CN108415462A

CN108415462A - One kind adopting intelligent monitoring device

Info

Publication number: CN108415462A
Application number: CN201810099048.0A
Authority: CN
Inventors: 李佳雯
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-01-31
Filing date: 2018-01-31
Publication date: 2018-08-17

Abstract

The invention discloses one kind adopting intelligent monitoring device, its structure includes fixed bottom plate, fixing bolt, holder, rain-proof case, automatic controlled height device, baffle, infrared inductor, breath light, high definition camera lens, monitor, rotate geared system, drive gear mechanism, wireless receiving control device, support frame device, rope collection device, mechanical elevating mechanism, fixing device, lifting control mechanism, the device can efficiently control the transmission mechanism of the device to make equipment automatically adjust highly using reception of wireless signals end, high-altitude is climbed up without bearing artificial borrow tool and carrys out height to adjustment equipment, not only intelligent but also efficient, improve the facility of user, practicability is high, use scope is wide, it avoids user and unnecessary danger occurs.

Description

One kind adopting intelligent monitoring device

Technical field

The present invention is that one kind adopting intelligent monitoring device, belongs to monitoring equipment field.

Background technology

Monitoring device is usually by video camera, manually or electrically camera lens, holder, protective cover, monitor, alarm detector and more The components such as function decoder form, and Each performs its own functions for they, and pass through wired, wireless or optical fiber transmission medium and central control system Various equipment establish corresponding contact (transmission video/audio signal and control, alarm signal).

But the prior art structure is too simple, and holder is too short, it has not been convenient to the automatic up and down adjustment monitoring height of equipment, During monitoring, special circumstances are such as encountered, when needing to adjust upper-lower height, user can only climb up de-regulation height using tool, Troublesome in poeration, there are security risks, and monitoring visual field is relatively narrow, too limit to.

Invention content

In view of the deficienciess of the prior art, it is an object of the present invention to provide one kind adopting intelligent monitoring device, it is existing to solve Technical pattern is too simple, and holder is too short, it has not been convenient to which the automatic up and down adjustment monitoring height of equipment during monitoring, such as encounters Special circumstances, when needing to adjust upper-lower height, user can only climb up de-regulation height using tool, and troublesome in poeration, there are safety Hidden danger, monitoring visual field is relatively narrow, the problem of too limitation.

To achieve the goals above, the present invention is to realize by the following technical solutions：One kind adopting intelligent monitoring device, Its structure includes fixed bottom plate, fixing bolt, holder, rain-proof case, automatic controlled height device, baffle, infrared inductor, exhales Lamp, high definition camera lens, monitor are inhaled, the bottom end of the fixing bolt is threadedly coupled with the front surface of fixed bottom plate, the holder Bottom end and the front surface of fixed bottom plate mutually weld, and the top of the holder is mutually welded with the top of rain-proof case, the rain cover It is connected at the top of the bottom of shell and automatic controlled height device, the bottom left and right ends of the automatic controlled height device are equipped with Two baffles, the top insertion of the monitor are installed on the bottom of automatic controlled height device, and the infrared inductor passes through Embedded mode is installed on the front surface of monitor, and the right end of the infrared inductor is equipped with high definition camera lens, and in the same plane, The high definition camera lens insertion is installed on the front surface of monitor, and the front surface of the monitor is equipped with breath light, the monitor The left and right sides be equipped with baffle；

The automatic controlled height device includes rotation geared system, drive gear mechanism, wireless receiving control device, branch Support device, rope collection device, mechanical elevating mechanism, fixing device, lifting control mechanism, the bottom of the rotation geared system End is meshed with the top of drive wheel mechanism, and the top of the rotation geared system is connected with the left end of drive gear mechanism, The right end of the drive gear mechanism is connected with the left end of wireless receiving control device, the bottom of the wireless receiving control device The top with support frame device is held mutually to weld, the right end of the drive wheel mechanism and the inside of support frame device are nested, described Rope collection device is embedded in the inside for being installed on support frame device, the top of the automatic hoisting mechanism and the bottom of support frame device Portion is mutually welded, and the bottom of the automatic hoisting mechanism is equipped with fixing device, and is mutually fastened and connected.

