CN105657281A - Shooting control method, auxiliary flash control device and auxiliary flash control system - Google Patents

Shooting control method, auxiliary flash control device and auxiliary flash control system Download PDF

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Publication number
CN105657281A
CN105657281A CN 201610206569 CN201610206569A CN105657281A CN 105657281 A CN105657281 A CN 105657281A CN 201610206569 CN201610206569 CN 201610206569 CN 201610206569 A CN201610206569 A CN 201610206569A CN 105657281 A CN105657281 A CN 105657281A
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flash
auxiliary
module
device
control
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CN 201610206569
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Chinese (zh)
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朱宏静
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朱宏静
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    • GPHYSICS
    • G03PHOTOGRAPHY; CINEMATOGRAPHY; ELECTROGRAPHY; HOLOGRAPHY
    • G03BAPPARATUS OR ARRANGEMENTS FOR TAKING PHOTOGRAPHS OR FOR PROJECTING OR VIEWING THEM; APPARATUS OR ARRANGEMENTS EMPLOYING ANALOGOUS TECHNIQUES USING WAVES OTHER THAN OPTICAL WAVES; ACCESSORIES THEREFOR
    • G03B15/00Special procedures for taking photographs; Apparatus therefor
    • G03B15/02Illuminating scene
    • G03B15/03Combinations of cameras with lighting apparatus; Flash units
    • G03B15/05Combinations of cameras with electronic flash apparatus; Electronic flash units
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04NPICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N5/00Details of television systems
    • H04N5/222Studio circuitry; Studio devices; Studio equipment ; Cameras comprising an electronic image sensor, e.g. digital cameras, video cameras, TV cameras, video cameras, camcorders, webcams, camera modules for embedding in other devices, e.g. mobile phones, computers or vehicles
    • H04N5/225Television cameras ; Cameras comprising an electronic image sensor, e.g. digital cameras, video cameras, camcorders, webcams, camera modules specially adapted for being embedded in other devices, e.g. mobile phones, computers or vehicles
    • H04N5/232Devices for controlling television cameras, e.g. remote control ; Control of cameras comprising an electronic image sensor
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04NPICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N5/00Details of television systems
    • H04N5/222Studio circuitry; Studio devices; Studio equipment ; Cameras comprising an electronic image sensor, e.g. digital cameras, video cameras, TV cameras, video cameras, camcorders, webcams, camera modules for embedding in other devices, e.g. mobile phones, computers or vehicles
    • H04N5/225Television cameras ; Cameras comprising an electronic image sensor, e.g. digital cameras, video cameras, camcorders, webcams, camera modules specially adapted for being embedded in other devices, e.g. mobile phones, computers or vehicles
    • H04N5/235Circuitry or methods for compensating for variation in the brightness of the object, e.g. based on electric image signals provided by an electronic image sensor
    • H04N5/2354Circuitry or methods for compensating for variation in the brightness of the object, e.g. based on electric image signals provided by an electronic image sensor by influencing the scene brightness using illuminating means

Abstract

The invention provides a shooting control method executed by a central processing unit of a portable shooting device. The shooting control method comprises the following steps: establishing communication connection with an auxiliary flash device; generating an auxiliary focusing and photometry instruction, outputting the auxiliary focusing and photometry instruction to the auxiliary flash device, and receiving shooting parameters output by the auxiliary flash device; generating a shooting instruction and an auxiliary flash starting instruction according to the shooting parameters, and outputting the auxiliary flash starting instruction to the auxiliary flash device; controlling a camera module to perform shooting according to the shooting instruction and obtaining a shot picture. The invention further provides an auxiliary flash control device and an auxiliary flash control system. According to the shooting control method, the auxiliary flash control device and the auxiliary flash control system, synchronization of shooting by the portable shooting device and flash of the auxiliary flash device can be realized.

Description

拍摄控制方法、辅助闪光控制装置及辅助闪光控制系统 Imaging control method, and auxiliary assist means for controlling the flash flash control system

技术领域 FIELD

[0001]本发明涉及便携式电子装置领域,具体而言,涉及便携式电子装置的拍摄领域。 [0001] The present invention relates to the field of portable electronic devices, particularly, it relates to the field of portable electronic photographing device.

背景技术 Background technique

[0002]目前市面绝大多数移动拍照设备(例如手机、平板电脑等便携式照相装置)拍照补光配置的是LED补光,而LED补光在光线不足或者拍照距离比较远时,由于光线亮度有限很难达到理想的补光效果。 [0002] The current market most of the portable photographing apparatus (e.g. mobile phones, tablet computers and other portable camera device) camera is disposed the fill light LED fill light, fill light LED and insufficient light or photographed from a distance, the light intensity due to the limited difficult to achieve the desired effect of fill light.

[0003]氙气闪光灯又称高强度放电式气体灯,其能够实现远超过LED闪光灯亮度的闪光,而且具有出色的日光还原能力。 [0003] Xenon flash gas, also known as high-intensity discharge lamp, which can be achieved far beyond the LED strobe flash brightness, daylight and has excellent reducing ability. 使用氙气闪光灯可以更好的拍摄出高品质的照片,尤其是在拍照距离比较远或光线较弱下使用,效果更为明显。 Xenon flash can better take high-quality photos, especially in the relatively far distance or take pictures under low light, the effect is more obvious. 因此在一些专业的照相设备(例如单反照相机)有配备氙气闪光灯。 Thus in some specialized photographic equipment (e.g., single lens reflex camera) equipped with a Xenon flash. 但是,现有的氙气闪光灯体积较大、厚度较厚,不符合现在移动终端薄型化的趋势。 However, the conventional xenon flash larger, thicker, does not meet the trend of thinning the mobile terminal now.

[0004]由于现有移动终端受到自身大小以及功耗的限制,一般不会在便携式拍摄装置上设置氙气闪光灯或大功率的LED闪光灯,因而传统的闪光灯也无法完全发挥闪光功效,不利于拍摄效果。 [0004] Since the conventional mobile terminal is limited by the size and power consumption of itself, it is generally not provided a xenon flash lamp or photographing a high-power LED flash in a portable device, and therefore can not be completely conventional flash play flash effect is not conducive to shooting .

[0005]为了能提高移动拍照设备的拍照效果而且不增大移动拍照设备厚度,现有出现了采用外接辅助闪光灯的方式,例如深圳市中兴通信有限公司(以下简称为中兴通信)在2009年11月10日申请并在2010年05月19日公开的中国200910237182.3发明专利申请,及在2013年6月27日申请并在2013年12月11日公开的中国201320376363.6号实用新型专利就揭露一种辅助闪光以及相应的拍摄系统。 [0005] In order to enhance the effect of camera mobile device camera and mobile camera devices without increasing the thickness of the existing way of using an external appearance of the auxiliary flash, such as Shenzhen Zhongxing Communication Co., Ltd. (hereinafter referred to as ZTE) in 2009 11 application on May 10 and May 19, 2010 open China 200,910,237,182.3 invention patent applications, and applications in June 27, 2013 and December 11, 2013 disclosed in Chinese utility Model Patent No. 201320376363.6 discloses an assist on and the corresponding flash photographing system.

[0006] 申请人对中兴通信的200910237182.3发明专利申请及201320376363.6号实用新型专利所揭露的技术方案进行长时间的分析及实验,发现其无法达到很好的拍摄效果。 [0006] The applicant of the invention patent application 200910237182.3 and No. 201320376363.6 ZTE utility patent disclosed technical solutions and experimental analysis time to find that it can not achieve good imaging results.

发明内容 SUMMARY

[0007]有鉴于此,本发明主要目的是提供一种拍摄系统、一种辅助闪光装置,以提高拍摄效果。 [0007] In view of this, the main object of the present invention to provide an imaging system, an auxiliary flash device, to improve shooting.

[0008]为解决上述技术问题,本发明采用的第一个技术方案是:一种拍摄控制方法,由一便携式拍摄装置的中央处理器执行,该便携式拍摄装置还包括有摄像头模组及第一信息传输模块;该拍摄控制方法包括如下步骤: [0008] To solve the above problems, a first aspect of the present invention is that: a method of controlling photographing, executed by the central processor, a portable imaging device, the portable imaging device further comprises a camera module and a first information transmission module; imaging control method comprising the steps of:

[0009]通过该第一信息传输模块建立与一辅助闪光装置通信连接; [0009] establishing a connection with the auxiliary device via the first communication flash information transmission module;

[0010]产生一辅助对焦测光指令,透过第一信息传输模块向该辅助闪光装置输出该辅助对焦测光指令,接收该辅助闪光装置输出的拍摄参数; [0010] generating an auxiliary focus metering instruction, the output of the auxiliary device to assist in focusing the first metering information transmission instruction via flash module, receiving the shooting parameters of the auxiliary output flash device;

[0011]根据该拍摄参数产生一拍摄指令及一辅助闪光启动指令,该辅助闪光启动指令透过第一信息传输模块输出给该辅助闪光装置; [0011] According to the imaging parameter generated a shooting instruction and an auxiliary flash starting command, the output of the auxiliary flash activation command to the flash device through the first auxiliary information transmission module;

[0012]根据该拍摄指令控制该摄像头模组进行拍摄并获得本次拍摄照片。 [0012] The photographing instruction to the imaging module to control the camera to take pictures and get this.

