CN205866728U - Pulse apparatus - Google Patents
Pulse apparatus Download PDFInfo
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- CN205866728U CN205866728U CN201620524399.8U CN201620524399U CN205866728U CN 205866728 U CN205866728 U CN 205866728U CN 201620524399 U CN201620524399 U CN 201620524399U CN 205866728 U CN205866728 U CN 205866728U
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- controlling organization
- pressure
- movement controlling
- electropulsograph
- sensor movement
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- Measuring Pulse, Heart Rate, Blood Pressure Or Blood Flow (AREA)
- Measurement Of The Respiration, Hearing Ability, Form, And Blood Characteristics Of Living Organisms (AREA)
Abstract
The utility model provides a pulse apparatus, includes: bottom plate, wrist support, support, first order sensor motion control mechanism, a m horizontal slip table, a n second level sensor motion control mechanism and a n pressure sensor subassembly, the wrist holds in the palm and sets up on the bottom plate, the support sets up on the bottom plate, just the support with the bottom plate is perpendicular, first order sensor motion control mechanism sets up on the support, a m horizontal slip table setting is in in the first order sensor motion control mechanism, M second level sensor motion control mechanism in the n second level sensor motion control mechanism with a m horizontal slip table one -to -one ground sets up on the m horizontal slip table, a n pressure sensor subassembly with a n second level sensor motion control mechanism one -to -one ground sets up second level sensor motion control mechanism bottom, n more than or equal to m, and m, n are the natural number, and every pressure sensor subassembly contains at least one pressure sensor.
Description
Technical field
This utility model relates to a kind of electropulsograph.
Background technology
Electropulsograph in the market be all by manually hold sensor carry out location measure pulse condition.Such mode meeting
There arises a problem that
1., in reality is measured, operator directly find cun,guan,chi position with eyes, and cause due to visual error
Produce location inaccurate.
The most i.e. allow the operator to find measured position accurately, in the process that electropulsograph moves to measured position
In, cause can accurately not being directed at by electropulsograph measured position due to fluctuation of service.
3. owing to operator manually regulate electropulsograph, efficiency is low.
4. the electropulsograph on market all measures pulse condition by single probe, it is impossible to measure pulsewidth.
Utility model content
For solving the problems referred to above, an embodiment of the present utility model provides a kind of electropulsograph, including: base plate；Wrist torr,
It is arranged on described base plate, and described wrist torr can plane motion on described base plate；Support, is arranged on described base plate, and
Described support is vertical with described base plate；First order sensor movement controlling organization, is arranged on the bracket, and the described first order passes
Sensor motion control mechanism can move reciprocatingly along the first direction vertical with described base plate on the bracket；M water
Somoothing board, is arranged on described first order sensor movement controlling organization, and described m horizontal sliding table can pass in the described first order
Move back and forth along the second direction vertical with described first direction on sensor motion control mechanism；N second level sensor fortune
Dynamic controlling organization, m second level sensor movement controlling organization in described n second level sensor movement controlling organization and institute
State m horizontal sliding table to be arranged on correspondingly on described m horizontal sliding table, and described n second level sensor movement controls
M second level sensor movement controlling organization in mechanism is back and forth transported along described second direction along with described m horizontal sliding table
Dynamic；And n pressure sensor assembly, described n pressure sensor assembly controls machine with described n second level sensor movement
Structure is arranged on bottom the sensor movement controlling organization of the described second level correspondingly, and described n pressure sensor assembly can
Move back and forth along described first direction on described n second level sensor movement controlling organization respectively, and described n pressure
M pressure sensor assembly in force sensor module can be respectively along with described n second level sensor movement controlling organization
In m second level sensor movement controlling organization move back and forth along described second direction on described m horizontal sliding table；Its
Middle n is more than or equal to m, and m, n are natural number, and each pressure sensor assembly comprises at least one pressure transducer.
Above-mentioned electropulsograph, described support includes: the first motor, with described first order sensor movement controlling organization even
Connect, and described first motor controls described first order sensor movement controlling organization on the bracket along described first direction
Move reciprocatingly.
