WO2022141329A1 - 拍摄设备、控制设备、遥控设备、移动控制系统和可穿戴设备 - Google Patents

拍摄设备、控制设备、遥控设备、移动控制系统和可穿戴设备 Download PDF

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Publication number
WO2022141329A1
WO2022141329A1 PCT/CN2020/141882 CN2020141882W WO2022141329A1 WO 2022141329 A1 WO2022141329 A1 WO 2022141329A1 CN 2020141882 W CN2020141882 W CN 2020141882W WO 2022141329 A1 WO2022141329 A1 WO 2022141329A1
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WO
WIPO (PCT)
Prior art keywords
control
image
image capture
image acquisition
posture
Prior art date
Application number
PCT/CN2020/141882
Other languages
English (en)
French (fr)
Inventor
马天航
Original Assignee
深圳市大疆创新科技有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 深圳市大疆创新科技有限公司 filed Critical 深圳市大疆创新科技有限公司
Priority to CN202080080596.4A priority Critical patent/CN114788253A/zh
Priority to PCT/CN2020/141882 priority patent/WO2022141329A1/zh
Publication of WO2022141329A1 publication Critical patent/WO2022141329A1/zh

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Classifications

    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04NPICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N23/00Cameras or camera modules comprising electronic image sensors; Control thereof
    • H04N23/57Mechanical or electrical details of cameras or camera modules specially adapted for being embedded in other devices
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B25HAND TOOLS; PORTABLE POWER-DRIVEN TOOLS; MANIPULATORS
    • B25JMANIPULATORS; CHAMBERS PROVIDED WITH MANIPULATION DEVICES
    • B25J11/00Manipulators not otherwise provided for
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04NPICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N23/00Cameras or camera modules comprising electronic image sensors; Control thereof
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04NPICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N23/00Cameras or camera modules comprising electronic image sensors; Control thereof
    • H04N23/60Control of cameras or camera modules
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B64AIRCRAFT; AVIATION; COSMONAUTICS
    • B64UUNMANNED AERIAL VEHICLES [UAV]; EQUIPMENT THEREFOR
    • B64U2101/00UAVs specially adapted for particular uses or applications
    • B64U2101/30UAVs specially adapted for particular uses or applications for imaging, photography or videography

Definitions

  • the present application relates to the field of movable platforms, and in particular, to a photographing device, a control device, a remote control device, a mobile control system and a wearable device.
  • the cameras on the market often can only shoot for one shooting scene, for example, the shooting needs of ground motion or aerial photography.
  • a single camera supports The usage scenarios are limited and cannot meet the usage needs of multiple scenarios.
  • an object of the present application is to provide a photographing device.
  • Another object of the present application is to provide a photographing apparatus.
  • Another object of the present application is to provide a photographing apparatus.
  • Another object of the present application is to provide a control device.
  • Another object of the present application is to provide a control device.
  • Another object of the present application is to provide a control device.
  • Another object of the present application is to provide a remote control device.
  • Another object of the present application is to provide a movement control system.
  • Another object of the present application is to provide a movement control system.
  • Another object of the present application is to provide a wearable device.
  • Another object of the present application is to provide a control device.
  • the technical solution of the first aspect of the present application provides a photographing device, comprising: a device body; an image capture device that is detachably connected to the device body; wherein, when the device body is connected to the image capture device, the device body It is used to control the image capture device to shoot.
  • the device body is separated from the image capture device and the image capture device is connected to the movable device, the device body is used to control the image capture device to shoot or control the operation of the movable device.
  • the photographing device provided by the technical solution of the first aspect of the present application includes a device body and an image capture device that is detachably connected to the device body.
  • the image capture device can be selected to be connected to the device body or detached from the device body according to actual needs. Afterwards, it is installed in a removable device to improve the functionality of individual components and to improve the overall modularity of the product.
  • the device body when the image capture device is connected to the device body, can be used as a control terminal for controlling the image capture device to shoot, so that the shooting device as a whole can be used as a camera or a video camera for shooting.
  • the image capture device on the device body can be removed and connected to the movable device, so as to separate the image capture device as a single unit, and move together through the movable device, so that different shooting angles can be adjusted, and the Shooting under the control of the device itself to obtain photos or videos from different angles.
  • the device body and the image capture device are detachably connected, and the communication path between the device body and the image capture device can be adjusted according to whether the device body and the image capture device are connected.
  • the device body When connected to the device body, the device body can further establish a communication connection through the connection between the two, so that the image capture device can be directly controlled to shoot.
  • the image acquisition device on the movable device can take pictures, or it can also control the operation of the movable device, so as to control the two control objects respectively on the same device body.
  • the device body can directly wirelessly control the image acquisition device on the movable device to shoot, and can also forward control instructions to the image acquisition device through the movable device to achieve indirect control.
  • the movable device may be an unmanned aerial vehicle, a robot, or any other device with mobile capability that can receive and transmit signals to the image acquisition device.
  • the multi-function of the device body can be realized under the joint action of the device body and the image acquisition device, and it also reflects the overall modular design concept. Flexible selection of usage requirements greatly improves product competitiveness. At the same time, due to the detachable connection between the device body and the image capture device, different image capture devices can be replaced according to different shooting needs, further improving the user experience.
  • the photographing device in the above-mentioned technical solution provided by the present application may also have the following additional technical features:
  • it further includes: an installation groove, which is provided on one side of the device body and is used for accommodating the image capturing device.
  • the installation groove on one side of the device body, when the image capture device is installed on the device body, a space for accommodating the image capture device can be provided, that is, when the device body is connected to the image capture device, the image capture device is located at the In the groove, the stability of the image acquisition device when connected with the equipment body can be improved.
  • the installation groove itself is groove-shaped, that is, it is recessed inward from one side of the device body, so that the image acquisition device can also be protected to a certain extent.
  • the image acquisition device includes a camera; the image acquisition device can be installed in the installation groove in a first attitude or a second attitude, and the orientation of the camera when the image acquisition device is installed in the installation groove in the first attitude is the same as that of the camera.
  • the orientation of the camera is different.
  • the orientation of the camera is the ray direction formed by the outward extension of the camera itself
  • the image acquisition device is installed in the installation slot in the first posture and in the installation slot in the second posture
  • the ray directions of the cameras are different, and also That is, the directions of the two rays do not coincide.
  • the different orientations of the cameras can be opposite, that is, the two orientations are 180°, the first posture is forward installation, and the second posture is reverse installation, or the two orientations of the cameras are at an acute angle or an obtuse angle. or right angle.
  • the number of cameras set on the image acquisition device may be one or more, and may be set flexibly according to actual use requirements.
  • the camera of the image capture device faces outward; when the image capture device is installed in the installation slot in the second posture, the camera head of the image capture device faces outward. Camera facing in.
  • the installation slot There are two postures of the image acquisition device in the installation slot, namely a first posture and a second posture, wherein the first posture corresponds to the camera facing outward, and the second posture corresponds to the camera facing inward.
  • first posture corresponds to the camera facing outward
  • second posture corresponds to the camera facing inward.
  • the installation slot can protect the camera and reduce accidental scratches on the camera. the possibility of lenses.
  • the mounting groove can achieve surrounding protection for the camera.
  • the device body when the image capture device is installed in the installation slot in the first posture, the device body is used to control the image capture device to shoot; when the image capture device is installed in the installation slot in the second posture, the device body is used for shooting. To accommodate the image acquisition device.
  • the image acquisition device can turn on the shooting function.
  • the device body can be used as the control terminal for the image acquisition device. Whether to shoot is controlled, that is, in the first posture, the device body and the image acquisition device as a whole act as a camera, which is convenient for shooting image information.
  • the image capture device is in the second posture, the device body can be used to accommodate the image capture device, that is, the installation slot can be used to accommodate and protect the image capture device, thereby reducing the possibility of accidental collision of the image capture device.
  • the image acquisition device can be set to a sleep state according to the settings, so as to save power consumption.
  • the device body can detect the attitude information of the image acquisition device located in the installation slot.
  • the device body can obtain the posture information of the image capture device.
  • the device body itself has a certain processing capability and can recognize the posture of the image capture device, so as to cooperate with the image capture device to achieve different
  • the functions include but are not limited to shooting and sleeping.
  • the device body can activate one or more corresponding cameras according to the posture information, so as to connect different cameras to meet different shooting requirements.
  • the posture information includes a first posture and a second posture
  • the first posture may be that the camera is facing outward
  • the second posture may be that the camera is facing inward
  • the device body can trigger different control strategies based on the attitude information of the image acquisition device located in the installation slot.
  • the device body has a certain processing capacity.
  • the posture information of the image acquisition device is detected through the device body, and then the corresponding control strategy is obtained according to the obtained posture information, so that when the posture information of the image acquisition device changes, it can be Switch between different control strategies.
  • the number of postures included in the posture information can be two or more, but each posture corresponds to a control strategy, and the control strategies of different postures can be repeated. .
  • control strategy may be a function triggered by the device itself, may also be used for the device to control different functions performed by the image capture device, and may even be a communication method when the device body controls the image capture device.
  • the image acquisition device includes a camera, and the installation groove is provided with a first groove adapted to the shape of the camera.
  • the image acquisition device includes a camera, so that the camera can be used to capture images.
  • the number of cameras can be flexibly selected according to product design requirements, and the camera can even be designed as a replaceable accessory, similar to the one between the body and the lens of a single-lens reflex camera.
  • the camera can be removed and replaced on the image acquisition device to suit different usage requirements.
  • the camera can also be directly integrated into the image capture device.
  • the image capture device configured with different cameras can be replaced as a whole.
  • a first slot is also provided on the installation slot, and the shape of the first slot is adapted to the shape of the camera, so that when the image capture device is installed in the installation slot in a specific attitude, the cooperation with the image capture device can be improved.
  • the degree of protection of the image acquisition device is also improved.
  • the camera head has a relatively long length, and when it is installed on an image capture device with a smaller overall size, a part thereof will slightly protrude.
  • the image acquisition device includes a sub-display screen, and the installation groove is provided with a second groove adapted to the shape of the sub-display screen.
  • the image acquisition device includes a sub-display screen, through which the operation information of the image acquisition device can be displayed, wherein the size and position of the sub-display screen can be set according to the user's usage habits, and the content displayed by the sub-display screen can include its own
  • the parameters or operation mode of the image capture device can also display the imaging preview of the image capture device through a special device. When in use, the capture can be adjusted according to the information displayed on the sub-display, such as setting the video format and exposure parameters. , display the download interface, adjust the stored file format, etc.
  • the shape of the second slot is adapted to the shape of the sub-display.
  • the hardness of the sub-display is low, and the outer screen will inevitably be damaged after a certain period of use. If it is worn by dust or other media, in order to improve the protection effect of the sub-display screen when the sub-display screen is not in use, the image acquisition device can be placed in the installation slot with the sub-display screen facing the second slot.
  • the image acquisition device includes a physical button, and the installation groove is provided with a third groove adapted to the shape of the physical button.
  • the image acquisition device includes physical buttons, through which the image acquisition device can be photographed, or the device body or movable device connected to the image acquisition device can be controlled.
  • the degree of feedback is good, especially when the overall size of the image acquisition device is small, the use of physical buttons can effectively reduce the probability of misoperation and improve the use experience.
  • the physical buttons will generally bulge the surface of the image acquisition device. Therefore, by setting the third groove on the installation groove, the shape of the third groove is adapted to the shape of the physical button. , by placing the image acquisition device in the installation slot with the physical key facing the third slot, the protection effect of the installation slot on the physical key can be effectively improved.
  • the image acquisition device includes a camera, and the camera is located on the first side of the image acquisition device.
  • the image acquisition device includes a camera, the camera is arranged on the first side of the image acquisition device, and the environment on the first side of the image acquisition device can be photographed through the camera.
  • the first side where the camera is located is facing the installation slot, and the image acquisition device is installed
  • the first side faces away from the installation slot, it can be considered that the current user needs the image capture device to work.
  • the device body and the image acquisition device can be switched to the corresponding operation mode.
  • one or more cameras may be set on the image acquisition device.
  • the image acquisition device further includes a sub-display screen and/or physical keys, and the sub-display screen and/or the physical keys are located on the first side.
  • one of a sub-display screen and a physical button is also provided on the first side, or a sub-display screen and a physical button are simultaneously provided on the first side, that is, image acquisition
  • the camera, the sub-display screen and the physical buttons set on the device are all set on the same side of the image acquisition device, so that when the user uses the image acquisition device to shoot, the convenience of manipulation can be effectively improved.
  • the sub-display screen can also have a touch function, that is, the sub-display screen is a touch screen, which can realize more virtual key functions.
  • the second side when the image acquisition device is located in the installation groove in the first posture, the second side is in contact with the bottom of the installation groove; when the image acquisition device is located in the installation groove in the second posture, the image acquisition device The first side of the mounting groove is in contact with the groove bottom of the installation groove, wherein the second side and the first side are different sides of the image acquisition device.
  • the cooperation between the image acquisition device and the installation slot mainly includes a first posture and a second posture.
  • the image acquisition device is provided with a first side and a second side.
  • the image acquisition device When the image acquisition device is installed in the first posture in the installation slot, the image acquisition device The second side abuts the bottom of the installation slot, and one or more of the camera, sub-display and physical buttons located on the first side are facing outwards.
  • the camera can be used to capture images, the physical buttons and the sub-display
  • the screen can be used to receive the user's control operations, and the sub-display can also be used to display the operation information of some devices; and when the image capture device is installed in the second posture in the installation slot, the first side of the image capture device can be installed.
  • the installation groove can be placed on the first side of the image capture device at this time.
  • One or more of the camera, sub-display, and physical keys on one side are protected.
  • first side and the second side may be respectively on opposite sides of the image acquisition device, and further, in order to facilitate installation, the above two sides are respectively the front side and the rear side of the image acquisition device.
  • first side and the second side may also be adjacent two sides of the image capturing device.
  • a controller which is arranged on the device body, and is used for acquiring the posture information of the image capture device in the installation slot, and controlling the device body to perform the function corresponding to the posture information.
  • a controller is provided in the device body, and the controller can obtain the attitude information of the image acquisition device.
  • the attitude information of the image acquisition device in the installation slot can be acquired, so as to facilitate the control of the device body to perform corresponding functions.
  • the device body has a certain processing capability.
  • the specific posture of the image capture device can be recognized under the action of the controller, that is, whether the image capture device is the first It can be understood that in the first posture, the controller can control the image acquisition device to take pictures, while in the second posture, the controller can control the image acquisition device to be accommodated in the installation slot and enter the standby mode state.
  • it further includes: an attitude sensor, which is arranged on the device body, and the attitude sensor is used to determine the attitude information of the image acquisition device located in the installation slot.
  • the attitude information of the image acquisition device can be directly obtained, so that the controller can determine whether the image acquisition device is in the first attitude or the second attitude according to the attitude information, and then it is convenient to control the equipment body to execute the corresponding Function.
  • the attitude sensor is arranged on the device body. In addition to detecting the first attitude and the second attitude, the attitude sensor can also determine whether the image acquisition device is installed in place.
  • the controller is configured to determine the attitude information of the image capture device in the installation slot according to the alignment of the first connector of the device body and the second connector of the image capture device.
  • a first connector is arranged on the device body, and a second connector is arranged on the image capture device.
  • the controller can determine the corresponding attitude information according to the specific alignment of the first connector and the second connector, so as to be based on the specific attitude information.
  • the alignment of the first connector and the second connector may exist in various setting situations. For example, when the image capture device is installed in the installation slot forwardly, a set of first connectors is used for the first alignment mode. Aligned with a set of second connectors, when the image capture device is reversely installed in the mounting slot, a set of first connectors is used for aligning with a set of second connectors in a second alignment manner.
  • the contacts in the first connector and the second connector are in one-to-one correspondence.
  • the contacts of the first connector and the second connector are connected in a forward mating manner.
  • reverse connection the contacts of the first connector and the second connector are connected in a reverse mating manner.
  • a parent display screen which is arranged on the device body, the parent display screen is electrically connected to the controller, and the controller can display a display corresponding to the attitude information on the parent display screen according to the attitude information. information.
  • a mother display screen electrically connected to the controller By arranging a mother display screen electrically connected to the controller on the device body, it can be used to display display information.
  • the display information corresponds to the attitude information
  • the controller obtains that the image acquisition device is installed in the installation slot.
  • the parent display screen can be controlled to display the attitude information.
  • it can also be displayed on the parent display screen together for the convenience of users.
  • it further includes: a mother display screen, which is arranged on the device body, and the mother display screen is used to display the image information collected by the image acquisition device.
  • the main display screen By arranging a mother display screen that is electrically connected to the controller on the device body, it can be used to display image information.
  • the image information is collected by an image capture device.
  • the main display screen can be used as a viewfinder to preview the image information, which is more convenient for users to flexibly adjust the viewfinder.
  • the main display screen displays the image information, it can also display some camera parameters.
  • the size of the main display screen is larger than that of the sub-display screen, so the display of various information through the main display screen can provide users with a clearer and more intuitive viewing experience.
  • the main display screen on the device body can display the image information collected by the image capture device.
  • the mounting grooves of the main display screen and the device body are located on different sides of the device body.
  • the main display screen and the installation slot are arranged on different sides of the device body, it is convenient for the user to preview the image information when shooting with the image capture device.
  • the main display screen is arranged on one side, and the installation slot is located at On the other side, the two sides can be in a relative relationship or in an adjacent relationship. If the mother display screen and the installation slot are arranged on opposite sides of the device body, the image capture device is installed in the installation slot in the first attitude.
  • the user can directly view the image information collected by the image acquisition device through the parent display screen, and if the parent display screen and the installation slot are arranged on the adjacent sides of the device body, the image information can also be viewed through the parent display screen, but
  • the viewing angle will be deflected, for example, the installation slot is set on the front side and the display screen is set on the upper side, which can realize a periscope viewing experience. That is, by arranging the two on different sides of the device body, they can be applied to different shooting requirements.
  • a first control member which is arranged on the device body and is used to control the device body and/or the image capturing device to perform corresponding operations.
  • the first control member By arranging the first control member on the device body, the operation of the device body or the operation of the image acquisition device can be controlled.
  • the first control member can independently control the operation of the device body.
  • the control of the image capture device by the device body can also be realized through the first control member.
  • the first manipulation member includes, but is not limited to, a button, a rocker, a dial, and the like.
  • the first control member can be set with a function independently during use, or on the basis of setting the parent display screen on the device body, it can be linked with the parent display screen to realize different functions.
  • the display information when the attitude information is the first attitude, the display information includes the shooting interface and shooting parameters of the image acquisition device; or, when the attitude information is the second attitude, the display information is the download of the device body. interface and download parameters.
  • the controller obtains the posture information of the image capture device in the installation slot as the first posture, it can be displayed in the first posture.
  • the main display screen displays the shooting interface and shooting parameters of the image acquisition device. It can be understood that the first posture is that the image acquisition device is set outward, and the shooting function of the external environment can be turned on.
  • the interface is convenient for the user to view the scene, and the shooting parameters are displayed on the main display screen, which is also convenient for the user to know the current shooting parameters, and also facilitates professional local adjustment, thereby improving the shooting effect.
  • the download interface and download parameters can be displayed on the parent display screen.
  • the second posture is that the image capture device is set inward.
  • the user does not need to take pictures of the external environment.
  • the user often chooses to set the device body and transmit the video between the device body and the image capture device, so it can be displayed on the main display screen.
  • the corresponding download interface is displayed, and the download parameters are displayed on the main display screen, which is also convenient for users to intuitively know the transmission speed, which can be flexibly set according to their needs.
  • the shooting parameters include but are not limited to video formats, exposure parameters, and the like.
  • the download parameters include, but are not limited to, the video download/export rate, the file format for video storage, and the like.
  • the controller when the attitude information is the first attitude, can control the device body to control the image capture device to shoot according to the received manipulation instruction; and/or the controller can control the device body to be the image capture device. charging; and/or the controller can control the image capture device to transmit image information to the device body; when the posture information is the second posture, the controller can control the device body to charge the image capture device; and/or the controller can control the image capture device Transmit image information to the device body.
  • the image acquisition device When the attitude information obtained by the controller is the first attitude, the image acquisition device is set in the installation slot facing outward, and the corresponding shooting function will be activated at this time. Under the action of the controller, the image capture device can be controlled to shoot through the device body.
  • the device body can receive different manipulation commands, so that the image capture device can be controlled according to the manipulation commands under the action of the controller. For example, operations such as photographing, video recording, zooming, and local magnification are performed; in addition, because the device body and the image acquisition device are electrically connected, and the image acquisition device itself is small in size and limited in battery capacity, the device can also be controlled in the first posture.
  • the main body transmits its own power to the image acquisition device, so as to realize the charging of the image acquisition device while ensuring the normal shooting state.
  • the image acquisition device When the attitude information obtained by the controller is the second attitude, the image acquisition device is set in the installation slot facing inward, and the image acquisition device is in a standby state at this time, and there is no need to take pictures of the external environment, because the image acquisition device is connected to the device body. It is connected by communication, and the size of the image acquisition device itself is limited. In order to control power consumption, its memory content cannot be made large.
  • the image acquisition device can be controlled by the device body to transmit video files to it, and also That is, the image information captured by the image acquisition device is transmitted to the device body; in addition, because the device body and the image acquisition device are electrically connected, and the image acquisition device itself is small in size and limited in battery capacity, in the second posture, it can also The control device body transmits its own power to the image acquisition device, so as to realize the charging of the image acquisition device while ensuring the normal shooting state.
  • it further includes: a first connector, arranged in the installation slot; a second connector, arranged in the image capturing device, wherein the first connector and the second connector are matched to achieve Electrical connection between the device body and the image capture device.
  • the electrical connection between the device body and the image capture device is mainly achieved through the cooperation of the first connector and the second connector.
  • a first connector is provided in the installation slot, and the image capture device
  • a second connector is provided, when the image capture device is installed in the installation slot, after the first connector and the second connector are mated, an electrical connection is formed between the device body and the image capture device, thereby facilitating mutual Power supply, transmission of control instructions from the device body to the image capture device, and transmission of the photographed or film files from the image capture device to the device body.
  • the first connector and the second connector are aligned in the first alignment mode; when the image capture device is in the second posture Installed in the mounting groove, the first connector and the second connector are aligned in a second alignment manner.
  • the posture of the image acquisition device in the installation groove is mainly divided into a first posture and a second posture.
  • first connector and the second connector need to be aligned.
  • first alignment mode in the first posture
  • second posture in the second posture, the first connector and the second connector are aligned in the second alignment mode, which is convenient for the device body according to different alignments.
  • the posture of the image acquisition device is recognized in a standard manner, so that the controller can control the device body and/or the image acquisition device to perform different functions.
  • the first connector is located on the side wall of the installation slot.
  • the installation position of the first connector is located on the side wall of the installation groove. It can be understood that, compared with the groove-shaped structure, the side wall is the surrounding wall surface. Whether it is set in the installation slot in the first attitude or the second attitude, the electrical connection can be realized with the device body through the first connector arranged on the side wall, which can save unnecessary space waste.
  • the device body can send an operation instruction to the image capture device through the cooperation of the first connector and the second connector.
  • the device body can send operation instructions to the image capture device through the electrical connection of the two connectors to control the image capture device.
  • the device performs corresponding functions, wherein the operation instructions can be used to control the image capture device to perform shooting, video recording, or adjust corresponding parameters.
  • the device body can receive image information captured by the image capture device through the cooperation of the first connector and the second connector.
  • the device body can receive image information from the image capture device through the electrical connection of the two connectors, wherein the image information It is taken by the image acquisition device.
  • a communication connection will be established between the device body and the image acquisition device, and data transmission can be performed to facilitate the transmission of the impact information captured by the image acquisition device. to the device body, thereby facilitating the image acquisition device to store the captured image information.
  • it further includes: a mother battery, which is arranged on the device body; a sub-battery, which is arranged on the image acquisition device, wherein, through the cooperation of the first connector and the second connector, the mother battery can be connected to the device. charge the sub-battery.
  • a mother battery and a sub-battery are respectively provided on the device body and the image capture device.
  • the first posture is still the second posture.
  • the main battery on the device body can charge the sub-battery of the image acquisition device.
  • the battery capacity will be greater than the battery capacity of the sub-battery, and the sub-battery itself has poor battery life.
  • the sub-battery is charged by the mother battery, so that the device body can be used as a power bank, so as to prolong the battery life of the image capture device and improve the use experience.
  • the first connector is provided with a plurality of first contacts
  • the second connector is provided with a plurality of second contacts, wherein the first contact and the second contact are When they are in contact with each other, the first connector and the second connector can be matched.
  • the cooperation between the first connector and the second connector is mainly realized by the abutment of the first contact and the second contact.
  • the first connector is provided with a plurality of first contacts
  • the second connector is provided with a plurality of second contacts
  • the electrical connection between the first connector and the second connector is realized through the first contacts and the second contacts, wherein the arrangement of the first contacts can be the same as The arrangement of the second contact points corresponds to that.
  • the recognition of the posture information of the image acquisition device can be realized through the connection between the first contact point and the second contact point, so as to facilitate the selection of subsequent corresponding functions and also facilitate the image acquisition. Switching between the operation modes of the acquisition device and the device itself.
  • the plurality of second contacts specifically includes two second electrical contacts and two second communication contacts, wherein the device body can be based on the posture information of the image acquisition device in the installation slot. , which controls the function of the first contact connected to the second electrical contact, and the function of the first contact connected to the second communication contact.
  • the second contact set on the image acquisition device is divided into a second electrical contact and a second communication contact according to the function.
  • the first contact on the device body is fixed and cannot be moved and changed. After being removed from the device body, different functions will be activated when installed in the installation slot according to different postures. Therefore, different functions can be activated by adjusting the function of the first contact connected to the second contact on the device body.
  • the function of the second electrical contact is to supply power, so in order to satisfy the power supply of the device body to the image capture device, the function of the first contact connected to the second electrical contact can be adjusted to be powered on. , in order to meet the communication control of the image acquisition device by the device body, the function of the first contact connected to the second communication contact can be adjusted to communication, and the function of the device body itself to the first contact can be switched through the controller. .
  • the number of the first contacts may be different from the number of the second contacts, that is, when the image capture device is installed in the installation slot in the first posture or the second posture, the first contacts that are in contact with the second contacts It can be different, or it can be overlapping.
  • the number of the first contacts is four, and the two first contacts connected with the two second electrical contacts are used to charge the image acquisition device and communicate with the two second electrical contacts.
  • the two first contacts connected to the contacts are used to establish a communication connection with the image acquisition device.
  • the device body realizes the functions of different first contacts according to different attitude information.
  • the number of the first contacts and the second contacts is the same, so the image acquisition device has the same number of first contacts.
  • it also includes: a contact detection device for detecting the connection between the first contact and the second contact, wherein the two second electrical contacts are connected to the first contact
  • a contact detection device for detecting the connection between the first contact and the second contact, wherein the two second electrical contacts are connected to the first contact
  • the second contact includes a second electrical contact and a second communication contact.
  • the function of the first contact connected to the second electrical contact is first performed. Adjustment to realize the transfer of power from the main battery to the image acquisition device. Further, after the function adjustment, the main battery can be controlled to charge the sub battery, or the main battery can supply power to the image acquisition device, or the sub battery can be charged while charging.
  • the function of the first contact connected with the second communication contact is adjusted first to establish the image acquisition device and the The communication connection between the device bodies, and further, after the function adjustment, through the communication connection between the two, the image capture device can receive the instructions sent by the device body, so that the device body can control the image capture device by executing the corresponding instructions. , and the device body can receive the image information transmitted by the image acquisition device, so as to reduce the storage pressure of the image acquisition device.
  • the contact detection device can be arranged on the equipment body or the image acquisition device. Further, based on the design concept of miniaturized volume and weight of the image acquisition device, the contact detection device is arranged on the equipment body.
  • the above technical solution further includes: a power detection device for detecting the power of the sub-battery of the image acquisition device, wherein when the power of the sub-battery meets the charging power, the main battery is controlled to charge the sub-battery.
  • the electric quantity detection device can detect the electric quantity of the sub-battery. According to the demand, when the electric power of the sub-battery is low, the main battery can be controlled to charge it, so as to ensure the remaining electric quantity of the sub-battery and facilitate the subsequent use of the image acquisition device, wherein,
  • the charging power can be the default preset value at the factory, or it can be a set value determined by the user according to his own use requirements, or the current remaining power of the mother battery.
  • the electric quantity detection device can be arranged on the equipment body or the image acquisition device. Further, based on the design concept of miniaturized volume and weight of the image acquisition device, the electric quantity detection device is arranged on the equipment body.
