CN208937718U - Non-linear node detection device - Google Patents
Non-linear node detection device Download PDFInfo
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- CN208937718U CN208937718U CN201821569815.1U CN201821569815U CN208937718U CN 208937718 U CN208937718 U CN 208937718U CN 201821569815 U CN201821569815 U CN 201821569815U CN 208937718 U CN208937718 U CN 208937718U
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- mobile jib
- telescopic rod
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Abstract
A kind of non-linear node detection device, it is related to technical field of security inspection equipment, including mobile jib and grip part, mobile jib is connect with grip part, mobile jib is hollow structure open at one end, telescopic rod is equipped with inside mobile jib and between the two by being slidably connected, one end is equipped with fixed plate inside telescopic rod, fixed device A is equipped at the top of fixed plate, fixed device A is connect with through-hole A and through-hole A is set to the top of mobile jib, the fixed plate bottom is equipped with fixed device B, connecting rod A and connecting rod B rotation is driven by rotating device, connecting rod A and connecting rod B are connect with support rod, support rod is connect with detecting head, so that detecting head is able to carry out the adjusting of 180 degree pitch rotation, exploring antenna on detecting head can detect wall, again through range sensor A and range sensor B sensing detecting head at a distance between the walls, to It enables to the exploring antenna on detecting head to be bordering on parallel state with wall holding, realizes automatic adjustment, improve detection efficient, be easy to use.
Description
Technical field:
The utility model relates to technical field of security inspection equipment, and in particular to a kind of non-linear node detection device.
Background technique:
Non-linear node detector, to be used to detect the advanced of the various electronic equipments with non-linear knot in the prior art
Detection device, principle is the fundamental wave for issuing S-band to target area or target object by the transmitting terminal of equipment, by receiving end
Capture second harmonic and triple-frequency harmonics caused by the target object, in artificial intelligence field fuzzy recognition algorithm and
After self-learning algorithm is analyzed and handled to harmonic signal, the harmonic wave changing rule of fundamental wave transmitting front and back is provided, so as to
Effectively identify the electronic equipment with non-linear knot, such as monitor, the non-linear node detector of the prior art into
When row detection wall, wall is angled, can only may make detector and wall by being adjusted manually, and after reconciling manually
Angular deflection between wall is excessive, and limited for the detection range of detector, and detection efficient is caused to reduce, inconvenient to use.
Utility model content:
The purpose of this utility model is to overcome above-mentioned the shortcomings of the prior art places, and provide a kind of non-linear
Node detection device.
The technical solution adopted in the utility model are as follows: a kind of non-linear node detection device, including mobile jib and grip part, it is main
Bar is connect with grip part, and mobile jib is hollow structure open at one end, and telescopic rod is equipped with inside mobile jib and passes through sliding between the two
Connection, one end is equipped with fixed plate inside telescopic rod, is equipped with fixed device A at the top of fixed plate, fixed device A connect with through-hole A and
Through-hole A is set to the top of mobile jib, and the fixed plate bottom is equipped with fixed device B, and fixed device B connect and leads to through-hole B
Hole B is set to the bottom of mobile jib, and the other end is equipped with rotating device inside the telescopic rod, and rotating device is connect with connecting rod A, turns
Dynamic device is connect with connecting rod B, connecting rod A and connecting rod B be each passed through open slot be located at telescopic rod outside and open slot be set to it is flexible
At the top of bar, connecting rod A and connecting rod B are connect with support rod by shaft respectively, and support rod is connect with detecting head side, and detecting head is another
One end of side is equipped with range sensor A, and the other end of the detecting head other side is equipped with range sensor B, range sensor B and distance
Exploring antenna is equipped between sensors A and exploring antenna is connect with detecting head, and the rotating device includes motor, active
Wheel, connecting shaft, driven wheel A, transmission shaft A, driven wheel B and transmission shaft B, the motor is fixed on inside telescopic rod, electronic
The output shaft of machine and one end of connecting shaft are connected by shaft coupling, and the other end and telescopic rod inner wall of connecting shaft are connected by bearing
It connects, connecting shaft is connect with connecting rod B and driving wheel by spline respectively, and driving wheel is meshed with driven wheel A, is inserted in driven wheel A
Transmission shaft A and between the two by spline connect, the both ends transmission shaft A are connect with telescopic rod inner wall by bearing respectively, described
Driven wheel A is meshed with driven wheel B, be inserted in driven wheel B transmission shaft B and between the two by spline connect, transmission shaft B also with
Connecting rod A is connected by spline, and the both ends transmission shaft B are connect with telescopic rod inner wall by bearing respectively.
