CN110454653A

CN110454653A - A kind of buried hiding monitoring device in market

Info

Publication number: CN110454653A
Application number: CN201910786117.XA
Authority: CN
Inventors: 程太军
Original assignee: Individual
Current assignee: Gansu Haichen Information Technology Co ltd
Priority date: 2019-08-24
Filing date: 2019-08-24
Publication date: 2019-11-15
Anticipated expiration: 2039-08-24
Also published as: CN110454653B

Abstract

A kind of buried hiding monitoring device in market, including the apparatus main body being fixedly installed in bottom plate, the lifting chamber of opening upwards is provided in described device main body, the upside of described device main body and be located at the bottom plate in be provided with sealing cover holding tank, the sealing cover that can be sealed to the upper end opening of the lifting chamber is provided in the sealing cover holding tank, wherein, power supply device is provided in the sealing cover and the bottom plate, the first lifting groove is provided in the right side inner wall of the lifting chamber, first lifting groove and the lifting intracavitary are provided with the sealing lid lifting device that the sealing cover can be driven to be opened；The present invention is directed to design a kind of buried hiding monitoring device in market.

Description

A kind of buried hiding monitoring device in market

Technical field

The present invention relates to monitoring technology field, the buried hiding monitoring device in specially a kind of market.

Background technique

Nowadays, many public arenas all use monitoring camera substitution to be manually monitored, it is no longer necessary to artificial to carry out Patrol, especially at night, is monitored store by monitoring camera and significantly increases convenience, still, white It when, the excessive hanging cam strong influence aesthetics of store interior decoration, and do not need to make during the day Be monitored with excessive camera, thus it is excessive hang camera again and seem burdensome, therefore, the present invention is directed to design one kind The buried hiding monitoring device in market.

Summary of the invention

To solve the above problems, this example devises a kind of buried hiding monitoring device in market, including it is fixedly installed on Apparatus main body in bottom plate is provided with the lifting chamber of opening upwards, the upside and position of described device main body in described device main body In being provided with sealing cover holding tank in the bottom plate, the upper end of the lifting chamber can be opened by being provided in the sealing cover holding tank The sealing cover that mouth is sealed, wherein power supply device, the right side of the lifting chamber are provided in the sealing cover and the bottom plate The first lifting groove is provided in inner wall, first lifting groove and intracavitary be provided with of the lifting can drive the sealing cover to carry out The sealing lid lifting device of unlatching, the left side of the sealing lid lifting device and is located at the lifting and intracavitary is provided with camera shooting head rest Block on the upside of the camera tray and is located at that the lifting is intracavitary to be provided with camera, and being provided in the camera tray can It drives the camera to overturn and then increases the angle adjustment device of the camera coverage, in the left side of the lifting chamber Being provided in wall can drive the camera tray to go up and down, and then drive the lifting device for camera of the camera lifting, institute It states and driving device is set in the downside inner wall of lifting chamber, wherein the sealing lid lifting device and the lifting device for camera It can be driven by the driving device, the power supply device can be energized for the driving device.

Wherein, the sealing lid lifting device includes the first lifting silk being rotatably set in first lifting groove Thick stick, the lower end of first elevating screw are connected to the driving device, be slidably provided in first lifting groove with The first lifting slider that first elevating screw is threadedly coupled, the upper end of first elevating screw is fixedly connected with positioned at institute The polished rod in the first lifting groove is stated, the first gear slot of opening to the left, institute are provided in the upper inside walls of first lifting groove The upper end for stating polished rod, which extends, to be passed through in the first gear slot and is fixedly connected with can rotate in the first gear slot the One gear, wherein be slidably provided with push block in first lifting groove, the upside end face of the push block and described the It is fixedly connected with goring push spring between the upper inside walls of one lifting groove, is fixedly installed in the left end face of first lifting slider Tray can be gone up and down in the intracavitary sealing cover slided up and down of the lifting by having, and be provided with torque spring in the sealing cover lifting tray Slot is provided with the second gear slot of opening to the right and upwards, the second gear slot in the upper inside walls of the torque spring slot It is interior to be rotatably provided with the second gear that engaged with the first gear, it is fixedly installed at the axle center of the second gear Go up and down push rod, it is described lifting push rod lower end extend is passed through in the torque spring slot, the torque spring slot it is arc-shaped in Torque spring is fixedly connected between wall and the lifting push rod, the upper end of the lifting push rod is fixedly connected on the sealing cover Downside end face on.

