CN208938286U - Mobile safety detection sensing device - Google Patents
Mobile safety detection sensing device Download PDFInfo
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- CN208938286U CN208938286U CN201821626685.0U CN201821626685U CN208938286U CN 208938286 U CN208938286 U CN 208938286U CN 201821626685 U CN201821626685 U CN 201821626685U CN 208938286 U CN208938286 U CN 208938286U
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Abstract
A kind of movable type safety detection sensing device, it is related to security device technical field, including shell, the enclosure interior is hollow structure, enclosure interior is equipped with control cabinet, control device is equipped with inside control cabinet, enclosure interior is additionally provided with power device, power device is connect with mobile device, mobile device is connect with sliding rail and sliding rail is across being set to enclosure interior, the mobile device is connect with detector, detector passes through the outside that open slot is located at shell, open slot is set to the bottom of shell, the detector is connect with electric wire one end, the electric wire other end passes through take-up and connect with control device, mobile device is driven by power device, mobile device is connect with detector, the tensioning degree of electric wire is detected by tension detecting apparatus again, take-up is enabled to drive the state of mobile device and detector according to power device Electric wire is adjusted in real time, to realize the investigative range for expanding detector, and detector is run well.
Description
Technical field:
The utility model relates to security device technical fields, and in particular to a kind of movable type safety detection sensing device.
Background technique:
Currently, most of safety detection inductor is taken the photograph since the problem of electric wire is arranged to fixed security protection as monitored
Camera etc. can only expand investigative range by the way that the angle of its rotation is adjusted, but this mode for expanding investigative range makes
Obtaining safety detection inductor has limitation, not can be carried out large-scale detection, also provides a kind of wireless shifting in the prior art
Dynamic formula safety detection inductor solves the problems, such as electric wire by wireless signal, but this mode can be because of the power of wireless signal
It to influencing the operating of safety detection inductor, or even shuts down, in order to solve the above-mentioned technical problem, spy proposes a kind of new
Technical solution.
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 movable type
Safety detection sensing device.
The technical solution adopted in the utility model are as follows: a kind of movable type safety detection sensing device, including shell, it is described
Enclosure interior is hollow structure, and enclosure interior is equipped with control cabinet, is equipped with control device inside control cabinet, enclosure interior is additionally provided with dynamic
Power device, power device are connect with mobile device, and mobile device is connect with sliding rail and sliding rail is across being set to enclosure interior, described
Mobile device connect with detector, detector passes through open slot and is located at the outside of shell, and open slot is set to the bottom of shell,
The detector is connect with electric wire one end, and the electric wire other end passes through take-up and connect with control device, take-up and shell
Internal portion's connection, the electric wire are also connect with tension detecting apparatus, and tension detecting apparatus is connect with sliding rail bottom, the shifting
Dynamic device includes fixed cover A, fixes cover B, connecting plate, connecting column, slide plate, through-hole, connecting rod A, connecting rod B and mounting rack, described
Fixed cover A connect with power device, and fixed cover B connect with power device, fix cover A and fixing cover B respectively with the top of connecting plate
Portion's connection, connecting plate bottom are equipped with connecting column, and connecting column insertion through-hole is interior and through-hole is set on slide plate, and slide plate and sliding rail slide
Connection, one end of the slide plate side are equipped with connecting rod A, and the other end of slide plate side is equipped with connecting rod B, connecting rod A and connecting rod B points
It is not connect with mounting rack, mounting rack is connect with detector.
The power device includes motor A, driving wheel, conveyer belt, driven wheel and transmission shaft, the motor A
It is fixed in the internal side wall of shell, the output shaft of motor A is connect with driving wheel by spline, and driving wheel passes through with driven wheel
Band connection is transmitted, driven wheel is rotatably connected with transmission shaft, and transmission shaft is fixed in the internal side wall of shell, the conveyer belt
It is connect respectively with fixed cover A and fixed cover B.
