CN108040194A - Surveillance camera unit - Google Patents
Surveillance camera unit Download PDFInfo
- Publication number
- CN108040194A CN108040194A CN201710651743.9A CN201710651743A CN108040194A CN 108040194 A CN108040194 A CN 108040194A CN 201710651743 A CN201710651743 A CN 201710651743A CN 108040194 A CN108040194 A CN 108040194A
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- China
- Prior art keywords
- shoot part
- surveillance camera
- monitor area
- camera unit
- shoot
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N23/00—Cameras or camera modules comprising electronic image sensors; Control thereof
- H04N23/50—Constructional details
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- Engineering & Computer Science (AREA)
- Multimedia (AREA)
- Signal Processing (AREA)
- Studio Devices (AREA)
- Non-Portable Lighting Devices Or Systems Thereof (AREA)
- Closed-Circuit Television Systems (AREA)
- Burglar Alarm Systems (AREA)
Abstract
The present invention provides a kind of surveillance camera unit, can change the state that shoot part is exposed to the state of monitor area and shoot part is blocked from monitor area with simple structure.The surveillance camera unit（1）Including：Shoot part（10）, moved between camera site that it can be when shooting monitor area and position of readiness when not shooting monitor area；Blocking parts（30）, its with shoot part（10）The mode and shoot part moved together（10）Connection, in shoot part（10）During positioned at camera site, shoot part can be allowed（10）Monitor area is shot, in shoot part（10）During positioned at position of readiness, shoot part is blocked from monitor area（10）；And drive division（20）, it makes blocking parts（30）Or shoot part（10）It is mobile, thus make shoot part（10）Moved between camera site and position of readiness.
Description
Technical field
The present invention relates to the surveillance camera unit that can shoot monitor area.
Background technology
The known promising surveillance camera unit for preventing crime etc. and being shot to room area i.e. monitor area in the past.
One of example, that is, patent document 1（Japanese Unexamined Patent Publication 11-242787 publications）Described in surveillance camera unit include：
Between shoot part, camera site that it can be when shooting indoor monitor area and position of readiness when not shooting monitor area
It is mobile；With the first drive division, it makes shoot part be moved between camera site and position of readiness.The surveillance camera unit is into one
Step includes：Blocking parts, the closed position of its through hole that can be formed at ceiling in closing are spacious with opening wide the through hole
Moved between open position；With the second drive division, it makes blocking parts be moved between closed position and open position.The monitoring is taken the photograph
For camera unit for example when user does not require shooting monitor area, the first drive division makes shoot part be moved to position of readiness, and second
Drive division makes blocking parts be moved to closed position, and the inboard shoot part positioned at ceiling is thus blocked from monitor area.
The content of the invention
Above-mentioned surveillance camera unit is realized the movement of shoot part and the movement of blocking parts, therefore structure by multiple drive divisions
Make complex.
It is an object of the invention to provide a kind of surveillance camera unit, the surveillance camera unit can be with simple
The state that structure change shoot part is exposed to the state of monitor area and shoot part is blocked from monitor area.
（1）A kind of mode of surveillance camera unit based on the present invention includes：Shoot part, it can be in shooting surveillance zone
Moved between camera site during domain and position of readiness when not shooting the monitor area；Blocking parts, its with the bat
The mode that the portion of taking the photograph moves together is connected with the shoot part, when the shoot part is located at the camera site, can allow the bat
Take the photograph portion and shoot the monitor area, when the shoot part is located at the position of readiness, the bat is blocked from the monitor area
Take the photograph portion；And drive division, it moves the blocking parts or the shoot part, thus makes the shoot part in the shooting
Moved between position and the position of readiness.
According to above-mentioned surveillance camera unit, the movement of blocking parts and the shifting of shoot part can be realized with a drive division
It is dynamic.Therefore, it is possible to be exposed to the state of monitor area and shoot part with simpler structure change shoot part by from surveillance zone
The state that domain is blocked.
（2）According to one embodiment of the surveillance camera unit, the drive division is by moving the blocking parts
Move to make the shoot part be moved between the camera site and the position of readiness.According to above-mentioned surveillance camera unit,
Compared with drive division makes the directly mobile situation of shoot part, big vibration is not easy to pass to shoot part.Therefore, it is possible to improve shoot part
Durability.
