JP2022008788A - Trackless type movie and tv shooting vehicle - Google Patents

Trackless type movie and tv shooting vehicle Download PDF

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JP2022008788A
JP2022008788A JP2021089239A JP2021089239A JP2022008788A JP 2022008788 A JP2022008788 A JP 2022008788A JP 2021089239 A JP2021089239 A JP 2021089239A JP 2021089239 A JP2021089239 A JP 2021089239A JP 2022008788 A JP2022008788 A JP 2022008788A
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fixedly connected
slide block
slide
fitted
telescopic
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JP2021089239A
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JP6951721B1 (en
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涛 欒
Tao Luan
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Qingdao Agricultural University
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Qingdao Agricultural University
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    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
    • F16M—FRAMES, CASINGS OR BEDS OF ENGINES, MACHINES OR APPARATUS, NOT SPECIFIC TO ENGINES, MACHINES OR APPARATUS PROVIDED FOR ELSEWHERE; STANDS; SUPPORTS
    • F16M11/00—Stands or trestles as supports for apparatus or articles placed thereon ; Stands for scientific apparatus such as gravitational force meters
    • F16M11/42—Stands or trestles as supports for apparatus or articles placed thereon ; Stands for scientific apparatus such as gravitational force meters with arrangement for propelling the support stands on wheels
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
    • F16M—FRAMES, CASINGS OR BEDS OF ENGINES, MACHINES OR APPARATUS, NOT SPECIFIC TO ENGINES, MACHINES OR APPARATUS PROVIDED FOR ELSEWHERE; STANDS; SUPPORTS
    • F16M11/00—Stands or trestles as supports for apparatus or articles placed thereon ; Stands for scientific apparatus such as gravitational force meters
    • F16M11/02—Heads
    • F16M11/04—Means for attachment of apparatus; Means allowing adjustment of the apparatus relatively to the stand
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
    • F16M—FRAMES, CASINGS OR BEDS OF ENGINES, MACHINES OR APPARATUS, NOT SPECIFIC TO ENGINES, MACHINES OR APPARATUS PROVIDED FOR ELSEWHERE; STANDS; SUPPORTS
    • F16M11/00—Stands or trestles as supports for apparatus or articles placed thereon ; Stands for scientific apparatus such as gravitational force meters
    • F16M11/02—Heads
    • F16M11/04—Means for attachment of apparatus; Means allowing adjustment of the apparatus relatively to the stand
    • F16M11/043—Allowing translations
    • F16M11/045—Allowing translations adapted to left-right translation movement
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
    • F16M—FRAMES, CASINGS OR BEDS OF ENGINES, MACHINES OR APPARATUS, NOT SPECIFIC TO ENGINES, MACHINES OR APPARATUS PROVIDED FOR ELSEWHERE; STANDS; SUPPORTS
    • F16M11/00—Stands or trestles as supports for apparatus or articles placed thereon ; Stands for scientific apparatus such as gravitational force meters
    • F16M11/02—Heads
    • F16M11/04—Means for attachment of apparatus; Means allowing adjustment of the apparatus relatively to the stand
    • F16M11/043—Allowing translations
    • F16M11/046—Allowing translations adapted to upward-downward translation movement
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
    • F16M—FRAMES, CASINGS OR BEDS OF ENGINES, MACHINES OR APPARATUS, NOT SPECIFIC TO ENGINES, MACHINES OR APPARATUS PROVIDED FOR ELSEWHERE; STANDS; SUPPORTS
    • F16M11/00—Stands or trestles as supports for apparatus or articles placed thereon ; Stands for scientific apparatus such as gravitational force meters
    • F16M11/02—Heads
    • F16M11/04—Means for attachment of apparatus; Means allowing adjustment of the apparatus relatively to the stand
    • F16M11/06—Means for attachment of apparatus; Means allowing adjustment of the apparatus relatively to the stand allowing pivoting
    • F16M11/10—Means for attachment of apparatus; Means allowing adjustment of the apparatus relatively to the stand allowing pivoting around a horizontal axis
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
    • F16M—FRAMES, CASINGS OR BEDS OF ENGINES, MACHINES OR APPARATUS, NOT SPECIFIC TO ENGINES, MACHINES OR APPARATUS PROVIDED FOR ELSEWHERE; STANDS; SUPPORTS
    • F16M11/00—Stands or trestles as supports for apparatus or articles placed thereon ; Stands for scientific apparatus such as gravitational force meters
    • F16M11/02—Heads
    • F16M11/18—Heads with mechanism for moving the apparatus relatively to the stand

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  • Engineering & Computer Science (AREA)
  • General Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Accessories Of Cameras (AREA)
  • Studio Devices (AREA)

Abstract

To provide a trackless type movie and TV shooting vehicle that eliminates the need of laying a rail, can extend or contract as a whole and improve stability at the time of operation after extension, and facilitates transportation and movement as a whole after contraction.SOLUTION: A trackless type movie and TV shooting vehicle includes a telescopic vehicle body mechanism 1, a left-extension support mechanism 2, a right-extension support mechanism 3, an extension control mechanism 4, an extension position regulation mechanism 5, a telescopic mount mechanism 6, a displacement adjustment mechanism 7 and a camera installation base 8.SELECTED DRAWING: Figure 1

Description

本発明は、撮影機器分野に関し、具体的に、無軌道式映画・テレビ撮影車に関する。 The present invention relates to the field of photographic equipment, and specifically to a trackless movie / television photographic vehicle.

映画・テレビ作品の撮影においては、不動の物体の運動効果を撮影する要求があり、従来技術において映画・テレビ撮影車一般的に用いられ、具体的に、レールが予め敷設された台車に撮影者が乗っており、レール上を台車を移動させることによりレンズを横に移動させて不動の物体を撮影する。中国特許公告号ＣＮ２１０７７１２９３Ｕに係る映画・テレビ撮影レール車は、レールと、ベースと、カメラとを備え、伸縮モーターと速度調節ノブとを設置することにより、ベースがレール上で所定の速度で移動することを実現し、人の力で押す必要がない。この従来技術の著しい欠点は、デバイスの分解が複雑であり、撮影時に異なる移動距離に応じてレールの敷設数を調整し、その後にレールを組み立て、撮影が完了した後にレールを分解して収納しなければならなく、これらの車レールは、体積が大きく、携帯に不便であり、敷設の過程でかなりの困難性を有する。 When shooting a movie / television work, there is a demand to capture the motion effect of an immovable object, which is generally used in a movie / television shooting vehicle in the prior art. By moving the trolley on the rail, the lens is moved sideways to shoot an immovable object. The movie / television shooting rail car according to the Chinese patent announcement No. CN210771293U is equipped with a rail, a base, a camera, and a telescopic motor and a speed adjustment knob, so that the base moves at a predetermined speed on the rail. It realizes that, and there is no need to push it by human power. A significant drawback of this prior art is the complexity of disassembling the device, adjusting the number of rails laid according to different travel distances during shooting, then assembling the rails, and disassembling and storing the rails after shooting is complete. Must be, these car rails are large in volume, inconvenient to carry and have considerable difficulty in the laying process.

中国特許公告号ＣＮ２１０７７１２９３ＵChinese Patent Notice CN210771293U

本発明の目的は、レールの敷設を必要としない無軌道式映画・テレビ撮影車を提供することであり、従来技術の問題点を有効に解決できる無軌道式映画・テレビ撮影車を提供することにある。 An object of the present invention is to provide a trackless movie / television shooting vehicle that does not require the laying of rails, and to provide a trackless movie / television shooting vehicle that can effectively solve the problems of the prior art. ..

本願は、上記の目的を実現するために、無軌道式映画・テレビ撮影車を提供し、伸縮車体機構と、左拡張支持機構と、右拡張支持機構と、拡張制御機構と、拡張位置規制機構と、伸縮マウント機構と、変位調節機構と、カメラ取付台とを備え、前記拡張制御機構が前記伸縮車体機構後端の中央に固定接続され、前記拡張制御機構の左右両端が前記左拡張支持機構と前記右拡張支持機構にそれぞれ伝動接続され、前記左拡張支持機構と前記右拡張支持機構が前記伸縮車体機構の左右両端にそれぞれ摺動接続され、前記左拡張支持機構の先端が前記伸縮車体機構に伝動接続され、前記右拡張支持機構の先端が前記伸縮マウント機構に伝動接続され、前記伸縮マウント機構の下端が前記伸縮車体機構の先端に可動接続され、前記伸縮マウント機構に前記変位調節機構が接続され、前記変位調節機構の上端が前記カメラ取付台に固定接続され、前記拡張位置規制機構が前記伸縮車体機構後端の中央に接続され、前記拡張位置規制機構が前記左拡張支持機構と前記右拡張支持機構との間に係止される。 In order to achieve the above object, the present application provides a trackless movie / television shooting vehicle, and includes a telescopic body mechanism, a left expansion support mechanism, a right expansion support mechanism, an expansion control mechanism, and an expansion position regulation mechanism. A telescopic mount mechanism, a displacement adjustment mechanism, and a camera mount are provided, the extended control mechanism is fixedly connected to the center of the rear end of the telescopic vehicle body mechanism, and the left and right ends of the extended control mechanism are connected to the left extended support mechanism. The left expansion support mechanism and the right expansion support mechanism are slidingly connected to the left and right ends of the telescopic vehicle body mechanism, respectively, and the tip of the left expansion support mechanism is connected to the expansion / contraction vehicle body mechanism. The tip of the right expansion support mechanism is transmission-connected to the telescopic mount mechanism, the lower end of the telescopic mount mechanism is movably connected to the tip of the telescopic vehicle body mechanism, and the displacement adjustment mechanism is connected to the telescopic mount mechanism. The upper end of the displacement adjusting mechanism is fixedly connected to the camera mount, the extended position regulating mechanism is connected to the center of the rear end of the telescopic vehicle body mechanism, and the extended position regulating mechanism is the left expansion support mechanism and the right. It is locked between it and the expansion support mechanism.