Further, the rotation geared system includes the first angular wheel, roller gear, rotation gear, spur gear, rotation Bull stick, transmission gear, the top of first angular wheel are mutually welded with the bottom end of roller gear, the right end of the roller gear Be meshed with the top of rotation gear, the bottom end of the rotation gear engages connection with spur gear, the top of the spur gear and The bottom end of swingle is mutually welded, and top and the transmission gear of the swingle are interlocked.

Further, the drive gear mechanism includes driving wheel, rotary shaft, drive link, driven wheel, the driving wheel Left end is meshed with transmission gear, and the front surface of the driving wheel is equipped with rotary shaft, and the rotary shaft is fastened and connected with drive link, The right end of the drive link is connected with the front surface of driven wheel, the driving wheel by the left and right ends of drive link with from The front surface of driving wheel is connected.

Further, the wireless receiving control device includes servo motor, reception of wireless signals end, swivel head, worm gear Worm screw, call wire, insulating sleeve, the top of the servo motor are mutually welded with the bottom end at reception of wireless signals end, the servo The left end of motor is equipped with swivel head, and the bottom end of the worm and gear and the top of swivel head are nested, the top of the worm and gear Connection is engaged at end with driven wheel, and the insulating sleeve is connected with the right end of servo motor, the bottom end of the call wire and insulation Casing is nested, and the top of the call wire is electrically connected with reception of wireless signals end, and the reception of wireless signals end passes through conduction Line is electrically connected with servo motor.

Further, support frame as described above device includes damping spring, top plate, supporting rack, pedestal, the damping spring insertion It is installed on the inside of top plate, the top of the top plate is mutually welded with the bottom of servo motor, the bottom end of the top plate and supporting rack Top be connected, bottom end and the pedestal of support frame as described above are nested, and the lower section of the top plate is equipped with pedestal.

Further, the rope collection device includes fixed card buckle, casing, fixes straight tube, rope gland, described solid Surely the top of the bottom end and casing that buckle is fastened and connected, and the bottom end of the fixed straight tube and casing is nested, the fixed straight tube Bottom end be connected with rope gland, fixed card buckle insertion is installed on the inside of pedestal.

Further, the mechanical elevating mechanism includes head rod, the second connecting rod, connector, main core, cunning Wheel, the bottom end of the head rod are connected with connector, and the top of second connecting rod is interlocked with connector, described Head rod is connected by main core with the second connecting rod, and the pulley insertion is installed on the front surface of connector.

Further, the fixing device includes protected enclosure, fastener, tongue, card slot, the inside of the protected enclosure Equipped with card slot, the fastener is fastened and connected with tongue, and the lower section of the tongue is equipped with card slot, and the fastener insertion is installed on The inside of protected enclosure.

Further, the lifting control mechanism includes the second angular wheel, internal gear, external gear, gearhead, sealing Circle, main force rod, steel wire rope, bearing, the steel wire rope are connected with the outer surface of main force rod, the outer surface of the steel wire rope and cunning Wheel is connected, and the top of second angular wheel is meshed with the bottom end of the first angular wheel, second angular wheel with Internal gear mutually welds, and the lower section of the internal gear is equipped with external gear, and is intermeshed connection, the bottom end of the external gear and gear Head is connected, and top and the sealing ring of the main force rod are nested, and the bottom end of the main force rod is connected with bearing, the main force Bar is connected with gearhead.