The fixation device A includes spring A and convex block A, is connect at the top of described one end spring A and fixed plate, spring A
The other end is connect with convex block A, and convex block A is slidably connected with through-hole A.
The fixation device B includes spring B and convex block B, is connect at the top of described spring B one end and fixed plate, spring B
The other end is connect with convex block B, and convex block B is slidably connected with through-hole B.
Display screen and switch are equipped at the top of the mobile jib.
It is equipped with control cabinet inside the grip part, control device is equipped with inside control cabinet, control device includes battery, control
Device processed, analyzer, signal adapter A and signal adapter B, the battery are connect with controller by conducting wire, controller with
Analyzer is connected by conducting wire, and analyzer is connect with signal adapter A by conducting wire, and signal adapter A and range sensor A are logical
Conducting wire connection is crossed, the analyzer is connect with signal adapter B by conducting wire, and signal adapter B passes through with range sensor B
The motor of conducting wire connection, the controller and rotating device is connected by conducting wire, and controller and exploring antenna pass through conducting wire
Connection.
Controller in the control device is connect with display screen and switch by conducting wire respectively.
The beneficial effects of the utility model are: drive connecting rod A and connecting rod B to rotate by rotating device, connecting rod A and company
Bar B is connect with support rod, and support rod is connect with detecting head, so that detecting head is able to carry out the adjusting of 180 degree pitch rotation, detecting head
On exploring antenna wall can be detected, then pass through range sensor A and range sensor B sensing detecting head and wall
The distance between, so that the exploring antenna on detecting head is bordering on parallel state with wall holding, realize automatic adjust
Section, improves detection efficient, is easy to use.
Detailed description of the invention:
Fig. 1 is that the utility model stretches out status architecture schematic diagram.
Fig. 2 is the utility model contraction state structural schematic diagram.
Specific embodiment:
Referring to each figure, a kind of non-linear node detection device, including mobile jib 1 and grip part 3, mobile jib 1 and grip part 3 connect
It connects, mobile jib 1 is hollow structure open at one end, telescopic rod 2 is equipped with inside mobile jib 1 and between the two by being slidably connected, and is stretched
2 inside one end of bar is equipped with fixed plate 13, and fixed device A is equipped at the top of fixed plate 13, and fixed device A connect and leads to through-hole A31
Hole A31 is set to the top of mobile jib 1, and 13 bottom of fixed plate is equipped with fixed device B, and fixed device B is connect with through-hole B32
And through-hole B32 is set to the bottom of mobile jib 1, the 2 inside other end of telescopic rod is equipped with rotating device, rotating device and connecting rod
A17 connection, rotating device are connect with connecting rod B18, and connecting rod A17 and connecting rod B18 are each passed through open slot 14 and are located at outside telescopic rod 2
And open slot 14 is set to 2 top of telescopic rod, connecting rod A17 and connecting rod B18 are connect with support rod 19 by shaft respectively, support rod
19 connect with 20 side of detecting head, and one end of 20 other side of detecting head is equipped with range sensor A21,20 other side of detecting head it is another
One end is equipped with range sensor B23, and exploring antenna 22 and detection day are equipped between range sensor B23 and range sensor A21
Line 22 is connect with detecting head 20, and the rotating device includes motor 25, driving wheel 26, connecting shaft 24, driven wheel A16, passes
Moving axis A15, driven wheel B27 and transmission shaft B28, the motor 25 are fixed on inside telescopic rod 2, the output shaft of motor 25
It is connect with one end of connecting shaft 24 by shaft coupling, the other end of connecting shaft 24 is connect with 2 inner wall of telescopic rod by bearing, connection
Axis 24 is connect with connecting rod B18 and driving wheel 26 by spline respectively, and driving wheel 26 is meshed with driven wheel A16, in driven wheel A16
It is inserted with transmission shaft A15 and is connected between the two by spline, the both ends transmission shaft A15 are connected with 2 inner wall of telescopic rod by bearing respectively
It connects, the driven wheel A16 is meshed with driven wheel B27, and transmission shaft B28 is inserted in driven wheel B27 and passes through flower between the two
Key connection, transmission shaft B28 are also connect with connecting rod A17 by spline, and the both ends transmission shaft B28 pass through axis with 2 inner wall of telescopic rod respectively
Hold connection.