The take-up includes motor B, conical gear A, conical gear B, take-up pulley and rotation axis, the electricity
Motivation B is fixed on enclosure interior bottom wall, and the output shaft of motor B is connect with conical gear A by spline, conical gear A with
Conical gear B is meshed, and conical gear B is connect with rotation axis by spline, and rotation axis one end and enclosure interior bottom wall pass through axis
Connection is held, the rotation axis other end is connect with sliding rail bottom by bearing, is also connected with take-up pulley by spline in the rotation axis
It connects, take-up pulley connects with electric wire.
The tension detecting apparatus includes sliding cavity, magnet A, contact A, contact B, sliding block, magnet B and slideway, described
Sliding cavity be fixed on sliding rail bottom, be fixed with magnet A inside sliding cavity, magnet A is equipped with contact A, sets immediately below contact A
There are contact B, contact B to be set in magnet B, magnet B side wall is equipped with sliding block, and sliding block is slidably connected with slideway, and slideway is set to
It slides on cavity wall.
The magnet A is identical as magnet B magnetism.
The control device includes power supply, controller, signal adapter and signal receiver, the signal receiver
It is connect with tension detecting apparatus, signal receiver is connect with signal adapter by conducting wire, and signal adapter passes through with controller
Conducting wire connection, controller are connect with power supply by conducting wire, and controller connects with electric wire, and controller is connect with power device, control
Device is connect with take-up.
The controller of the control device and the motor A of power device are connected by conducting wire.
The controller of the control device and the motor B of take-up are connected by conducting wire.
The signal receiver of the control device is connected with the contact A of tension detecting apparatus and contact B by conducting wire respectively
It connects.
The beneficial effects of the utility model are: driving mobile device by power device, mobile device is connect with detector,
The tensioning degree for detecting electric wire by tension detecting apparatus again, enables take-up to drive mobile device according to power device
Electric wire is adjusted in real time with the state of detector, to realize the investigative range for expanding detector, and to detect
Device can run well.
Detailed description of the invention:
Fig. 1 is the utility model structure diagram.
Fig. 2 is the utility model partial enlarged view.
Fig. 3 is the connection schematic diagram of the utility model connecting plate.
Specific embodiment:
Referring to each figure, a kind of movable type safety detection sensing device, including shell 1 is hollow inside the shell 1
Structure is equipped with control cabinet 4 inside shell 1, control device is equipped with inside control cabinet 4, is additionally provided with power device inside shell 1, is moved
Power device is connect with mobile device, and mobile device is connect with sliding rail 2 and sliding rail 2 is across being set to inside shell 1, the shifting
Dynamic device is connect with detector 3, and detector 3 passes through the outside that open slot 5 is located at shell 1, and open slot 5 is set to the bottom of shell 1
Portion, the detector 3 are connect with 6 one end of electric wire, and 6 other end of electric wire passes through take-up and connect with control device, take-up dress
It sets and is connected with inside shell 1, the electric wire 6 is also connect with tension detecting apparatus, and tension detecting apparatus and 2 bottom of sliding rail connect
It connects, the mobile device includes fixed cover A201, fixed cover B202, connecting plate 203, connecting column 204, slide plate 205, through-hole
206, connecting rod A207, connecting rod B208 and mounting rack 209, the described fixed cover A201 connects with power device, it is fixed cover B202 and
Power device connection, fixed cover A201 and fixed cover B202 are connect with the top of connecting plate 203 respectively, and 203 bottom of connecting plate is set
There is connecting column 204, connecting column 204 is inserted into through-hole 206 and through-hole 206 is set on slide plate 205, and slide plate 205 and sliding rail 2 are sliding
Dynamic connection, one end of 205 side of slide plate are equipped with connecting rod A207, and the other end of 205 side of slide plate is equipped with connecting rod B208,
Connecting rod A207 and connecting rod B208 are connect with mounting rack 209 respectively, and mounting rack 209 is connect with detector 3.
