CN214249089U

CN214249089U - Handheld auxiliary device for adjusting stabilizer

Info

Publication number: CN214249089U
Application number: CN202022693186.7U
Authority: CN
Inventors: 曾文凭; 周科峰
Original assignee: Tilta Technology Co ltd
Current assignee: Tilta Technology Co ltd
Priority date: 2020-11-18
Filing date: 2020-11-18
Publication date: 2021-09-21
Anticipated expiration: 2030-11-18

Abstract

The utility model provides a handheld auxiliary device for adjusting stabilizer, a serial communication port, the device including the stabilizer mount with have the brake valve lever who grips the handle effect, brake valve lever is connected with the stabilizer mount, the last stabilizer control end that is used for controlling the triaxial mode of turning to and adjusting the stabilizer of stabilizer that is provided with of brake valve lever, be provided with the stabilizer interface of the stabilizer dismouting of being convenient for on the stabilizer mount. The utility model discloses in, the device is rational in infrastructure, and the user can singlehanded grip brake valve lever and operate the stabilizer to through the triaxial mode that turns to of stabilizer control end control stabilizer and adjust the stabilizer. The user is more convenient when using the stabilizer.

Description

Handheld auxiliary device for adjusting stabilizer

Technical Field

The present invention relates to the field of camera technologies, and in particular, to a handheld auxiliary device for adjusting a stabilizer.

Background

Currently, in the field of photography, when a photographer uses a triaxial stabilizer to assist in shooting a video, external devices such as auxiliary handholds are generally needed to improve the handling capability of a camera and the stabilizer, so as to improve shooting quality.

The existing auxiliary handholding has the following disadvantages: (1) the structure distribution is unreasonable, the function of the stabilizer cannot be fully utilized, and the effect is single; (2) the power supply scheme is unreasonable: the long-time shooting is realized only by the built-in battery of the stabilizer and the built-in battery of the camera, so that the shooting requirements are far not met, and in addition, the power supply ports are lack and distributed unevenly, so that the power supply to other equipment such as a monitor cannot be provided.

Disclosure of Invention

In order to solve the above problem, the first-order object of the present invention is to provide a handheld auxiliary device for adjusting a stabilizer, the device is structurally reasonable, the user can operate the device with one hand, and the device can fully adjust the gravity center of the stabilizer, thereby achieving the best gripping effect.

Another object of the utility model is to provide a handheld auxiliary device for adjusting stabilizer, this demand that can satisfy and erect other photographic auxiliary assembly can extensively be adapted to various occasions.

In order to achieve the above object, the technical solution of the present invention is as follows.

The utility model provides a handheld auxiliary device for adjusting stabilizer, its characterized in that, the device is including stabilizer mount and the brake valve lever who has the handle effect of gripping, brake valve lever is connected with the stabilizer mount, the last stabilizer control end that is used for controlling the triaxial of stabilizer to turn to and adjusts the mode of stabilizer that is provided with of brake valve lever, be provided with the stabilizer interface of the stabilizer dismouting of being convenient for on the stabilizer mount. In the device, the device is rational in infrastructure, and the user can hold control handle with one hand and operate the stabilizer to control the triaxial of stabilizer and adjust the mode of operation of stabilizer through stabilizer control end control. The user is more convenient when using the stabilizer.

Further, the stabilizer control end comprises a stabilizer remote rod control area, a stabilizer button control area and a screen display area. The stabilizer remote rod control area can control axial operation of three shafts of the stabilizer, and the stabilizer button control area and the screen display area can be used for adjusting the working mode of the stabilizer.

Furthermore, the control handle is also provided with a control end of the focus follower which can control the movement of the focus follower motor and adjust the working mode.

Furthermore, the control end of the focus follower comprises a hand wheel control area of the focus follower, a mode setting area of the focus follower and a button control area of the focus follower. The operation of a focus follower motor can be controlled by the focus follower hand wheel control area through a wireless signal. The coke follower mode setting area can control coke followers with different strokes and types by pulling mechanical gears. The working mode of the focus follower can be adjusted by the focus follower button control area and the screen display area;

furthermore, the control handle is also provided with a control handle expansion port for erecting other photography auxiliary equipment.

Furthermore, the control handle expansion port comprises a control handle electronic output port and a control handle structure expansion port. The electronic output port of the control handle comprises a type-c interface and an electronic contact interface, and the structure extension port of the control handle comprises a NATO interface and a cold boot interface. The control handle electronic output port and the control handle structure expansion port can meet the requirements of users for erecting other photographic auxiliary equipment.

Furthermore, the stabilizer fixing frame and the control handle are connected and then integrally form a corner shape; and the stabilizer fixing frame is integrally Y-shaped. And the whole shape of the device and the shape of the stabilizer fixing frame can fully adjust the gravity center of the stabilizer, thereby achieving the best holding effect.

