CN108433709A - A kind of neurological tactile perception diagnostic device - Google Patents
A kind of neurological tactile perception diagnostic device Download PDFInfo
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- CN108433709A CN108433709A CN201810541312.1A CN201810541312A CN108433709A CN 108433709 A CN108433709 A CN 108433709A CN 201810541312 A CN201810541312 A CN 201810541312A CN 108433709 A CN108433709 A CN 108433709A
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- diagnostic device
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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
- A61B5/0048—Detecting, measuring or recording by applying mechanical forces or stimuli
- A61B5/0053—Detecting, measuring or recording by applying mechanical forces or stimuli by applying pressure, e.g. compression, indentation, palpation, grasping, gauging
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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
- A61B5/40—Detecting, measuring or recording for evaluating the nervous system
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Abstract
The invention discloses a kind of neurological tactiles to perceive diagnostic device, its structure includes shifting roller, pedestal, sense connector, control panel, tactilely-perceptible diagnostic device, display screen, movable stand, body, shifting roller is installed on base bottom and is connect with ground surface, pedestal is fixedly connected on bottom with body, sense connector connects tactilely-perceptible diagnostic device on body, control panel connects movable stand at the top of body, tactilely-perceptible diagnostic device is installed on the right side of control panel and is electrically connected with body, and display screen is mutually perpendicular to movable stand and is set to top.The present invention can carry out patient different degrees of detection by manually controlling nerve examination tool, it sends data on Medical Devices and the accuracy diagnosed to conditions of patients and reduction work difficulty can be improved using the accurate data test of science and personnel's experience binding analysis, it is easy to use.
Description
Technical field
The present invention is a kind of neurological tactile perception diagnostic device, belongs to neurological tactile perception diagnostic device neck
Domain.
Background technology
Currently, when treating diagnosis in various big hospital, especially when Neurology checks body, it is often necessary to
Neurology diagnostic device is used, such as percussion hammer, contact pilotage, flashlight, it is very inconvenient to carry these equipment, and neural network time
There are some problems in cloth whole body, each nerve, can all cause some diseases, thus need these equipment preliminary to carry out some
Diagnosis although these equipment are simple be very huge, but very inconvenient treating effect during diagnosis.
Existing technology can only generally be needed by preliminary Artificial Diagnosis, when situation is made a definite diagnosis through experienced medical matters people
Member carries out testing and diagnosing, to judge Neurology patient body function and neural perceptible feedback situation, or is touched by single
Reaction test method is felt to carry out test-based examination, and such methods can not check knot by the accurate data test of science to determine
Fruit be easy to cause the inaccurate patient body that influences of diagnosis and restores, if things go on like this, considerably increases the work difficulty of medical worker.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of neurological tactiles to perceive diagnostic device,
To solve generally to need by experienced medical worker test to examine by preliminary Artificial Diagnosis, when situation is made a definite diagnosis
It is disconnected, to judge Neurology patient body function and neural perceptible feedback situation, or pass through single tactile response test side
Method carries out test-based examination, and such methods can not determine inspection result by the accurate data test of science, be easy to cause
The inaccurate patient body that influences of diagnosis restores, if things go on like this, the problem of considerably increasing the work difficulty of medical worker.
To achieve the goals above, the present invention is to realize by the following technical solutions：A kind of neurological tactile sense
Know that diagnostic device, structure include shifting roller, pedestal, sense connector, control panel, tactilely-perceptible diagnostic device, display
Screen, movable stand, body；
The shifting roller is installed on base bottom and is connect with ground surface, and the pedestal is fixedly connected on bottom with body
Portion, for the sense connector connection tactilely-perceptible diagnostic device on body, the control panel connects movable stand in body top
Portion, the tactilely-perceptible diagnostic device are installed on the right side of control panel and are electrically connected with body, the display screen and movable stand phase
Mutually vertical and be set to top, for the movable stand connection body on control panel, display screen and being flexibly connected, the body is length
Cube is simultaneously connected with sense connector in front end；
The tactilely-perceptible diagnostic device includes pushing mechanism, force transmission mechanism, power device, pressure sensor device, moves
Power output mechanism, probe moving device, depth calculation device, the pushing mechanism be installed on the inside of tactilely-perceptible diagnostic device with
Force transmission mechanism, power device, power take-off mechanism flexible connection, the force transmission mechanism are installed on tactilely-perceptible diagnostic device
Lower section is connect by pushing mechanism with power device gear, and the power device is installed on the right side of pushing mechanism, and the pressure passes
Induction device is electrically connected and fixed at right side with power device and is fixedly connected with tactilely-perceptible diagnostic device inner wall, the power output
Mechanism is set to pushing mechanism upper right side and is flexibly connected, and the probe moving device is installed in pushing mechanism left back and and power
Output mechanism gear connects, and the depth calculation device is installed in tactilely-perceptible diagnostic device lower left and and probe moving device
Roll connection.