Wherein, the lifting chamber is fixedly installed on the right side inner wall of upper end opening and can carry out to the lifting push rod The guide pad of guiding.

Wherein, the lifting device for camera includes second liter be set in the lifting chamber inner left wall being connected Slot is dropped, is rotatably provided with the second elevating screw in second lifting groove, the lower end of second elevating screw is connected to The driving device is slidably provided with second be threadedly coupled with second elevating screw in second elevating screw Lifting slider, the right end face of second lifting slider are fixedly connected with the left end face of the camera tray, the drive Dynamic device drives the second elevating screw rotation that second lifting slider can be driven to go up and down, and then drives the camera liter Drop.

Wherein, the driving device includes the driver slot being set in the downside inner wall of the lifting chamber, the driver slot Downside inner wall in be fixedly installed driving motor, the driving motor is electrically connected at the power supply device, the driving electricity The upper end of machine is connected by power the active drive gear that can be rotated in the driver slot, and the left end of the active drive gear is nibbled Conjunction is connected with the first driven drive gear, wherein the lower end of second elevating screw is fixedly connected on the described first driven drive At the axle center of moving gear, the right end engagement of the active drive gear is connected with the second driven drive gear, first lifting The lower end of lead screw is fixedly connected at the axle center of second driven drive gear.

Preferable, the angle adjustment device includes the swing of opening upwards being set in the camera tray Chamber is rotatably provided with camera between the front and back side inner wall for swinging chamber and swings tray, and the camera swings tray It is inside fixedly installed and horizontally rotates motor, the downside end face of the camera, which is connected by power, horizontally rotates the upper of motor in described End, it is described to horizontally rotate motor rotation and drive the horizontal turning of video camera, and then the shooting angle in horizontal direction is adjusted, The camera swings and is fixedly installed respectively between the left and right sides inner wall for swinging chamber on the left and right sides end face of tray There is balancing spring, is fixedly installed on the downside end face of the camera swing tray and swings intracavitary convex block, institute positioned at described It states and is fixedly connected with power spring between the right end face of convex block and the right side inner wall for swinging chamber, the power spring is to institute It states convex block and is applied with elastic force to the left, what is be connected in the inner left wall for swinging chamber is provided with cam path, the cam path Interior to be rotatably provided with cam, the cam rotation can push the convex block to swing, and then the camera is driven to swing support Block is swung, and then the camera is driven to swing, and switching sliding slot is provided in the upper inside walls of the cam path, and the switching is slided Switching sliding block is slidably provided in slot, between the right end face of the switching sliding block and the right side inner wall of the switching sliding slot It is fixedly connected with switch back spring, vertical control motor is fixedly installed in the switching sliding block, it is described to switch the upper of sliding slot What is be connected in the inner wall of side is provided with third gear grooved, and the upper end of the vertical control motor has been connected by power third gear, institute It states the right side of third gear and is located in the third gear grooved and be rotatably provided with the 4th gear, wherein the 4th tooth Wheel is fixedly connected with the cam, and what is be connected in the inner left wall for switching sliding slot is provided with the first pushing tow slot, described to cut The first push block that is fixedly installed and can horizontally slip in the first pushing tow slot changed in the left end face of sliding block, described first It is provided with inclined-plane in the left end face of push block, the second pushing tow of opening upwards is provided in the inner wall of first push block Slot is slidably provided with the second push block in the second pushing tow slot, is provided on the downside end face of second push block Inclined-plane can push first push block to move to the right when second push block moves down, and the lifting chamber is close Reaction force block is fixedly installed in the left end face of upside end face, when second push block rises and abuts to the anti-work Firmly second push block can be pushed to move down relative to the camera tray by interaction force when block, the second top Resetting apparatus is provided on the left of pushing block, wherein described to horizontally rotate motor and the vertical control electrical connection of motor in institute State power supply device.

Preferable, the resetting apparatus includes the return being set in the second pushing tow slot inner left wall being connected It is sliding to be fixedly installed the return that can be slided up and down in the return sliding slot in the left end face of second push block for sliding slot Block is fixedly connected with return spring between the left end face of the return sliding block and the downside inner wall of the return sliding slot.

Preferable, the power supply device includes the photovoltaic battery plate being fixedly installed on the upside of the sealing cover in end face, institute It states and is fixedly installed battery in bottom plate, the photovoltaic battery plate can convert light energy into electrical energy for storage in the battery.

