CN206777309U - Neurology multi-detector - Google Patents
Neurology multi-detector Download PDFInfo
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- CN206777309U CN206777309U CN201720028652.5U CN201720028652U CN206777309U CN 206777309 U CN206777309 U CN 206777309U CN 201720028652 U CN201720028652 U CN 201720028652U CN 206777309 U CN206777309 U CN 206777309U
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- inductor
- rotating shaft
- fixed seat
- rack
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Abstract
The utility model discloses Neurology multi-detector, including bottom plate, fixed cover, enlarging lens, guide sleeve, elevating lever, pressure sensor, pressing plate, spring, protective cover, pressure display unit, timer, fixed seat, stepper motor, first rotating shaft, gear, rack, first close to inductor, second close to inductor, 3rd close to inductor, baffle plate, motor, second rotating shaft, cam, the Neurology multi-detector, clever structure, it is powerful, pass through shirtsleeve operation, make the device automatic continuous and pressing touching detection is carried out to limbs of patient local location, so as to while medical personnel's operating burden is alleviated, also it can greatly prolong patient's detection time, it is easy to medical personnel to carry out checkout and diagnosis to patient for a long time.
Description
Technical field
It the utility model is related to medical treatment detection device, more particularly to Neurology multi-detector.
Background technology
Nerve Testing is an important indicator for clinically grasping nervous function, and Nerve Testing device traditional at present,
Such as detect hammer, common configuration is simple, function it is single, it is necessary to medical personnel go manually operation limbs of patient position is tapped,
But aforesaid way, the operating burden of medical personnel is not only significantly increased, also inconvenience detects to patient for a long time, shadow
The judgement of medical personnel is rung, in view of disadvantages described above, is necessary to design Neurology multi-detector in fact.
Utility model content
Technical problem to be solved in the utility model is：Neurology multi-detector is provided, to solve mesh
Preceding traditional Neurology detection means, because simple in construction, function is single, it is necessary to manually operated, and inconvenience detection for a long time
Problem.
In order to solve the above technical problems, the technical solution of the utility model is：Neurology multi-detector, including
It is bottom plate, fixed cover, enlarging lens, guide sleeve, elevating lever, pressure sensor, pressing plate, spring, protective cover, pressure display unit, fixed
When device, fixed seat, stepper motor, first rotating shaft, gear, rack, first connect close to inductor, second close to inductor, the 3rd
Near-induction device, baffle plate, motor, the second rotating shaft, cam, described fixed cover are located at middle-end at the top of bottom plate, described fixed cover with
Base thread is connected, and described enlarging lens are located at fixed cover front end, and described enlarging lens are connected with fixed cover glue, described
Guide sleeve on the left of the fixed cover top, described guide sleeve be connected with fixed cover glue, described elevating lever is through guiding
Set, described elevating lever slides with guide sleeve to be connected, and described pressure sensor is located at elevating lever inner bottom, described pressure
Sensor is connected with elevating lever screw thread, and described pressing plate is located at the top of elevating lever, and described pressing plate is integrally connected with elevating lever, institute
The spring stated is weldingly connected through elevating lever upper end, described spring one end with fixed cover, and the described spring other end with
Pressing plate is weldingly connected, and described protective cover is located at fixed cover top left side, and described protective cover is connected with fixed external threading, described
Pressure display unit be located on the upside of protective cover front end, described pressure display unit is connected with protective cover screw thread, described timer
The side in protective cover front end, described timer are connected with protective cover screw thread, and described fixed seating is in fixed cover top
End, described fixed seat are connected with fixed external threading, and described stepper motor is located on the upside of fixed seat front end, described stepping electricity
Machine is connected with fixed seat screw thread, and described first rotating shaft is located at stepper motor rear end, and described first rotating shaft and stepper motor are tight
With being connected, and described first rotating shaft is rotatedly connected with fixed seat, described gear through first rotating shaft, described gear and
First rotating shaft close-fitting is connected, and described rack is located at fixed seat inside left upper end, and described rack slides with fixed seat to be connected,
And described rack and pinion gear teeth meshing is connected, described first is located at fixed seat top left side close to inductor, described
First is connected close to inductor with fixed seat screw thread, and described second is located at rack inside left upper end close to inductor, described
Second be connected close to inductor with rack screw thread, the described the 3rd is located at rack inside left lower end close to inductor, described
The 3rd be connected close to inductor with rack screw thread, described baffle plate is located at the top of rack, described baffle plate and the body phase of rack one
Even, described motor is located at the top of baffle plate, and described motor is connected with baffle plate screw thread, and the second described rotating shaft is located at a motor left side
Side, the second described rotating shaft are connected with motor close-fitting, and described cam is through the second rotating shaft, described cam and the second rotating shaft
Close-fitting is connected.