（3）According to one embodiment of the surveillance camera unit, the blocking parts is to cover the shoot part
Shoot part described in the state support of whole bottom surface.According to above-mentioned surveillance camera unit, because covering shoot part by blocking parts
Bigger scope, therefore when shoot part is located at position of readiness, easily more suitably block shoot part from monitor area.
（4）According to one embodiment of the surveillance camera unit, including in the shoot part and the drive division
At least one control unit being controlled, the control unit can be installed on the installed part of bean pot lamp.
According to above-mentioned surveillance camera unit, the installed part of bean pot lamp can be utilized, control unit is configured in ceiling
Side.Therefore, it is possible to utilize the existing construction for the ceiling for being used to configure bean pot lamp, configuration monitoring camera unit.
（5）According to one embodiment of the surveillance camera unit, further comprise：Control unit, it is to the shooting
At least one in portion and the drive division is controlled；And support plate, it supports the control unit, and the support plate can be consolidated
Due to the inspection socket of ceiling, the blocking parts is can be with the support plate when the shoot part is in the position of readiness
The shape of the inspection socket is closed together.
According to above-mentioned surveillance camera unit, the inspection socket of ceiling can be utilized, control unit be configured to the back side of ceiling.
Therefore, it is possible to utilize the existing construction for the inboard ceiling for being used to check ceiling come configuration monitoring camera unit.
According to above-mentioned surveillance camera unit, the state that shoot part is exposed to monitor area can be changed with simple structure
The state blocked with shoot part from monitor area.
Brief description of the drawings
Fig. 1 is the front view in the room for the surveillance camera unit for configuring first embodiment and second embodiment.
Fig. 2 is the front view of the surveillance camera unit of first embodiment shown in Fig. 1.
Fig. 3 is the side view of surveillance camera unit when shoot part shown in Fig. 2 is in position of readiness.
Fig. 4 is the side view of surveillance camera unit when shoot part shown in Fig. 2 is in camera site.
Fig. 5 is the surveillance camera unit when shoot part of the surveillance camera unit of second embodiment is in position of readiness
Stereogram.
Fig. 6 is the stereogram of surveillance camera unit when shoot part shown in Fig. 5 is in camera site.
The reference numerals are as follows：
1、200：Surveillance camera unit；10、210：Shoot part；20、220：Drive division；30、250：Blocking parts；40、260：
Control unit；63：Bean pot lamp mounting portion（The installed part of bean pot lamp）；270：Support plate；300A：Monitor area；310：Ceiling；300：
Mounting hole；400：Inspection socket
Embodiment
First embodiment
Fig. 1 shows the room area i.e. monitor area 300A in the room 300 shot by surveillance camera unit 1.Surveillance camera
Unit 1 is for example set for the purpose for preventing crime, has the bean pot lamp that can utilize the ceiling 310 for being formed at room 300
330 mounting hole 320 is installed on the construction of ceiling 310.Surveillance camera unit 1 uses a peace in multiple mounting holes 320
Dress hole 320 configures.In addition, the mounting hole 320 for being not configured with surveillance camera unit 1 in multiple mounting holes 320 is configured with
Bean pot lamp 330.
As shown in Fig. 2, surveillance camera unit 1 includes：Shoot part 10, it can be in shooting monitor area 300A（Referring to
Fig. 1）When camera site and position of readiness when not shooting monitor area 300A between move；With drive division 20, it makes shooting
Moved between camera site and position of readiness in portion 10.Surveillance camera unit 1 further comprises：Blocking parts 30, itself and bat
Portion 10 is taken the photograph to connect；Control unit 40, it controls shoot part 10 and drive division 20；Shell 50, it houses control unit 40；And installed part
60, it is installed for drive division 20 and shell 50.Surveillance camera unit 1 passes through multiple suspension full thread screws（Illustration omitted）
Hang on the inboard beam of ceiling 310（Illustration omitted）.
For example, shoot part 10 is the dome-shaped web camera for being capable of shooting motion, pass through cable（Illustration omitted）With control
Portion 40 processed is electrically connected.Shoot part 10 is can be whole for the size that mounting hole 320 passes through, camera site shown in Fig. 4, shoot part 10
A ceiling face 310A positioned at than ceiling 310 leans on monitor area 300A sides.Shoot part 10 is in the position of readiness shown in Fig. 2, entirety
Positioned at more upper than the ceiling face 310A of ceiling 310, i.e. the inboard of ceiling 310.