The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, need to increase the monitoring to store at night When dynamics, the present apparatus can rise from camera, and then be monitored to market inside, and during monitoring, the present apparatus can The direction of monitoring head monitoring is adjusted according to the needs of monitoring personnel, and then increases monitoring range, and is not needed during the day excessive Monitoring camera when, camera can be withdrawn and be sealed by the present apparatus, not influenced while protecting on camera Finishing inside store is worth being recommended to use.

Detailed description of the invention

The present invention is described in detail by following specific embodiments and drawings for ease of explanation,.

Fig. 1 is a kind of overall structure diagram of the buried hiding monitoring device in market of the invention；

Fig. 2 is the enlarged structure schematic diagram of " A " of Fig. 1；

Fig. 3 is the enlarged structure schematic diagram of " B " of Fig. 1；

The camera that Fig. 4 is Fig. 1 swings tray and swings the connection schematic diagram of chamber overlook direction；

Fig. 5 is the connection schematic diagram of the overlook direction between the torque spring slot of Fig. 1 and lifting push rod and torque spring；

Fig. 6 is the top view of photovoltaic battery plate.

Specific embodiment

Below with reference to Fig. 1-Fig. 6, the present invention is described in detail, for sake of convenience, now provides to hereafter described orientation As follows: hereafter described front-rear direction up and down is consistent with the front-rear direction up and down of Fig. 1 projection relation itself.

The present invention relates to a kind of buried hiding monitoring devices in market, are mainly used in the storage protection of monitoring camera In the process, below in conjunction with attached drawing of the present invention, the present invention will be further described:

The buried hiding monitoring device in a kind of market according to the present invention, including the apparatus main body being fixedly installed in bottom plate 11 12, it is provided with the lifting chamber 21 of opening upwards in described device main body 12, the upside of described device main body 12 and is located at the bottom Sealing cover holding tank 29 is provided in plate 11, the upper end of the lifting chamber 21 can be opened by being provided in the sealing cover holding tank 29 The sealing cover 33 that mouth is sealed, wherein power supply device, the lifting chamber are provided in the sealing cover 33 and the bottom plate 11 It is provided with the first lifting groove 38 in 21 right side inner wall, is provided with and can drive in first lifting groove 38 and the lifting chamber 21 The sealing lid lifting device that the sealing cover 33 is opened, it is described sealing lid lifting device left side and be located at the lifting chamber It is provided with camera tray 81 in 21,81 upside of camera tray and is located in the lifting chamber 21 and is provided with camera 71, being provided in the camera tray 81 can drive the camera 71 to overturn and then increase the camera coverage Angle adjustment device, being provided in the inner left wall of the lifting chamber 21 can drive the camera tray 81 to go up and down, and then band The lifting device for camera that the camera 71 is gone up and down is moved, driving device is set in the downside inner wall of the lifting chamber 21, wherein The sealing lid lifting device and the lifting device for camera can be driven by the driving device, and the power supply device can It is energized for the driving device.

According to embodiment, sealing lid lifting device is described in detail below, the sealing lid lifting device includes can The first elevating screw 39 of rotation being set in first lifting groove 38, the lower end of first elevating screw 39 is connected to The driving device is slidably provided be threadedly coupled with first elevating screw 39 in first lifting groove 38 One lifting slider 74, the upper end of first elevating screw 39 are fixedly connected with the polished rod in first lifting groove 38 37, the rotation of polished rod 37 not will drive first lifting slider 74 and go up and down, in the upper inside walls of first lifting groove 38 It is provided with the first gear slot 42 of opening to the left, the upper end of the polished rod 37, which extends, to be passed through in the first gear slot 42 and fix It is connected with the first gear 36 that can be rotated in the first gear slot 42, wherein the left end of the first gear 36 is located at institute It states in lifting chamber 21, push block 72, the upside end face of the push block 72 is slidably provided in first lifting groove 38 Goring push spring 73, the left side of first lifting slider 74 are fixedly connected between the upper inside walls of first lifting groove 38 The sealing cover that being fixedly installed on end face can slide up and down in the lifting chamber 21 goes up and down tray 75, the sealing cover lifting support It is provided with torque spring slot 76 in block 75, the of opening to the right and upwards is provided in the upper inside walls of the torque spring slot 76 Two gear grooveds 78 are rotatably provided with the second gear that can be engaged with the first gear 36 in the second gear slot 78 79, lifting push rod 35 is fixedly installed at the axle center of the second gear 79, the lower end of the lifting push rod 35, which extends, is passed through institute It states in torque spring slot 76, is fixedly connected with torsion between the arc-shaped inner wall of the torque spring slot 76 and the lifting push rod 35 The upper end of power spring 77, the lifting push rod 35 is fixedly connected on the downside end face of the sealing cover 33.