[0013]为解决上述技术问题,本发明采用的第二个技术方案是:一种辅助闪光控制装置,其运行于辅助闪光装置的处理器,该辅助闪光装置包括有处理器、第二信息传输模块、辅助对焦测光模块、存储器及闪光灯模组;该包括辅助闪光控制装置有: [0013] To solve the above problems, the present invention is employed in the second aspect is: an auxiliary flash control device, which runs on a processor auxiliary flash device, the flash device comprises an auxiliary processor, a second information transmission module, the auxiliary focus metering module, and the flash memory module; the control means includes an auxiliary flash are:

[0014]通信连接建立模块,用于通过该第二信息传输模块与一便携式拍摄装置建立通信连接; [0014] The communication connection establishment module configured to transmit information through the second photographing module and a portable device establishes a communication connection;

[0015]信息获取模块,用于通过该第二信息传输模块获取一便携式拍摄装置输出的辅助对焦测光指令及辅助闪光启动指令; [0015] The information acquiring module for acquiring a portable metering instruction and an auxiliary assist focus imaging means outputs the second information transmission by flash starting command module;

[0016]拍摄参数获取模块,用于根据该辅助对焦测光指令控制该辅助对焦测光模块进行对焦测光,获得拍摄参数,并将该拍摄参数透过该第二信息传输模块输出该便携式拍摄装置; [0016] The imaging parameter obtaining module is used for focusing based on the focus assist metering metering metering instruction control module of the auxiliary focus is obtained photographing parameters, and the output of the portable imaging parameter information transmitted through the second photographing module means;

[0017]闪光控制模块,用于根据该辅助闪光启动指令,控制该闪光灯模组闪光。 [0017] The flash control module, according to the activation command for a flash assist, controlling the flash lamp module flash.

[0018]为解决上述技术问题,本发明采用的第三个技术方案是一种辅助闪光控制系统,其包括有一拍摄控制装置及辅助闪光控制装置,拍摄控制装置运行于一便携式拍摄装置,由该便携式拍摄装置的中央处理器执行,该便携式拍摄装置包括有摄像头模组及第一信息传输模块;该辅助闪光控制装置运行于一辅助闪光装置,该辅助闪光装置包括有闪光灯模组、第二信息传输模块及辅助对焦测光模块。 [0018] To solve the above problems, the present invention employs a third aspect auxiliary flash control system, which includes a flash photographing control means and auxiliary control means, imaging operation control means in a portable imaging device, from which the central processor of the portable imaging device is performed, the portable imaging device comprising a camera module and a first information transmitting module; flash control of the auxiliary device operates on an auxiliary flash device, the flash device comprising a flash auxiliary module, the second information transmission module and the auxiliary focus metering module.

[0019]拍摄控制装置包括:第一通信连接模块,用于通过该第一信息传输模块建立与该辅助闪光装置通信连接;拍摄参数获取模块,用于产生一辅助对焦测光指令,透过该第一信息传输模块向该辅助闪光装置输出该辅助对焦测光指令,接收该辅助闪光装置输出的拍摄参数;拍摄指令产生模块,用于根据该拍摄参数产生一拍摄指令及一辅助闪光启动指令,该辅助闪光启动指令透过第一信息传输模块输出给该辅助闪光装置;照片获取模块,用于根据该拍摄指令控制该摄像头模组进行拍摄并获得本次拍摄照片; [0019] The imaging control apparatus comprising: a first communication module connector for establishing a connection with the auxiliary device via the first communication flash information transmission module; imaging parameter acquiring module, for generating an auxiliary focus metering instruction through the the first auxiliary information transmission module to assist in focusing the flash metering means outputs the command, the shooting parameters received assist output flash device; imaging instruction generating means for generating a flash shooting instruction and an auxiliary start instruction according to the imaging parameters, the auxiliary flash start command is output to the flash device through the first auxiliary information transmission module; photograph acquisition module for photographing according to the imaging command from the control module of the camera and obtain photographs in this;

[0020]辅助闪光控制装置包括:第二通信连接模块,用于通过该第二信息传输模块建立与该便携式拍摄装置的通信连接;参数获取模块,用于通过第二信息传输模块获取该便携式拍摄装置输出的辅助对焦测光指令,根据该辅助对焦测光指令控制该该辅助对焦测光模块进行对焦测光,获得拍摄参数,并控制该第二信息传输模块将该拍摄参数输出给该便携式拍摄装置;闪光控制模块,用于通过该第二信息传输模块获取该便携式拍摄装置输出的辅助闪光启动指令,控制该闪光灯模组闪光。 [0020] The auxiliary flash control means comprising: a second communication connection module, for establishing the portable imaging device by the second communication connection information transmission module; parameter obtaining module, configured to obtain the second information transmitted by a portable photographing module metering focus assist command output means, based on the instruction of the control of the auxiliary focus metering metering module of the auxiliary focus focus metering, obtained photographing parameters, and the second control information transmission module outputs the imaging parameters to the portable photographing means; flash control module, configured to obtain the portable module via the second auxiliary information transmitting means for outputting the flash imaging start instruction, the flashlight control module flash.

[0021]利用本发明的拍摄控制方法、辅助闪光控制装置或辅助闪光控制系统,便携式拍摄装置在拍摄照片时,可利用外接的辅助闪光装置闪光,提高照片的品质。 [0021] by the imaging control method of the present invention, the auxiliary control device or the auxiliary flash flash control system, a portable imaging apparatus when taking pictures, the flash device using external auxiliary flash, improve the quality of photographs. 并进一步可以达到便携式拍摄装置的拍摄与辅助闪光装置的闪光同步,进一步提高照片的品质。 And further shoot up to a portable device for flash photography with the aid of a flash device synchronization, to further improve the quality of your photos.

[0022]为使本发明的上述目的、特征和优点能更明显易懂,下文特举较佳实施例,并配合所附附图,作详细说明如下。 [0022] For the above-described objects, features and advantages of the present invention can be more fully understood by reading the following preferred embodiments, and accompanied with figures are described in detail below.

附图说明 BRIEF DESCRIPTION

[0023]为了更清楚地说明本发明实施例的技术方案,下面将对实施例中所需要使用的附图作简单地介绍,应当理解,以下附图仅示出了本发明的某些实施例,因此不应被看作是对范围的限定,对于本领域普通技术人员来讲,在不付出创造性劳动的前提下,还可以根据这些附图获得其他相关的附图。 [0023] In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the drawings are briefly introduced as required for use in the embodiments describing the embodiments, it should be understood that the appended drawings illustrate only certain embodiments of the present invention. therefore not to be considered as limiting the scope of those of ordinary skill in the art is concerned, without creative efforts may still obtain other drawings according to these drawings.

[0024]图1是本发明一实施方式中的一种本发明实施方式一种拍摄系统的组成示意图; [0024] FIG. 1 is a way of embodiment of the present invention in one embodiment of the present invention is composed of a schematic An imaging system;

[0025]图2是本发明一实施方式中的便携式拍摄装置的中央处理器的模块示意图; [0025] FIG. 2 is a schematic view of a portable embodiment of the central processor module imaging apparatus of the present invention, an embodiment;

[0026]图3是本发明一实施方式中的拍摄控制方法的处理流程图; [0026] FIG. 3 is a flowchart of a method of controlling photographing mode of the present invention, an embodiment;

[0027]图4是本发明实施方式的辅助闪光装置的模块示意图; [0027] FIG. 4 is a block auxiliary flash device according to an embodiment of the present invention, a schematic view;

[0028]图5是本发明实施方式的辅助闪光装置执行辅助闪光控制方法的流程示意图; [0028] FIG. 5 is an embodiment of the present invention, the auxiliary flash device performs a schematic flow auxiliary flash control method;

[0029]图6是本发明实施方式的拍摄控制装置模块示意图; [0029] FIG. 6 is a schematic view of an embodiment of the present invention imaging control device module;

[0030]图7是本发明为本发明实施方式中的辅助闪光装置的辅助闪光控制装置的模块示意图。 [0030] FIG. 7 is a secondary embodiment of the present invention, the present invention in a schematic view of an auxiliary flash device in a flash device control module.

[0031]主要元件符号说明: [0031] Description of Symbols principal elements:

[0032] 100 拍摄系统 [0032] The imaging system 100

[0033] 200 便携式拍摄装置 [0033] The portable imaging device 200

[0034] 210 摄像头模组 [0034] The camera module 210

[0035] 220 第一信息传输模块 [0035] The first information transmission module 220

[0036] 230 中央处理器 [0036] Central processors 230

[0037] 250 拍摄控制装置 [0037] The imaging control unit 250

[0038] 251 通信连接模块 [0038] 251 connected to the communication module

[0039] 252 拍摄参数获取模块 [0039] 252 shooting parameters acquisition module

[0040] 253 拍摄指令产生模块[0041 ] 254 照片获取模块 [0040] The imaging command generation module 253 [0041] 254 acquisition module photos

[0042] 255 拍摄模式确定模块 [0042] The photographing mode determination module 255

[0043] 257 辅助镜片确认模块 [0043] The determining module 257 of the auxiliary lens

[0044] 260 操作系统 [0044] OS 260

[0045] 300 辅助闪光装置 [0045] The auxiliary flash device 300

[0046] 310 闪光灯模组 [0046] 310 flash lamp module

[0047] 320 第二信息传输模块 [0047] The second information transmission module 320

[0048] 330 处理器 [0048] Processor 330

[0049] 340 辅助对焦测光模块 [0049] The metering module 340 to assist in focusing

[0050] 350 标识显示灯[0051 ] 360 存储器 [0050] The identification display lamp 350 [0051] 360 memory

[0052] 370 电源电路 [0052] The power supply circuit 370

[0053] 710 通信连接建立模块 [0053] The communication connection establishment module 710

[0054] 720 信息获取模块 [0054] The information acquiring module 720

[0055] 730 拍摄参数获取模块 [0055] 730 shooting parameters acquisition module

[0056] 740 闪光控制模块 [0056] 740 flash control module

[0057] 750 辅助参数获取模块 [0057] The auxiliary parameter obtaining module 750

[0058] 760 标识显示模块 [0058] The identification display module 760

具体实施方式 Detailed ways

[0059]下面将结合本发明实施例中附图,对本发明实施例中的技术方案进行清楚、完整地描述,显然,所描述的实施例仅仅是本发明一部分实施例,而不是全部的实施例。 [0059] below in conjunction with the present invention illustrated in the drawings embodiments, the technical solutions in the embodiments will be apparent to the present invention, completely described, obviously, the described embodiments are merely part of embodiments of the present invention rather than all embodiments . 通常在此处附图中描述和示出的本发明实施例的组件可以以各种不同的配置来布置和设计。 Components of an embodiment of the present invention is generally described herein and illustrated in the drawings can be arranged and designed in a variety of different configurations. 因此,以下对在附图中提供的本发明的实施例的详细描述并非旨在限制要求保护的本发明的范围,而是仅仅表示本发明的选定实施例。 Accordingly, the following detailed description of the invention provided in the drawings embodiments is not intended to limit the scope of the invention claimed, but is merely representative of selected embodiments of the present invention. 基于本发明的实施例,本领域技术人员在没有做出创造性劳动的前提下所获得的所有其他实施例,都属于本发明保护的范围。 Based on the embodiments of the present invention, all other embodiments of the present art in the art without creative efforts shall fall within the scope of the present invention.

