure indicating member 15 may be mounted at any suitable position, refers to shown in Fig. 1-Fig. 4, at this
In one specific embodiment of utility model, described press pressure indicating member 15 is installed on said display means.For example install
On display screen 11.
For the ease of receiving data, in a specific embodiment of the present utility model, described display device also includes the 3rd
Bluetooth module, described 3rd microprocessor 12 signal connects described 3rd bluetooth module.Described 3rd bluetooth module can receive
Described first bluetooth module and the data of described second bluetooth module transmission, can also be with host computer data cube computation.
When this utility model uses, voluntarily adjust the adjustable frame of size of described bust size changeable device 1 first
The size (spacing specifically between aluminium section bar) of frame support structure 2, reaches and needs detected bust size size.
Then this utility model is placed on tested mechanical compression equipment 16, described mechanical compression equipment 16 is tested
The cardiac compression first-aid apparatus surveyed.The press device 17 of described mechanical compression equipment 16 is directed at size adjustable simulation breast
Position at the pressing position in chamber, that is, the be aligned left cardiac of resilient membrane 5, presses process in described press device 17
In, press device 17 presses resilient membrane 5, and then presses upper plate 3 so as to overcome by the elastic force of elastic member 4 thus close
Lower plate, the numerical value that described acceleration transducer 6 is sensed passes to first microprocessor 7 and calculates pressing shift value and pressing
Frequency values；The pressure producing when pressing is changed into gas flow by the pressure cylinder 8 of described pressure-detecting device, described gas stream
Amount passes to second micro- place by the flow transducer 9 in pressure-detecting device, the numerical value that described flow transducer 9 is sensed
Reason device 10 calculates press pressure value；Described pressing shift value, described compression frequency value and described press pressure value are passed through wireless
Pass to the 3rd microprocessor 12 of display device, described 3rd microprocessor 12 by described pressing shift value, described by voltage-frequency
Rate value and described press pressure value are shown on display screen 11.
When being according to pressing depth below or above setting value of display on described display screen 11, described according to pressing depth warning lamp sends
Alarm signal.When on described display screen 11, the compression frequency of display is below or above setting value, described compression frequency warning lamp is sent out
Go out alarm signal.When on described display screen 11, the press pressure of display is below or above setting value, described press pressure warning lamp
Send alarm signal.
The pressing effect detection system of the variable bust for mechanical compression equipment that this utility model provides has following
Advantage：
1st, the cardiac compression effect detection system of the variable bust for mechanical compression equipment of the present utility model includes breast
Enclose change in size device, thus the scope that can measure bust is wider, machine can be accurately measured in multiple difference bust systems
The pressing effect of tool presses, being capable of the central index of authentic and valid reaction difference bust pressing；
2nd, the cardiac compression effect detection system of the variable bust for mechanical compression equipment of the present utility model include by
Pressure depth detection apparatus, compression frequency detection means and press pressure detection means, thus will according to pressing depth detect, compression frequency
Detection and press pressure detection function are fused together, and Detection results are more comprehensively；
3rd, according to pressing depth value of the present utility model, compression frequency value and press pressure value are shown for inspection by display screen
Survey personnel's real-time detection, and set prior-warning device it is ensured that mechanical compression equipment can meet first aid guide in different bust sizes
Regulation, and then improve the first aid effect using mechanical compression equipment and first aid success rate.
Therefore, this utility model be related to one kind will according to pressing depth detect, compression frequency detection and press pressure detection function
The cardiac compression effect detection system being fused together, can accurate measurement be according to pressing depth worth, compression frequency and press pressure, and
Numerical value can be shown in real time in display screen, the pressing effect of detected mechanical compression equipment can be entered in different bust sizes
Row accurate measurement.
To sum up, the cardiac compression effect detection system of the variable bust for mechanical compression equipment of the present utility model can
Indicate the pressing effect of any one bust between 70 centimetres to 135 centimetres for the bust scope, compression frequency can be surpassed
Go out 120 times per minute or make warning less than the speed of 100 times per minute, can to according to pressing depth making warning beyond 6 centimetres,
It is able to indicate that the press pressure in pressed state, warning can be made below or above setting value to press pressure, and set
Meter is ingenious, simple for structure, easy and simple to handle, is suitable to large-scale promotion application.
As can be seen here, the purpose of this utility model completely and is effectively achieved.Function of the present utility model and
Structural principle has been shown in an embodiment and has been illustrated, without departing substantially under described principle, embodiment can arbitrarily be changed.Institute
So that this utility model includes all variant embodiment based on claim spirit and right.