Furthermore, the device also comprises a connecting seat, wherein two ends of the connecting seat are respectively connected with the stabilizer fixing frame and the control handle, so that the stabilizer fixing frame is connected with the control handle.

Furthermore, an ARRI positioning hole is further formed in the connecting seat. The ARRI positioning holes can meet the requirements of users for erecting other photographic auxiliary equipment.

Furthermore, an English threaded hole is formed in the stabilizer fixing frame. The imperial system screw hole can satisfy the demand that the user erects other photographic auxiliary assembly. The ARRI positioning hole, the English system threaded hole, the type-c interface, the electronic contact interface, the NATO interface and the cold boot interface are all in the prior art.

The beneficial effects of the utility model reside in that, compare with prior art the utility model discloses in, the device is rational in infrastructure, and the user can singlehanded grip brake valve lever and operate the stabilizer to through the triaxial mode of turning to of stabilizer control end control stabilizer and adjusting the stabilizer. The user is more convenient when using the stabilizer.

Drawings

Fig. 1 is an exploded view of the present invention.

Fig. 2 is an exploded view of the control handle of the present invention.

Fig. 3 is an exploded view of the stabilizer holder of the present invention.

Fig. 4 is an exploded view of the device and stabilizer of the present invention.

Fig. 5 is a schematic structural diagram of the device and the stabilizer of the present invention.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more clearly understood, the present invention is further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

As shown in fig. 1-5, the utility model provides a handheld auxiliary device 1 for adjusting stabilizer, including brake valve lever 11, connecting seat 12, stabilizer mount 13. The control handle 11 is fitted into one end of the coupling socket 12 and fastened by a screw 14. The stabilizer holder 13 is fitted into the other end of the connecting socket 12, and the electronic contact 1141 of the control handle 11 is in contact with the spring contact 1302 in the stabilizer holder 13 to form an electronic circuit, and is fastened by a screw 15. The control handle 11, the connecting seat 12 and the stabilizer fixing frame 13 form a corner assembly, so that the hand can be held at the upper end of a camera or other machines, the best holding effect is achieved, and the workload of a user is reduced.

As shown in fig. 1-5, the control handle 11 includes a stabilizer control end and a control handle extension port. The control handle expansion port comprises a control handle electronic output port and a control handle structure expansion port. The first control handle electrical output port 1103 is loaded into the NATO slide 1102 via screw 1104, and the NATO slide 1102 is then attached to the left housing 1101 via screw 1105. Similarly, a second control handle electrical output port 1108 is mounted to the NATO slide 1107 via screws 1109, and the NATO slide 1107 is attached to the right housing 1106 via screws 1110. The first control handle electronic output port 1103 and the second control handle electronic output port 1108 are used as external signal output ports, and the NATO sliders 1102 and 1107 are used as structural part interfaces (namely, as control handle structure extension ports), so that the requirement of a user for connecting a series of auxiliary shooting external electronic devices can be met.

Further, a screen protection cover 1112 is glued to the rear case 1111, and a screen display panel (screen display area) is mounted to the rear case 1111 via screws 1116. Remote rod 1114 is connected to a remote rod potentiometer of a stabilizer control terminal PCB1115 (i.e. the remote rod 1114 and the remote rod potentiometer are combined to form a stabilizer remote rod control area), and then the stabilizer remote rod control area and a button (the button and a corresponding structure on the stabilizer control terminal PCB1115 are combined to form the stabilizer button control area) are installed in the rear housing 1111 and fastened through a screw 1117. Wherein the triaxial axial operation of stabilizer triaxial can be controlled in stabilizer remote lever control area, and the mode of adjustable stabilizer is cooperated in stabilizer button control area and screen display area.

Furthermore, a gear adjusting block 1122 is installed in the front shell 1118, the gear adjusting block 1122 and a gear adjusting slider 1121 are connected to the front shell 1118, a spring 1124 and a thimble 1123 are sequentially installed in a fixed seat 1125 and are installed in the front shell 1118 together, and screws 1126 are used for fastening. The bearing 1119 is mounted in the front housing 1118 along the outer race of the bearing, and the handwheel 1120 with the radially magnetized magnet is mounted in the bearing 1119 along the inner race of the bearing. The focus follower button 1127 and the focus follower control board 1128 are sequentially mounted in the front housing 1118, fastened by screws 1129, and then mounted on the TYPE-C circuit board in the front housing 1118 through screws 1131. The gear adjusting block 1121 is slid to enable the gear adjusting block 1122 to control and adjust the rotation angle of the hand wheel 1120 (the gear adjusting block 1121 and the gear adjusting block 1122 are focus follower mode setting areas, and the structure of the hand wheel 1120 is a focus follower hand wheel control area), so that the purpose of meeting the requirements of focus followers with different control strokes and types is achieved. The focus follower button 1127 (i.e., the focus follower button control area) and the screen display area may adjust the operating mode of the focus follower. And the TYPE-C interface on the control handle can be used for supplying power and outputting signals.