[0060]参阅图1所,为本发明实施方式一种拍摄系统的组成示意图。 [0060] Referring to Figure 1, a schematic view of one composition embodiment of the imaging system of the present invention. 所述拍摄系统100包括一便携式拍摄装置200及辅助闪光装置300。 The imaging system 100 comprises a portable imaging device 200 and the auxiliary flash device 300. 该便携式拍摄装置200可以为手机、平板电脑、电子书装置、音乐播放器、照相机等具有拍摄照片功能的便携电子装置。 The portable electronic device may have taken portable photo shoot features for mobile phones, tablets, e-book devices, music players, cameras and other devices 200.

[0061]该便携式拍摄装置200包括有摄像头模组210、中央处理器230、第一信息传输模块220。 [0061] The portable imaging apparatus 200 comprises a camera module 210, the central processor 230, a first information transmission module 220. 该辅助闪光装置300包括有闪光灯模组310、第二信息传输模块320、处理器330及辅助对焦测光模块340。 This auxiliary strobe flash device 300 comprises module 310, a second information transmission module 320, a processor 330 and metering module 340 to assist in focusing.

[0062]该中央处理器230电连接有该摄像头模组210及第一信息传输模块220,通过该第一信息传输模块220建立与一辅助闪光装置300通信连接;产生一辅助对焦测光指令,透过第一信息传输模块220向该辅助闪光装置300输出该辅助对焦测光指令,接收该辅助闪光装置300输出的拍摄参数;根据该拍摄参数产生一拍摄指令及一辅助闪光启动指令,该辅助闪光启动指令透过第一信息传输模块220输出给该辅助闪光装置300;根据该拍摄指令控制该摄像头模组210进行拍摄获得本次拍摄照片。 [0062] The central processor 230 is electrically connected to the camera module 210 and the first information transmission module 220, via the first information transmission module 220 to establish a communication connection auxiliary flash device 300; generating an auxiliary focus metering instruction, flash generates a start command and an auxiliary shooting instruction based on the capturing parameter, the auxiliary; information transmission module 220 through a first flash device 300 to the auxiliary output of the auxiliary focus metering instruction, the shooting parameters received assist flash device 300 output flash auxiliary transmission start command to the transmitting module 220 outputs the first information flash device 300; photographing control based on the instruction of the photographing of the camera module 210 obtains the present picture shot.

[0063]该辅助闪光装置300的处理器330电连接该第二信息传输模块320、辅助对焦测光模块340及闪光灯模组310。 [0063] The processor 330 of the auxiliary flash device 300 is electrically connected to the second information transmission module 320, module 340 and the auxiliary metering flash focus module 310. 该处理器330通过该第二信息传输模块320与一便携式拍摄装置200建立通信连接,获得该便携式拍摄装置200输出的辅助对焦测光指令,控制该辅助对焦测光模块340进行对焦测光,获得拍摄参数,并将该拍摄参数输出给该便携式拍摄装置200,通过该第二信息传输模块320获取该便携式拍摄装置200输出的辅助闪光启动指令,控制该闪光灯模组310进行闪光。 The processor 330 through a portable imaging device 320 and the second information transmission module 200 to establish a communication connection to obtain the portable imaging device 200 to assist in focusing the photometric output instruction, the control module 340 of the auxiliary focus the focus metering metering obtain imaging parameters, and outputs the imaging parameters to the portable imaging device 200, 320 acquisition assistance of the portable imaging device 200 outputs an instruction to start flashing by the second information transmission module, the control module 310 to flash the flash lamp.

[0064]所述第一信息传输模块220和该第二信息传输模块320相匹配,可以是USB接口、IEEE1394、Wif1、蓝牙、NFC、Beacon、2G、3G、4G、2.4G、LTE、5G、光传输、音频接口、音频传输、红外线传输等各种有线、无线、闪光、声音传输单元中至少之一。 [0064] The first information transmission module 220 and transmission module 320 of the second information match, the interface may be a USB, IEEE1394, Wif1, Bluetooth, NFC, Beacon, 2G, 3G, 4G, 2.4G, LTE, 5G, optical transmission, an audio interface, audio transmission, infrared transmission, and other wired, wireless, flash, at least one sound transmission units.

[0065]在本发明的一实施方式中,第一信息传输模块220由多种信息传输单元组成,每一信息传输单元传输/接收前面所述的至少一种信息/指令。 [0065] In one embodiment of the present invention, the first information transmission module 220 a plurality of information transmission units, each information transmission unit transmits / receives at least one of the preceding information / instructions. 例如,第一信息传输模块220包括USB接口及光传输单元(在本发明中较佳为便携式拍摄装置200上的LED闪光灯),辅助对焦测光指令可以通过USB接口输出及接收所述拍摄参数;而辅助闪光启动指令通过闪光灯输出。 For example, first information transmission module 220 includes a USB interface and the optical transmission unit (in the present invention is preferably a portable imaging device 200 on the LED flash), focus assist metering instructions may be received via the USB interface and the output imaging parameters; flash start command through the auxiliary flash output. 相应的第二信息传输模块320亦由多种信息传输单元组成,每一信息传输单元传输/接收前面所述的至少一种信息/指令;例如,与前面的第一信息传输模块220相匹配,该第二信息传输模块320包括USB接口及光传输单元(在本发明中较佳为辅助闪光装置300上的光传感器),其中该USB接口接收/传输该辅助对焦测光指令及拍摄参数,而光传感器接收该辅助闪光启动指令。 Corresponding second plurality of information transmission module 320 also increased information transmission units, each information transmitting unit transmitting / receiving at least one information / instructions previously described; for example, the previous first information transmission module 220 matches the second information transmission comprises USB interface module 320 and the optical transmission unit (in the present invention is preferably an optical sensor on the auxiliary flash device 300), wherein the USB interface to receive / transmit instructions and the auxiliary metering focus imaging parameters, auxiliary flash light sensor receives the start command.

[0066]可以理解,便携式拍摄装置200的第一信息传输模块220通过光传输方式传输该辅助拍摄信息,可为根据预设方式将辅助拍摄信息进行编码,例如闪光时间、闪光强度、闪光频率等进行编码,控制LED闪光灯进行相应的闪烁(光信号)。 [0066] It will be appreciated, the first portable shooting information transmission apparatus 200 through the optical transmission module 220 of the auxiliary transmission imaging information may be encoded according to a predetermined imaging mode the auxiliary information such as time flash, flash intensity, flash frequency, etc. encoding, LED flash control corresponding scintillation (light signal). 而辅助闪光装置300的第二信息传输模块320中支持光传输方式的信息传输单元(例如光传感器)感应到相应的光信号后,根据预设方式进行反编码即可获得该辅助拍摄信息。 After the auxiliary information transmitting unit of the flash device according to the second support of optical information transmission module 320, 300 (e.g. an optical sensor) sensing a light signal to a corresponding, anti embodiment can be obtained according to a preset encoding of the auxiliary photographing information. 同理声音传输方式可以完成信息的传输及接收。 Similarly sound transmission can be completed transmission and reception of information.

[0067]在实施方式中,较佳的该第一信息传输模块220包括有有线或无线传输单元及光传输单元(例如为便携式拍摄装置上的LED闪光灯),该第二信息传输模块320相应的包括有有线或无线传输单元及光传输单元(较佳为光传感器)。 [0067] In an embodiment, the preferred first information transmission module 220 includes a wired or wireless transmitting unit and a light transmission unit (e.g., LED flash captured on a portable device), the second information transmission module 320 corresponding It includes a wired or wireless transmitting unit and a light transmitting unit (preferably an optical sensor). 该辅助闪光启动指令可为特定或不特定闪光参数的闪光指令,该便携式拍摄装置200根据该闪光指令控制LED闪光灯进行闪光,该辅助闪光装置300的第二信息传输模块320中的光信息传输单元(例如光传感器)感应到该闪光。 The auxiliary flash flash instruction start command may be specific or non-specific flash parameters of the portable imaging apparatus 200 controls the LED strobe flash to flash according to the instruction, the second optical information transmitting unit of the auxiliary information transmission module 320 in the flash device 300 (e.g., optical sensor) that senses the flash. 为了提高辅助闪光装置300的第二信息传输模块320中的光信息传输单元(光传感器)的准确度,该辅助闪光装置300的光传感器电连接该处理器330,而且该光传感器贴盖在该便携式拍摄装置200的LED闪光灯上。 In order to improve the accuracy of the optical auxiliary flash device information transmitting unit transmitting the second information 300 in the module 320 (a photosensor), the flash device of the auxiliary light sensor 300 is electrically connected to the processor 330, and the optical sensor attached to the cap the portable imaging device 200 on the LED flash.