  • the contact detection device is further configured to determine the posture information of the image acquisition device in the installation slot according to the connection relationship between the first contact and the second contact.
  • the contact detection device can determine the attitude information of the image acquisition device. In one embodiment, it can identify the alignment/alignment method of the first contact and the second contact according to the identification/capacitance/voltage value of the contact, etc., and then judge Whether the image acquisition device is installed in the installation slot in the first posture or the second posture.
  • the number of the first contacts is multiple, and the number of the second contacts is multiple.
  • the number of the first contact point and the second contact point is multiple.
  • the judgment of the first posture and the second posture is carried out, it is mainly realized by the alignment method of the first contact point and the second contact point.
  • the current image capturing device is located in the installation slot in the first posture
  • the second contacts are connected in a second alignment manner
  • the current image capture device is located in the installation slot in the second posture, that is, the image capture device is accommodated in the device body.
  • the image acquisition device can determine the operation mode according to the connection or disconnection between the first connector and the second connector.
  • the image capture device For the connection between the image capture device and the device body, it is mainly realized through the cooperation of the first connector and the second connector. Generally, no matter whether the image capture device is set in the first posture or the second posture on the installation In the slot, both the first connector and the second connector are connected. At this time, some functions of the image capture device can be transferred to the device body, that is, controlled by the device body, such as power supply and file transmission, etc. However, if it is disconnected between the first connector and the second connector, it can be considered that the current image capture device and the device body are separated. After separation, the image capture device operates independently, or a carrier can be used, or a carrier can be used. That is to say, the movable device is used to operate, and the operation mode of the image acquisition device obviously needs to be distinguished from the operation mode connected to the device body, so as to adapt to different power consumption and functional requirements.
  • the image acquisition device transmits the photographed image information to the device body when detecting that the main battery is charging the sub-battery.
  • the image acquisition device When the image acquisition device detects that its own sub-battery is charged by the mother battery, it can directly transmit the image information that has been captured to the main body of the device.
  • the acquisition device can realize two functions of charging and data transmission at the same time, which greatly enhances the use experience. And in most cases, the user may not shoot while charging, so you can use the free time to export data.
  • it further includes: a first magnetic member, arranged in the installation slot; a second magnetic member, arranged on the image acquisition device; wherein, through the cooperation of the first magnetic member and the second magnetic member It is realized that the image acquisition device is accommodated in the installation slot.
  • a first magnetic member and a second magnetic member are respectively arranged on the installation slot and the image capture device, and the magnetic connection between the first magnetic member and the second magnetic member can improve the connection when the image capture device is arranged in the installation slot At the same time, the image acquisition device can be removed at any time to realize the detachable connection between the image acquisition device and the device body.
  • the first magnetic member is arranged at the bottom of the installation groove.
  • the installation slot is a slot-like structure arranged on the device body. By arranging the first magnetic piece at the bottom of the installation slot, no matter what attitude the image capture device is placed in the installation slot, it can be generated with the second magnetic piece. Magnetic connection to realize the fixation of the position of the image acquisition device in the installation slot.
  • the second magnetic member is provided on one side of the image acquisition device; or the second magnetic member is provided on opposite sides of the image acquisition device.
  • the second magnetic member may be selectively disposed on one side or opposite sides of the image capture device according to the position of the first magnetic member.
  • the second magnetic piece can be arranged on the circumferential side wall of the image acquisition device, and the first magnetic piece can be arranged on the circumferential side wall of the installation slot, so that the second magnetic piece only needs to be arranged on one side of the image acquisition device
  • the magnetic component can realize the adsorption of the image acquisition device in the first posture and the second posture.
  • second magnetic members are provided on opposite sides of the image capture device, so as to meet different posture matching requirements, that is, no matter whether the image capture device is in the first posture or the second posture, the first magnetic member Both can play a role of attracting the second magnetic member to achieve fixation.
  • one of the first magnetic member and the second magnetic member is a magnet; or both the first magnetic member and the second magnetic member are magnets.
  • the attraction between the two can be achieved, and the settings can be flexibly set according to actual use requirements .
  • the first magnetic member and the second magnetic member are both magnets, their magnetic properties need to be opposite to achieve the attraction effect.
  • one of the first magnetic member and the second magnetic member is a magnet
  • the other is an iron.
  • the image capture device can be installed in the installation slot in a forward or reverse direction.
  • the image capture device when the image capture device is connected to the device body through the first connector and the second connector, the image capture device operates in the first power consumption mode; when the image capture device is separated from the device body, the image capture device operates in the first power consumption mode.
  • Two power consumption modes are operated, wherein the power consumption of the first power consumption mode is greater than the power consumption of the second power consumption mode.
  • the image acquisition device is provided with a first connector, and the device body is provided with a second connector.
  • the image acquisition device operates in a first power consumption mode with high power consumption
  • the second connector is disconnected from the second connector, that is, the image capture device is separated from the device body, the image capture device will be controlled to operate in the second power consumption mode with lower power consumption.
  • the image capture device When the first connector and the second connector are connected, since the image capture device can be powered by the battery in the device body, it can run in a mode with high power consumption, and when the first connector and the second connector are connected When disconnected, the image capture device needs to consider its own battery life and other factors, so it will run in a mode with lower power consumption, so as to prolong the use time of a single disconnection.
  • it further includes: a second microphone, arranged on the image capture device; and/or at least one first microphone, arranged on the device body, wherein the image capture device is installed in the installation slot, The sound collection directions of the second microphone and the first microphone are different.
  • a second microphone can be set on the image acquisition device, and one or more first microphones can be set on the device body.
  • the sound collection directions of the second microphone and the first microphone are limited by different directions. , can improve the radio effect, and even receive stereo sound.
  • the second microphone or the first microphone can be set independently, or the second microphone and the first microphone can be set simultaneously.
  • the number of the second microphone may be one.
  • the second microphone is set on the image acquisition device, when the image acquisition device is separated from the device body, remote sound collection can be realized, and the sound collection effect can be improved.
  • the above technical solution includes: a third connector, arranged on the device body, the third connector is used to charge the mother battery, and/or, the third connector is used to establish the communication between the device body and the external device connect.
  • an external power supply can be used to charge the mother battery through the third connector.
  • the third connector can also be used for communication connection with external devices.
  • the files stored on the device body can be exported.
  • some files can also be imported into the device body through the third connector, such as system files, which can be beneficial to the system upgrade of the device body, or other image files or settings. The file is imported into the device body.
  • it further includes: a speaker, which is arranged on the device body, and the speaker is used to play audio information in the image information captured by the image acquisition device.
  • the audio information in the image information can be played, so that the user can preview the recorded image information, and even some post-processing can be performed on the video on the device body, which is more convenient for users to use and share later. .
  • the device body further includes a mother display screen
  • the mother battery can be removed from the device body, and after the mother battery is removed, the sub-battery supplies power to the mother display screen.
  • a mother display screen and a mother battery are arranged on the device body, which can be used to display display information.
  • the display information corresponds to the attitude information
  • the controller obtains the attitude information that the image acquisition device is installed in the installation slot.
  • the parent display screen can be controlled to display the attitude information.
  • the main display screen can be powered by the sub-battery on the image acquisition device, thereby prolonging a certain usage time.
  • it further includes: a first communication device, which is arranged on the device body, and the device body can wirelessly control the shooting of the image acquisition device through the first communication device.
  • the device body By arranging the first communication device on the device body, after the image capture device is detached from the device body, that is, the image capture device is removed from the installation slot, the device body can wirelessly control the image capture device according to the first communication device to The effect of remote shooting is realized, which greatly improves the convenience of user control.
  • the above technical solution includes: an acceleration sensor disposed on the device body, and the device body can control the image acquisition device to capture image information through the acceleration sensor.
  • the motion parameters such as the direction and speed of the image acquisition device can be identified by the acceleration sensor, so that the motion parameters can be analyzed and identified, and the image acquisition device can be controlled when the preset running trajectory is satisfied.
  • the operation mode of shooting the image acquisition device can be increased, and the user can shoot more conveniently when using.
  • the user can also control the image acquisition device to achieve different functions according to the motion trajectory set by himself.
  • an attitude sensor such as an IMU, may also be included on the device body.
  • the device body can detect the attitude of the control device through the attitude sensor, thereby generating control instructions and controlling the image capture device to capture image information.
  • a memory which is provided on the device body, and the memory is used for storing image information captured by the image acquisition device.
  • the configured system files or the image information captured by the image acquisition device can be stored, which is convenient for subsequent processing of the image information.
  • the image capture device includes a sub-display screen
  • the controller of the image capture device or the controller of the device body is used to control the switching between the sub-display screen and the main display screen to display images in response to the user's input.
  • the image information collected by the collecting device is used to control the switching between the sub-display screen and the main display screen to display images in response to the user's input.
  • the image acquisition device is provided with a sub display screen and a controller
  • the device body is provided with a main display screen and a controller.
  • any one of the two controllers receives the user's input, it can control the sub display screen and the main screen.
  • the image information collected by the image acquisition device is switched back and forth between the display screens. It needs to be supplemented.
  • the input received on the controller can be clicking the physical button, or clicking the corresponding switch on the main display screen or the sub-display. Virtual keys, and even biometric controls such as voice or gesture recognition.
  • the device body when the image capture device is connected to the movable device, the device body is used to control the image capture device to shoot through the communication connection with the movable device; and/or the device body is used to capture images by connecting with the movable device.
  • the communication connection of the device controls the image acquisition device to shoot.
  • the connection between the image capture device and the movable device is realized.
  • the movable device Under the control of the device body, the movable device can be used as a signal transfer station. Send the control signal to the movable device, indirectly control the image capture device to shoot through the connection between the movable device and the image capture device, or directly establish the communication connection between the device body and the image capture device, through the direct The image acquisition device is controlled through the above-mentioned connection, so as to meet the shooting requirements.
  • the image capture device after the image capture device is removed from the device body, the image capture device can be used independently as a camera.
  • the image capture device after the image capture device is removed, the smallest unit that can be photographed is formed, in which a battery, a camera and a control button are arranged, so that the user can use the image capture device as a camera alone.
  • the device body may be a pan/tilt
  • the image capture device is provided on the device body
  • the device body is used to control the operation of the image capture device.
  • the device body can be a PTZ.
  • the image acquisition device when the image acquisition device is set on the PTZ, the image acquisition device can be controlled directly through the PTZ.
  • the pan/tilt due to the particularity of the PTZ itself, Since the image acquisition device is detachably connected to the pan/tilt, the pan/tilt can have a camera-replaceable function, improve user experience, expand the industrial chain, and enhance the ecological scope of products.
  • the technical solution of the second aspect of the present application provides a photographing device, comprising: a device body, with a mounting slot on the device body; an image capturing device, which is detachably connected to the mounting slot; wherein the image capturing device is installed in a first attitude on the When installed in the slot, the device body can control the image capture device to shoot; when the image capture device is installed in the installation slot in the second posture, the device body is used for accommodating the image capture device.
  • the photographing device provided by the technical solution of the second aspect of the present application includes a device body and an image capture device detachably connected to the device body.
  • a mounting groove is directly provided on the device body, and the image capture device can When installed on the device body, it provides a space for accommodating the image capture device, that is, when the device body is connected to the image capture device, the image capture device is located in the installation slot, which can improve the stability of the image capture device when connected to the device body.
  • the installation groove itself is groove-shaped, that is, it is recessed inward from one side of the device body, so that the image acquisition device can also be protected to a certain extent.
  • the image acquisition device can turn on the shooting function in the first posture, and the device body can be used as the control end to monitor the image. Whether the acquisition device performs shooting is controlled, that is, in the first posture, the device body and the image acquisition device as a whole act as a camera, which is convenient for shooting image information.
  • the device body can be used to accommodate the image capture device, that is, the installation slot can be used to accommodate and protect the image capture device, thereby reducing the possibility of accidental collision of the image capture device.
  • the image acquisition device can be set to a sleep state according to the settings, so as to save power consumption.
  • the multi-function of the device body can be realized under the joint action of the device body and the image acquisition device, and it also reflects the overall modular design concept. Flexible selection of usage requirements greatly improves product competitiveness. At the same time, due to the detachable connection between the device body and the image capture device, different image capture devices can be replaced according to different shooting needs, further improving the user experience.
  • the technical solution of the third aspect of the present application provides a shooting device, comprising: a device body, on which a mother display screen is arranged; an image capture device that is detachably connected to the device body, and the device body can control the image capture device to shoot , wherein the image acquisition device is provided with a sub-display screen, and when the image acquisition device is installed on the device body, the orientation of the sub-display screen and the main display screen is different.
  • the photographing device provided by the technical solution of the third aspect of the present application includes a device body and an image capture device that is detachably connected to the device body.
  • the image capture device can be selected to be connected to the device body or detached from the device body according to actual needs. Afterwards, it is installed in a removable device to improve the functionality of individual components and to improve the overall modularity of the product.
  • the image capture device includes a sub-display screen, through which the operation information of the image capture device can be displayed, wherein the size and position of the sub-display screen can be set according to the user's usage habits, and the content displayed on the sub-display screen can be Including the parameters or operation mode of its own image acquisition device, it can also display the imaging preview of the image capture device through a special device. Exposure parameters, display the download interface, adjust the stored file format, etc.
  • a mother display screen electrically connected to the controller on the device body, it can be used to display the display information corresponding to the attitude information, and can also be used to display the image information collected by the graphic acquisition device.
  • the controller can control the main display screen to display the attitude information.
  • it can also be combined with the attitude information. It is displayed on the main display screen for easy viewing by the user.
  • the user can form two display interfaces at the front and the rear when installing the image capture device on the device body, and then no matter how the camera is held, The image information captured by the image acquisition device can be seen intuitively.
  • the viewing direction of the image capture device is the same as the position of the sub-display. Therefore, when the user observes image information through the sub-display, the image capture device acts as a front The camera is used, and if the user observes the image information through the main display screen, the image acquisition device is used as the rear camera, which greatly improves the user experience.
  • the screen size of the sub-display screen is not very large, and is only provided to the user as a preview for the user to choose and use.
  • the device body when the image capture device is connected to the device body, the device body can be used as a control terminal for controlling the image capture device to shoot, so that the shooting device as a whole can be used as a camera or a video camera for shooting.
  • the image capture device on the device body can be removed and connected to the movable device, so as to separate the image capture device as a single unit, and move together through the movable device, so that different shooting angles can be adjusted, and the Shooting under the control of the device itself to obtain photos or videos from different angles.
  • the device body and the image capture device are detachably connected, and the communication path between the device body and the image capture device can be adjusted according to whether the device body and the image capture device are connected.
  • the device body When connected to the device body, the device body can further establish a communication connection through the connection between the two, so that the image capture device can be directly controlled to shoot.
  • the movable device sends control signals to the movable device, and indirectly controls the image capture device to shoot through the connection between the movable device and the image capture device.
  • the movable device may be an unmanned aerial vehicle, a robot, or any other device with mobile capability that can receive and transmit signals to the image acquisition device.
  • the multi-function of the device body can be realized under the joint action of the device body and the image acquisition device, and it also reflects the overall modular design concept. Flexible selection of usage requirements greatly improves product competitiveness. At the same time, due to the detachable connection between the device body and the image capture device, different image capture devices can be replaced according to different shooting needs, further improving the user experience.
  • the controller of the image capture device or the controller of the device body is used to control the switching between the sub-display screen and the main display to display the image information captured by the image capture device in response to the user's input.
  • the image acquisition device and the device body are both provided with a controller.
  • a controller When either one of the two controllers receives an input from the user, it can control the image acquired by the image acquisition device to switch back and forth between the sub-display and the main display.
  • Information which needs to be supplemented, the input received on the controller can be clicking a physical button, or clicking a virtual button corresponding to the switch in the main display or sub-display, or even through voice or gesture recognition, etc. Biometric manipulation.
  • the technical solution of the fourth aspect of the present application provides a control device, comprising: a device body; the device body can be detachably connected to an image capture device; wherein, when the device body is connected to the image capture device, the device body is used to control image capture The device shoots, and when the device body is separated from the image capture device and the image capture device is connected to the movable device, the device body is used to control the image capture device to shoot or control the operation of the movable device.
  • the control device provided by the technical solution of the fourth aspect of the present application includes a device body, the device body can be detachably connected to the image capture device, and the device body can be used as a control terminal for controlling the image capture device to shoot, so that the shooting device can be easily
  • the whole is used as a camera or video camera for shooting.
  • the image acquisition device on the device body can also be removed and connected to the movable device, so as to separate the image acquisition device as a single unit, and through the movable device Move together, so that you can adjust different shooting angles, and shoot under the control of the device body to obtain photos or videos from different angles.
  • the device body and the image capture device are detachably connected, and the communication path between the device body and the image capture device can be adjusted according to whether the device body and the image capture device are connected.
  • the device body When connected to the device body, the device body can further establish a communication connection through the connection between the two, so that the image capture device can be directly controlled to shoot.
  • the image acquisition device on the movable device can take pictures, or it can also control the operation of the movable device, so as to control the two control objects respectively on the same device body.
  • the movable device may be an unmanned aerial vehicle, a robot, or any other device with mobile capability that can receive and transmit signals to the image acquisition device.
  • the operation of the image acquisition device can be controlled through the device body, so as to improve the diversity of functions of the device body, and also reflect the overall modular design concept. Flexible choices are required, which greatly improves the competitiveness of products.
  • different image acquisition devices can be replaced according to different shooting requirements to control different image acquisition devices for shooting. Further improve the user experience.
  • an installation groove which is arranged on one side of the device body and is used for accommodating the image capturing device.
  • the installation groove on one side of the device body, when the image capture device is installed on the device body, a space for accommodating the image capture device can be provided, that is, when the device body is connected to the image capture device, the image capture device is located at the In the groove, the stability of the image acquisition device when connected with the equipment body can be improved.
  • the installation groove itself is groove-shaped, that is, it is recessed inward from one side of the device body, so that the image acquisition device can also be protected to a certain extent.
  • the image capture device includes a camera; the image capture device can be installed in the installation slot in a first posture or a second posture, and the orientation of the camera when the image capture device is installed in the installation slot in the first posture is different from that of the image capture device.
  • the orientation of the camera is different.
  • the orientation of the camera is the ray direction formed by the outward extension of the camera itself
  • the image acquisition device is installed in the installation slot in the first posture and in the installation slot in the second posture
  • the ray directions of the cameras are different, and also That is, the directions of the two rays do not coincide.
  • the different orientations of the cameras may be opposite, that is, the two orientations are 180°, the first posture is forward installation, and the second posture is reverse installation, or the two orientations of the camera are at an acute angle or an obtuse angle. or right angle.
  • the number of cameras set on the image acquisition device may be one or more, and may be set flexibly according to actual use requirements.
  • the installation slot There are two postures of the image acquisition device in the installation slot, namely a first posture and a second posture, wherein the first posture corresponds to the camera facing outward, and the second posture corresponds to the camera facing inward.
  • first posture corresponds to the camera facing outward
  • second posture corresponds to the camera facing inward.
  • the installation slot can protect the camera and reduce accidental scratches on the camera. the possibility of lenses.
  • the mounting groove can achieve surrounding protection for the camera.
  • the device body when the image capture device is installed in the installation slot in the first posture, the device body is used to control the image capture device to shoot; when the image capture device is installed in the installation slot in the second posture, the device body is used to accommodate the image capture device device.
  • the image acquisition device can turn on the shooting function.
  • the device body can be used as the control terminal for the image acquisition device. Whether to shoot is controlled, that is, in the first posture, the device body and the image acquisition device as a whole act as a camera, which is convenient for shooting image information.
  • the image capture device is in the second posture, the device body can be used to accommodate the image capture device, that is, the installation slot can be used to accommodate and protect the image capture device, thereby reducing the possibility of accidental collision of the image capture device.
  • the image acquisition device can be set to a sleep state according to the settings, so as to save power consumption.
  • the device body can detect the attitude information of the image acquisition device in the installation slot.
  • the device body can obtain the posture information of the image capture device.
  • the device body itself has a certain processing capability and can recognize the posture of the image capture device, so as to cooperate with the image capture device to achieve different
  • the functions include but are not limited to shooting and sleeping.
  • the device body can activate one or more corresponding cameras according to the posture information, so as to connect different cameras to meet different shooting requirements.
  • the posture information includes a first posture and a second posture
  • the first posture may be that the camera is facing outward
  • the second posture may be that the camera is facing inward
  • the device body can trigger different control strategies based on the attitude information of the image acquisition device located in the installation slot.
  • the device body has a certain processing capacity.
  • the posture information of the image acquisition device is detected through the device body, and then the corresponding control strategy is obtained according to the obtained posture information, so that when the posture information of the image acquisition device changes, it can be Switch between different control strategies.
  • the number of postures included in the posture information can be two or more, but each posture corresponds to a control strategy, and the control strategies of different postures can be repeated. .
  • control strategy may be a function triggered by the device itself, may also be used for the device to control different functions performed by the image capture device, and may even be a communication method when the device body controls the image capture device.
  • the technical solution of the fifth aspect of the present application provides a control device, comprising: a device body, and an installation groove is provided on the device body; the installation groove can be detachably connected to an image capture device; wherein the image capture device is installed in a first attitude on the When installed in the slot, the device body can control the image capture device to shoot; when the image capture device is installed in the installation slot in the second posture, the device body is used for accommodating the image capture device.
  • the control device provided by the technical solution of the fifth aspect of the present application includes a device body.
  • An installation slot is directly arranged on the device body, which can provide a space for accommodating the image capture device when the image capture device is installed on the device body. That is, when the device body is connected to the image capture device, the image capture device is located in the installation slot. It can improve the stability of the image acquisition device when it is connected to the device body.
  • the installation groove itself is groove-shaped, that is, it is recessed inward from one side of the device body, so that the image acquisition device can also be protected to a certain extent.
  • the image acquisition device can turn on the shooting function in the first posture, and the device body can be used as the control end to monitor the image. Whether the acquisition device performs shooting is controlled, that is, in the first posture, the device body and the image acquisition device as a whole act as a camera, which is convenient for shooting image information.
  • the device body can be used to accommodate the image capture device, that is, the installation slot can be used to accommodate and protect the image capture device, thereby reducing the possibility of accidental collision of the image capture device.
  • the image acquisition device can be set to a sleep state according to the settings, so as to save power consumption.
  • the operation of the image acquisition device can be controlled through the device body.
  • the image acquisition device further improves the user experience.
  • the image capture device includes a camera; the image capture device can be installed in the installation slot in a first posture or a second posture, and the orientation of the camera when the image capture device is installed in the installation slot in the first posture is different from that of the image capture device.
  • the orientation of the camera is different.
  • the orientation of the camera is the ray direction formed by the outward extension of the camera itself
  • the image acquisition device is installed in the installation slot in the first posture and in the installation slot in the second posture
  • the ray directions of the cameras are different, and also That is, the directions of the two rays do not coincide.
  • the different orientations of the cameras can be opposite, that is, the two orientations are 180°, the first posture is forward installation, and the second posture is reverse installation, or the two orientations of the cameras are at an acute angle or an obtuse angle. or right angle.
  • the number of cameras set on the image acquisition device may be one or more, and may be set flexibly according to actual use requirements.
  • the installation slot There are two postures of the image acquisition device in the installation slot, namely a first posture and a second posture, wherein the first posture corresponds to the camera facing outward, and the second posture corresponds to the camera facing inward.
  • first posture corresponds to the camera facing outward
  • second posture corresponds to the camera facing inward.
  • the installation slot can protect the camera and reduce accidental scratches on the camera. the possibility of lenses.
  • the mounting groove can achieve surrounding protection for the camera.
  • the device body when the image capture device is installed in the installation slot in the first posture, the device body is used to control the image capture device to shoot; when the image capture device is installed in the installation slot in the second posture, the device body is used to accommodate the image capture device device.
  • the image acquisition device can turn on the shooting function.
  • the device body can be used as the control terminal for the image acquisition device. Whether to shoot is controlled, that is, in the first posture, the device body and the image acquisition device as a whole act as a camera, which is convenient for shooting image information.
  • the image capture device is in the second posture, the device body can be used to accommodate the image capture device, that is, the installation slot can be used to accommodate and protect the image capture device, thereby reducing the possibility of accidental collision of the image capture device.
  • the image acquisition device can be set to a sleep state according to the settings, so as to save power consumption.
  • the device body can detect the attitude information of the image acquisition device in the installation slot.
  • the device body can obtain the posture information of the image capture device.
  • the device body itself has a certain processing capability and can recognize the posture of the image capture device, so as to cooperate with the image capture device to achieve different
  • the functions include but are not limited to shooting and sleeping.
  • the device body can activate one or more corresponding cameras according to the posture information, so as to connect different cameras to meet different shooting requirements.
  • the posture information includes a first posture and a second posture
  • the first posture may be that the camera is facing outward
  • the second posture may be that the camera is facing inward
  • the device body can trigger different control strategies based on the attitude information of the image acquisition device located in the installation slot.
  • the device body has a certain processing capacity.
  • the posture information of the image acquisition device is detected through the device body, and then the corresponding control strategy is obtained according to the obtained posture information, so that when the posture information of the image acquisition device changes, it can be Switch between different control strategies.
  • the number of postures included in the posture information can be two or more, but each posture corresponds to a control strategy, and the control strategies of different postures can be repeated. .
  • control strategy may be a function triggered by the device itself, may also be used for the device to control different functions performed by the image capture device, and may even be a communication method when the device body controls the image capture device.
  • a first control member which is arranged on the device body and is used to control the device body and/or the image capturing device to perform corresponding operations.
  • the first control member By arranging the first control member on the device body, the operation of the device body or the operation of the image acquisition device can be controlled.
  • the first control member can independently control the operation of the device body.
  • the control of the image capture device by the device body can also be realized through the first control member.
  • the first manipulation member includes but is not limited to a button and a rocker.
  • the first control member can be set with a function independently during use, or on the basis of setting the parent display screen on the device body, it can be linked with the parent display screen to realize different functions.
  • the technical solution of the sixth aspect of the present application provides a control device, comprising: a device body, on which a mother display screen is arranged; the device body can be detachably connected to an image capture device, and the device body can control the image capture device to shoot , wherein the image acquisition device is provided with a sub-display screen, and when the image acquisition device is installed on the device body, the orientation of the sub-display screen and the main display screen is different.
  • the control device provided by the technical solution of the sixth aspect of the present application includes a device body.
  • the device body can be used as a control terminal to control the image capture device to shoot, so that the entire shooting device can be used as a camera or a video camera for shooting.
  • the image capture device on the device body can also be removed and installed. It is connected to a movable device, so as to separate the image acquisition device as a single unit, and move together through the movable device, so that different shooting angles can be adjusted, and shooting under the control of the device itself, to obtain photos from different angles or Videos etc.
  • a mother display screen electrically connected to the controller on the device body, it can be used to display display information.
  • the display information corresponds to the attitude information
  • the controller obtains that the image acquisition device is installed in the installation
  • the parent display screen can be controlled to display the attitude information.
  • it can also be displayed on the parent display screen, so as to facilitate the user watch.
  • the parent display screen can also be used to display image information.
  • the image information is collected by an image acquisition device.
  • the parent display screen can be used as a viewfinder.
  • the frame previews the image information, which is more convenient for the user to flexibly adjust the viewfinder.
  • the main display screen displays the image information, some camera parameters can also be displayed.
  • the image acquisition device includes a sub-display screen, through which the operation information of the image acquisition device can be displayed.
  • the size and position of the sub-display screen can be set according to the user's usage habits, and the content displayed on the sub-display screen can include:
  • the parameters or operation mode of the self-image acquisition device can also display the imaging preview of the image capture device through the special device.
  • the shooting can be adjusted according to the information displayed on the sub-display, such as setting the video format, exposure, etc. parameters, display the download interface, adjust the stored file format, etc.
  • the size of the main display screen is larger than that of the sub-display screen, so that a variety of information is displayed through the main display screen, which can provide users with a clearer and more intuitive viewing experience.
  • the user can form two display interfaces at the front and the rear when installing the image capture device on the device body, and then no matter how the camera is held, The image information captured by the image acquisition device can be seen intuitively.
  • the viewing direction of the image capture device is the same as the position where the sub-display is located, so when the user observes image information through the sub-display, the image capture device acts as a front panel.
  • the camera is used, and if the user observes the image information through the main display screen, the image acquisition device is used as the rear camera, which greatly improves the user experience.
  • the screen size of the sub-display screen is not very large, and is only provided to the user as a preview for the user to choose and use.
  • the operation of the image acquisition device can be controlled through the device body, so as to improve the diversity of functions of the device body, and also reflect the overall modular design concept. Flexible choices are required, which greatly improves the competitiveness of products.
  • different image acquisition devices can be replaced according to different shooting requirements to control different image acquisition devices for shooting. Further improve the user experience.