Advantageous effect

One kind of the present invention adopts intelligent monitoring device, and structure is equipped with automatic controlled height device, and the device is by wirelessly connecing It receives control device and receives signal, analyzing processing is carried out to signal, information is then conducted to servo motor, servo by call wire It after motor receives signal, brings into operation, starts swivel head, so that swivel head is quickly rotated clockwise, then rotation of worm gear worm screw By the quick rotation of swivel head, driven wheel is delivered power to, driven wheel is driven to rotate, then driven wheel pushes actively Circular motion is taken turns, both driving wheel and transmission gear are intermeshed, and then driving wheel pushes transmission gear rotation, then driving cog Power is conducted to spur gear by wheel by swingle, and spur gear is made to rotate, and spur gear is meshed with rotation gear again, then makes rotation Rotating disk drives cylindrical gear rotary, the first angular wheel to be integrated with roller gear, to make the first conical tooth Wheel and roller gear synchronous rotary, then power, is then conducted to by the first angular wheel and the intermeshing of the second angular wheel Second angular wheel makes the second angular wheel quickly rotate, and then the second angular wheel passes through internal gear, external gear and gear again Head, which cooperates, drives main force rod to rotate clockwise, and monitor is fixed with card slot for tongue, prevents monitor from falling, then Main force rod, which rotates clockwise, slowly falls steel wire rope, and steel wire rope is supporting point by head rod and the second connecting rod using pulley Slowly declined as AnchorPoint using connector and main core, to drive monitor slowly to decline, drop to user it is required away from From when, servo motor with regard to out of service, mechanical elevating mechanism also just stop decline, if you need to equipment rising make, utilize wireless signal Rotation can rise equipment receiving terminal control servomotor counterclockwise, therefore the device can utilize reception of wireless signals end high The transmission mechanism of the control of the effect device come make equipment automatically adjust height, without bear artificial borrow tool climb up high-altitude come It is not only intelligent but also efficient to the height of adjustment equipment, the facility of user is improved, practicability is high, and use scope is wide, avoids user Unnecessary danger occurs.

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 a kind of structural schematic diagram for adopting intelligent monitoring device of the present invention.

Fig. 2 is a kind of structural schematic diagram of automatic controlled height device of the present invention.

Fig. 3 is a kind of detailed construction schematic diagram of automatic controlled height device of the present invention.

Fig. 4 is a kind of working state structure schematic diagram of automatic controlled height device of the present invention.

In figure：Fixed bottom plate -1, fixing bolt -2, holder -3, rain-proof case -4, automatic controlled height device -5, baffle - 6, infrared inductor -7, breath light -8, high definition camera lens -9, monitor -10, rotation geared system -51, drive gear mechanism -52, Wireless receiving control device -53, support frame device -54, rope collection device -55, mechanical elevating mechanism -56, fixing device - 57, lifting control mechanism -58, the first angular wheel -511, roller gear -512, rotation gear -513, spur gear -514, rotation Bar -515, transmission gear -516, driving wheel -521, rotary shaft -522, drive link -523, driven wheel -524, servo motor -531, Reception of wireless signals end -532, swivel head -533, worm and gear -534, call wire -535, insulating sleeve -536, damping spring - 541, top plate -542, supporting rack -543, pedestal -544, fixed card buckle -551, casing -552, fixed straight tube -553, rope are fixed Head -554, head rod -561, the second connecting rod -562, connector -563, main core -564, pulley -565, protected enclosure - 571, fastener -572, tongue -573, card slot -574, the second angular wheel -581, internal gear -582, external gear -583, gear Head -584, sealing ring -585, main force rod -586, steel wire rope -587, bearing -587.

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.

- Fig. 4 is please referred to Fig.1, the present invention provides one kind and adopting intelligent monitoring device technical solution：Its structure includes fixed bottom plate 1, fixing bolt 2, holder 3, rain-proof case 4, automatic controlled height device 5, baffle 6, infrared inductor 7, breath light 8, high definition Camera lens 9, monitor 10, the bottom end of the fixing bolt 2 are threadedly coupled with the front surface of fixed bottom plate 1, the bottom end of the holder 3 It is mutually welded with the front surface of fixed bottom plate 1, the top of the holder 3 is mutually welded with the top of rain-proof case 4, the rain-proof case 4 bottom is connected with the top of automatic controlled height device 5, and the bottom left and right ends of the automatic controlled height device 5 are set There are two baffle 6, the top insertion of the monitor 10 is installed on the bottom of automatic controlled height device 5, the infrared induction Device 7 is installed on the front surface of monitor 10 by embedded mode, and the right end of the infrared inductor 7 is equipped with high definition camera lens 9, and On same plane, the high definition camera lens 9 is embedded in the front surface for being installed on monitor 10, and the front surface of the monitor 10, which is equipped with, exhales Lamp 8 is inhaled, the left and right sides of the monitor 10 is equipped with baffle 6；