本発明は、以下の有利な効果を有する。
本発明の無軌道式映画・テレビ撮影車は、レール敷設を必要とせず、操作が便利で、携帯に便利であり、その全体は、伸張または収縮が可能であり、伸張後、本発明の作業時の安定性を向上させることができ、より多くの撮影用の撮像デバイスを置いて、撮影過程での使用を便利にし、収縮後、その全体は、運搬移動または車両による輸送が便利であり、占用面積が小さくなり、本発明の内部には、伸縮車体機構の展開に伴って自動的に上昇する伸縮マウント機構が設けられ、伸縮マウント機構は、変位調節機構とカメラ取付台が昇降するように駆動し、カメラの取り付け及び撮影を便利にし、本発明の内部の変位調節機構は、カメラ取付台に取り付けられたカメラがレンズのズームイン又はレンズのズームアウト動作を安定に行うように駆動し、効果が良くなり、画面の揺れを防止し、本発明の内部のカメラ取付台は、これに取り付けられたカメラの傾斜角度を調節して、俯瞰撮影または見上げて撮影させることができる。
本発明の上記目的、特徴および利点をより明瞭にするために、以下の好ましい実施例を挙げ、添付の図面と合わせて以下に詳細に説明する。
The present invention has the following advantageous effects.
The trackless movie / television camera of the present invention does not require the laying of rails, is convenient to operate, and is convenient to carry. Can improve the stability of the camera, put more imaging devices for shooting, convenient to use in the shooting process, after contraction, the whole, convenient to transport or transport by vehicle, occupy The area becomes smaller, and the inside of the present invention is provided with a telescopic mount mechanism that automatically rises with the deployment of the telescopic body mechanism, and the telescopic mount mechanism is driven so that the displacement adjustment mechanism and the camera mount move up and down. However, it makes it convenient to mount and shoot the camera, and the internal displacement adjustment mechanism of the present invention drives the camera mounted on the camera mount to stably zoom in and out of the lens, which is effective. It improves, prevents the screen from shaking, and the internal camera mount of the present invention can adjust the tilt angle of the camera attached to it to take a bird's-eye view or look up.
In order to further clarify the above object, feature and advantage of the present invention, the following preferred embodiments will be given and described in detail below together with the accompanying drawings.

本発明の実施の形態又は関連技術の技術的思想をより明確に説明するために、以下の実施の形態又は関連技術の説明で必要となる図面を簡単に説明するが、以下の説明における図面は本発明の実施の形態の一部であり、当業者であれば創造的な労力を要することなく他の図面をそれら図面から入手することができることは明らかである。
本発明の実施例における全体模式図一である。 本発明の実施例における全体模式図二である 本発明の実施例における伸縮車体機構の模式図である。 本発明の実施例における左拡張支持機構の模式図である。 本発明の実施例における右拡張支持機構の模式図である。 本発明の実施例における拡張制御機構の模式図である。 本発明の実施例における拡張制御機構の一部の構成の模式図である。 本発明の実施例における拡張位置規制機構の模式図である。 本発明の実施例における伸縮マウント機構の模式図である。 本発明の実施例における変位調節機構の模式図である。 本発明の実施例におけるカメラ取付台の模式図である。 In order to more clearly explain the technical idea of the embodiment of the present invention or the related technology, the drawings required in the following description of the embodiment or the related technology will be briefly described, but the drawings in the following description are It is clear that it is part of an embodiment of the present invention and that one of ordinary skill in the art can obtain other drawings from them without any creative effort.
It is the whole schematic diagram 1 in the Example of this invention. FIG. 2 is an overall schematic diagram 2 in the embodiment of the present invention. It is a schematic diagram of the telescopic body mechanism in the Example of this invention. It is a schematic diagram of the left expansion support mechanism in the Example of this invention. It is a schematic diagram of the right expansion support mechanism in the Example of this invention. It is a schematic diagram of the extended control mechanism in the Example of this invention. It is a schematic diagram of the structure of a part of the extended control mechanism in the Example of this invention. It is a schematic diagram of the extended position regulation mechanism in the Example of this invention. It is a schematic diagram of the telescopic mount mechanism in the Example of this invention. It is a schematic diagram of the displacement adjustment mechanism in the Example of this invention. It is a schematic diagram of the camera mount in the Example of this invention.

当業者が本願の技術案をより良く理解するために、以下に本願の実施例における技術案を明確且つ完全に説明するが、明らかに、記載された実施例は本願の一部の実施例にすぎず、全ての実施例でない。本願における実施例に基づいて、発明的な労働をすることなく当業者によって得られる他のすべての実施例は、本願の保護範囲に属する。
以下、図面１－１１を参照して本発明を説明する。 In order for those skilled in the art to better understand the technical proposals of the present application, the technical proposals in the embodiments of the present application will be described below clearly and completely, but the embodiments described are clearly described in some examples of the present application. Not all examples. Based on the embodiments in the present application, all other embodiments obtained by those skilled in the art without inventive labor fall within the scope of protection of the present application.
Hereinafter, the present invention will be described with reference to FIGS. 1-11.

図１－１１に示すように、無軌道式映画・テレビ撮影車は、伸縮車体機構１と、左拡張支持機構２と、右拡張支持機構３と、拡張制御機構４と、拡張位置規制機構５と、伸縮マウント機構６と、変位調節機構７と、カメラ取付台８とを備え、前記拡張制御機構４が前記伸縮車体機構１後端の中央に固定接続され、前記拡張制御機構４の左右両端が前記左拡張支持機構２と前記右拡張支持機構３とにそれぞれ伝動接続され、前記左拡張支持機構２と前記右拡張支持機構３とが前記伸縮車体機構１の左右両端にそれぞれ摺動接続され、前記左拡張支持機構２の先端が前記伸縮車体機構１に伝動接続され、前記右拡張支持機構３の先端が前記伸縮マウント機構６に伝動接続され、前記伸縮マウント機構６の下端が前記伸縮車体機構１の先端に可動接続され、前記伸縮マウント機構６に前記変位調節機構７が接続され、前記変位調節機構７の上端が前記カメラ取付台８に固定接続され、前記拡張位置規制機構５が前記伸縮車体機構１後端の中央に接続され、前記拡張位置規制機構５が前記左拡張支持機構２と前記右拡張支持機構３との間に係止される。 As shown in FIG. 1-11, the trackless movie / television shooting vehicle includes a telescopic body mechanism 1, a left expansion support mechanism 2, a right expansion support mechanism 3, an expansion control mechanism 4, and an expansion position regulation mechanism 5. The telescopic mount mechanism 6, the displacement adjustment mechanism 7, and the camera mounting base 8 are provided, the extended control mechanism 4 is fixedly connected to the center of the rear end of the telescopic vehicle body mechanism 1, and the left and right ends of the extended control mechanism 4 are fixedly connected. The left expansion support mechanism 2 and the right expansion support mechanism 3 are respectively transmitted and connected, and the left expansion support mechanism 2 and the right expansion support mechanism 3 are slidingly connected to the left and right ends of the telescopic vehicle body mechanism 1, respectively. The tip of the left expansion support mechanism 2 is transmission-connected to the expansion / contraction body mechanism 1, the tip of the right expansion support mechanism 3 is transmission-connected to the expansion / contraction mount mechanism 6, and the lower end of the expansion / contraction mount mechanism 6 is the expansion / contraction body mechanism. Movably connected to the tip of 1, the displacement adjusting mechanism 7 is connected to the telescopic mount mechanism 6, the upper end of the displacement adjusting mechanism 7 is fixedly connected to the camera mounting base 8, and the extended position regulating mechanism 5 is the telescopic mounting mechanism 5. It is connected to the center of the rear end of the vehicle body mechanism 1, and the extended position regulating mechanism 5 is locked between the left extended support mechanism 2 and the right extended support mechanism 3.

本発明に係る無軌道式映画・テレビ撮影車は、レール敷設を必要とせず、操作が便利で、携帯に便利であり、本発明は展開が必要な場合、作業者が伸縮車体機構１を押したり引いたりすることで本発明を移動するために、伸縮車体機構１を持ち、撮影者が伸縮車体機構１上に立った後、拡張制御機構４に着座し、拡張制御機構４に下向きの圧力を発生させ、拡張制御機構４の駆動により、左拡張支持機構２および右拡張支持機構３を伸縮車体機構１内で外側に拡張させ、左拡張支持機構２および右拡張支持機構３による本発明の全体的な支持効果を向上させ、本発明の横転しを防止し、また、左拡張支持機構２、右拡張支持機構３及び伸縮車体機構１からなる車体フレームにより多くの撮影機器を搭載可能とし、前記左拡張支持機構２が外側に動くと、伸縮車体機構１が伸びるように駆動し、伸縮車体機構１の全体の長さを増大させることができ、前記右拡張支持機構３が外側に動くと、伸縮マウント機構６を上昇させて広げるように駆動し、伸縮マウント機構６の駆動により変位調節機構７及びカメラ取付台８を昇降させてカメラを取り付けて撮影し使用しやすくなり、拡張位置規制機構５により拡張後の左拡張支持機構２と右拡張支持機構３を位置規制して、撮影者が伸縮車体機構１から離脱する際に本発明の拡張状態を維持することができ、一方、拡張位置規制機構５による拡張された左拡張支持機構２と右拡張支持機構３の位置規制を解除した後、撮影者が伸縮車体機構１から離脱する際に本発明の全体が拡張制御機構４の内部の弾力により元の位置に収縮し、収縮後、全体が運搬移動や車両による輸送に便利であり、占用面積が小さくなり、本発明の内部の変位調節機構７は、カメラ取付台８に取り付けられたカメラを駆動してレンズのズームイン又はレンズのズームアウト動作を安定に行うように駆動し、効果が良くなり、画面の揺れを防止し、本発明の内部のカメラ取付台８は、これに取り付けられたカメラの傾斜角度を調節して、俯瞰撮影または見上げて撮影させることができる。 The trackless movie / television camera according to the present invention does not require rail laying, is convenient to operate, and is convenient to carry. In order to move the present invention by pulling, the camera has a telescopic body mechanism 1, and after the photographer stands on the telescopic body mechanism 1, he / she sits on the extended control mechanism 4 and applies downward pressure to the extended control mechanism 4. Generated and driven by the expansion control mechanism 4, the left expansion support mechanism 2 and the right expansion support mechanism 3 are expanded outward in the telescopic vehicle body mechanism 1, and the entire invention by the left expansion support mechanism 2 and the right expansion support mechanism 3 is performed. The vehicle body frame including the left expansion support mechanism 2, the right expansion support mechanism 3 and the telescopic body mechanism 1 can be equipped with more photographing equipment. When the left expansion support mechanism 2 moves outward, the telescopic body mechanism 1 is driven to extend, and the overall length of the telescopic body mechanism 1 can be increased. When the right expansion support mechanism 3 moves outward, The telescopic mount mechanism 6 is driven to be raised and expanded, and the telescopic mount mechanism 6 is driven to raise and lower the displacement adjustment mechanism 7 and the camera mounting base 8 to mount the camera and make it easier to use. By restricting the positions of the left expansion support mechanism 2 and the right expansion support mechanism 3 after expansion, the expanded state of the present invention can be maintained when the photographer leaves the telescopic vehicle body mechanism 1, while the expansion position regulation is performed. After the position restriction of the left expansion support mechanism 2 and the right expansion support mechanism 3 expanded by the mechanism 5 is released, when the photographer separates from the telescopic body mechanism 1, the whole of the present invention has the elasticity inside the expansion control mechanism 4. After the contraction, the whole is convenient for transportation and transportation by a vehicle, the occupied area is reduced, and the internal displacement adjusting mechanism 7 of the present invention is a camera mounted on the camera mounting base 8. The camera mount 8 of the present invention is attached to the camera mount 8 of the present invention, which drives the camera to stably perform the zoom-in or zoom-out operation of the lens, the effect is improved, and the screen shake is prevented. You can adjust the tilt angle of the camera to take a bird's-eye view or look up.