  • the main display screen is a touch screen, and the main display screen can receive a switching instruction to switch between the main display screen and the sub-display screen to display image information captured by the image capture device.
  • the main display screen is a touch screen, which has the function of receiving switching instructions, so that the user can trigger the touch operation on the main display screen to control the image information collected by the image acquisition device to switch back and forth between the sub-display screen and the main display screen, and more Conducive to meet the needs of users according to different use and observation.
  • an installation groove which is arranged on one side of the device body and is used for accommodating the image capturing device.
  • the installation groove on one side of the device body, when the image capture device is installed on the device body, a space for accommodating the image capture device can be provided, that is, when the device body is connected to the image capture device, the image capture device is located at the In the groove, the stability of the image acquisition device when connected with the equipment body can be improved.
  • the installation groove itself is groove-shaped, that is, it is recessed inward from one side of the device body, so that the image acquisition device can also be protected to a certain extent.
  • the image capture device includes a camera; the image capture device can be installed in the installation slot in a first posture or a second posture, and the orientation of the camera when the image capture device is installed in the installation slot in the first posture is different from that of the image capture device.
  • the orientation of the camera is different.
  • the orientation of the camera is the ray direction formed by the outward extension of the camera itself
  • the image acquisition device is installed in the installation slot in the first posture and in the installation slot in the second posture
  • the ray directions of the cameras are different, and also That is, the directions of the two rays do not coincide.
  • the different orientations of the cameras can be opposite, that is, the two orientations are 180°, the first posture is forward installation, and the second posture is reverse installation, or the two orientations of the cameras are at an acute angle or an obtuse angle. or right angle.
  • the number of cameras set on the image acquisition device may be one or more, and may be set flexibly according to actual use requirements.
  • the installation slot There are two postures of the image acquisition device in the installation slot, namely a first posture and a second posture, wherein the first posture corresponds to the camera facing outward, and the second posture corresponds to the camera facing inward.
  • first posture corresponds to the camera facing outward
  • second posture corresponds to the camera facing inward.
  • the installation slot can protect the camera and reduce accidental scratches on the camera. the possibility of lenses.
  • the mounting groove can achieve surrounding protection for the camera.
  • the device body when the image capture device is installed in the installation slot in the first posture, the device body is used to control the image capture device to shoot; when the image capture device is installed in the installation slot in the second posture, the device body is used to accommodate the image capture device device.
  • the image acquisition device can turn on the shooting function.
  • the device body can be used as the control terminal for the image acquisition device. Whether to shoot is controlled, that is, in the first posture, the device body and the image acquisition device as a whole act as a camera, which is convenient for shooting image information.
  • the image capture device is in the second posture, the device body can be used to accommodate the image capture device, that is, the installation slot can be used to accommodate and protect the image capture device, thereby reducing the possibility of accidental collision of the image capture device.
  • the image acquisition device can be set to a sleep state according to the settings, so as to save power consumption.
  • the device body can detect the attitude information of the image acquisition device in the installation slot.
  • the device body can obtain the posture information of the image capture device.
  • the device body itself has a certain processing capability and can recognize the posture of the image capture device, so as to cooperate with the image capture device to achieve different
  • the functions include but are not limited to shooting and sleeping.
  • the device body can activate one or more corresponding cameras according to the posture information, so as to connect different cameras to meet different shooting requirements.
  • the posture information includes a first posture and a second posture
  • the first posture may be that the camera is facing outward
  • the second posture may be that the camera is facing inward
  • the device body can trigger different control strategies based on the attitude information of the image acquisition device located in the installation slot.
  • the device body has a certain processing capacity.
  • the posture information of the image acquisition device is detected through the device body, and then the corresponding control strategy is obtained according to the obtained posture information, so that when the posture information of the image acquisition device changes, it can be Switch between different control strategies.
  • the number of postures included in the posture information can be two or more, but each posture corresponds to a control strategy, and the control strategies of different postures can be repeated. .
  • control strategy may be a function triggered by the device itself, may also be used for the device to control different functions performed by the image capture device, and may even be a communication method when the device body controls the image capture device.
  • the technical solution of the seventh aspect of the present application provides a control device for controlling a movable device.
  • the control device includes: a device body; an image capture device, which is detachably connected to the device body; wherein, when the device body is connected to the image capture device
  • the control device is used for photographing and controlling the movable device, when the device body is separated from the image capture device and the image capture device is connected to the movable device, the device body is used to control at least one of the image capture device or the movable device.
  • the control device provided by the technical solution of the seventh aspect of the present application is used to control the operation of the movable device.
  • the control device includes a device body and an image capture device detachably connected to the device body.
  • the image capture device can be According to actual needs, it is selected to be connected to the equipment body, or to be removed from the equipment body and then installed into a movable equipment to improve the function of a single component and improve the overall modularity of the product. Further, when the image capture device is connected to the device body, the device body can be used as a control terminal. On the one hand, the image capture device can be controlled to shoot, so that the entire shooting device can be used as a camera or a video camera for shooting.
  • the operation of the movable device can be controlled, for example, the movement, cruise and other operations of the movable device can be controlled by using the first control element or the main display screen provided on the device body. It is also possible to remove the image capture device on the device body and connect it to the movable device, so as to separate the image capture device as a single unit, and move together through the movable device, so that different shooting angles can be adjusted.
  • the device body can independently control the image acquisition device for shooting, or independently control the operation of the movable device, it can even control the operation of the movable device and the shooting of the image acquisition device on the movable device at the same time.
  • the device body and the image capture device are detachably connected, and the communication path between the device body and the image capture device can be adjusted according to whether the device body and the image capture device are connected.
  • the device body When connected to the device body, the device body can further establish a communication connection through the connection between the two, so that the image capture device can be directly controlled to shoot.
  • the movable device sends control signals to the movable device, and indirectly controls the image capture device to shoot through the connection between the movable device and the image capture device.
  • the movable device may be an unmanned aerial vehicle, a robot, or any other device with mobile capability that can receive and transmit signals to the image acquisition device.
  • the multi-function of the device body can be realized under the joint action of the device body and the image acquisition device, and it also reflects the overall modular design concept. Flexible selection of usage requirements greatly improves product competitiveness. At the same time, due to the detachable connection between the device body and the image capture device, different image capture devices can be replaced according to different shooting needs, further improving the user experience.
  • an installation groove which is arranged on one side of the device body and is used for accommodating the image capturing device.
  • the installation groove on one side of the device body, when the image capture device is installed on the device body, a space for accommodating the image capture device can be provided, that is, when the device body is connected to the image capture device, the image capture device is located at the In the groove, the stability of the image acquisition device when connected with the equipment body can be improved.
  • the installation groove itself is groove-shaped, that is, it is recessed inward from one side of the device body, so that the image acquisition device can also be protected to a certain extent.
  • the image capture device includes a camera; the image capture device can be installed in the installation slot in a first posture or a second posture, and the orientation of the camera when the image capture device is installed in the installation slot in the first posture is different from that of the image capture device.
  • the orientation of the camera is different.
  • the orientation of the camera is the ray direction formed by the outward extension of the camera itself
  • the image acquisition device is installed in the installation slot in the first posture and in the installation slot in the second posture
  • the ray directions of the cameras are different, and also That is, the directions of the two rays do not coincide.
  • the different orientations of the cameras can be opposite, that is, the two orientations are 180°, the first posture is forward installation, and the second posture is reverse installation, or the two orientations of the cameras are at an acute angle or an obtuse angle. or right angle.
  • the number of cameras set on the image acquisition device may be one or more, and may be set flexibly according to actual use requirements.
  • the installation slot There are two postures of the image acquisition device in the installation slot, namely a first posture and a second posture, wherein the first posture corresponds to the camera facing outward, and the second posture corresponds to the camera facing inward.
  • first posture corresponds to the camera facing outward
  • second posture corresponds to the camera facing inward.
  • the installation slot can protect the camera and reduce accidental scratches on the camera. the possibility of lenses.
  • the mounting groove can achieve surrounding protection for the camera.
  • the device body when the image capture device is installed in the installation slot in the first posture, the device body is used to control the image capture device to shoot; when the image capture device is installed in the installation slot in the second posture, the device body is used to accommodate the image capture device device.
  • the image acquisition device can turn on the shooting function.
  • the device body can be used as the control terminal for the image acquisition device. Whether to shoot is controlled, that is, in the first posture, the device body and the image acquisition device as a whole act as a camera, which is convenient for shooting image information.
  • the image capture device is in the second posture, the device body can be used to accommodate the image capture device, that is, the installation slot can be used to accommodate and protect the image capture device, thereby reducing the possibility of accidental collision of the image capture device.
  • the image acquisition device can be set to a sleep state according to the settings, so as to save power consumption.
  • the device body can detect the attitude information of the image acquisition device in the installation slot.
  • the device body can obtain the posture information of the image capture device.
  • the device body itself has a certain processing capability and can recognize the posture of the image capture device, so as to cooperate with the image capture device to achieve different
  • the functions include but are not limited to shooting and sleeping.
  • the device body can activate one or more corresponding cameras according to the posture information, so as to connect different cameras to meet different shooting requirements.
  • the posture information includes a first posture and a second posture
  • the first posture may be that the camera is facing outward
  • the second posture may be that the camera is facing inward
  • the device body can trigger different control strategies based on the attitude information of the image acquisition device located in the installation slot.
  • the device body has a certain processing capacity.
  • the posture information of the image acquisition device is detected through the device body, and then the corresponding control strategy is obtained according to the obtained posture information, so that when the posture information of the image acquisition device changes, it can be Switch between different control strategies.
  • the number of postures included in the posture information can be two or more, but each posture corresponds to a control strategy, and the control strategies of different postures can be repeated. .
  • control strategy may be a function triggered by the device itself, may also be used for the device to control different functions performed by the image capture device, and may even be a communication method when the device body controls the image capture device.
  • the technical solution of the eighth aspect of the present application provides a remote control device, comprising: a remote control body, the remote control body includes a second communication device for communicating with a movable device, and a accommodating groove is provided on the remote control body; the control device is connected to the accommodating groove Detachable connection, the control device is provided with a master display screen, which is used to display the image information transmitted by the movable device.
  • the remote control device provided according to the technical solution of the eighth aspect of the present application includes a remote control body and a control device, wherein the remote control body is provided with an accommodating groove, the control device can be detachably connected to the accommodating groove, and the accommodating groove on the remote control body can provide accommodating control
  • the space of the device will also improve the stability of the control device connected to the remote control body.
  • the master display screen on the control device it can be used to display image information.
  • the image information is captured and transmitted by the movable device.
  • the main display screen can be used as a viewfinder to preview the image information, which is more convenient for users to flexibly adjust the viewfinder.
  • the main display screen displays the image information, it can also display some camera parameters.
  • the whole remote control body when the control device is arranged in the accommodating slot, can be used as a control terminal for controlling the movable device to shoot, and by controlling the movable device to move, different shooting angles can be adjusted, And shoot under the control of the control device to obtain photos or videos from different angles.
  • control device and the remote control body are detachably connected, and the communication path between the control device and the remote control body can be adjusted according to whether the control device and the remote control body are connected or not.
  • control device is connected to the remote control body.
  • the remote control body can further establish a communication connection directly through the connection between the two, so that the mobile device can be directly controlled to shoot, and when the control device is separated from the remote control body, the remote control body can be used as a signal transfer station. Image information from the removable device is shown on the monitor.
  • the movable device may be an unmanned aerial vehicle, a robot, or any other device with mobile capability that can receive and transmit signals to the image acquisition device.
  • the remote control body controls the movable device
  • it is mainly realized through the second communication device.
  • a communication connection between the remote control body and the movable device can be established, thereby It is convenient to control the operation of the movable device and display the image information collected by the movable device.
  • it further includes: a first communication device, which is arranged on the control device, and the control device can control the movable device through the first communication device.
  • the control device can establish a communication connection with the movable device, so that under the action of the control device, control Operation of removable devices.
  • control device is installed in the accommodating slot, and the control device can control the movable device through the second communication device on the remote control body; the control device is detached from the accommodating slot, and the control device can control the movable device through the first communication device.
  • the control device When the control device is installed on the accommodating slot, the control device is connected to the remote control body, and the control command sent by the control device is sent to the movable device through the second communication device on the remote control body, so that the movable device can be controlled according to the second communication device.
  • the command sent by the communication device is used to move and adjust, and when the control device is detached from the accommodating slot, the control device and the remote control body are in a disconnected state at this time, and the signal transmission between the control device and the remote control body cannot be realized. Therefore, the movable device can be controlled directly through the first communication device on the control device.
  • the signal transmission quality and signal transmission distance of the first communication device and the second communication device may be the same or different.
  • a third connector arranged on the control device; a fourth connector, arranged in the accommodating groove, wherein the control device and the remote control are realized through the cooperation of the third connector and the fourth connector Electrical connections between bodies.
  • the control device is provided with a third connector, and the receiving slot is provided with There is a fourth connector.
  • the control device is installed in the accommodating slot, after the third connector and the fourth connector are mated, an electrical connection is formed between the control device and the remote control body, so as to facilitate mutual power supply and remote control.
  • the main body sends the instruction of controlling the device to the movable device and displays the photos or video files taken on the movable device on the control device through the remote control main body.
  • control device and the remote control body can achieve mutual power supply and/or mutual charging through the cooperation of the third connector and the fourth connector.
  • the control device and the remote control body can achieve mutual power supply according to the previous settings, or mutual charging, or even charging during the power supply process. .
  • the control device and the remote control body are respectively provided with batteries.
  • the battery of the control device can supply power to the second communication device on the remote control body, or The battery on the remote control body powers the display screen of the control device.
  • the battery of the remote control body when the power of the battery of the control device is low and the control device is installed in the accommodating slot, the battery of the remote control body will be used as a power bank to charge the battery of the control device, or, when the battery of the remote control body has a relatively low power When the control device is installed in the accommodating slot, the battery of the control device will be used as a power bank to charge the battery of the remote control body.
  • a fifth connector which is arranged on the remote control body, the fifth connector is used for charging the remote control body, and/or the fifth connector is used for establishing a communication connection between the remote control body and the external device.
  • an external power supply can be used to charge the remote control body through the fifth connector.
  • the fifth connector can also be used for communication connection with external devices.
  • the files stored on the remote control body can be exported.
  • some files can also be imported into the remote control body through the fifth connector, such as system files, which can facilitate the system upgrade of the remote control body, or other image files or settings. The file is imported into the remote control body.
  • the remote control body further includes: at least one second control member, which is arranged on the remote control body, the second control member is used for receiving movement control instructions corresponding to the movable device, and/or the second control member is used for Receive a shooting instruction corresponding to controlling the image shooting of the mobile device.
  • One or more second manipulation members are provided on the remote control body, and the user can make the remote control body receive movement control commands and/or shooting commands through the second manipulation members.
  • the number of the second manipulation members may be one , or more than one, which can be set according to the specific movement control method and function of the movable device.
  • the second manipulation member that receives the movement control command can be one, which is used to control the movement of the movable device in front, back, left and right, and also Optionally, the number of the second manipulation members is two, one controls the translation of the front, back, left and right, and the other controls the rotation of the movable device.
  • a second manipulation member can be added to control the movable device in the current posture and Shooting from a viewing angle.
  • the second manipulation member includes a plurality of them, which can respectively control the flying speed, steering angle, vertical speed, etc. of the movable device in the horizontal direction.
  • the second control element includes: buttons, joysticks or dials, and settings can be flexibly selected from the buttons, rockers or dials according to the type of the movable device or the operation logic that the user is accustomed to.
  • it also includes: an antenna arranged on the remote control body, wherein the antenna and the remote control body are folded, and/or the antenna and the remote control body are retractable.
  • the above-mentioned second communication device may be an antenna, or may be other wireless transmission modules, such as wifi, bluetooth, and the like.
  • the signal transmission quality of the remote control body can be enhanced, wherein the antenna is foldably arranged on the remote control body, and the antenna can be unfolded when in use, or the antenna is telescopically arranged on the remote control body , the antenna can be extended outwards when in use, and even the antenna can be partially folded and partially retracted. Under the combined action of the two structures, the remote control body can improve the signal transmission quality of the movable device.
  • the second control member and the antenna are arranged on different sides of the remote control body.
  • the second control member and the antenna By restricting the second control member and the antenna to be located on different sides of the remote control body, on the one hand, space can be saved, and on the other hand, the user's operation is facilitated.
  • the side with the second control piece is facing you, and the space on the other side is not used.
  • the antenna on the other side By arranging the antenna on the other side, on the one hand, it is convenient to take out the antenna, The space will be larger, which can provide better signal transmission quality in a limited space.
  • the technical solution of the ninth aspect of the present application provides a mobile control system, including: a movable device and a control device; an image acquisition device, where the image acquisition device can be optionally provided on the movable device and the control device, wherein the image acquisition device
  • the control device is arranged on the movable device, and the control device is used to control the image capture device to shoot or to control the operation of the movable device; the image capture device is arranged on the control device, and the control device is used to control the image capture device to capture.
  • the mobile control system includes a movable device, a control device and an image acquisition device. Installation into removable devices increases the functionality of individual components and increases the modularity of the product as a whole.
  • the control device when the image capture device is connected to the control device, the control device can be used as a control terminal for controlling the image capture device to shoot, so that the shooting device as a whole can be used as a camera or a video camera for shooting.
  • the image capture device on the control device can be removed and connected to the movable device, so as to separate the image capture device as a single unit, and move together through the movable device, so that different shooting angles can be adjusted. Shooting under the control of the control device to obtain photos or videos from different angles.
  • control device and the image capture device are detachably connected, and the communication path between the control device and the image capture device can be adjusted according to whether the control device and the image capture device are connected.
  • control device When connected to the control device, the control device can further establish a communication connection through the connection between the two, so that the image capture device can be directly controlled to shoot.
  • the image acquisition device on the movable device can take pictures, or it can also control the operation of the movable device, so as to control the two control objects respectively on the same device body.
  • the movable device may be an unmanned aerial vehicle, a robot, or any other device with mobile capability that can receive and transmit signals to the image acquisition device.
  • the multi-function of the control device can be realized under the joint action of the control device and the image acquisition device, and it also reflects the overall modular design concept. Flexibility to choose the use of the device, which greatly improves the competitiveness of the product. At the same time, due to the detachable connection between the control device and the image capture device, different image capture devices can be replaced according to different shooting needs, further improving the user experience.
  • a matching groove which is provided on the movable device or on the pan/tilt of the movable device, and is used for accommodating the image capturing device.
  • the matching groove By arranging the matching groove on the movable device or the pan/tilt of the movable device, when the image capturing device is installed on the movable device, a space for accommodating the image capturing device can be provided, that is, when the image capturing device is installed to the When the movable device or the pan/tilt of the movable device is installed, the image capturing device is located in the matching groove, which can improve the stability of the image capturing device when it is connected with the movable device.
  • the matching groove itself is groove-shaped, that is, the movable device or the pan/tilt of the movable device is recessed inward, so that the image acquisition device can also be protected to a certain extent.
  • the mating slot includes a sixth connector, and the sixth connector is used for charging the image capture device, and/or the sixth connector is used to establish a communication connection between the image capture device and the movable device.
  • a sixth connector is arranged in the matching slot. Under the action of the sixth connector, when the image capturing device is located in the matching slot, the movable device can charge the image capturing device through the sixth connector, so as to improve the movable The battery life of the device relative to the image acquisition device, optionally, the sixth connector can be used as a communication interface of the movable device, so that the image information captured by the image acquisition device can be sent to the mobile device under the action of the sixth connector. On the device body, the control instructions received on the movable device can also be sent to the image acquisition device for shooting operations.
  • the image capture device when the image capture device is installed on the movable device, the image capture device transmits the captured image information to the movable device through the sixth connector, and the movable device is used to transmit the image information through the third communication device To the control device, the control device is used to output image information.
  • the image capture device When the image capture device is installed on the movable device, the image capture device can move with the movement of the movable device. At this time, through the sixth connector, the image information captured by the image capture device can be transmitted to the movable device. After the movable device receives the image information, it can also directly send it to the control device through the third communication device, so that the control device can export the image information or directly use the main display screen of the control device for display.
  • control device further includes a mother display screen for displaying image information.
  • the control device includes a parent display screen for displaying image information.
  • the image information is collected by an image acquisition device.
  • the parent display screen can be used as a viewfinder.
  • the frame previews the image information, which is more convenient for the user to flexibly adjust the viewfinder.
  • the main display screen displays the image information, some camera parameters can also be displayed.
  • control device further includes a first communication device, and the control device is configured to transmit the shooting parameters to the movable device through the first communication device, so that the movable device transmits the shooting parameters to the image acquisition device.
  • the control device includes a first communication device.
  • the control device transmits the shooting parameters to the movable device, it is mainly realized through the first communication device.
  • the movable device because the movable settings of the image acquisition device are connected , the movable device can transfer the shooting parameters to the image acquisition device, so as to control the image acquisition device to shoot according to the shooting parameters.
  • the shooting parameters include, but are not limited to, parameters such as aperture, focal length, depth of field, and exposure time.
  • a battery compartment which is arranged on the movable device, and at least one body battery is arranged in the battery compartment.
  • a battery compartment is arranged on the mobile device, and one or more body batteries are arranged in the battery compartment, which can supply power for the operation of the mobile device.
  • the body battery When the power of the sub-battery on the upper body is low, the body battery will charge the sub-battery, so as to ensure the operation of the basic shooting function after the image acquisition device is removed from the movable device.
  • the body battery can be interchanged with the mother battery on the control device.
  • an installation slot which is arranged on one side of the control device and used for accommodating the image capturing device.
  • a space for accommodating the image capture device can be provided, that is, when the control device is connected to the image capture device, the image capture device is located on the installation It can improve the stability of the image acquisition device when it is connected with the control device.
  • the installation groove itself is groove-shaped, that is, it is recessed inward from one side of the control device, so that the image acquisition device can also be protected to a certain extent.
  • the image capture device includes a camera; the image capture device can be installed in the installation slot in a first posture or a second posture, and the orientation of the camera when the image capture device is installed in the installation slot in the first posture is different from that of the image capture device.
  • the orientation of the camera is different.
  • the orientation of the camera is the ray direction formed by the outward extension of the camera itself
  • the image acquisition device is installed in the installation slot in the first posture and in the installation slot in the second posture
  • the ray directions of the cameras are different, and also That is, the directions of the two rays do not coincide.
  • the different orientations of the cameras can be opposite, that is, the two orientations are 180°, the first posture is forward installation, and the second posture is reverse installation, or the two orientations of the cameras are at an acute angle or an obtuse angle. or right angle.
  • the number of cameras set on the image acquisition device may be one or more, and may be set flexibly according to actual use requirements.
  • the installation slot There are two postures of the image acquisition device in the installation slot, namely a first posture and a second posture, wherein the first posture corresponds to the camera facing outward, and the second posture corresponds to the camera facing inward.
  • first posture corresponds to the camera facing outward
  • second posture corresponds to the camera facing inward.
  • the installation slot can protect the camera and reduce accidental scratches on the camera. the possibility of lenses.
  • the mounting groove can achieve surrounding protection for the camera.
  • the control device when the image capture device is installed in the installation slot in the first posture, the control device is used to control the image capture device to shoot; when the image capture device is installed in the installation slot in the second posture, the control device is used to accommodate the image capture device device.
  • the image acquisition device can turn on the shooting function in the first posture
  • the control device can be used as the control end to the image acquisition device. It is controlled whether to shoot or not, that is, in the first posture, the control device and the image acquisition device as a whole act as a camera, which is convenient for shooting image information.
  • the control device can be used to accommodate the image capture device, that is, the installation slot can be used to accommodate and protect the image capture device, thereby reducing the possibility of accidental collision of the image capture device.
  • the image acquisition device can be set to a sleep state according to the settings, so as to save power consumption.
  • control device can detect the attitude information of the image acquisition device in the installation slot.
  • the control device can obtain the attitude information of the image capture device.
  • the control device itself has a certain processing capability and can recognize the posture of the image capture device, so as to cooperate with the image capture device to achieve different
  • the functions include but are not limited to shooting and sleeping.
  • control device can activate one or more corresponding cameras according to the gesture information, so as to connect different cameras to meet different shooting requirements.
  • the posture information includes a first posture and a second posture
  • the first posture may be that the camera is facing outward
  • the second posture may be that the camera is facing inward
  • control device can trigger different control strategies based on the attitude information of the image acquisition device located in the installation slot.
  • the control device has a certain processing capacity. First, the control device detects the attitude information of the image acquisition device, and then obtains the corresponding control strategy according to the obtained attitude information, so that when the attitude information of the image acquisition device changes, it can be Switch between different control strategies.
  • the number of postures included in the posture information can be two or more, but each posture corresponds to a control strategy, and the control strategies of different postures can be repeated. .
  • control strategy can be a function triggered by the control device itself, can also be the control device to control different functions performed by the image capture device, and can even be a communication method when the control device controls the image capture device.
  • a mobile control system comprising: a movable device; a remote control body, the remote control body includes a second communication device for communicating with the movable device, and the control device is detachably connected to the remote control body , the control device is provided with a parent display screen; the image acquisition device, the image acquisition device can be selectively set on the movable device and the control device, wherein the image acquisition device is provided on the movable device, and the control device can be controlled by the movable device.
  • the image acquisition device shoots; the image acquisition device is arranged on the control device, and the control device is used to control the image acquisition device to shoot.
  • the mobile control system includes a movable device, a control device and an image acquisition device.
  • the image acquisition device can be selected to be connected to the control device according to actual needs, or to be detached from the control device. , which can be installed into removable devices to improve the functionality of individual components and improve the overall modularity of the product.
  • the control device includes a parent display screen for displaying image information.
  • the image information is collected by an image acquisition device.
  • the parent display screen can be It is used as a viewfinder to preview the image information, which is more convenient for users to flexibly adjust the viewfinder.
  • the main display screen displays the image information, it can also display some camera parameters.
  • the control device when the image capture device is connected to the control device, the control device can be used as a control terminal for controlling the image capture device to shoot, so that the shooting device as a whole can be used as a camera or a video camera for shooting.
  • the image capture device on the control device can be removed and connected to the movable device, so as to separate the image capture device as a single unit, and move together through the movable device, so that different shooting angles can be adjusted. Shooting under the control of the control device to obtain photos or videos from different angles.
  • control device and the image capture device are detachably connected, and the communication path between the control device and the image capture device can be adjusted according to whether the control device and the image capture device are connected.
  • the control device can further establish a communication connection through the connection between the two, so that the image capture device can be directly controlled to shoot, and when the image capture device is separated from the control device and installed on the movable device, the control device can As a signal relay station, the movable device sends control signals to the movable device, and indirectly controls the image capture device to shoot through the connection between the movable device and the image capture device.
  • the movable device may be an unmanned aerial vehicle, a robot, or any other device with mobile capability that can receive and transmit signals to the image acquisition device.
  • the multi-function of the control device can be realized under the joint action of the control device and the image acquisition device, and it also reflects the overall modular design concept. Flexibility to choose the use of the device, which greatly improves the competitiveness of the product. At the same time, due to the detachable connection between the control device and the image capture device, different image capture devices can be replaced according to different shooting needs, further improving the user experience.
  • an accommodating groove which is arranged on the remote control body, and the device body and the accommodating groove are detachably connected.
  • the remote control body is provided with an accommodating groove, and the control device can be detachably connected to the accommodating groove.
  • the accommodating groove on the remote control body can provide space for accommodating the control device, and also improve the stability of the control device being connected to the remote control body.
  • a first communication device which is provided on the control device, and the control device can control the movable device through the first communication device.
  • the control device can establish a communication connection with the movable device, so that under the action of the control device, control Operation of removable devices.
  • the equipment body is installed in the accommodating groove on the remote control body, and the equipment body can control the movable equipment through the second communication device on the remote control body; the equipment body is separated from the accommodating groove, and the equipment body can control the movable equipment through the first communication device.
  • the control device When the control device is installed on the accommodating slot, the control device is connected to the remote control body, and the control command sent by the control device is sent to the movable device through the second communication device on the remote control body, so that the movable device can be controlled according to the second communication device.
  • the command sent by the communication device is used to move and adjust, and when the control device is detached from the accommodating slot, the control device and the remote control body are in a disconnected state at this time, and the signal transmission between the control device and the remote control body cannot be realized. Therefore, the movable device can be controlled directly through the first communication device on the control device.
  • the signal transmission quality and signal transmission distance of the first communication device and the second communication device may be the same or different.
  • it further includes: a third connector, arranged on the device body; a fourth connector, arranged in the accommodating groove, wherein the device body and the remote control are realized through the cooperation of the third connector and the fourth connector Electrical connections between bodies.