The fixation device A includes spring A11 and convex block A12, is connected at the top of described one end spring A11 and fixed plate 13
It connects, the spring A11 other end is connect with convex block A12, and convex block A12 is slidably connected with through-hole A31.
The fixation device B includes spring B 30 and convex block B29, is connected at the top of described 30 one end of spring B and fixed plate 13
It connects, 30 other end of spring B is connect with convex block B29, and convex block B29 is slidably connected with through-hole B32.
Display screen 10 and switch 33 are equipped at the top of the mobile jib 1.
It is equipped with control cabinet 4 inside the grip part 3, is equipped with control device inside control cabinet 4, control device includes battery
5, controller 6, analyzer 7, signal adapter A8 and signal adapter B9, the battery 5 and controller 6 are connected by conducting wire
It connects, controller 6 is connect with analyzer 7 by conducting wire, and analyzer 7 is connect with signal adapter A8 by conducting wire, signal adapter
A8 is connect with range sensor A21 by conducting wire, and the analyzer 7 is connect with signal adapter B9 by conducting wire, and signal turns
Parallel operation B9 is connect with range sensor B23 by conducting wire, and the motor 25 of the controller 6 and rotating device is connected by conducting wire
It connects, controller 6 is connect with exploring antenna 22 by conducting wire.
Controller 6 in the control device is connect with display screen 10 and switch 33 by conducting wire respectively.
Specific implementation process is as follows: in use, telescopic rod 2 is pulled manually, so that telescopic rod 2 is from 1 part of mobile jib
It stretches out, the fixation device A and fixed device B inside 2 one end of telescopic rod in fixed plate 13 follow telescopic rod 2 mobile, fill when fixed
When setting the through-hole A31 that A is moved at the top of mobile jib 1, the spring A11 in fixed device A is detached from confined state, and spring A11 restores
Reset condition, so that the convex block A12 connecting with spring A11 and through-hole A31 is slidably connected, convex block A12 is placed in through-hole A31, with
This fixes the through-hole B32 that device B also is moved into 1 bottom of mobile jib simultaneously, and the spring B 30 in fixed device B is detached from by compression shape
State, spring B 30 restore reset condition, so that the convex block B29 connecting with spring B 30 and through-hole B32 is slidably connected, convex block B29 is set
In in through-hole B32, so that the entire length of the utility model is elongated, at this moment, it is held by grip part 3, by control switch 33, made
It obtains exploring antenna 22 to run, exploring antenna 22 detects ground, makes when that need to detect wall, then through switch 33
The motor 25 obtained in the control rotating device of controller 6 is powered, and motor 25 drives connecting shaft 24 to rotate, connecting shaft 24 and active
26 and connecting rod B18 rotation is taken turns, driving wheel 26 is meshed with driven wheel A16 at the same time, and driven wheel A16 is nibbled with driven wheel B27 phase
It closes, and driven wheel B27 and transmission shaft B28 is connected by spline, transmission shaft B28 is also connect with connecting rod A17 by spline, so that connecting rod
A17 and connecting rod B18 are rotated together, and connecting rod A17 and connecting rod B18 are connect with support rod 19 by shaft respectively, so that support rod 19
Also it and then rotates, and the detecting head 20 connecting with support rod 19 also and then rotates, at this moment, the range sensor on detecting head 20
A21 and range sensor B23 receives the distance between wall and detecting head 20, and the distance of range sensor A21 detection reaches letter
Number converter A8, signal adapter A8 are converted to electric signal, reach analyzer 7, and the distance of range sensor B23 detection reaches