Further, the first VELCRO, the first described VELCRO and bottom plate are additionally provided with left and right sides of described bottom plate front end
Glue is connected.
Further, bandage is additionally provided with left and right sides of described base plate rear end, described bandage is connected with bottom plate rivet.
Further, the second VELCRO is additionally provided with the upside of described bandage front end, the second described VELCRO sutures with bandage
It is connected.
Further, described fixed cover top right side is additionally provided with battery, and described battery is connected with fixed external threading.
Further, first switch, described first switch and fixed seat screw thread are additionally provided with the left of described fixed seat front end
It is connected.
Further, second switch, described second switch and fixed seat screw thread are additionally provided with the left of described fixed seat front end
It is connected.
Compared with prior art, Neurology multi-detector, before use, medical personnel can be according to limbs of patient
Thickness, by pinning first switch, stepper motor, first is set to feel close to inductor, second close to inductor and the 3rd are close
Answer device while open, i.e., driving stepper motor first rotating shaft drives gear synchronous to turn clockwise, and is turned clockwise by gear
Effect, make rack drives baffle plate linkage motor moved from bottom to top together with cam, i.e., by the upward effect of cam, make bullet
Spring promotes pressing plate synchronously upward, finally realizes the rising of elevating lever, and first is touched close to inductor close to inductor when second
When, stepper motor reversely rotates, i.e., driving stepper motor first rotating shaft drives gear synchronous rotate counterclockwise, passes through the gear inverse time
The effect of pin rotation, rack drives baffle plate linkage motor is moved from top to bottom together with cam, that is, pass through the downward work of cam
With, pressing plate is promoted the decline of elevating lever, eventually through aforesaid way, can change that elevating lever contacts with limbs of patient away from
From, that is, meet the needs that limbs of patient thickness difference uses, when lift pin locations reach medical personnel need after, medical personnel are just
First switch can be unclamped, even if stepper motor, first same close to inductor close to inductor, second close to inductor and the 3rd
When close, finally realize the determination of lift pin locations, then, patient can pass through limbs out of fixed cover, detect limbs
Position is in inside fixed cover, then pulls bandage, and bandage is bonded into limbs of patient from back to front, then glues the second VELCRO
The first VELCRO is pasted, i.e., the effect of the first VELCRO is pasted by the second VELCRO, limbs of patient is fixedly connected with bottom plate, so
Afterwards, medical personnel can open second switch, make motor, pressure sensor and pressure display unit while open, i.e., motor drives
Dynamic second rotating shaft band moving cam synchronous axial system, when cam high point contacts pressing plate, by the effect of cam, pressing plate is set to promote lifting
Bar, that is, elevating lever is caused to be moved from top to bottom along interplanting is oriented to, when elevating lever bottom and pressure sensor while face contact
During limbs of patient, that is, reach to limbs of patient neural stimulation, when cam high point separates pressing plate, by the effect of spring,
Pressing plate drives elevating lever to be moved from bottom to top along interplanting is oriented to, and finally, the effect persistently rotated by motor, holds elevating lever
It is continuous that pressing detection back and forth is carried out to limbs of patient, in addition, work as elevating lever during to limbs of patient Continued depression, medical personnel
Enlarging lens observation elevating lever and limbs of patient contact site are can pass through, judges limbs of patient nerve condition, meanwhile, medical care