As shown in figure 3, drive division 20 includes, rectilinear guide 21, it is extended vertically relative to ceiling 310；Sliding block 22, its
Moved along rectilinear guide 21；Ball-screw 23, it is inserted into sliding block 22；Screw 24, it is engaged with ball-screw 23；And motor
25, it is connected with ball-screw 23.The output shaft of ball-screw 23 and motor 25（Illustration omitted）Connection.Screw 24 and sliding block 22
Engagement.Motor 25 is electrically connected by cable 26 with control unit 40.
Drive division 20 makes ball-screw 23 be rotated to first direction in the output axial direction first direction rotation of motor 25,
Screw 24 and sliding block 22 is set to be moved to close to the direction of ceiling 310.Drive division 20 is revolved in the output axial direction second direction of motor 25
When turning, ball-screw 23 is rotated to second direction, screw 24 and sliding block 22 is moved to the direction away from ceiling 310.
Blocking parts 30 includes, and the connecting portion 31 that is connected with sliding block 22 and is connected with connecting portion 31 and supports shoot part 10
Occlusion part 32.
Connecting portion 31 is extended vertically relative to ceiling 310, and passes through multiple screws（Illustration omitted）It is connected with sliding block 22.
Occlusion part 32 is integrally formed with connecting portion 31, covers the whole lower surface of shoot part 10.Occlusion part 32 for example, for
Design and color identical ceiling face 310A, alternatively, being the design and color similar with ceiling face 310A.Occlusion part 32 is can
The most shape of mounting hole 320 is closed, the shoot part 10 on position of readiness is blocked from monitor area 300A.
Control unit 40 can by wirelessly or non-wirelessly with external equipment（Illustration omitted）Communication.One example of external equipment
The personal computer or tablet terminal that e.g. user is held.The example of user is lived for the house comprising room 300
Family or the guard company that the house guard comprising room 300 has been entrusted by the resident family in house.
Control unit 40 is based on inputting guard commencing signal from external equipment, drives drive division 20, makes shoot part 10 from treating
Seat in the plane, which is put, is moved to camera site, sends shooting commencing signal to shoot part 10, makes shoot part 10 start to shoot monitor area
300A.Control unit 40 is based on inputting guard end signal from external equipment, sends shooting end signal to shoot part 10, makes shooting
Portion 10 terminates the shooting to monitor area 300A, drives drive division 20, shoot part 10 is moved to standby position from camera site.
As shown in Figures 2 and 3, shell 50 includes, housing 51, it houses control unit 40；With lid 52, it is by hinge 50A
With hook 50B so as to the mode of opening and closing is installed on housing 51.Housing 51 is configured at ceiling 310 in the state of covered 52 closing
Inboard.User can implement maintenance to control unit 40 etc. by opening lid 52 to housing 51.
As shown in Fig. 2, installed part 60 includes, relative to the vertically extending basic courses department 61 of ceiling 310, supporting base portion 61
A pair of support parts 62 and the bean pot lamp mounting portion 63 being configured between a pair of support parts 62.
The housing 51 of shell 50 is installed by multiple screws 71 in the surface 61A of basic courses department 61.By multiple screws（Save
Sketch map shows）In the back side 61B of basic courses department 61（Referring to Fig. 3）The rectilinear guide 21 of drive division 20 is installed.
A pair of support parts 62 is by multiple screws（Illustration omitted）It is installed on the bottom wall 61C and ceiling 310 of basic courses department 61.
Bean pot lamp mounting portion 63 is by bean pot lamp 330（Referring to Fig. 1）Bean pot lamp is supplied in the case of being configured at mounting hole 320
The part of 330 installations.Bean pot lamp mounting portion 63 includes, with the ceiling face 310A exposed division 63A contacted and connection exposed division 63A with
The connecting portion 63B of the bottom wall 61C of basic courses department 61.
Exposed division 63A is exposed to monitor area 300A from ceiling face 310A, and formed with shoot part 10 and occlusion part can be supplied
The through hole 63C that part 30 passes through.
Connecting portion 63B is integrally formed with exposed division 63A, is connected by multiple screws 72 with the bottom wall 61C of basic courses department 61.
Illustrate the action of surveillance camera unit 1 referring to Fig. 3 and Fig. 4.