Further, the pushing mechanism includes hand buckle, extension rod, adjustable spring, connecting rod, positive magnetic patch, second
Connecting rod, fixed link, threaded block, rotation axis, joining rod, the hand buckle is pushed by external force and extension rod and is connected, described to prolong
Boom one end is connected on the right side of hand buckle, and the other end is fixedly connected with the connecting rod, and the adjustable spring is sheathed on outside extension rod
And spring connects, the connecting rod is pushed by adjustable spring and force transmission mechanism and is connected, and the anode magnetic patch is fixed on second
Connecting rod right end and repel each other with power device magnetic field, second connecting rod is fixed on fixed link lower right, and the fixed link connects
Joining rod is connect on threaded block, the threaded block is sheathed on outside rotation axis and is threadedly coupled, and the rotation axis runs through threaded block
It is rotatablely connected with power take-off mechanism gear, the joining rod is pulled by hand buckle and fixed link and connected.
Further, the force transmission mechanism includes wall bar, oscillating rod, the second oscillating rod, catch bar, the second wall bar, L-type
Pipeline, elevating lever, angle tooth, the wall bar are fixed on tactilely-perceptible diagnostic device inner wall, and it is right that the oscillating rod is installed on wall bar
Side is simultaneously swung by connecting rod and the second oscillating rod and is connected, and second oscillating rod is set to below wall bar and by oscillating rod and the
Two wall bars swing connection, and the catch bar, which is fixed on the second oscillating rod bottom and is pushed with L-type pipeline, to be connected, the second wall bar
It is parallel to each other to wall bar lower right and is connect with tactilely-perceptible diagnostic device inner wall, the L-type insides of pipes is examined with tactilely-perceptible
Disconnected device inner wall is fixedly connected with and is connected separately with catch bar, elevating lever, and the elevating lever is lifted by catch bar and L-type pipeline
Connection, the angle tooth are welded in the second elevating lever upper left side and are connect with power device gear, and second elevating lever passes through V-type
Connecting rod connects with the lifting of tactilely-perceptible diagnostic device inner wall and on the left of elevating lever, and the V-type connecting rod passes through elevating lever
It is flexibly connected with the second elevating lever.
Further, the power device includes gear support frame, rolling bearing, the second positive magnetic patch, connecting spring, bears
Pole energization seat, battery mounting, positive energization seat, limit buckle, live wire, mobile tooth row, limiting slot, the gear support frame are solid
Due on tactilely-perceptible diagnostic device inner wall and being connected with rolling bearing, the rolling bearing passes through angle tooth and is rotated with mobile tooth row
Connection, the described second positive magnetic patch are fixed on cathode energization seat lower left and repel each other with positive magnetic patch magnetic field, the connecting spring
It is welded between cathode energization seat and battery mounting and spring connection, the cathode energization seat is logical by positive magnetic patch and anode
Electric seat is connected and is powered, and the battery mounting is fixed on mobile tooth row upper left side and is connected with positive energization seat, it is described just
Energization seat in pole connects battery mounting and is mutually parallel in right side and with mobile tooth row, and the limit buckle is fixed on tactilely-perceptible diagnosis
On device inner wall, on pressure sensor device and being electrically connected, the mobile tooth row passes through the positive energization seat of live wire connection
Rolling bearing is press-connected with pressure sensor device, and the limiting slot, which is embedded in the middle part of mobile tooth row and is moved with limit buckle, to be connected
It connects.
Further, the pressure sensor device includes pressure seat, power sensing chip, squeezes spring, connecting plate, the second biography
Feel line, the pressure seat is fixed on mobile tooth row right end and is fixedly connected with tactilely-perceptible diagnostic device inner wall, the power sensing
Chip is installed in inside pressure seat, and the extruding spring is set between connecting plate and power sensing chip, and the connecting plate passes through shifting
Moving teeth is arranged to be press-connected with extruding spring, and the second sensing line connects pressure seat on sense connector.
Further, the power take-off mechanism includes the second rolling wheel support frame, the second rolling bearing, belt pulley, transmission
Belt, the second belt pulley, pulley support frame, fixed frame, third rolling bearing, third belt pulley, third rolling wheel support frame, institute
It states the second rolling wheel support frame and connects the second rolling bearing on tactilely-perceptible diagnostic device inner wall, second rolling bearing is installed
It is rotatablely connected in the second rolling wheel support frame left end and with rotation axis, the belt pulley is installed on the second rolling bearing front end and synchronization
Rotation, driving belt connection belt pulley, the second belt pulley are on third belt pulley and being rotatablely connected, second belt pulley
Pulley support frame is connected in right side, the pulley support frame connects the second belt pulley on fixed frame, the fixed frame top
End is fixedly connected with tactilely-perceptible diagnostic device inner wall, and the third rolling bearing is rotated synchronously with third belt pulley and and probe
Mobile device rolls connection, and the third belt pulley is installed in third rolling bearing front end and is sequentially connected with driving belt, institute
Third rolling wheel support frame is stated to be fixed on fixed frame lower left and be connected with third rolling bearing, third belt pulley.
Further, the probe moving device include second jiao of tooth, T-type movable stand, probe, depth layer, described second
Angle tooth is welded in T-type movable stand bottom and is connect with third rolling bearing angle tooth, and the T-type movable stand is through fixed frame and passes through
Second jiao of tooth and fixed frame mobile connection, the probe is welded on the left of T-type movable stand and synchronizing moving, the depth layer are inlayed
In probe upper surface.