Signal adapter B9, signal adapter B9 are converted to electric signal, reach analyzer 7, and analyzer 7 reaches controller for result is analyzed
6, controller 6 reaches display screen 10, when the distance of range sensor A21 detection is close to range sensor B23, shows to detect
Controller 6 is made to control the motor 25 in rotating device by switch 33 close to parastate with wall after first 20 rotation
It shutting down, the exploring antenna 22 on detecting head 20 detects wall, detect whether the electronic equipment containing non-linear knot,
The utility model drives connecting rod A17 and connecting rod B18 rotation, connecting rod A17 and connecting rod B18 and support rod 19 by rotating device
Connection, support rod 19 are connect with detecting head 20, so that detecting head 20 is able to carry out 180 degree pitch rotation and adjusts, on detecting head 20
Exploring antenna 22 wall can be detected, then pass through range sensor A21 and range sensor B23 sensing detecting head 20
At a distance between the walls, so that the exploring antenna 22 on detecting head 20 is bordering on parallel state with wall holding,
It realizes automatic adjustment, improves detection efficient, be easy to use.
Claims (6)
1. a kind of non-linear node detection device, including mobile jib (1) and grip part (3), mobile jib (1) are connect with grip part (3),
Be characterized in that: mobile jib (1) is hollow structure open at one end, and telescopic rod (2) are equipped with inside mobile jib (1) and pass through cunning between the two
Dynamic connection, the internal one end of telescopic rod (2) are equipped with fixed plate (13), and fixed device A, fixed device A are equipped at the top of fixed plate (13)
It is connect with through-hole A (31) and through-hole A (31) is set to the top of mobile jib (1), the fixed plate (13) bottom is equipped with fixed dress
Set B, fixed device B is connect with through-hole B (32) and through-hole B (32) is set to the bottom of mobile jib (1), and the telescopic rod (2) is interior
Portion's other end is equipped with rotating device, and rotating device is connect with connecting rod A (17), and rotating device is connect with connecting rod B (18), connecting rod A
(17) it is each passed through open slot (14) with connecting rod B (18) and is located at that telescopic rod (2) is external and open slot (14) is set to telescopic rod (2)
Top, connecting rod A (17) and connecting rod B (18) are connect with support rod (19) by shaft respectively, support rod (19) and detecting head (20)
One end of side connection, detecting head (20) other side is equipped with range sensor A (21), and the other end of detecting head (20) other side is set
Have range sensor B (23), exploring antenna (22) are equipped between range sensor B (23) and range sensor A (21) and detect
Antenna (22) is connect with detecting head (20), the rotating device include motor (25), driving wheel (26), connecting shaft (24),
Driven wheel A (16), transmission shaft A (15), driven wheel B (27) and transmission shaft B (28), the motor (25) are fixed on telescopic rod
(2) internal, the output shaft of motor (25) is connect with one end of connecting shaft (24) by shaft coupling, the other end of connecting shaft (24)
It is connect with telescopic rod (2) inner wall by bearing, connecting shaft (24) is connected with connecting rod B (18) and driving wheel (26) by spline respectively
It connects, driving wheel (26) is meshed with driven wheel A (16), is inserted with transmission shaft A (15) in driven wheel A (16) and passes through flower between the two
Key connection, transmission shaft A (15) both ends are connect with telescopic rod (2) inner wall by bearing respectively, the driven wheel A (16) with it is driven
Wheel B (27) is meshed, and transmission shaft B (28) is inserted in driven wheel B (27) and is connected between the two by spline, transmission shaft B (28)
It is also connect with connecting rod A (17) by spline, transmission shaft B (28) both ends are connect with telescopic rod (2) inner wall by bearing respectively.