Claims (10)
1. a kind of cardiac compression effect detection system of the variable bust for mechanical compression equipment, including according to pressing depth detection dress
Put, compression frequency detection means and display device, described according to pressing depth detection means and described compression frequency detection means are respectively
Signal connects described display device it is characterised in that the cardiac compression of the described variable bust for mechanical compression equipment is imitated
Fruit detecting system also includes；
Bust size changeable device, described bust size changeable device is size adjustable simulation thoracic cavity；And
Press pressure detection means, described press pressure detection means signal connects described display device, described according to pressing depth examines
It is adjustable that survey device, described compression frequency detection means and described press pressure detection means are separately mounted to described size
The left cardiac in simulation thoracic cavity at for detecting pressing displacement, compression frequency and the press pressure of mechanical presses respectively.
2. it is used for the cardiac compression effect detection system of the variable bust of mechanical compression equipment as claimed in claim 1, it is special
Levy and be, described bust size changeable device include the adjustable frame support structure of size, upper plate, lower plate, by compression elasticity
Part and resilient membrane, described resilient membrane is coated on outside the described adjustable frame support structure of size, described upper plate,
Described lower plate and described be located in the described adjustable frame support structure of size by elastic member and described upper plate and
Described lower plate bears against described resilient membrane, described be located between described upper plate and described lower plate by elastic member and distinguish
Against described upper plate and described lower plate.
3. it is used for the cardiac compression effect detection system of the variable bust of mechanical compression equipment as claimed in claim 1, it is special
Levy and be, described according to pressing depth detection means and described compression frequency detection means are integrated into according to pressing depth and compression frequency detection
Device, described according to pressing depth and compression frequency detection means includes acceleration transducer and first microprocessor, described acceleration
Sensor signal connects described first microprocessor, and described acceleration transducer is arranged on the described adjustable simulation of size
At the left cardiac in thoracic cavity.
4. it is used for the cardiac compression effect detection system of the variable bust of mechanical compression equipment as claimed in claim 3, it is special
Levy and be, described according to pressing depth and compression frequency detection means also includes the first bluetooth module, described first microprocessor signal
Connect described first bluetooth module.
5. it is used for the cardiac compression effect detection system of the variable bust of mechanical compression equipment as claimed in claim 1, it is special
Levy and be, described press pressure detection means includes pressure cylinder, flow transducer and the second microprocessor, described pressure cylinder
Gas circuit connects described flow transducer, and described flow sensor signal connects described second microprocessor, described pressure cylinder peace
It is contained at the described left cardiac in size adjustable simulation thoracic cavity.
6. it is used for the cardiac compression effect detection system of the variable bust of mechanical compression equipment as claimed in claim 5, it is special
Levy and be, described press pressure detection means also includes the second bluetooth module, described second microprocessor signals connect described the
Two bluetooth modules.
7. it is used for the cardiac compression effect detection system of the variable bust of mechanical compression equipment as claimed in claim 1, it is special
Levy and be, described display device includes display screen and the 3rd microprocessor, described display screen signal connects described 3rd microprocessor
Device, described 3rd microprocessor respectively signal connect described according to pressing depth detection means, described compression frequency detection means and institute
State press pressure detection means.
8. it is used for the cardiac compression effect detection system of the variable bust of mechanical compression equipment as claimed in claim 7, it is special
Levy and be, described display screen is arranged on described bust size changeable device, and described 3rd microprocessor is arranged on described display
In screen.
9. it is used for the cardiac compression effect detection system of the variable bust of mechanical compression equipment as claimed in claim 7, it is special
Levy and be, described display device also includes according to pressing depth indicating member, compression frequency indicating member and press pressure indicating member
In at least one, described according to pressing depth indicating member, described compression frequency indicating member and described press pressure indicating member
Signal connects described 3rd microprocessor respectively.
10. it is used for the cardiac compression effect detection system of the variable bust of mechanical compression equipment as claimed in claim 7, it is special
Levy and be, described display device also includes the 3rd bluetooth module, described 3rd microprocessor signals connect described 3rd bluetooth mould
Block.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620490305.XU CN205924446U (en) | 2016-05-26 | 2016-05-26 | A cardiac compression effect detection system that is used for machinery to press variable chest measurement of equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620490305.XU CN205924446U (en) | 2016-05-26 | 2016-05-26 | A cardiac compression effect detection system that is used for machinery to press variable chest measurement of equipment |
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| Publication Number | Publication Date |
|---|---|
| CN205924446U true CN205924446U (en) | 2017-02-08 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620490305.XU Expired - Fee Related CN205924446U (en) | 2016-05-26 | 2016-05-26 | A cardiac compression effect detection system that is used for machinery to press variable chest measurement of equipment |
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| CN (1) | CN205924446U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105877990A (en) * | 2016-05-26 | 2016-08-24 | 上海金怡医疗科技有限公司 | Chest-variable heart pressure effect detection system for mechanical press equipment |
-
2016
- 2016-05-26 CN CN201620490305.XU patent/CN205924446U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105877990A (en) * | 2016-05-26 | 2016-08-24 | 上海金怡医疗科技有限公司 | Chest-variable heart pressure effect detection system for mechanical press equipment |
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