[0068] 申请人对200910237182.3号发明专利申请及201320376363.6号实用新型专利所揭露的技术方案进行分析,发现在这些技术方案无法获得较佳的拍摄效果的原因为:便携式拍摄装置根据便携式拍摄装置的摄像头模块获得的拍摄参数(为了描述的方便以下简称为摄像头模块对应的拍摄参数)控制拍摄;由于该摄像头模块对应的拍摄参数是摄像头模块在便携式拍摄装置上的LED闪光灯闪光环境获得的拍摄参数,亦即摄像头模块所获得的拍摄参数是在使用内置LED闪光灯的拍摄的。 [0068] Patent Application No. 200910237182.3 applicant invention and utility model patent No. 201320376363.6 disclosed technical solution were analyzed and found the cause of these solutions can not be obtained is shooting preferred: a portable imaging device of a portable imaging device of the camera imaging parameter module obtained (for convenience of description hereinafter referred to as shooting parameters camera module corresponding to) controls the imaging; Since the camera module corresponding to the imaging parameters are photographing parameters LED strobe flash environment on the device to obtain a camera module photographing a portable, also i.e., the camera module photographing parameters is obtained by using the built-in LED flash photography. 而外接的辅助闪光装置的闪光强度是内置LED闪光灯的几倍、几十倍甚至几百倍,使用外接的辅助闪光装置后,环境已经发生变化,而依然采用该摄像头模块对应的拍摄参数进行拍摄,会严重影响了拍照的效果。 Flash intensity and the external flash device is built auxiliary LED flash several times, even hundreds of times several times, the use of auxiliary external flash device, the environment has changed, while still using the imaging parameters corresponding to the camera module photographing It will seriously affect the effect of taking pictures. 而在本实施方式中,考虑了使用辅助闪光装置后对被拍摄物体亮度的影响,在辅助闪光装置上设置有辅助对焦测光模块,根据辅助闪光装置上的辅助对焦测光模块获得拍摄参数,该拍摄参数是对应到使用辅助闪光装置后环境的,那依照辅助闪光装置上的辅助对焦测光模块获得的拍摄参数控制便携式拍摄装置进行拍摄,可显著提高照片的效果。 In the present embodiment, in consideration of the influence of the brightness of the object being photographed auxiliary flash device, is provided with an auxiliary module on the auxiliary focus metering flash device, imaging parameters is obtained according to the auxiliary module on the auxiliary focus metering flash device, this parameter corresponds to the photographing auxiliary flash device environment, in accordance with the imaging parameters that assist in focusing the auxiliary metering module controls the portable flash device obtained by imaging means imaging, can significantly increase the photo effect.

[0069]可以理解的是,在本实施方式中,辅助闪光装置300是可以按照设定的辅助闪光参数进行闪光。 [0069] It will be appreciated that, in the present embodiment, the auxiliary flash device 300 may be made auxiliary flash fires at the set parameters. 但是,为了提高照片的效果,可以依照不同的拍摄参数确定相应的辅助闪光参数,依照相应的辅助闪光参数控制闪光灯模组310进行闪光,提高照片的效果。 However, in order to enhance the photo, shooting may be determined according to different parameters of the corresponding auxiliary parameters flash, the flash 310 in accordance with the corresponding secondary module to control the flashlight flash parameters, the effect of improving picture.

[0070]进一步,该便携式拍摄装置200的中央处理器230产生拍摄指令为至少一组连拍指令或视频。 [0070] Further, the portable imaging device 200 of the central processing unit 230 generates a shooting instruction burst of at least one set of instructions or video. 且进一步,该至少一组连拍指令或视频是为该便携式拍摄装置处于锁焦状态下产生。 And further, at least one set of instructions or video was shot burst for generating the portable device is in the lock-focus state. 所述锁焦状态是指锁定焦距,在锁焦状态下便携式拍摄装置200不能再对焦距进行侦测。 Said locking means lock the focus-focus state, focus state in the lock of the portable imaging device 200 can no longer detect focal length. 可以理解,便携式拍摄装置200进入锁焦状态可以有多种方式,例如用户对拍摄画面进行预定操作(例如点击/双击);或是便携式拍摄装置200在产生至少一组连拍指令或视频拍摄指令之前,控制便携式拍摄装置200将自动对焦功能关闭。 It will be appreciated, the portable imaging device 200 may have access to locked in-focus state in various ways, for example, a user of a predetermined picture photographing operation (e.g. clicks / double-click); or the portable imaging device 200 generates at least one set of instructions or video recording instruction CS before, the control device 200 of the portable imaging autofocus is off.

[0071]参阅图2所示,为便携式拍摄装置的中央处理器的模块示意图。 [0071] Referring to Figure 2, the central processor modules of the portable imaging device. FIG. 该便携式拍摄装置200的中央处理器230上运行有操作系统260及拍摄控制装置250。 The photographing operation of the portable operating system 260 and imaging control means 250 of the central processing unit 230 to 200. 该拍摄控制装置250为可程序化处理装置,用于产生各种拍摄相关的指令。 The imaging control unit 250 is a programmable processing means, for generating various shooting instructions related. 该操作系统260可以为Andr1d、1S、Window Mobile或Linux等各种便携式装置操作系统。 The operating system 260 may be Andr1d, 1S, Window Mobile Linux or other operating systems various portable devices. 该操作系统260根据拍摄控制装置250产生各种拍摄相关的指令,控制便携式拍摄装置200的摄像头模组210、第一信息传输模块220及第二信息传输模块320执行相应的作业。 The operating system 260 according to the photographing control means 250 generates various instructions related to photographing, the control of the portable imaging device 200 of the camera module 210, a first information transmission module 220 and the second information transmission module 320 executes the corresponding job.

[0072]参阅图3所示,为便携式拍摄装置的拍摄控制方法处理流程图。 [0072] Referring to FIG 3, a control method of a portable imaging device imaging process flow diagram. 通过该第一信息传输模块220建立与一辅助闪光装置通信连接(步骤S410)。 220 established by the first auxiliary information transmission module and a flash device connected to the communication (step S410). 具体为拍摄控制装置250根据用户的操作,获得可建立通信接连的辅助闪光装置300,或是接收到辅助闪光装置300发送的建立通信连接请求,产生建立通信连接指令,将该通信连接指令发送给该操作系统260,该操作系统260通过通信传输模组240与辅助闪光装置300建立通信连接。 Specifically imaging control device 250 according to a user's operation, may be established to obtain the auxiliary communication successive flash device 300, or establish a communication connection request is received auxiliary flash device 300 transmits the generated instruction to establish a communication connection, the communication connection command to the the operating system 260, a communication connection via the operating system 260 to establish communication with the auxiliary transfer module 240 of the flash device 300.

[0073]接收操作指令,产生一辅助对焦测光指令(步骤S420)。 [0073] received an operation instruction, generates a focus assist metering command (step S420).

[0074]透过第一信息传输模块220向该辅助闪光装置输出该辅助对焦测光指令(步骤S430)。 [0074] The output of the auxiliary means to assist in focusing instruction through the first metering information transmission module 220 to flash (step S430).

[0075]透过第一信息传输模块220接收该辅助闪光装置300输出的拍摄参数(步骤S440);所述拍摄参数包括但不限于快门值、ISO值及白平衡值等。 [0075] through the information transmission module 220 receives a first parameter of the auxiliary imaging apparatus 300 outputs the flash (step S440); said imaging parameters include but are not limited to the shutter value, ISO value and a white balance value, etc.

[0076]根据该拍摄参数产生一拍摄指令及一辅助闪光启动指令(步骤S450)。 [0076] generating a flash shooting instruction and an auxiliary starting instruction (Step S450) based on the capturing parameter. 在本实施方式中,该拍摄指令为至少一组连拍指令或视频拍摄指令。 In the present embodiment, the imaging instruction burst of at least one set of instructions or video capture commands.

[0077]控制第一信息传输模块将该辅助闪光启动指令输出给该辅助闪光装置(步骤S460)o [0077] Control information transmission module outputs the first auxiliary start command to the accessory flash flash device (step S460) o

[0078]根据该拍摄指令控制该摄像头模组进行拍摄并获得本次拍摄照片(步骤S470)。 [0078] The photographing instruction to the imaging module to control the camera to take pictures, and this is obtained (step S470).

[0079]在本实施方式中,该连拍指令包括但不限于HDR式连续拍摄指令。 [0079] In the present embodiment, the instruction burst including but not limited to HDR continuous shooting instruction. 进一步,步骤S450中还包括:在产生至少一组连拍指令或视频拍摄指令之前,判断是便携式拍摄装置200是否处于锁焦状态,产生至少一组连拍指令或视频拍摄指令是在锁焦状态下产生。 Further, step S450 further comprising: prior to generating the at least one set of instructions or video burst shooting instruction, determines whether the imaging apparatus 200 is a portable power in a locked state, a burst of at least one set of instructions or a video shooting instruction is in the lock-focus state under produce.

[0080]可以理解,获得其中一张照片作为本次拍摄照片有多种方式可以实现,例如,在该拍摄控制装置250的图形用户界面上依次显示所摄像头模组210所获取的照片,根据用户的选择获得其中所选择的照片作为本次拍摄照片,或者依照预设程序固定选择第几个(例如第三个)连拍指令的第一张照片作为本次拍摄照片;或是获取所拍摄视频中固定时间线的一帧照片作为本次拍摄照片,或者将视频中所有帧或固定时间线的几帧照片提供给用户选择。 [0080] It will be appreciated, to obtain a photograph in which the present time there are many ways to take pictures may be implemented, for example, sequentially displays the photograph of the camera module 210 is acquired on the graphical user interface the imaging control device 250, according to user wherein selection of the selected picture is obtained as the present picture is taken, or a fixed number of select (e.g., third) in accordance with a preset program instruction CS of the first picture as the current picture is taken; or obtaining the captured video fixed timeline as this one photograph taking a picture, or video frames or all the fixed time frame of a few lines of photographs to a user selection.

[0081 ]进一步,在步骤S430中,在产生辅助拍摄信息之前还包括有步骤:根据初始拍摄参数及第二预设规则,判断是否需要加载辅助镜片,并在需要加载辅助镜头时,产生并显示提示要加载的辅助镜片规格。 Before [0081] Further, in step S430, the photographing auxiliary information generating further comprises the steps of: based on the initial imaging parameters and the second rule, it determines whether to load the auxiliary lens and the auxiliary lens is loaded when needed, generate and display tips to load the auxiliary lens specifications. 该辅助镜片包括但不限于下列的至少一种,减光镜、滤光镜、柔光镜片、散光镜片。 The auxiliary lens including but not limited to at least one of the following, by light microscopy, filter, soft lenses, the lens astigmatism. 并当接收到用户确定的操作指令后,产生该辅助拍摄信息。 And when receiving the operation instruction of the user is determined, the auxiliary generating photographing information.