2. non-linear node detection device according to claim 1, it is characterised in that: the fixation device A includes bullet
Spring A (11) and convex block A (12) connect at the top of described (11) one end spring A and fixed plate (13), spring A (11) other end and
Convex block A (12) connection, convex block A (12) and through-hole A (31) are slidably connected.
3. non-linear node detection device according to claim 1, it is characterised in that: the fixation device B includes bullet
Spring B (30) and convex block B (29) connect at the top of the spring B (30) one end and fixed plate (13), spring B (30) other end and
Convex block B (29) connection, convex block B (29) and through-hole B (32) are slidably connected.
4. non-linear node detection device according to claim 1, it is characterised in that: be equipped at the top of the mobile jib (1)
Display screen (10) and switch (33).
5. non-linear node detection device according to claim 1, it is characterised in that: set inside the grip part (3)
Have control cabinet (4), control device is equipped with inside control cabinet (4), control device includes battery (5), controller (6), analyzer
(7), signal adapter A (8) and signal adapter B (9), the battery (5) are connect with controller (6) by conducting wire, control
Device (6) is connect with analyzer (7) by conducting wire, and analyzer (7) is connect with signal adapter A (8) by conducting wire, signal adapter
A (8) is connect with range sensor A (21) by conducting wire, and the analyzer (7) and signal adapter B (9) are connected by conducting wire
It connects, signal adapter B (9) is connect with range sensor B (23) by conducting wire, the electricity of the controller (6) and rotating device
Motivation (25) is connected by conducting wire, and controller (6) is connect with exploring antenna (22) by conducting wire.
6. non-linear node detection device according to claim 5, it is characterised in that: the control in the control device
Device (6) is connect with display screen (10) and switch (33) by conducting wire respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821569815.1U CN208937718U (en) | 2018-09-26 | 2018-09-26 | Non-linear node detection device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821569815.1U CN208937718U (en) | 2018-09-26 | 2018-09-26 | Non-linear node detection device |
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| Publication Number | Publication Date |
|---|---|
| CN208937718U true CN208937718U (en) | 2019-06-04 |
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ID=66722353
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821569815.1U Active CN208937718U (en) | 2018-09-26 | 2018-09-26 | Non-linear node detection device |
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| Country | Link |
|---|---|
| CN (1) | CN208937718U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112289603A (en) * | 2020-11-12 | 2021-01-29 | 国网新疆电力有限公司巴州供电公司 | Trigger device for detecting effect of electronic fence |
| CN112754552A (en) * | 2021-01-11 | 2021-05-07 | 青岛市城阳区人民医院 | High overspeed device tensioner for thoracic surgery clinical operation of security |
| CN114113998A (en) * | 2021-11-17 | 2022-03-01 | 广西电网有限责任公司南宁隆安供电局 | Harmonic radar switch terminal detection equipment convenient to carry and use |
-
2018
- 2018-09-26 CN CN201821569815.1U patent/CN208937718U/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112289603A (en) * | 2020-11-12 | 2021-01-29 | 国网新疆电力有限公司巴州供电公司 | Trigger device for detecting effect of electronic fence |
| CN112289603B (en) * | 2020-11-12 | 2022-12-20 | 国网新疆电力有限公司巴州供电公司 | Trigger device for detecting effect of electronic fence |
| CN112754552A (en) * | 2021-01-11 | 2021-05-07 | 青岛市城阳区人民医院 | High overspeed device tensioner for thoracic surgery clinical operation of security |
| CN112754552B (en) * | 2021-01-11 | 2022-02-01 | 青岛市城阳区人民医院 | High overspeed device tensioner for thoracic surgery clinical operation of security |
| CN114113998A (en) * | 2021-11-17 | 2022-03-01 | 广西电网有限责任公司南宁隆安供电局 | Harmonic radar switch terminal detection equipment convenient to carry and use |
| CN114113998B (en) * | 2021-11-17 | 2024-03-29 | 广西电网有限责任公司南宁隆安供电局 | Harmonic radar switch terminal detection equipment convenient to carry and use |
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