Above-mentioned electropulsograph, described second level sensor movement controlling organization includes: n the second motor, is arranged on described
Inside first order sensor movement controlling organization, described n the second motor is with described n pressure sensor assembly correspondingly
Connect, and described n the second motor separately to control described n pressure sensor assembly reciprocal along described first direction
Motion.
Above-mentioned electropulsograph, n is equal to 3, and each described pressure sensor assembly includes 5 pressure transducers, described 3
Pressure sensor assembly arranges along second direction, described 5 the pressure transducer edges in described each pressure sensor assembly
And be perpendicular to described first direction and be perpendicular to the third direction arrangement of described second direction, and described 3 pressure transducer groups
Part is respectively induced the pulse information at user's wrist cun,guan,chi position.
Above-mentioned electropulsograph, described wrist torr includes: fixing device, is used for fixing described wrist torr.
Above-mentioned electropulsograph, at least one in described n pressure sensor assembly includes generating laser, is used for positioning
Measured position.
Above-mentioned electropulsograph, also includes: display, is arranged on described base plate, is used for showing at least one pressure described
Pulse signal detected by sensor.
Above-mentioned electropulsograph, also includes communication module, is arranged on described base plate, for by described n pressure transducer
Pulse signal detected by assembly sends to display and/or server end and/or client.
Above-mentioned electropulsograph, described wrist torr is umbilicate pulley, and described pulley can be along described second direction
Reciprocating rotation.
Above-mentioned electropulsograph, also includes: pressure adjusting module, and described pressure adjusting module is electrically connected with described pressure sensing
Device and described second level sensor movement controlling organization, described pressure transducer is by the pressure suffered by described pressure transducer
Value sends to described pressure adjusting module, and described pressure adjusting module is by the described force value of each described pressure sensor assembly
Pre-conditioned contrast be pre-stored in described pressure adjusting module respectively, and according to described force value and described default bar
Part control respectively to press under the described second level sensor movement controlling organization corresponding to described pressure transducer or on lift, to change
Become the described force value suffered by this described pressure transducer so that it is meet described pre-conditioned.
Electropulsograph provided by the utility model, by arranging generating laser, it is possible to the measurement point of sensor is directly perceived,
Clearly indicate the wrist at the measured, thus avoid the problem that can not position brought because of the collimation error.Pass through
The design of integral mechanical structure so that behind location, either fixing the or movement of sensor of the measured wrist is all passed through
Frame for movement realizes.Therefore, during sensor is moved to cun, guan and chi, three places at the wrist where the pulse is usually taken position, do not have shake and increase accuracy.
Meanwhile, by the setting of two-stage electric motor, add mobile efficiency.It addition, by the design often organizing multiple sensor, it is possible to measure
Pulsewidth.In addition, owing to the pulse information at cun, guan and chi, three places at the wrist where the pulse is usually taken position measured by the electropulsograph more than enough group of sensor of energy in the application simultaneously,
From speed, surmount the pulse information that can only distinguish number cun, guan and chi, three places at the wrist where the pulse is usually taken when Traditional Chinese Medicine is felt the pulse, substantially increase efficiency.
Accompanying drawing explanation
Fig. 1 is the schematic diagram according to the electropulsograph in this utility model one embodiment；
Fig. 2 is the schematic diagram according to the electropulsograph in this utility model one embodiment；
Fig. 3 is the schematic diagram according to the electropulsograph in this utility model one embodiment.