図１－１１に示すように、前記拡張制御機構４が座席４０１と、スライドパイプ４０２と、支柱４０３と、圧縮ばね４０４と、制御リンク４０５と、水平ロッド４０６とを含み、前記座席４０１の下端が２つのスライドパイプ４０２に固定接続され、２つのスライドパイプ４０２の下端が２つの支柱４０３に摺動嵌合され、２つの支柱４０３の下端が前記伸縮車体機構１に固定接続され、２つの前記スライドパイプ４０２の内部に圧縮ばね４０４がそれぞれ設けられ、前記圧縮ばね４０４の両端が前記座席４０１の底面と前記支柱４０３の上面にそれぞれ固定接続され、前記座席４０１後端の両側が１つの制御リンク４０５の上端にそれぞれ回転接続され、２つの制御リンク４０５の下端が１つの水平ロッド４０６の外端に回転接続され、２つの水平ロッド４０６の内端が前記左拡張支持機構２と前記右拡張支持機構３とにそれぞれ固定接続される。撮影者は、前記拡張制御機構４内部の座席４０１に着座し、着座したと同時に左拡張支持機構２と右拡張支持機構３が拡張するように制御し、撮影者が座席４０１に着座し、座席４０１が下に動くと、２つのスライドパイプ４０２が支柱４０３で下にスライドして２つの圧縮ばね４０４を圧縮し、座席４０１は、２つの制御リンク４０５の駆動によって２つの水平ロッド４０６を同期させて外側に動かせ、２つの水平ロッド４０６が外側に動くと、左拡張支持機構２と右拡張支持機構３を伸縮車体機構１内で外側に伸び出して拡張させるように駆動し、これにより、左拡張支持機構２と右拡張支持機構３による本発明の全体の支持効果を増強し、本発明の作動中の安定性を向上させ、一方、撮影者が座席４０１から離れると、座席４０１は２つの圧縮ばね４０４の弾力によって上方向に動き、座席４０１が上方向に復帰する過程で２つの制御リンク４０５の駆動により２つの水平ロッドを同期させて内側方向に動かせ、水平ロッド４０６の駆動により左拡張支持機構２と右拡張支持機構３を伸縮車体機構１の内側に収縮させ、本発明の全体は運搬移動や車両による輸送に便利であり、占用面積が小さくなる。 As shown in FIG. 1-11, the extended control mechanism 4 includes a seat 401, a slide pipe 402, a support column 403, a compression spring 404, a control link 405, and a horizontal rod 406, and the lower end of the seat 401. Is fixedly connected to the two slide pipes 402, the lower ends of the two slide pipes 402 are slidably fitted to the two columns 403, and the lower ends of the two columns 403 are fixedly connected to the telescopic body mechanism 1. A compression spring 404 is provided inside the slide pipe 402, and both ends of the compression spring 404 are fixedly connected to the bottom surface of the seat 401 and the upper surface of the support column 403, respectively, and both sides of the rear end of the seat 401 are one control link. The lower ends of the two control links 405 are rotationally connected to the outer ends of one horizontal rod 406, respectively, and the inner ends of the two horizontal rods 406 are rotationally connected to the upper ends of the two horizontal rods 406. It is fixedly connected to the mechanism 3 respectively. The photographer is seated in the seat 401 inside the expansion control mechanism 4, and at the same time when the photographer is seated, the left expansion support mechanism 2 and the right expansion support mechanism 3 are controlled to expand, and the photographer is seated in the seat 401 and the seat is seated. As the 401 moves down, the two slide pipes 402 slide down on the stanchions 403 to compress the two compression springs 404, and the seat 401 synchronizes the two horizontal rods 406 by driving the two control links 405. When the two horizontal rods 406 move outward, the left expansion support mechanism 2 and the right expansion support mechanism 3 are driven to extend outward and expand in the telescopic vehicle body mechanism 1, thereby driving the left expansion support mechanism 2 and the right expansion support mechanism 3 to the outside. The extended support mechanism 2 and the right extended support mechanism 3 enhance the overall support effect of the present invention and improve the stability during operation of the present invention, while when the photographer leaves the seat 401, the seat 401 has two seats 401. The elasticity of the compression spring 404 moves upward, and in the process of returning the seat 401 upward, the two horizontal rods can be moved inward in synchronization by driving the two control links 405, and the horizontal rod 406 drives left expansion. The support mechanism 2 and the right expansion support mechanism 3 are contracted inside the telescopic body mechanism 1, and the whole of the present invention is convenient for transportation and transportation by a vehicle, and the occupied area is reduced.

図１－１１に示すように、前記伸縮車体機構１が前フレーム１０１と、後フレーム１０２と、第１のギヤ１０３と、親ねじ１０４と、手押しフレーム１０５とを含み、前記前フレーム１０１後端の上面が前記後フレーム１０２先端の底面に摺動嵌合され、前記左拡張支持機構２の先端が前記第１のギヤ１０３に伝動接続され、前記第１のギヤ１０３が前記親ねじ１０４の先端に固定接続され、前記親ねじ１０４の先端が前記前フレーム１０１に回転嵌合されて接続され、前記親ねじ１０４の後端がネジにより前記後フレーム１０２のネジ溝内に嵌合され、前記後フレーム１０２の後端が前記手押しフレーム１０５に固定接続され、２つの支柱４０３の下端が前記後フレーム１０２に固定接続される。前記伸縮車体機構１内部の第１のギヤ１０３が左拡張支持機構２の駆動により回転され、第１のギヤ１０３が回転すると親ねじ１０４を回転させるように駆動し、親ねじ１０４が回転すると、前記前フレーム１０１後端の上面が前記後フレーム１０２先端の底面に対してスライドするように駆動することで、前フレーム１０１と後フレーム１０２との相対位置を調節し、左拡張支持機構２が外側に延び出すと、第１のギヤ１０３と親ねじ１０４の駆動により、前フレーム１０１と後フレーム１０２との距離が大きくなり、前フレーム１０１と後フレーム１０２の全体の長さを増大させ、反対に、その全体の長さを低減させ、前記伸縮車体機構１の拡張収縮が前記左拡張支持機構２と前記右拡張支持機構３との拡張収縮と同期に動作することで、本発明の全体構成の変形の容易性が高められている。 As shown in FIG. 1-11, the telescopic body mechanism 1 includes a front frame 101, a rear frame 102, a first gear 103, a lead screw 104, and a hand-push frame 105, and the rear end of the front frame 101. The upper surface of the rear frame 102 is slidably fitted to the bottom surface of the tip of the rear frame 102, the tip of the left expansion support mechanism 2 is transmission-connected to the first gear 103, and the first gear 103 is the tip of the master screw 104. The tip of the lead screw 104 is rotatably fitted to the front frame 101 and connected to the lead screw 104, and the rear end of the lead screw 104 is fitted into the thread groove of the rear frame 102 by a screw. The rear end of the frame 102 is fixedly connected to the push frame 105, and the lower ends of the two columns 403 are fixedly connected to the rear frame 102. The first gear 103 inside the telescopic vehicle body mechanism 1 is rotated by the drive of the left expansion support mechanism 2, and when the first gear 103 is rotated, it is driven to rotate the female screw 104, and when the female screw 104 is rotated, it is driven. By driving the upper surface of the rear end of the front frame 101 so as to slide with respect to the bottom surface of the tip of the rear frame 102, the relative positions of the front frame 101 and the rear frame 102 are adjusted, and the left expansion support mechanism 2 is outside. By driving the first gear 103 and the self-screw 104, the distance between the front frame 101 and the rear frame 102 increases, increasing the overall length of the front frame 101 and the rear frame 102, and vice versa. The overall length of the expansion / contraction body mechanism 1 is reduced, and the expansion / contraction of the expansion / contraction body mechanism 1 operates in synchronization with the expansion / contraction of the left expansion support mechanism 2 and the right expansion support mechanism 3. The ease of deformation is increased.

図１－１１に示すように、前記左拡張支持機構２が左前スライドプレート２０１と、左後スライドプレート２０２と、左前スライドブロック２０３と、左後スライドブロック２０４と、左ユニバーサルホイール２０５と、左サポートプレート２０６と、左スリーブ２０７と、伝動ラック２０８とを含み、前記左前スライドプレート２０１の内端が前記前フレーム１０１の拡張スライドレール内に摺動嵌合され、前記左前スライドプレート２０１の内端が前記左前スライドブロック２０３の後端に固定接続され、前記左前スライドブロック２０３の先端が前記伝動ラック２０８の左端に固定接続され、前記伝動ラック２０８の上端が前記第１のギヤ１０３に噛合されて伝動接続され、前記左前スライドプレート２０１の外端が前記左サポートプレート２０６の先端に固定接続され、前記左サポートプレート２０６の後端が前記左スリーブ２０７内に摺動嵌合され、前記左スリーブ２０７の後端が前記左後スライドプレート２０２の外端に固定接続され、前記左後スライドプレート２０２の内端が前記後フレーム１０２の拡張スライドレール内に摺動嵌合され、前記左後スライドプレート２０２の内端が前記左後スライドブロック２０４の先端に固定接続され、前記左後スライドブロック２０４が１つの前記水平ロッド４０６の内端に固定接続され、前記左後スライドブロック２０４の後端が前記拡張位置規制機構５の外端に係止され、前記左前スライドプレート２０１と前記左後スライドプレート２０２の下端が１つの左ユニバーサルホイール２０５にそれぞれ回転嵌合されて接続され、前記左サポートプレート２０６の後端に左位置規制スライドブロックが固定接続され、前記左位置規制スライドブロックが前記左スリーブ２０７底面の位置規制スライドレール内に摺動嵌合される。前記左拡張支持機構２の展開する場合、左後スライドブロック２０４は１つの水平ロッド４０６の駆動により外側に動き、左後スライドブロック２０４の駆動により左後スライドプレート２０２を外側に動かせ、左後スライドプレート２０２は左スリーブ２０７及び左サポートプレートにより左前スライドプレート２０１を外側に摺動させるよに駆動し、左前スライドプレート２０１及び左後スライドプレート２０２の下端はそれぞれ１つの左ユニバーサルホイール２０５を外側に動かせるように駆動し、これにより本発明に対する支持を拡張し、支持の安定性を向上させ、左前スライドプレート２０１が動くと左前スライドブロック２０３を水平に動かせるように駆動し、左前スライドブロック２０３の駆動により伝動ラック２０８を水平に動かせ、伝動ラックの駆動により第１のギヤ１０３を回転させ、前記伸縮車体機構１の伸縮を制御し、前記伸縮車体機構１の伸縮中に、左サポートプレート２０６が左スリーブ２０７内を摺動し、ガイドと安定接続の役割を果たす。 As shown in FIG. 1-11, the left expansion support mechanism 2 includes a left front slide plate 201, a left rear slide plate 202, a left front slide block 203, a left rear slide block 204, a left universal wheel 205, and a left support. The plate 206, the left sleeve 207, and the transmission rack 208 are included, the inner end of the left front slide plate 201 is slidably fitted into the expansion slide rail of the front frame 101, and the inner end of the left front slide plate 201 is slidably fitted. The left front slide block 203 is fixedly connected to the rear end, the tip of the left front slide block 203 is fixedly connected to the left end of the transmission rack 208, and the upper end of the transmission rack 208 is meshed with the first gear 103 to transmit. The outer end of the left front slide plate 201 is fixedly connected to the tip of the left support plate 206, the rear end of the left support plate 206 is slidably fitted in the left sleeve 207, and the left sleeve 207 is connected. The rear end is fixedly connected to the outer end of the left rear slide plate 202, the inner end of the left rear slide plate 202 is slid-fitted into the extended slide rail of the rear frame 102, and the left rear slide plate 202 The inner end is fixedly connected to the tip of the left rear slide block 204, the left rear slide block 204 is fixedly connected to the inner end of one horizontal rod 406, and the rear end of the left rear slide block 204 is the extended position. It is locked to the outer end of the regulating mechanism 5, and the lower ends of the left front slide plate 201 and the left rear slide plate 202 are rotationally fitted and connected to one left universal wheel 205, respectively, and the rear end of the left support plate 206 is connected. The left position restricting slide block is fixedly connected to the left position restricting slide block, and the left position restricting slide block is slidably fitted in the position restricting slide rail on the bottom surface of the left sleeve 207. When the left rear slide block 204 is deployed, the left rear slide block 204 can be moved outward by driving one horizontal rod 406, and the left rear slide plate 202 can be moved outward by driving the left rear slide block 204, and the left rear slide block 204 can be moved outward. The plate 202 is driven by the left sleeve 207 and the left support plate to slide the left front slide plate 201 outward, and the lower ends of the left front slide plate 201 and the left rear slide plate 202 can each move one left universal wheel 205 outward. By driving the left front slide block 203 so that the left front slide block 203 can be moved horizontally when the left front slide plate 201 moves, thereby expanding the support for the present invention and improving the stability of the support. The transmission rack 208 can be moved horizontally, the first gear 103 is rotated by driving the transmission rack to control the expansion and contraction of the telescopic body mechanism 1, and the left support plate 206 is the left sleeve during the expansion and contraction of the expansion and contraction body mechanism 1. It slides inside the 207 and serves as a stable connection with the guide.