Beneficial, the lifting chamber 21 is fixedly installed on the right side inner wall of upper end opening can be to the lifting push rod 35 guide pads 34 being oriented to.

According to embodiment, lifting device for camera is described in detail below, the lifting device for camera includes phase Connection is set to second lifting groove 22 gone up and down in 21 inner left wall of chamber, rotatably sets in second lifting groove 22 It is equipped with the second elevating screw 23, the lower end of second elevating screw 23 is connected to the driving device, the second lifting silk The second lifting slider 45 being threadedly coupled with second elevating screw 23, second lifting are slidably provided in thick stick 23 The right end face of sliding block 45 is fixedly connected with the left end face of the camera tray 81, and the driving device drives described second The rotation of elevating screw 23 can drive second lifting slider 45 to go up and down, and then the camera 71 is driven to go up and down.

According to embodiment, driving device is described in detail below, the driving device includes being set to the lifting Driver slot 25 in the downside inner wall of chamber 21 is fixedly installed driving motor 27 in the downside inner wall of the driver slot 25, described Driving motor 27 is electrically connected at the power supply device, and the upper end of the driving motor 27 has been connected by power can be in the driver slot The left end engagement of the active drive gear 26 rotated in 25, the active drive gear 26 is connected with the first driven drive gear 24, wherein the lower end of second elevating screw 23 is fixedly connected at the axle center of first driven drive gear 24, described The right end engagement of active drive gear 26 is connected with the second driven drive gear 28, and the lower end of first elevating screw 39 is fixed It is connected at the axle center of second driven drive gear 28, drives 26 turns of the active drive gear in the driving motor 27 When dynamic, first driven drive gear 24 and second driven drive gear 28 can be driven while being rotated.

According to embodiment, angle adjustment device is described in detail below, the angle adjustment device include opening to On the swing chamber 69 being set in the camera tray 81, it is described swing chamber 69 front and back side inner wall between rotatably set It is equipped with camera and swings tray 65, the camera, which swings to be fixedly installed in tray 65, horizontally rotates motor 66, the camera shooting First 71 downside end face is connected by power in the upper end for horizontally rotating motor 66, described to horizontally rotate the rotation of motor 66 and drive The camera 71 horizontally rotates, and then adjusts the shooting angle in horizontal direction, and the camera swings the left and right of tray 65 It is fixedly installed balancing spring 61, the camera respectively between the left and right sides inner wall for swinging chamber 69 on both sides of the face Swing the convex block 67 being fixedly installed in the swing chamber 69 on the downside end face of tray 65, the right-hand end of the convex block 67 It is fixedly connected with power spring 68 between face and the right side inner wall for swinging chamber 69, the power spring 68 is to the convex block 67 It is applied with elastic force to the left, what is be connected in the inner left wall for swinging chamber 69 is provided with cam path 62, the cam path 62 Interior to be rotatably provided with cam 63, the rotation of cam 63 can push the convex block 67 to swing, and then drive the camera It swings tray 65 to swing, and then the camera 71 is driven to swing, switching is provided in the upper inside walls of the cam path 62 and is slided Slot 54, is slidably provided with switching sliding block 57 in the switching sliding slot 54, the right end face of the switching sliding block 57 with it is described Switch and be fixedly connected with switch back spring 64 between the right side inner wall of sliding slot 54, is fixedly installed in the switching sliding block 57 perpendicular Straight to control motor 56, what is be connected in the upper inside walls of the switching sliding slot 54 is provided with third gear grooved 58, the vertical control The upper end of motor 56 processed has been connected by power third gear 55, the right side of the third gear 55 and is located at the third gear grooved 58 It is interior to be rotatably provided with the 4th gear 59, wherein the 4th gear 59 is fixedly connected with the cam 63, and the switching is slided What is be connected in the inner left wall of slot 54 is provided with the first pushing tow slot 49, fixed setting in the left end face of the switching sliding block 57 There is the first push block 53 that can be horizontally slipped in the first pushing tow slot 49, is set in the left end face of first push block 53 It is equipped with inclined-plane, the second pushing tow slot 52 of opening upwards, the second pushing tow slot are provided in the inner wall of first push block 53 It is slidably provided with the second push block 51 in 52, inclined-plane is provided on the downside end face of second push block 51, described Second push block 51 can push first push block 53 to move to the right when moving down, the lifting chamber 21 is close to upside Reaction force block 32 is fixedly installed in the left end face in face, when second push block 51 rises and abuts to the reaction Second push block 51 can be pushed to move down relative to the camera tray 81 by interaction force when power block 32, the The left side of two push blocks 51 is provided with resetting apparatus, wherein described to horizontally rotate 56 electricity of motor 66 and the vertical control motor Property is connected to the power supply device.