The automatic controlled height device 5 includes rotation geared system 51, drive gear mechanism 52, wireless receiving control dress Set 53, support frame device 54, rope collection device 55, mechanical elevating mechanism 56, fixing device 57, lifting control mechanism 58, institute The bottom end for stating rotation geared system 51 is meshed with the top of drive wheel mechanism 58, the top of the rotation geared system 51 and biography The left end of moving gear mechanism 52 is connected, the right end of the drive gear mechanism 52 and the left end phase of wireless receiving control device 53 Connection, the bottom end of the wireless receiving control device 53 are mutually welded with the top of support frame device 54, the drive wheel mechanism 58 The inside of right end and support frame device 54 be nested, the insertion of rope collection device 55 is installed on the interior of support frame device 54 Portion, the top of the automatic hoisting mechanism 56 are mutually welded with the bottom of support frame device 54, the bottom of the automatic hoisting mechanism 56 Portion is equipped with fixing device 57, and is mutually fastened and connected, and the rotation geared system 51 includes the first angular wheel 511, Cylinder Gear Wheel 512, rotation gear 513, spur gear 514, swingle 515, transmission gear 516, the top of first angular wheel 511 with The bottom end of roller gear 512 is mutually welded, and the right end of the roller gear 512 is meshed with the top of rotation gear 513, the rotation The bottom end of rotating disk 513 engages connection with spur gear 514, and the top of the spur gear 514 is mutually welded with the bottom end of swingle 515 It connects, top and the transmission gear 516 of the swingle 515 are interlocked, and the drive gear mechanism 52 includes driving wheel 521, rotation The left end of shaft 522, drive link 523, driven wheel 524, the driving wheel 521 is meshed with transmission gear 516, the driving wheel 521 front surface is equipped with rotary shaft 522, and the rotary shaft 522 is fastened and connected with drive link 523, the right end of the drive link 523 It is connected with the front surface of driven wheel 524, left and right ends and driven wheel 524 of the driving wheel 521 by drive link 523 Front surface be connected, the wireless receiving control device 53 include servo motor 531, reception of wireless signals end 532, swivel head 533, worm and gear 534, call wire 535, insulating sleeve 536, top and the reception of wireless signals end of the servo motor 531 532 bottom end is mutually welded, and the left end of the servo motor 531 is equipped with swivel head 533, the bottom end of the worm and gear 534 and rotation The top of rotary head 533 is nested, and the top of the worm and gear 534 engages connection, the insulating sleeve 536 with driven wheel 524 It is connected with the right end of servo motor 531, bottom end and the insulating sleeve 536 of the call wire 535 are nested, the call wire 535 top is electrically connected with reception of wireless signals end 532, and the reception of wireless signals end 532 passes through call wire 535 and servo electricity Machine 531 is electrically connected, and support frame as described above device 54 includes damping spring 541, top plate 542, supporting rack 543, pedestal 544, described to subtract Shake spring 541 is embedded in the inside for being installed on top plate 542, and the top of the top plate 542 is mutually welded with the bottom of servo motor 531, The bottom end of the top plate 542 is connected with the top of supporting rack 543, and bottom end and the pedestal 544 of support frame as described above 543 are nested, The lower section of the top plate 542 is equipped with pedestal 544, and the rope collection device 55 includes fixed card buckle 551, casing 552, fixes directly Pipe 553, rope gland 554, the bottom end and the top of casing 552 of the fixed card buckle 551 are fastened and connected, the fixed straight tube 553 are nested with the bottom end of casing 552, and the bottom end of the fixed straight tube 553 is connected with rope gland 554, the fixation 551 insertion of buckle is installed on the inside of pedestal 544, and the mechanical elevating mechanism 56 includes head rod 561, the second connecting rod 562, the bottom end of connector 563, main core 564, pulley 565, the head rod 561 is connected with connector 563, described The top of second connecting rod 562 is interlocked with connector 563, and the head rod 561 is connect by main core 564 with second Bar 562 is connected, and the pulley 565 is embedded in the front surface for being installed on connector 563, and the fixing device 57 includes protected enclosure 571, fastener 572, tongue 573, card slot 574, the protected enclosure 571 are internally provided with card slot 574, the fastener 572 It is fastened and connected with tongue 573, the lower section of the tongue 573 is equipped with card slot 574, and the insertion of the fastener 572 is installed on protective cover The inside of shell 571, the lifting control mechanism 58 include the second angular wheel 581, internal gear 582, external gear 583, gearhead 584, sealing ring 585, main force rod 586, steel wire rope 587, bearing 588, the outer surface phase of the steel wire rope 587 and main force rod 586 Connection, the outer surface of the steel wire rope 587 are connected with pulley 565, top and the first taper of second angular wheel 581 The bottom end of gear 511 is meshed, and second angular wheel 581 is welded with 582 phase of internal gear, the lower section of the internal gear 582 Equipped with external gear 583, and it is intermeshed connection, the bottom end of the external gear 583 is connected with gearhead 584, the main force rod 586 top is nested with sealing ring 585, and the bottom end of the main force rod 586 is connected with bearing 587, the main force rod 586 with Gearhead 584 is connected.