Wherein, reference:
1: base plate
2: wrist torr
3: support
4: first order sensor movement controlling organization
5: horizontal sliding table
6: second level sensor movement controlling organization
7: pressure transducer
8: display
Detailed description of the invention
Fig. 1-Fig. 3 is the schematic diagram according to the electropulsograph in this utility model one embodiment.Refer to Fig. 1-Fig. 3, at this
In utility model one embodiment, electropulsograph includes: base plate 1, wrist torr 2, support 3, first order sensor movement controlling organization 4, m
Horizontal sliding table 5, n second level sensor movement controlling organization 6 and n pressure sensor assembly.Wherein wrist torr 2 is arranged on the end
On plate 1, and wrist torr 2 can plane motion on base plate 1.Support 3 is arranged on base plate 1, and support 3 is vertical with base plate 1.First
Level sensor movement controlling organization 4 be arranged on support 3, first order sensor movement controlling organization 4 can on support 3 along
The first direction vertical with base plate 1 moves reciprocatingly.M horizontal sliding table 5 is arranged on first order sensor movement controlling organization 4
On, m horizontal sliding table 5 can be along the second direction vertical with first direction on first order sensor movement controlling organization 4
Move back and forth.M the second level sensor movement controlling organization of 6 and m level in n second level sensor movement controlling organization
Slide unit 5 is arranged on m horizontal sliding table 5 correspondingly, and the m in n second level sensor movement controlling organization 6 second
Level sensor movement controlling organization moves back and forth along second direction along with m horizontal sliding table 5.N pressure sensor assembly, n
Individual pressure sensor assembly and n second level sensor movement controlling organization 6 are arranged on second level sensor fortune correspondingly
The bottom of dynamic controlling organization 6.N pressure sensor assembly can 6 edges on n second level sensor movement controlling organization respectively
First direction to move back and forth, and m pressure sensor assembly in n pressure sensor assembly can be respectively along with n
M second level sensor movement controlling organization in second level sensor movement controlling organization 6 on m horizontal sliding table 5 along
Second direction moves back and forth.Wherein n is more than or equal to m, and m, n are natural number, and each pressure sensor assembly comprises at least
One pressure transducer 7.
Such as, in an embodiment, sensor movement controlling organization in the second level is 3；Pressure sensor assembly is 3, and
Each pressure sensor assembly includes 5 pressure transducers；Horizontal sliding table is 2.But be not limited thereto, art technology
Personnel can the most arbitrarily set pressure sensor assembly number, horizontal sliding table number and each pressure transducer
The quantity comprising pressure transducer of assembly.Wherein, 3 pressure sensor assemblies are separately positioned on 3 second level sensor fortune
On dynamic controlling organization, 2 in 3 second level sensor movement controlling organizations are separately positioned on 2 horizontal sliding tables.Work as use
During this electropulsograph, arm is placed on base plate 1 by the measured, wrist is placed in wrist torr 2.The measured drives wrist by wrist
Torr 2, moves wrist torr 2 on base plate 1 so that the approximate location of wrist is positioned at the lower section of pressure transducer 7.Then pass through
First order sensor movement controlling organization 4 drives 3 pressure sensor assembly vertical directions to move up and down with by 3 pressure sensings
Device assembly is close to above the tested position of the measured.2 second level sensor movement controls are driven again by 2 horizontal sliding tables 5
Mechanism 6 processed moves back and forth in the horizontal direction, to drive 2 pressure sensor assemblies, is allowed to move in the horizontal direction, from
And find tested position accurately.Finally by 3 second level sensor movement controlling organizations by further for 3 pressure transducers
Move straight down, to touch tested position.In this fact Example, 2 pressure sensor assemblies being positioned at both sides can be
Moving back and forth in horizontal direction, the pressure sensor assembly being positioned at centre can not move back and forth in the horizontal direction.In the middle of
Between pressure sensor assembly when being positioned at above "Off" position, regulate horizontal sliding table so that the pressure sensor assembly of both sides is respectively
It is displaced outwardly so that the pressure sensor assembly of both sides lays respectively on " very little " position and " chi " position.Such 3 pressure transducer groups
Part is placed exactly in the surface of " cun,guan,chi " position so that measurement result is more accurate.Last 3 pressure sensor assemblies are respectively
The pulse information at sensing user's wrist cun,guan,chi position.This pulse information include the traditional Chinese medical science when feeling the pulse required all with
The information that pulse is relevant, such as power of arteries and veins length, pulsewidth, arteries and veins etc..