Further, the depth calculation device includes number of turns wheel, linear measure longimetry seat, data line, the number of turns wheel installation
Connection is rolled in linear measure longimetry seat top and with probe, the linear measure longimetry seat is fixed on tactilely-perceptible diagnostic device lower left,
The data line connection length measures seat on sense connector.
Advantageous effect
A kind of neurological tactile of the present invention perceives diagnostic device：When medical staff press hand buckle make oscillating rod pass through with
The connecting rod of hand buckle synchronous movement, which pushes to the right, and bottom collides to occur to swing with the second oscillating rod will be connected to pushing away for bottom
Lever, which further inwardly pushes, to be made the upward top of the air pressure inside L-type pipeline that elevating lever be made to increase and makes the connection lifting of V-type connecting rod
Bar one end rises, and one end of the second elevating lever of connection pushes, and the second elevating lever is installed on tactilely-perceptible by V-type connecting rod and diagnoses
On device inner wall and connection is lifted, the angle tooth that left side is welded in when the second elevating lever declines rotates with rolling bearing, holds in the mouth
Extension bar connects hand buckle in top and synchronous movement, and when pushing hand buckle, joining rod drives the second connecting rod, fixed link to synchronize
It is mobile, be sheathed on the threaded block outside rotation axis be threadedly coupled with rotation axis and rotate and with the second rolling bearing gear on right side
It connects and rotates, be press-connected with connecting plate since rolling bearing is rotated and moved to right with mobile tooth row gear, due to positive magnetic patch
Being moved right by the second connecting rod synchronization joining rod makes the second positive magnetic patch repel each other with positive magnetic patch magnetic field and makes the second anode
Magnetic patch moves right and is connected and is powered with positive energization seat, the positive energization seat power after pressure seat, energization of live wire connection
Pressure value is connected sense connector on body by sensing chip by the second sensing line, for scientific analysis, is rolled when second
Gear drives the second belt pulley, third pulley rotation by driving belt, when third belt pulley drives third rolling bearing same
Step rotates and is connect with second jiao of gear for being welded in T-type movable stand bottom and make T-type movable stand and fixed frame mobile connection
And move left through outlet and will be installed on probe on the left of T-type movable stand and send out, probe in the process of moving with number of turns wheel
It rolls, linear measure longimetry seat is by the rolling length of number of turns wheel by data line transfer to body so that preferably analysing scientifically, favorably
In treatment of the medical staff to patient, depth layer is embedded at detecting probe surface can be visually intuitive, the nerve perception of accurate judgement patient
Degree is conducive to cure.
A kind of neurological tactile of the present invention perceives diagnostic device：Can by manually control nerve examination tool to patient into
The different degrees of detection of row is sent data to be combined using the accurate data test of science and personnel's experience on Medical Devices and be divided
The accuracy diagnosed to conditions of patients and reduction work difficulty can be improved in analysis, easy to use.
Description of the drawings
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon：
Fig. 1 is the structural schematic diagram that a kind of neurological tactile of the present invention perceives diagnostic device.
Fig. 2 is the structural schematic diagram of tactilely-perceptible diagnostic device plane of the present invention.
Fig. 3 is the structural schematic diagram of tactilely-perceptible diagnostic device component of the present invention parsing.
Fig. 4 is the structural schematic diagram of tactilely-perceptible diagnostic device working condition of the present invention.
Fig. 5 is the structural representation enlarged drawing of A in Fig. 2.
In figure：Shifting roller -1, sense connector -3, control panel -4, tactilely-perceptible diagnostic device -5, is shown pedestal -2
Display screen -6, movable stand -7, body -8, pushing mechanism -50, force transmission mechanism -51, power device -52, pressure sensor device -53,
Power take-off mechanism -54, depth calculation device -56, hand buckle -5001, extension rod -5002, stretches at probe moving device -55
Spring -5003, connecting rod -5004, positive magnetic patch -5005, the second connecting rod -5006, fixed link -5007, threaded block -5008,
Rotation axis -5009, joining rod -5010, wall bar -5101, oscillating rod -5102, the second oscillating rod -5103, catch bar -5104,
Two wall bars -5105, L-type pipeline -5106, elevating lever -5107, angle tooth -5108, the second elevating lever -5109, V-type connecting rod -
5110, gear support frame -5201, rolling bearing -5202, the second positive magnetic patch -5203, connecting spring -5204, cathode are powered
Seat -5205, battery mounting -5206, positive energization seat -5207, limit buckle -5208, live wire -5209, mobile tooth row -
5210, limiting slot -5211, pressure seat -5301, power sensing chip -5302, extruding spring -5303, connecting plate -5304, second pass
Feel line -5305, the second rolling wheel support frame -5401, the second rolling bearing -5402, belt pulley -5403, driving belt -5404, the
Two belt pulleys -5405, pulley support frame -5406, fixed frame -5407, third rolling bearing -5408, third belt pulley -
5409, -5410, second jiaos of teeth -5501 of third rolling wheel support frame, T-type movable stand -5502, probe -5503, depth layer -5504,
Number of turns wheel -5601, linear measure longimetry seat -5602, data line -5603.
