WO2014192057A1 - Monitor camera adjustment device - Google Patents

Monitor camera adjustment device Download PDF

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Publication number
WO2014192057A1
WO2014192057A1 PCT/JP2013/064616 JP2013064616W WO2014192057A1 WO 2014192057 A1 WO2014192057 A1 WO 2014192057A1 JP 2013064616 W JP2013064616 W JP 2013064616W WO 2014192057 A1 WO2014192057 A1 WO 2014192057A1
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WO
WIPO (PCT)
Prior art keywords
camera
adjustment
angle
console
stepping motor
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PCT/JP2013/064616
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French (fr)
Japanese (ja)
Inventor
浩一 後迫
Original Assignee
株式会社日立システムズ
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Publication date
Application filed by 株式会社日立システムズ filed Critical 株式会社日立システムズ
Priority to CN201380006102.8A priority Critical patent/CN104137530B/en
Priority to JP2014501356A priority patent/JP5514377B1/en
Priority to PCT/JP2013/064616 priority patent/WO2014192057A1/en
Priority to KR1020147010027A priority patent/KR101499729B1/en
Publication of WO2014192057A1 publication Critical patent/WO2014192057A1/en

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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N7/00—Television systems
    • H04N7/18—Closed-circuit television [CCTV] systems, i.e. systems in which the video signal is not broadcast
    • H04N7/183—Closed-circuit television [CCTV] systems, i.e. systems in which the video signal is not broadcast for receiving images from a single remote source
    • 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