But be not limited thereto, those skilled in the art can the most arbitrarily set can not be in the horizontal direction
The pressure sensor assembly of movement, and set and regulate as object of reference being positioned at any one position in " cun,guan,chi " position
The position of other two pressure sensor assembly.Can not water for example, it is possible to set the pressure sensor assembly being positioned on " very little " position
Translation is dynamic, and regulation is positioned at the pressure sensor assembly on "Off" position and " chi " position or setting is positioned at the pressure sensing on " chi " position
Device assembly can not move horizontally, and regulation is positioned at the pressure sensor assembly on " very little " position and "Off" position.
It addition, in other embodiments of the application, can be as required so that the quantity of pressure sensor assembly and level
Slide unit quantity is identical, and connects one to one.The most each pressure sensor assembly can do reciprocal fortune in the horizontal direction
Dynamic.Such as, the pressure sensor assembly being positioned on " cun,guan,chi " position is all disposed within horizontally movable slide unit respectively.And it is every
Individual slide unit can drive each pressure sensor assembly to move the most in the horizontal direction, to increase mobility.
By above-mentioned electropulsograph, it is possible to by the way of machinery is transposed, at the cun,guan,chi position of searching the measured
During and when finally measuring, all can keep stable movement.
In order to more laborsaving, selecting as one, in the application one embodiment, support includes the first motor, with first
Level sensor movement controlling organization connect, and the first motor control sensor movement controlling organization on support along a first direction
Move reciprocatingly.
In order to more laborsaving, select as one, in the application one embodiment, second level sensor movement controlling organization
4 include n the second motor, are arranged on inside first order sensor movement controlling organization, n the second motor and n pressure sensing
Device assembly connects correspondingly, and n the second motor separately controls n pressure sensor assembly along a first direction
Move back and forth.N is more than or equal to m, and m, n are natural number.
In order to more laborsaving, select as one, in the application one embodiment, second level sensor movement controlling organization
Including n the 3rd motor, it is arranged on inside first order sensor movement controlling organization, n the 3rd motor and n pressure transducer
Assembly connects correspondingly, and n the 3rd motor separately to control n pressure sensor assembly past along second direction
Multiple motion.N is more than or equal to m, and m, n are natural number.
Such as when to measured spots localization being, generally require and " cun,guan,chi " three positions are carried out pulses measure.This
Time pressure sensor assembly number be 3.When entering into last accurate searching tested position when, by controlling 3 respectively
The position of individual pressure sensor assembly so that 3 pressure sensor assemblies lay respectively at the top at " cun,guan,chi " position.So
The result detected is more accurate.But the actual quantity of pressure sensor assembly is not limited thereto.
Feeling the pulse to preferably simulate the traditional Chinese medical science, the application one embodiment also includes pressure adjusting module (not illustrating in figure).
This pressure adjusting module is electrically connected with all pressure sensor assemblies and second level sensor movement controlling organization.All pressure
Force value suffered by pressure transducer 7 is sent to this pressure adjusting module by sensor 7, and pressure adjusting module is by each pressure
The force value of sensor 7 contrasts with the numerical value being pre-stored in pressure adjusting module respectively, and according to being pre-stored in pressure regulation mould
The second level sensor movement controlling organization that the numerical value of block controls corresponding to pressure transducer 7 respectively is pressed downward against or upwards lifts
Rise, make it meet preset value changing the pressure between this pressure transducer 7 and measured's wrist.Wherein it is pre-stored in pressure regulation
The numerical value of module is the pressure value that the traditional Chinese medical science is corresponding when using " feeling the pulse lightly ", " in take " and " taking the pulse heavily " when feeling the pulse.So-called " feeling the pulse lightly ",
Take in " " and " taking the pulse heavily " remove to press pulse by three kinds of different finger power that the traditional Chinese medical science is used when feeling the pulse, gently firmly by skin
Upper for " feeling the pulse lightly "；In isocratic firmly by being " in take " to muscle；Reuse power by muscles and bones for " taking the pulse heavily ".Cun,guan,chi three, often
One have floating, in, heavy three times, be collectively referred to as " three body parts and nine pulse-taking sites ".The arteries and veins that different maneuvers are got, clinical meaning is different.Generally, floating pulse in
Epigenesist, sick position is shallow, is sunken to inner person's disease position deep.