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to
Specific implementation mode, the present invention is further explained.
Embodiment
- Fig. 5 is please referred to Fig.1, the present invention provides a kind of neurological tactile perception diagnostic device:Its structure includes mobile rolls
Wheel 1, pedestal 2, sense connector 3, control panel 4, tactilely-perceptible diagnostic device 5, display screen 6, movable stand 7, body 8；
The shifting roller 1 is installed on 2 bottom of pedestal and is connect with ground surface, and the pedestal 2 is fixedly connected with body 8
In bottom, the sense connector 3 connects tactilely-perceptible diagnostic device 5 on body 8, and the control panel 4 connects movable stand 7
In 8 top of body, the tactilely-perceptible diagnostic device 5 is installed on 4 right side of control panel and is electrically connected with body 8, the display
Screen 6 is mutually perpendicular to movable stand 7 and is set to top, and the movable stand 7 connects body 8 on control panel 4, display screen 6 and living
Dynamic connection, the body 8 is cuboid and front end is connected with sense connector 3；
The tactilely-perceptible diagnostic device 5 includes pushing mechanism 50, force transmission mechanism 51, power device 52, pressure sensing
Device 53, power take-off mechanism 54, probe moving device 55, depth calculation device 56, the pushing mechanism 50 are installed on tactile
5 inside of perception diagnostic device is flexibly connected with force transmission mechanism 51, power device 52, power take-off mechanism 54, the power transmission
Mechanism 51 is installed on 5 lower section of tactilely-perceptible diagnostic device and is connect with 52 gear of power device by pushing mechanism 50, the energization
Device 52 is installed on the right side of pushing mechanism 50, the pressure sensor device 53 and power device 52 be electrically connected and fixed at right side with
5 inner wall of tactilely-perceptible diagnostic device is fixedly connected, and the power take-off mechanism 54 is set to 50 upper right side of pushing mechanism and activity connects
It connects, the probe moving device 55 is installed in 50 left back of pushing mechanism and is connect with 54 gear of power take-off mechanism, the depth
Degree computing device 56 is installed in 5 lower left of tactilely-perceptible diagnostic device and is rolled with probe moving device 55 and connected, the promotion
Mechanism 50 includes hand buckle 5001, extension rod 5002, adjustable spring 5003, connecting rod 5004, the positive connection of magnetic patch 5005, second
Bar 5006, fixed link 5007, threaded block 5008, rotation axis 5009, joining rod 5010, the hand buckle 5001 by external force with prolong
Boom 5002 pushes connection, 5002 one end of the extension rod to be connected to 5001 right side of hand buckle, and the other end is solid with connecting rod 5004
Fixed connection, the adjustable spring 5003 is sheathed on 5002 outside of extension rod and spring connection, the connecting rod 5004 pass through flexible
Spring 5003 and force transmission mechanism 51, which push, to be connected, the anode magnetic patch 5005 be fixed on 5006 right end of the second connecting rod and with it is logical
52 magnetic field of electric installation is repelled each other, and second connecting rod 5006 is fixed on 5007 lower right of fixed link, and the fixed link 5007 connects
In on threaded block 5008, the threaded block 5008 is sheathed on 5009 outside of rotation axis and is threadedly coupled, described turn joining rod 5010
Moving axis 5009 is rotatablely connected through threaded block 5008 and 54 gear of power take-off mechanism, and the joining rod 5010 passes through hand buckle
5001 pull connection, the force transmission mechanism 51 to include wall bar 5101, oscillating rod 5102, the second oscillating rod with fixed link 5007
5103, catch bar 5104, the second wall bar 5105, L-type pipeline 5106, elevating lever 5107, angle tooth 5108, the wall bar 5101 are fixed
In on 5 inner wall of tactilely-perceptible diagnostic device, the oscillating rod 5102 be installed on 5101 right side of wall bar and by connecting rod 5004 with
Second oscillating rod 5103 swings connection, and second oscillating rod 5103 is set to the lower section of wall bar 5101 and by oscillating rod 5102 and the
Two wall bars 5105 swing connection, and the catch bar 5104 is fixed on 5103 bottom of the second oscillating rod and is pushed with L-type pipeline 5106
Connection, the second wall bar 5105 are parallel to each other to 5101 lower right of wall bar and are connect with 5 inner wall of tactilely-perceptible diagnostic device, institute
5106 inside of L-type pipeline is stated to be fixedly connected with 5 inner wall of tactilely-perceptible diagnostic device and be connected separately with catch bar 5104, elevating lever
5107, the elevating lever 5107 is connected by catch bar 5104 and the lifting of L-type pipeline 5106, and the angle tooth 5108 is welded in second
5109 upper left side of elevating lever and connect with 52 gear of power device, second elevating lever 5109 by V-type connecting rod 5110 with