  • the control device is provided with a third connector, and the receiving slot is provided with There is a fourth connector.
  • the control device is installed in the accommodating slot, after the third connector and the fourth connector are mated, an electrical connection is formed between the control device and the remote control body, so as to facilitate mutual power supply and remote control.
  • the main body sends the instruction of controlling the device to the movable device and displays the photos or video files taken on the movable device on the control device through the remote control main body.
  • control device and the remote control body can achieve mutual power supply and/or mutual charging through the cooperation of the third connector and the fourth connector.
  • the control device and the remote control body can achieve mutual power supply according to the previous settings, or mutual charging, or even charging during the power supply process. .
  • the control device and the remote control body are respectively provided with batteries.
  • the battery of the control device can supply power to the second communication device on the remote control body, or The battery on the remote control body powers the main display of the control device.
  • the battery of the remote control body when the power of the battery of the control device is low, and when the control device is installed in the accommodating slot, the battery of the remote control body will be used as a power bank to charge the battery of the control device, or when the battery of the control device is relatively low in power.
  • the battery of the remote control body When the control device is installed in the accommodating slot, the battery of the remote control body will be used as a power bank to charge the battery of the control device.
  • a fifth connector which is arranged on the remote control body, the fifth connector is used for charging the remote control body, and/or the fifth connector is used for establishing a communication connection between the remote control body and the external device.
  • an external power supply can be used to charge the remote control body through the fifth connector.
  • the fifth connector can also be used for communication connection with external devices.
  • the files stored on the remote control body can be exported.
  • some files can also be imported into the remote control body through the fifth connector, such as system files, which can facilitate the system upgrade of the remote control body, or other image files or settings. The file is imported into the remote control body.
  • the second control member is used for receiving the movement control command corresponding to the movable device, and/or the second control member is used for receiving and Control the shooting command corresponding to the image shooting of the mobile device.
  • One or more second manipulation members are provided on the remote control body, and the user can make the remote control body receive movement control commands and/or shooting commands through the second manipulation members.
  • the number of the second manipulation members may be one , or more than one, which can be set according to the specific movement control method and function of the movable device.
  • the second manipulation member that receives the movement control command can be one, which is used to control the movement of the movable device in front, back, left and right, and also Optionally, the number of the second manipulation members is two, one controls the translation of the front, back, left and right, and the other controls the rotation of the movable device.
  • a second manipulation member can be added to control the movable device in the current posture and Shooting from a viewing angle.
  • the second control element includes: buttons, joysticks or dials, and settings can be flexibly selected from the buttons, rockers or dials according to the type of the movable device or the operation logic that the user is accustomed to.
  • an antenna is provided on the remote control body, wherein the antenna and the remote control body are folded, and/or the antenna and the remote control body are retractable.
  • the signal transmission quality of the remote control body can be enhanced, wherein the antenna is foldably arranged on the remote control body, and the antenna can be unfolded when in use, or the antenna is telescopically arranged on the remote control body , the antenna can be extended outwards when in use, and even the antenna can be partially folded and partially retracted. Under the combined action of the two structures, the remote control body can improve the signal transmission quality of the movable device.
  • the second control member and the antenna on the remote control body are arranged on different sides of the remote control body.
  • the second control member and the antenna By restricting the second control member and the antenna to be located on different sides of the remote control body, on the one hand, space can be saved, and on the other hand, the user's operation is facilitated.
  • the side with the second control piece is facing you, and the space on the other side is not used.
  • the antenna on the other side By arranging the antenna on the other side, on the one hand, it is convenient to take out the antenna, The space will be larger, which can provide better signal transmission quality in a limited space.
  • a matching groove which is provided on the movable device or on the pan/tilt of the movable device, and is used for accommodating the image capturing device.
  • the matching groove By arranging the matching groove on the movable device or the pan/tilt of the movable device, when the image capturing device is installed on the movable device, a space for accommodating the image capturing device can be provided, that is, when the image capturing device is installed to the When the movable device or the pan/tilt of the movable device is installed, the image capturing device is located in the matching groove, which can improve the stability of the image capturing device when it is connected with the movable device.
  • the matching groove itself is groove-shaped, that is, the movable device or the pan/tilt of the movable device is recessed inward, so that the image acquisition device can also be protected to a certain extent.
  • the mating slot includes a sixth connector, and the sixth connector is used for charging the image capture device, and/or the sixth connector is used to establish a communication connection between the image capture device and the movable device.
  • a sixth connector is arranged in the matching slot. Under the action of the sixth connector, when the image capturing device is located in the matching slot, the movable device can charge the image capturing device through the sixth connector, so as to improve the movable The battery life of the device relative to the image acquisition device, optionally, the sixth connector can be used as a communication interface of the movable device, so that the image information captured by the image acquisition device can be sent to the mobile device under the action of the sixth connector. On the device body, the control instructions received on the movable device can also be sent to the image acquisition device for shooting operations.
  • the image capture device when the image capture device is installed on the movable device, the image capture device transmits the captured image information to the movable device through the sixth connector, and the movable device is used to transmit the image information through the third communication device To the control device, the control device is used to output image information.
  • the image capture device When the image capture device is installed on the movable device, the image capture device can move with the movement of the movable device. At this time, through the sixth connector, the image information captured by the image capture device can be transmitted to the movable device. After the movable device receives the image information, it can also directly send it to the control device through the third communication device, so that the control device can export the image information or directly use the main display screen of the control device for display.
  • control device further includes a mother display screen for displaying image information.
  • the control device includes a parent display screen for displaying image information.
  • the image information is collected by an image acquisition device.
  • the parent display screen can be used as a viewfinder.
  • the frame previews the image information, which is more convenient for the user to flexibly adjust the viewfinder.
  • the main display screen displays the image information, some camera parameters can also be displayed.
  • control device further includes a first communication device, and the control device is configured to transmit the shooting parameters to the movable device through the first communication device, so that the movable device transmits the shooting parameters to the image acquisition device.
  • the control device includes a first communication device.
  • the control device transmits the shooting parameters to the movable device, it is mainly realized through the first communication device.
  • the movable device because the movable settings of the image acquisition device are connected , the movable device can transfer the shooting parameters to the image acquisition device, so as to control the image acquisition device to shoot according to the shooting parameters.
  • the shooting parameters include, but are not limited to, parameters such as aperture, focal length, depth of field, and exposure time.
  • a battery compartment which is arranged on the movable device, and at least one body battery is arranged in the battery compartment.
  • a battery compartment is arranged on the mobile device, and one or more body batteries are arranged in the battery compartment, which can supply power for the operation of the mobile device.
  • the body battery When the power of the sub-battery on the upper body is low, the body battery will charge the sub-battery, so as to ensure the operation of the basic shooting function after the image acquisition device is removed from the movable device.
  • the body battery can be interchanged with the mother battery on the device body.
  • an installation groove which is arranged on one side of the device body and is used for accommodating the image capturing device.
  • the installation groove on one side of the device body, when the image capture device is installed on the device body, a space for accommodating the image capture device can be provided, that is, when the device body is connected to the image capture device, the image capture device is located at the In the groove, the stability of the image acquisition device when connected with the equipment body can be improved.
  • the installation groove itself is groove-shaped, that is, it is recessed inward from one side of the device body, so that the image acquisition device can also be protected to a certain extent.
  • a wearable device comprising: a wearable body, an assembly groove is provided on the wearable body; an image capture device is detachably connected to the assembly groove, and the image capture device and the wearable body are connected between Electrical connection; wherein, the wearable body is provided with a communication interface, and the communication interface is used to export the image information captured by the image acquisition device to the outside.
  • the wearable device provided according to the technical solution of the eleventh aspect of the present application includes a wearable body and an image acquisition device.
  • An assembly groove is provided on the wearable body, and the image acquisition device can be installed in the assembly groove.
  • the image acquisition device will The wearable body is electrically connected to facilitate power supply and communication.
  • the wearable body is provided with a communication interface, and the wearable body can be connected to external equipment through the communication interface, so that the influence information captured by the image acquisition device can be imported to the external equipment.
  • some files can also be imported into the wearable body, such as system files, which can facilitate the system upgrade of the wearable body, or other image files or setting files can be imported into the wearable body. in the body.
  • the communication interface includes a USB-A interface, a USB-C interface, a lightning interface, and the like.
  • the assembly groove is provided on the wearable body, which can provide a space for accommodating the image acquisition device when the image acquisition device is installed on the wearable body, that is, when the wearable body is connected with the image acquisition device, the image acquisition The device is located in the assembling groove, which can improve the stability of the image acquisition device when it is connected with the wearable body.
  • the wearing body specifically includes: a first wearing section, the first wearing section is provided with an assembly groove, and one end of the first wearing section is provided with a first matching part; a second wearing section, the second wearing section is One end is provided with a second matching portion, and the detachable connection between the second wearing section and the first wearing section is realized through the cooperation between the first matching section and the second matching section.
  • the wearing body includes a first wearing section and a second wearing section, and an assembly groove is arranged on the first wearing section to facilitate the installation of the image acquisition device on the first wearing section.
  • the first wearing section and the second wearing section are respectively A first matching portion and a second matching portion are provided to facilitate the detachable connection between the two.
  • the first matching portion is arranged at one end of the first wearing section
  • the second matching portion is arranged at At one end of the two wearing segments, by arranging matching parts at the ends of the two wearing segments respectively, the ends can be snap-connected, bonded or detachably connected in other ways.
  • a second connector arranged on the image acquisition device; a seventh connector, arranged in the assembling groove, wherein the wearable body and the image are realized through the cooperation of the second connector and the seventh connector Electrical connections between collection devices.
  • the electrical connection between the wearable body and the image capture device is mainly achieved through the cooperation of the seventh connector and the second connector.
  • a first connector is provided in the fitting groove on the wearable body
  • the image capture device is provided with a second connector, when the image capture device is installed in the assembly slot, after the seventh connector and the second connector are mated, an electrical connection is formed between the wearable body and the image capture device, Therefore, it is convenient to realize mutual power supply, transmission of control instructions from the wearable body to the image acquisition device, and transmission of the photographed or film files from the image acquisition device to the wearable body.
  • the wearable body also includes: at least one button, which is arranged on the wearable body, and the wearable body can receive a shooting instruction corresponding to the image acquisition device through the button, so as to control the image acquisition device to shoot through the second connector and the seventh connector .
  • the wearable body can receive a shooting instruction corresponding to the image acquisition device through the buttons. In one embodiment, it can be photo shooting or video recording, or even other image acquisition methods.
  • the function keys that the device controls such as power on and off, mode switching, etc., wherein the wearable body is provided with a seventh connector, the image acquisition device is provided with a second connector, and the electrical connections between the second connector and the seventh connector are provided. The control of the image acquisition device by the wearable body can be realized under the action of the connection.
  • an inertial sensor is included, which is arranged on the wearable body, and the wearable body can control the image acquisition device to shoot through the inertial sensor.
  • the inertial parameters of the image acquisition device can be identified by the inertial sensor, so that the inertial parameters can be analyzed and identified, and when the preset control trajectory is satisfied, the image acquisition device can be controlled to shoot, and the inertial sensor can be used to control the image acquisition device to shoot.
  • the recognition of the image acquisition device can increase the operation mode of shooting the image acquisition device, and the user can shoot more conveniently when in use.
  • the user can also control the image acquisition device to achieve different functions according to the control track set by himself.
  • the image acquisition device includes a camera, and the assembling groove is provided with a first groove adapted to the shape of the camera.
  • the image acquisition device includes a camera, so that the camera can be used to capture images.
  • the number of cameras can be flexibly selected according to product design requirements, and the camera can even be designed as a replaceable accessory, similar to the one between the body and the lens of a single-lens reflex camera.
  • the camera can be removed and replaced on the image acquisition device to suit different usage requirements.
  • the camera can also be directly integrated into the image capture device.
  • the image capture device configured with different cameras can be replaced as a whole.
  • a first groove is also provided on the assembly groove, and the shape of the first groove is adapted to the shape of the camera, so that when the image capture device is installed in the assembly groove in a specific attitude, the cooperation with the image capture device can be improved.
  • the degree of protection of the image acquisition device is also improved.
  • the camera head has a relatively long length, and when it is installed on an image capture device with a smaller overall size, a part thereof will slightly protrude.
  • the image acquisition device includes a sub-display screen, and the assembly groove is provided with a second groove adapted to the shape of the sub-display screen.
  • the image acquisition device includes a sub-display screen, through which the operation information of the image acquisition device can be displayed, wherein the size and position of the sub-display screen can be set according to the user's usage habits, and the content displayed by the sub-display screen can include its own
  • the parameters or operation mode of the image capture device can also display the imaging preview of the image capture device through a special device. When in use, the capture can be adjusted according to the information displayed on the sub-display, such as setting the video format and exposure parameters. , display the download interface, adjust the stored file format, etc.
  • the shape of the second slot is adapted to the shape of the sub-display screen.
  • the hardness of the sub-display screen is low, and the outer screen will inevitably be damaged after being used for a certain period of time. If it is worn by dust or other media, in order to improve the protection effect of the sub-display screen when the sub-display screen is not in use, the image acquisition device can be placed in the assembly slot with the sub-display screen facing the second slot.
  • the image acquisition device includes a physical button, and the assembly groove is provided with a third groove adapted to the shape of the physical button.
  • the image acquisition device includes physical buttons, through which the image acquisition device can be photographed, or the device body or movable device connected to the image acquisition device can be controlled.
  • the degree of feedback is good, especially when the overall size of the image acquisition device is small, the use of physical buttons can effectively reduce the probability of misoperation and improve the use experience.
  • the physical buttons will generally bulge the surface of the image acquisition device. Therefore, by setting the third groove on the assembly groove, the shape of the third groove is adapted to the shape of the physical button. , by placing the image acquisition device in the assembly slot with the physical key facing the third slot, the protection effect of the assembly slot on the physical key can be effectively improved.
  • the image acquisition device includes a camera, a sub-display screen and a physical button, and the camera, the sub-display screen and the physical button are located on the first side of the image acquisition device.
  • the image acquisition device includes a camera on the first side, a sub-display and physical buttons, wherein the camera is set on the first side of the image acquisition device, and the environment on the first side of the image acquisition device can be photographed through the camera.
  • the first side of the device is facing the assembly slot and the image capture device is installed in the assembly slot, it can be considered that the current user does not need to shoot, and the device body and the image capture device can be switched to the corresponding operating mode.
  • the assembly slot it can be considered that the current user needs the image capture device to work to capture images, and the device body and the image capture device can be switched to the corresponding operation mode.
  • the image acquisition device is provided with a camera
  • one of a sub-display and a physical button is also provided on the first side, or both a sub-display and a physical button are provided on the first side, that is,
  • the camera, the sub-display screen and the physical keys provided on the image capturing device are all arranged on the same side of the image capturing device, so that when the user uses the image capturing device to shoot, the convenience of manipulation can be effectively improved.
  • the sub-display screen can also have a touch function, that is, the sub-display screen is a touch screen, which can realize more virtual key functions.
  • one or more cameras may be provided on the image capturing device.
  • the second side is in contact with the groove bottom of the assembly groove; when the image acquisition device is located in the assembly groove in the second posture, the first side of the image acquisition device Abutting against the groove bottom of the assembling groove, wherein the second side and the first side are different sides of the image capturing device.
  • a controller which is arranged on the wearable body, and is used for acquiring the posture information of the image acquisition device in the assembling slot, and controlling the wearable body to perform the function corresponding to the posture information.
  • the wearable body is provided with a controller, and the controller can acquire the posture information of the image acquisition device.
  • the posture information of the image acquisition device located in the assembly slot can be acquired, so as to facilitate the control of the wearable body to perform corresponding functions.
  • the wearable body has a certain processing capacity.
  • the specific posture of the image acquisition device can be recognized under the action of the controller, that is, whether the image acquisition device is the first It can be understood that in the first posture, the controller can control the image capture device to shoot, while in the second posture, the controller can control the image capture device to be accommodated in the assembly slot and enter the standby mode state.
  • an attitude sensor which is arranged on the wearable body, and the attitude sensor is used to determine the attitude information of the image acquisition device in the assembly slot.
  • the posture information of the image acquisition device can be directly obtained, so that the controller can determine whether the image acquisition device is in the first posture or the second posture according to the posture information, and then it is convenient to control the wearable body to execute the corresponding Function.
  • the attitude sensor is arranged on the wearable body. In addition to detecting the first attitude and the second attitude, the attitude sensor can also determine whether the image acquisition device is installed in place.
  • the controller is configured to determine the posture information of the image capture device in the assembly slot according to the alignment of the seventh connector of the wearable body and the second connector of the image capture device.
  • a seventh connector is arranged on the wearable body, and a second connector is arranged on the image capture device.
  • the controller can determine the corresponding attitude information according to the specific alignment of the seventh connector and the second connector, so as to use the specific attitude information.
  • the alignment of the seventh connector and the second connector may exist in various setting situations.
  • a set of seventh connectors is used for the first alignment mode.
  • a set of second connectors when the image capture device is reversely installed in the assembling groove, a set of seventh connectors is used for aligning with a set of second connectors in a second alignment manner.
  • the contacts in the seventh connector and the second connector are in one-to-one correspondence.
  • the contacts of the seventh connector and the second connector are connected in a forward mating manner.
  • the contacts of the seventh connector and the second connector are connected in a reverse mating manner.
  • a wearable display screen which is arranged on the wearable body, the wearable display screen is electrically connected to the controller, and the controller can display display information corresponding to the attitude information on the wearable display screen according to the attitude information, and/ Or wear a display screen to display the image information collected by the image acquisition device.
  • a wearable display screen electrically connected to the controller By arranging a wearable display screen electrically connected to the controller on the wearable body, it can be used to display display information.
  • the display information corresponds to the attitude information
  • the controller obtains that the image acquisition device is installed in the assembly slot.
  • the wearable display screen can be controlled to display the attitude information.
  • it can also be displayed on the wearable display screen for the convenience of the user to watch.
  • a wearable display screen electrically connected to the controller is provided on the wearable body, which can be used to display image information.
  • the image information is collected by an image acquisition device.
  • the wearable display screen can be used as a viewfinder to preview the image information, which is more convenient for users to flexibly adjust the viewfinder.
  • the wearable display screen displays the image information, it can also display some camera parameters.
  • the size of the wearable display screen is larger than that of the sub-display screen. Therefore, displaying various information through the wearable display screen can provide users with a clearer and more intuitive viewing experience.
  • a wearable display screen needs to be set on the wearable body to observe the control object or the specific operation mode in real time, which is convenient for the user to operate .
  • the wearable display screen and the assembling slot are located on different sides of the wearable body.
  • the wearable display screen and the assembling slot are arranged on different sides of the wearable body, it is convenient for the user to preview the image information when shooting with the image capture device.
  • the wearable display screen is arranged on one side, and the assembling slot is located at On the other side, the two sides can be in a relative relationship or in an adjacent relationship. If the wearable display screen and the assembly slot are arranged on opposite sides of the wearable body, the image capture device is installed in the assembly slot in the first posture. When the wearable display screen is used, the user can directly watch the image information collected by the image acquisition device through the wearable display screen.
  • the viewing angle will be deflected, such as setting the mounting slot on the upper side and setting the display screen on the left or right side, which can achieve a periscope viewing experience. That is, by arranging the two on different sides of the wearable body, they can be applied to different shooting requirements.
  • the display information when the attitude information is the first attitude, includes the shooting interface and shooting parameters of the image acquisition device; or, when the attitude information is the second attitude, the display information is the download interface and the download parameters of the wearable body .
  • the content displayed on the wearable display screen may be different.
  • the controller obtains the posture information of the image capture device in the assembly slot as the first posture, it can be displayed in the first posture.
  • the wearable display screen displays the shooting interface and shooting parameters of the image acquisition device. It can be understood that the first posture is to set the image acquisition device outwards, which can enable the shooting function of the external environment.
  • the interface is convenient for the user to view the scene, and the shooting parameters are displayed on the wearable display screen, which is also convenient for the user to know the current shooting parameters, and also facilitates professional local adjustment, thereby improving the shooting effect.
  • the download interface and download parameters can be displayed on the wearable display screen.
  • the second posture is that the image acquisition device is set inward.
  • the user does not need to take pictures of the external environment.
  • the user often chooses to set the wearable body and transmit the video between the wearable body and the image acquisition device. Therefore, it can be displayed in the wearable display screen.
  • the corresponding download interface is displayed, and the download parameters are displayed on the wearable display screen, which is also convenient for users to intuitively know the transmission speed, which can be flexibly set according to their needs.
  • the shooting parameters include but are not limited to video formats, exposure parameters, and the like.
  • the download parameters include, but are not limited to, the video download/export rate, the file format for video storage, and the like.
  • the controller when the posture information is the first posture, the controller can control the wearable body to control the image capture device to shoot according to the received manipulation instruction; and/or the controller can control the wearable body to charge the image capture device; in the posture When the information is the second posture, the controller can control the wearable body to charge the image capture device; and/or the controller can control the image capture device to transmit image information to the wearable body.
  • the image acquisition device When the attitude information obtained by the controller is the first attitude, the image acquisition device is set in the assembly slot facing outward, and the corresponding shooting function will be activated at this time. Under the action of the controller, the image capture device can be controlled to shoot through the wearable body.
  • the wearable body can receive different manipulation commands, so that the image capture device can be controlled according to the manipulation commands under the action of the controller. For example, operations such as taking pictures, video recording, zooming, and local zooming are performed; in addition, because the wearable body is electrically connected to the image acquisition device, and the image acquisition device itself is small in size and limited in battery capacity, the wearable body can also be controlled in the first posture.
  • the main body transmits its own power to the image acquisition device, so as to realize the charging of the image acquisition device while ensuring the normal shooting state.
  • the image acquisition device When the attitude information obtained by the controller is the second attitude, the image acquisition device is set in the assembly slot facing inward. At this time, the image acquisition device will be in a standby state, and there is no need to take pictures of the external environment. Since the image acquisition device is connected to the wearable body It is connected by communication, and the size of the image acquisition device itself is limited. In order to control power consumption, its memory content cannot be made large.
  • the image acquisition device can be controlled by the wearable body to transmit video files to it, and also That is, the image information captured by the image acquisition device is transmitted to the wearable body; in addition, because the wearable body and the image acquisition device are electrically connected, and the image acquisition device itself is small in size and limited in battery capacity, in the second posture, it can also The wearable body is controlled to transmit its own power to the image acquisition device, so as to realize the charging of the image acquisition device while ensuring the normal shooting state.
  • a wearable battery which is arranged on the wearable body
  • a sub-battery which is arranged on the image acquisition device, wherein, through the cooperation of the seventh connector and the second connector, the wearable battery can charge the sub-battery .
  • the wearable body and the image capture device are respectively provided with a wearable battery and a sub-battery.
  • the first posture is still the second posture.
  • the wearable battery on the wearable body can charge the sub-battery of the image acquisition device.
  • the battery capacity will be greater than the battery capacity of the sub-battery, and the sub-battery itself has poor battery life.
  • the wearable body can be used as a power bank to prolong the battery life of the image capture device and improve the user experience.
  • the seventh connector is provided with a plurality of sixth contacts
  • the second connector is provided with a plurality of second contacts. , so as to realize the cooperation between the seventh connector and the second connector.
  • the cooperation between the seventh connector and the second connector is mainly realized by the abutment of the sixth contact and the second contact.
  • the seventh connector is provided with a plurality of sixth contacts
  • the second connector is provided with a plurality of second contacts
  • the electrical connection between the seventh connector and the second connector is realized through the sixth contact and the second contact, wherein the arrangement of the sixth contact can be the same as that of the sixth contact.
  • the arrangement of the second contacts corresponds to that.
  • the recognition of the posture information of the image acquisition device can be realized through the connection between the sixth contact and the second contact, so as to facilitate the selection of subsequent corresponding functions and also facilitate the image acquisition. Switching between the operation modes of the collection device and the wearable body.
  • the plurality of second contacts specifically includes two second electrical contacts and two second communication contacts, wherein the wearable body can control and communicate with the first The function of the sixth contact connected to the two electrical contacts, and the function of the sixth contact connected to the second communication contact.
  • the second contact set on the image acquisition device is divided into a second electrical contact and a second communication contact according to functions.
  • the sixth contact on the wearable body is fixed and cannot be moved and changed. After being removed from the wearable body, different functions will be activated when installed in the assembly slot according to different postures. Therefore, the activation of different functions can be realized by adjusting the function of the sixth contact on the wearable body connected to the second contact.
  • the function of the second electrical contact is to supply power, so in order to satisfy the power supply of the wearable body to the image acquisition device, the function of the sixth contact connected to the second electrical contact can be adjusted to be powered on. , in order to meet the communication control of the image acquisition device by the wearable body, the function of the sixth contact connected to the second communication contact can be adjusted to communication, and the function of the sixth contact of the wearable body itself can be switched through the controller. .
  • the number of the sixth contacts may be different from the number of the second contacts, that is, when the image capture device is installed in the assembling slot in the first posture or the second posture, the sixth contacts that are in contact with the second contacts It can be different, or it can be overlapping.
  • the number of sixth contacts is four, the two sixth contacts connected to the two second electrical contacts are used to charge the image acquisition device, and the two sixth contacts connected to the two second communication contacts The two sixth contacts are used to establish a communication connection with the image capture device.
  • the wearable body realizes different functions of the sixth contact point according to different posture information. It should be emphasized that in this solution, the number of the sixth contact point and the second contact point is the same, so in the image acquisition device When the posture installed in the assembly slot changes, the recognition under different postures can be realized by changing the function of the sixth contact.
  • the function of the contact point indirectly determines the attitude information of the image acquisition device.
  • a contact detection device for detecting the connection between the sixth contact and the second contact, wherein when the two second electrical contacts are connected to the sixth contact, the wearable battery is controlled to be worn Charge the sub-battery and/or the wearable battery to supply power to the image capture device; when the two communication contacts are connected to the sixth contact, the wearable body can send instructions to the image capture device, and the image capture device can send image information to the wearable body .
  • the second contact includes a second electrical contact and a second communication contact.
  • the function of the sixth contact connected to the second electrical contact is first performed. Adjustment to realize the power transfer from the wearable battery to the image acquisition device. Further, after the function adjustment, the wearable battery can be controlled to charge the sub-battery, or the wearable battery can supply power to the image acquisition device, or the sub-battery can be charged while charging.
  • the function of the sixth contact connected with the second communication contact is adjusted first, so as to establish the image acquisition device and the The communication connection between the wearable bodies, further, after the function adjustment, through the communication connection between the two, the image acquisition device can receive the instructions sent by the wearable body, so as to realize the control of the image acquisition device by the wearable body by executing the corresponding instructions , and the wearable body can receive the image information transmitted by the image acquisition device, so as to reduce the storage pressure of the image acquisition device.
  • the contact detection device can be arranged on the wearable body or the image acquisition device. Further, based on the design concept of miniaturized volume and weight of the image acquisition device, the contact detection device is arranged on the wearable body.
  • a power detection device for detecting the power of the sub-battery of the image acquisition device, wherein when the power of the sub-battery meets the charging power, the wearable battery is controlled to charge the sub-battery.
  • the power detection device can detect the power of the sub-battery. According to the demand, when the power of the sub-battery is low, it can control the wearable battery to charge it, so as to ensure the remaining power of the sub-battery and facilitate the subsequent use of the image acquisition device.
  • the charging power can be the default preset value at the factory, or it can be a set value determined by the user according to their own use needs, or the current remaining power of the wearable battery.
  • the power detection device can be arranged on the wearable body or the image acquisition device. Further, based on the design concept of miniaturized volume and weight of the image acquisition device, the power detection device is provided on the wearable body.
  • the contact detection device is further configured to determine the posture information of the image acquisition device in the assembly slot according to the connection relationship between the sixth contact and the second contact.
  • the contact detection device can determine the posture information of the image acquisition device.
  • the alignment of the contacts can be identified according to parameters such as the identification/capacitance/voltage of the contacts, so as to detect the posture information of the image acquisition device.
  • the number of the sixth contacts is multiple, and the number of the second contacts is multiple.
  • the image capture is determined.
  • the device is located in the assembling groove in the first posture, and when part of the sixth contact point and part of the second contact point are connected in a second alignment manner, it is determined that the image capturing device is located in the assembling groove in the second posture.
  • the number of the sixth contact and the second contact is multiple.
  • it is mainly realized by the alignment method of the sixth contact and the second contact.
  • the current image capture device is located in the assembly slot in the first posture
  • the second contacts are connected in a second alignment manner
  • the current image capture device is located in the assembly slot in the second posture, that is, the image capture device is accommodated into the wearable body.
  • the image acquisition device can determine the operation mode according to the connection or disconnection between the seventh connector and the second connector.