When shoot part 10 is in the position of readiness shown in Fig. 3, when guard commencing signal is input into control unit 40, control unit
40 make the output shaft of the motor 25 of drive division 20（Illustration omitted）Rotated to first direction.The output axial direction first direction of motor 25
Rotate, thus ball-screw 23 is rotated to first direction, and screw 24 and sliding block 22 are moved to close to the direction of ceiling 310, with cunning
The blocking parts 30 and shoot part 10 that block 22 connects are declined by through hole 63C and mounting hole 320.
Control unit 40 stops the driving of motor 25 after it have passed through the driving time of motor 25 set in advance.Therefore, clap
Take the photograph the stopping of 10 camera site shown in Fig. 4 of portion.Afterwards, control unit 40 sends shooting commencing signal, shoot part to shoot part 10
10 start the shooting to monitor area 300A.
On the other hand, when shoot part 10 is in the camera site shown in Fig. 4, guard end signal is input into control unit 40
When, control unit 40 sends shooting end signal to shoot part 10, and shoot part 10 terminates the shooting to monitor area 300A.Connect down
Come, control unit 40 makes the output shaft of the motor 25 of drive division 20（Illustration omitted）Rotated to second direction.The output shaft of motor 25
Rotated to second direction, thus ball-screw 23 is rotated to second direction, and screw 24 and sliding block 22 are to the direction away from ceiling 310
Mobile, the blocking parts 30 and shoot part 10 being connected with sliding block 22 are risen by through hole 63C and mounting hole 320.
Control unit 40 stops the driving of motor 25, thus claps after it have passed through the driving time of motor 25 set in advance
Portion 10 is taken the photograph in the position of readiness shown in Fig. 3 to stop.
Effect and effect to surveillance camera unit 1 illustrate.
As shown in figure 3, in the position of readiness of shoot part 10, the occlusion part 32 of blocking parts 30 closes the big of mounting hole 320
Part, therefore shoot part 10 is blocked from monitor area 300A.Thus, for example, when not shooting monitor area 300A, it is present in
The presence of people's surveillance camera unit 1 not easy to identify in monitor area 300A, is not easy because it produces unplessantness displeasure.Further, it is possible to
Improve the appearance design in the room 300 comprising monitor area 300A.
In addition, because the movement of blocking parts 30 and the movement of shoot part 10 can be realized using a drive division 20, because
This can be exposed to the state of monitor area 300A and shoot part 10 by from monitoring with simpler structure change shoot part 10
The state that region 300A is blocked.
According to surveillance camera unit 1, following effect can be further obtained.
（1）Compared with the situation that drive division 20 directly moves shoot part 10, big vibration is not easy to be delivered to shoot part 10.
Therefore, it is possible to improve the durability of shoot part 10.
（2）The occlusion part 32 of blocking parts 30 to support shoot part 10 in a manner of the whole bottom surface for covering shoot part 10, because
The wider component 30 that is blocked of this shoot part 10 covers.Therefore, it is easily more suitable when shoot part 10 is located at position of readiness
Shoot part 10 is blocked from monitor area 300A in locality.
Shoot part 10 is present in the inboard of ceiling 310, also, be formed at the mounting hole 320 of ceiling 310 in position of readiness
The component 30 that is blocked is closed, therefore the people for being present in monitor area 300A surveillance camera unit 1 more not easy to identify.
Because being to configure basic courses department 61 using the installed part i.e. bean pot lamp mounting portion 63 of bean pot lamp 330, institute so as to
The inboard Configuration Control Board 40 of ceiling 310.Therefore, it is possible to utilize the existing construction for being used for configuring bean pot lamp 330, carry out configuration monitoring
Camera unit 1.
The color of the occlusion part 32 of blocking parts 30 be the design and color identical with ceiling face 310A or with ceiling face
Color similar 310A, therefore when shoot part 10 is in position of readiness, the people for being present in monitor area 300A is more not easy to know
Other occlusion part 32.
Second embodiment
Referring to Fig. 1, Fig. 5 and Fig. 6, the surveillance camera unit 200 of second embodiment is illustrated.In addition, pair with first
The structure that embodiment shares marks the reference numeral identical with first embodiment, and the description thereof will be omitted.
The surveillance camera unit 200 of second embodiment shown in Fig. 1 has can be using the inspection for being formed at ceiling 310
Mouthfuls 400 are installed on the construction of ceiling 310.