Personnel can inquire whether patient can experience outside to its caused pressure, eventually through aforesaid way, be easy to medical personnel
Nerves reaction detection is carried out to limbs of patient for a long time, synchronous, during pressure sensor contacts limbs of patient, pressure sensor obtains
Limbs of patient is to its caused pressure, i.e., numerical value is presented the pressure that pressure display unit obtains pressure sensor, consequently facilitating
Medical personnel have a clear understanding of the pressure value suffered by limbs of patient, the Neurology multi-detector, clever structure, function
It is powerful, by shirtsleeve operation, make the device automatic continuous and pressing touching detection is carried out to limbs of patient local location, so that
It while alleviating medical personnel's operating burden, also can greatly prolong patient's detection time, be easy to medical personnel for a long time
To patient carry out checkout and diagnosis, meanwhile, medical personnel can be as needed, by presetting timer time, works as timer
After reaching setting time, motor is just stopped, even if patient's detection time is precisely controlled, battery is in order to pressure
Sensor, pressure display unit, timer, stepper motor, first approach sensing close to inductor, second close to inductor, the 3rd
Device and electric machine with energy supply so that the device can be used wirelessly, because battery and pressure sensor, pressure are shown
Device, timer, stepper motor, first are close to inductor, second close to inductor, the 3rd close to inductor and motor all to lead
Line is connected, so as to realize the regular supply of energy.
Brief description of the drawings
Fig. 1 is the front view of Neurology multi-detector；
Fig. 2 is the sectional view of Neurology multi-detector；
Fig. 3 is fixed seat position amplification view.
Bottom plate 1, fixed cover 2, enlarging lens 3, guide sleeve 4, elevating lever 5, pressure sensor 6, pressing plate 7, spring 8, protection
Cover 9, pressure display unit 10, timer 11, fixed seat 12, stepper motor 13, first rotating shaft 14, gear 15, rack 16, first connect
Near-induction device 17, second close to inductor the 18, the 3rd close to inductor 19, baffle plate 20, motor 21, the second rotating shaft 22, cam 23,
First VELCRO 101, bandage 102, the second VELCRO 103, battery 201, first switch 1201, second switch 1202.
Following embodiment will combine above-mentioned accompanying drawing and further illustrate.
Embodiment
Hereinafter, a variety of specific details are elaborated, to provide the saturating of the concept to forming described embodiment basis
Thorough understanding, however, it will be apparent to those skilled in the art that described embodiment can be in these no specific details
In it is some or all in the case of put into practice, in other cases, do not specifically describe well-known processing step.
As shown in Figure 1, Figure 2, Figure 3 shows, Neurology multi-detector, including bottom plate 1, fixed cover 2, enlarging lens
3rd, guide sleeve 4, elevating lever 5, pressure sensor 6, pressing plate 7, spring 8, protective cover 9, pressure display unit 10, timer 11, fixation
Seat 12, stepper motor 13, first rotating shaft 14, gear 15, rack 16, first are close to inductor 17, second close to inductor 18, the
Three close to inductor 19, baffle plate 20, motor 21, the second rotating shaft 22, cam 23, and described fixed cover 2 is located in the top of bottom plate 1
End, described fixed cover 2 are connected with the screw thread of bottom plate 1, and described enlarging lens 3 are located at the front end of fixed cover 2, described enlarging lens
3 are connected with the glue of fixed cover 2, and described guide sleeve 4 runs through the left side top of fixed cover 2, described guide sleeve 4 and the glue of fixed cover 2
Aqueous phase connects, and described elevating lever 5 runs through guide sleeve 4, and described elevating lever 5 slides with guide sleeve 4 to be connected, described pressure sensing