図１－１１に示すように、前記右拡張支持機構３が右前スライドプレート３０１と、右後スライドプレート３０２と、右前スライドブロック３０３と、右後スライドブロック３０４と、右ユニバーサルホイール３０５と、右サポートプレート３０６と、右スリーブ３０７と、両面ラック３０８とを含み、前記右前スライドプレート３０１の内端が前記前フレーム１０１の拡張スライドレール内に摺動嵌合され、前記右前スライドプレート３０１の内端が前記右前スライドブロック３０３の下端に固定接続され、前記右前スライドブロック３０３の上端が前記前フレーム１０１上面の左右スライドレール内に摺動嵌合され、前記右前スライドブロック３０３の上端が前記両面ラック３０８の右端に固定接続され、前記両面ラック３０８両側の歯が前記伸縮マウント機構６に噛合されて伝動接続され、前記右前スライドプレート３０１の外端が前記右サポートプレート３０６の先端に固定接続され、前記右サポートプレート３０６の後端が前記右スリーブ３０７内に摺動嵌合され、前記右スリーブ３０７の後端が前記右後スライドプレート３０２の外端に固定接続され、前記右後スライドプレート３０２の内端が前記後フレーム１０２の拡張スライドレール内に摺動嵌合され、前記右後スライドプレート３０２の内端が前記右後スライドブロック３０４の先端に固定接続され、前記右後スライドブロック３０４が他の前記水平ロッド４０６の内端に固定接続され、前記右後スライドブロック３０４の後端が前記拡張位置規制機構５の外端に係止され、前記右前スライドプレート３０１と前記右後スライドプレート３０２との下端が１つの右ユニバーサルホイール３０５にそれぞれ回転嵌合されて接続され、前記右サポートプレート３０６の後端に右位置規制スライドブロックが固定接続され、前記右位置規制スライドブロックが前記右スリーブ３０７底面の位置規制スライドレール内に摺動嵌合される。 As shown in FIG. 1-11, the right expansion support mechanism 3 includes a right front slide plate 301, a right rear slide plate 302, a right front slide block 303, a right rear slide block 304, a right universal wheel 305, and a right support. The plate 306, the right sleeve 307, and the double-sided rack 308 are included, the inner end of the right front slide plate 301 is slidably fitted into the expansion slide rail of the front frame 101, and the inner end of the right front slide plate 301 is slidably fitted. The upper end of the right front slide block 303 is fixedly connected to the lower end of the right front slide block 303, the upper end of the right front slide block 303 is slidably fitted in the left and right slide rails on the upper surface of the front frame 101, and the upper end of the right front slide block 303 is the double-sided rack 308. It is fixedly connected to the right end, the teeth on both sides of the double-sided rack 308 are meshed with the telescopic mount mechanism 6 to be transmission-connected, and the outer end of the right front slide plate 301 is fixedly connected to the tip of the right support plate 306 to be fixedly connected to the right end. The rear end of the support plate 306 is slidably fitted in the right sleeve 307, the rear end of the right sleeve 307 is fixedly connected to the outer end of the right rear slide plate 302, and the inner end of the right rear slide plate 302 is fixedly connected. Is slid-fitted in the extended slide rail of the rear frame 102, the inner end of the right rear slide plate 302 is fixedly connected to the tip of the right rear slide block 304, and the right rear slide block 304 is the other said. It is fixedly connected to the inner end of the horizontal rod 406, the rear end of the right rear slide block 304 is locked to the outer end of the extended position regulating mechanism 5, and the lower end of the right front slide plate 301 and the right rear slide plate 302. Are rotatably fitted and connected to one right universal wheel 305, a right position restricting slide block is fixedly connected to the rear end of the right support plate 306, and the right position restricting slide block is located at the bottom surface of the right sleeve 307. It is slid and fitted in the regulated slide rail.

前記右拡張支持機構３が展開する場合、右後スライドブロック３０４が他の水平ロッド４０６の駆動により外側に動き、右後スライドブロック３０４の駆動により右後スライドプレート３０２を外側に動かせ、右後スライドプレート３０２が右スリーブ３０７及び右サポートプレート３０６により右前スライドプレート３０１を外側に摺動させるように駆動し、右前スライドプレート３０１と右後スライドプレート３０２の下端がそれぞれの右ユニバーサルホイール３０５を外側に動かせるように駆動し、これにより本発明に対する支持を拡張し、支持の安定性を向上させ、右前スライドプレート３０１が動くと右前スライドブロック３０３を水平に動かせるように駆動し、右前スライドブロック３０３の駆動により両面ラック３０８を水平に動かせ、両面ラック３０８の駆動により前記伸縮マウント機構６を伸縮させ、前記伸縮車体機構１の伸縮中に、右サポートプレート３０６が右スリーブ３０７内を摺動し、ガイドと安定接続の役割を果たす。 When the right rear slide block 304 is deployed, the right rear slide block 304 can be moved outward by driving another horizontal rod 406, and the right rear slide plate 302 can be moved outward by driving the right rear slide block 304, and the right rear slide block 304 can be moved outward. The plate 302 is driven by the right sleeve 307 and the right support plate 306 to slide the right front slide plate 301 outward, and the lower ends of the right front slide plate 301 and the right rear slide plate 302 can move the respective right universal wheels 305 outward. By driving the right front slide block 303 so that the right front slide block 303 can be moved horizontally when the right front slide plate 301 moves, thereby expanding the support for the present invention and improving the stability of the support. The double-sided rack 308 can be moved horizontally, and the telescopic mount mechanism 6 is expanded and contracted by driving the double-sided rack 308. During the expansion and contraction of the telescopic vehicle body mechanism 1, the right support plate 306 slides in the right sleeve 307 and is stable with the guide. It acts as a connection.

図１－１１に示すように、前記拡張位置規制機構５が位置規制ストッパー５０１と、双方向スクリュー５０２と、スクリューベース５０３と、調節回転ブロック５０４とを含み、前記双方向スクリュー５０２の外端に調節回転ブロック５０４が固定接続され、前記双方向スクリュー５０２の両端が１つのスクリューベース５０３にそれぞれ回転嵌合され、２つのスクリューベース５０３が前記後フレーム１０２の両端に対向して固定され、前記双方向スクリュー５０２に２つの対称配置された位置規制ストッパー５０１がネジにより嵌合接続され、２つの位置規制ストッパー５０１の前側面が前記後フレーム１０２の後側面に摺動嵌合され、２つの位置規制ストッパー５０１が前記左後スライドブロック２０４と前記右後スライドブロック３０４の内端に係止される。前記拡張位置規制機構５により拡張後の左拡張支持機構２と右拡張支持機構３を位置規制して、撮影者が伸縮車体機構１から離脱する際に本発明の拡張状態を維持することができ、一方、拡張位置規制機構５による拡張された左拡張支持機構２と右拡張支持機構３の位置規制を解除した後、撮影者が伸縮車体機構１から離脱する際に本発明の全体が拡張制御機構４の内部の弾力により元の位置に収縮し、位置規制する必要がある場合、調節回転ブロック５０４を回転して双方向スクリュー５０２を回転させるように駆動し、双方向スクリュー５０２の駆動により２つの位置規制ストッパー５０１を外側に摺動させ、前記左後スライドブロック２０４と前記右後スライドブロック３０４の内端に係止され、前記左後スライドブロック２０４と前記右後スライドブロック３０４との位置を限定し、一方、２つの位置規制ストッパー５０１を内側に動かせるように制御して、２つの位置規制ストッパー５０１の内側面が当接する。 As shown in FIG. 1-11, the extended position regulating mechanism 5 includes a position regulating stopper 501, a bidirectional screw 502, a screw base 503, and an adjustment rotation block 504, and is attached to the outer end of the bidirectional screw 502. An adjustable rotary block 504 is fixedly connected, both ends of the bidirectional screw 502 are rotationally fitted to one screw base 503, and two screw bases 503 are fixed to face both ends of the rear frame 102. Two symmetrically arranged position-regulating stoppers 501 are fitted and connected to the facing screw 502 by screws, and the front side surfaces of the two position-regulating stoppers 501 are slidably fitted to the rear side surfaces of the rear frame 102 to regulate the two positions. The stopper 501 is locked to the inner ends of the left rear slide block 204 and the right rear slide block 304. The left expansion support mechanism 2 and the right expansion support mechanism 3 after expansion can be position-regulated by the expansion position regulation mechanism 5, and the expanded state of the present invention can be maintained when the photographer separates from the telescopic vehicle body mechanism 1. On the other hand, after the position regulation of the left expansion support mechanism 2 and the right expansion support mechanism 3 expanded by the expansion position regulation mechanism 5 is released, the entire invention is expanded and controlled when the photographer leaves the telescopic body mechanism 1. When it is necessary to contract to the original position due to the internal elasticity of the mechanism 4 and regulate the position, the adjustment rotation block 504 is rotated to drive the bidirectional screw 502 to rotate, and the bidirectional screw 502 drives 2 The two position limiting stoppers 501 are slid outward and locked to the inner ends of the left rear slide block 204 and the right rear slide block 304 to position the left rear slide block 204 and the right rear slide block 304. On the other hand, the two position limiting stoppers 501 are controlled so as to be movable inward, and the inner side surfaces of the two position limiting stoppers 501 come into contact with each other.