Beneficial, the resetting apparatus includes the return being set in 52 inner left wall of the second pushing tow slot being connected Sliding slot 47 is fixedly installed returning of can sliding up and down in the return sliding slot 47 in the left end face of second push block 51 Position sliding block 46, is fixedly connected with return between the left end face of the return sliding block 46 and the downside inner wall of the return sliding slot 47 Spring 48.

According to embodiment, power supply device is described in detail below, the power supply device is described including being fixedly installed on Photovoltaic battery plate 31 in 33 upside end face of sealing cover is fixedly installed battery 41, the photovoltaic battery plate 31 in the bottom plate 11 Electrical energy for storage can be converted light energy into the battery 41, and can be to the drive by the electric energy in the battery 41 Dynamic motor 27, the vertical control motor 56 and described horizontally rotate motor 66 and is powered.

When original state, the downside end face of second lifting slider 45 and the downside inner wall of second lifting groove 22 are thought Ground connects, and the camera tray 81 is located at the lower side position of the lifting chamber 21, and the camera 71 is directed toward level left side side To second push block 51 moves up to greatest extent in the second pushing tow slot 52, and the switching sliding block 57 is in the switching It is moved to left to greatest extent in sliding slot 54, meanwhile, under the downside end face of first lifting slider 74 and first lifting groove 38 Side inner wall abuts against, and the sealing cover lifting tray 75 is located at the lower side position of the lifting chamber 21, the sealing cover 33 In in the sealing cover holding tank 29, the push block 72 moves down to greatest extent in first lifting groove 38.

When rising camera 71: the driving motor 27 starts, and then is driven simultaneously by active drive gear 26 First driven drive gear 24 and second driven drive gear 28 rotation, in the process, the second driven drive Moving gear 28 drives first elevating screw 39 to rotate, and then drives first lifting slider 74 in first lifting groove Moved up in 38, and then sealing cover lifting tray 75 driven to move up, so by go up and down push rod 35 drive it is described Sealing cover 33 rises from outside the sealing cover holding tank 29, moves up and is abutted to the pushing tow in first lifting slider 74 When the downside end face of block 72, first lifting slider 74 drives the rising of push block 72 and the goring push spring that gradually reduces 73, connect when first lifting slider 74 rises to 37 position of polished rod and is detached from the screw thread of first elevating screw 39 When connecing, first elevating screw 39 is continued to rotate but the first lifting slider 74 does not continue to rise, at this moment, described first Gear 36 is engaged with the second gear 79, and the first elevating screw 39, which continues to rotate, at this time to be driven by the first gear 36 The second gear 79 rotates, and then drives the rotation of lifting push rod 35 and be stored in the case where torque is passed through deformation simultaneously In the torque spring 77, the rotation of sealing cover 33 at this time is simultaneously staggered with the upper end opening of lifting chamber 21；

And simultaneously in 24 rotation process of the first driven drive gear, the rotation of the second elevating screw 23 can drive described Second lifting slider 45 moves up, and then drives the camera tray 81 to move up, and in second push block 51 When upper end is abutted to the downside end face of the reaction force block 32, the camera tray 81 and the reaction force block of rising Interaction force between 32 can push second push block 51 to decline, and push first push block 53 sidesway to the right It is dynamic, and then the switching sliding block 57 is pushed to move to the right, when second lifting slider 45 rises to greatest extent, described the Three gears 55 are engaged with the 4th gear 59, while the sealing cover 33 is staggered to greatest extent with the sealing cover holding tank 29 Position.