[0082]进一步,还包括步骤:产生显示灯控制指令,发送该显示灯控制指令给辅助闪光装置300,该显示灯控制指令用于控制辅助闪光装置300控制该标识显示灯执行相应的显示功能,该显示功能包括颜色、颜色变化、变化频率及明暗等显示方式。 [0082] Further, further comprising the step of: generating the indication light control instruction, transmits the control command to the auxiliary display lamp flash device 300, the display control instructions for controlling the auxiliary lamp unit 300 controls the flash lamp perform the identification display corresponding display function, the display includes a color, color change, brightness change of the frequency and the like are displayed.

[0083]参阅图4所示,为辅助闪光装置的模块示意图。 As shown in [0083] Referring to Figure 4, a schematic diagram of an auxiliary module of the flash device. 在本实施方式中,该辅助闪光装置300通过专用手机保护壳、自拍杆或者其他方式与便携式拍摄装置200固定连接,辅助闪光装置300通信连接于前面所述的便携式拍摄装置200,根据该便携式拍摄装置200所产生的拍摄作业,控制其所包括的闪光灯模组310进行闪光。 In the present embodiment, the flash device 300 via a dedicated auxiliary phone case, the self-rods or other means with the portable imaging device 200 is fixedly connected to the auxiliary flash device 300 is connected to a portable communication imaging apparatus 200 previously described, according to the portable photographing radiographing operation device 200 is generated, it includes a flash control module 310 to flash.

[0084]该辅助闪光装置300除了包括有闪光灯模组310、第二信息传输模块320、辅助对焦测光模块340及处理器330,较佳还包括电源电路370、标识显示灯350及存储器360。 [0084] The auxiliary flash device comprising a flash module 300 in addition to 310, the second information transmission module 320, the auxiliary focus metering module 340 and a processor 330 preferably further includes a power supply circuit 370, a memory 350 and the identification display lamp 360.

[0085]其中该处理器330电连接其他各模块,用于控制其他各模块的作业。 [0085] wherein each of the processor 330 is electrically connected to other modules, for controlling the operation of each of the other modules. 该电源电路370为其他各模块提供电能。 The power supply circuit 370 provides power to the various other modules. 较佳的该处理器330为单任务处理器例如MCU,或者是多任务处理器,但由于其同时处理的任务较少,各种控制指令不会出现延时处理的问题。 The preferred processor 330 is a single task processor e.g. MCU, or a multi-tasking processor, but because fewer processing tasks simultaneously, various control commands will not delay processing problems occur.

[0086]该辅助闪光装置300的处理器330电连接该第二信息传输模块320、辅助对焦测光模块340及闪光灯模组310。 [0086] The processor 330 of the auxiliary flash device 300 is electrically connected to the second information transmission module 320, module 340 and the auxiliary metering flash focus module 310. 该处理器330通过该第二信息传输模块320与一便携式拍摄装置200建立通信连接,获得该便携式拍摄装置200输出的辅助对焦测光指令,控制该辅助对焦测光模块340进行对焦测光,获得拍摄参数,并将该拍摄参数输出给该便携式拍摄装置200,通过该第二信息传输模块320获取该便携式拍摄装置200输出的辅助闪光启动指令,控制该闪光灯模组310进行闪光。 The processor 330 through a portable imaging device 320 and the second information transmission module 200 to establish a communication connection to obtain the portable imaging device 200 to assist in focusing the photometric output instruction, the control module 340 of the auxiliary focus the focus metering metering obtain imaging parameters, and outputs the imaging parameters to the portable imaging device 200, 320 acquisition assistance of the portable imaging device 200 outputs an instruction to start flashing by the second information transmission module, the control module 310 to flash the flash lamp.

[0087]在本实施方式中,该闪光灯模组310可以是LED闪光灯模组、氙气闪光灯模组或是其他闪光技术的闪光灯模组。 [0087] In the present embodiment, the flashlight LED module 310 may be a flash lamp module, xenon flash, or other flash module art flash modules.

[0088]进一步,存储器360中存储有辅助参数对应表,该辅助参数对应表中记录有各拍摄参数与辅助闪光参数的对应关系,该辅助闪光参数可以为氙气闪光次数、每次闪光强度、每次闪光时间以及每次氙气闪光间隔时间等参数。 [0088] Further, the memory 360 stores therein auxiliary parameter correspondence table, the auxiliary parameter correspondence table recorded in each corresponding relationship imaging parameters and the auxiliary flash parameters of the auxiliary flash parameters may be a xenon flash lamp frequency, each flash intensity, each flashes each time a xenon flash lamp and time interval parameters. 处理器330还根据拍摄参数查询该辅助拍摄对应表获得相应的辅助闪光参数,根据该辅助闪光参数控制该闪光灯模组310闪光。 The processor 330 also captured correspondence table to obtain the corresponding secondary FLASH imaging parameters of the auxiliary parameter query, flash flash parameters based on the auxiliary control module 310 of the flash. 可以理解,在本实施方式的较佳方面,依照不同拍摄参数启动对应的辅助闪光参数的闪光,进一步提高了拍摄的效果。 It will be appreciated, in the preferred aspect of this embodiment, the auxiliary start flashing the flash parameters according to different imaging parameters corresponding to further enhance the effect of shooting.

[0089]在本发明的较佳实施方式中,该闪光灯模组310为氙气闪光灯模组。 [0089] In a preferred embodiment of the present invention, the flash lamp module 310 is a xenon flash lamp module. 进一步,存储器360中存储有辅助参数对应表,该辅助参数对应表记录有每一拍摄参数对应的同步时间。 Further, the memory 360 stores a correspondence table auxiliary parameter, the parameter of the auxiliary mapping table is recorded for each synchronization time corresponding to the parameter imaging. 该处理器330还根据该拍摄参数查询该辅助参数对应表获得相应的同步时间,处理器330具体为获得该辅助闪光启动指令时,启动计时,当计时达到该同步时间时,控制该闪光灯模组闪光。 The processor 330 also received the respective synchronization time based on the capturing parameter of the auxiliary query parameter correspondence table, the processor 330 is specifically obtained when the auxiliary flash starting command, start time, when the time reaches the time synchronization controlling the flash lamp module flash.

[0090]在本发明的较佳实施方式的另一方面,储器360中存储有辅助参数对应表,该辅助参数对应表中记录有各拍摄参数与同步时间、辅助闪光参数的对应关系,该处理器330还根据该拍摄参数查询该辅助参数对应表获得相应的同步时间及辅助闪光参数,处理器330具体为获得该辅助闪光启动指令时,启动计时,当计时达到该同步时间时,根据该辅助闪光参数控制该闪光灯模组闪光。 [0090] The correspondence between each shot and synchronization time parameter, flash parameters auxiliary another aspect, the secondary reservoir 360 stores a parameter table corresponding to the auxiliary parameter record correspondence table in the preferred embodiment of the present invention, the the processor 330 also received the respective synchronization time and flash parameters based on the secondary imaging parameters of the auxiliary parameter correspondence table query, particularly when the processor 330 to obtain the auxiliary flash starting command, start time, when the time reaches the synchronization time, based on the auxiliary flash parameters controlling the flash lamp module flash.

[0091]进一步,辅助闪光装置300还接收便携式拍摄装置200发送的显示灯控制指令,控制该标识显示灯350执行相应的显示功能,该显示功能包括颜色、颜色变化、变化频率及明暗等显不方式。 [0091] Further, the auxiliary flash device 300 also receives the portable imaging display lamp device transmits 200 a control instruction, the identification display lamp 350 perform a corresponding display, the display including color, color change, change in frequency and brightness, and other notable not the way. 该标识显不灯为Logo显不灯ο The identification is not significant not significant lamp lights Logo ο

[0092]较佳的,该第二信息传输模块320包括有光传感器,该光传感器遮盖在便携式拍摄装置200的LED闪光模组上,其电连接该处理器330,该处理器330是为根据该光传感器的光感应信息获得辅助闪光启动指令。 [0092] Preferably, the information transmission module 320 comprises a second optical sensor, the optical sensor cover on the portable photographing apparatus LED flashing module 200 electrically connected to the processor 330, the processor 330 is in accordance with optical sensing information obtained by the auxiliary flash light sensor activation instruction.

[0093]参阅图5所示,为辅助闪光控制方法的流程示意图,该辅助闪光控制方法为一辅助闪光装置的处理器所执行。 [0093] Referring to FIG. 5, a schematic flow chart of a method for controlling the flash assist the auxiliary processor is a flash control method for the flash device auxiliary executed. 该辅助闪光装置包括有处理器、第二信息传输模块、辅助对焦测光模块、存储器及闪光灯模组。 The flash device includes an auxiliary processor, a second information transmitting module, the secondary focus metering module, and the flash memory module. 该辅助闪光控制方法包括有如下步骤: The auxiliary flash control method comprising the steps of:

[0094]通过该第二信息传输模块与一便携式拍摄装置建立通信连接(步骤S510)。 [0094] The communication connection is established (step S510) by the second information transmission module and a portable imaging device.

[0095]通过该第二信息传输模块获取一便携式拍摄装置输出的辅助对焦测光指令及辅助闪光启动指令(步骤S520)。 [0095] Gets a portable metering instruction and an auxiliary assist focus imaging means outputs the second information transmission by flash module enable command (step S520).

[0096]根据该辅助对焦测光指令控制该辅助对焦测光模块进行对焦测光,获得拍摄参数(步骤S530)。 [0096] The focus of the auxiliary metering metering focus the focus of the auxiliary instruction control metering module, the shooting parameters is obtained (step S530).