図１－１１に示すように、前記伸縮マウント機構６が連動ギア６０１と、連動スクリュー６０２と、昇降スリーブ６０３と、シュートフレーム６０４とを含み、前記連動スクリュー６０２が２つ設けられ、２つの連動スクリュー６０２の下端が前記前フレーム１０１の上面にそれぞれ回転嵌合され、２つの前記連動スクリュー６０２の下端が１つの連動ギア６０１にが固定接続され、２つの連動ギア６０１が前記両面ラック３０８両側の歯に噛合されて伝動接続され、２つの前記連動スクリュー６０２の上端がネジにより２つの昇降スリーブ６０３の内側に嵌合され、２つの昇降スリーブ６０３の上端が前記シュートフレーム６０４底面の先端に固定接続される。前記伸縮マウント機構６内部の２つの連動ギア６０１が前記両面ラック３０８の駆動により回転し、２つの連動ギア６０１が回転すると２つの連動スクリュー６０２を回転させるように駆動し、２つの連動スクリュー６０２が回転すると２つの昇降スリーブ６０３を昇降させるように駆動し、２つの昇降スリーブ６０３の駆動によりシュートフレーム６０４を昇降させることで、伸縮マウント機構６の伸縮が完了し、伸縮されたシュートフレーム６０４の高さは、カメラの取り付け、撮影作業を便利にし、収縮された前記伸縮マウント機構６は、占有スペースを小さくなり、出荷や運搬を便利にする。 As shown in FIG. 1-11, the telescopic mount mechanism 6 includes an interlocking gear 601, an interlocking screw 602, an elevating sleeve 603, and a chute frame 604, and two interlocking screws 602 are provided and two interlocking screws are provided. The lower ends of the screws 602 are rotationally fitted to the upper surface of the front frame 101, the lower ends of the two interlocking screws 602 are fixedly connected to one interlocking gear 601 and the two interlocking gears 601 are on both sides of the double-sided rack 308. The upper ends of the two interlocking screws 602 are fitted inside the two elevating sleeves 603 by screws, and the upper ends of the two elevating sleeves 603 are fixedly connected to the tip of the bottom surface of the chute frame 604. Will be done. The two interlocking gears 601 inside the telescopic mount mechanism 6 are rotated by the drive of the double-sided rack 308, and when the two interlocking gears 601 are rotated, the two interlocking screws 602 are driven to rotate, and the two interlocking screws 602 When rotated, the two elevating sleeves 603 are driven to move up and down, and by driving the two elevating sleeves 603 to raise and lower the chute frame 604, the expansion and contraction of the telescopic mount mechanism 6 is completed, and the height of the expanded and contracted chute frame 604 is completed. By the way, the camera can be attached and photographed conveniently, and the retractable telescopic mount mechanism 6 reduces the occupied space and makes shipping and transportation convenient.

図１－１１に示すように、前記変位調節機構７が矩形スタンド７０１と、Ｔ型スライドブロック７０２と、調節スクリュー７０３と、固定サポートプレート７０４と、引張スプリング７０５と、押引リンク７０６と、変位スライドベース７０７と、回転軸７０８とを含み、前記矩形スタンド７０１の上端が前記シュートフレーム６０４底面の後端に固定接続され、前記Ｔ型スライドブロック７０２の先端が前記矩形スタンド７０１の縦スライドレール内に摺動嵌合され、前記Ｔ型スライドブロック７０２の後端がネジにより前記調節スクリュー７０３の中央に嵌合され、前記調節スクリュー７０３の下端が前記固定サポートプレート７０４に回転嵌合されて接続され、前記固定サポートプレート７０４が前記矩形スタンド７０１に固定接続され、前記Ｔ型スライドブロック７０２の両端１つの押引リンク７０６の下端にそれぞれ回転接続され、２つの押引リンク７０６の上端が前記変位スライドベース７０７の両端に回転嵌合され、前記変位スライドベース７０７が前記シュートフレーム６０４のガイドスライド溝内に摺動嵌合され、前記回転軸７０８の下端が前記変位スライドベース７０７の円形貫通孔内に回転嵌合されて接続され、前記回転軸７０８の上端が前記カメラ取付台８に固定接続され、前記引張スプリング７０５が前記調節スクリュー７０３に外嵌され、前記引張スプリング７０５の両端が前記Ｔ型スライドブロック７０２と固定サポートプレート７０４とにそれぞれ固定接続される。前記変位調節機構７内部の変位スライドベース７０７の位置は、シュートフレーム６０４内に摺動して調節することができ、前記カメラ取付台８に取り付けられたカメラの前後の動きを駆動することで、レンズのズームイン又はレンズのズームアウト動作を安定に行うことができ、効果が良くなり、画面の揺れを防止し、調節を行う場合、調節スクリュー７０３を回転して調節スクリュー７０３とＴ型スライドブロック７０２との接触位置を変更することで、Ｔ型スライドブロック７０２の矩形スタンド７０１内への上下の動きを駆動し、Ｔ型スライドブロック７０２の上下の動きにおいて２つの押引リンク７０６により変位スライドベース７０７が前記シュートフレーム６０４のガイドスライド溝内に前後摺動するように押し引くことで、カメラのレンズのズームイン又はレンズのズームアウト動作を安定に行うことができ。 As shown in FIG. 1-11, the displacement adjusting mechanism 7 displaces the rectangular stand 701, the T-shaped slide block 702, the adjusting screw 703, the fixed support plate 704, the tension spring 705, the push-pull link 706, and the displacement. The slide base 707 and the rotation shaft 708 are included, the upper end of the rectangular stand 701 is fixedly connected to the rear end of the bottom surface of the shoot frame 604, and the tip of the T-shaped slide block 702 is inside the vertical slide rail of the rectangular stand 701. The rear end of the T-shaped slide block 702 is fitted to the center of the adjusting screw 703 by a screw, and the lower end of the adjusting screw 703 is rotationally fitted to the fixed support plate 704 to be connected. , The fixed support plate 704 is fixedly connected to the rectangular stand 701, is rotationally connected to the lower ends of one push-pull link 706 at both ends of the T-shaped slide block 702, and the upper ends of the two push-pull links 706 are the displacement slides. Rotationally fitted to both ends of the base 707, the displacement slide base 707 is slidably fitted into the guide slide groove of the chute frame 604, and the lower end of the rotating shaft 708 is inside the circular through hole of the displacement slide base 707. Rotationally fitted and connected, the upper end of the rotary shaft 708 is fixedly connected to the camera mount 8, the tension spring 705 is externally fitted to the adjustment screw 703, and both ends of the tension spring 705 are the T-shaped slides. It is fixedly connected to the block 702 and the fixed support plate 704, respectively. The position of the displacement slide base 707 inside the displacement adjusting mechanism 7 can be adjusted by sliding in the chute frame 604, and by driving the front-back movement of the camera mounted on the camera mounting base 8. The zoom-in or zoom-out operation of the lens can be performed stably, the effect is improved, the screen shake is prevented, and when adjustment is performed, the adjustment screw 703 is rotated to adjust the adjustment screw 703 and the T-type slide block 702. By changing the contact position with, the vertical movement of the T-shaped slide block 702 into the rectangular stand 701 is driven, and in the vertical movement of the T-shaped slide block 702, the displacement slide base 707 is displaced by the two push-pull links 706. Is pushed and pulled so as to slide back and forth in the guide slide groove of the shoot frame 604, so that the zoom-in or zoom-out operation of the lens of the camera can be stably performed.

図１－１１に示すように、前記変位スライドベース７０７にロックボルト７０９がネジにより嵌合接続され、前記ロックボルト７０９の内側が前記回転軸７０８に押す。前記カメラ取付台８が回転軸７０８により回転し、カメラ取付台８上のカメラの向きを変更してから、ロックボルト７０９を締め回転軸７０８に押し付けることによって、回転軸７０８と前記カメラ取付台８とカメラとの相対的な固定が可能となる。 As shown in FIG. 1-11, a lock bolt 709 is fitted and connected to the displacement slide base 707 by a screw, and the inside of the lock bolt 709 is pushed against the rotating shaft 708. The camera mount 8 is rotated by the rotary shaft 708, the direction of the camera on the camera mount 8 is changed, and then the lock bolt 709 is tightened and pressed against the rotary shaft 708, whereby the rotary shaft 708 and the camera mount 8 are rotated. And the camera can be fixed relative to each other.

図１－１１に示すように、前記カメラ取付台８が取付台８０１と、反転ブラケット８０２と、反転軸８０３と、ベアリングベース８０４と、ウォームホイール８０５と、ウォームリンク８０６と、回転板８０７と、ハンドレバー８０８とを含み、前記回転軸７０８の上端が前記ベアリングベース８０４の中央に固定接続され、前記反転軸８０３が前記ベアリングベース８０４に回転嵌合されて接続され、前記反転軸８０３の中央が前記反転ブラケット８０２の一端に固定接続され、前記反転ブラケット８０２の他端が前記取付台８０１の中央に固定接続され、前記ウォームホイール８０５が前記反転軸８０３に固定接続され、前記ウォームリンク８０６が前記ウォームホイール８０５に噛合されて伝動接続され、前記ウォームリンク８０６が前記ベアリングベース８０４に回転嵌合され、前記ウォームリンク８０６が前記回転板８０７の一端に固定接続され、前記回転板８０７の他端が前記ハンドレバー８０８に固定接続され、前記ハンドレバー８０８と前記ウォームリンク８０６とが前記回転板８０７の両側に位置する。本発明の内部のカメラ取付台８は、カメラの俯瞰撮影または見上げて撮影させるために、それに取り付けられたカメラの傾斜角度を調節することができ、前記取付台８０１がカメラに接続され、傾斜角度を調節する必要がある場合、ハンドレバー８０８を揺動し、回転板８０７の駆動によりウォームリンク８０６を自身の軸線周りに回転させ、ウォームリンク８０６が回転するとウォームホイール８０５を回転させ、ウォームホイール８０５の回転の駆動により反転軸８０３を回転させ、反転軸８０３の回転の駆動により反転ブラケット８０２を反転させ、反転ブラケット８０２の駆動により取付台８０１を所定角度の反転運動を行い、取付台８０１の駆動によりカメラの傾斜角度の調整を行い、俯瞰撮影または見上げて撮影させることができ、また、ウォームホイール８０５、ウォームリンク８０６の構造的性質により、調整後にセルフロックを実現し、安定性が良い。 As shown in FIG. 1-11, the camera mounting base 8 includes a mounting base 801, a reversing bracket 802, a reversing shaft 803, a bearing base 804, a worm wheel 805, a worm link 806, and a rotating plate 807. Including the hand lever 808, the upper end of the rotating shaft 708 is fixedly connected to the center of the bearing base 804, the reversing shaft 803 is rotationally fitted and connected to the bearing base 804, and the center of the reversing shaft 803 is connected. The reversing bracket 802 is fixedly connected to one end, the other end of the reversing bracket 802 is fixedly connected to the center of the mounting base 801, the worm wheel 805 is fixedly connected to the reversing shaft 803, and the worm link 806 is the worm link 806. The worm link 806 is meshed with the worm wheel 805 and is transmitted and connected, the worm link 806 is rotationally fitted to the bearing base 804, the worm link 806 is fixedly connected to one end of the rotary plate 807, and the other end of the rotary plate 807 is fixedly connected. It is fixedly connected to the hand lever 808, and the hand lever 808 and the worm link 806 are located on both sides of the rotating plate 807. The internal camera mount 8 of the present invention can adjust the tilt angle of the camera mounted on the camera mount 8 in order to take a bird's-eye view of the camera or look up at the camera, and the mount 801 is connected to the camera and the tilt angle is set. When it is necessary to adjust, the hand lever 808 is swung, the worm link 806 is rotated around its own axis by the drive of the rotating plate 807, and when the worm link 806 is rotated, the worm wheel 805 is rotated and the worm wheel 805 is rotated. The reversing shaft 803 is rotated by driving the rotation of the reversing shaft 803, the reversing bracket 802 is reversed by driving the rotation of the reversing shaft 803, and the mounting base 801 is reversed by a predetermined angle by driving the reversing bracket 802 to drive the mounting base 801. The tilt angle of the camera can be adjusted to take a bird's-eye view or look up, and the structural properties of the worm wheel 805 and worm link 806 realize self-locking after adjustment and have good stability.