Device 6 is located at the inner bottom of elevating lever 5, and described pressure sensor 6 is connected with the screw thread of elevating lever 5, and described pressing plate 7 is positioned at lifting
The top of bar 5, described pressing plate 7 with elevating lever 5 is integral is connected, described spring 8 is through the upper end of elevating lever 5, described spring 8
One end is weldingly connected with fixed cover 2, and the described other end of spring 8 is weldingly connected with pressing plate 7, and described protective cover 9 is positioned at solid
Surely 2 top left sides are covered, described protective cover 9 is connected with the screw thread of fixed cover 2, before described pressure display unit 10 is located at protective cover 9
End upside, described pressure display unit 10 are connected with the screw thread of protective cover 9, and described timer 11 is located in the front end of protective cover 9
Side, described timer 11 are connected with the screw thread of protective cover 9, and described fixed seat 12 is located at the top middle-end of fixed cover 2, and described consolidates
Reservation 11 is connected with the screw thread of fixed cover 2, and described stepper motor 13 is located on the upside of the front end of fixed seat 11, described stepper motor 13
It is connected with the screw thread of fixed seat 11, described first rotating shaft 14 is located at the rear end of stepper motor 13, described first rotating shaft 14 and stepping
The close-fitting of motor 13 is connected, and described first rotating shaft 14 is rotatedly connected with fixed seat 12, and described gear 15 is through first turn
Axle 14, described gear 15 are connected with the close-fitting of first rotating shaft 14, and described rack 16 is located at the inside left upper end of fixed seat 12, institute
The rack 16 stated slides with fixed seat 12 to be connected, and described rack 16 is connected with the gear teeth meshing of gear 15, and described first connects
Near-induction device 17 is located at the top left side of fixed seat 12, and described first is connected close to inductor 17 with the screw thread of fixed seat 12, described
Second be located at the inside left upper end of rack 16 close to inductor 18, described second close to inductor 18 and the screw thread phase of rack 16
Even, the described the 3rd is located at the inside left lower end of rack 16 close to inductor 19, and the described the 3rd close to inductor 19 and rack
16 screw threads are connected, and described baffle plate 20 is located at the top of rack 16, and described baffle plate 20 is connected with the one of rack 16, described motor
21 are connected positioned at the top of baffle plate 20, described motor 21 with the screw thread of baffle plate 20, and the second described rotating shaft 22 is located at the left side of motor 21,
The second described rotating shaft 22 is connected with the close-fitting of motor 21, described cam 23 through the second rotating shaft 22, described cam 23 with
The close-fitting of second rotating shaft 22 is connected, and the first VELCRO 101, the first described magic are additionally provided with left and right sides of the described front end of bottom plate 1
Patch 101 is connected with the glue of bottom plate 1, and bandage 102, described bandage 102 and bottom plate are additionally provided with left and right sides of the described rear end of bottom plate 1
1 rivet is connected, and is additionally provided with the second VELCRO 103 on the upside of the described front end of bandage 1, the second described VELCRO 103 stitches with bandage 1
To close and be connected, the described top right side of fixed cover 2 is additionally provided with battery 201, and described battery 201 is connected with the screw thread of fixed cover 2,
First switch 1201, described first switch 1201 and the screw thread phase of fixed seat 12 are additionally provided with the left of the described front end of fixed seat 12
Even, second switch 1202, described second switch 1202 and the screw thread of fixed seat 12 are additionally provided with the left of the described front end of fixed seat 12
It is connected.