As shown in figure 5, surveillance camera unit 200 includes, shoot part 210, it can be in shooting monitor area 300A（Ginseng
See Fig. 1）When camera site and position of readiness when not shooting monitor area 300A between move；With drive division 220, it makes bat
Portion 210 is taken the photograph to move between camera site and position of readiness.Surveillance camera unit 1 further comprises：Connecting portion 230, it connects
Connect shoot part 210 and drive division 220；Rotating part 240, it rotates blocking parts 30；Blocking parts 250, it is from monitor area
300A blocks the shoot part 10 on position of readiness；Control unit 260, it controls shoot part 210 and drive division 220；And support plate
270, it supports drive division 220 and control unit 260.
Shoot part 210 is, for example, the dome-shaped web camera for being capable of shooting motion, passes through cable 211 and control unit 260
It is electrically connected.Shoot part 210 is the size that inspection socket 400 can be supplied to pass through, in the camera site shown in Fig. 6, the overall ratio of shoot part 210
The ceiling face 310A of ceiling 310, which is located at, leans on monitor area 300A sides.In the position of readiness shown in Fig. 5, shoot part 210 is overall to compare day
The ceiling face 310A of canopy 310 is positioned at upper, i.e. positioned at the inboard of ceiling 310.
Drive division 220 includes, rectilinear guide 221, the sliding block 222 moved along rectilinear guide 221, insertion sliding block 222
Ball-screw 223, the screw 224 that is engaged with ball-screw 223 and the motor 225 that is connected with ball-screw 223.Motor
225 are electrically connected by cable 226 with control unit 260.In the output shaft of motor 225（Illustration omitted）When being rotated to first direction,
Drive division 220 makes ball-screw 223 be rotated to first direction, screw 224 and sliding block 222 is moved to close to the direction of motor 225
It is dynamic.In the output axial direction second direction rotation of motor 225, drive division 220 makes ball-screw 223 be rotated to second direction, makes
Screw 224 and sliding block 222 are moved to the direction away from motor 225.
Connecting portion 230 includes, and connects the Part I 231 of shoot part 210 and blocking parts 250, is installed on blocking parts
The Part III 233 of 250 Part II 232 and the sliding block 222 and Part II 232 of connection drive division 220.
Part I 231 includes, the first plate part 231A, it is installed on blocking parts 250 by multiple screws 81；With
Two plate part 231B, it is connected with the first plate part 231A, and supports shoot part 210.
Part II 232 is the plate-shaped member that blocking parts 250 is installed on by multiple screws 82.Part II 232 has
There is the slot hole 232A of the shape along the extending direction extension of rectilinear guide 21.
Part III 233 includes, sliding block 233A, it is inserted into the slot hole 232A of Part II 232；Axis 233B, it is inserted
Enter sliding block 233A；And axis fixed part 233C, it is installed on the upper surface of the sliding block 222 of drive division 220, and support shaft 233B
One end.Another end perforation sliding block 233A of axis 233B, and in blocking parts 250.
Rotating part 240 includes：Axis 241, it is configured at the center of the long side direction of blocking parts 250；Shaft end supporting part 242, its
The end of support shaft 241；And rotation supporting portion 243, its support shaft 241, and rotated together with blocking parts 250.
The support shaft 241 in a manner of not revolvable of shaft end supporting part 242.Shaft end supporting part 242 is pacified by multiple screws 83
Loaded on support plate 270.
Rotation supporting portion 243 can be rotated relative to axis 241, and be installed on blocking parts 250 by multiple screws 84.
Blocking parts 250 closes the inspection of ceiling 310 when shoot part 210 is in position of readiness together with support plate 270
Mouth 400.Blocking parts 250 is configured in support plate 270 and is cut into rectangular hole.Being clapped with confession in blocking parts 250
The color for taking the photograph the face of the opposite side in face of the installation of portion 210 be preferably the design and color identical with ceiling face 310A or with ceiling face
Design and color similar 310A.
Control unit 260 have input guard commencing signal based on the external equipment held from user, and drive drive division 220
It is dynamic, shoot part 210 is moved to the camera site shown in Fig. 6 from the position of readiness shown in Fig. 5, make shoot part 210 start to shoot
Monitor area 300A.Control unit 260 have input guard end signal based on the external equipment held from user, make shoot part
210 terminate the shooting to monitor area 300A, drive drive division 220, shoot part 210 is moved to standby position from camera site
Put.
Support plate 270 is fixed on the frame 500 for being installed in inspection socket 400.Support plate 270 supports drive division 220 and control
Portion 260.
Referring to Fig. 5 and Fig. 6, illustrate the action of surveillance camera unit 200.