The lifting of 5 inner wall of tactilely-perceptible diagnostic device connects and set on 5107 left side of elevating lever, and the V-type connecting rod 5110 passes through elevating lever
5107 are flexibly connected with the second elevating lever 5109, and the power device 52 includes gear support frame 5201, rolling bearing 5202, the
Two positive magnetic patch 5203, connecting spring 5204, cathode energization seat 5205, battery mounting 5206, positive energization seat 5207, limit
Button 5208, live wire 5209, mobile tooth row 5210, limiting slot 5211, the gear support frame 5201, which is fixed on tactilely-perceptible, examines
On 5 inner wall of disconnected device and it is connected with rolling bearing 5202, the rolling bearing 5202 passes through angle tooth 5108 and mobile tooth row 5210
Rotation connection, the second positive magnetic patch 5203 be fixed on 5205 lower left of cathode energization seat and with 5005 magnetic field phase of positive magnetic patch
Reprimand, the connecting spring 5204 is welded between cathode energization seat 5205 and battery mounting 5206 and spring connection, described negative
Pole energization seat 5205 is connected and is powered with positive energization seat 5207 by positive magnetic patch 5005, and the battery mounting 5206 is solid
Due to mobile 5210 upper left side of tooth row and it is connected with positive energization seat 5207, the anode energization seat 5207 connects battery mounting
5206 are mutually parallel in right side and with mobile tooth row 5210, and the limit buckle 5208 is fixed on 5 inner wall of tactilely-perceptible diagnostic device
On, the live wire 5209 connects positive energization seat 5207 on pressure sensor device 53 and being electrically connected, the mobile tooth row
5210 are press-connected by rolling bearing 5202 and pressure sensor device 53, and the limiting slot 5211 is embedded at mobile tooth row 5210
Middle part and with 5208 mobile connection of limit buckle, the pressure sensor device 53 include pressure seat 5301, power sensing chip 5302, squeeze
Pressing spring 5303, connecting plate 5304, second sense line 5305, the pressure seat 5301 be fixed on 5210 right end of mobile tooth row and with
5 inner wall of tactilely-perceptible diagnostic device is fixedly connected, and the power sensing chip 5302 is installed in inside pressure seat 5301, the extruding
Spring 5303 is set between connecting plate 5304 and power sensing chip 5302, and the connecting plate 5304 is by mobile tooth row 5210 and squeezes
Pressing spring 5303 is press-connected, and the second sensing line 5305 connects pressure seat 5301 on sense connector 3, and the power is defeated
It includes the second rolling wheel support frame 5401, the second rolling bearing 5402, belt pulley 5403, driving belt 5404, second to go out mechanism 54
Belt pulley 5405, pulley support frame 5406, fixed frame 5407, third rolling bearing 5408, third belt pulley 5409, third rolling
Wheeling supporting frame 5410, second rolling wheel support frame 5401 connect the second rolling bearing 5402 in tactilely-perceptible diagnostic device 5
On wall, second rolling bearing 5402 is installed on 5401 left end of the second rolling wheel support frame and is rotatablely connected with rotation axis 5009,
The belt pulley 5403 is installed on 5402 front end of the second rolling bearing and rotates synchronously, and the driving belt 5404 connects belt pulley
5403, for the second belt pulley 5405 on third belt pulley 5409 and being rotatablely connected, second belt pulley 5405 connects belt pulley
For supporting rack 5406 in right side, the pulley support frame 5406 connects the second belt pulley 5405 on fixed frame 5407, described solid
Determine 5407 top of frame to be fixedly connected with 5 inner wall of tactilely-perceptible diagnostic device, the third rolling bearing 5408 and third belt pulley
5409 rotate synchronously and roll connection with probe moving device 55, and the third belt pulley 5409 is installed in third rolling bearing
5408 front ends are simultaneously sequentially connected with driving belt 5404, and the third rolling wheel support frame 5410 is fixed on 5407 lower left of fixed frame
And it is connected with third rolling bearing 5408, third belt pulley 5409, the probe moving device 55 includes second jiao of tooth 5501, T
Type movable stand 5502, probe 5503, depth layer 5504, second jiao of tooth 5501 be welded in 5502 bottom of T-type movable stand and with
The 5408 jiaos of teeth connection of third rolling bearing, the T-type movable stand 5502 through fixed frame 5407 and by second jiao of tooth 5501 with
5407 mobile connection of fixed frame, the probe 5503 are welded in 5502 left side of T-type movable stand and synchronizing moving, the depth layer
5504 are embedded in 5503 upper surface of probe, and the depth calculation device 56 includes number of turns wheel 5601, linear measure longimetry seat 5602, data
Line 5603, the number of turns wheel 5601 are installed on 5602 top of linear measure longimetry seat and are rolled with probe 5503 and connected, and the length is surveyed
Amount seat 5602 is fixed on 5 lower left of tactilely-perceptible diagnostic device, and 5603 connection length of the data line measures seat 5602 in sensing
On connector 3.