  • the connection between the image capture device and the wearable body it is mainly realized through the cooperation of the seventh connector and the second connector.
  • both the seventh connector and the second connector are connected.
  • some functions of the image capture device can be transferred to the wearable body, that is, controlled by the wearable body, such as power supply and file transmission, etc.
  • the seventh connector and the second connector are disconnected, it can be considered that the current image capture device and the wearable body are separated.
  • the image capture device operates independently, or the carrier can be used, or a carrier can be used. That is, the movable device is used to operate, and the operation mode of the image acquisition device obviously needs to be distinguished from the operation mode connected to the wearable body, so as to adapt to different power consumption and functional requirements.
  • the image acquisition device transmits the photographed image information to the wearable body when it detects that the wearable battery is charging the sub-battery.
  • the image acquisition device When the image acquisition device detects that its own sub-battery is charged by the wearable battery, it can directly transmit the captured image information to the wearable body.
  • the acquisition device can realize two functions of charging and data transmission at the same time, which greatly enhances the use experience.
  • the method further includes: a third magnetic member, arranged in the assembling slot; a second magnetic member, arranged on the image acquisition device; wherein, the image acquisition device is realized by the cooperation of the third magnetic member and the second magnetic member accommodated in the mounting slot.
  • a third magnetic member and a second magnetic member are respectively arranged on the assembly slot and the image capture device.
  • the connection can be improved when the image capture device is disposed in the assembly slot.
  • the image acquisition device can be removed at any time to realize the detachable connection between the image acquisition device and the wearable body.
  • the third magnetic member is arranged at the bottom of the assembling groove.
  • the assembly groove is a groove-like structure provided on the wearable body.
  • the second magnetic member is provided on one side of the image acquisition device; or the second magnetic member is provided on opposite sides of the image acquisition device.
  • the second magnetic member can be selectively disposed on one side or opposite sides of the image capture device according to the position of the third magnetic member.
  • the second magnetic piece can be arranged on the circumferential side wall of the image acquisition device, and the third magnetic piece can be arranged on the circumferential side wall of the assembling groove, so that only one side of the image acquisition device needs to be provided with the second magnetic piece
  • the magnetic component can realize the adsorption of the image acquisition device in the first posture and the second posture.
  • second magnetic members are provided on opposite sides of the image capture device, so as to meet different posture matching requirements, that is, no matter whether the image capture device is in the first posture or the second posture, the third magnetic member Both can play a role of attracting the second magnetic member to achieve fixation.
  • one of the third magnetic member and the second magnetic member is a magnet; or both the third magnetic member and the second magnetic member are magnets.
  • the attraction between the two can be realized, and the setting can be flexibly set according to actual use requirements .
  • the third magnetic member and the second magnetic member are both magnets, their magnetic properties need to be opposite to achieve the attraction effect.
  • the image capture device when the image capture device is connected to the wearable body through the seventh connector and the second connector, the image capture device operates in the first power consumption mode; when the image capture device is separated from the wearable body, the image capture device operates in the first power consumption mode. Two power consumption modes are operated, wherein the power consumption of the first power consumption mode is greater than the power consumption of the second power consumption mode.
  • the image acquisition device is provided with a seventh connector, and the wearable body is provided with a second connector.
  • the seventh connector is connected to the second connector, the image acquisition device operates in a first power consumption mode with relatively high power consumption , and when the second connector is disconnected from the second connector, that is, the image capture device is separated from the wearable body, the image capture device will be controlled to operate in the second power consumption mode with lower power consumption.
  • the image capture device When the seventh connector and the second connector are connected, since the image capture device can be powered by the battery in the wearable body, it can run in a mode with higher power consumption, and when the seventh connector and the second connector are connected When disconnected, the image capture device needs to consider its own battery life and other factors, so it will run in a mode with lower power consumption, so as to prolong the use time of a single disconnection.
  • a speaker which is arranged on the wearable body, and the speaker is used to play audio information in the image information captured by the image acquisition device.
  • the audio information in the image information can be played, so that the user can preview the recorded image information, and even perform certain post-processing on the video on the wearable body, which is more convenient for the user to use and share later. .
  • an acceleration sensor is included, which is arranged on the wearable body, and the wearable body can control the image acquisition device to capture image information through the acceleration sensor.
  • the motion parameters such as the direction and speed of the image acquisition device can be identified by the acceleration sensor, so that the motion parameters can be analyzed and identified, and the image acquisition device can be controlled when the preset running trajectory is satisfied.
  • the operation mode of shooting the image acquisition device can be increased, and the user can shoot more conveniently when using.
  • the user can also control the image acquisition device to achieve different functions according to the motion trajectory set by himself.
  • the sub-display screen is controlled to brighten the screen.
  • the image capture device When the image capture device captures image information, by controlling the sub-display screen to brighten the screen, on the one hand, it can provide brightness for the framing of the camera located on the image capture device, which is more convenient for users to use. As a viewfinder, it is convenient for users to shoot.
  • a memory which is arranged on the wearable body, and the memory is used for storing the image information shot by the image acquisition device.
  • the configured system files or the image information captured by the image acquisition device can be stored, which is convenient for subsequent processing of the image information.
  • it further includes: an illuminating device arranged on the wearable body, and the illuminating device is configured to be turned on when the image capturing device captures image information.
  • a lighting device may be provided on the wearable body, and when the image acquisition device is shooting image information, the lighting device is controlled to be turned on, so as to realize the function of supplementary light.
  • the lighting device may be a flash lamp, or other devices that can increase the brightness of the lighting.
  • the image acquisition device is provided with an inertial measurement unit, and the wearable body can control the target device communicatively connected to the wearable body according to the inertial measurement unit.
  • the data obtained by the inertial detection unit can be reused as the data of the wearable body itself, so as to control the operation of other devices wirelessly connected to the wearable body according to the obtained data.
  • the wireless connection between the wearable body and other devices may be a Bluetooth connection or a wireless network communication connection.
  • the controller is configured to control the wearable display screen to display time information when it is detected that the wearable body is in the wearing posture.
  • a controller is provided on one or both of the wearable body and the image acquisition device.
  • the wearable display screen is controlled to display time information, so as to facilitate User's use and viewing.
  • the controller is configured to control the image acquisition device to capture image information when detecting that the wearable body is in a wrist-raising posture.
  • the image acquisition device can be controlled to shoot the image information, so as to realize the function of fast shooting without button triggering, and improve the use experience.
  • the controller is configured to control the wearable display screen to light up when the image acquisition device captures image information.
  • the controller can control the wearable display screen located on the wearable body to turn on the screen to fill the light for the image acquisition device to shoot.
  • the image acquisition device in the present application can be freely switched in various forms, for example, it can be worn for shooting, hand-held shooting, and connected to a drone for aerial shooting.
  • it can be combined into different usage forms to achieve shooting in different scenarios, which is more flexible and easy to match, and there is no need to purchase multiple cameras for various application scenarios.
  • this application can also satisfy both handheld photography and drone aerial photography.
  • the image acquisition device can be combined with a control device to achieve handheld photography, and the image acquisition device can be combined with a drone to achieve aerial photography in combination with the control of the control device. In both scenarios, the control of the image acquisition device can be realized, and one machine can be used for multiple purposes.
  • FIG. 1 is a schematic structural diagram of an image acquisition device according to an embodiment of the present application.
  • FIG. 2 is a schematic structural diagram of an image acquisition device according to an embodiment of the present application.
  • FIG. 3 is a schematic structural diagram of an image acquisition device according to an embodiment of the present application.
  • FIG. 4 is a schematic structural diagram of an image acquisition device according to an embodiment of the present application.
  • FIG. 5 is a schematic structural diagram of an image acquisition device according to an embodiment of the present application.
  • FIG. 6 is a schematic structural diagram of a control device according to an embodiment of the present application.
  • FIG. 7 is a schematic structural diagram of a control device according to an embodiment of the present application.
  • FIG. 8 is a schematic structural diagram of a control device according to an embodiment of the present application.
  • FIG. 9 is a schematic structural diagram of a control device according to an embodiment of the present application.
  • FIG. 10 is a schematic structural diagram of a control device according to an embodiment of the present application.
  • FIG. 11 is a schematic structural diagram of a control device according to an embodiment of the present application.
  • FIG. 12 is a schematic structural diagram of a control device according to an embodiment of the present application.
  • FIG. 13 is a schematic structural diagram of a control device according to an embodiment of the present application.
  • FIG. 14 is a schematic structural diagram of a control device according to an embodiment of the present application.
  • control device 15 is a schematic structural diagram of a control device according to an embodiment of the present application.
  • 16 is a schematic structural diagram of a control device according to an embodiment of the present application.
  • 17 is a schematic structural diagram of a control device according to an embodiment of the present application.
  • FIG. 18 is a schematic structural diagram of a control device according to an embodiment of the present application.
  • FIG. 19 is a schematic structural diagram of a remote control device according to an embodiment of the present application.
  • 20 is a schematic structural diagram of a remote control device according to an embodiment of the present application.
  • 21 is a schematic structural diagram of a remote control device according to an embodiment of the present application.
  • 22 is a schematic structural diagram of a remote control device according to an embodiment of the present application.
  • FIG. 23 is a schematic structural diagram of a remote control device according to an embodiment of the present application.
  • FIG. 24 is a schematic structural diagram of a movable device according to an embodiment of the present application.
  • FIG. 25 is a schematic structural diagram of a movable device according to an embodiment of the present application.
  • FIG. 26 is a schematic structural diagram of a movable device according to an embodiment of the present application.
  • FIG. 27 is a schematic structural diagram of a movable device according to an embodiment of the present application.
  • FIG. 28 is a schematic structural diagram of a wearable device according to an embodiment of the present application.
  • FIG. 29 is a schematic structural diagram of a wearable device according to an embodiment of the present application.
  • FIG. 30 is a schematic structural diagram of a wearable device according to an embodiment of the present application.
  • FIG. 31 is a schematic structural diagram of a wearable device according to an embodiment of the present application.
  • FIG. 32 is a schematic structural diagram of a wearable device according to an embodiment of the present application.
  • FIG. 33 is a schematic structural diagram of a wearable device according to an embodiment of the present application.
  • 100 image acquisition device; 102: camera; 104: sub-display; 106: physical key; 108: second connector; 1082: second contact; 1084: second electrical contact; 1086: second communication contact ; 110: sub-battery; 112: second magnetic element; 114: second microphone;
  • 200 control device; 202: device body; 204: installation slot; 206: controller of the control device; 208: attitude sensor of the control device; 210: mother display screen; 212: first control member; 214: first connector ;2142: The first contact; 216: Mother battery; 218: The contact detection device of the control device; 220: The electric quantity detection device of the control device; 222: The first magnetic part; 224: The first microphone; ; 230: the third connector; 232: the first communication device; 234: the acceleration sensor of the control device; 236: the memory of the control device;
  • 300 removable device; 302: mating slot; 304: sixth connector; 306: battery compartment;
  • 400 remote control device; 402: remote control body; 4022: second communication device; 4024: accommodating slot; 4026: fourth connector; 404: fifth connector; 406: second control member; 408: antenna;
  • 600 Wearable device; 602: Wearing body; 6022: First wearing segment; 6024: Second wearing segment; 604: Assembly slot; 606: Seventh connector; 6062: Sixth contact; 608: Button; 610: Inertial sensor of wearable device; 612: Controller of wearable device; 614: Attitude sensor of wearable device; 616: Wearable display screen; 618: Wearable battery; 620: Contact detection device of wearable device; 622: Wearable 624: third magnetic part; 626: speaker of wearable device; 628: acceleration sensor of wearable device; 630: memory of wearable device; 632: lighting device; 634: inertial measurement unit; 636 :Communication Interface.
  • the mobile device can be controlled to move or a camera located on the mobile device can be controlled to shoot or record.
  • the mobile device can be a mobile device in the air (e.g., fixed-wing aircraft such as airplanes, gliders, rotorcraft such as helicopters, or other aircraft such as blimps, balloons), mobile equipment in water (eg, submarines, boats, ships), on land mobile devices (e.g., motor vehicles, such as cars, motorcycles, buses, trucks, vans; or hand-held components, such as fishing rods, selfie sticks, or other types of movable supports or frames; and trains, subways etc.), movable devices in space (eg, satellites, space stations, spacecraft).
  • fixed-wing aircraft such as airplanes, gliders, rotorcraft such as helicopters, or other aircraft such as blimps, balloons
  • mobile equipment in water eg, submarines, boats, ships
  • land mobile devices e.g., motor vehicles, such as cars, motorcycles, buses, trucks, vans
  • Movable devices can move freely in an environment (eg, on land, in water, in the air, in space), or along preset paths, orbits, or in an agreed-upon manner.
  • the movable device can move in one, two or three dimensions.
  • the removable device can be moved automatically in response to a signal, rather than being moved manually.
  • the movable device may be a vehicle, such as a vehicle in the air, a vehicle on land, a vehicle in water, a vehicle in space, or a combination thereof. Vehicles can move freely in one or more designated environments, or along tracks or fixed paths.
  • the vehicle may include a power system.
  • the power system utilizes electric motors, engines, electronics, magnetic mechanisms, gravity, wind, combustion, and/or other power mechanisms.
  • the movable device may be a rotorcraft that may be driven or controlled by rotation of one or more blades.
  • the movable device may be driven or repositioned by means of one or more rotating blades, propellers, wheels, magnets, tracks, or other mechanisms.
  • the movable device is an unmanned vehicle, such as an Unmanned Aerial Vehicle (UAV), which may also be referred to as a drone.
  • UAV Unmanned Aerial Vehicle
  • the UAV can hover, orient, and/or reposition.
  • the following describes a photographing device, a control device, a remote control device, a mobile control system, and a wearable device according to some embodiments of the present application with reference to FIGS. 1 to 33 .
  • an embodiment of the first aspect of the present application provides a shooting device with two functions of combined shooting and independent shooting, including a device body 202 and an image acquisition device 100 detachably connected to the device body 202 .
  • the collection device 100 can be connected to the device body 202 according to actual needs, or can be detached from the device body 202 and installed in the movable device 300 to improve the function of a single component and improve the overall modularity of the product.
  • the image capturing device 100 can also be used independently.
  • the device body 202 when the image capture device 100 is connected to the device body 202, the device body 202 can be used as a control terminal for controlling the image capture device 100 to shoot, so that the shooting device as a whole can be used as a camera or a video camera.
  • the image acquisition device 100 on the device body 202 can be detached and connected to the movable device 300 to separate the image acquisition device 100 as a single unit. By moving the movable device 300 together, different shooting angles can be adjusted, and shooting can be performed under the control of the device body 202 to obtain photos or videos at different angles.
  • the device body 202 and the image capture device 100 are detachably connected, and the communication path between the device body 202 and the image capture device 100 can be adjusted according to whether the device body 202 and the image capture device 100 are connected.
  • the device body 202 when the image capture device 100 is connected to the device body 202, the device body 202 can further establish a communication connection through the connection between the two, so that the image capture device 100 can be directly controlled to shoot, and when the image capture device 100 is separated from the device body 202
  • the device body 202 can control the image capture device 100 on the movable device 300 to take pictures, or can also control the operation of the movable device 300, so that the same device body 202 can control the image capture device 300 for the image capture device 300.
  • Two control objects implement control.
  • the movable device 300 may be an unmanned aerial vehicle, a robot, or other devices with mobile capability that can receive and transmit signals to the image capturing apparatus 100 .
  • the multi-function of the device body 202 can be realized under the joint action of the device body 202 and the image acquisition device 100, and the overall modular design concept is also reflected. It can be flexibly selected according to different use requirements, which greatly improves the competitiveness of products. At the same time, due to the detachable connection between the device body 202 and the image acquisition device 100, different image acquisition devices 100 can be replaced according to different shooting requirements, further improving the User experience.
  • the installation groove 204 is provided on one side of the device body 202 to provide a space for accommodating the image capture device 100 when the image capture device 100 is installed on the device body 202 , that is, when the device body 202 is connected to the image capture device 100 , the image capturing device 100 is located in the installation slot 204 , which can improve the stability of the image capturing device 100 when it is connected with the device body 202 .
  • installation groove 204 itself is groove-shaped, that is, it is recessed inward from one side of the device body 202 , so that the image capture device 100 can also be protected to a certain extent.
  • the installation groove 204 may also have other shapes and sizes, and may also be disposed on other sides of the device body 202 , which is not limited in this application.
  • the installation groove 204 is disposed on the side with a larger lateral area of the device body 202 .
  • the connection between the image capturing apparatus 100 and the movable device 300 is realized, and the connection between the image capturing apparatus 100 and the movable device 300 is realized in the device body 202
  • the mobile device 300 can be used as a signal relay station, and the control signal can be sent to the mobile device 300, and the image acquisition device 100 can be indirectly controlled to shoot through the connection between the mobile device 300 and the image acquisition device 100. It is possible to directly establish a communication connection between the device body 202 and the image capture device 100, and to directly control the image capture device 100 through the above connection, so as to meet the shooting requirements.
  • a smallest unit that can be photographed is formed, in which a battery, a camera 102 and a control button are arranged, so that the user can use the image capture device 100 alone as a camera.
  • the device body 202 may be a pan/tilt.
  • the image capture device 100 when the image capture device 100 is set on the pan/tilt, the image capture device 100 may be controlled directly through the pan/tilt.
  • the gimbal Due to the particularity of the gimbal itself, since the image capture device 100 is detachably connected to the gimbal, the gimbal can have the function of replacing the camera 102, which improves the user experience, facilitates the expansion of the industrial chain, and enhances the ecological scope of the product.
  • the image acquisition device 100 can achieve stable shooting by means of the stabilization of the pan/tilt.
  • the camera 102 is installed on the image capture device 100.
  • the image capture device 100 When the image capture device 100 is installed in the installation slot 204, it will be installed in the first posture or the second posture, and the orientation of the camera 102 in the two postures is different, and can be adjusted according to different postures.
  • the image acquisition device 100 is placed in a posture to realize two functions of storage and photography.
  • the orientation of the camera 102 is the ray direction formed by the outward extension of the camera 102
  • the image acquisition device 100 is installed in the installation slot 204 in the first posture and in the installation slot 204 in the second posture, the camera 102
  • the ray directions are different, that is, the two ray directions do not coincide.
  • the different orientations of the camera 102 may be opposite, that is, the two orientations are 180°, the first posture is forward installation, the second posture is reverse installation, or the two orientations of the camera 102 are at an acute angle. , obtuse or right angle.
  • the number of cameras 102 set on the image acquisition device 100 may be one or more, and may be set flexibly according to actual usage requirements.
  • the first posture corresponds to the camera 102 facing outward, as shown in FIG.
  • the two postures correspond to the camera 102 facing inward.
  • the image acquisition device 100 is in the first posture, the camera 102 is facing outward.
  • the image acquisition device 100 can acquire images through the camera 102, and when the image acquisition device 100 is in the second posture
  • the mounting groove 204 can protect the camera 102 and reduce the possibility of accidentally scratching the lens of the camera 102 .
  • the mounting groove 204 can achieve surrounding protection for the camera head 102 .
  • the image capture device 100 can turn on the shooting function in the first posture.
  • the device body 202 can be used as a control terminal to control whether the image capture device 100 shoots or not. That is, in the first posture, the device body 202 and the image capture device 100 The whole is a camera, which is convenient for capturing image information.
  • the device body 202 can be used to accommodate the image capture device 100 , that is, the installation slot 204 can be used to accommodate and protect the image capture device 100 , thereby reducing the possibility of accidental collision of the image capture device 100 .
  • the image capturing apparatus 100 may be set to a sleep state according to the settings, so as to save power consumption.
  • the device body 202 can obtain the posture information of the image capture device 100.
  • the device body 202 itself has a certain processing capability and can recognize the posture of the image capture device 100, so as to facilitate the connection with the image
  • the collection device 100 cooperates to realize different functions, and in one embodiment, the functions include but are not limited to shooting and sleeping.
  • the device body 202 can activate one or more corresponding cameras 102 according to the gesture information, thereby connecting different cameras 102 to meet different shooting requirements.
  • the posture information includes a first posture and a second posture
  • the first posture may be that the camera 102 is facing outward
  • the second posture may be that the camera 102 is facing inward
  • the device body 202 has a certain processing capability. First, the device body 202 detects the posture information of the image acquisition device 100 , and then obtains the corresponding control strategy according to the obtained posture information. When the information changes, it can switch between different control strategies.
  • the number of postures included in the posture information can be two or more, but each posture corresponds to a control strategy, different There can be repetitions in the control strategy of the gesture.
  • the control strategy may be a function triggered by the device body 202 itself, may also be the device body 202 controlling different functions performed by the image capture device 100 , or may even be a communication method when the device body 202 controls the image capture device 100 .
  • the image acquisition device 100 may be provided with one or more of the camera 102, the sub-display screen 104 and the physical buttons 106, and on the installation slot 204, it can be selected according to requirements whether to set the first one or not corresponding to the shape of the above structure.
  • the image acquisition device 100 includes a camera 102, so as to realize image capturing through the camera 102, wherein the number of the cameras 102 can be flexibly selected according to product design requirements, and the camera 102 can even be designed as a replaceable accessory, similar to The relationship between the body of the single-lens reflex camera and the lens can be detached and replaced on the image acquisition device 100 to meet different usage requirements.
  • the camera 102 can also be directly integrated into the image capture device 100.
  • the image capture device 100 configured with different cameras 102 can be Overall replacement.
  • the installation groove 204 is also provided with a first groove, and the shape of the first groove is adapted to the shape of the camera 102 , so that when the image capture device 100 is installed in the installation groove 204 in a specific posture, the image acquisition device 100 can improve the compatibility with the image.
  • the degree of cooperation of the acquisition device 100 also improves the degree of protection of the image acquisition device 100 .
  • the camera head 102 has a relatively long length, and when it is installed on the image capturing device 100 with a smaller overall size, a part thereof will slightly protrude.
  • the image capture device 100 includes a sub-display 104, through which the operation information of the image capture device 100 can be displayed, wherein the size and position of the sub-display 104 can be set according to the user's usage habits,
  • the content displayed on the screen 104 may include the parameters or operating mode of the image acquisition device 100 itself, and may also display an imaging preview of the image captured by the image acquisition device 100 through a special device. Adjust the shooting, such as setting the video format, exposure parameters, displaying the download interface, adjusting the stored file format, etc.
  • the image acquisition device 100 can be placed with the sub-display 104 facing the second slot. in the installation slot 204 .
  • the image capture device 100 includes physical buttons 106 , and the image capture device 100 can be photographed through the physical buttons 106 , or the device body 202 or the movable device 300 connected to the image capture device 100 can be controlled, and the physical buttons 106 can be used to control the image capture device 100 .
  • the control accuracy is high and the feedback degree is good, especially when the overall size of the image capture device 100 is small, the use of the physical buttons 106 can effectively reduce the probability of misoperation and improve the user experience.
  • the physical buttons 106 generally protrude the surface of the image capture device 100 . Therefore, a third groove is provided on the installation groove 204 so that the shape of the third groove is the same as that of the physical button 106 .
  • the shape of the image acquisition device 100 can be effectively improved by placing the image capture device 100 in the installation slot 204 with the physical key 106 facing the third slot, which can effectively improve the protection effect of the installation slot 204 on the physical key 106 .
  • the camera 102 is located on the first side of the image capture device 100, and one or both of the sub-display screen 104 and the physical keys 106 are located on the first side.
  • the sub-display screen 104 can also have a touch function in addition to the display function, that is, the sub-display screen 104 is a touch screen, which can realize more virtual key functions.
  • the cooperation between the image capture device 100 and the installation slot 204 mainly includes a first posture and a second posture.
  • the image capture device 100 is provided with a first side and a second side.
  • the second side of the image capture device 100 is in contact with the bottom of the installation slot 204 , and one or more of the camera 102 , the sub-display 104 and the physical buttons 106 are set outward, and the camera 102 can be used to capture images at this time.
  • the physical keys 106 and the sub-display screen 104 can be used to receive user control operations, and the sub-display screen 104 can also be used to display the operating information of some devices; while the image capture device 100 is installed in the installation slot 204 in the second attitude , the first side of the image capture device 100 can be abutted against the groove bottom of the installation groove 204. Since the first side and the second side are on different sides of the image capture device 100, when the first side is in contact with the groove bottom, the The time installation slot 204 can protect one or more of the camera 102 , the sub-display 104 and the physical keys 106 provided on the first side of the image capture device 100 .
  • first side and the second side may be on opposite sides of the image acquisition device 100 respectively. Further, for the convenience of installation, the two sides are respectively the front side and the rear side of the image acquisition device 100 .
  • first side and the second side may also be adjacent two sides of the image capturing device 100 .
  • a controller 206 for controlling the device is provided in the device body 202 , and the attitude information of the image capture device 100 can be obtained through the controller 206 of the control device.
  • the posture of the image capture device 100 in the installation slot 204 can be obtained. information, so as to facilitate the control device 200 to perform the corresponding function.
  • the device body 202 has a certain processing capability.
  • posture that is, to identify whether the image acquisition device 100 is in the first posture or the second posture
  • the controller 206 of the control device can control the image acquisition device 100 to shoot
  • the controller 206 of the control device can control the image capture device 100 to be accommodated in the installation slot 204 and enter a standby state.
  • a first connector 214 is provided on the device body 202
  • a second connector 108 is provided on the image capture device 100
  • the image capture device 100 is installed in the installation slot 204
  • the first connector 214 and the second connector 108 should be aligned with each other.
  • the controller 206 of the control device can determine the corresponding attitude information according to the specific alignment of the first connector 214 and the second connector 108 , so that according to the specific attitude information.
  • the alignment of the first connector 214 and the second connector 108 may exist in various setting situations. For example, when the image capture device 100 is installed in the installation slot 204 forwardly, a set of first connectors 214 is used for In a first alignment manner, a group of first connectors 214 are used to align with a group of second connectors 108 in a second alignment manner when the image capture device 100 is reversely mounted in the mounting slot 204. The second connector 108 is aligned.
  • the contacts in the first connector 214 and the second connector 108 are in a one-to-one correspondence, and during the positive connection, the contacts of the first connector 214 and the second connector 108 are matched in a positive direction. In the reverse connection, the contacts of the first connector 214 and the second connector 108 are connected in a reverse mating manner.
  • the attitude information of the image acquisition device 100 can be directly obtained, so that the controller 206 of the control device can determine whether the image acquisition device 100 is an image acquisition device according to the attitude information.
  • the first posture or the second posture is further beneficial for the control device 200 to perform the corresponding function.
  • the attitude sensor 208 of the control device is disposed on the device body 202 . In addition to detecting the first and second attitudes, the attitude sensor 208 of the control device can also determine whether the image acquisition device 100 is installed in place.
  • a mother display screen 210 electrically connected to the controller 206 of the control device is provided on the device body 202, which can be used to display display information.
  • the display information corresponds to the attitude information
  • the controller 206 of the control device obtains the attitude information of the image capture device 100 installed in the installation slot 204, it can control the main display screen 210 to display the attitude information.
  • the controller 206 of the control device obtains the attitude information of the image capture device 100 installed in the installation slot 204, it can control the main display screen 210 to display the attitude information.
  • the control logic and the like can also be displayed on the main display screen 210 together for the convenience of the user to watch.
  • the main display screen 210 can be used as a viewfinder to preview the image information, which is more convenient for users to view the view.
  • the main display screen 210 displays image information, it can also display some camera parameters.
  • the size of the main display screen 210 is larger than that of the sub-display screen 104 , so that various kinds of information are displayed through the main display screen 210 , which can provide users with a clearer and more intuitive viewing experience.
  • the main display screen 210 needs to be set on the device body 202 to control the control object or specific operation.
  • the mode is observed in real time, which is convenient for users to operate.
  • the main display screen 210 and the installation slot 204 can be arranged on different sides of the device body 202 to facilitate the user to preview the image information when shooting with the image capture device 100.
  • the main display screen 210 is provided with On one side, the mounting slot 204 is located on the other side, and the two sides may be in a relative relationship or in an adjacent relationship.
  • the capture device 100 is installed in the installation slot 204 in the first posture, the user can directly view the image information collected by the image capture device 100 through the main display screen 210 , but if the main display screen 210 and the installation slot 204 are arranged in the device body On the adjacent two sides of 202, the video information can also be viewed through the main display screen 210, but its viewing angle will be deflected. That is, by arranging the two on different sides of the device body 202, they can be applied to different shooting requirements.
  • the image capture device 100 is provided with a sub display screen 104, and the device body 202 is provided with a main display screen 210.
  • the controllers 206 of the two control devices receives the user's input, it can control the The image information collected by the image capture device 100 is switched back and forth between the sub display screen 104 and the main display screen 210.