[0097]通过该第二信息传输模块输出该获得拍摄参数给该便携式拍摄装置(步骤S540)。 [0097] The acquisition parameters obtained by the second information transmission module output to the portable imaging device (step S540).

[0098]通过该第二信息传输模块获得该便携式拍摄装置输出的辅助闪光启动指令(步骤S550)o [0098] The portable obtained by the second imaging means outputs information transmission module auxiliary flash start command (step S550) o

[0099]根据该辅助闪光启动指令,控制该闪光灯模组闪光(步骤S560)。 [0099] According to this auxiliary flash starting command, the flash control module flash (step S560).

[0100]在进一步,辅助闪光控制装置的存储器中存储有辅助参数对应表,该辅助参数对应表中记录有各拍摄参数与辅助闪光参数的对应关系,该辅助闪光参数可以为氙气闪光次数、每次闪光强度、每次闪光时间以及每次氙气闪光间隔时间等参数。 [0100] In a further, auxiliary controlling the flash memory device stores auxiliary parameter correspondence table, the auxiliary parameter correspondence table recorded with a corresponding relationship between each shooting parameter of the auxiliary flash parameters of the auxiliary flash parameters may xenon number of flashes per flashes the intensity of each flash time parameter and a xenon flash lamp each time interval. 该辅助闪光控制方法还包括步骤:根据该拍摄参数查询该辅助拍摄对应表获得相应的辅助闪光参数。 The auxiliary flash control method further comprises: obtaining respective auxiliary flash parameters based on the capturing parameter of the auxiliary query captured correspondence table. 该控制该闪光灯模组闪光具体为根据该辅助闪光参数控制该闪光灯模组闪光。 The module controls the flash based on the flash to flash DETAILED auxiliary flash parameters controlling the flash lamp module.

[0101]在本发明的较佳实施方式中,该辅助闪光装置的闪光灯模为氙气闪光灯模组。 [0101] In a preferred embodiment of the present invention, the auxiliary flash mode flash device for a xenon flash lamp module. 进一步,该辅助闪光装置的存储器中存储有辅助参数对应表,该辅助参数对应表记录有每一拍摄参数对应的同步时间。 Further, stored in the memory of the flash device of the auxiliary parameters corresponding to the auxiliary table, the auxiliary parameter list corresponding to the synchronization time are recorded for each parameter corresponding to the imaging. 该辅助闪光控制方法还包括步骤:根据该拍摄参数查询该辅助参数对应表获得相应的同步时间。 The auxiliary flash control method further comprises: obtaining the corresponding synchronization time based on the capturing parameter of the auxiliary query parameter correspondence table. 该控制该闪光灯模组闪光具体为获得该辅助闪光启动指令时,启动计时,当计时达到该同步时间时,控制该闪光灯模组闪光。 The control module of the flash lamp flashes Specifically obtain this auxiliary flash starting command, start time, when the time reaches the time synchronization controlling the flash lamp module flash.

[0102]在本发明的较佳实施方式的另一方面,辅助闪光装置的闪光灯模为氙气闪光灯模组。 [0102] In a preferred embodiment of the present invention on the other hand, the auxiliary flash mode flash device is a xenon flash lamp module. 进一步,该辅助闪光装置的存储器中存储有辅助参数对应表,该辅助参数对应表中记录有各拍摄参数与同步时间、辅助闪光参数的对应关系,该辅助闪光控制方法还包括步骤:根据该拍摄参数查询该辅助参数对应表获得相应的同步时间及辅助闪光参数。 Further, stored in the memory of the auxiliary flash device has auxiliary parameter correspondence table, the auxiliary parameter correspondence table recorded in each of the imaging parameters of the synchronous time, correspondence relationship between the secondary flash parameters of the auxiliary flash control method further comprising the step of: based on the shooting the auxiliary parameter query parameter correspondence table to obtain the corresponding secondary synchronization time and flash parameters. 该控制该闪光灯模组闪光具体为获得该辅助闪光启动指令时,启动计时,当计时达到该同步时间时,根据该辅助闪光参数控制该闪光灯模组闪光。 The control module of the flash lamp flashes Specifically obtain this auxiliary flash starting command, start time, when the time reaches the synchronization time, based on the control parameter of the auxiliary strobe flash flash module.

[0103]参阅图6所示,为本发明实施方式的拍摄控制装置模块示意图。 Shooting [0103] Referring to FIG. 6, embodiments of the present invention, the control device module of FIG. 该拍摄控制装置250运行于一便携式拍摄装置200,由该便携式拍摄装置的中央处理器230执行,该便携式拍摄装置200还包括有摄像头模组210及第一信息传输模块220。 The imaging control unit 250 operating in a portable imaging device 200, captured by the portable device 230 executes the central processor, the portable imaging apparatus 200 further includes a first camera module 210 and the information transmission module 220. 该拍摄控制装置250包括有: The imaging control unit 250 comprises:

[0104]通信连接模块251,用于通过该第一信息传输模块220建立与一辅助闪光装置通信连接;具体为拍摄控制装置300根据用户的操作,获得可建立通信接连的辅助闪光装置300,或是接收到辅助闪光装置300发送的建立通信连接请求,产生建立通信连接指令,将该通信连接指令发送给该操作系统260,该操作系统260通过通信传输模组240与辅助闪光装置300建立通信连接。 [0104] Communication module 251 is connected, through a first information transmission module 220 is connected an auxiliary means to establish communication with a flash; specifically, imaging control apparatus 300 according to a user's operation, may be established to obtain the auxiliary communication successive flash device 300, or establishing a communication connection request is received auxiliary flash device 300 transmits the generated instruction to establish a communication connection, the communication connection instruction to the operating system 260, the operating system 260 by establishing a communication module 240 and the auxiliary transmission device 300 is a communication connection flash .

[0105]拍摄参数获取模块252,用于产生一辅助对焦测光指令,透过第一信息传输模块220向该辅助闪光装置300输出该辅助对焦测光指令,接收该辅助闪光装置300输出的拍摄参数。 [0105] imaging parameter obtaining module 252, for generating an auxiliary focus metering command, the output of the auxiliary focus metering instruction information transmission module 220 through a first flash device 300 to assist, the photographing auxiliary flash device receives output 300 parameter.

[0106]拍摄指令产生模块253,用于根据该拍摄参数产生一拍摄指令及一辅助闪光启动指令,该辅助闪光启动指令透过第一信息传输模块220输出给该辅助闪光装置300。 [0106] photographing command generation module 253, a shooting instruction and for generating an auxiliary flash parameters based on the imaging start instruction, the instruction to start the secondary auxiliary flash flash device 300 through the transmitting module 220 outputs the first information.

[0107]照片获取模块254,用于根据该拍摄指令控制该摄像头模组进行拍摄并获得本次拍摄照片。 [0107] photograph acquisition module 254, according to a photographing instruction to the imaging module to control the camera to take pictures and get this.

[0108]在本实施方式的较佳方面,该拍摄指令为至少一组连拍指令或视频拍摄指令。 [0108] In a preferred aspect of this embodiment, the imaging instruction shooting instruction burst of at least one set of instructions or video. 该连拍指令包括但不限于HDR式连续拍摄指令。 The burst instruction includes but is not limited to HDR continuous shooting instruction.

[0109]在本实施方式的较佳方面,该拍摄指令产生模块具体为在锁焦状态下产生该拍摄指令及辅助闪光启动指令。 [0109] In a preferred aspect of this embodiment, the imaging command generation module is to generate the imaging instruction start command and the secondary FLASH-focus state in the lock.

[0110]在本实施方式的较佳方面,该拍摄控制装置250还包括有: [0110] In a preferred aspect of this embodiment, the imaging control means 250 further comprises:

[0111]拍摄模式确定模块255,用于确定该便携式拍摄装置进入辅助闪光灯拍摄模式。 [0111] Shooting mode determination module 255 for determining that the portable imaging device into the auxiliary flash photographing mode. 在本实施方式中,进入辅助闪光灯拍摄模式可以有多种方式,例如拍摄控制装置的使用者图形界面上上直接设置有该辅助闪光灯拍摄模式的标识,用户点击该标识,即进入该辅助闪光灯拍摄模式;或者,在接收到拍摄指令时(为了后续描述的方便,这里的拍摄指令可以是拍摄准备指令),判断该便携式拍摄装置200是否通信连接有辅助闪光装置300,如果有,则进入辅助闪光灯拍摄模式;而如果没有,则采取普通的拍摄模式。 In the present embodiment, the auxiliary flash photographing mode can enter a variety of ways, for example, is provided with the auxiliary flash photographing mode identification on the graphical user interface directly on the imaging control apparatus, the user clicks on the identifier, i.e., enters the auxiliary flash photographing mode; or, when receiving the photographing instruction (for convenience of subsequent description herein photographing instruction may be shooting preparation instruction), determines that the portable imaging device 200 is communicatively coupled with an auxiliary flash device 300, if there is, the process proceeds auxiliary flash shooting mode; and if not, then take a normal shooting mode.

[0112]辅助镜片确认模块257,用于根据初始拍摄参数及预设规则,判断是否加载辅助镜片,并在需要加载辅助镜头时,产生并显示提示要加载的辅助镜片规格。 [0112] confirmed auxiliary lens module 257, according to a preset rule and initial photographing parameters, determines whether to load the auxiliary lens, and when to load the auxiliary lens, the auxiliary lens generates and displays a prompt to load size. 该辅助镜片包括但不限于下列的至少一种,减光镜、滤光镜、柔光镜片、散光镜片。 The auxiliary lens including but not limited to at least one of the following, by light microscopy, filter, soft lenses, the lens astigmatism. 并当接收到用户确定的操作指令后,产生该辅助拍摄信息。 And when receiving the operation instruction of the user is determined, the auxiliary generating photographing information.

[0113]显示灯控制模块258,用于产生显示灯控制指令,发送该显示灯控制指令给辅助闪光装置300。 [0113] indicator control module 258, a display lamp for generating a control command, transmits the control command to the auxiliary display lamp flash device 300.