The present invention provides a kind of neurological tactile perception diagnostic device, its working principle is that：When medical staff presses hand
Buckle 5001 makes oscillating rod 5102 push simultaneously bottom and second to the right by the connecting rod 5004 with 5001 synchronous movement of hand buckle
The collision of oscillating rod 5103, which occurs to swing further inwardly to push the catch bar 5104 for being connected to bottom, to be made inside L-type pipeline 5106
Air pressure top makes elevating lever 5107 rise and V-type connecting rod 5110 is made to connect elevating lever 5107 one end to rise upwards, connection second
One end of elevating lever 5109 pushes, and the second elevating lever 5109 is installed on by V-type connecting rod 5110 in tactilely-perceptible diagnostic device 5
On wall and connection is lifted, the angle tooth 5108 in left side is welded in when the second elevating lever 5109 declines and rolling bearing 5202 occurs to turn
Dynamic, joining rod 5010 connects hand buckle 5001 in top and synchronous movement, and when pushing hand buckle 5001, joining rod 5010 drives
Second connecting rod 5006,5007 synchronizing moving of fixed link, threaded block 5008 and the rotation axis being sheathed on outside rotation axis 5009
5009 are threadedly coupled and simultaneously rotate and connect and rotate with 5402 gear of the second rolling bearing on right side, due to rolling bearing 5202 and
Mobile 5210 gear of tooth row is rotated and moved to right to be press-connected with connecting plate 5304, since positive magnetic patch 5005 passes through the second connecting rod
5006 synchronization joining rods 5010, which move right, to be made the second positive magnetic patch 5203 repel each other with 5005 magnetic field of positive magnetic patch and makes second just
Pole magnetic patch 5203 moves right and is connected and is powered with positive energization seat 5207, and live wire 5209 connects positive energization seat 5207
After pressure seat 5301, energization power sensing chip 5302 by pressure value by second sensing line 5305 connect sense connector 3 in
On body 8, for scientific analysis, when the second rolling bearing 5402 drives the second belt pulley 5405, the by driving belt 5404
Three belt pulleys 5409 rotate, when third belt pulley 5409 drives third rolling bearing 5408 to rotate synchronously and moved with T-type is welded in
Second jiao of 5501 gear of tooth of 5502 bottom of moving frame connects and makes T-type movable stand 5502 and 5407 mobile connection of fixed frame and to the left
It is mobile to be sent out the probe 5503 for being installed on 5502 left side of T-type movable stand by outlet, probe 5503 in the process of moving with
Number of turns wheel 5601 rolls, and the rolling length of number of turns wheel 5601 is transmitted to body 8 by linear measure longimetry seat 5602 by data line 5603
So that preferably scientific analysis, is conducive to treatment of the medical staff to patient, depth layer 5504 is embedded at 5503 surface of probe can
Naked eyes are intuitive, and the neural perception degree of accurate judgement patient is conducive to cure.
Threaded block 5008 of the present invention is made of iron, and inside is embedded with screw thread, can pass through mobile and external screw-thread
Its rotation is connected and drives, it is easy to use.
Problems solved by the invention is when situation is made a definite diagnosis, can only generally to be needed by there is experience by preliminary Artificial Diagnosis
Medical worker carry out testing and diagnosing, to judge Neurology patient body function and neural perceptible feedback situation, or pass through
Single tactile response test method carries out test-based examination, and such methods can not be by the accurate data test of science come really
Determine inspection result, be easy to cause the inaccurate patient body that influences of diagnosis and restore, if things go on like this, considerably increase the work of medical worker
Make difficulty, the present invention is combined with each other by above-mentioned component, can carry out difference to patient by manually controlling nerve examination tool
The detection of degree, sending data on Medical Devices can be carried using the accurate data test of science and personnel's experience binding analysis
The accuracy and reduce work difficulty that height diagnoses conditions of patients, it is easy to use.
The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention, for this field skill
For art personnel, it is clear that invention is not limited to the details of the above exemplary embodiments, and without departing substantially from the present invention spirit or
In the case of essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects, should all incite somebody to action
Embodiment regards exemplary as, and is non-limiting, the scope of the present invention by appended claims rather than on state
Bright restriction, it is intended that including all changes that come within the meaning and range of equivalency of the claims in the present invention
It is interior.Any reference signs in the claims should not be construed as limiting the involved claims.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiment being appreciated that.
Claims (8)
1. a kind of neurological tactile perceives diagnostic device, structure includes shifting roller (1), pedestal (2), sense connector
(3), control panel (4), tactilely-perceptible diagnostic device (5), display screen (6), movable stand (7), body (8), it is characterised in that：
The shifting roller (1) is installed on pedestal (2) bottom and is connect with ground surface, and the pedestal (2) is fixed with body (8)
It is connected to bottom, sense connector (3) the connection tactilely-perceptible diagnostic device (5) is on body (8), the control panel
(4) connection movable stand (7) is at the top of the body (8), the tactilely-perceptible diagnostic device (5) be installed on the right side of control panel (4) and
It is electrically connected with body (8), the display screen (6) is mutually perpendicular to movable stand (7) and is set to top, movable stand (7) connection
Body (8) is on control panel (4), display screen (6) and being flexibly connected, and the body (8) is cuboid and front end is connected with biography
Feel connector (3)；
The tactilely-perceptible diagnostic device (5) includes pushing mechanism (50), force transmission mechanism (51), power device (52), pressure
Sensing device (53), power take-off mechanism (54), probe moving device (55), depth calculation device (56), the pushing mechanism
(50) it is installed on the inside of tactilely-perceptible diagnostic device (5) and force transmission mechanism (51), power device (52), power take-off mechanism
(54) it is flexibly connected, the force transmission mechanism (51) is installed below tactilely-perceptible diagnostic device (5) through pushing mechanism (50)
It is connect with power device (52) gear, the power device (52) is installed on the right side of pushing mechanism (50), the pressure sensing dress
It sets (53) and power device (52) and is electrically connected and fixed at right side and be fixedly connected with tactilely-perceptible diagnostic device (5) inner wall, it is described
Power take-off mechanism (54) is set to pushing mechanism (50) upper right side and is flexibly connected, and the probe moving device (55), which is installed in, to push away
It motivation structure (50) left back and is connect with power take-off mechanism (54) gear, the depth calculation device (56) is installed in tactile feel
Know diagnostic device (5) lower left and rolled with probe moving device (55) and is connected.