Definitions

  • the present invention relates to a monitoring camera adjustment device used when installing a monitoring camera on the ceiling, wall surface, etc. of a building.
  • An object of the present invention is to provide an apparatus capable of mechanically and easily adjusting a surveillance camera in a short time.
  • a surveillance camera adjustment device that temporarily installs the surveillance camera of the present invention in the vicinity of a mounting location and adjusts the angle of view and focus of the camera lens and the orientation of the camera body is a pan head that holds the camera in order to achieve the above object.
  • Telescopic pole with a built-in motor that extends and retracts the pole, a stepping motor that adjusts the angle of the camera platform in the horizontal plane, a stepping motor that adjusts the angle of the camera platform in the vertical plane, and an angle adjustment ring for the camera lens
  • a camera lens adapter incorporating a stepping motor for driving the focus adjustment ring, an adjustment control adapter for controlling each motor, a display device for displaying images from the camera, and a console PC having an input device for sending commands to the adjustment control adapter It comprises.
  • the console PC stores the adjustment data of the surveillance camera and has a function of reproducing the adjustment state of the camera by sending a command to the adjustment control adapter.
  • the surveillance camera adjustment device of the present invention can adjust the surveillance camera mechanically easily in a short time.
  • FIG. 1 is an external view of the surveillance camera adjustment device of the present invention.
  • FIG. 2 is an explanatory diagram of a main part of the surveillance camera adjustment device of the present invention.
  • FIG. 3 is an explanatory diagram of a main part of the surveillance camera adjustment device of the present invention.
  • FIG. 4 is a system configuration diagram of the monitoring camera adjustment apparatus of the present invention.
  • FIG. 1 shows an overall configuration of the present invention.
  • a surveillance camera adjusting device 1 includes a portable telescopic pole 20, a console PC 30 prepared on the ground side, a surveillance camera case 10 attached to the top of the telescopic pole 20, A control device 40 is provided.
  • the telescopic pole 20 is configured to be telescopic in the Z-axis direction.
  • the camera platform 210 to which the surveillance camera case 10 is attached can be rotated about the C axis centered on the Z axis and can be rotated about the B axis centered on an axis orthogonal to the Z axis.
  • the telescopic pole 20 is extended to set the surveillance camera case 10 at a position close to the installation location.
  • FIG. 2 shows an essential part of the present invention.
  • a telescopic pole motor 200 is provided in the telescopic pole 20 and receives a command from an adjustment adapter (to be described later) through a curl cord 510 to expand and contract the telescopic pole 20.
  • a pan head 210 is provided on the top of the telescopic pole 20.
  • a horizontal angle adjusting stepping motor 220 is provided between the top of the telescopic pole 20 and the pan head 210.
  • the pan head 210 is rotationally controlled around the C axis.
  • a vertical angle adjusting stepping motor 230 is provided between the horizontal angle adjusting stepping motor 220 and the camera platform 210, and the camera platform 210 is controlled to rotate about the B axis.
  • An adjustment control adapter 150 for adjustment is connected to the camera body 100 mounted on the camera platform 210.
  • a camera lens adjustment adapter 160 is attached to the outer cylindrical portion of the lens of the camera body 100, and is connected to the adjustment control adapter 150 by a connection cord 170.
  • the console PC 30 disposed on the ground side has an input device 300 and a display 310 and is connected to the adjustment control adapter 150 via a curl cord 510.
  • FIG. 3 shows an outline of the camera angle adjustment adapter 160 for adjusting the angle of view adjustment ring 120 and the focus adjustment ring 130 attached to the lens 110 of the camera body 100.
  • the camera lens adjustment adapter 160 includes a stepping motor that rotates the angle-of-view adjustment ring 120 and the focus adjustment ring 130, and the angle-of-view adjustment ring 120, based on a command sent from the adjustment control adapter 150 via the connection cord 170.
  • the focus adjustment ring 130 is controlled to take an image.
  • the photographed image is sent to the console PC 30 via the curl code 500 and displayed on the display 310 as the monitor image P.
  • the operator sends necessary commands from the input device 300 to the adjustment control adapter 150 while watching the monitor image P on the display 310, and operates the camera lens adjustment adapter 160 to adjust the angle of view and focus.
  • the adjustment result is recorded in the console PC 30.
  • the operator sends a command from the input device 300 to the adjustment control adapter 150, operates the horizontal angle adjustment stepping motor 220 and the vertical angle adjustment stepping motor 230, Adjust the camera orientation.
  • the adjustment result is recorded in the console PC 30.
  • adjustments such as the camera height and installation direction are complete, these data are printed out and marked on the ceiling, walls, and under the eaves. Remove the camera from the camera platform and place it in the camera case to complete the installation.
  • FIG. 4 is a system configuration diagram of the present invention.
  • the control adapter system configuration 600 includes a control circuit 610, a command circuit 620, a reception circuit 630, a storage circuit 640, an image processing circuit 650, a temporary storage area 660, and a transmission circuit 670.
  • the camera adjustment software 800 has a communication function 810, a display display function 820, an input function 830, a command transmission function 840, an adjustment value data write function 850, a storage medium 860, and an adjustment value data read function 870.
  • the flow of adjustment work is performed as follows. (1) When the camera adjustment software 800 of the console PC 30 is activated, the video P captured by the camera is received by the communication function 810 of the camera adjustment software 800 and displayed on the screen of the console PC 30 using the display display function 820. . (2) When a command (command) for raising and lowering the installation height of the camera is input with the input device (keyboard, mouse) 300 using the console PC 30, the input function 830 of the camera adjustment software 800 uses the display display function 820 to display the console PC 30. When the command transmission function 840 transmits via the communication function 810, the reception circuit 630 of the adjustment control adapter 150 receives the command and sends it to the command circuit 620.
  • the command circuit 620 operates the telescopic pole motor 200 for causing the control circuit 610 to raise and lower the telescopic pole.
  • the height value is adjusted by a save command of the camera adjustment software 800.
  • Control adapter 150 storage circuits 640 record in the temporary storage area 660.
  • the adjustment control adapter 150 converts the stored adjustment value into data, transmits it to the console PC 30 through the transmission circuit 670, and the camera adjustment software 800 receives the communication function 810 and uses the adjustment value data write function 850.
  • the data is stored in the storage medium 860 of the console PC 30.
  • the vertical angle adjustment and horizontal angle adjustment are performed by the stepping motor, the lens angle of view and the focus adjustment are performed, and the adjustment values converted into data are stored in the storage medium 860 of the console PC 30.
  • the data stored in the storage medium 860 of the console PC 30 is read using the adjustment value data reading function 870 of the camera adjustment software 800, and the adjustment control adapter 150 is used. By recreating the camera installation height, vertical and horizontal angles, lens angle of view, and focus adjustment, it is possible to facilitate the replacement of the replaced camera.

