TWM429119U - Camera actuating structure improvement - Google Patents

Description

1〇〇年.11月29日五, New Description: [New Technology Field] [0001] This creation is about a camera actuation structure improvement, especially through a main control panel and a periscope lens module. The design of the group, and the zoom lens (Z 0 〇m) piezoelectric motor and focus (F 0 cus ) piezoelectric motor in the periscope lens module, the periscope lens module has a microstep The effect of zooming in or out is suitable for cameras, monitors (C ame ! a ) or similar structures. [Prior Art] Just pressing, the current camera or surveillance H (Camera) meter is becoming more and more miniaturized, and the image quality of the camera or monitor (c ame ra ) is good, except for image pickup components (such as cc). D or CMQ S) The relationship between Wei and Da (4) has a more decisive influence. However, the current camera or monitor (C amera) most often uses the lens to do optical dragons, and the (four) motor to (four) lens focus ' Enable adjustment of the lens and the image pickup component, and record the image on the image to read the image. (4) Image sharpness. However, the stepper motor can be used for focusing, but the disadvantage is the stepper motor. It is bulky, slow, and costly. Therefore, it is impossible to make the camera or monitor (ca claw era) smaller in use, and it is impossible to make an immediate image fine-tuning. In view of the above-mentioned shortcomings, this _ person can propose a kind of camera movement structure improvement that can adjust the effect of zooming in or out of the micro-step, so that the user can easily operate the assembly, and is thinking about the form number A0101. Page 3 of 21 pages, November 29, 100, to provide user convenience, the creative motives of the creators. [New Content] [0003] The main purpose of this creation is to provide a camera actuation structure that is designed through a combination of a main control panel and a periscope lens module, and a zoom lens is provided in the periscope lens module ( Ζ ο 〇m ) Piezoelectric motor and focusing (F 〇cus) piezoelectric motor, and zoom (Ζ ) )) piezoelectric motor and focusing (F 〇cus ) piezoelectric motor and piezoelectric actuation in the main control board The device is connected so that the controller can apply voltage to the zoom piezoelectric motor and the focus (f〇cus) piezoelectric motor through the piezoelectric actuator, so that the periscope lens module can be pulled in a very small step. The action of near or far-reaching enables the camera to perform micro-step adjustment when autofocusing (A ut _ _ 〇 cus) and auto-tracking (Auto-tracking), so as to have the effect of accurately capturing images, and also allowing the camera to To become more compact, and to increase the overall practicality of the second purpose of this creation, to provide a camera actuation structure improvement, connected to the image sensor by the periscope lens module, and the image sensor Image processor Connect, enable the recorded image to perform 'SV image processing, and the image processor is connected with the controller of the main control board, so that the controller can perform image analysis calculation and self-collar calculation, and pass the light code. The feedback of the wheel allows the controller of the main control board to drive the rotary piezoelectric module by the piezoelectric actuator (T iit ) piezoelectric motor, swinging the electric shock, and the motor and the submersible Zoom (ζ 0 0 m) Piezoelectric motor and focus in the telescopic lens module (F 〇cu form-programming motor, Qian Ying Wei Jin Lai or rotating micro-stepping page 4 / 21 pages M429119