The power device includes motor A101, driving wheel 102, conveyer belt 103, driven wheel 104 and transmission shaft
105, the motor A101 is fixed in the internal side wall of shell 1, and the output shaft and driving wheel 102 of motor A101 is logical
Spline connection is crossed, driving wheel 102 is connect with driven wheel 104 by conveyer belt 103, and driven wheel 104 and transmission shaft 105 can be rotated
Connection, transmission shaft 105 are fixed in the internal side wall of shell 1, and the conveyer belt 103 covers A201 and fixation with fixed respectively
Cover B202 connection.
The take-up includes motor B301, conical gear A302, conical gear B303, take-up pulley 304 and turns
Moving axis 305, the motor B301 are fixed in 1 interior bottom wall of shell, the output shaft and conical gear of motor B301
A302 is connected by spline, and conical gear A302 is meshed with conical gear B303, and conical gear B303 and rotation axis 305 are logical
Spline connection is crossed, 305 one end of rotation axis is connect with 1 interior bottom wall of shell by bearing, 305 other end of rotation axis and 2 bottom of sliding rail
Portion is connected by bearing, is also connect with take-up pulley 304 by spline in the rotation axis 305, and take-up pulley 304 and electric wire 6 connect
It connects.
The tension detecting apparatus includes sliding cavity 501, magnet A 502, contact A 503, contact B504, sliding block 505, magnetic
Iron B506 and slideway 507, the sliding cavity 501 are fixed on 2 bottom of sliding rail, are fixed with magnet A 502, magnetic inside sliding cavity 501
Iron A502 is equipped with contact A 503, and contact A 503 is arranged right below contact B504, and contact B504 is set in magnet B 506, magnet
B506 side wall is equipped with sliding block 505, and sliding block 505 is slidably connected with slideway 507, and slideway 507 is set on 501 inner wall of sliding cavity.
The magnet A 502 is identical as 506 magnetism of magnet B.
The control device includes power supply 306, controller 402, signal adapter 403 and signal receiver 404, described
Signal receiver 404 connect with tension detecting apparatus, signal receiver 404 is connect with signal adapter 403 by conducting wire, letter
Number converter 403 is connect with controller 402 by conducting wire, and controller 402 is connect with power supply 306 by conducting wire, controller 402 with
Electric wire 6 connects, and controller 402 is connect with power device, and controller 402 is connect with take-up.
The controller 402 of the control device is connect with the motor A101 of power device by conducting wire.
The controller 402 of the control device is connect with the motor B301 of take-up by conducting wire.
The signal receiver 404 of the control device is logical with the contact A of tension detecting apparatus 503 and contact B504 respectively
Cross conducting wire connection.
Specific implementation process is as follows: in use, the motor A101 in power device is powered, motor A101 band
Dynamic driving wheel 102 rotates, and driving wheel 102 rotates conveyer belt 103 and driven wheel 104, and conveyer belt 103 respectively with movement
The fixed cover A201 of device is connected with fixed cover B202, fixes the top with connecting plate 203 respectively cover A201 and fixed cover B202
The connecting column 204 of connection, 203 bottom of connecting plate is inserted into through-hole 206, and through-hole 206 is arranged on slide plate 205, and 103 turns of conveyer belt
When dynamic, slide plate 205 slides on sliding rail 2, and slide plate 205 does the sliding oriented, and one end of 205 side of slide plate is equipped with connecting rod
A207, the other end of 205 side of slide plate are equipped with connecting rod B208, connecting rod A207 and connecting rod B208 and connect respectively with mounting rack 209, pacify
It shelves 209 to connect with detector 3, so that detector 3 moves, when fixed cover A201 and fixed cover B202 and conveyer belt 103
When on the position of driven wheel 104, fixed cover A201 and fixed cover B202 follow conveyer belt 103 around driven wheel for the part of connection
104 rotations, so that connecting column 206 rotates in through-hole 206, so that fixed cover A201 and fixed cover B202 are moved to from top
Lower section, and detector 3 is mobile from right past left direction, the electric wire 6 on detector 3 starts to be tightened up, when electric wire 6 gradually tenses,
It upwards pressure to the generation of magnet B 506 in tension detecting apparatus, the contact B504 of magnet B 506 and the contact A 502 of magnet A 502
It is in contact, the signal receiver 404 in control device receives signal, reaches signal adapter 403, and signal adapter 403 is converted