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  • Engineering & Computer Science (AREA)
  • Multimedia (AREA)
  • Signal Processing (AREA)
  • Studio Devices (AREA)
  • Closed-Circuit Television Systems (AREA)
  • Accessories Of Cameras (AREA)
  • Camera Bodies And Camera Details Or Accessories (AREA)

Abstract

Provided is a device whereby it is possible, when installing a monitor camera, for one operator to easily carry out a camera adjustment while verifying same with a monitor image. A monitor camera adjustment device (1) comprises a portable telescoping pole (20), a console PC (30) which is stationed at ground level, a monitor camera case (10) which is attached to the top of the telescoping pole (20), and a control device (40). An operator extends the telescoping pole (20) and sets the monitor camera case (10) in an installation site. While viewing a video on the console PC (30), the operator controls the camera about a B-axis and a C-axis, adjusting the facing of the camera, and also adjusting the angle of view and the focus of the lens thereof.

Description

監視カメラ調整装置Surveillance camera adjustment device
　本発明は、ビルの天井、壁面等に監視カメラを設置する際に使用される、監視カメラ調整装置に関する。 The present invention relates to a monitoring camera adjustment device used when installing a monitoring camera on the ceiling, wall surface, etc. of a building.
　天井、ビル壁面、軒先などに監視カメラを設置する作業にあっては、カメラのレンズの画角とピントの調整とカメラ本体の向きを調整する必要がある。
　この作業に際しては、作業者の１人がはしご、脚立などに上がってカメラを設置箇所に持ち上げてレンズの調整を行なう。この場合、他の作業者がモニター画面で画像を確認しながら、カメラを調整する作業者に対してカメラのレンズ角度、ピント、カメラ本体の向きなど、細かな指示を与える必要があった。 When installing a surveillance camera on the ceiling, building wall, eaves, etc., it is necessary to adjust the angle of view and focus of the camera lens and the orientation of the camera body.
In this work, one of the workers goes up to a ladder, a stepladder or the like and lifts the camera to the installation location to adjust the lens. In this case, it is necessary for other workers to give detailed instructions such as the lens angle of the camera, the focus, and the orientation of the camera body to the operator who adjusts the camera while checking the image on the monitor screen.
特開２００７－６３９７号公報JP 2007-6397 A 特開２０１１－７９５９８号公報JP 2011-79598 A
　従来の監視カメラの初期設置の調整作業は手動で行われていたので、複数の人手と長い作業時間を要していた。 Since the adjustment work for the initial installation of the conventional surveillance camera was performed manually, it required a lot of manpower and a long work time.
　本発明の目的は、監視カメラの調整を機械的に容易に短時間で行うことができる装置を提供することである。 An object of the present invention is to provide an apparatus capable of mechanically and easily adjusting a surveillance camera in a short time.
　本発明の監視カメラを取付箇所の近傍に仮設置してカメラレンズの画角とピント、及びカメラ本体の向きを調整する監視カメラ調整装置は、上記目的を達成するため、カメラを保持する雲台を頂部に備えると共にポールを伸縮するモータを内蔵する伸縮ポールと、雲台を水平面内で角度調整するステッピングモータと雲台を垂直面内で角度調整するステッピングモータと、カメラレンズの画角調整リングとピント調整リングを駆動するステッピングモータを内蔵するカメラレンズアダプタと、各モータを制御する調整制御アダプタと、カメラからの映像を表示する表示装置及び調整制御アダプタに指令を送る入力装置を有するコンソールＰＣとを具備する。 A surveillance camera adjustment device that temporarily installs the surveillance camera of the present invention in the vicinity of a mounting location and adjusts the angle of view and focus of the camera lens and the orientation of the camera body is a pan head that holds the camera in order to achieve the above object. Telescopic pole with a built-in motor that extends and retracts the pole, a stepping motor that adjusts the angle of the camera platform in the horizontal plane, a stepping motor that adjusts the angle of the camera platform in the vertical plane, and an angle adjustment ring for the camera lens And a camera lens adapter incorporating a stepping motor for driving the focus adjustment ring, an adjustment control adapter for controlling each motor, a display device for displaying images from the camera, and a console PC having an input device for sending commands to the adjustment control adapter It comprises.