[ϊοο年11·月29日正正换H' and the periscope mirrors the money to zoom in and out, so that the camera can be microstepped during image capture to capture the picture more accurately, thus increasing The overall use of the person. The camera structure improvement of the present invention includes a main control board and a periscope lens module, wherein the main control board is provided with a piezoelectric actuator and a control (4), and the controller is Piezoelectric actuator connection 'and the periscope lens module is equipped with a zoom (z 〇〇m) piezoelectric motor and a focus (F 〇cus) grinding motor, and zoom (z 〇〇# m) Motor and focus (F 〇cus ) electric motor is connected with the piezoelectric (four) in the main control board, so that the control (4) can pass the electric actuator to apply electricity to the zoom (zo〇m) motor and focus (f: C u S) On the electric motor, 'Let the periscope lens module be able to make a very small step of zooming in or out, so that the camera can autofocus (Auto-Focus) and automatically Tracking (A ut 〇tracking) micro-stepping action, and also making the camera more compact. [Embodiment] 丨〇〇 4] Please refer to Figures 1 to 7 for a schematic view of the present embodiment. The present invention is a camera actuation structure improvement comprising a main control panel 10 and a periscope lens module. Group 2 〇, characterized in that the main control board 10 is provided with a piezoelectric actuator i 2 and a controller i 2 ′ and the controller 12 is connected to the piezoelectric actuator ii, and the periscope lens module Group 20 is equipped with a zoom (ζ 〇〇m) piezoelectric motor 2 1 and a focus (F 〇cus ) piezoelectric motor 2 2, and a zoom (z 〇〇m) piezoelectric motor 21 and focus (F 〇cus The piezoelectric motor 22 is connected to the piezoelectric actuator ii in the main control board 10, so that the controller i is in the form number A0101, page 5 of 21, 1D0, November, Z9, and the positive replacement page is pressed. The actuator 11 applies a voltage to the zoom (Zo om) piezoelectric motor 21 and the focus piezoelectric motor 22, so that the periscope lens module 20 can be slightly stepped up or extended. The motion adjuster 0 is further connected to the main control board 10 with a rotary piezoelectric module 30, and the rotary piezoelectric module 3 is provided with a rotating (τ i 1 t ) piezoelectric horse. 3 1 and the optical encoder wheel 3 2, and the rotary (T i 1 t ) piezoelectric motor 3 1 is connected to the piezoelectric actuator of the main control board 1 , and the optical encoder wheel 3 2 is connected to the main control board The controller i 2 is connected to enable the optical encoder wheel 3 2 to control the rotation of the piezoelectric motor 3 1 (τ i 1 t ); and the main control panel is further connected with a swing piezoelectric module 40, the swinging piezoelectric module 4 is provided with a swing (Pa η) piezoelectric motor 4 1 and an optical encoder wheel 42, and the swing (pa η) piezoelectric motor 41 is connected to the main control board. The piezoelectric actuator is connected, and the optical encoder wheel 4 2 is connected to the controller 1 2 of the main control board 1 to enable the optical encoder wheel 4 2 to control the swing (pa η) piezoelectric motor 4 1 In addition, the periscope lens module 2 zooms the piezoelectric motor 21 and the focus (F〇cu s) piezoelectric motor 2 2 into a piezoelectric punch; the rotation The piezoelectric (Ti 1 t) piezoelectric motor 31 of the piezoelectric module 30 is further a piezoelectric ceramic sheet; and the swing piezoelectric module 4 has a pan piezoelectric motor 4 1 Piezoelectric ceramic sheet; and Zoom (z 〇〇m) motor 2 1 and focus cus) Piezo motor 22 is connected to the flexible circuit board (FPC) 23, 24, and voltage is applied to the zoom through the flexible circuit board (FPC) 23, 24. (Z〇〇m) Piezoelectric motor 21 and focusing (F0CUS) piezoelectric horse form number A0101 帛 6 pages / total 21 pages 1 November 29, 1 nuclear replacement page up to 2 2, to reduce the height