When adjusting the shooting angle of the camera 71, the power supply device horizontally rotates the power supply of motor 66 simultaneously to be described The rotation of motor 66 is horizontally rotated described in drive, and then the camera 71 can be driven to be shot in the horizontal direction, works as needs When carrying out angle adjustment on vertical direction, the power supply device is that the vertical control motor 56 powers and starts the vertical control Motor 56 processed, control motor 56 drives the third gear 55 to rotate vertically at this time, and then is driven by the 4th gear 59 described Cam 63 rotates, and then the convex block 67 is pushed to swing, and then drives the camera to swing tray 65 and swing, and then can drive The camera is swung, and can be carried out the shooting angle on vertical direction to the camera 71 at this time and is adjusted.

When using finishing, it is only necessary to described to horizontally rotate motor 66 and vertical control motor 56 drives the camera 71 to restore It is inverted to original state, and in the driving motor 27, in the process, the elastic force of goring push spring 73 pushes the pushing tow Block 72 moves down, and then first lifting slider 74 is pushed to reconnect on first elevating screw 39.

In the above manner, those skilled in the art can be made within the scope of the invention according to operating mode it is various Change.

Claims

1. a kind of buried hiding monitoring device in market, it is characterised in that: including the device being fixedly installed in bottom plate (11) Main body (12), the interior lifting chamber (21) for being provided with opening upwards of described device main body (12), the upside of described device main body (12) And be located in the bottom plate (11) and be provided with sealing cover holding tank (29), being provided in the sealing cover holding tank (29) can be to institute State the sealing cover (33) that the upper end opening of lifting chamber (21) is sealed, wherein the sealing cover (33) and the bottom plate (11) It is inside provided with power supply device, is provided with the first lifting groove (38) in the right side inner wall of lifting chamber (21), first lifting The sealing lid lifting device that the sealing cover (33) can be driven to be opened, institute are provided in slot (38) and lifting chamber (21) It states the left side of sealing lid lifting device and is located in the lifting chamber (21) and be provided with camera tray (81), the camera shooting head rest It is provided with camera (71) on the upside of block (81) and in the lifting chamber (21), being provided in the camera tray (81) can It drives the camera (71) to overturn and then increases the angle adjustment device of the camera coverage, the lifting chamber (21) Inner left wall in be provided with the camera tray (81) can be driven to go up and down, and then drive taking the photograph for camera (71) lifting As head lifting device, driving device is set in the downside inner wall of lifting chamber (21), wherein the sealing lid lifting device and The lifting device for camera can be driven by the driving device, and the power supply device can be supplied for the driving device Energy.

2. a kind of buried hiding monitoring device in market as described in claim 1, it is characterised in that: the sealing cover lifting Device includes the first elevating screw (39) being rotatably set in first lifting groove (38), first elevating screw (39) lower end is connected to the driving device, is slidably provided in first lifting groove (38) and first lifting The first lifting slider (74) that lead screw (39) is threadedly coupled, the upper end of first elevating screw (39) is fixedly connected with positioned at institute The polished rod (37) in the first lifting groove (38) is stated, the of opening to the left is provided in the upper inside walls of first lifting groove (38) One gear grooved (42), the upper end extension of the polished rod (37) is passed through in the first gear slot (42) and is fixedly connected with can be in institute State the first gear (36) rotated in first gear slot (42), wherein be slidably provided in first lifting groove (38) Push block (72) is fixedly connected between the upside end face of the push block (72) and the upper inside walls of first lifting groove (38) Have goring push spring (73), being fixedly installed in the left end face of first lifting slider (74) can be in the lifting chamber (21) Sealing cover lifting tray (75) slided up and down, sealing cover lifting tray (75) is interior to be provided with torque spring slot (76), institute State the second gear slot (78) being provided in the upper inside walls of torque spring slot (76) Kai Kou to the right and upwards, the second gear The second gear (79) that can be engaged with the first gear (36), the second gear (79) are rotatably provided in slot (78) Axle center at be fixedly installed lifting push rod (35), it is described lifting push rod (35) lower end extend is passed through the torque spring slot (in 76, torque spring is fixedly connected between the arc-shaped inner wall of the torque spring slot (76) and the lifting push rod (35) (77), the upper end of lifting push rod (35) is fixedly connected on the downside end face of the sealing cover (33).

3. a kind of buried hiding monitoring device in market as claimed in claim 2, it is characterised in that: the lifting chamber (21) The guide pad (34) that can be oriented to lifting push rod (35) is fixedly installed on the right side inner wall of upper end opening.