In the standby position of the shoot part 210 shown in Fig. 5, the axis 233B of Part III 233 is located adjacent to Part II 232
The end position of the long side direction of slot hole 232A.Therefore, axis 233B limits position of readiness of the blocking parts 250 in shoot part 210
Rotated because of the dead weight of shoot part 210 around axis 241.
When shoot part 210 is in position of readiness, when control unit 260 has been transfused to guard commencing signal, control unit 260
Make the output shaft of the motor 225 of drive division 220（Illustration omitted）Rotated to first direction.The output axial direction first party of motor 225
To rotation, thus ball-screw 223 is rotated to first direction, and screw 224 and sliding block 222 are moved to close to the direction of motor 225.
Therefore, the Part III 233 being connected with sliding block 222 is moved to close to the direction of shoot part 210.
On the long side direction of slot hole 232A, when the axis 233B of Part III 233 and the distance of shoot part 210 are less than regulation
Apart from when, it is allowed to blocking parts 250 is rotated from axis 241 is recoiled because of shoot part 210.Therefore, blocking parts 250, Part I
231st, Part II 232, rotation supporting portion 243 and shoot part 210 are rotated by 90 ° around axis 241, and shoot part 210 is in shown in Fig. 6
Camera site.Afterwards, control unit 260 sends shooting commencing signal to shoot part 210, and shoot part 210 starts to monitor area
The shooting of 300A.
When shoot part 210 is in the camera site shown in Fig. 6, when control unit 260 has been transfused to guard end signal,
Control unit 260 sends shooting end signal to shoot part 210, and shoot part 210 terminates the shooting to monitor area 300A.Connect down
Come, control unit 260 makes the output shaft of the motor 225 of drive division 220（Illustration omitted）Rotated to second direction.Motor 225 it is defeated
Shaft is rotated to second direction, and thus ball-screw 223 is rotated to second direction, and screw 224 and sliding block 222 are to away from motor 25
Direction movement, Part III 233 to away from shoot part 210 direction move.
Part III 233 is moved to the direction away from shoot part 210, and the axis 233B being thus connected with sliding block 22 is to slot hole
The end movement of the long side direction of 232A.Therefore, Part II 232 and the blocking parts 250 that is connected with Part II 232 are around axis
242 rotate to the inboard direction for returning to ceiling 310.Therefore, shoot part 210 is moved to standby shown in Fig. 5 from camera site
Position, and stop.
Illustrate effect and the effect of surveillance camera unit 200.
As shown in figure 5, when shoot part 210 is in position of readiness, blocking parts 250 closes inspection socket 400, therefore shoot part
210 are blocked from monitor area 300A.So for example, when not shooting monitor area 300A, it is present in monitor area 300A
The presence of people's surveillance camera unit 200 not easy to identify, is not easy because it produces unplessantness displeasure.Further, it is possible to improve comprising surveillance zone
The appearance design in the room 300 of domain 300A.
In addition, because the movement of blocking parts 250 and the movement of shoot part 210 can be realized by a drive division 220,
So as to simpler structure change shoot part 210 be exposed to monitor area 300A state and shoot part 210 by from
The state that monitor area 300A is blocked.
According to surveillance camera unit 200, except above-mentioned（1）、（3）And（5）Outside, moreover it is possible to further obtain following effect
Fruit.
（6）The inspection socket 400 of ceiling 310 can be utilized, control unit 260 is configured in the inboard of ceiling 310.Accordingly, it is capable to
Enough existing constructions for utilizing the inboard ceiling 310 for checking ceiling 310 are come configuration monitoring camera unit 200.
Variation
Explanation in relation to the various embodiments described above is the illustration for the mode that can obtain the surveillance camera unit based on the present invention, and
Its mode of not intended to limit.Surveillance camera unit based on the present invention for example can also use above-mentioned each implementation as follows
The variation of example and the combined mode of mutual reconcilable at least two variation.
According to the surveillance camera unit 1,200 of variation, having can when shoot part 10,210 is located at position of readiness
Structure positioned at the inside of the wall in room 300.
According to the surveillance camera unit 1 of variation, blocking parts 30 does not have connecting portion 31.In the variation, hide
Stopper 32 is engaged with shoot part 10, and drive division 20 drives shoot part 10, thus makes shoot part 10 in camera site and position of readiness
Between move.