The Neurology multi-detector, before use, medical personnel can be according to limbs of patient thickness, by pinning
One switch 1201, make stepper motor 13, first close to inductor 17, second close to inductor 18 and the 3rd close to inductor
19 open simultaneously, i.e., stepper motor 13 drives first rotating shaft 14 synchronously to be turned clockwise with moving gear 15, passes through the up time of gear 15
The effect of pin rotation, make rack 16 drive the linkage motor 21 of baffle plate 20 to be moved from bottom to top together with cam 23, that is, pass through cam
23 upward effects, spring 8 is set to promote pressing plate 7 is synchronous finally to realize the rising of elevating lever 5 upwards, when the second close sensing
When the touching of device 18 first is close to inductor 17, stepper motor 13 reversely rotates, i.e., stepper motor 13 drives first rotating shaft 14 to drive
15 synchronous rotate counterclockwise of gear, by the effect of the rotate counterclockwise of gear 15, rack 16 is set to drive the linkage motor 21 of baffle plate 20
Moved from top to bottom together with cam 23, i.e., by the downward effect of cam 23, make pressing plate 7 promote elevating lever 5 to decline, it is final logical
Aforesaid way is crossed, the distance that elevating lever 5 contacts with limbs of patient can be changed, that is, meets the need that limbs of patient thickness difference uses
Will, after the position of elevating lever 5, which reaches medical personnel, to be needed, medical personnel can unclamp first switch 1201, even if stepping electricity 13
Machine, first simultaneously close off close to inductor 17, second close to inductor 18 and the 3rd close to inductor 19, finally realize liter
The determination of the position of bar 5 is dropped, and then, patient can pass through limbs out of fixed cover 2, limbs detection position is in fixed cover 2
Portion, then bandage 102 is pulled, and bandage 102 is bonded limbs of patient from back to front, the second VELCRO 103 is then pasted first
VELCRO 101, i.e., the effect of the first VELCRO 101 is pasted by the second VELCRO 103, makes limbs of patient and the phase fixed of bottom plate 1
Fixed, then, medical personnel can open second switch 1202, make motor 21, pressure sensor 6 and pressure display unit 10 simultaneously
Open, i.e., motor 21 drives the second rotating shaft 22 with the synchronous axial system of moving cam 23, when the high point of cam 23 contacts pressing plate 7, by convex
The effect of wheel 23, pressing plate 7 is promoted elevating lever 5, that is, elevating lever 5 is moved from top to bottom along guide sleeve 4, work as elevating lever
When 5 bottoms are with pressure sensor 6 while face contact limbs of patient, that is, reach to limbs of patient neural stimulation, work as cam
When 23 high points separate pressing plate 7, by the effect of spring 8, pressing plate 7 drives elevating lever 5 to be moved from bottom to top along guide sleeve 4,
Finally, the effect persistently rotated by motor 21, elevating lever 5 is made to continue back and forth to carry out pressing detection to limbs of patient, in addition, working as
During to limbs of patient Continued depression, medical personnel can pass through enlarging lens 3 and observe elevating lever 5 and patient's limb elevating lever 5
Body contact site, judge limbs of patient nerve condition, meanwhile, medical personnel can inquire whether patient can experience outside
To its caused pressure, eventually through aforesaid way, it is easy to medical personnel to carry out nerves reaction detection to limbs of patient for a long time,
Synchronous, when pressure sensor 6 contacts limbs of patient, pressure sensor 6 obtains limbs of patient and its caused pressure, i.e. pressure is shown
Show the pressure numerical value presentation that device 10 obtains pressure sensor 6, consequently facilitating medical personnel are had a clear understanding of suffered by limbs of patient
The pressure value arrived, meanwhile, medical personnel can be as needed, by presetting the time of timer 11, is set when timer 11 reaches
After fixing time, motor 21 is just stopped, even if patient's detection time is precisely controlled, battery 201 is in order to pressure
Sensor 6, pressure display unit 10, timer 11, stepper motor 13, first close to inductor 17, second close to inductor 18,
3rd provides energy supply close to inductor 19 and motor 21 so that the device can be used wirelessly, because of battery 201 and pressure
Force snesor 6, pressure display unit 10, timer 11, stepper motor 13, first are close to inductor 17, second close to inductor
18th, the 3rd is all connected close to inductor 19 and motor 21 for wire, so as to realize the regular supply of energy.
The utility model is not limited to above-mentioned specific embodiment, and one of ordinary skill in the art visualizes from above-mentioned
Hair, without performing creative labour, a variety of conversion made, all falls within the scope of protection of the utility model.