Infrared inductor 7 described in this patent is imitated using the physics that infra-red radiation and matter interaction are showed The sensor of infra-red radiation should be detected, be in most cases using the showed electrical effects of this interaction, it is described Damping spring 541 be it is a kind of using elasticity come the machine components of work, the part made of elastic material sends out under external force Raw deformation restores to the original state again after removing external force.

In progress in use, the device receives signal by wireless receiving control device 5, analyzing processing is carried out to signal, Then information is conducted to servo motor 531 after servo motor 531 receives signal by call wire 535 to bring into operation, is opened Dynamic swivel head 533, makes swivel head 533 quickly rotate clockwise, then rotation of worm gear worm screw 534 is by the quick of swivel head 533 Rotation, delivers power to driven wheel 524, and driven wheel 524 is driven to rotate, and then driven wheel 524 pushes driving wheel 521 to justify Zhou Yundong, both driving wheel 521 and transmission gear 51 are intermeshed, and then driving wheel 521 pushes transmission gear 516 to rotate, so Power is conducted to spur gear 514 by final drive gear 516 by swingle 515, make spur gear 514 rotate, spur gear 514 again and Rotation gear 513 is meshed, and then makes rotation gear 513 that roller gear 512 be driven to rotate, the first angular wheel 511 and circle Stud wheel 512 is integrated, to make the first angular wheel 511 and 512 synchronous rotary of roller gear, then the first taper Gear 511 and the second angular wheel 581 are intermeshed, and power is then conducted to the second angular wheel 581, makes the second conical tooth Wheel 581 quickly rotates, and then the second angular wheel 581 passes through internal gear 582, external gear 583 and gearhead 584 and cooperates again Main force rod 586 is driven to rotate clockwise, monitor 10 is fixed with card slot 574 for tongue 573, prevents monitor 10 from falling, Then main force rod 586, which rotates clockwise, slowly falls steel wire rope 587, and steel wire rope 587 is that supporting point connects first with pulley 565 Extension bar 561 is that AnchorPoint slowly declines with connector 563 and main core 564 with the second connecting rod 562, to drive monitor 10 Slowly decline, drop to user it is required apart from when, servo motor 531 just it is out of service, mechanical elevating mechanism 56 also just stops Only decline, make if you need to equipment rising, rotation can will be set counterclockwise using 532 control servomotor 531 of reception of wireless signals end It is standby to rise.