　また、コンソールＰＣは監視カメラの調整データを記憶すると共に、調整制御アダプタに指令を送ってカメラの調整状態を再現する機能を備えている。 Also, the console PC stores the adjustment data of the surveillance camera and has a function of reproducing the adjustment state of the camera by sending a command to the adjustment control adapter.
　本発明の監視カメラ調整装置は、監視カメラの調整を機械的に容易に短時間で行うことができる。 The surveillance camera adjustment device of the present invention can adjust the surveillance camera mechanically easily in a short time.
図１は、本発明の監視カメラ調整装置の外観図である。FIG. 1 is an external view of the surveillance camera adjustment device of the present invention. 図２は、本発明の監視カメラ調整装置の要部の説明図である。FIG. 2 is an explanatory diagram of a main part of the surveillance camera adjustment device of the present invention. 図３は、本発明の監視カメラ調整装置の要部の説明図である。FIG. 3 is an explanatory diagram of a main part of the surveillance camera adjustment device of the present invention. 図４は、本発明の監視カメラ調整装置のシステム構成図である。FIG. 4 is a system configuration diagram of the monitoring camera adjustment apparatus of the present invention.
　本発明の監視カメラの調整装置の詳細を図面を参照して詳述する。
　図１は本発明の全体構成を示し、監視カメラ調整装置１は、携帯自在な伸縮ポール２０と、地上側に用意されるコンソールＰＣ３０と、伸縮ポール２０の頂部に取り付けられる監視カメラケース１０と、コントロール装置４０を備える。
　伸縮ポール２０は、Ｚ軸方向に伸縮自在に構成される。監視カメラケース１０を取り付ける雲台２１０は、Ｚ軸を中心とするＣ軸回りに回動可能であるとともに、Ｚ軸に直交する軸を中心とするＢ軸回りに回動自在である。調整に際しては、伸縮ポール２０を延ばして監視カメラケース１０を設置箇所に近い位置に設定する。 The details of the surveillance camera adjustment device of the present invention will be described in detail with reference to the drawings.
FIG. 1 shows an overall configuration of the present invention. A surveillance camera adjusting device 1 includes a portable telescopic pole 20, a console PC 30 prepared on the ground side, a surveillance camera case 10 attached to the top of the telescopic pole 20, A control device 40 is provided.
The telescopic pole 20 is configured to be telescopic in the Z-axis direction. The camera platform 210 to which the surveillance camera case 10 is attached can be rotated about the C axis centered on the Z axis and can be rotated about the B axis centered on an axis orthogonal to the Z axis. At the time of adjustment, the telescopic pole 20 is extended to set the surveillance camera case 10 at a position close to the installation location.
　図２は本発明の要部を示し、伸縮ポール２０内には伸縮ポール用モータ２００が装備されていて、カールコード５１０を通じて後述する調整アダプタから指令を受け、伸縮ポール２０を伸縮させる。
　伸縮ポール２０の頂部には雲台２１０が設けられる。伸縮ポール２０の頂部と雲台２１０の間には水平角度調整用ステッピングモータ２２０を設けている。雲台２１０はＣ軸回りに回転制御される。水平角度調整用ステッピングモータ２２０と雲台２１０の間には垂直角度調整用ステッピングモータ２３０が設けており、雲台２１０はＢ軸回りに回転制御される。雲台２１０上に取り付けられるカメラ本体１００に対して調整用の調整制御アダプタ１５０が連結される。 FIG. 2 shows an essential part of the present invention. A telescopic pole motor 200 is provided in the telescopic pole 20 and receives a command from an adjustment adapter (to be described later) through a curl cord 510 to expand and contract the telescopic pole 20.
A pan head 210 is provided on the top of the telescopic pole 20. A horizontal angle adjusting stepping motor 220 is provided between the top of the telescopic pole 20 and the pan head 210. The pan head 210 is rotationally controlled around the C axis. A vertical angle adjusting stepping motor 230 is provided between the horizontal angle adjusting stepping motor 220 and the camera platform 210, and the camera platform 210 is controlled to rotate about the B axis. An adjustment control adapter 150 for adjustment is connected to the camera body 100 mounted on the camera platform 210.
　カメラ本体１００のレンズの外筒部にはカメラレンズ調整アダプタ１６０が取り付けられ、調整制御アダプタ１５０との間は接続コード１７０で接続される。