  • the input received on the controller 206 of the control device may be clicking the physical button 106, or it may be Click the virtual button corresponding to the switch in the main display screen 210 or the sub-display screen 104, or even be controlled by biometric features such as voice or gesture recognition.
  • a first control member 212 is provided on the device body 202, which can control the operation of the device body 202 or the operation of the image capture device 100.
  • the first control member 212 The functions of the device 200 body can be controlled independently, such as switching on and off, and for the image capture device 100 , the device body 202 can also control the image capture device 100 through the first manipulation member 212 .
  • the first control member 212 includes but is not limited to buttons and joysticks.
  • the first control member 212 can be set with a function independently during use, or on the basis of setting the parent display screen 210 on the device body 202, it can be linked with the parent display screen 210 to realize different functions.
  • the controller 206 of the control device obtains the posture information of the image capture device 100 in the installation slot 204 .
  • the shooting interface and shooting parameters of the image acquisition device 100 can be displayed on the main display screen 210. It can be understood that the first posture is that the image acquisition device 100 is set outward, and the shooting function of the external environment can be turned on.
  • the controller 206 of the control device obtains that the posture information of the image acquisition device 100 in the installation slot 204 is the second posture, the download interface and the download parameters can be displayed on the parent display screen 210. It can be understood that the second posture is The image capture device 100 is set inward, and the user does not need to take pictures of the external environment.
  • the user often chooses to set the device body 202, and the video is captured between the device body 202 and the image capture device 100. Therefore, the corresponding download interface can be displayed on the parent display screen 210, and the download parameters can be displayed on the parent display screen 210, which is also convenient for users to intuitively know the transmission speed, which can be flexibly set according to requirements.
  • the shooting parameters include but are not limited to video formats, exposure parameters, and the like.
  • the download parameters include, but are not limited to, the video download/export rate, the file format for video storage, and the like.
  • the image capture device 100 is arranged in the installation slot 204 facing outward, and the corresponding shooting function will be activated at this time.
  • the device body 202 is communicatively connected, so under the action of the controller 206 that controls the device, the image capture device 100 can be controlled to shoot through the device body 202.
  • the device body 202 can receive different manipulation instructions, thereby Under the action of the controller 206 of the control device, the image capture device 100 can be controlled according to the manipulation instructions, such as taking pictures, video recording, zooming, local zooming, etc.;
  • the image acquisition device 100 itself is small in size and has a limited battery capacity. Therefore, in the first posture, the device 200 can also be controlled to transmit its own power to the image acquisition device 100, so as to realize the image acquisition in the normal shooting state. Charging of the device 100 .
  • the image acquisition device 100 When the attitude information acquired by the controller 206 of the control device is the second attitude, the image acquisition device 100 is arranged in the installation slot 204 facing inward. At this time, the image acquisition device 100 will be in a standby state, and there is no need to take pictures of the external environment.
  • the image acquisition device 100 is connected in communication with the device body 202, and the image acquisition device 100 itself has a limited volume. In order to control power consumption, its memory content cannot be very large.
  • the device body 202 controls the image capture device 100 to transmit video files to it, that is, the image information captured by the image capture device 100 is transmitted to the device body 202; in addition, because the device body 202 and the image capture device 100 are electrically connected, the image The acquisition device 100 itself is small in size and has a limited battery capacity. Therefore, in the second posture, the main body of the device 200 can also be controlled to transmit its own power to the image acquisition device 100, so as to realize the image acquisition device 100 in a normal shooting state. charging.
  • the installation The slot 204 is provided with a first connector 214
  • the image capture device 100 is provided with a second connector 108.
  • the electrical connection is formed between the device body 202 and the image capture device 100 , so as to facilitate mutual power supply, transmission of control instructions from the device body 202 to the image capture device 100 , and transmission of the captured photos from the image capture device 100 to the device body 202 . or movie files.
  • the installation position of the first connector 214 can be located on the side wall of the installation groove 204. It can be understood that, compared with the groove-shaped structure, the side wall is the surrounding wall. 202, whether the image acquisition device 100 is set in the installation slot 204 in the first posture or the second posture, it can be electrically connected to the device body 202 through the first connector 214 provided on the side wall, and can be electrically connected to the device body 202. Save unnecessary space waste.
  • the posture of the image capture device 100 in the installation slot 204 is mainly divided into a first posture and a second posture.
  • first connector 214 and the second connector 108 need to be aligned.
  • first connector 214 and the second connector 108 are aligned in a first alignment
  • second posture the first connector 214 and the second connector 108 are aligned in a second alignment , so that the device body 202 can recognize the posture of the image capture device 100 according to different alignment methods, so that the controller 206 of the control device can control the device body 200 and/or the image capture device 100 to perform different functions.
  • an electrical connection is formed between the device body 202 and the image capture device 100, and at this time, the device body 202 can pass the electrical power of the two connectors.
  • the connection sends operation commands to the image capture device 100 to control the image capture device 100 to perform corresponding functions, wherein the operation commands can be used to control the image capture device 100 to perform shooting, video recording or adjust corresponding parameters.
  • an electrical connection is formed between the device body 202 and the image capturing device 100, and at this time, the device body 202 can pass through the connection between the two connectors.
  • the electrical connection receives image information from the image capture device 100 , wherein the image information is captured by the image capture device 100 .
  • data transmission can be performed, so that the influence information captured by the image capturing apparatus 100 can be sent to the device body 202 , thereby facilitating the image capturing apparatus 100 to store the captured image information.
  • the mating between the first connector 214 and the second connector 108 is mainly achieved by the abutment of the first contact 2142 and the second contact 1082
  • the first connector 214 is provided with a plurality of first contacts 2142
  • the second connector 108 is provided with a plurality of second contacts 1082
  • the first connection is realized through the first contacts 2142 and the second contacts 1082
  • the electrical connection between the connector 214 and the second connector 108, wherein the arrangement of the first contacts 2142 may correspond to the arrangement of the second contacts 1082
  • the first contacts 2142 and the The connection of the two contacts 1082 realizes the recognition of the posture information of the image capture device 100 , which facilitates the selection of subsequent corresponding functions, and also facilitates the switching of the operation modes of the image capture device 100 and the device body 202 .
  • the second contact 1082 provided on the image capture device 100 is divided into a second electrical contact 1084 and a second communication contact 1086 according to functions, and the first contact 2142 on the device body 202 is fixed , cannot be moved and changed, and since the image capture device 100 can be detached from the device body 202, different functions will be enabled when installed in the installation slot 204 according to different postures, so the second contact point on the device body 202 can be adjusted by adjusting the The functions of the first contacts 2142 connected to 1082 are used to enable different functions.
  • the function of the second electrical contact 1084 is to supply power, so in order to satisfy the power supply of the device body 202 to the image capture device 100 , the function of the first contact 2142 connected to the second electrical contact 1084 can be adjusted In order to power on, in the same way, in order to satisfy the communication control of the image acquisition device 100 by the device body 202, the function of the first contact 2142 connected to the second communication contact 1086 can be adjusted to communication, and the device body 202 itself has no effect on the first contact.
  • the function of point 2142 can be toggled by the controller 206 of the control device.
  • the number of the first contacts 2142 may be different from the number of the second contacts 1082, that is, when the image capture device 100 is installed in the installation slot 204 in the first posture or the second posture, the second contacts 1082 are in contact with each other.
  • the first contacts 2142 of the 2142 may be different, or may be overlapped.
  • first contacts 2142 are provided on the device body 202, which is the same as the total number of the second contacts 1082.
  • Another The function of the two first contacts 2142 is communication.
  • the device body 202 can realize different functions of the first contacts 2142 according to different posture information.
  • the first contact The numbers of the points 2142 and the second contacts 1082 are the same, so when the posture of the image capture device 100 installed in the installation slot 204 changes, the function of the first contacts 2142 can be changed to realize the recognition under different postures.
  • the function of the first contact 2142 will change with the attitude information, that is, the device body 202 indirectly determines the attitude information of the image capturing apparatus 100 through the function of the first contact 2142 .
  • both the first contact 2142 and the second contact 1082 include 4 metal contacts, of which 1 positive and 1 negative are respectively used for charging, and the third and fourth metal contacts are respectively the uplink It is used to transmit control commands (uplink) and transmit image information (downlink).
  • the first contacts 2142 of the device body are supposed to have identifiers 1, 2, 3, and 4, respectively, and the identifiers of the second contacts 1082 of the image acquisition device 100 are supposed to be 5, 6, 7, and 8, respectively.
  • the identifier of the device body is 1
  • the four metal contacts of 2, 3, and 4 are connected to the four metal contacts of identification positions 5, 6, 7, and 8 of the image acquisition device 100, they are identified as the four metal contacts of 1, 2, 3, and 4.
  • the four metal contacts are connected to the four metal contacts of the image acquisition device 100, which are the identification positions 8, 7, 6, and 5.
  • the functions of the four metal contacts marked as 1, 2, 3, and 4 need to be replaced, that is, corresponding to data transmission, command transmission and charging respectively.
  • the function switching can also be realized by the four metal contacts of the image acquisition device.
  • the image acquisition device 100 is provided with a first connector 214, and the device body 202 is provided with a second connector 108.
  • the image acquisition device 100 consumes power
  • the higher first power consumption mode operates, and when the second connector 108 and the second connector 108 are disconnected, that is, the image capture device 100 and the device body 202 are separated, the image capture device 100 is controlled to consume power
  • the power consumption mode can be operated in the lower second power consumption mode.
  • switching of exposure mode, screen control mode, and button control mode may be related to power consumption.
  • the image capture device 100 When the image capture device 100 is connected to the device body 202, it can use high power consumption and high performance.
  • the exposure can be long-exposure, and more complex processing strategies can be realized, and the buttons and display of the sub-machine can not be activated.
  • the image acquisition device 100 when the image acquisition device 100 is used alone, the exposure time is short, the key is activated, and the display screen is activated, so as to realize a relatively uncomplicated processing strategy.
  • the device body 202 and the image capture device 100 are respectively provided with a main battery 216 and a sub-battery 110 .
  • the mother battery 216 on the device body 202 can be connected to the image capture device 100
  • the main battery 216 is used to charge the sub battery 110, so that the device body 202 can be used as a power bank, so as to prolong the battery life of the image capture
  • a power detection device 220 of the control device is also provided, which can detect the power of the sub-battery 110 and, according to requirements, can control the main battery 216 to charge it when the power of the sub-battery 110 is low.
  • the charging power can be the default preset value when leaving the factory, or it can be the user’s own use requirements, or the current value of the main battery 216 The set value determined by the remaining power.
  • the power detection device 220 of the control device can be installed on the device body 202 or the image acquisition device 100. Further, based on the design concept of the miniaturized volume and weight of the image acquisition device 100, the power detection device 220 of the control device is set on the device body 202 .
  • the image capture device 100 when it detects that its own sub-battery 110 is charged by the mother battery 216 , it can directly transmit the captured image information to the device body 202 , which is beneficial to data transfer and reduces the storage of the image capture device 100 on the one hand. Pressure, on the other hand, also facilitates that the image acquisition device 100 can simultaneously realize two functions of charging and data transmission, which greatly enhances the use experience.
  • a third connector 230 can also be provided on the device body 202 , through which an external power supply can be used to charge the mother battery 216 , and the third connector 230 can also be used to connect with external
  • the files stored on the device body 202 can be exported through the third connector 230, and on the other hand, some files can also be imported into the device body 202 through the third connector 230, such as system files, This can facilitate the system upgrade of the device body 202 , or import other image files or setting files into the device body 202 .
  • the sub-battery 110 of the image capturing apparatus 100 can be charged at the same time.
  • the main battery 216 on the device body 202 can charge the sub-battery 110 of the image capture device 100 while supplying power to the image capture device 100 to support
  • the image capturing device 100 can operate normally.
  • a main display screen 210 is provided on the device body 202, which can be used to display display information.
  • the display information corresponds to the attitude information
  • the controller 206 of the control device obtains the image capture
  • the parent display screen 210 can be controlled to display the attitude information.
  • the parent display screen 210 can also be displayed on the parent display screen together.
  • 210 is displayed for easy viewing by the user.
  • the main display screen 210 can be powered by the sub-battery 110 on the image capture device 100, thereby extending a certain usage time.
  • the contact detection device 218 of the control device is provided to detect the connection between the first contact 2142 and the second contact 1082 , that is, whether the first contact 2142 is connected to
  • the second contacts 1082 are aligned so as to perform different functions, and in one embodiment, the second contacts 1082 include a second electrical contact 1084 and a second communication contact 1086, the first contact 2142 and two
  • the function of the first contact 2142 connected to the second electrical contact 1084 is adjusted first, so as to realize the power transfer from the mother battery 216 to the image capture device 100 .
  • the main battery 216 can be controlled to charge the sub-battery 110, or the main battery 216 can supply power to the image capture device 100, or the sub-battery 110 can be charged for the operation of the image capture device 100 at the same time.
  • the function of the first contact 2142 connected to the second communication contacts 1086 is adjusted to establish a communication connection between the image capture device 100 and the device body 202, Further, after the function adjustment, through the communication connection between the two, the image capture device 100 can receive the instructions sent by the device body 202, so that the device body 202 can control the image capture device 100 by executing the corresponding instructions, while the device body 202 can receive the image information transmitted by the image capture device 100 to reduce the storage pressure of the image capture device 100 .
  • the contact detection device 218 of the control device can be installed on the device body 202 or the image acquisition device 100. Further, based on the design concept of the miniaturized volume and weight of the image acquisition device 100, the contact detection device 218 of the control device is installed on the device body 202 .
  • the contact detection device 218 of the control device can determine the posture information of the image capture device 100.
  • the function of the first contact 2142 can be connected with it.
  • the second contact 1082 of the sensor changes, so when the posture of the image capture device 100 installed in the installation slot 204 changes, the function of the first contact 2142 can be changed to realize recognition under different postures.
  • the first contact The function of the point 2142 will change with the attitude information, that is, the device body 202 indirectly determines the attitude information of the image capturing apparatus 100 through the function of the first contact point 2142 .
  • the number of the first contact point 2142 and the second contact point 1082 are both multiple, and the first contact point 2142 and the second contact point are mainly used to judge the first gesture and the second gesture.
  • the alignment of the points 1082 is achieved. In one embodiment, when part of the first contacts 2142 and part of the second contacts 1082 are connected in the first alignment, it can be considered that the current image capture device 100 is located in the first posture. If part of the first contacts 2142 and part of the second contacts 1082 are connected in a second alignment manner, it is considered that the current image capture device 100 is located in the installation slot 204 in the second posture, that is, the image The collection device 100 is accommodated in the device body 202 .
  • the first connector 214 and the second connector 108 are connected.
  • Some functions of the image capture device 100 are transferred to the device body 202, that is, controlled by the device body 202, such as power supply and file transmission, etc., and if the first connector 214 and the second connector 108 are disconnected, It can be considered that the current image capture device 100 and the device body 202 are separated. After separation, the image capture device 100 operates independently, or can use a carrier, that is, use the movable device 300 to operate. At this time, the image capture device 100 The operating mode of the device obviously needs to be differentiated from the operating mode connected to the device body 202 to accommodate different power consumption and functional requirements.
  • a first magnetic member 222 and a second magnetic member 112 are respectively disposed on the installation slot 204 and the image acquisition device 100 .
  • the connection stability is improved, and at the same time, the image capture device 100 can be removed at any time to realize the detachable connection between the image capture device 100 and the device body 202 .
  • the installation slot 204 is a slot-like structure provided on the device body 202, and the first magnetic member 222 is arranged at the bottom of the installation slot 204, so that no matter what attitude the image capture device 100 is disposed in the installation slot 204, Both of them can be magnetically connected with the second magnetic member 112 , so as to fix the position of the image capture device 100 in the installation slot 204 .
  • the second magnetic member 112 may be selectively disposed on one side or opposite sides of the image capture device 100 according to the position where the first magnetic member 222 is disposed.
  • the second magnetic member 112 in consideration of image capture
  • the second magnetic member 112 can be arranged on the circumferential side wall of the image capture device 100
  • the first magnetic member 222 can be arranged on the circumferential side wall of the installation slot 204 Therefore, the adsorption of the image acquisition device 100 in the first posture and the second posture can be realized only by arranging the second magnetic member 112 on one side of the image acquisition device 100 .
  • second magnetic members 112 are provided on opposite sides of the image capture device 100, so as to meet different posture matching requirements, that is, no matter whether the image capture device 100 is in the first posture or the second posture In the posture, the first magnetic element 222 can attract each other to the second magnetic element 112 to achieve fixation.
  • one of the first magnetic member 222 and the second magnetic member 112 is a magnet.
  • both the first magnetic member 222 and the second magnetic member 112 are magnets.
  • the attraction between the two can be achieved, and the setting can be flexibly set according to actual use requirements.
  • the first magnetic member 222 and the second magnetic member 112 are both magnets, the magnetic properties of the two must be opposite to achieve the attraction effect.
  • one of the first magnetic member 222 and the second magnetic member 112 is a magnet, and the other is an iron, which can also attract each other.
  • the second microphone 114 can be provided on the image acquisition device 100, and one or more first microphones 224 are provided on the device body 202.
  • the second microphone 114 and the The sound pickup directions of the first microphone 224 are different, which can improve the sound pickup effect, and can even receive stereo sound.
  • the second microphone 114 or the first microphone 224 can be set independently, or the second microphone 114 and the first microphone 224 can be set simultaneously.
  • the number of the second microphone 114 may be one.
  • the second microphone 114 is set on the image acquisition device 100 , when the image acquisition device 100 is separated from the device body 202 , remote sound collection can be realized, and the sound collection effect can be improved.
  • one microphone is set on the image acquisition device 100, and three microphones are set on the device body 202, and the orientations of the four microphones can be front, back, left, right, and so on, so that when the image acquisition device 100 is installed on the device body 202, Stereo recording is possible.
  • the first communication device 232 is provided on the device body 202. After the image capture device 100 is detached from the device body 202, that is, the image capture device 100 is removed from the installation slot 204, the device body 202 can be removed according to the first A communication device 232 wirelessly controls the image capture device 100 to achieve the effect of remote shooting, which greatly improves the convenience of user manipulation.
  • the first communication device 232 has a wireless communication interface 636, including any one or more of a WiFi transmission interface, a mobile communication transmission interface, an infrared communication transmission interface, a Bluetooth communication transmission interface, and a short-range laser communication interface. That is, the type of the wireless communication interface 636 can only include any one of the above-mentioned interfaces, and can also include any number of the above-mentioned interfaces at the same time. Adjustment.
  • the WiFi (Wireless-Fidelity, wireless broadband, wireless network) transmission interface can realize the connection with the wireless local area network;
  • the mobile communication interface 636 can realize the communication with fixed point users or mobile users;
  • the infrared communication transmission interface can pass infrared Realize the transmission of language, text, data, images and other information with peripheral devices;
  • the Bluetooth communication interface 636 can realize the transmission of language, text, data, images and other information through Bluetooth technology and peripheral devices;
  • the short-distance laser communication interface can realize short-distance laser communication distance information transmission.
  • the above several interfaces are the more commonly used wireless communication interfaces 636 , which can basically meet the needs of users for the wireless communication interface 636 .
  • a speaker 226 for controlling the device can be set on the device body 202 to play audio information in the image information, so that the user can preview the recorded image information, and even Certain post-processing can be performed on the video on the device body 202, which is more convenient for users to use and share later.
  • an acceleration sensor 234 can be set on the device body 202 , and the acceleration sensor 234 can be used to identify the motion parameters such as the direction and speed of the image acquisition device 100 , so that the motion parameters such as the direction and speed of the image acquisition device 100 can be identified by the acceleration sensor 234 .
  • the motion parameters are analyzed and identified.
  • the image acquisition device 100 can be controlled to shoot.
  • the operation mode of shooting the image acquisition device 100 can be increased, and the user can use it more conveniently. of shooting.
  • a memory 236 for controlling the device is set on the device body 202 to store the configured system files or the image information captured by the image acquisition device 100 , which is convenient for subsequent Processing of image information.
  • an attitude sensor such as an IMU
  • the device body can detect the attitude of the control device through the attitude sensor, and then generate control instructions to control the image acquisition device to capture image information.
  • An embodiment of the second aspect of the present application provides a photographing device with two functions of combined photographing and independent photographing, including a device body 202 and an image capture device 100 detachably connected to the device body 202.
  • the device body 202 is directly provided with a mounting slot 204, which can provide a space for accommodating the image capture device 100 when the image capture device 100 is installed on the device body 202, that is, when the device body 202 is connected to the image capture device 100
  • the image capture device 100 is located in the installation slot 204 , which can improve the stability of the image capture device 100 when it is connected to the device body 202 .
  • installation groove 204 itself is groove-shaped, that is, it is recessed inward from one side of the device body 202 , so that the image capture device 100 can also be protected to a certain extent.
  • the image capture device 100 has two postures in the installation slot 204, namely the first posture and the second posture, wherein the image capture device 100 can enable the shooting function in the first posture, and the device body 202 can be used as a
  • the control end controls whether the image capture device 100 shoots or not, that is, in the first posture, the device body 202 and the image capture device 100 as a whole act as a camera, which is convenient for capturing image information.
  • the device body 202 can be used to accommodate the image capture device 100 , that is, the installation slot 204 can be used to accommodate and protect the image capture device 100 , thereby reducing the possibility of accidental collision of the image capture device 100 .
  • the image capturing apparatus 100 may be set to a sleep state according to the settings, so as to save power consumption.
  • the multi-functions of the device body 202 can be realized under the combined action of the device body 202 and the image acquisition device 100, and the overall modular design concept is also reflected. Flexible selection according to different use requirements greatly improves product competitiveness. At the same time, due to the detachable connection between the device body 202 and the image capture device 100, different image capture devices 100 can be replaced according to different shooting requirements, further improving the user experience. user experience.
  • the embodiment of the third aspect of the present application provides a photographing device with two functions of combined photographing and independent photographing, including a device body 202 and an image capture device 100 detachably connected to the device body 202 , and the image capture device 100 can be based on actual It is required to be connected to the device body 202, or to be installed in the movable device 300 after being detached from the device body 202, so as to improve the function of a single component and improve the overall modularity of the product.
  • the image capture device 100 includes a sub-display screen 104, through which the operation information of the image capture device 100 can be displayed. The size and position of the sub-display screen 104 can be set according to the user's usage habits.
  • the content displayed in 104 may include the parameters or operating mode of the image acquisition device 100 itself, and may also display an imaging preview of the image captured by the image acquisition device 100 through a special device. Make adjustments during shooting, such as setting the video format, exposure parameters, displaying the download interface, adjusting the stored file format, etc.
  • the main display screen 210 electrically connected to the controller 206 of the control device on the device body 202, it can be used to display the display information corresponding to the attitude information, and can also be used to display the image information collected by the graphic acquisition device,
  • the controller 206 of the control device can control the parent display screen 210 to display the posture information when acquiring the posture information of the image capture device 100 installed in the installation slot 204 .
  • the operating mode or control logic, etc. can also be displayed on the main display screen 210 together for the convenience of the user.
  • the user can form two display interfaces at the front and the rear when installing the image capture device 100 on the device body 202, and then no matter how the user holds the The image information captured by the image capturing device 100 can be visually viewed by holding the capturing device.
  • the viewing direction of the image capture device 100 is the same as the position where the sub-display 104 is located. Therefore, when the user observes the image information through the sub-display 104 , the image The capture device 100 is used as the front camera 102, and if the user observes image information through the main display screen 210, the image capture device 100 is used as the rear camera 102, which greatly improves the user experience.
  • the screen size of the sub-display screen 104 is not very large, and is only provided to the user as a preview for the user to choose and use.
  • the device body 202 when the image capture device 100 is connected to the device body 202, the device body 202 can be used as a control terminal for controlling the image capture device 100 to shoot, so that the entire shooting device can be used as a camera or a video camera for recording.
  • the image capture device 100 on the device body 202 can also be detached and connected to the movable device 300, so as to separate the image capture device 100 as a single unit, and move together through the movable device 300, thereby Different shooting angles can be adjusted and shooting under the control of the device body 202 to obtain photos or videos at different angles.
  • the device body 202 and the image capture device 100 are detachably connected, and the communication path between the device body 202 and the image capture device 100 can be adjusted according to whether the device body 202 and the image capture device 100 are connected.
  • the device body 202 when the image capture device 100 is connected to the device body 202, the device body 202 can further establish a communication connection through the connection between the two, so that the image capture device 100 can be directly controlled to shoot, and when the image capture device 100 is separated from the device body 202
  • the device body 202 can use the movable device 300 as a signal relay station, send the control signal to the movable device 300 , and indirectly control the control signal through the connection between the movable device 300 and the image acquisition device 100 .
  • the image acquisition device 100 performs photography.
  • the movable device 300 may be an unmanned aerial vehicle, a robot, or other devices with mobile capability that can receive and transmit signals to the image capturing apparatus 100 .
  • the multi-functions of the device body 202 can be realized under the combined action of the device body 202 and the image acquisition device 100, and the overall modular design concept is also reflected. Flexible selection according to different use requirements greatly improves product competitiveness. At the same time, due to the detachable connection between the device body 202 and the image capture device 100, different image capture devices 100 can be replaced according to different shooting requirements, further improving the user experience. user experience.
  • both the image capture device 100 and the device body 202 are provided with a controller 206 for controlling the device.
  • any one of the controllers 206 for the two controlling devices receives an input from the user, it can control the sub-display 104 and the controller 206
  • the image information collected by the image acquisition device 100 is switched back and forth between the parent display screens 210.
  • the input received on the controller 206 of the control device can be clicking the physical button 106, or it can be on the parent display screen 210 or Clicking on the virtual key corresponding to the switch in the sub-display 104 may even be controlled by biometric features such as voice or gesture recognition.
  • the embodiment of the fourth aspect of the present application provides a control device 200, including a device body 202, the device body 202 can be detachably connected to the image capture device 100, and the device body 202 can be used as a control terminal for controlling the image capture device 100 It is convenient to use the whole shooting device as a camera or video camera for shooting.
  • the image capturing device 100 on the device body 202 can also be detached and connected to the movable device 300 to The image capturing device 100 is separated and moved together by the movable device 300 , so that different shooting angles can be adjusted, and shooting under the control of the device body 202 to obtain photos or videos at different angles.
  • the device body 202 and the image capture device 100 are detachably connected, and the communication path between the device body 202 and the image capture device 100 can be adjusted according to whether the device body 202 and the image capture device 100 are connected.
  • the device body 202 when the image capture device 100 is connected to the device body 202, the device body 202 can further establish a communication connection through the connection between the two, so that the image capture device 100 can be directly controlled to shoot, and when the image capture device 100 is separated from the device body 202
  • the device body 202 can control the image capture device 100 on the movable device 300 to take pictures, or can also control the operation of the movable device 300, so that the same device body 202 can control the image capture device 300 for the image capture device 300.
  • Two control objects implement control.
  • the movable device 300 may be an unmanned aerial vehicle, a robot, or other devices with mobile capability that can receive and transmit signals to the image capturing apparatus 100 .
  • the operation of the image acquisition device 100 can be controlled through the device body 202, so as to improve the functional diversity of the device body 202, and also reflect the overall modular design concept. Flexible selection according to different usage requirements greatly improves product competitiveness.
  • different image capture devices 100 can be replaced according to different shooting requirements to control different The image acquisition device 100 of the device performs shooting, which further improves the user's use experience.
  • the installation slot 204 is provided on one side of the device body 202 to provide a space for accommodating the image capture device 100 when the image capture device 100 is installed on the device body 202, that is, when the device body 202 and the image capture device are installed When the image capture device 100 is connected, the image capture device 100 is located in the installation slot 204 , which can improve the stability of the image capture device 100 when it is connected to the device body 202 .
  • installation groove 204 itself is groove-shaped, that is, it is recessed inward from one side of the device body 202 , so that the image capture device 100 can also be protected to a certain extent.
  • the control device 200 provided by the embodiment of the fifth aspect of the present application includes a device body 202 .
  • the device body 202 is directly provided with an installation slot 204 , which can provide a space for accommodating the image capture device 100 when the image capture device 100 is installed on the device body 202 , that is, when the device body 202 is connected to the image capture device 100 , the image capturing device 100 is located in the installation slot 204 , which can improve the stability of the image capturing device 100 when it is connected with the device body 202 .
  • installation groove 204 itself is groove-shaped, that is, it is recessed inward from one side of the device body 202 , so that the image capture device 100 can also be protected to a certain extent.
  • the image capture device 100 has two postures in the installation slot 204, namely the first posture and the second posture, wherein the image capture device 100 can enable the shooting function in the first posture, and the device body 202 can be used as a
  • the control end controls whether the image capture device 100 shoots or not, that is, in the first posture, the device body 202 and the image capture device 100 as a whole act as a camera, which is convenient for capturing image information.