4. a kind of buried hiding monitoring device in market as claimed in claim 3, it is characterised in that: the camera lifting Device includes the second lifting groove (22) being set in described lifting chamber (21) inner left wall being connected, second lifting groove (22) it is rotatably provided in the second elevating screw (23), the lower end of second elevating screw (23) is connected to the driving Device is slidably provided with second be threadedly coupled with second elevating screw (23) in second elevating screw (23) Lifting slider (45), the right end face of second lifting slider (45) and the left end face of the camera tray (81) are fixed Connection.

5. a kind of buried hiding monitoring device in market as claimed in claim 4, it is characterised in that: the driving device packet The driver slot (25) being set in the downside inner wall of lifting chamber (21) is included, is fixed in the downside inner wall of the driver slot (25) It is provided with driving motor (27), the upper end of the driving motor (27) is connected by power can the rotation in the driver slot (25) The left end engagement of active drive gear (26), the active drive gear (26) is connected with the first driven drive gear (24), In, the lower end of second elevating screw (23) is fixedly connected at the axle center of first driven drive gear (24), described The right end engagement of active drive gear (26) is connected with the second driven drive gear (28), under first elevating screw (39) End is fixedly connected at the axle center of second driven drive gear (28).

6. a kind of buried hiding monitoring device in market as claimed in claim 5, it is characterised in that: the angular adjustment dress Set the swing chamber (69) being set in the camera tray (81) including opening upwards, the front and back side for swinging chamber (69) It is rotatably provided with camera between inner wall and swings tray (65), the camera swings in tray (65) and is fixedly installed water Flat rotary electric machine (66), the camera swing the left and right two on the left and right sides end face of tray (65) with swing chamber (69) It is fixedly installed respectively between the inner wall of side balancing spring (61), the camera swings fixation on the downside end face of tray (65) and sets It is equipped with the convex block (67) being located in swing chamber (69), the right end face of the convex block (67) and the right side for swinging chamber (69) It is fixedly connected between the inner wall of side power spring (68), what is be connected in the inner left wall for swinging chamber (69) is provided with cam Slot (62) is rotatably provided with cam (63) in the cam path (62), setting in the upper inside walls of the cam path (62) Have switching sliding slot (54), switching sliding block (57), the switching sliding block (57) are slidably provided in the switching sliding slot (54) Right end face and it is described switching sliding slot (54) right side inner wall between be fixedly connected with switch back spring (64), the switching Vertical control motor (56), the setting being connected in the upper inside walls of switching sliding slot (54) are fixedly installed in sliding block (57) Have third gear grooved (58), the upper end of vertical control motor (56) has been connected by power third gear (55), the third tooth It takes turns the right side of (55) and is located in the third gear grooved (58) and be rotatably provided with the 4th gear (59), wherein described the Four gears (59) are fixedly connected with the cam (63), and what is be connected in the inner left wall of switching sliding slot (54) is provided with the One pushing tow slot (49), being fixedly installed in the left end face of switching sliding block (57) can be left in the first pushing tow slot (49) The first push block (53) of right sliding is provided with the second pushing tow slot of opening upwards in the inner wall of first push block (53) (52), the second push block (51) are slidably provided in the second pushing tow slot (52), second push block (51) to First push block (53) can be pushed to move when lower mobile to the right, left-hand end of lifting chamber (21) close to upside end face Reaction force block (32) are fixedly installed on face, when second push block (51) rises and abuts to the reaction force block (32) second push block (51) can be pushed to move down when relative to the camera tray (81) by interaction force, Second push block is provided with resetting apparatus on the left of (51).

7. a kind of buried hiding monitoring device in market as claimed in claim 6, it is characterised in that: the resetting apparatus packet Include the return sliding slot (47) being set in the second pushing tow slot (52) inner left wall being connected, second push block (51) Left end face on be fixedly installed the return sliding block (46) that can be slided up and down in the return sliding slot (47), the return is sliding Return spring (48) are fixedly connected between the left end face of block (46) and the downside inner wall of the return sliding slot (47).

8. a kind of buried hiding monitoring device in market as claimed in claim 7, wherein；The power supply device includes fixing It is set to the photovoltaic battery plate (31) on the upside of the sealing cover (33) in end face, is fixedly installed battery in the bottom plate (11) (41), the photovoltaic battery plate (31) can convert light energy into electrical energy for storage in the battery (41).