The present invention solves that prior art construction is too simple, and holder is too short, it has not been convenient to the automatic up and down adjustment monitoring of equipment Highly, during monitoring, special circumstances are such as encountered, when needing to adjust upper-lower height, user can only be climbed up tune using tool Section height, troublesome in poeration, there are security risks, and monitoring visual field is relatively narrow, and the problem of too limitation, the present invention passes through above-mentioned component Be combined with each other, the device transmission mechanism of the device can be efficiently controlled using reception of wireless signals end 532 come make equipment into Row automatic controlled height climbs up high-altitude without bearing artificial borrow tool and carrys out height to adjustment equipment, not only intelligence but also efficiently, improves The facility of user, practicability is high, and use scope is wide, avoids user and unnecessary danger occurs.

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

1. one kind adopting intelligent monitoring device, structure includes fixed bottom plate (1), fixing bolt (2), holder (3), rain-proof case (4), automatic controlled height device (5), baffle (6), infrared inductor (7), breath light (8), high definition camera lens (9), monitor (10), the bottom end of the fixing bolt (2) is threadedly coupled with the front surface of fixed bottom plate (1), the bottom end of the holder (3) with consolidate The front surface for determining bottom plate (1) mutually welds, and the top and the top of rain-proof case (4) of the holder (3) are mutually welded, the rain cover It is connected at the top of the bottom of shell (4) and automatic controlled height device (5), the bottom of the automatic controlled height device (5) is left Right both ends are set there are two baffle (6), and the top insertion of the monitor (10) is installed on the bottom of automatic controlled height device (5) Portion, the infrared inductor (7) are installed on the front surface of monitor (10) by embedded mode, the infrared inductor (7) Right end is equipped with high definition camera lens (9), and in the same plane, the embedded positive table for being installed on monitor (10) of the high definition camera lens (9) The front surface in face, the monitor (10) is equipped with breath light (8), and the left and right sides of the monitor (10) is equipped with baffle (6), It is characterized in that：

The automatic controlled height device (5) includes rotation geared system (51), drive gear mechanism (52), wireless receiving control Device (53), support frame device (54), rope collection device (55), mechanical elevating mechanism (56), fixing device (57), lifting control The bottom end of mechanism (58) processed, the rotation geared system (51) is meshed with the top of drive wheel mechanism (58), the rotary teeth The top of wheel apparatus (51) is connected with the left end of drive gear mechanism (52), the right end and nothing of the drive gear mechanism (52) The left end of line receiving control device (53) is connected, bottom end and the support frame device (54) of the wireless receiving control device (53) Top mutually weld, the inside of the right end and support frame device (54) of the drive wheel mechanism (58) is nested, and the rope is received The embedded inside for being installed on support frame device (54) of acquisition means (55), the top of the automatic hoisting mechanism (56) and support are rack-mounted The bottom for setting (54) is mutually welded, and the bottom of the automatic hoisting mechanism (56) is equipped with fixing device (57), and is mutually fastened and connected.

2. one kind according to claim 1 adopts intelligent monitoring device, it is characterised in that：Rotation geared system (51) packet Include the first angular wheel (511), roller gear (512), rotation gear (513), spur gear (514), swingle (515), transmission Gear (516), the top and the bottom end of roller gear (512) of first angular wheel (511) are mutually welded, the roller gear (512) right end is meshed with the top of rotation gear (513), and the bottom end of the rotation gear (513) is nibbled with spur gear (514) Close connection, the top and the bottom end of swingle (515) of the spur gear (514) mutually weld, the top of the swingle (515) and Transmission gear (516) is interlocked.