  • the device body 202 can be used to accommodate the image capture device 100 , that is, the installation slot 204 can be used to accommodate and protect the image capture device 100 , thereby reducing the possibility of accidental collision of the image capture device 100 .
  • the image capturing apparatus 100 may be set to a sleep state according to the settings, so as to save power consumption.
  • the operation of the image capture device 100 can be controlled through the device body 202 , and on this basis, the gesture recognition of the image capture device 100 in the installation slot 204 can be added, so that the image capture device 100 can be recognized during shooting.
  • the switch between the mode and the sleep mode occurs, and the user can flexibly choose according to different use requirements when using it, which greatly improves the competitiveness of the product. Different image capturing devices 100 can be replaced for different shooting requirements, so as to further improve the user experience.
  • a first control member 212 is provided on the device body 202 to control the operation of the device body 202 or the operation of the image capture device 100 .
  • the functions of the main body of the device 200 can be individually controlled by the first control member 212 , such as switching on and off the machine, and for the image capture device 100 , the control of the image capture device 100 by the device body 202 can also be realized by the first control member 212 .
  • the first control member 212 includes but is not limited to buttons and joysticks.
  • the first control member 212 can be set with a function independently during use, or on the basis of setting the parent display screen 210 on the device body 202, it can be linked with the parent display screen 210 to realize different functions.
  • the control device 200 provided by the embodiment of the sixth aspect of the present application includes a device body 202 .
  • the device body 202 can be used as a control terminal for controlling the image capture device 100 to shoot, so that the entire shooting device can be used as a camera or a video camera for shooting.
  • the image capture device 100 on the device body 202 can also be used. Remove it and connect it to the movable device 300, so as to separate the image capture device 100 as a single unit, and move together through the movable device 300, so that different shooting angles can be adjusted, and the shooting is carried out under the control of the device body 202. , to get photos or videos from different angles, etc.
  • the main display screen 210 electrically connected to the controller 206 of the control device is provided on the device body 202 to display display information.
  • the display information corresponds to the posture information, and the controller of the control device 206
  • the parent display screen 210 can be controlled to display the attitude information.
  • the parent display screen 210 can also be Together, they are displayed on the main display screen 210 for the convenience of users to watch.
  • the main display screen 210 needs to be set on the device body 202 to perform real-time monitoring of the control object or the specific operation mode. Observation, user-friendly operation.
  • the main display screen 210 can also be used to display image information.
  • the image information is collected by the image capture device 100.
  • the main display screen 210 can be used as a viewfinder to preview the image information, which is more convenient for the user to flexibly adjust the viewfinder.
  • some camera parameters can also be displayed.
  • the image capture device 100 includes a sub-display screen 104 through which the operation information of the image capture device 100 can be displayed.
  • the size and position of the sub-display screen 104 can be set according to the user's usage habits.
  • the displayed content may include the parameters or operating mode of the image acquisition device 100 itself, and may also display an imaging preview of the image captured by the image capture device 100 through a special device. Make adjustments, such as setting the video format, exposure parameters, displaying the download interface, adjusting the format of the stored file, etc.
  • switching between the sub display screen 104 and the main display screen 210 can also be realized. For example, when the image capture device 100 is installed on the device body 202, the user can take a selfie.
  • the lens of the image capture device 100 and the sub-display 104 face the user, and the sub-display 104 can display the captured preview image.
  • the lens of the image acquisition device 100 is ahead, the parent display screen 210 faces the user, and the user can use the parent display screen 210 to view the preview image.
  • the user can trigger screen switching through the sub display screen 104, the main display screen 210 or other controls.
  • the size of the main display screen 210 is larger than that of the sub-display screen 104 , so displaying various information through the main display screen 210 can provide users with a clearer and more intuitive viewing experience.
  • the user can form two display interfaces at the front and the rear when installing the image capture device 100 on the device body 202, and then no matter how the user holds the The image information captured by the image capturing device 100 can be visually viewed by holding the capturing device.
  • the viewing direction of the image capture device 100 is the same as the position where the sub-display 104 is located, so when the user observes the image information through the sub-display 104 , the image The capture device 100 is used as the front camera 102, and if the user observes image information through the main display screen 210, the image capture device 100 is used as the rear camera 102, which greatly improves the user experience.
  • the screen size of the sub-display screen 104 is not very large, and is only provided to the user as a preview for the user to choose and use.
  • the operation of the image acquisition device 100 can be controlled through the device body 202, so as to improve the functional diversity of the device body 202, and also reflect the overall modular design concept. Flexible selection according to different usage requirements greatly improves product competitiveness.
  • different image capture devices 100 can be replaced according to different shooting requirements to control different The image acquisition device 100 of the device performs shooting, which further improves the user's use experience.
  • the main display screen 210 is a touch screen, which has the function of receiving switching instructions, so that the user can trigger a touch operation on the main display screen 210 to control the image capture device to be switched back and forth between the sub-display screen 104 and the main display screen 210
  • the image information collected by 100 is more conducive to meeting users' different usage and observation needs.
  • the control device 200 provided by the embodiment of the seventh aspect of the present application is used to control the operation of the movable device 300 .
  • the control device 200 includes a device body 202 and an image capture device 100 that is detachably connected to the device body 202 .
  • the image capture device 100 can be connected to the device body 202 according to actual needs, or can be installed in the movable device 300 after being removed from the device body 202, so as to improve the function of a single component and improve the overall modularity of the product .
  • the device body 202 can be used as a control terminal.
  • the image capture device 100 can be controlled to shoot, so that the entire shooting device can be used as a camera or a video camera for shooting
  • the operation of the movable device 300 can be controlled, for example, the movement, cruise and other operations of the movable device 300 can be controlled by using the first control member 212 or the main display screen 210 provided on the device body 202 .
  • the image capture device 100 on the device body 202 can be removed and connected to the movable device 300, so that the image capture device 100 can be separated and moved together through the movable device 300, so that different adjustments can be made.
  • the device body 202 can individually control the image capture device 100 to shoot, or independently control the operation of the movable device 300, or even control the operation of the movable device 300 and the image capture on the movable device 300 at the same time. Shooting of the device 100 .
  • the device body 202 and the image capture device 100 are detachably connected, and the communication path between the device body 202 and the image capture device 100 can be adjusted according to whether the device body 202 and the image capture device 100 are connected.
  • the device body 202 when the image capture device 100 is connected to the device body 202, the device body 202 can further establish a communication connection through the connection between the two, so that the image capture device 100 can be directly controlled to shoot, and when the image capture device 100 is separated from the device body 202
  • the device body 202 can use the movable device 300 as a signal relay station, send the control signal to the movable device 300 , and indirectly control the control signal through the connection between the movable device 300 and the image acquisition device 100 .
  • the image acquisition device 100 performs photography.
  • the movable device 300 may be an unmanned aerial vehicle, a robot, or other devices with mobile capability that can receive and transmit signals to the image capturing apparatus 100 .
  • the multi-function of the device body 202 can be realized under the joint action of the device body 202 and the image acquisition device 100, and the overall modular design concept is also reflected. It can be flexibly selected according to different use requirements, which greatly improves the competitiveness of products. At the same time, due to the detachable connection between the device body 202 and the image acquisition device 100, different image acquisition devices 100 can be replaced according to different shooting requirements, further improving the User experience.
  • a remote control device 400 provided by an embodiment of the eighth aspect of the present application includes a remote control body 402 and a control device 200 , wherein, the remote control body 402 is provided with a accommodating groove 4024 , and the control device 200 is compatible with the accommodating groove 4024 Removing the connection, the accommodating groove 4024 on the remote control body 402 can provide a space for accommodating the control device 200 , and also improve the stability of the connection of the control device 200 to the remote control body 402 .
  • the main display screen 210 on the control device 200 it can be used to display image information.
  • the image information is captured and transmitted by the movable device 300.
  • the main display screen 210 can be used as a viewfinder to preview the image information, which is more convenient for the user to flexibly adjust the viewfinder.
  • the main display screen 210 displays the image information, it can also display some camera parameters.
  • the remote control body 402 as a whole can be used as a control terminal for controlling the movable device 300 to shoot.
  • the movable device 300 By controlling the movable device 300 to move, it can be adjusted Different shooting angles are taken under the control of the control device 200 to obtain photos or videos of different angles.
  • control device 200 and the remote control body 402 are detachably connected, and the communication path between the control device 200 and the remote control body 402 can be adjusted according to whether the control device 200 and the remote control body 402 are connected or not.
  • the remote control body 402 can further establish a communication connection through the connection between the two, so that the movable device 300 can be directly controlled to shoot, and when the control device 200 is separated from the remote control body 402, the remote control body 402 It can be used as a signal relay station, and the image information of the movable device 300 can be displayed on the main display screen 210 of the control device 200 .
  • the movable device 300 may be an unmanned aerial vehicle, a robot, or other devices with mobile capability that can receive and transmit signals to the image capturing apparatus 100 .
  • the remote control body 402 controls the movable device 300 , it is mainly realized through the second communication device 4022 . Under the action of the second communication device 4022 , the remote control body 402 can be established.
  • the communication connection with the movable device 300 is convenient to control the operation of the movable device 300 and display the image information collected by the movable device 300 .
  • the above-mentioned second communication device 4022 may be an antenna, or may be other wireless transmission modules, such as wifi, bluetooth, and the like.
  • one or more second manipulation members 406 are provided on the remote control body 402, and the user can make the remote control body 402 receive movement control instructions and/or shooting instructions through the second manipulation members 406.
  • the number of the manipulation member 406 may be one or multiple, which may be set according to the specific movement control method and function settings of the movable device 300.
  • the second manipulation member 406 that receives the movement control instruction may be one, and is used to control For the movement of the movable device 300, front, back, left, right, and optionally, the number of the second manipulation members 406 is two, one controls the translation, the other controls the rotation of the movable device 300, and a second control member 406 can be added.
  • the manipulator 406 is used to control the movable device 300 to shoot with the current posture and angle of view.
  • the second manipulation member 406 includes multiple ones, which can respectively control the flying speed, steering angle, vertical speed, etc. of the movable device 300 in the horizontal direction.
  • the second manipulation member 406 may be a button, a rocker and a dial.
  • the first communication device 232 is set on the control device 200, and the connection between the second communication device 4022 and the first communication device 232 enables the control device 200 to establish a communication connection with the movable device 300, so that the control device 200 can be connected to the mobile device 300. Under the action of 200, the operation of the movable device 300 is controlled.
  • the control device 200 When the control device 200 is installed on the accommodating slot 4024, the control device 200 is connected to the remote control body 402, and the control command sent by the control device 200 is sent to the movable device 300 through the second communication device 4022 on the remote control body 402, Therefore, the movable device 300 is moved and adjusted according to the instructions issued by the second communication device 4022, and when the control device 200 is detached from the accommodating slot 4024, the control device 200 and the remote control body 402 are in a disconnected state at this time, Signal transmission cannot be realized between the control device 200 and the remote control body 402 , so the movable device 300 can be controlled directly through the first communication device 232 on the control device 200 .
  • the signal transmission quality and signal transmission distance of the first communication device 232 and the second communication device 4022 may be the same or different.
  • the electrical connection between the control device 200 and the remote control body 402 is mainly achieved through the cooperation of the third connector 230 and the fourth connector 4026.
  • the control device 200 is provided with a third connector 230
  • a fourth connector 4026 is provided in the accommodating slot 4024, when the control device 200 is installed in the accommodating slot 4024, after the third connector 230 and the fourth connector 4026 are matched, the control device 200 and the remote control body 402 An electrical connection is formed between them, so as to facilitate the realization of mutual power supply, the remote control body 402 sending the command of the control device 200 to the movable device 300, and the photos or movie files taken on the movable device 300 on the control device 200 through the remote control body 402. show.
  • the control device 200 and the remote control body 402 can be powered by each other according to the previous settings, or can be charged with each other, and can even be powered on. charging during the process. It can be understood that the control device 200 and the remote control body 402 are respectively provided with batteries. During the operation of the device, whether it is controlling the movable device 300 or displaying image information captured by the movable device 300, a certain amount of power is required. With continuous use, the battery power will decrease. On this basis, through the cooperation of the third connector 230 and the fourth connector 4026, mutual power supply can be realized. For example, the battery of the control device 200 is the one on the remote control body 402. The second communication device 4022 supplies power, or the battery on the remote control body 402 supplies power to the display screen of the control device 200 .
  • the battery of the remote control body 402 when the power of the battery of the control device 200 is low, and the control device 200 is installed in the accommodating slot 4024, the battery of the remote control body 402 will be used as a power bank to charge the battery of the control device 200, or, when the control device 200 is installed in the accommodating slot 4024, the battery of the remote control body 402 will be used as a power bank to charge the battery of the control device 200.
  • the battery of 402 has less power, and when the control device 200 is installed in the accommodating slot 4024 , the battery of the control device 200 will be used as a power bank to charge the battery of the remote control body 402 .
  • a fifth connector 404 is provided on the remote control body 402, and an external power supply can be used to charge the remote control body 402 through the fifth connector 404.
  • the fifth connector 404 can also be used for communication connection with external devices.
  • the files stored on the remote control body 402 are exported through the fifth connector 404.
  • some files can also be imported into the remote control body 402 through the fifth connector 404, such as system files, which can facilitate the system upgrade of the remote control body 402. , or other image files or setting files may also be imported into the remote control body 402 .
  • the remote control body 402 is provided with an antenna 408 for enhancing signal transmission, and the second control member 406 and the antenna 408 are located on different sides of the remote control body 402 , which can save space on the one hand, and save space on the other hand.
  • the second control member 406 and the antenna 408 are located on different sides of the remote control body 402 , which can save space on the one hand, and save space on the other hand.
  • the side with the second control member 406 often faces himself, and the other side is The space is not used.
  • the antenna 408 By arranging the antenna 408 on the other side, it is convenient to take out the antenna 408 on the one hand, and on the other hand, the installation space of the antenna 408 will be larger, thereby providing better signal transmission in a limited space quality.
  • the antenna 408 is accommodated in the remote control body 402 , and as shown in FIGS. 22 and 23 , the antenna 408 extends outward from the remote control body 402 .
  • the remote control device 400 provided by the embodiment of the ninth aspect of the present application includes a movable device 300, a control device 200, and an image capture device 100.
  • the image capture device 100 can be connected to the control device 200 according to actual needs, or selected from the control device. After the 200 is removed, it is installed in the movable device 300 to improve the function of a single component and also improve the modularity of the product as a whole.
  • the control device 200 when the image capture device 100 is connected to the control device 200, the control device 200 can be used as a control terminal to control the image capture device 100 to shoot, so that the shooting device as a whole can be used as a camera or a video camera.
  • the image capture device 100 on the control device 200 can also be detached and connected to the movable device 300, so as to separate the image capture device 100 as a single unit and move together through the movable device 300, thereby Different shooting angles can be adjusted and shooting under the control of the control device 200 to obtain photos or videos at different angles.
  • control device 200 and the image capture device 100 are detachably connected, and the communication path between the control device 200 and the image capture device 100 can be adjusted according to whether the control device 200 and the image capture device 100 are connected or not.
  • the control device 200 when the image capture device 100 is connected to the control device 200, the control device 200 can further establish a communication connection directly through the connection between the two, so that the image capture device 100 can be directly controlled to shoot, and when the image capture device 100 is separated from the control device 200
  • the device body 202 can control the image capture device 100 on the movable device 300 to take pictures, or can also control the operation of the movable device 300, so that the same device body 202 can control the image capture device 300 for the image capture device 300.
  • Two control objects implement control.
  • the movable device 300 may be an unmanned aerial vehicle, a robot, or other devices with mobile capability that can receive and transmit signals to the image capturing apparatus 100 .
  • the multi-functions of the control device 200 can be realized under the joint action of the control device 200 and the image acquisition device 100, and the overall modular design concept is also reflected. It can be flexibly selected according to different use requirements, which greatly improves the competitiveness of products. At the same time, due to the detachable connection between the control device 200 and the image acquisition device 100, different image acquisition devices 100 can be replaced according to different shooting requirements, further improving the User experience.
  • a matching groove 302 is provided on the movable device 300 or on the pan/tilt of the movable device 300 to provide a space for accommodating the image capturing device 100 when the image capturing device 100 is installed on the movable device 300 .
  • Space that is, when the image capture device 100 is installed on the movable device 300 or the pan/tilt of the movable device 300, the image capture device 100 is located in the matching slot 302, which can improve the connection between the image capture device 100 and the movable device 300. time stability.
  • the matching groove 302 itself is groove-shaped, that is, the movable device 300 or the pan/tilt of the movable device 300 is recessed inward, the image capturing device 100 can also be protected to a certain extent.
  • a sixth connector 304 is arranged in the matching groove 302 , and under the action of the sixth connector 304 , when the image capturing device 100 is located in the matching groove 302 , the movable device 300 can capture the image through the sixth connector 304 .
  • the device 100 is charged to improve the battery life of the movable device 300 relative to the image capturing device 100 .
  • the sixth connector 304 can be used as the communication interface 636 of the movable device 300 , so that under the action of the sixth connector 304
  • the image information captured by the image capturing apparatus 100 is sent to the device body 202 through the movable device 300, and the control instructions received on the movable device 300 may also be sent to the image capturing apparatus 100 for capturing operation.
  • the image capture device 100 When the image capture device 100 is installed on the movable device 300, the image capture device 100 can move with the movement of the movable device 300. At this time, through the sixth connector 304, the image information captured by the image capture device 100 can be captured. It is transmitted to the movable device 300, and after the movable device 300 receives the image information, it can also directly send it to the control device 200 through the third communication device, so that the control device 200 can export it or directly use the control device 200 itself. display on the main display screen 210.
  • the control device 200 is further provided with a main display screen 210 for displaying image information and a first communication device 232.
  • the image information is collected by the image capture device 100.
  • the main display screen 210 can be used as a viewfinder to preview the image information, which is more convenient for users to flexibly adjust the viewfinder. be displayed.
  • the control device 200 transmits the shooting parameters to the movable device 300, it is mainly realized through the first communication device 232, and for the movable device 300, since the movable settings of the image acquisition device 100 are connected, The movable device 300 can transfer the shooting parameters to the image capturing apparatus 100 to control the image capturing apparatus 100 to shoot according to the shooting parameters.
  • the shooting parameters include, but are not limited to, parameters such as aperture, focal length, depth of field, and exposure time.
  • a battery compartment 306 is arranged on the mobile device 300, and one or more body batteries are arranged in the battery compartment 306, which can supply power for the operation of the mobile device 300.
  • the image capture device 100 can be set, so when the power of the sub-battery 110 on the image capture device 100 as shown in FIG. After the upper part is removed, the operation of basic shooting functions can be guaranteed.
  • the body battery and the mother battery 216 are interchangeable, that is, the two models and sizes are the same, which is more conducive to the universal scope of the battery, that is, the same battery can be applied to two devices, reducing the complexity of accessories, It also improves the versatility of accessories.
  • the installation slot 204 is provided on one side of the control device 200 to provide a space for accommodating the image capture device 100 when the image capture device 100 is installed on the control device 200 , that is, when the control device 200 is connected to the image capture device 100 , the image acquisition device 100 is located in the installation slot 204 , which can improve the stability when the image acquisition device 100 is connected with the control device 200 .
  • installation groove 204 itself is groove-shaped, that is, it is recessed inward from one side of the control device 200 , so that the image capturing device 100 can also be protected to a certain extent.
  • a camera 102 is provided on the image capture device 100.
  • the image capture device 100 When the image capture device 100 is installed in the installation slot 204, it will be installed in the first posture or the second posture, and in the two postures
  • the orientation of the camera 102 is different, and the image acquisition device 100 can be placed according to different postures, so as to realize the two functions of storage and photography.
  • the orientation of the camera 102 is the ray direction formed by the outward extension of the camera 102
  • the image acquisition device 100 is installed in the installation slot 204 in the first posture and in the installation slot 204 in the second posture, the camera 102
  • the ray directions are different, that is, the two ray directions do not coincide.
  • the different orientations of the camera 102 may be opposite, that is, the two orientations are 180°, the first posture is forward installation, the second posture is reverse installation, or the two orientations of the camera 102 are at an acute angle. , obtuse or right angle.
  • the number of cameras 102 set on the image acquisition device 100 may be one or more, and may be set flexibly according to actual usage requirements.
  • first posture corresponds to the camera 102 facing outward
  • second posture corresponds to the camera 102 facing inward.
  • the camera 102 faces outward, and the image capture device 100 can acquire images through the camera 102 at this time
  • the image capture device 100 is in the second posture
  • the camera 102 faces inward, and the mounting slot 204 can be used.
  • the camera 102 is protected to reduce the possibility of accidentally scratching the lens of the camera 102 .
  • the mounting groove 204 can achieve surrounding protection for the camera head 102 .
  • the control device 200 can obtain the posture information of the image capture device 100, and the control device 200 itself has a certain processing capability, and can recognize the posture of the image capture device 100, so as to facilitate the comparison with the image
  • the collection device 100 cooperates to realize different functions, and in one embodiment, the functions include but are not limited to shooting and sleeping.
  • control device 200 can activate one or more corresponding cameras 102 according to the gesture information, thereby connecting different cameras 102 to meet different shooting requirements.
  • the posture information includes a first posture and a second posture
  • the first posture may be that the camera 102 is facing outward
  • the second posture may be that the camera 102 is facing inward
  • the control device 200 has a certain processing capability. First, the control device 200 detects the attitude information of the image acquisition device 100. According to the obtained attitude information, the corresponding acquisition of the control strategy is performed, so that the attitude information of the image acquisition device 100 changes. When , you can switch between different control strategies.
  • the number of postures included in the posture information can be two or more, but each posture corresponds to a control strategy, and the control of different postures Policies can be duplicated.
  • the control strategy may be a function triggered by the control device 200 itself, may also be the control device 200 to control different functions performed by the image capture device 100 , or may even be a communication method when the control device 200 controls the image capture device 100 .
  • the mobile control system includes a movable device 300, a control device 200, and an image capture device 100.
  • the image capture device 100 can be selected to be connected to the control device 200 according to actual needs, or to be connected to the control device 200. After the 200 is removed, it is installed in the movable device 300 to improve the function of a single component and also improve the modularity of the product as a whole.
  • the control device 200 includes a parent display screen 210 for displaying image information.
  • the image information is collected by the image capture device 100. When the image capture device 100 is working, different image information is collected.
  • the main display screen 210 can be used as a viewfinder to preview the image information, which is more convenient for the user to flexibly adjust the viewfinder. In addition, while the main display screen 210 displays the image information, it can also display some camera parameters.
  • the control device 200 when the image capture device 100 is connected to the control device 200, the control device 200 can be used as a control terminal to control the image capture device 100 to shoot, so that the shooting device as a whole can be used as a camera or a video camera.
  • the image capture device 100 on the control device 200 can also be detached and connected to the movable device 300, so as to separate the image capture device 100 as a single unit and move together through the movable device 300, thereby Different shooting angles can be adjusted and shooting under the control of the control device 200 to obtain photos or videos at different angles.
  • control device 200 and the image capture device 100 are detachably connected, and the communication path between the control device 200 and the image capture device 100 can be adjusted according to whether the control device 200 and the image capture device 100 are connected or not.
  • the control device 200 when the image capture device 100 is connected to the control device 200, the control device 200 can further establish a communication connection directly through the connection between the two, so that the image capture device 100 can be directly controlled to shoot, and when the image capture device 100 is separated from the control device 200
  • the control device 200 can use the movable device 300 as a signal relay station, send the control signal to the movable device 300, and indirectly control the connection between the movable device 300 and the image acquisition device 100.
  • the image acquisition device 100 performs photography.
  • the movable device 300 may be an unmanned aerial vehicle, a robot, or other devices with mobile capability that can receive and transmit signals to the image capturing apparatus 100 .
  • the multi-functions of the control device 200 can be realized under the joint action of the control device 200 and the image acquisition device 100, and the overall modular design concept is also reflected. It can be flexibly selected according to different use requirements, which greatly improves the competitiveness of products. At the same time, due to the detachable connection between the control device 200 and the image acquisition device 100, different image acquisition devices 100 can be replaced according to different shooting requirements, further improving the User experience.
  • a first communication device 232 is set on the control device 200 , and the connection between the second communication device 4022 and the first communication device 232 can enable the control device 200 to establish a relationship with the movable device 300 Communication connection, so that the operation of the movable device 300 can be controlled under the action of the control device 200 .
  • the fifth connector 404 By arranging the fifth connector 404 on the remote control body 402, an external power supply can be used to charge the remote control body 402 through the fifth connector 404.
  • the fifth connector 404 can also be used for communication connection with external devices.
  • the fifth connector 404 exports the files stored on the remote control body 402.
  • some files can also be imported into the remote control body 402 through the fifth connector 404, such as system files, which can facilitate the system upgrade of the remote control body 402.
  • system files which can facilitate the system upgrade of the remote control body 402.
  • other image files or setting files can also be imported into the remote control body 402 .
  • the remote control body 402 is provided with an accommodating slot 4024, and the control device 200 can be detachably connected to the accommodating slot 4024.
  • the accommodating slot 4024 on the remote control body 402 can provide a space for accommodating the control device 200, and also improve the connection of the control device 200 to the remote control body 402. on the stability.
  • the control device 200 When the control device 200 is installed on the accommodating slot 4024, the control device 200 is connected to the remote control body 402, and the control command sent by the control device 200 is sent to the movable device 300 through the second communication device 4022 on the remote control body 402, Therefore, the movable device 300 is moved and adjusted according to the instructions issued by the second communication device 4022, and when the control device 200 is detached from the accommodating slot 4024, the control device 200 and the remote control body 402 are in a disconnected state at this time, Signal transmission cannot be realized between the control device 200 and the remote control body 402 , so the movable device 300 can be controlled directly through the first communication device 232 on the control device 200 .
  • the signal transmission quality and signal transmission distance of the first communication device 232 and the second communication device 4022 may be the same or different.
  • the electrical connection between the control device 200 and the remote control body 402 is mainly achieved through the cooperation of the third connector 230 and the fourth connector 4026.
  • the control device 200 is provided with a third connector 230
  • a fourth connector 4026 is provided in the accommodating slot 4024, when the control device 200 is installed in the accommodating slot 4024, after the third connector 230 and the fourth connector 4026 are matched, the control device 200 and the remote control body 402 An electrical connection is formed between them, so as to facilitate the realization of mutual power supply, the remote control body 402 sending the command of the control device 200 to the movable device 300, and the photos or movie files taken on the movable device 300 on the control device 200 through the remote control body 402. show.
  • the control device 200 and the remote control body 402 can be powered by each other according to the previous settings, or can be charged with each other, and can even be powered on. charging during the process. It can be understood that the control device 200 and the remote control body 402 are respectively provided with batteries. During the operation of the device, whether it is controlling the movable device 300 or displaying image information captured by the movable device 300, a certain amount of power is required. With continuous use, the battery power will decrease. On this basis, through the cooperation of the third connector 230 and the fourth connector 4026, mutual power supply can be realized.
  • the battery of the control device 200 is the one on the remote control body 402.
  • the second communication device 4022 supplies power, or the battery on the remote control body 402 supplies power to the main display screen 210 of the control device 200 .
  • the battery of the remote control body 402 when the power of the battery of the control device 200 is low, and when the control device 200 is installed in the accommodating slot 4024, the battery of the remote control body 402 will be used as a power bank to charge the battery of the control device 200, or, when the control device 200 is installed The battery of 200 has less power, and when the control device 200 is installed in the accommodating slot 4024 , the battery of the remote control body 402 will be used as a power bank to charge the battery of the control device 200 .
  • One or more second manipulation members 406 are provided on the remote control body 402, and the user can make the remote control body 402 receive movement control commands and/or shooting commands through the second manipulation members 406.
  • the second manipulation members 406 The number may be one or more, which may be set according to the specific movement control method and function settings of the movable device 300.
  • the second manipulation member 406 that receives the movement control instruction may be one, which is used to control the movable device 300
  • the number of the second manipulation member 406 is two, one controls the translation of the front, back, left and right, and the other controls the rotation of the movable device 300.
  • a second manipulation member 406 can be added , which is used to control the movable device 300 to shoot with the current posture and viewing angle.
  • the second manipulation member 406 includes: buttons, joysticks or dials, in which settings can be flexibly selected according to the type of the movable device 300 or the operation logic accustomed by the user.