Selecting as one, in the application one embodiment, wrist torr includes fixing device, is used for fixing wrist torr.To avoid
The location caused due to moving of the measured wrist is forbidden.
Select as one, in the application one embodiment, in order to determine tested position more accurately, at least one pressure
Force sensor module includes generating laser.When only a pressure sensor assembly is provided with generating laser, Laser emission
The drop point of device is tested position.When there being multiple pressure sensor assembly to be provided with generating laser, multiple generating lasers
Focus is tested position.
Selecting as one, in the application one embodiment, electropulsograph also includes display 8, is arranged on base plate 1, uses
In the pulse signal detected by display pressure transducer 7.
Selecting as one, in the application one embodiment, electropulsograph also includes communication module (not illustrating in figure), arranges
On base plate 1, for the pulse signal detected by pressure transducer is sent to display 8 and/or server end and/or visitor
Family end.
It is analyzed for example, it is possible to testing result is sent directly to server end, by server, analysis is tied the most again
Fruit sends in the mobile phone of detected person, or directly transmits testing result in the mobile phone of detected person, detected to facilitate
Person knows.
Selecting as one, in the application one embodiment, wrist torr is umbilicate pulley, and pulley can be along the
Two direction reciprocating rotations.
Selecting as one, in the application one embodiment, electropulsograph also includes palmrest (not illustrating in figure), is arranged on the end
On plate 1, and the line of the central point of the central point of palmrest and wrist torr 2 extends along second direction.
Electropulsograph provided by the utility model, by arranging generating laser, it is possible to by the measurement point of pressure transducer
Intuitively, clearly indicate the wrist at the measured, thus avoid the problem that can not position brought because of the collimation error.
By the design of integral mechanical structure so that the movement of the either fixing or pressure transducer of the measured wrist behind location
It is all to be realized by frame for movement.Therefore, during pressure transducer is moved to cun, guan and chi, three places at the wrist where the pulse is usually taken position, shake is not had
And increase accuracy.Meanwhile, by the setting of two-stage electric motor, add mobile efficiency.It addition, by often organizing multiple pressure sensing
The design of device, it is possible to measure pulsewidth.In addition, a cun pass can be measured by more than enough group of sensor due to the electropulsograph in the application simultaneously
The pulse information at chi position, has surmounted the pulse information that can only distinguish number cun, guan and chi, three places at the wrist where the pulse is usually taken when Traditional Chinese Medicine is felt the pulse, significantly from speed
Improve efficiency.
Claims (10)
1. an electropulsograph, it is characterised in that including:
Base plate；
Wrist torr, is arranged on described base plate, and described wrist torr can plane motion on described base plate；
Support, is arranged on described base plate, and described support is vertical with described base plate；
First order sensor movement controlling organization, is arranged on the bracket, described first order sensor movement controlling organization energy
Enough move reciprocatingly along the first direction vertical with described base plate on the bracket；
M horizontal sliding table, is arranged on described first order sensor movement controlling organization, and described m horizontal sliding table can be in institute
State and move back and forth along the second direction vertical with described first direction on first order sensor movement controlling organization；
N second level sensor movement controlling organization, m the second level in described n second level sensor movement controlling organization
Sensor movement controlling organization and described m horizontal sliding table are arranged on described m horizontal sliding table correspondingly, and described n
M second level sensor movement controlling organization in the sensor movement controlling organization of the individual second level is along with described m horizontal sliding table
Move back and forth along described second direction；And
N pressure sensor assembly, described n pressure sensor assembly and described n second level sensor movement controlling organization
Being arranged on correspondingly bottom the sensor movement controlling organization of the described second level, described n pressure sensor assembly can divide
Do not move back and forth along described first direction on described n second level sensor movement controlling organization, and described n pressure
M pressure sensor assembly in sensor cluster can be respectively along with in described n second level sensor movement controlling organization
M second level sensor movement controlling organization move back and forth along described second direction on described m horizontal sliding table；
Wherein n is more than or equal to m, and m, n are natural number, and each pressure sensor assembly comprises at least one pressure sensing
Device.