Claims (7)
1. Neurology multi-detector, including bottom plate, fixed cover, enlarging lens, guide sleeve, elevating lever, pressure sensing
Device, pressing plate, spring, protective cover, pressure display unit, timer, fixed seat, stepper motor, first rotating shaft, gear, rack, first
Close to inductor, second close to inductor, the 3rd close to inductor, baffle plate, motor, the second rotating shaft, cam, described fixed cover
Positioned at middle-end at the top of bottom plate, described fixed cover is connected with base thread, and described enlarging lens are located at fixed cover front end, described
Enlarging lens be connected with fixed cover glue, described guide sleeve top on the left of the fixed cover, described guide sleeve and fixation
Set glue is connected, and described elevating lever runs through guide sleeve, and described elevating lever slides with guide sleeve to be connected, described pressure sensing
Device is located at elevating lever inner bottom, and described pressure sensor is connected with elevating lever screw thread, and described pressing plate is located at elevating lever top
Portion, described pressing plate and elevating lever are integrally connected, and described spring is through elevating lever upper end, described spring one end and fixation
Set is weldingly connected, and the described spring other end is weldingly connected with pressing plate, and described protective cover is located at fixed cover top left side, institute
The protective cover stated is connected with fixed external threading, and described pressure display unit is located on the upside of protective cover front end, and described pressure is shown
Device is connected with protective cover screw thread, and described timer is located at side in protective cover front end, described timer and protective cover screw thread phase
Even, described fixed seating middle-end at the top of fixed cover, described fixed seat are connected with fixed external threading, described stepper motor
On the upside of fixed seat front end, described stepper motor is connected with fixed seat screw thread, and described first rotating shaft is located at stepper motor
Rear end, described first rotating shaft are connected with stepper motor close-fitting, and described first rotating shaft is rotatedly connected with fixed seat, described
Gear is connected through first rotating shaft, described gear with first rotating shaft close-fitting, and described rack is located at fixed seat inside left
Upper end, described rack slides with fixed seat to be connected, and described rack and pinion gear teeth meshing is connected, and described first is close
Inductor is located at fixed seat top left side, and described first is connected close to inductor with fixed seat screw thread, and described second is close
Inductor is located at rack inside left upper end, and described second is connected close to inductor with rack screw thread, and the described the 3rd is close
Inductor is located at rack inside left lower end, and the described the 3rd is connected close to inductor with rack screw thread, and described baffle plate is located at
At the top of rack, described baffle plate is integrally connected with rack, and described motor is located at the top of baffle plate, described motor and baffle plate screw thread
Be connected, the second described rotating shaft be located at motor left side, and the second described rotating shaft is connected with motor close-fitting, described cam through
Second rotating shaft, described cam are connected with the second rotating shaft close-fitting.
2. Neurology multi-detector as claimed in claim 1, it is characterised in that described bottom plate front end or so two
Side is additionally provided with the first VELCRO, and the first described VELCRO connects with bottom plate glue aqueous phase.
3. Neurology multi-detector as claimed in claim 2, it is characterised in that described base plate rear end or so two
Side is additionally provided with bandage, and described bandage is connected with bottom plate rivet.
4. Neurology multi-detector as claimed in claim 3, it is characterised in that on the upside of described bandage front end also
Provided with the second VELCRO, the second described VELCRO is connected with bandage suture.
5. Neurology multi-detector as claimed in claim 4, it is characterised in that described fixed cover top right side
Battery is additionally provided with, described battery is connected with fixed external threading.
6. Neurology multi-detector as claimed in claim 5, it is characterised in that on the left of described fixed seat front end
First switch is additionally provided with, described first switch is connected with fixed seat screw thread.
7. Neurology multi-detector as claimed in claim 6, it is characterised in that on the left of described fixed seat front end
Second switch is additionally provided with, described second switch is connected with fixed seat screw thread.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720028652.5U CN206777309U (en) | 2017-01-10 | 2017-01-10 | Neurology multi-detector |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720028652.5U CN206777309U (en) | 2017-01-10 | 2017-01-10 | Neurology multi-detector |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206777309U true CN206777309U (en) | 2017-12-22 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720028652.5U Expired - Fee Related CN206777309U (en) | 2017-01-10 | 2017-01-10 | Neurology multi-detector |
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| Country | Link |
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| CN (1) | CN206777309U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113116669A (en) * | 2019-12-31 | 2021-07-16 | 孙祖真 | Novel department of neurology inspection is with lifting apparatus |
-
2017
- 2017-01-10 CN CN201720028652.5U patent/CN206777309U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113116669A (en) * | 2019-12-31 | 2021-07-16 | 孙祖真 | Novel department of neurology inspection is with lifting apparatus |
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Granted publication date: 20171222 Termination date: 20190110 |