of the county pendulum The mechanical energy can be actuated; the other rotation (D1 motor 1 1 is connected to the flexible circuit board (f PC) 3 3 and the electric circuit board (FPC) 3 3 is applied to the rotation (1) i t) The electric motor 31 is actuated by mechanical energy capable of generating high frequency yaw; and the oscillating (Pa n) piezoelectric motor 41 is further connected to a flexible circuit board (FPC) 43 through a flexible circuit board (FPC) 4 3 Applying electricity 1 to the panning dust motor 4 1 to operate with mechanical energy capable of generating high frequency yaw; in the case of the periscope lens group 2 G, it is connected to the image sensor 5 〇, and the image sensor 50 is further connected to the image processor 6 , to enable the recorded image to be image processed, and the image processor 60 and the main The controller i 2 of the control panel X is connected, so that the controller 12 can perform image analysis calculation and autofocus calculator. Please refer to FIG. 1 to FIG. 7 , which are schematic diagrams of the present embodiment, and the best implementation of the camera actuation structure improvement of the present invention is set on a camera, a monitor 1 or the like. In this embodiment, a monitor (C amera) i is taken as an example (as shown in FIG. 1), wherein the monitor (Camera) is provided with a main control board 1 〇, and the main control board is provided with The piezoelectric actuator 1 1 and the controller 12 are connected to the piezoelectric actuator 1 1 , and the main control board 1 is connected to a rotating piezoelectric module 3 一 and a swinging piezoelectric The module 4〇 and the periscope lens module 2〇 (as shown in FIG. 2), wherein the rotating piezoelectric module 30 is provided with a rotating (Ti 1t) piezoelectric motor 31 and an optical encoder wheel 32 (eg Fig. 2 or Fig. 4) 'The rotating (Ti 1 t) piezoelectric motor 31 is a piezoelectric ceramic piece 'connected to a flexible circuit board (F pc) 3 3 and the form number A0101 7 pages/total 21 pages November 29, 100 correction replacement page rotation (T i 1 t ) Piezoelectric motor 3 1 is connected to piezoelectric actuator 1 1 of main control board 1 , and optical encoder wheel 3 2 It is connected to the controller 1 2 of the main control board 1 to memorize the number of rotations of the rotating (Ti 1 t) piezoelectric motor 31 through the optical encoder wheel 32, and convert the position into a corresponding electronic signal and transmit In the controller 12 of the main control board 1 让, the main control board 1 〇 can transmit the actuation signal to enable the piezoelectric actuator 1 1 to start the voltage onto the flexible circuit board (FPC) 3 3 and apply voltage The rotating (Ti 1 t) piezoelectric motor 31 can generate mechanical energy for high-frequency rotation. Further, the swinging piezoelectric module 4 is provided with a pan piezoelectric motor 41 and an optical encoder wheel 4 2 (eg As shown in Fig. 2 or Fig. 6), the pan piezoelectric motor 41 is a piezoelectric ceramic piece 'connected to a flexible circuit board (fpc) 433, and the oscillating (pa η) piezoelectric The motor 4 1 is connected to the piezoelectric actuator 11 of the main control board 10 , and the optical encoder wheel 4 2 is connected to the controller 1 2 of the main control board 10 to transmit the optical encoder wheel 4 2 . To memorize the number of pendulum movements of the piezoelectric motor 4 1 and convert the position into a corresponding electronic signal and transmit it to the control of the main control board 0 In the device 12, the main control board i can transmit the actuation signal to enable the piezoelectric actuator 1 1 to start the voltage onto the flexible circuit board (F p C ) 43 and apply a voltage to make the swing (Pa n) The electric motor 4 1 can generate mechanical energy of high-frequency swing, and the periscope lens module 20 is provided with a zoom (Z〇〇m) piezoelectric motor 21 and a focus piezoelectric motor 22 (such as Figure 3), the zoom (