原理として、本発明に係る無軌道式映画・テレビ撮影車は、レール敷設を必要とせず、操作が便利で、携帯に便利であり、本発明は展開が必要な場合、作業者が伸縮車体機構１を押したり引いたりすることで本発明を移動するために、伸縮車体機構１を持ち、撮影者が伸縮車体機構１上に立った後、拡張制御機構４に着座し、拡張制御機構４に下向きの圧力を発生させ、拡張制御機構４は、左拡張支持機構２および右拡張支持機構３が伸縮車体機構１内で外側に拡張させるように駆動して、左拡張支持機構２および右拡張支持機構３による本発明の全体的な支持効果を向上させ、本発明の横転しを防止し、また、左拡張支持機構２、右拡張支持機構３及び伸縮車体機構１からなる車体フレームにより多くの撮影機器を搭載可能とし、前記左拡張支持機構２が外側に動くと、伸縮車体機構１が伸びるように駆動し、伸縮車体機構１の全体の長さを増大させることができ、前記右拡張支持機構３が外側に動くと、伸縮マウント機構６を上昇させて広げるように駆動し、伸縮マウント機構６の駆動により変位調節機構７及びカメラ取付台８を昇降させてカメラを取り付けて撮影し使用しやすくなり、拡張位置規制機構５により拡張後の左拡張支持機構２と右拡張支持機構３を位置規制して、撮影者が伸縮車体機構１から離脱する際に本発明の拡張状態を維持することができ、一方、拡張位置規制機構５による拡張された左拡張支持機構２と右拡張支持機構３の位置規制を解除した後、撮影者が伸縮車体機構１から離脱する際に本発明の全体が拡張制御機構４の内部の弾力により元の位置に収縮し、収縮後、全体が運搬移動や車両による輸送に便利であり、占用面積が小さくなり、本発明の内部の変位調節機構７は、カメラ取付台８に取り付けられたカメラを駆動してレンズのズームイン又はレンズのズームアウト動作を安定に行うように駆動し、効果が良くなり、画面の揺れを防止し、本発明の内部のカメラ取付台８は、これに取り付けられたカメラの傾斜角度を調節して、俯瞰撮影または見上げて撮影させることができる。 In principle, the trackless movie / television camera according to the present invention does not require rail laying, is convenient to operate, and is convenient to carry. In order to move the present invention by pushing or pulling, the photographer has the telescopic body mechanism 1, and after the photographer stands on the telescopic body mechanism 1, sits on the extended control mechanism 4 and faces downward to the extended control mechanism 4. The expansion control mechanism 4 is driven so that the left expansion support mechanism 2 and the right expansion support mechanism 3 expand outward in the telescopic vehicle body mechanism 1, and the left expansion support mechanism 2 and the right expansion support mechanism 2 are generated. The overall support effect of the present invention by 3 is improved, the invention is prevented from rolling over, and more photographing equipment is provided in the body frame including the left expansion support mechanism 2, the right expansion support mechanism 3, and the telescopic body mechanism 1. When the left expansion support mechanism 2 moves outward, the expansion / contraction body mechanism 1 is driven to extend, and the overall length of the expansion / contraction body mechanism 1 can be increased. Moves outward to raise and expand the telescopic mount mechanism 6, and by driving the telescopic mount mechanism 6, the displacement adjustment mechanism 7 and the camera mount 8 are moved up and down to mount the camera and make it easier to use. The left expansion support mechanism 2 and the right expansion support mechanism 3 after expansion can be position-controlled by the expansion position regulation mechanism 5, and the expanded state of the present invention can be maintained when the photographer separates from the telescopic body mechanism 1. On the other hand, after the position regulation of the left expansion support mechanism 2 and the right expansion support mechanism 3 expanded by the expansion position regulation mechanism 5 is released, the entire invention is expanded and controlled when the photographer leaves the telescopic body mechanism 1. It contracts to its original position due to the elasticity inside the mechanism 4, and after the contraction, the whole is convenient for transportation and transportation by a vehicle, the occupied area becomes small, and the internal displacement adjusting mechanism 7 of the present invention is a camera mount. The camera mounted on the 8 is driven so as to stably perform the zoom-in or zoom-out operation of the lens, the effect is improved, the screen shake is prevented, and the internal camera mount 8 of the present invention is used. , You can adjust the tilt angle of the camera attached to it to take a bird's-eye view or look up.

伸縮車体機構１、前フレーム１０１、後フレーム１０２、第１のギヤ１０３、親ねじ１０４、手押しフレーム１０５、左拡張支持機構２、左前スライドプレート２０１、左後スライドプレート２０２、左前スライドブロック２０３、左後スライドブロック２０４、左ユニバーサルホイール２０５、左サポートプレート２０６、左スリーブ２０７、伝動ラック２０８、右拡張支持機構３、右前スライドプレート３０１、右後スライドプレート３０２、右前スライドブロック３０３、右後スライドブロック３０４、右ユニバーサルホイール３０５、右サポートプレート３０６、右スリーブ３０７、両面ラック３０８、拡張制御機構４、座席４０１、スライドパイプ４０２、支柱４０３、圧縮ばね４０４、制御リンク４０５、水平ロッド４０６、拡張位置規制機構５、位置規制ストッパー５０１、双方向スクリュー５０２、スクリューベース５０３、調節回転ブロック５０４、伸縮マウント機構６、連動ギア６０１、連動スクリュー６０２、昇降スリーブ６０３、シュートフレーム６０４、変位調節機構７、矩形スタンド７０１、Ｔ型スライドブロック７０２、調節スクリュー７０３、固定サポートプレート７０４、引張スプリング７０５、押引リンク７０６、変位スライドベース７０７、回転軸７０８、ロックボルト７０９、カメラ取付台８、取付台８０１、反転ブラケット８０２、反転軸８０３、ベアリングベース８０４、ウォームホイール８０５、ウォームリンク８０６、回転板８０７、ハンドレバー８０８

Telescopic body mechanism 1, front frame 101, rear frame 102, first gear 103, lead screw 104, hand push frame 105, left expansion support mechanism 2, left front slide plate 201, left rear slide plate 202, left front slide block 203, left Rear slide block 204, left universal wheel 205, left support plate 206, left sleeve 207, transmission rack 208, right expansion support mechanism 3, right front slide plate 301, right rear slide plate 302, right front slide block 303, right rear slide block 304 , Right universal wheel 305, right support plate 306, right sleeve 307, double-sided rack 308, expansion control mechanism 4, seat 401, slide pipe 402, strut 403, compression spring 404, control link 405, horizontal rod 406, expansion position regulation mechanism 5, position regulation stopper 501, bidirectional screw 502, screw base 503, adjustment rotation block 504, telescopic mount mechanism 6, interlocking gear 601, interlocking screw 602, elevating sleeve 603, chute frame 604, displacement adjustment mechanism 7, rectangular stand 701 , T-shaped slide block 702, adjustment screw 703, fixed support plate 704, tension spring 705, push-pull link 706, displacement slide base 707, rotating shaft 708, lock bolt 709, camera mounting base 8, mounting base 801 and reversing bracket 802. , Reversing shaft 803, Bearing base 804, Worm wheel 805, Warm link 806, Rotating plate 807, Hand lever 808

Claims (10)