　地上側に配設されるコンソールＰＣ３０は、入力装置３００とディスプレイ３１０を有し、カールコード５１０を介して調整制御アダプタ１５０に接続される。 A camera lens adjustment adapter 160 is attached to the outer cylindrical portion of the lens of the camera body 100, and is connected to the adjustment control adapter 150 by a connection cord 170.
The console PC 30 disposed on the ground side has an input device 300 and a display 310 and is connected to the adjustment control adapter 150 via a curl cord 510.
　図３はカメラ本体１００のレンズ１１０に取り付けられる画角調整リング１２０、ピント調整リング１３０の調整用のカメラレンズ調整アダプタ１６０の概要を示す。
　カメラレンズ調整アダプタ１６０は画角調整リング１２０、ピント調整リング１３０を回動させるステッピングモータを備え、調整制御アダプタ１５０から接続コード１７０を介して送られてくる指令に基づいて画角調整リング１２０、ピント調整リング１３０を制御して画像を撮影する。撮影された映像はカールコード５００を介してコンソールＰＣ３０に送られて、ディスプレイ３１０にモニター映像Ｐとして表示される。 FIG. 3 shows an outline of the camera angle adjustment adapter 160 for adjusting the angle of view adjustment ring 120 and the focus adjustment ring 130 attached to the lens 110 of the camera body 100.
The camera lens adjustment adapter 160 includes a stepping motor that rotates the angle-of-view adjustment ring 120 and the focus adjustment ring 130, and the angle-of-view adjustment ring 120, based on a command sent from the adjustment control adapter 150 via the connection cord 170. The focus adjustment ring 130 is controlled to take an image. The photographed image is sent to the console PC 30 via the curl code 500 and displayed on the display 310 as the monitor image P.
　オペレータはディスプレイ３１０のモニター映像Ｐを見ながら入力装置３００から必要な指令を調整制御アダプタ１５０へ送り、カメラレンズ調整アダプタ１６０を操作して画角やピントを調整する。
　調整結果はコンソールＰＣ３０内に記録される。 The operator sends necessary commands from the input device 300 to the adjustment control adapter 150 while watching the monitor image P on the display 310, and operates the camera lens adjustment adapter 160 to adjust the angle of view and focus.
The adjustment result is recorded in the console PC 30.
　次に、オペレータはディスプレイ３１０のモニター画像Ｐを見ながら、入力装置３００から調整制御アダプタ１５０に対して指令を送り、水平角度調整用ステッピングモータ２２０と垂直角度調整用ステッピングモータ２３０を操作して、カメラの向きを調整する。
　調整結果はコンソールＰＣ３０内に記録される。
　カメラの高さ位置や設置する方向などの調整が完了すると、これらのデータをプリントアウトし、天井や壁面・軒下へのマーキングを行う。
　カメラを雲台から取り外し、カメラケースに収容してマーキングした箇所に取り付け作業を完了する。 Next, while viewing the monitor image P on the display 310, the operator sends a command from the input device 300 to the adjustment control adapter 150, operates the horizontal angle adjustment stepping motor 220 and the vertical angle adjustment stepping motor 230, Adjust the camera orientation.
The adjustment result is recorded in the console PC 30.
When adjustments such as the camera height and installation direction are complete, these data are printed out and marked on the ceiling, walls, and under the eaves.
Remove the camera from the camera platform and place it in the camera case to complete the installation.
　図４は本発明のシステム構成図である。
　制御アダプタシステム構成６００は、制御回路６１０、指令回路６２０、受信回路６３０、記憶回路６４０、画像処理回路６５０、一時記憶領域６６０、送信回路６７０を備える。カメラ調整用ソフトウェア８００は通信機能８１０、ディスプレイ表示機能８２０、入力機能８３０、指令送信機能８４０、調整値データ書込み機能８５０、記憶メディア８６０、調整値データ読み出し機能８７０を有する。 FIG. 4 is a system configuration diagram of the present invention.
The control adapter system configuration 600 includes a control circuit 610, a command circuit 620, a reception circuit 630, a storage circuit 640, an image processing circuit 650, a temporary storage area 660, and a transmission circuit 670. The camera adjustment software 800 has a communication function 810, a display display function 820, an input function 830, a command transmission function 840, an adjustment value data write function 850, a storage medium 860, and an adjustment value data read function 870.
　調整作業の流れは次のように行われる。
（１）　コンソールＰＣ３０のカメラ調整用ソフトウェア８００を起動すると、カメラが撮影した映像Ｐをカメラ調整用ソフトウェア８００の通信機能８１０により受信し、ディスプレイ表示機能８２０を使ってコンソールＰＣ３０の画面上に表示する。