[0114]参阅图7所示,为本发明辅助闪光控制装置的模块示意图。 [0114] Referring to FIG. 7, a schematic diagram of the module control device according to the invention auxiliary flash. 该辅助闪光控制装置700为可程序化装置,其运行于辅助闪光装置的处理器,该辅助闪光装置包括有处理器、第二信息传输模块、辅助对焦测光模块、存储器及闪光灯模组。 700 is a programmable flash control of the auxiliary means, which auxiliary processor running on the flash device, the flash device comprises an auxiliary processor, a second information transmitting module, the secondary focus metering module, and the flash memory module. 其包括有: Which include:

[0115]通信连接建立模块710,用于通过该第二信息传输模块与一便携式拍摄装置建立通信连接。 [0115] communication connection establishment module 710, for establishing a communication connection with the portable imaging device by the second information transmission module.

[0116]信息获取模块720,用于通过该第二信息传输模块获取一便携式拍摄装置输出的辅助对焦测光指令及辅助闪光启动指令。 [0116] information obtaining module 720, configured to obtain a portable auxiliary focus command and an auxiliary metering imaging means outputs the second information transmission by flash module start command.

[0117]拍摄参数获取模块730,用于根据该辅助对焦测光指令控制该辅助对焦测光模块进行对焦测光,获得拍摄参数,并将该拍摄参数透过该第二信息传输模块输出该便携式拍摄装置。 [0117] imaging parameter obtaining module 730, used for focusing based on the focus assist metering metering metering command control module of the auxiliary focus is obtained photographing parameters, and the output of the portable imaging parameter information transmitted through the second transmission module capturing device.

[0118]闪光控制模块740,用于根据该辅助闪光启动指令,控制该闪光灯模组闪光。 [0118] flash control module 740, according to the instruction for starting the flash assist, controlling the flash lamp module flash.

[0119]在进一步,辅助闪光控制装置的存储器中存储有辅助参数对应表,该辅助参数对应表中记录有各拍摄参数与辅助闪光参数的对应关系,该辅助闪光参数可以为氙气闪光次数、每次闪光强度、每次闪光时间以及每次氙气闪光间隔时间等参数。 [0119] In a further, auxiliary controlling the flash memory device stores auxiliary parameter correspondence table, the auxiliary parameter correspondence table recorded with a corresponding relationship between each shooting parameter of the auxiliary flash parameters of the auxiliary flash parameters may xenon number of flashes per flashes the intensity of each flash time parameter and a xenon flash lamp each time interval. 该辅助闪光控制装置700还包括有辅助参数获取模块750,用于根据该拍摄参数查询该辅助拍摄对应表获得相应的辅助闪光参数。 The auxiliary control device 700 further includes a flash auxiliary parameter obtaining module 750, for obtaining the corresponding auxiliary flash parameters based on the capturing parameter of the auxiliary query captured correspondence table. 该闪光控制模块740具体为根据该辅助闪光参数控制该闪光灯模组闪光。 The flash control module 740 is particularly based on the auxiliary flash flash parameters controlling the flash lamp module.

[0120]在本发明的较佳实施方式中,该辅助闪光装置的闪光灯模为氙气闪光灯模组。 [0120] In a preferred embodiment of the present invention, the auxiliary flash mode flash device for a xenon flash lamp module. 进一步,该辅助闪光装置的存储器中存储有辅助参数对应表,该辅助参数对应表记录有每一拍摄参数对应的同步时间。 Further, stored in the memory of the flash device of the auxiliary parameters corresponding to the auxiliary table, the auxiliary parameter list corresponding to the synchronization time are recorded for each parameter corresponding to the imaging. 该辅助闪光控制装置700还包括有辅助参数获取模块750,用于根据该拍摄参数查询该辅助参数对应表获得相应的同步时间。 The auxiliary control device 700 further includes a flash auxiliary parameter obtaining module 750, for obtaining the corresponding synchronization time based on the capturing parameter of the auxiliary query parameter correspondence table. 该闪光控制模块740具体为获得该辅助闪光启动指令时,启动计时,当计时达到该同步时间时,控制该闪光灯模组闪光。 The flash control module 740 is specifically the obtained secondary flash starting command, start time, when the time reaches the time synchronization controlling the flash lamp module flash.

[0121]在本发明的较佳实施方式的另一方面,辅助闪光装置的闪光灯模为氙气闪光灯模组。 [0121] In a preferred embodiment of the present invention on the other hand, the auxiliary flash mode flash device is a xenon flash lamp module. 进一步,该辅助闪光装置的存储器中中存储有辅助参数对应表,该辅助参数对应表中记录有各拍摄参数与同步时间、辅助闪光参数的对应关系,该辅助闪光控制装置700还包括有辅助参数获取模块750,用于根据该拍摄参数查询该辅助参数对应表获得相应的同步时间及辅助闪光参数。 Further, stored in the memory of the auxiliary flash device in the auxiliary parameter correspondence table, the auxiliary parameter correspondence table recorded in each of the imaging parameters of the synchronous time, correspondence relationship between the secondary flash parameters of the auxiliary flash control device 700 further includes an auxiliary parameter acquisition module 750 for obtaining a corresponding auxiliary synchronization time and flash parameters based on the capturing parameter of the auxiliary query parameter correspondence table. 该闪光控制模块740具体为获得该辅助闪光启动指令时,启动计时,当计时达到该同步时间时,根据该辅助闪光参数控制该闪光灯模组闪光。 The flash control module 740 is specifically the obtained secondary flash starting command, start time, when the time reaches the synchronization time, based on the control parameter of the auxiliary strobe flash flash module.

[0122]进一步,该辅助闪光控制装置700还包括有标识显示模块760,用于根据便携式拍摄装置2 OO发送的显示灯控制指令,控制该标识显示灯3 5 O执行相应的标识显示功能,该标识显示功能包括颜色、颜色变化、变化频率及明暗等显示方式。 [0122] Further, the flash of the auxiliary control device 700 further comprises a sign display module 760 for photographing the display device 2 OO lamp control instructions sent the portable, the identification controlling display lamp 3 5 O performs a corresponding identification display, the identifying features include color display, color change, brightness change of the frequency and the like are displayed. 该标识显示灯为Logo显示灯。 Logo display the identification display lamp lights.

[0123]需要说明的是拍摄控制装置250与辅助闪光控制装置700联合构成辅助闪光拍摄系统。 [0123] Note that the imaging control device 250 and the auxiliary control device 700 jointly constitute the flash auxiliary flash imaging system.

[0124]本发明实施例所提供的装置,其实现原理及产生的技术效果和前述方法实施例相同,为简要描述,装置实施例部分未提及之处,可参考前述方法实施例中相应内容。 [0124] The embodiment of device according to the present invention provided that the principle and technical effects and the method of producing the same embodiment, as briefly described, the apparatus of the embodiment not mentioned Examples section, may refer to the above embodiment of the method described in the respective content .

[0125]附图中的流程图和框图显示了根据本发明的多个实施例的系统、方法和计算机程序产品的可能实现的体系架构、功能和操作。 [0125] The flowchart and block diagrams in the embodiment shows a system according to various embodiments of the present invention, the architecture methods and computer program products may implement the functions and operations. 在这点上,流程图或框图中的每个方框可以代表一个模块、程序段或代码的一部分,该模块、程序段或代码的一部分包含一个或多个用于实现规定的逻辑功能的可执行指令。 In this regard, the flowchart or block diagrams each block may represent a module, segment, or portion of code, a part of the module, segment, or which comprises one or more implementations specified logical function may be used executing instructions. 也应当注意,在有些作为替换的实现中,方框中所标注的功能也可以以不同于附图中所标注的顺序发生。 It should also be noted that, in some implementations Alternatively, the functions noted in the block may be different from the order noted in the figures occur. 例如,两个连续的方框实际上可以基本并行地执行,它们有时也可以按相反的顺序执行,这依所涉及的功能而定。 For example, two consecutive blocks may in fact be executed substantially concurrently, they may sometimes be executed in the reverse order, depending upon the functionality involved may be. 也要注意的是,框图和/或流程图中的每个方框、以及框图和/或流程图中的方框的组合,可以用执行规定的功能或动作的专用的基于硬件的系统来实现,或者可以用专用硬件与计算机指令的组合来实现。 Also it is noted that each block of the flowchart in block diagram, as well as combinations and / or block diagrams and / or flowchart block may perform the specified functions or acts dedicated hardware-based systems implemented with , or may be special purpose hardware and computer instructions to implement.

[0126]在本申请所提供的几个实施例中,应该理解到,所揭露的方法、系统和装置,可以通过其它的方式实现。 [0126] In several embodiments provided herein present embodiment, it should be understood that the disclosed methods, systems and apparatus may be implemented in other manners. 以上所描述的装置实施例仅仅是示意性的,例如,该模块的划分,仅仅为一种逻辑功能划分,实际实现时可以有另外的划分方式,又例如,多个模块或组件可以结合或者可以集成到另一个系统,或一些特征可以忽略,或不执行。 Means the above-described embodiments are merely illustrative of, for example, the module division is merely logical function division, there may be other division in actual implementation, but for example, a plurality of modules or components may be combined or integrated into another system, or some features may be ignored or not performed. 另一点,所显示或讨论的相互之间的耦合或直接耦合或通信连接可以是通过一些通信接口,装置或单元的间接耦合或通信连接,可以是电性,机械或其它的形式。 Another point, displayed or coupling or direct coupling or communication between interconnected in question may be coupled through some indirect communication interface unit or the communication means or connection may be electrical, mechanical, or other forms.

[0127]以上所述仅为本发明的具体实施方式,但本发明的保护范围并不局限于此,任何熟悉本技术领域的技术人员在本发明揭露的技术范围内,可轻易想到变化或替换,都应涵盖在本发明的保护范围之内。 [0127] The above are merely specific embodiments of the present invention, but the scope of the present invention is not limited thereto, any skilled in the art in the art within the technical scope of the present invention is disclosed, variations or replacement that can be easily It shall fall within the protection scope of the present invention. 因此,本发明的保护范围应该以权利要求的保护范围为准。 Accordingly, the scope of the present invention should be defined by the scope of the claims.