Zoom) Piezoelectric motor 21 and focusing (F〇cus) piezoelectric motor 2 2 is a piezoelectric shunt, and is connected to a flexible circuit board (F pc ) 23, 24, and a zoom (Plug) piezoelectric motor And Form No. A0101 帛8 pages/Total 21 pages M429119 On November 29, 100, the shuttle is replacing the focus (Phase) piezoelectric motor 22 is connected to the piezoelectric actuator 1 1 in the main control board 10, so that The controller 12 can transmit the voltage to the flexible circuit board (FPC_) 23, 24 by transmitting the actuation signal, and apply the voltage to the zoom piezoelectric motor 2 1 and focus (Fo Cus) The piezoelectric motor 22 can produce mechanical energy that is zoomed in or out, so that the periscope lens module 20 can perform the microstep operation of focusing or zooming, so that the monitor (C amera) 1 is more in the image shooting. Accurately capture the face.

In addition, the periscope lens module 20 can be connected to the image sensor 50, and the image sensor 50 uses CCD or CMOS components to sense imaging, and the image sensor 50 and the image processor. 60 0 connection,

It is convenient for the recorded image to be processed by the image, and the image processor 60 is further connected with the controller 12 of the main control board 10, so that the creation mode of the creation (as shown in FIG. 7) is through the periscope. The lens module 2 0 captures the image to the image sensor 50, and then passes through the image processor 60 and transmits it to the controller 12 to enable the controller 12 to perform image analysis calculation and autofocus calculation. In order to determine whether the adjustment of the focal length is required, when the adjustment of the focal length is required, the controller 12 can transmit the feedback and swing piezoelectric module 40 of the optical encoder wheel 3 2 of the piezoelectric module 30. The feedback of the optical encoder wheel 4 2 knows the current position of the rotary (Ti 1 t) piezoelectric motor 31 of the rotary piezoelectric module 30 and the swing piezoelectric motor 41 of the swing piezoelectric module 40. The controller 12 can transmit a voltage through the piezoelectric actuator 11 to the flexible circuit board (FPC) 33, 43, 23, 24 to apply a voltage to rotate the rotary piezoelectric module 30 (T i 1 t The piezoelectric motor 3 1 can perform a circular motion of a hula hoop mode in a clockwise or counterclockwise direction. Form No. A0101 9/21 pages M429119 100 years. November 29 amendments to replace pages

Or applying a voltage to allow the swinging piezoelectric module 40 to swing (Pa η) the piezoelectric motor 41 to perform a circular motion of a hula hoop mode in a clockwise or counterclockwise direction, thereby driving the monitor (Camer a) 1 Rotate or oscillate, and when the monitor (Camer a) 1 rotates or swings to the position, the zoom piezoelectric motor 21 and focus can be pressed in the periscope lens module 20 by applying a voltage. The electric motor 2 2 can be zoomed in or out for a very small step. The action enables the monitor 1 to have microsteps when performing autofocus (Auto-focus) and auto-trackin g (Auto-trackin g). Adjust to have the effect of accurately capturing the picture. As can be seen from the above, the structure of the creation has the following practical advantages: 1. Through the improvement of the camera actuation structure, the periscope lens module can perform the micro-step operation of focusing (Focu s) or zoom (Zoom), so that the camera is in The image can be micro-stepped to capture the face more accurately, which increases the overall practicality. 2. Zoom through the periscope lens module (Ζ ο 〇 m)

Electric motor and focusing (F 〇cus ) piezoelectric motor adopts piezoelectric ceramic I sheet, which can apply voltage through piezoelectric actuator, which is convenient for zooming in or out of microstep to accurately capture The effect of the image can also make the camera more compact, which in turn increases the overall convenience. From the above detailed description, it will be apparent to those skilled in the art that the present invention can achieve the foregoing objectives, and has already met the requirements of the Patent Law and has filed a patent application. However, the above is only the preferred embodiment of the present invention. When Form No. A0101, Page 10 of 21, M429119, 1100, 1!^ 29, Shuttle is not able to limit the scope of this creation; Any simple equivalent changes and modifications made in accordance with the scope of the patent application and the content of the creation manual shall remain within the scope of this creation patent.

[Simple diagram of the figure J

[0005] Fig. 1 is a schematic view showing the appearance of the present embodiment. Fig. 2 is a schematic exploded view of the components of the present embodiment. Figure 3 is a schematic cross-sectional view of the periscope lens module of the present embodiment.

Fig. 4 is a schematic cross-sectional view showing the oscillating piezoelectric module of the present embodiment. Fig. 5 is a schematic view showing a rotary piezoelectric module of the present embodiment. Fig. 6 is an exploded perspective view showing the components of the rotary piezoelectric module of the present embodiment. Figure 7 is a schematic diagram of the actuation mode architecture of the present embodiment. [Main component symbol description] [_ 1, monitor (Came r a)

1 Ο, main control board 1 1 , piezoelectric actuator 1 2, controller 2 0, periscope lens module 21 zoom (z〇〇m) piezoelectric motor 2 2, focus (F 〇cus ) piezoelectric Motor 2 3, flexible circuit board (F pc) 2 4, flexible circuit board (F pc) 3 0, rotating piezoelectric module 3 1 , rotating (d i 1 t ) piezoelectric motor form number A0101 page 11 / total Page 21 M429119 _^ November 29, 100 nuclear replacement page 3 2, optical encoder wheel 3 3, flexible circuit board (FPC) 4 0, swing piezoelectric module 4 1, swing (P a η) piezoelectric motor 4 2. Optical encoder wheel 4 3. Flexible circuit board (FPC) 5 0. Image sensor 6 0. Image processor form number Α 0101 Page 12 of 21