（２）　コンソールＰＣ３０でカメラの設置高さを上下させる指令（コマンド）を入力装置（キーボード、マウス）３００で入力すると、カメラ調整用ソフトウェア８００の入力機能８３０がディスプレイ表示機能８２０を使ってコンソールＰＣ３０の画面上に表示するとともに、指令送信機能８４０が通信機能８１０を介して送信すると、調整制御アダプタ１５０の受信回路６３０で指令を受信し、指令回路６２０に送る。指令回路６２０は制御回路６１０に伸縮ポールの上げ下げを行わせるための伸縮ポール用モータ２００を動作させる。
（３）　コンソールＰＣ３０の画面上に表示されたモニター映像Ｐでカメラの高さが最適、または所定の高さになった場合、カメラ調整用ソフトウェア８００の保存コマンドで高さの値を調整制御アダプタ１５０の記憶回路６４０が一時記憶領域６６０に記録する。
（４）　調整制御アダプタ１５０は記憶させた調整値をデータ化し、送信回路６７０を通じてコンソールＰＣ３０に送信し、カメラ調整用ソフトウェア８００が、通信機能８１０により受信し、調整値データ書込み機能８５０を使ってコンソールＰＣ３０の記憶メディア８６０に保存する。
（５）　同様にして、ステッピングモータにて垂直角度調整、水平角度調整、続いてレンズの画角およびピント調整を行い、データ化された調整値をコンソールＰＣ３０の記憶メディア８６０に保存する。
（６）　カメラ故障時などカメラ自体を交換した場合、コンソールＰＣ３０の記憶メディア８６０に保存されたデータをカメラ調整用ソフトウェア８００の調整値データ読み出し機能８７０を使って読み込み、調整制御アダプタ１５０を介して、カメラの設置高さ、垂直および水平角度、レンズの画角およびピント調整を再現することで、交換したカメラの再設置を容易にすることができる。 The flow of adjustment work is performed as follows.
(1) When the camera adjustment software 800 of the console PC 30 is activated, the video P captured by the camera is received by the communication function 810 of the camera adjustment software 800 and displayed on the screen of the console PC 30 using the display display function 820. .
(2) When a command (command) for raising and lowering the installation height of the camera is input with the input device (keyboard, mouse) 300 using the console PC 30, the input function 830 of the camera adjustment software 800 uses the display display function 820 to display the console PC 30. When the command transmission function 840 transmits via the communication function 810, the reception circuit 630 of the adjustment control adapter 150 receives the command and sends it to the command circuit 620. The command circuit 620 operates the telescopic pole motor 200 for causing the control circuit 610 to raise and lower the telescopic pole.
(3) When the height of the camera is optimal or a predetermined height in the monitor image P displayed on the screen of the console PC 30, the height value is adjusted by a save command of the camera adjustment software 800. Control adapter 150 storage circuits 640 record in the temporary storage area 660.
(4) The adjustment control adapter 150 converts the stored adjustment value into data, transmits it to the console PC 30 through the transmission circuit 670, and the camera adjustment software 800 receives the communication function 810 and uses the adjustment value data write function 850. The data is stored in the storage medium 860 of the console PC 30.
(5) Similarly, the vertical angle adjustment and horizontal angle adjustment are performed by the stepping motor, the lens angle of view and the focus adjustment are performed, and the adjustment values converted into data are stored in the storage medium 860 of the console PC 30.
(6) When the camera itself is replaced, such as when the camera is broken, the data stored in the storage medium 860 of the console PC 30 is read using the adjustment value data reading function 870 of the camera adjustment software 800, and the adjustment control adapter 150 is used. By recreating the camera installation height, vertical and horizontal angles, lens angle of view, and focus adjustment, it is possible to facilitate the replacement of the replaced camera.
　２０　伸縮ポール
　３０　コンソールＰＣ
　４０　コントロール装置
　１００　カメラ本体
　１２０　画角調整リング
　１３０　ピント調整リング
　１５０　調整制御アダプタ
　１６０　カメラレンズ調整アダプタ
　２１０　雲台
　２２０　水平角度調整用ステッピングモータ
　２３０　垂直角度調整用ステッピングモータ
　３００　入力装置 20 Telescopic pole 30 Console PC
DESCRIPTION OF SYMBOLS 40 Control apparatus 100 Camera main body 120 Angle of view adjustment ring 130 Focus adjustment ring 150 Adjustment control adapter 160 Camera lens adjustment adapter 210 Pan head 220 Stepping motor for horizontal angle adjustment 230 Stepping motor for vertical angle adjustment 300 Input device