伸縮車体機構（１）と、左拡張支持機構（２）と、右拡張支持機構（３）と、拡張制御機構（４）と、拡張位置規制機構（５）と、伸縮マウント機構（６）と、変位調節機構（７）と、カメラ取付台（８）とを備える無軌道式映画・テレビ撮影車であって、
前記拡張制御機構（４）が前記伸縮車体機構（１）後端の中央に固定接続され、
前記拡張制御機構（４）の左右両端が前記左拡張支持機構（２）と前記右拡張支持機構（３）にそれぞれ伝動接続され、
前記左拡張支持機構（２）と前記右拡張支持機構（３）とが前記伸縮車体機構（１）の左右両端にそれぞれ摺動接続され、
前記左拡張支持機構（２）の先端が前記伸縮車体機構（１）に伝動接続され、
前記右拡張支持機構（３）の先端が前記伸縮マウント機構（６）に伝動接続され、
前記伸縮マウント機構（６）の下端が前記伸縮車体機構（１）の先端に可動接続され、
前記伸縮マウント機構（６）に前記変位調節機構（７）が接続され、
前記変位調節機構（７）の上端が前記カメラ取付台（８）に固定接続され、
前記拡張位置規制機構（５）が前記伸縮車体機構（１）後端の中央に接続され、
前記拡張位置規制機構（５）が前記左拡張支持機構（２）と前記右拡張支持機構（３）との間に係止されることを特徴とする、
無軌道式映画・テレビ撮影車。 Telescopic body mechanism (1), left expansion support mechanism (2), right expansion support mechanism (3), expansion control mechanism (4), expansion position regulation mechanism (5), telescopic mount mechanism (6) , A trackless movie / television shooting vehicle equipped with a displacement adjustment mechanism (7) and a camera mount (8).
The extended control mechanism (4) is fixedly connected to the center of the rear end of the telescopic vehicle body mechanism (1).
The left and right ends of the extended control mechanism (4) are transmitted and connected to the left extended support mechanism (2) and the right extended support mechanism (3), respectively.
The left expansion support mechanism (2) and the right expansion support mechanism (3) are slidably connected to the left and right ends of the telescopic vehicle body mechanism (1), respectively.
The tip of the left expansion support mechanism (2) is transmitted and connected to the telescopic vehicle body mechanism (1).
The tip of the right expansion support mechanism (3) is transmitted and connected to the telescopic mount mechanism (6).
The lower end of the telescopic mount mechanism (6) is movably connected to the tip of the telescopic body mechanism (1).
The displacement adjusting mechanism (7) is connected to the telescopic mount mechanism (6), and the displacement adjusting mechanism (7) is connected to the telescopic mount mechanism (6).
The upper end of the displacement adjusting mechanism (7) is fixedly connected to the camera mount (8).
The extended position regulating mechanism (5) is connected to the center of the rear end of the telescopic vehicle body mechanism (1).
The extended position regulating mechanism (5) is locked between the left extended support mechanism (2) and the right extended support mechanism (3).
Trackless movie / TV shooting car. 前記拡張制御機構（４）が座席（４０１）と、スライドパイプ（４０２）と、支柱（４０３）と、圧縮ばね（４０４）と、制御リンク（４０５）と、水平ロッド（４０６）とを含み、
前記座席（４０１）の下端が２つのスライドパイプ（４０２）に固定接続され、２つのスライドパイプ（４０２）の下端が２つの支柱（４０３）に摺動嵌合され、２つの支柱（４０３）の下端が前記伸縮車体機構（１）に固定接続され、２つの前記スライドパイプ（４０２）の内部に圧縮ばね（４０４）がそれぞれ設けられ、
前記圧縮ばね（４０４）の両端が前記座席（４０１）の底面と前記支柱（４０３）の上面にそれぞれ固定接続され、
前記座席（４０１）後端の両側が１つの制御リンク（４０５）の上端にそれぞれ回転接続され、２つの制御リンク（４０５）の下端が１つの水平ロッド（４０６）の外端にそれぞれ回転接続され、２つの水平ロッド（４０６）の内端が前記左拡張支持機構（２）と前記右拡張支持機構（３）にそれぞれ固定接続されることを特徴とする、
請求項１に記載の無軌道式映画・テレビ撮影車。 The extended control mechanism (4) includes a seat (401), a slide pipe (402), a strut (403), a compression spring (404), a control link (405), and a horizontal rod (406).
The lower end of the seat (401) is fixedly connected to the two slide pipes (402), and the lower ends of the two slide pipes (402) are slidably fitted to the two columns (403) to form the two columns (403). The lower end is fixedly connected to the telescopic body mechanism (1), and compression springs (404) are provided inside each of the two slide pipes (402).
Both ends of the compression spring (404) are fixedly connected to the bottom surface of the seat (401) and the top surface of the support column (403), respectively.
Both sides of the rear end of the seat (401) are rotatably connected to the upper end of one control link (405), and the lower ends of the two control links (405) are rotatably connected to the outer end of one horizontal rod (406). The inner ends of the two horizontal rods (406) are fixedly connected to the left expansion support mechanism (2) and the right expansion support mechanism (3), respectively.
The trackless movie / television shooting vehicle according to claim 1. 前記伸縮車体機構（１）が前フレーム（１０１）と、後フレーム（１０２）と、第１のギヤ（１０３）と、親ねじ（１０４）と、手押しフレーム（１０５）とを含み、
前記前フレーム（１０１）後端の上面が前記後フレーム（１０２）先端の底面に摺動嵌合され、
前記左拡張支持機構（２）の先端が前記第１のギヤ（１０３）に伝動接続され、前記第１のギヤ（１０３）が前記親ねじ（１０４）の先端に固定接続され、
前記親ねじ（１０４）の先端が前記前フレーム（１０１）に回転嵌合されて接続され、前記親ねじ（１０４）の後端がネジにより前記後フレーム（１０２）のネジ溝に嵌合され、
前記後フレーム（１０２）の後端が前記手押しフレーム（１０５）に固定接続され、２つの支柱（４０３）の下端が前記後フレーム（１０２）に固定接続されることを特徴とする、
請求項２に記載の無軌道式映画・テレビ撮影車。 The telescopic body mechanism (1) includes a front frame (101), a rear frame (102), a first gear (103), a lead screw (104), and a hand-push frame (105).
The upper surface of the rear end of the front frame (101) is slidably fitted to the bottom surface of the tip of the rear frame (102).
The tip of the left expansion support mechanism (2) is transmission-connected to the first gear (103), and the first gear (103) is fixedly connected to the tip of the lead screw (104).
The tip of the lead screw (104) is rotationally fitted and connected to the front frame (101), and the rear end of the lead screw (104) is fitted into the thread groove of the rear frame (102) by a screw.
The rear end of the rear frame (102) is fixedly connected to the push frame (105), and the lower ends of the two columns (403) are fixedly connected to the rear frame (102).
The trackless movie / television shooting vehicle according to claim 2. 前記左拡張支持機構（２）が左前スライドプレート（２０１）と、左後スライドプレート（２０２）と、左前スライドブロック（２０３）と、左後スライドブロック（２０４）と、左ユニバーサルホイール（２０５）と、左サポートプレート（２０６）と、左スリーブ（２０７）と、伝動ラック（２０８）とを含み、
前記左前スライドプレート（２０１）の内端が前記前フレーム（１０１）の拡張スライドレール内に摺動嵌合され、
前記左前スライドプレート（２０１）の内端が前記左前スライドブロック（２０３）の後端に固定接続され、
前記左前スライドブロック（２０３）の先端が前記伝動ラック（２０８）の左端に固定接続され、
前記伝動ラック（２０８）の上端が前記第１のギヤ（１０３）に噛合されて伝動接続され、
前記左前スライドプレート（２０１）の外端が前記左サポートプレート（２０６）の先端に固定接続され、
前記左サポートプレート（２０６）の後端が前記左スリーブ（２０７）内に摺動嵌合され、
前記左スリーブ（２０７）の後端が前記左後スライドプレート（２０２）の外端に固定接続され、
前記左後スライドプレート（２０２）の内端が前記後フレーム（１０２）の拡張スライドレール内に摺動嵌合され、
前記左後スライドプレート（２０２）の内端が前記左後スライドブロック（２０４）の先端に固定接続され、
前記左後スライドブロック（２０４）が１つの前記水平ロッド（４０６）の内端に固定接続され、
前記左後スライドブロック（２０４）の後端が前記拡張位置規制機構（５）の外端に係止され、
前記左前スライドプレート（２０１）と前記左後スライドプレート（２０２）との下端が１つの左ユニバーサルホイール（２０５）にそれぞれ回転嵌合されて接続され、
前記左サポートプレート（２０６）の後端に左位置規制スライドブロックが固定接続され、
前記左位置規制スライドブロックが前記左スリーブ（２０７）底面の位置規制スライドレール内に摺動嵌合されることを特徴とする、
請求項３に記載の無軌道式映画・テレビ撮影車。 The left expansion support mechanism (2) includes a left front slide plate (201), a left rear slide plate (202), a left front slide block (203), a left rear slide block (204), and a left universal wheel (205). , Includes a left support plate (206), a left sleeve (207), and a transmission rack (208).
The inner end of the left front slide plate (201) is slidably fitted into the extended slide rail of the front frame (101).
The inner end of the left front slide plate (201) is fixedly connected to the rear end of the left front slide block (203).
The tip of the left front slide block (203) is fixedly connected to the left end of the transmission rack (208).
The upper end of the transmission rack (208) is meshed with the first gear (103) to be transmitted and connected.
The outer end of the left front slide plate (201) is fixedly connected to the tip of the left support plate (206).
The rear end of the left support plate (206) is slidably fitted into the left sleeve (207).
The rear end of the left sleeve (207) is fixedly connected to the outer end of the left rear slide plate (202).
The inner end of the left rear slide plate (202) is slidably fitted into the extended slide rail of the rear frame (102).
The inner end of the left rear slide plate (202) is fixedly connected to the tip of the left rear slide block (204).
The left rear slide block (204) is fixedly connected to the inner end of one of the horizontal rods (406).
The rear end of the left rear slide block (204) is locked to the outer end of the extended position restricting mechanism (5).
The lower ends of the left front slide plate (201) and the left rear slide plate (202) are rotationally fitted and connected to one left universal wheel (205), respectively.
A left position restricting slide block is fixedly connected to the rear end of the left support plate (206).
The left position restricting slide block is slidably fitted in the position restricting slide rail on the bottom surface of the left sleeve (207).
The trackless movie / television shooting vehicle according to claim 3. 前記右拡張支持機構（３）が右前スライドプレート（３０１）と、右後スライドプレート（３０２）と、右前スライドブロック（３０３）と、右後スライドブロック（３０４）と、右ユニバーサルホイール（３０５）と、右サポートプレート（３０６）と、右スリーブ（３０７）と、両面ラック（３０８）とを含み、
前記右前スライドプレート（３０１）の内端が前記前フレーム（１０１）の拡張スライドレール内に摺動嵌合され、
前記右前スライドプレート（３０１）の内端が前記右前スライドブロック（３０３）の下端に固定接続され、
前記右前スライドブロック（３０３）の上端が前記前フレーム（１０１）上面の左右スライドレール内に摺動嵌合され、
前記右前スライドブロック（３０３）の上端が前記両面ラック（３０８）の右端に固定接続され、
前記両面ラック（３０８）両側の歯が前記伸縮マウント機構（６）に噛合されて伝動接続され、
前記右前スライドプレート（３０１）の外端が前記右サポートプレート（３０６）の先端に固定接続され、
前記右サポートプレート（３０６）の後端が前記右スリーブ（３０７）内に摺動嵌合され、
前記右スリーブ（３０７）の後端が前記右後スライドプレート（３０２）の外端に固定接続され、
前記右後スライドプレート（３０２）の内端が前記後フレーム（１０２）の拡張スライドレール内に摺動嵌合され、
前記右後スライドプレート（３０２）の内端が前記右後スライドブロック（３０４）の先端に固定接続され、
前記右後スライドブロック（３０４）が他の前記水平ロッド（４０６）の内端に固定接続され、
前記右後スライドブロック（３０４）の後端が前記拡張位置規制機構（５）の外端に係止され、
前記右前スライドプレート（３０１）と前記右後スライドプレート（３０２）との下端が１つの右ユニバーサルホイール（３０５）にそれぞれ回転嵌合されて接続され、
前記右サポートプレート（３０６）の後端に右位置規制スライドブロックが固定接続され、
前記右位置規制スライドブロックが前記右スリーブ（３０７）底面の位置規制スライドレール内に摺動嵌合されることを特徴とする、
請求項４に記載の無軌道式映画・テレビ撮影車。 The right expansion support mechanism (3) includes a right front slide plate (301), a right rear slide plate (302), a right front slide block (303), a right rear slide block (304), and a right universal wheel (305). , Includes a right support plate (306), a right sleeve (307), and a double-sided rack (308).