Claims (1)

Correction and replacement page M.429119, 11-March 29, 100. VI. Patent application scope: 1. A camera actuation structure improvement, comprising a main control panel and a periscope lens module, characterized in that: the main control panel A piezoelectric actuator and a controller are disposed thereon, and the controller is connected to the piezoelectric actuator, and the periscope lens module is provided with a zoom (Ζ ο 〇m) piezoelectric motor and focusing (F 〇cu s) Piezoelectric motor, and the Zoom piezoelectric motor and the focusing (F 〇cus ) piezoelectric motor are connected to the piezoelectric actuator in the main control board to enable the controller to transmit the piezoelectric actuator Apply voltage to the zoom (Zo om) piezoelectric motor and focus (F 〇cus ) piezoelectric motor, so that the submersible lens module can be used for zooming in or out of the microstep. 2. The camera actuation structure improvement according to claim 1, wherein the main control board is further connected with a rotary piezoelectric module, and the rotary piezoelectric module is provided with a rotating (T i 1 t ) piezoelectric a motor and an optical encoder wheel, and the rotating (Ti 1 t ) piezoelectric motor is coupled to the piezoelectric actuator of the main control board, and the optical encoder wheel train is coupled to the controller of the main control board to enable the optical encoder wheel to Controls the rotation of the piezoelectric motor (T i 1 t ). 3. The camera actuation structure improvement according to claim 1, wherein the main control board is further connected with a swinging piezoelectric module, and the swinging piezoelectric module is provided with a swing (P a η ) piezoelectric motor. And an optical encoder wheel, and the oscillating (P a η) piezoelectric motor is connected to the piezoelectric actuator of the main control board, and the optical encoder wheel train is connected with the controller of the main control board to enable the optical encoder wheel to be controlled. Swing (P a η ) The pendulum action of the piezoelectric motor. 4. The camera actuation structure improvement according to claim 1, wherein the zoom lens of the periscope lens module and the focus (F 〇cus) piezoelectric motor are further pressed. Electric ceramic film. • 5. The camera actuation structure improvement as described in claim 2, where 100221240 Form No. A0101 Page 13 of 21 1003443368-0 M429119 Rotation of the Piezoelectric Module (T i 1 t ) Piezoelectric The motor is further a piezoelectric ceramic piece. The camera actuation structure is improved as described in claim 3, wherein the motor is further a ceramic insulator. 7. The camera actuation structure is improved as described in claim 1, wherein the zoom (Z 〇om) Piezo motor and focus (F 〇cus) compression motor is connected to the flexible circuit board (F pc), applying voltage to the zoom (z 〇〇m ) piezoelectric motor and focusing through a flexible circuit board (FPC). F 〇cus ) On the piezoelectric motor, the mechanical energy can generate high frequency yaw. 8. The camera actuation structure improvement according to claim 2, wherein the rotary (T iit ) piezoelectric motor is further connected to a flexible circuit board j PC), and a voltage is applied to the rotation through a flexible circuit board (F pc). (Ti 1 t) Piezoelectric motor, which is capable of generating mechanical energy from the eccentricity of the king. 9. The camera actuation structure improvement according to claim 3, wherein the oscillating (P a η) piezoelectric motor is further connected to the flexible circuit ^^ p C), and a voltage is applied through the flexible circuit board (FP c) P a η) on the piezoelectric motor, a mechanical energy actuator capable of generating a high-frequency yaw 10, as in the camera actuation structure described in the first application of the patent scope, the periscope lens module is further connected to the image sense β /' is called 35, and the image sensor is further connected to the image processor to enable the image to be recorded for image processing 'and the image processor is connected to the controller of the main batch! Enables the controller to perform image analysis calculations and automatic 100221240 Form No. A0101 Page 14 of 21 Page 3443433368-0