Further, the spring 1135 and the button 1134 are sequentially installed on the right housing 1106, the snap ring 1136 is connected to the button 1134, and the button 1134 is limited on the right housing 1106; wherein button 1134, upon a double click, allows the tri-axial stabilizer to snap back to the initial position. The main circuit board 1132 is installed in the left and

right housings

1101 and 1106 through screws 1133, the left and

right housings

1101 and 1106 are connected through screws 1138, and the rear housing 1111 is connected to the left and

right housings

1101 and 1106 through

screws

1139 and 1140. Front housing 1118 is coupled to left housing 1101 and right housing 1106 via

screws

1145, 1146. The electrical contacts 1141 are mounted on the left housing 1101 and the right housing 1106 via screws 1142.

Silicone pads

1143, 1144 are glued on the left housing 1101 and the right housing 1106.

As shown in fig. 1 to 5, in the stabilizer holder 13, a spring contact 1302 is connected to an arm body 1301 via a screw 1303, a holder electronic port 1305 is connected to a left arm body 1304 via a screw 1306, a hold-down 1307 is fitted to the left arm body 1304, a pin 1308 is connected to the left arm body 1304 and the hold-down 1307, and a hand screw 1309 is connected to the left arm body 1304 through the hold-down 1307. The hand-twist screw 1309 rotates to make the NATA runner on the left arm body 1304 and the pressing piece 1307 press the NATO slide bar 21 of the stabilizer 2 for structural connection. Meanwhile, the built-in fixing frame electronic port 1305 and the stabilizer electronic port 22 of the stabilizer 2 form an electronic loop, so that handheld control is realized.

Further, a hold-down block 1311 is fitted into right arm 1314, pin 1314 is attached to right arm 1314 and hold-down block 1311, and thumb screw 1313 is attached to left arm 1314 through hold-down block 1311. The hand screw 1313 is rotated to bring the NATA runner on the right arm 1314 into structural connection with the NATO slide 21 of the compression stabilizer 2 by the compression piece 1311.

Further, the left arm 1304 is connected to the arm 1301 by a screw 1310. Left arm 1314 is attached to arm 1301 by screw 1317. The electrical circuit connecting the fixture electrical port 1305 and the spring contact 1302 connects the cover plate 1320 to the arm 1301 and the left arm 1310 via the screw 1321. The stabilizer interface is composed of a fixing frame electronic port 1305, an NATA sliding groove on the left arm body 1304, a pressing piece 1307, an NATA sliding groove on the right arm body 1314 and a pressing piece 1311.

The above description is only exemplary of the present invention and should not be construed as limiting the present invention, and any modifications, equivalents and improvements made within the spirit and principles of the present invention are intended to be included within the scope of the present invention.

Claims

1. The utility model provides a handheld auxiliary device for adjusting stabilizer, its characterized in that, the device is including stabilizer mount and the brake valve lever who has the handle effect of gripping, brake valve lever is connected with the stabilizer mount, the last stabilizer control end that is used for controlling the triaxial of stabilizer to turn to and adjusts the mode of stabilizer that is provided with of brake valve lever, be provided with the stabilizer interface of the stabilizer dismouting of being convenient for on the stabilizer mount.

2. The handheld assist device for adjusting a stabilizer of claim 1, wherein the stabilizer control end includes a stabilizer joystick control area, a stabilizer button control area, and a screen display area.

3. The handheld auxiliary device for adjusting the stabilizer of claim 1, wherein the control handle is further provided with a focus follower control end for controlling the movement of the focus follower motor and adjusting the working mode.

4. The handheld auxiliary device for adjusting a stabilizer according to claim 3, wherein the focus follower control end comprises a focus follower hand wheel control area, a focus follower mode setting area and a focus follower button control area.

5. The handheld assist device of claim 1, wherein the control handle further comprises a control handle extension port disposed thereon.

6. The handheld assist device of claim 5, wherein the control handle extension port comprises a control handle electrical output port and a control handle structure extension port.

7. The handheld auxiliary device for adjusting the stabilizer of claim 1, wherein the stabilizer holder and the control handle are integrally corner-shaped after being connected; and the stabilizer fixing frame is integrally Y-shaped.

8. The handheld auxiliary device for adjusting the stabilizer of claim 1, further comprising a connecting base, wherein two ends of the connecting base are respectively connected with the stabilizer holder and the control handle, so that the stabilizer holder and the control handle are connected.

9. The handheld auxiliary device for adjusting a stabilizer according to claim 8, wherein the connecting seat is further provided with ARRI positioning holes.

10. The handheld auxiliary device for adjusting a stabilizer according to claim 1, wherein the stabilizer holder is further provided with a threaded english hole.