The inner end of the right front slide plate (301) is slidably fitted in the extended slide rail of the front frame (101).
The inner end of the right front slide plate (301) is fixedly connected to the lower end of the right front slide block (303).
The upper end of the right front slide block (303) is slidably fitted in the left and right slide rails on the upper surface of the front frame (101).
The upper end of the right front slide block (303) is fixedly connected to the right end of the double-sided rack (308).
The teeth on both sides of the double-sided rack (308) are meshed with the telescopic mount mechanism (6) to be transmission-connected.
The outer end of the right front slide plate (301) is fixedly connected to the tip of the right support plate (306).
The rear end of the right support plate (306) is slidably fitted into the right sleeve (307).
The rear end of the right sleeve (307) is fixedly connected to the outer end of the right rear slide plate (302).
The inner end of the right rear slide plate (302) is slidably fitted into the extended slide rail of the rear frame (102).
The inner end of the right rear slide plate (302) is fixedly connected to the tip of the right rear slide block (304).
The right rear slide block (304) is fixedly connected to the inner end of the other horizontal rod (406).
The rear end of the right rear slide block (304) is locked to the outer end of the extended position restricting mechanism (5).
The lower ends of the right front slide plate (301) and the right rear slide plate (302) are rotationally fitted and connected to one right universal wheel (305), respectively.
A right position restricting slide block is fixedly connected to the rear end of the right support plate (306).
The right position restricting slide block is slidably fitted in the position restricting slide rail on the bottom surface of the right sleeve (307).
The trackless movie / television shooting vehicle according to claim 4. 前記拡張位置規制機構（５）が位置規制ストッパー（５０１）と、双方向スクリュー（５０２）と、スクリューベース（５０３）と、調節回転ブロック（５０４）とを含み、
前記双方向スクリュー（５０２）の外端に調節回転ブロック（５０４）が固定接続され、
前記双方向スクリュー（５０２）の両端が１つのスクリューベース（５０３）にそれぞれ回転嵌合され、２つのスクリューベース（５０３）が前記後フレーム（１０２）の両端に対向して固定され、
前記双方向スクリュー（５０２）に２つの対称的に配置された位置規制ストッパー（５０１）がネジにより嵌合接続され、２つの位置規制ストッパー（５０１）の前側面が前記後フレーム（１０２）の後側面に摺動嵌合され、２つの位置規制ストッパー（５０１）が前記左後スライドブロック（２０４）と前記右後スライドブロック（３０４）との内端に係止されることを特徴とする、
請求項５に記載の無軌道式映画・テレビ撮影車。 The extended position regulating mechanism (5) includes a position regulating stopper (501), a bidirectional screw (502), a screw base (503), and an adjustment rotation block (504).
An adjustable rotation block (504) is fixedly connected to the outer end of the bidirectional screw (502).
Both ends of the bidirectional screw (502) are rotationally fitted to one screw base (503), respectively, and two screw bases (503) are fixed to face each other to both ends of the rear frame (102).
Two symmetrically arranged position limiting stoppers (501) are fitted and connected to the bidirectional screw (502) by screws, and the front side surfaces of the two position limiting stoppers (501) are rear of the rear frame (102). Slidingly fitted to the side surface, the two position limiting stoppers (501) are locked to the inner ends of the left rear slide block (204) and the right rear slide block (304).
The trackless movie / television shooting vehicle according to claim 5. 前記伸縮マウント機構（６）が連動ギア（６０１）と、連動スクリュー（６０２）と、昇降スリーブ（６０３）と、シュートフレーム（６０４）とを含み、
前記連動スクリュー（６０２）が２つ設けられ、２つの連動スクリュー（６０２）の下端が前記前フレーム（１０１）の上面にそれぞれ回転嵌合され、２つの前記連動スクリュー（６０２）の下端が１つの連動ギア（６０１）にそれぞれ固定接続され、２つの連動ギア（６０１）が前記両面ラック（３０８）両側の歯に噛合されて伝動接続され、２つの前記連動スクリュー（６０２）の上端がネジにより２つの昇降スリーブ（６０３）の内側に嵌合され、２つの昇降スリーブ（６０３）の上端が前記シュートフレーム（６０４）底面の先端に固定接続されることを特徴とする、
請求項５に記載の無軌道式映画・テレビ撮影車。 The telescopic mount mechanism (6) includes an interlocking gear (601), an interlocking screw (602), an elevating sleeve (603), and a chute frame (604).
Two interlocking screws (602) are provided, and the lower ends of the two interlocking screws (602) are rotationally fitted to the upper surface of the front frame (101), respectively, and the lower ends of the two interlocking screws (602) are one. Each of the two interlocking gears (601) is fixedly connected to the interlocking gear (601), the two interlocking gears (601) are meshed with the teeth on both sides of the double-sided rack (308) and are transmitted and connected, and the upper ends of the two interlocking screws (602) are 2 by screws. It is fitted inside one elevating sleeve (603), and the upper ends of the two elevating sleeves (603) are fixedly connected to the tip of the bottom surface of the chute frame (604).
The trackless movie / television shooting vehicle according to claim 5. 前記変位調節機構（７）が矩形スタンド（７０１）と、Ｔ型スライドブロック（７０２）と、調節スクリュー（７０３）と、固定サポートプレート（７０４）と、引張スプリング（７０５）と、押引リンク（７０６）と、変位スライドベース（７０７）と、回転軸（７０８）とを含み、
前記矩形スタンド（７０１）の上端が前記シュートフレーム（６０４）底面の後端に固定接続され、
前記Ｔ型スライドブロック（７０２）の先端が前記矩形スタンド（７０１）の縦スライドレール内に摺動嵌合され、
前記Ｔ型スライドブロック（７０２）の後端がネジにより前記調節スクリュー（７０３）の中央に嵌合され、
前記調節スクリュー（７０３）の下端が前記固定サポートプレート（７０４）に回転嵌合されて接続され、
前記固定サポートプレート（７０４）が前記矩形スタンド（７０１）に固定接続され、
前記Ｔ型スライドブロック（７０２）の両端が１つの押引リンク（７０６）の下端にそれぞれ回転接続され、２つの押引リンク（７０６）の上端が前記変位スライドベース（７０７）の両端に回転嵌合され、
前記変位スライドベース（７０７）が前記シュートフレーム（６０４）のガイドスライド溝内に摺動嵌合され、
前記回転軸（７０８）の下端が前記変位スライドベース（７０７）の円形貫通孔内に回転嵌合されて接続され、
前記回転軸（７０８）の上端が前記カメラ取付台（８）に固定接続され、前記引張スプリング（７０５）が前記調節スクリュー（７０３）に外嵌され、
前記引張スプリング（７０５）の両端が前記Ｔ型スライドブロック（７０２）と固定サポートプレート（７０４）とにそれぞれ固定接続されることを特徴とする、
請求項７に記載の無軌道式映画・テレビ撮影車。 The displacement adjusting mechanism (7) includes a rectangular stand (701), a T-shaped slide block (702), an adjusting screw (703), a fixing support plate (704), a tension spring (705), and a push-pull link (7). 706), displacement slide base (707), and axis of rotation (708).
The upper end of the rectangular stand (701) is fixedly connected to the rear end of the bottom surface of the shoot frame (604).
The tip of the T-shaped slide block (702) is slidably fitted in the vertical slide rail of the rectangular stand (701).
The rear end of the T-shaped slide block (702) is fitted to the center of the adjusting screw (703) by a screw.
The lower end of the adjusting screw (703) is rotationally fitted and connected to the fixed support plate (704) to be connected.
The fixed support plate (704) is fixedly connected to the rectangular stand (701), and the fixed support plate (704) is fixedly connected to the rectangular stand (701).
Both ends of the T-shaped slide block (702) are rotationally connected to the lower ends of one push-pull link (706), and the upper ends of the two push-pull links (706) are rotationally fitted to both ends of the displacement slide base (707). Combined,
The displacement slide base (707) is slidably fitted in the guide slide groove of the chute frame (604).
The lower end of the rotation shaft (708) is rotationally fitted and connected in the circular through hole of the displacement slide base (707).
The upper end of the rotating shaft (708) is fixedly connected to the camera mount (8), and the tension spring (705) is externally fitted to the adjusting screw (703).
Both ends of the tension spring (705) are fixedly connected to the T-shaped slide block (702) and the fixed support plate (704), respectively.
The trackless movie / television shooting vehicle according to claim 7. 前記変位スライドベース（７０７）にロックボルト（７０９）がネジにより嵌合接続され、
前記ロックボルト（７０９）の内側が前記回転軸（７０８）に押圧されることを特徴とする、
請求項８に記載の無軌道式映画・テレビ撮影車。 A lock bolt (709) is fitted and connected to the displacement slide base (707) by a screw.
The inside of the lock bolt (709) is pressed against the rotation shaft (708).
The trackless movie / television shooting vehicle according to claim 8. 前記カメラ取付台（８）が取付台（８０１）と、反転ブラケット（８０２）と、反転軸（８０３）と、ベアリングベース（８０４）と、ウォームホイール（８０５）と、ウォームリンク（８０６）と、回転板（８０７）と、ハンドレバー（８０８）とを含み、
前記回転軸（７０８）の上端が前記ベアリングベース（８０４）の中央に固定接続され、
前記反転軸（８０３）が前記ベアリングベース（８０４）に回転嵌合されて接続され、
前記反転軸（８０３）の中央が前記反転ブラケット（８０２）の一端に固定接続され、
前記反転ブラケット（８０２）の他端が前記取付台（８０１）の中央に固定接続され、
前記ウォームホイール（８０５）が前記反転軸（８０３）に固定接続され、
前記ウォームリンク（８０６）が前記ウォームホイール（８０５）に噛合されて伝動接続され、
前記ウォームリンク（８０６）が前記ベアリングベース（８０４）に回転嵌合され、
前記ウォームリンク（８０６）が前記回転板（８０７）の一端に固定接続され、
前記回転板（８０７）の他端が前記ハンドレバー（８０８）に固定接続され、
前記ハンドレバー（８０８）と前記ウォームリンク（８０６）とが前記回転板（８０７）の両側に位置することを特徴とする、
請求項８に記載の無軌道式映画・テレビ撮影車。

The camera mounting base (8) includes a mounting base (801), a reversing bracket (802), a reversing shaft (803), a bearing base (804), a worm wheel (805), a worm link (806), and the like. Including the rotating plate (807) and the hand lever (808),
The upper end of the rotating shaft (708) is fixedly connected to the center of the bearing base (804).
The reversing shaft (803) is rotationally fitted and connected to the bearing base (804) to be connected.
The center of the reversing shaft (803) is fixedly connected to one end of the reversing bracket (802).
The other end of the reversing bracket (802) is fixedly connected to the center of the mounting base (801).
The worm wheel (805) is fixedly connected to the reversing shaft (803).
The worm link (806) is meshed with the worm wheel (805) and is transmitted and connected.
The worm link (806) is rotationally fitted to the bearing base (804).
The worm link (806) is fixedly connected to one end of the rotating plate (807).
The other end of the rotating plate (807) is fixedly connected to the hand lever (808).
The hand lever (808) and the worm link (806) are located on both sides of the rotating plate (807).
The trackless movie / television shooting vehicle according to claim 8.
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