2. a kind of neurological tactile according to claim 1 perceives diagnostic device, it is characterised in that：The pushing mechanism
(50) include hand buckle (5001), extension rod (5002), adjustable spring (5003), connecting rod (5004), positive magnetic patch (5005),
Second connecting rod (5006), fixed link (5007), threaded block (5008), rotation axis (5009), joining rod (5010), the hand button
Plate (5001) is pushed by external force and extension rod (5002) and is connected, and described extension rod (5002) one end is connected to hand buckle (5001)
Right side, the other end are fixedly connected with connecting rod (5004), and it is external simultaneously that the adjustable spring (5003) is sheathed on extension rod (5002)
Spring connects, and the connecting rod (5004) is pushed by adjustable spring (5003) and force transmission mechanism (51) and connected, the anode
Magnetic patch (5005) is fixed on the second connecting rod (5006) right end and repels each other with power device (52) magnetic field, second connecting rod
(5006) it is fixed on fixed link (5007) lower right, fixed link (5007) the connection joining rod (5010) is in threaded block (5008)
On, the threaded block (5008) is sheathed on rotation axis (5009) outside and is threadedly coupled, and the rotation axis (5009) runs through screw thread
Block (5008) is rotatablely connected with power take-off mechanism (54) gear, and the joining rod (5010) is by hand buckle (5001) and fixes
Bar (5007) pulls connection.
3. a kind of neurological tactile according to claim 1 perceives diagnostic device, it is characterised in that：The power driver
Structure (51) includes wall bar (5101), oscillating rod (5102), the second oscillating rod (5103), catch bar (5104), the second wall bar
(5105), L-type pipeline (5106), elevating lever (5107), angle tooth (5108), the second elevating lever (5109), V-type connecting rod
(5110), the wall bar (5101) is fixed on tactilely-perceptible diagnostic device (5) inner wall, and the oscillating rod (5102) is installed on wall
It is swung on the right side of bar (5101) and by connecting rod (5004) and the second oscillating rod (5103) and is connected, second oscillating rod (5103)
It is swung below wall bar (5101) and by oscillating rod (5102) and the second wall bar (5105) and is connected, the catch bar (5104)
It is fixed on the second oscillating rod (5103) bottom and is pushed with L-type pipeline (5106) and connected, the second wall bar (5105) is mutually flat
Row is connect in wall bar (5101) lower right and with tactilely-perceptible diagnostic device (5) inner wall, on the inside of the L-type pipeline (5106) and is touched
Feel that perception diagnostic device (5) inner wall is fixedly connected with and is connected separately with catch bar (5104), elevating lever (5107), the elevating lever
(5107) it is connected by catch bar (5104) and L-type pipeline (5106) lifting, the angle tooth (5108) is welded in the second elevating lever
(5109) it upper left side and is connect with power device (52) gear, second elevating lever (5109) passes through V-type connecting rod (5110)
It is lifted with tactilely-perceptible diagnostic device (5) inner wall and connects and be set on the left of elevating lever (5107), the V-type connecting rod (5110) is logical
Elevating lever (5107) is crossed to be flexibly connected with the second elevating lever (5109).
4. a kind of neurological tactile according to claim 1 or 2 or 3 perceives diagnostic device, it is characterised in that：It is described logical
Electric installation (52) includes gear support frame (5201), rolling bearing (5202), the second positive magnetic patch (5203), connecting spring
(5204), cathode energization seat (5205), battery mounting (5206), positive energization seat (5207), limit buckle (5208), live wire
(5209), mobile tooth row (5210), limiting slot (5211), the gear support frame (5201) are fixed on tactilely-perceptible diagnostic device
(5) on inner wall and it is connected with rolling bearing (5202), the rolling bearing (5202) passes through angle tooth (5108) and mobile tooth row
(5210) be rotatablely connected, the second positive magnetic patch (5203) be fixed on cathode energization seat (5205) lower left and with positive magnetic patch
(5005) magnetic field is repelled each other, and the connecting spring (5204) is welded between cathode energization seat (5205) and battery mounting (5206)
And spring connects, the cathode energization seat (5205) is connected and is led to positive energization seat (5207) by positive magnetic patch (5005)
Electricity, the battery mounting (5206) are fixed on mobile tooth row (5210) upper left side and are connected with positive energization seat (5207), institute
It states positive energization seat (5207) connection battery mounting (5206) to be mutually parallel in right side and with mobile tooth row (5210), the limit
Position button (5208) is fixed on tactilely-perceptible diagnostic device (5) inner wall, the positive energization seat of live wire (5209) connection
(5207) on pressure sensor device (53) and being electrically connected, the mobile tooth row (5210) passes through rolling bearing (5202) and pressure
Sensing device (53) is press-connected, the limiting slot (5211) be embedded in the middle part of mobile tooth row (5210) and with limit buckle (5208)
Mobile connection.