Claims (10)

1.一种拍摄控制方法,由一便携式拍摄装置的中央处理器执行,该便携式拍摄装置还包括有摄像头模组及第一信息传输模块,其特征在于,该拍摄控制方法包括如下步骤: 通过该第一信息传输模块建立与一辅助闪光装置通信连接; 产生一辅助对焦测光指令,透过第一信息传输模块向该辅助闪光装置输出该辅助对焦测光指令,接收该辅助闪光装置输出的拍摄参数; 根据该拍摄参数产生一拍摄指令及一辅助闪光启动指令,该辅助闪光启动指令透过第一信息传输模块输出给该辅助闪光装置; 根据该拍摄指令控制该摄像头模组进行拍摄并获得本次拍摄照片。 1. An imaging control method executed by the central processor, a portable imaging device, the portable imaging device further comprises a camera module and a first information transmission module, wherein, the imaging control method comprising the steps of: by the first information transmission module connected to an auxiliary means to establish communication with a flash; generating an auxiliary focus metering instruction, outputs the command to the focus assist metering apparatus through the first auxiliary flash information transmitting module, receiving the output of the auxiliary means flash photographing parameter; generating a shooting instruction and an auxiliary imaging parameter based on the flash starting command, the output of the auxiliary flash activation command to the flash device through the first auxiliary information transmission module; photographing control based on the instruction of the photographing of the camera module and obtain the present shot photos.
2.如权利要求1所述的拍摄控制方法,其特征在于,该拍摄指令为至少一组连拍指令或视频拍摄指令。 2. The imaging control method according to claim 1, wherein the imaging instruction burst of at least one set of instructions or video capture commands.
3.如权利要求1所述的拍摄控制方法,其特征在于,该产生一拍摄指令及一辅助闪光启动指令步骤具体为在锁焦状态下产生该拍摄指令及辅助闪光启动指令。 Imaging control method according to claim 1, wherein the step of generating a flash shooting instruction and a secondary instruction to start the shooting instruction is generated specifically in the lock and the auxiliary focus state flash start command.
4.一种辅助闪光控制装置,其运行于辅助闪光装置的处理器,该辅助闪光装置包括有处理器、第二信息传输模块、辅助对焦测光模块、存储器及闪光灯模组;其特征在于,该包括辅助闪光控制装置有: 通信连接建立模块,用于通过该第二信息传输模块与一便携式拍摄装置建立通信连接; 信息获取模块,用于通过该第二信息传输模块获取一便携式拍摄装置输出的辅助对焦测光指令及辅助闪光启动指令; 拍摄参数获取模块,用于根据该辅助对焦测光指令控制该辅助对焦测光模块进行对焦测光,获得拍摄参数,并将该拍摄参数透过该第二信息传输模块输出该便携式拍摄装置; 闪光控制模块,用于根据该辅助闪光启动指令,控制该闪光灯模组闪光。 An auxiliary flash control device, which auxiliary processor running on the flash device, the flash device comprises an auxiliary processor, a second information transmitting module, the secondary focus metering module, and the flash memory module; wherein, the control apparatus includes an auxiliary flash has: a communication connection establishing module for establishing a communication connection to the second information transmission module and a portable imaging device; information obtaining module, configured to obtain a portable imaging device outputs information via the second transmission module the instructions and auxiliary assist focus flash metering start command; capturing parameter obtaining module is used for focusing based on the focus assist metering metering metering command control module of the auxiliary focus is obtained photographing parameters, and the parameters transmitted through the photographing second information transmission module outputs the portable imaging device; flash control module for the auxiliary flash starting command, controlling the flash lamp module flash.
5.如权利要求4所述的辅助闪光控制装置,其特征在于,该第二信息传输模块包括光传感器,其电连接该处理器,该信息获取模块是为根据该光传感器的光感应信息获得辅助闪光启动指令。 5. The secondary of claim 4, wherein the flash control device, wherein the second information transmission module includes a light sensor electrically connected to the processor, the information obtaining module for obtaining the optical light sensor sensing information auxiliary flash start command.
6.如权利要求4所述的辅助闪光控制装置,其特征在于,该辅助闪光控制装置还包括有辅助参数获取模块,用于根据拍摄参数查询存储器中存储的辅助拍摄对应表获得相应的同步时间,该闪光控制模块具体为获得该辅助闪光启动指令时,启动计时,当计时达到该同步时间时,控制该闪光灯模组闪光。 6. The auxiliary claim 4, wherein the flash control device, wherein the auxiliary control means further comprises a flash auxiliary parameter acquiring module, for capturing a query photographing parameters according to the correspondence table stored in the memory to obtain the corresponding secondary synchronization time when the control module is a flash obtain the auxiliary flash starting command, start time, when the time reaches the time synchronization controlling the flash lamp module flash.
7.如权利要求6所述的辅助闪光控制装置,其特征在于,该辅助参数获取模块还用于根据拍摄参数查询该存储器中存储的辅助拍摄对应表获得相应的辅助闪光参数,该闪光控制模块具体为根据该辅助闪光参数控制该闪光灯模组闪光。 As claimed in claim 6 auxiliary flash control module requires the flash control device, wherein the auxiliary parameter obtaining module is further configured to obtain the corresponding auxiliary flash photographing parameter query parameters stored in the memory of the auxiliary shot correspondence table, specifically flash flash parameters based on the control of the auxiliary flash lamp module.
8.—种辅助闪光控制系统,其包括有一拍摄控制装置及辅助闪光控制装置,拍摄控制装置运行于一便携式拍摄装置,由该便携式拍摄装置的中央处理器执行,该便携式拍摄装置包括有摄像头模组及第一信息传输模块;该辅助闪光控制装置运行于一辅助闪光装置,该辅助闪光装置包括有闪光灯模组、第二信息传输模块及辅助对焦测光模块;其特征在于: 拍摄控制装置包括:第一通信连接模块,用于通过该第一信息传输模块建立与该辅助闪光装置通信连接;拍摄参数获取模块,用于产生一辅助对焦测光指令,透过该第一信息传输模块向该辅助闪光装置输出该辅助对焦测光指令,接收该辅助闪光装置输出的拍摄参数;拍摄指令产生模块,用于根据该拍摄参数产生一拍摄指令及一辅助闪光启动指令,该辅助闪光启动指令透过第一信息传输模块输出给该辅助闪光装置; 8.- adjuncts flash control system, which includes a flash photographing control means and auxiliary control means, imaging operation control means in a portable imaging device, a central processing unit by the portable photographing performed, the portable imaging device comprising a camera module and a first set of information transmission module; flash control of the auxiliary device operates on an auxiliary flash device, the flash device comprising a flash auxiliary module, the second module and the auxiliary information transmission focus metering module; wherein: the control means comprises a photographing : connecting a first communication module for establishing a connection with the auxiliary device via the first communication flash information transmission module; imaging parameter acquiring module, for generating an auxiliary focus metering command information transmission module through the first to auxiliary means of the auxiliary focus flash metering output instruction, the shooting parameters received assist output flash device; imaging instruction generating means for generating a flash shooting instruction and an auxiliary start instruction according to the imaging parameters, the start command through the secondary fLASH first information transmission module to the auxiliary output flash device; 照片获取模块,用于根据该拍摄指令控制该摄像头模组进行拍摄并获得本次拍摄照片; 辅助闪光控制装置包括:第二通信连接模块,用于通过该第二信息传输模块建立与该便携式拍摄装置的通信连接;参数获取模块,用于通过第二信息传输模块获取该便携式拍摄装置输出的辅助对焦测光指令,根据该辅助对焦测光指令控制该该辅助对焦测光模块进行对焦测光,获得拍摄参数,并控制该第二信息传输模块将该拍摄参数输出给该便携式拍摄装置;闪光控制模块,用于通过该第二信息传输模块获取该便携式拍摄装置输出的辅助闪光启动指令,控制该闪光灯模组闪光。 Photograph acquisition module for photographing according to the imaging command from the control module of the camera and obtain photographs in this; flash assist control apparatus comprising: a second communication connection module, for establishing a second information transmission by the module with the portable photographing communication connection means; parameter obtaining module, configured to obtain the second information transmitted by a portable photographing module to assist in focusing the photometry output instruction means controlling the focus of the auxiliary focus metering metering module according to the focus of the auxiliary metering instruction, obtained photographing parameters, and the second control information transmission module outputs the imaging parameters to the portable imaging device; flash control module, configured to obtain information of the portable transmission module via the second auxiliary flash photographing means outputs a start command to control the The flash modules flash.
9.如权利要求8所述的辅助闪光控制系统,其特征在于,该拍摄指令为至少一组连拍指令或视频拍摄指令。 9. The auxiliary flash control system according to claim 8, wherein the imaging instruction burst of at least one set of instructions or video capture commands.
10.如权利要求8所述的辅助闪光控制系统,其特征在于,该参数获取模块还用于根据拍摄参数查询该辅助闪光装置存储的辅助参数对应表获得相应的同步时间及辅助闪光参数,该闪光控制模块具体为获得该辅助闪光启动指令时,启动计时,当计时达到该同步时间时,根据该辅助闪光参数控制该闪光灯模组闪光。 10. The auxiliary flash control system according to claim 8, wherein the parameter obtaining module is further configured to obtain the corresponding secondary synchronization time and flash parameters in accordance with the secondary imaging parameters of the query flash device correspondence table stored in the auxiliary parameter, the specifically flash control module to obtain the auxiliary flash starting command, start time, when the time reaches the synchronization time, based on the control parameter of the auxiliary strobe flash flash module.
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CN104954692A (en) * 2015-06-30 2015-09-30 百度在线网络技术(北京)有限公司 Method and device for controlling camera shooting through terminal equipment

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