Controller 402 is reached for electric signal, the motor B301 that controller 402 controls take-up is powered, and motor B301 drives circle
Bevel gear A302 rotation, conical gear A302 are meshed with conical gear B302, so that conical gear B302 is rotated, and circular cone tooth
Wheel B302 is connect with rotation axis 305 by spline, so that rotation axis 305 rotates, what drive was connect with rotation axis 305 by spline
Take-up pulley 305, take-up pulley 305 carry out two-way unwrapping wire, i.e., electric wire one end for connecting with detector 3 and connect with controller 402
Electric wire one end makes since the revolving speed of the motor A101 in power device is greater than the revolving speed of the motor B301 in take-up
It obtains contact A 503 and keeps the state being in contact with contact B504, the environment around 3 pairs of detector carries out induction detection, covers when fixed
The part that A201 and fixed cover B202 are connect with conveyer belt 103 is when on the position of driving wheel 102, fixed cover A201 and fixed cover
B202 follows conveyer belt 103 to rotate around driving wheel 102, with above-mentioned contrary, the direction movement from left to right of detector 3, electricity
Line 6 becomes relaxed state, at this moment, since magnet A 502 is identical as 506 magnetism of magnet B, so that magnet A 502 and 506 phase of magnet B
Reprimand disconnects the connection with signal receiver 403, so that the motor B302 that controller 402 controls take-up carries out tightening electricity
Line 6, so as to carry out folding and unfolding in real time, the utility model drives mobile device, mobile device and detection by power device
Device connection, then by the tensioning degree of tension detecting apparatus detection electric wire, take-up is driven according to power device
Mobile device and the state of detector adjust electric wire in real time, thus realize the investigative range for expanding detector, and
Detector is run well.
Claims (9)
1. a kind of movable type safety detection sensing device, including shell (1), it is characterised in that: in being inside the shell (1)
Hollow structure, shell (1) is internal to be equipped with control cabinet (4), and control device is equipped with inside control cabinet (4), is additionally provided with inside shell (1) dynamic
Power device, power device are connect with mobile device, and mobile device is connect with sliding rail (2) and sliding rail (2) is across being set to shell (1)
Inside, the mobile device are connect with detector (3), and detector (3) passes through the outside that open slot (5) are located at shell (1), are opened
Mouth slot (5) is set to the bottom of shell (1), and the detector (3) is connect with electric wire (6) one end, and electric wire (6) other end passes through
Take-up is connect with control device, is connect inside take-up and shell (1), the electric wire (6) is also detected with tension and filled
Connection is set, tension detecting apparatus is connect with sliding rail (2) bottom, and the mobile device includes fixed cover A (201), fixed cover B
(202), connecting plate (203), connecting column (204), slide plate (205), through-hole (206), connecting rod A (207), connecting rod B (208) and installation
Frame (209), fixed cover A (201) connect with power device, and fixed cover B (202) connect with power device, fixed cover A
(201) it is connect respectively with the top of connecting plate (203) with fixed cover B (202), connecting plate (203) bottom is equipped with connecting column
(204), connecting column (204) insertion through-hole (206) is interior and through-hole (206) is set on slide plate (205), slide plate (205) and sliding rail
(2) it is slidably connected, one end of the slide plate (205) side is equipped with connecting rod A (207), and the other end of slide plate (205) side is equipped with
Connecting rod B (208), connecting rod A (207) and connecting rod B (208) are connect with mounting rack (209) respectively, mounting rack (209) and detector (3)
Connection.
2. movable type safety detection sensing device according to claim 1, it is characterised in that: the power device includes
Motor A (101), driving wheel (102), conveyer belt (103), driven wheel (104) and transmission shaft (105), the motor A
(101) it being fixed in the internal side wall of shell (1), the output shaft of motor A (101) is connect with driving wheel (102) by spline,
Driving wheel (102) is connect with driven wheel (104) by conveyer belt (103), and driven wheel (104) rotatably connects with transmission shaft (105)
Connect, transmission shaft (105) is fixed in the internal side wall of shell (1), the conveyer belt (103) respectively with fixed cover A (201) and
Fixed cover B (202) connection.