3. one kind according to claim 1 adopts intelligent monitoring device, it is characterised in that：Drive gear mechanism (52) packet Include driving wheel (521), rotary shaft (522), drive link (523), driven wheel (524), the left end of the driving wheel (521) and transmission Gear (516) is meshed, and the front surface of the driving wheel (521) is equipped with rotary shaft (522), the rotary shaft (522) and transmission Bar (523) is fastened and connected, and the right end of the drive link (523) is connected with the front surface of driven wheel (524), the active Wheel (521) is connected by the left and right ends of drive link (523) with the front surface of driven wheel (524).

4. one kind according to claim 1 adopts intelligent monitoring device, it is characterised in that：The wireless receiving control device (53) include servo motor (531), reception of wireless signals end (532), swivel head (533), worm and gear (534), call wire (535), the bottom end of insulating sleeve (536), the top and reception of wireless signals end (532) of the servo motor (531) is mutually welded, The left end of the servo motor (531) is equipped with swivel head (533), bottom end and the swivel head (533) of the worm and gear (534) Top is nested, and connection is engaged on the top of the worm and gear (534) with driven wheel (524), the insulating sleeve (536) with watch The right end for taking motor (531) is connected, and bottom end and the insulating sleeve (536) of the call wire (535) are nested, the call wire (535) top is electrically connected with reception of wireless signals end (532), and the reception of wireless signals end (532) passes through call wire (535) It is electrically connected with servo motor (531).

5. one kind according to claim 1 adopts intelligent monitoring device, it is characterised in that：Support frame as described above device (54) includes Damping spring (541), top plate (542), supporting rack (543), pedestal (544), damping spring (541) insertion are installed on top plate (542) inside, the top and the bottom of servo motor (531) of the top plate (542) are mutually welded, the bottom of the top plate (542) End is connected with the top of supporting rack (543), and bottom end and the pedestal (544) of support frame as described above (543) are nested, the top plate (542) lower section is equipped with pedestal (544).

6. one kind according to claim 1 adopts intelligent monitoring device, it is characterised in that：Rope collection device (55) packet Include fixed card buckle (551), casing (552), fixed straight tube (553), rope gland (554), the bottom of the fixed card buckle (551) The top with casing (552) is held to be fastened and connected, the fixed straight tube (553) and the bottom end of casing (552) are nested, the fixation The bottom end of straight tube (553) is connected with rope gland (554), and fixed card buckle (551) insertion is installed on pedestal (544) It is internal.

7. one kind according to claim 1 adopts intelligent monitoring device, it is characterised in that：Mechanical elevating mechanism (56) packet Include head rod (561), the second connecting rod (562), connector (563), main core (564), pulley (565), described first The bottom end of connecting rod (561) is connected with connector (563), top and connector (563) phase of second connecting rod (562) It fastens, the head rod (561) is connected by main core (564) with the second connecting rod (562), the pulley (565) The embedded front surface for being installed on connector (563).

8. one kind according to claim 1 adopts intelligent monitoring device, it is characterised in that：The fixing device (57) includes anti- Shield shell (571), fastener (572), tongue (573), card slot (574), the protected enclosure (571) are internally provided with card slot (574), the fastener (572) is fastened and connected with tongue (573), and the lower section of the tongue (573) is equipped with card slot (574), institute State the embedded inside for being installed on protected enclosure (571) of fastener (572).

9. one kind according to claim 1 adopts intelligent monitoring device, it is characterised in that：Lifting control mechanism (58) packet Include the second angular wheel (581), internal gear (582), external gear (583), gearhead (584), sealing ring (585), main force rod (586), steel wire rope (587), bearing (588), the steel wire rope (587) are connected with the outer surface of main force rod (586), the steel The outer surface of cord (587) is connected with pulley (565), top and the first angular wheel of second angular wheel (581) (511) bottom end is meshed, and second angular wheel (581) is mutually welded with internal gear (582), the internal gear (582) Lower section is equipped with external gear (583), and is intermeshed connection, and the bottom end of the external gear (583) is connected with gearhead (584), The top of the main force rod (586) is nested with sealing ring (585), and the bottom end of the main force rod (586) is connected with bearing (587) It connects, the main force rod (586) is connected with gearhead (584).