Claims (2)

  1. 　監視カメラを取付箇所の近傍に仮設置してカメラレンズの画角とピント、及びカメラ本体の向きを調整する監視カメラ調整装置であって、
    　カメラを保持する雲台を頂部に備えると共にポールを伸縮するモータを内蔵する伸縮ポールと、
    　雲台を水平面内で角度調整するステッピングモータと雲台を垂直面内で角度調整するステッピングモータと、カメラレンズの画角調整リングとピント調整リングを駆動するステッピングモータを内蔵するカメラレンズアダプタと、各モータを制御する調整制御アダプタと、カメラからの映像を表示する表示装置及び調整制御アダプタに指令を送る入力装置を有するコンソールＰＣとを備えた監視カメラ調整装置。     A surveillance camera adjustment device that temporarily installs a surveillance camera in the vicinity of the mounting location and adjusts the angle of view and focus of the camera lens and the orientation of the camera body,
    A telescopic pole with a built-in motor for extending and retracting the pole, with a head for holding the camera at the top,
    A stepping motor for adjusting the angle of the camera platform in a horizontal plane, a stepping motor for adjusting the angle of the camera platform in a vertical plane, a camera lens adapter incorporating a stepping motor for driving a field angle adjustment ring and a focus adjustment ring of the camera lens, A monitoring camera adjustment device comprising an adjustment control adapter for controlling each motor, a display device for displaying video from the camera, and a console PC having an input device for sending commands to the adjustment control adapter.
  2. 　コンソールＰＣは監視カメラの調整データを記憶すると共に、調整制御アダプタに指令を送ってカメラの調整状態を再現する機能を備えた請求項１記載の監視カメラ調整装置。 2. The monitoring camera adjustment device according to claim 1, wherein the console PC stores the adjustment data of the monitoring camera and has a function of sending a command to the adjustment control adapter to reproduce the adjustment state of the camera.
PCT/JP2013/064616 2013-05-27 2013-05-27 Monitor camera adjustment device WO2014192057A1 (en)

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PCT/JP2013/064616 WO2014192057A1 (en) 2013-05-27 2013-05-27 Monitor camera adjustment device
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