3. movable type safety detection sensing device according to claim 1, it is characterised in that: the take-up includes
Motor B (301), conical gear A (302), conical gear B (303), take-up pulley (304) and rotation axis (305), the electricity
Motivation B (301) is fixed in shell (1) interior bottom wall, and the output shaft of motor B (301) and conical gear A (302) pass through flower
Key connection, conical gear A (302) are meshed with conical gear B (303), and conical gear B (303) and rotation axis (305) pass through flower
Key connection, rotation axis (305) one end are connect with shell (1) interior bottom wall by bearing, rotation axis (305) other end and sliding rail
(2) bottom is connected by bearing, is also connect with take-up pulley (304) by spline in the rotation axis (305), take-up pulley
(304) it is connect with electric wire (6).
4. movable type safety detection sensing device according to claim 1, it is characterised in that: the tension detecting apparatus
Including sliding cavity (501), magnet A (502), contact A (503), contact B (504), sliding block (505), magnet B (506) and slideway
(507), the sliding cavity (501) is fixed on sliding rail (2) bottom, is fixed with magnet A (502), magnet inside sliding cavity (501)
A (502) is equipped with contact A (503), and contact A (503) is arranged right below contact B (504), and contact B (504) is set to magnet B
(506) on, magnet B (506) side wall is equipped with sliding block (505), and sliding block (505) is slidably connected with slideway (507), slideway (507)
It is set on sliding cavity (501) inner wall.
5. movable type safety detection sensing device according to claim 4, it is characterised in that: the magnet A (502) with
Magnet B (506) is magnetic identical.
6. movable type safety detection sensing device according to claim 1, it is characterised in that: the control device includes
Power supply (306), controller (402), signal adapter (403) and signal receiver (404), the signal receiver (404)
It is connect with tension detecting apparatus, signal receiver (404) is connect with signal adapter (403) by conducting wire, signal adapter
(403) it is connect with controller (402) by conducting wire, controller (402) is connect with power supply (306) by conducting wire, controller (402)
It is connect with electric wire (6), controller (402) is connect with power device, and controller (402) is connect with take-up.
7. according to claim 2 or mobile safety detection sensing device as claimed in claim 6, it is characterised in that: described
The controller (402) of control device is connect with the motor A (101) of power device by conducting wire.
8. according to claim 3 or mobile safety detection sensing device as claimed in claim 6, it is characterised in that: described
The controller (402) of control device is connect with the motor B (301) of take-up by conducting wire.
9. according to claim 4 or mobile safety detection sensing device as claimed in claim 6, it is characterised in that: described
The signal receiver (404) of control device is connected with the contact A of tension detecting apparatus (503) and contact B (504) by conducting wire respectively
It connects.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821626685.0U CN208938286U (en) | 2018-10-08 | 2018-10-08 | Mobile safety detection sensing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821626685.0U CN208938286U (en) | 2018-10-08 | 2018-10-08 | Mobile safety detection sensing device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208938286U true CN208938286U (en) | 2019-06-04 |
Family
ID=66723607
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821626685.0U Active CN208938286U (en) | 2018-10-08 | 2018-10-08 | Mobile safety detection sensing device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208938286U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110456685A (en) * | 2019-07-15 | 2019-11-15 | 浙江省邮电工程建设有限公司 | A kind of wisdom electronic security(ELSEC) guarantee platform based on communication |
-
2018
- 2018-10-08 CN CN201821626685.0U patent/CN208938286U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110456685A (en) * | 2019-07-15 | 2019-11-15 | 浙江省邮电工程建设有限公司 | A kind of wisdom electronic security(ELSEC) guarantee platform based on communication |
| CN110456685B (en) * | 2019-07-15 | 2020-10-09 | 浙江省邮电工程建设有限公司 | Wisdom electron safety guarantee platform based on communication |
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