According to the surveillance camera unit 1 of variation, shoot part 10 reveals in position of readiness, at least part from mounting hole 320
Go out.According to the surveillance camera unit 1 of the variation, the occlusion part 32 of blocking parts 30 is except also covering the bottom surface of shoot part 10
The shape of lid side.
According to the surveillance camera unit 1 of variation, the substitution of drive division 20 uses the mechanism of ball-screw 23, and including tooth
The rotary motion of motor 25 is converted to the machine of the linear motion of sliding block 22 by bar gear mechanism or conveyer belt and belt wheel mechanism etc.
Structure.
According to the surveillance camera unit 200 of variation, connecting portion 230 is omitted.According to the surveillance camera of the variation
Unit 200, shoot part 210 are connected with axis 241, including make 241 rotating driving source of axis.In the variation, driving source makes axis
241 rotations, thus make shoot part 210 be moved between position of readiness and camera site.
According to the surveillance camera unit 1,200 of variation, shoot part 10,210 uses boxlike video camera, infrared pick-up
Machine, safety lamp video camera, miniature camera, wireless camera or night viewing camera.
Claims (5)
1. a kind of surveillance camera unit, including：
Shoot part, camera site that it can be when shooting monitor area and position of readiness when not shooting the monitor area it
Between move；
Blocking parts, it is connected in a manner of being moved together with the shoot part with the shoot part, is located in the shoot part
During the camera site, the shoot part can be allowed to shoot the monitor area, when the shoot part is located at the position of readiness,
The shoot part is blocked from the monitor area；And
Drive division, it moves the blocking parts or the shoot part, thus makes the shoot part in the camera site
Moved between the position of readiness.
2. surveillance camera unit according to claim 1, wherein,
The drive division is by moving the blocking parts, to make the shoot part in the camera site and the standby position
Moved between putting.
3. the surveillance camera unit according to claims 1 or 2, wherein,
The blocking parts supports the shoot part in a manner of covering the whole bottom surface of the shoot part.
4. surveillance camera unit according to any one of claim 1 to 3, wherein,
Further include at least one control unit being controlled in the shoot part and the drive division,
The control unit can be installed on the installed part of bean pot lamp.
5. surveillance camera unit according to any one of claim 1 to 3, wherein,
Further comprise：Control unit, it is controlled at least one in the shoot part and the drive division；And supporting
Plate, it supports the control unit,
The support plate can be fixed on the inspection socket of ceiling,
The blocking parts be can be closed when the shoot part is in the position of readiness together with the support plate it is described
The shape of inspection socket.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2017-002938 | 2017-01-11 | ||
| JP2017002938A JP6518703B2 (en) | 2017-01-11 | 2017-01-11 | Surveillance camera unit |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108040194A true CN108040194A (en) | 2018-05-15 |
Family
ID=62093100
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710651743.9A Pending CN108040194A (en) | 2017-01-11 | 2017-08-02 | Surveillance camera unit |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP6518703B2 (en) |
| CN (1) | CN108040194A (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP7373395B2 (en) * | 2019-12-27 | 2023-11-02 | ニデックプレシジョン株式会社 | Camera module shielding device, electronic equipment |
| JP2023169690A (en) * | 2022-05-17 | 2023-11-30 | コベルコ建機株式会社 | Imaging mechanism, working machine equipped with imaging mechanism, and working machine remote control system for remotely controlling working machine |
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| JP3163084U (en) * | 2010-07-09 | 2010-09-30 | 株式会社ダブリュー・ビィ・ジャパン | Surveillance camera and surveillance camera system |
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2017
- 2017-01-11 JP JP2017002938A patent/JP6518703B2/en not_active Expired - Fee Related
- 2017-08-02 CN CN201710651743.9A patent/CN108040194A/en active Pending
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2008167202A (en) * | 2006-12-28 | 2008-07-17 | Sony Corp | Imaging apparatus |
| JP2013078032A (en) * | 2011-09-30 | 2013-04-25 | Canon Inc | Imaging apparatus installation instrument |
| CN205430418U (en) * | 2016-03-25 | 2016-08-03 | 中国地质大学（武汉） | Multi -functional image acquisition device |
Also Published As
| Publication number | Publication date |
|---|---|
| JP6518703B2 (en) | 2019-05-22 |
| JP2018113590A (en) | 2018-07-19 |
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| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| RJ01 | Rejection of invention patent application after publication | ||
| RJ01 | Rejection of invention patent application after publication |
Application publication date: 20180515 |