2. electropulsograph as claimed in claim 1, it is characterised in that described support includes:
First motor, is connected with described first order sensor movement controlling organization, and described first motor controls the described first order
Sensor movement controlling organization moves reciprocatingly along described first direction on the bracket.
3. electropulsograph as claimed in claim 1, it is characterised in that described second level sensor movement controlling organization includes:
N the second motor, is arranged on inside described first order sensor movement controlling organization, described n the second motor and described n
Individual pressure sensor assembly connects correspondingly, and described n the second motor separately controls described n pressure sensing
Device assembly moves back and forth along described first direction.
4. electropulsograph as claimed in claim 1, it is characterised in that n is equal to 3, and each described pressure sensor assembly includes 5
Individual pressure transducer, described 3 pressure sensor assemblies arrange along second direction, in described each pressure sensor assembly
Described 5 pressure transducers along be perpendicular to described first direction and be perpendicular to described second direction third direction arrangement, and
Described 3 pressure sensor assemblies are respectively induced the pulse information at user's wrist cun,guan,chi position.
5. electropulsograph as claimed in claim 1, it is characterised in that described wrist torr includes:
Fixing device, is used for fixing described wrist torr.
6. electropulsograph as claimed in claim 1, it is characterised in that at least one bag in described n pressure sensor assembly
Include generating laser, be used for positioning measured position.
7. electropulsograph as claimed in claim 1, it is characterised in that also include:
Display, is arranged on described base plate, for showing described pulse signal detected by least one pressure transducer.
8. electropulsograph as claimed in claim 1, it is characterised in that also include communication module, be arranged on described base plate, be used for
Pulse signal detected by described n pressure sensor assembly is sent to display and/or server end and/or client
End.
9. electropulsograph as claimed in claim 1, it is characterised in that described wrist torr is umbilicate pulley, and described pulley
Can be along described second direction reciprocating rotation.
10. electropulsograph as claimed in claim 1, it is characterised in that also include:
Pressure adjusting module, described pressure adjusting module is electrically connected with described pressure transducer and described second level sensor fortune
Dynamic controlling organization, the force value suffered by described pressure transducer is sent to described pressure regulation mould by described pressure transducer
Block, described pressure adjusting module by the described force value of each described pressure sensor assembly respectively be pre-stored in described pressure adjust
Pre-conditioned contrasting in joint module, and pre-conditioned control described pressure sensing respectively according to described force value with described
Press under described second level sensor movement controlling organization corresponding to device or on lift, to change suffered by this described pressure transducer
The described force value arrived so that it is meet described pre-conditioned.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620524399.8U CN205866728U (en) | 2016-06-01 | 2016-06-01 | Pulse apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620524399.8U CN205866728U (en) | 2016-06-01 | 2016-06-01 | Pulse apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205866728U true CN205866728U (en) | 2017-01-11 |
Family
ID=57688741
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620524399.8U Active CN205866728U (en) | 2016-06-01 | 2016-06-01 | Pulse apparatus |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205866728U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106073730A (en) * | 2016-06-01 | 2016-11-09 | 郭福生 | A kind of electropulsograph |
| CN109350019A (en) * | 2018-11-09 | 2019-02-19 | 南通理工学院 | A kind of adjustment in length and breadth of Electromechanical Control is felt the pulse all-in-one machine |
-
2016
- 2016-06-01 CN CN201620524399.8U patent/CN205866728U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106073730A (en) * | 2016-06-01 | 2016-11-09 | 郭福生 | A kind of electropulsograph |
| CN109350019A (en) * | 2018-11-09 | 2019-02-19 | 南通理工学院 | A kind of adjustment in length and breadth of Electromechanical Control is felt the pulse all-in-one machine |
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Effective date of registration: 20200304 Granted publication date: 20170111 |