5. a kind of neurological tactile according to claim 1 perceives diagnostic device, it is characterised in that：The pressure sensing
Device (53) includes pressure seat (5301), power sensing chip (5302), squeezes spring (5303), connecting plate (5304), the second biography
Feel line (5305), the pressure seat (5301) be fixed on mobile tooth row (5210) right end and with tactilely-perceptible diagnostic device (5) in
Wall is fixedly connected, and the power sensing chip (5302) is installed in pressure seat (5301) inside, and the extruding spring (5303) is set to
Between connecting plate (5304) and power sensing chip (5302), the connecting plate (5304) passes through mobile tooth row (5210) and extruding bullet
Spring (5303) is press-connected, and the second sensing line (5305) connects pressure seat (5301) on sense connector (3).
6. a kind of neurological tactile according to claim 1 perceives diagnostic device, it is characterised in that：The power output
Mechanism (54) includes the second rolling wheel support frame (5401), the second rolling bearing (5402), belt pulley (5403), driving belt
(5404), the second belt pulley (5405), pulley support frame (5406), fixed frame (5407), third rolling bearing (5408),
Three belt pulleys (5409), third rolling wheel support frame (5410), second rolling wheel support frame (5401) connect the second rolling bearing
(5402) on tactilely-perceptible diagnostic device (5) inner wall, second rolling bearing (5402) is installed on the second rolling wheel support frame
(5401) left end and with rotation axis (5009) be rotatablely connected, before the belt pulley (5403) is installed on the second rolling bearing (5402)
It holds and rotates synchronously, driving belt (5404) the connection belt pulley (5403), the second belt pulley (5405) are in third belt pulley
(5409) it on and is rotatablely connected, the second belt pulley (5405) connection pulley support frame (5406) is in right side, the belt
Wheeling supporting frame (5406) connects the second belt pulley (5405) on fixed frame (5407), fixed frame (5407) top and tactile
Perception diagnostic device (5) inner wall is fixedly connected, and the third rolling bearing (5408) rotates synchronously with third belt pulley (5409)
And roll and connect with probe moving device (55), the third belt pulley (5409) is installed in third rolling bearing (5408) front end
And with driving belt (5404) be sequentially connected, the third rolling wheel support frame (5410) be fixed on fixed frame (5407) lower left and
It is connected with third rolling bearing (5408), third belt pulley (5409).
7. a kind of neurological tactile according to claim 1 or 6 perceives diagnostic device, it is characterised in that：The probe
Mobile device (55) includes second jiao of tooth (5501), T-type movable stand (5502), probe (5503), depth layer (5504), and described the
Two jiaos of teeth (5501) are welded in T-type movable stand (5502) bottom and are connect with third rolling bearing (5408) angle tooth, and the T-type moves
Moving frame (5502) is through fixed frame (5407) and passes through second jiao of tooth (5501) and fixed frame (5407) mobile connection, the probe
(5503) it is welded on the left of T-type movable stand (5502) and synchronizing moving, the depth layer (5504) is embedded on probe (5503)
Surface.
8. a kind of neurological tactile according to claim 1 perceives diagnostic device, it is characterised in that：The depth calculation
Device (56) includes number of turns wheel (5601), linear measure longimetry seat (5602), data line (5603), and the number of turns wheel (5601) is installed on
Linear measure longimetry seat (5602) top simultaneously rolls connection with probe (5503), and the linear measure longimetry seat (5602) is fixed on tactilely-perceptible
Diagnostic device (5) lower left, data line (5603) connection length measure seat (5602) on sense connector (3).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810541312.1A CN108433709A (en) | 2018-05-30 | 2018-05-30 | A kind of neurological tactile perception diagnostic device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810541312.1A CN108433709A (en) | 2018-05-30 | 2018-05-30 | A kind of neurological tactile perception diagnostic device |
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| Publication Number | Publication Date |
|---|---|
| CN108433709A true CN108433709A (en) | 2018-08-24 |
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| CN201810541312.1A Withdrawn CN108433709A (en) | 2018-05-30 | 2018-05-30 | A kind of neurological tactile perception diagnostic device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110074761A (en) * | 2019-05-13 | 2019-08-02 | 吉林大学第一医院 | A kind of neurological tactile perception diagnostic device |
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2018
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110074761A (en) * | 2019-05-13 | 2019-08-02 | 吉林大学第一医院 | A kind of neurological tactile perception diagnostic device |
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