  • arranging the antenna 408 on the remote control body 402 can enhance the signal transmission quality of the remote control body 402, wherein the antenna 408 is foldably arranged on the remote control body 402, and the antenna 408 can be unfolded during use, or the antenna 408
  • the remote control body 402 can be telescopically arranged on the remote control body 402, and the antenna 408 can be extended outward when in use, and even the antenna 408 can be partially folded and partially retracted, and the signal of the remote control body 402 to the movable device 300 can be realized under the combined action of the two structures. Improved transmission quality.
  • the second control member 406 and the antenna 408 are located on different sides of the remote control body 402, which can save space on the one hand and facilitate the user's operation on the other hand.
  • the side with the second control member 406 is often faced to itself, and the space on the other side is not used.
  • the antenna 408 By arranging the antenna 408 on the other side, on the one hand It is convenient to take out the antenna 408.
  • the installation space of the antenna 408 will be larger, so that better signal transmission quality can be provided in a limited space.
  • Setting the matching groove 302 on the movable device 300 or on the pan/tilt of the movable device 300 can provide a space for accommodating the image capturing device 100 when the image capturing device 100 is installed on the movable device 300 , that is, when the image capturing device 100 is installed on the movable device 300 .
  • the image capturing device 100 is located in the matching slot 302 , which can improve the stability of the image capturing device 100 when it is connected to the movable device 300 .
  • the matching groove 302 itself is groove-shaped, that is, the movable device 300 or the pan/tilt of the movable device 300 is recessed inward, the image capturing device 100 can also be protected to a certain extent.
  • a sixth connector 304 is arranged in the matching groove 302 .
  • the movable device 300 Under the action of the sixth connector 304 , when the image capturing device 100 is located in the matching groove 302 , the movable device 300 can be connected to the movable device 300 through the sixth connector 304 .
  • the image capture device 100 is charged to improve the battery life of the movable device 300 relative to the image capture device 100 .
  • the sixth connector 304 can be used as the communication interface 636 of the movable device 300 , so that the Under the action, the image information captured by the image capture device 100 is sent to the device body 202 through the movable device 300, and the control instructions received on the movable device 300 can also be sent to the image capture device 100 for capturing operation.
  • the image capture device 100 When the image capture device 100 is installed on the movable device 300, the image capture device 100 can move with the movement of the movable device 300. At this time, through the sixth connector 304, the image information captured by the image capture device 100 can be captured. It is transmitted to the movable device 300, and after the movable device 300 receives the image information, it can also directly send it to the control device 200 through the third communication device, so that the control device 200 can export it or directly use the control device 200 itself. display on the main display screen 210.
  • the control device 200 includes a parent display screen 210 for displaying image information.
  • the image information is collected by the image capture device 100.
  • the parent display The screen 210 can be used as a viewfinder to preview the image information, which is more convenient for the user to flexibly adjust the viewfinder.
  • the main display screen 210 displays the image information, some camera parameters can also be displayed.
  • the control device 200 includes the first communication device 232.
  • the control device 200 transmits the shooting parameters to the movable device 300, it is mainly realized through the first communication device 232.
  • the image acquisition device 100 can The mobile settings are connected, and the movable device 300 can transfer the shooting parameters to the image capturing apparatus 100 to control the image capturing apparatus 100 to shoot according to the shooting parameters.
  • the shooting parameters include, but are not limited to, parameters such as aperture, focal length, depth of field, and exposure time.
  • the mobile device 300 is provided with a battery compartment 306, and one or more body batteries are arranged in the battery compartment 306, which can supply power for the operation of the mobile device 300.
  • the image capture device 100 can also be provided on the mobile device 300 , so when the power of the sub-battery 110 on the image capture device 100 is low, the body battery will charge the sub-battery 110 to ensure that the image capture device 100 can be detached from the movable device 300, and the basic shooting function can be guaranteed. run.
  • the body battery and the mother battery 216 are interchangeable, that is, the two models and sizes are the same, which is more conducive to the general range of batteries, that is, the same battery can be applied to two devices, reducing the complexity of accessories, and also Improve the versatility of accessories.
  • the installation groove 204 is provided on one side of the device body 202, so that when the image capture device 100 is installed on the device body 202, a space for accommodating the image capture device 100 can be provided, That is, when the device body 202 is connected to the image capture device 100 , the image capture device 100 is located in the installation slot 204 , which can improve the stability of the image capture device 100 when it is connected to the device body 202 .
  • installation groove 204 itself is groove-shaped, that is, it is recessed inward from one side of the device body 202 , so that the image capture device 100 can also be protected to a certain extent.
  • the wearable device 600 provided by the embodiment of the eleventh aspect of the present application includes a wearable body 602 and an image acquisition device 100 , and an assembly groove 604 is provided on the wearable body 602 , which can collect images
  • the device 100 is installed in the assembly slot 604.
  • the image capture device 100 and the wearable body 602 will be electrically connected to facilitate power supply and communication.
  • the wearable body 602 is provided with a communication interface 636, and the wearable body 602 can communicate through The interface 636 is connected to the external device, so that the influence information captured by the image acquisition device 100 can be imported into the external device.
  • the wearable body 602 is communicated with the external device, some files can also be imported into the wearable body 602, for example
  • the system file can facilitate the system upgrade of the wearable body 602 , or other image files or setting files can be imported into the wearable body 602 .
  • the communication interface 636 includes a USB-A interface, a USB-C interface, a lightning interface, and the like.
  • the fitting groove 604 is provided on the wearable body 602 to provide a space for accommodating the image capture device 100 when the image capture device 100 is installed on the wearable body 602 , that is, when the wearable body 602 is connected to the image capture device 602 .
  • the image capturing device 100 is located in the assembling slot 604 , which can improve the stability of the image capturing device 100 when it is connected to the wearable body 602 .
  • the inertial sensor 610 of the wearable device can be set on the wearable body 602, and the inertial parameters of the image acquisition device 100 can be identified through the inertial sensor 610 of the wearable device, so that the inertial parameters can be analyzed and identified, and when the predetermined conditions are met, When the control trajectory is set, the image acquisition device 100 can be controlled to shoot. Through the identification of the inertial sensor 610 of the wearable device, the operation mode of shooting the image acquisition device 100 can be increased, and the user can shoot more conveniently during use.
  • the user can also control the image capture device 100 to implement different functions according to the control track set by himself.
  • the wearing body 602 includes a first wearing section 6022 and a second wearing section 6024 , and a fitting groove 604 is provided on the first wearing section 6022 to facilitate the installation of the image capture device 100 on the first wearing section 6022 .
  • the first wearing section 6022 and the second wearing section 6024 are respectively provided with a first matching portion and a second matching portion, so as to facilitate the detachable connection between the two.
  • the first matching portion is provided with At one end of the first wearing section 6022, the second matching portion is disposed at one end of the second wearing section 6024.
  • the electrical connection between the wearable body 602 and the image capture device 100 is mainly achieved through the cooperation of the seventh connector 606 and the second connector 108 .
  • the fitting groove 604 on the wearable body 602 A first connector 214 is provided, and the image capture device 100 is provided with a second connector 108 .
  • the An electrical connection is formed between the wearable body 602 and the image capture device 100 , so as to facilitate mutual power supply, transmission of control instructions from the wearable body 602 to the image capture device 100 , and transmission of the photographed or video files from the image capture device 100 to the wearable body 602 .
  • buttons 608 are provided on the wearable body 602, so that the wearable body 602 can receive a shooting instruction corresponding to the image acquisition device 100 through the buttons 608.
  • it can be a photo shooting. Or video recording, or even other function keys for controlling the image capture device 100, such as power on/off, mode switching, etc., wherein the wearable body 602 is provided with a seventh connector 606, and the image capture device 100 is provided with a seventh connector 606.
  • the second connector 108 can realize the control of the image capture device 100 by the wearable body 602 under the action of the electrical connection between the second connector 108 and the seventh connector 606 .
  • a controller 612 of a wearable device may also be provided on the wearable body 602 .
  • a gesture sensor 614 of the wearable device may also be provided on the wearable body 602 .
  • a wearable display screen 616 and the like may also be provided on the wearable body 602 .
  • the controller 612 of the wearable device is set in the wearable body 602, so that the wearable body 602 has a certain processing capability.
  • the image capture can be recognized under the action of the controller 612 of the wearable device.
  • the specific posture of the device 100 that is, identifying whether the image acquisition device 100 is in the first posture or the second posture, it can be understood that in the first posture, the controller 612 of the wearable device can control the image acquisition device 100 to shoot, while in the first posture, the controller 612 of the wearable device can control the image acquisition device 100 to shoot In the second posture, the controller 612 of the wearable device can control the image capture device 100 to be accommodated in the assembly slot 604 and enter a standby state.
  • the attitude information of the image acquisition device 100 can be directly obtained, so that the controller 612 of the wearable device can determine whether the image acquisition device 100 is in the first attitude or not according to the attitude information.
  • the second posture is further beneficial to control the wearable body 602 to perform corresponding functions.
  • the posture sensor 614 of the wearable device is disposed on the wearable body 602 , and the posture sensor 614 of the wearable device can determine whether the image acquisition device 100 is installed in place in addition to detecting the first posture and the second posture.
  • a wearable display screen 616 electrically connected to the controller 612 of the wearable device is provided on the wearable body 602, which can be used to display display information.
  • the display information corresponds to the gesture information
  • the controller 612 of the wearable device When the posture information of the image capture device 100 installed in the assembly slot 604 is acquired, the wearable display screen 616 can be controlled to display the posture information.
  • a And displayed in the wearable display screen 616 for the convenience of the user to watch.
  • a wearable display screen 616 electrically connected to the controller 612 of the wearable device is provided on the wearable body 602, which can be used to display image information.
  • the image information is collected by the image collection device 100.
  • the wearable display screen 616 can be used as a viewfinder to preview the image information, which is more convenient for the user to flexibly adjust the viewfinder.
  • the wearable display screen 616 displays the image information , and some camera parameters can also be displayed.
  • the size of the wearable display screen 616 is larger than the size of the sub-display screen 104 , so displaying various information through the wearable display screen 616 can provide the user with a clearer and more intuitive viewing experience.
  • the wearable display screen 616 needs to be set on the wearable body 602 to observe the control object or the specific operation mode in real time. , which is convenient for users to operate.
  • the wearable display screen 616 and the assembling slot 604 are disposed on different sides of the wearable body 602 to facilitate the user to preview the image information when shooting with the image capture device 100.
  • the wearable display screen 616 is disposed on a On the other side, the assembly groove 604 is located on the other side, and the two sides can be in a relative relationship or in an adjacent relationship.
  • the wearable display screen 616 is installed in the assembly slot 604 in the first posture, the user can directly view the image information collected by the image capture device 100 through the wearable display screen 616 .
  • the video information can also be viewed through the wearable display screen 616, but its viewing angle will be deflected.
  • a mounting slot 604 is arranged on the upper side and a display screen is arranged on the left or right side, which can realize a periscope viewing experience. That is, by arranging the two on different sides of the wearable body 602, they can be applied to different shooting requirements.
  • the image acquisition device 100 includes a camera 102, so as to realize image capturing through the camera 102, wherein the number of the cameras 102 can be flexibly selected according to product design requirements, and the camera 102 can even be designed as a replaceable accessory, similar to a single-lens reflex camera body.
  • the camera 102 can be removed and replaced on the image capture device 100 to meet different usage requirements.
  • the camera 102 can also be directly integrated into the image capture device 100.
  • the image capture device 100 configured with different cameras 102 can be Overall replacement.
  • a first groove is also provided on the assembly groove 604, and the shape of the first groove is adapted to the shape of the camera 102, so that when the image capture device 100 is installed in the assembly groove 604 in a specific posture, the image acquisition device 100 can improve the compatibility with the image.
  • the degree of cooperation of the acquisition device 100 also improves the degree of protection of the image acquisition device 100 .
  • the camera head 102 has a relatively long length, and when it is installed on the image capturing device 100 with a smaller overall size, a part thereof will slightly protrude.
  • the image capture device 100 includes a sub-display 104, through which the operation information of the image capture device 100 can be displayed, wherein the size and position of the sub-display 104 can be set according to the user's usage habits,
  • the displayed content may include the parameters or operating mode of the image acquisition device 100 itself, and may also display an imaging preview of the image capture device 100 using a special device to capture images.
  • the capture process can be performed according to the information displayed on the sub-display 104 . Adjustments, such as setting the video format, exposure parameters, displaying the download interface, adjusting the stored file format, etc.
  • a second groove is provided on the assembly groove 604, and the shape of the second groove is adapted to the shape of the sub-display screen 104.
  • the hardness of the sub-display screen 104 is relatively low, and the external screen cannot be used for a certain period of time.
  • the image acquisition device 100 can be placed with the sub-display 104 facing the second slot. in the mounting groove 604 .
  • the image capture device 100 includes a physical button 106 , and the image capture device 100 can be photographed through the physical button 106 , or the device body 202 or the movable device 300 connected to the image capture device 100 can be controlled, and the control can be realized through the physical button 106 ,
  • the control accuracy is high and the feedback degree is good, especially when the overall size of the image capture device 100 is small, the use of the physical buttons 106 can effectively reduce the probability of misoperation and improve the use experience.
  • the physical buttons 106 generally protrude the surface of the image capture device 100 . Therefore, a third groove is provided on the mounting groove 604 so that the shape of the third groove is the same as that of the physical button 106 . If the shape is adapted, by placing the image capture device 100 in the assembly slot 604 with the physical key 106 facing the third slot, the protection effect of the assembly slot 604 on the physical key 106 can be effectively improved.
  • the camera 102 , the sub-display 104 and the physical keys 106 are located on the first side of the image capture device 100 , when the first side where the camera 102 is located is facing the mounting slot 604 and the image capturing device 100 is installed in the mounting slot 604 , it can be considered that the current user does not need to shoot, and the device body 202 and the image capture device 100 can be switched to the corresponding operating mode. Shooting an image, the device body 202 and the image capture device 100 can be switched to the corresponding operating mode
  • the wearable body 602 is provided with a seventh connector 606
  • the image capture device 100 is provided with a second connector 108 .
  • the controller 612 of the wearable device can determine the corresponding posture information according to the specific alignment of the seventh connector 606 and the second connector 108, so as to facilitate according to the specific posture information.
  • the alignment of the seventh connector 606 and the second connector 108 may exist in various setting situations.
  • a set of seventh connectors 606 is used for A set of seventh connectors 606 are used for aligning with a set of second connectors 108 in a first alignment manner, and a set of seventh connectors 606 are used for aligning with a set of The second connector 108 is aligned.
  • the contacts in the seventh connector 606 and the second connector 108 are in a one-to-one correspondence, and during the positive connection, the contacts of the seventh connector 606 and the second connector 108 are matched in a positive direction In the reverse connection, the contacts of the seventh connector 606 and the second connector 108 are connected in a reverse mating manner.
  • the image capture device 100 when the seventh connector 606 and the second connector 108 are connected, the image capture device 100 operates in the first power consumption mode with higher power consumption, and when the second connector 108 and the second connector 108 are disconnected When turned on, that is, the image capture device 100 and the wearable body 602 are separated, the image capture device 100 will be controlled to operate in the second power consumption mode with lower power consumption.
  • the image capture device 100 can use the battery in the wearable body 602 to supply power, it can run in a mode with higher power consumption, and when the seventh connector 606 and the second connector 108 are disconnected, The image capture device 100 needs to consider its own battery life and other factors, so it will run in a mode with lower power consumption, so as to prolong the use time of a single disconnection.
  • the mating between the seventh connector 606 and the second connector 108 is mainly achieved by the abutment of the sixth contact 6062 and the second contact 1082.
  • the seventh connector 606 is provided with a plurality of The sixth contact 6062
  • the second connector 108 is provided with a plurality of second contacts 1082
  • the electrical connection between the seventh connector 606 and the second connector 108 is realized through the sixth contact 6062 and the second contact 1082
  • the arrangement of the sixth contacts 6062 may correspond to the arrangement of the second contacts 1082
  • the image acquisition device 100 can be connected to the image acquisition device 100 through the connection of the sixth contacts 6062 and the second contacts 1082 .
  • the recognition of the posture information is convenient for the subsequent selection of corresponding functions, and also for the switching of the operation modes of the image acquisition device 100 and the wearable body 602 .
  • the second contact 1082 provided on the image acquisition device 100 is divided into a second electrical contact 1084 and a second communication contact 1086 according to functions.
  • the sixth contact 6062 on the wearable body 602 is fixed and cannot be moved and changed, while Since the image capture device 100 can be detached from the wearable body 602, different functions will be activated when installed in the assembly slot 604 according to different postures. The function of point 6062 to realize the enabling of different functions.
  • the function of the second electrical contact 1084 is to supply power, so in order to satisfy the power supply of the wearable body 602 to the image capture device 100 , the function of the sixth contact 6062 connected to the second electrical contact 1084 can be adjusted In order to energize, in the same way, in order to satisfy the communication control of the image acquisition device 100 by the wearable body 602, the function of the sixth contact 6062 connected to the second communication contact 1086 can be adjusted to communication, and the wearable body 602 itself has no effect on the sixth contact.
  • the function of the point 6062 can be toggled by the controller 612 of the wearable device.
  • the number of the sixth contacts 6062 may be different from the number of the second contacts 1082 , that is, when the image capture device 100 is installed in the mounting slot 604 in the first posture or the second posture, the second contacts 1082 are in contact with each other.
  • the sixth contact 6062 may be different, or may be overlapped.
  • the wearable body 602 can realize different functions of the sixth contact 6062 according to different posture information. It should be emphasized that in this solution, the sixth contact 6062 and the second contact 1082 Therefore, when the posture of the image capture device 100 installed in the assembly slot 604 changes, the function of the sixth contact 6062 can be changed to realize recognition under different postures. Of course, since the function of the sixth contact 6062 will As the posture information changes, that is, the wearable body 602 indirectly determines the posture information of the image capture device 100 through the function of the sixth contact 6062 .
  • the wearable body 602 can send an instruction to the image capture device 100 , and the image capture device 100 can send image information to the wearable body 602 .
  • the second contact 1082 includes a second electrical contact 1084 and a second communication contact 1086, the sixth contact 6062 and two second electrical contacts
  • the function of the sixth contact 6062 connected to the second electrical contact 1084 is adjusted first, so as to realize the power transfer from the wearable battery 618 to the image acquisition device 100.
  • the battery 618 charges the sub-battery 110, or the wearable battery 618 supplies power to the image capture device 100, or powers the operation of the image capture device 100 while charging the sub-battery 110.
  • the function of the sixth contact 6062 connected to the second communication contact 1086 is adjusted first to establish a communication connection between the image capture device 100 and the wearable body 602, and further, in After the function adjustment, through the communication connection between the two, the image acquisition device 100 can receive the instructions sent by the wearable body 602, so that the wearable body 602 can control the image acquisition device 100 by executing the corresponding instructions, and the wearable body 602 can receive
  • the image information transmitted by the image capture device 100 is used to reduce the storage pressure of the image capture device 100 .
  • the contact detection device 620 of the wearable device can be arranged on the wearable body 602 or the image acquisition device 100. Further, based on the design concept of the miniaturized volume and weight of the image acquisition device 100, the contact detection device of the wearable device 620 is arranged on the wearable body 602 .
  • the contact detection device 620 of the wearable device can determine the posture information of the image capture device 100.
  • the function of the sixth contact 6062 can be connected with it.
  • the second contact 1082 of the sensor changes, so when the posture of the image capture device 100 installed in the assembly slot 604 changes, the function of the sixth contact 6062 can be changed to realize recognition under different postures.
  • the sixth contact The function of the point 6062 will change with the attitude information, that is, the wearable body 602 indirectly determines the attitude information of the image capture device 100 through the function of the sixth contact point 6062 .
  • the alignment of the contact can be identified according to parameters such as the identification/capacitance/voltage of the contact, so as to detect the attitude information of the image acquisition device.
  • the number of the sixth contact point 6062 and the second contact point 1082 is multiple.
  • it is mainly realized by the alignment method of the sixth contact point 6062 and the second contact point 1082 In one embodiment, when part of the sixth contacts 6062 and part of the second contacts 1082 are connected in a first alignment manner, it can be considered that the current image capture device 100 is located in the assembly slot 604 in the first posture, and if When part of the sixth contacts 6062 and part of the second contacts 1082 are connected in a second alignment manner, it is considered that the current image capture device 100 is located in the mounting slot 604 in the second posture, that is, the image capture device 100 is stored in the wearable in the body 602 .
  • the wearable body 602 and the image acquisition device 100 are respectively provided with a wearable battery 618 and a sub-battery 110, and the seventh connector 606 and the When the second connector 108 is mated, the wearable battery 618 on the wearable body 602 can charge the sub-battery 110 of the image capture device 100 regardless of whether the image capture device 100 is installed to the wearable body 602 in the first posture or the second posture.
  • the battery capacity of the wearable battery 618 will be larger than that of the sub-battery 110 during design, and the battery life of the sub-battery 110 itself is poor.
  • the battery 618 charges the sub-battery 110, so that the wearable body 602 can be used as a power bank, so as to prolong the battery life of the image capture device 100 and improve the use experience.
  • the power detection device 622 of the wearable device can detect the power of the sub-battery 110. According to requirements, when the power of the sub-battery 110 is low, it can control the wearable battery 618 to charge it, so as to ensure the remaining power of the sub-battery 110, which is convenient for subsequent For the use of the image capture device 100 , the charging power may be a default preset value at the factory, or may be a set value determined by the user according to his own use requirements or the current remaining power of the wearable battery 618 .
  • the power detection device 622 of the wearable device can be arranged on the wearable body 602 or the image acquisition device 100. Further, based on the design concept of the miniaturized volume and weight of the image acquisition device 100, the power detection device of the wearable device 622 is provided on the wearable body 602 .
  • the image capture device 100 when it detects that its own sub-battery 110 is charged by the wearable battery 618 , it can directly transmit the image information that has been captured to the wearable body 602 , which on the one hand facilitates data transfer and reduces the storage of the image capture device 100 .
  • Pressure on the other hand, also facilitates that the image acquisition device 100 can simultaneously realize two functions of charging and data transmission, which greatly enhances the use experience.
  • a third magnetic member 624 and a second magnetic member 112 are respectively disposed on the assembling groove 604 and the image capturing device 100 , and the image capturing device 100 can be set through the magnetic connection between the third magnetic member 624 and the second magnetic member 112 .
  • the stability of the connection is improved when the assembly groove 604 is installed, and the image capture device 100 can be removed at any time to realize the detachable connection between the image capture device 100 and the wearable body 602 .
  • the assembly groove 604 is a groove-like structure provided on the wearable body 602 .
  • the image capture device 100 can be installed in the assembly groove 604 regardless of the posture of the image capture device 100 .
  • Magnetic connection is generated with the second magnetic member 112 , so as to realize the fixation of the position of the image capturing device 100 in the assembling slot 604 .
  • the second magnetic member 112 may be selectively disposed on one side or opposite sides of the image capturing device 100 according to the position where the third magnetic member 624 is disposed.
  • the second magnetic member 112 may be disposed on the circumferential side wall of the image capture device 100, and the third magnetic member 624 It is arranged on the circumferential side wall of the assembling groove 604 , so that only the second magnetic member 112 needs to be arranged on one side of the image capturing device 100 to realize the adsorption of the image capturing device 100 in the first posture and the second posture.
  • second magnetic members 112 are provided on opposite sides of the image capture device 100, so as to meet different posture matching requirements, that is, no matter whether the image capture device 100 is in the first posture or the second posture In the posture, the third magnetic member 624 can attract each other to the second magnetic member 112 to achieve fixation.
  • the attraction between the two can be achieved, which can be based on actual use requirements. Flexible settings.
  • the third magnetic member 624 and the second magnetic member 112 are both magnets, the magnetic properties of the two must be opposite to achieve the attraction effect.
  • the wearable body 602 can be provided with a speaker 626 of the wearable device, an acceleration sensor 628 of the wearable device, and an inertial measurement unit. 634, the memory 630 of the wearable device and the lighting device 632, etc.
  • the audio information in the image information can be played, so that the user can preview the recorded image information, and even the video can be played on the wearable body 602. Certain post-processing is more convenient for users to use and share later.
  • the acceleration sensor 628 of the wearable device By arranging the acceleration sensor 628 of the wearable device on the wearable body 602, the motion parameters such as the direction and speed of the movement of the image acquisition device 100 can be recognized by the acceleration sensor 628 of the wearable device, so that the motion parameters can be analyzed and identified.
  • the image acquisition device 100 can be controlled to shoot.
  • the operation mode of shooting the image acquisition device 100 can be increased, and the user can shoot more conveniently during use.
  • the user can also control the image capture device 100 to implement different functions according to the motion trajectory set by himself.
  • the configured system files or the image information captured by the image acquisition device 100 can be stored, so as to facilitate subsequent processing of the image information.
  • a lighting device 632 may be provided on the wearable body 602 , and when the image capturing device 100 captures image information, the lighting device 632 is controlled to be turned on, so as to realize the function of supplementary light.
  • the lighting device 632 may be a flash lamp, or other devices that can increase the brightness of the lighting.
  • the image acquisition device 100 is provided with an inertial detection unit, and the data obtained by the inertial detection unit can be reused as the data of the wearable body 602 itself, so as to control the operation of other devices wirelessly connected to the wearable body 602 according to the obtained data.
  • the wireless connection between the wearable body 602 and other devices may be a Bluetooth connection or a wireless network communication connection.
  • the content displayed on the wearable display screen 616 may be different.
  • the wearable display screen 616 can display the shooting interface and shooting parameters of the image capture device 100. It can be understood that the first posture is To set the image capture device 100 outwards, the shooting function of the external environment can be turned on.
  • the shooting interface on the wearable display screen 616, it is convenient for the user to view the scene, and the shooting parameters are displayed on the wearable display screen 616, which is also convenient for the user to know
  • the current shooting parameters are also conducive to professional local adjustment, thereby improving the shooting effect.
  • the controller 612 of the wearable device obtains that the posture information of the image acquisition device 100 in the assembly slot 604 is the second posture
  • the download interface and download parameters can be displayed on the wearable display screen 616.
  • the second posture is The image capture device 100 is set facing inward. At this time, the user does not need to take pictures of the external environment.
  • the user often chooses to set the wearable body 602, and the video is placed between the wearable body 602 and the image capture device 100.
  • the corresponding download interface can be displayed on the wearable display screen 616, and the download parameters can be displayed on the wearable display screen 616, which is also convenient for the user to intuitively know the transmission speed, which can be flexibly set according to requirements.
  • the shooting parameters include but are not limited to video formats, exposure parameters, and the like.
  • the download parameters include, but are not limited to, the video download/export rate, the file format for video storage, and the like.
  • the image capture device 100 When the posture information obtained by the controller 612 of the wearable device is the first posture, the image capture device 100 is disposed in the assembly slot 604 facing outward, and the corresponding shooting function will be activated at this time.
  • the body 602 is communicatively connected, so under the action of the controller 612 of the wearable device, the wearable body 602 can control the image acquisition device 100 to shoot.
  • the image acquisition device 100 Under the action of the controller 612 of the wearable device, the image acquisition device 100 can be controlled according to the manipulation instructions, such as taking pictures, videos, zooming, local zooming, etc.; , and the image acquisition device 100 itself is small in size and has a limited battery capacity. Therefore, in the first posture, the wearable body 602 can also be controlled to transmit its own power to the image acquisition device 100, so as to ensure the normal shooting state. Charging of the collection device 100 .
  • the image acquisition device 100 When the posture information obtained by the controller 612 of the wearable device is the first posture, the image acquisition device 100 is arranged in the assembly slot 604 facing inward, and the image acquisition device 100 is in a standby state at this time, and there is no need to photograph the external environment. Since the image acquisition device 100 is connected to the wearable body 602 in communication, and the image acquisition device 100 itself has a limited volume, in order to control power consumption, the memory content of the image acquisition device 100 cannot be very large.
  • the wearable body 602 can be used to control the image acquisition device 100 to transmit video files to it, that is, to transmit the image information captured by the image acquisition device 100 to the wearable body 602; in addition, because the wearable body 602 and the image acquisition device 100 are electrically connected, However, the image acquisition device 100 itself is small in size and has limited battery capacity. Therefore, in the second posture, the wearable body 602 can also be controlled to transmit its own power to the image acquisition device 100, so as to realize the image acquisition in the normal shooting state. Charging of the device 100 .
  • connection between the image capture device 100 and the wearable body 602 is mainly achieved through the cooperation of the seventh connector 606 and the second connector 108.
  • the seventh connector 606 and the second connector 108 are both connected.
  • the image capture device 100 can be transferred to the wearable body 602, that is, The wearable body 602 is used for control, such as power supply and file transmission, and if the seventh connector 606 and the second connector 108 are disconnected, it can be considered that the current image capture device 100 and the wearable body 602 are separated , after separation, the image acquisition device 100 operates independently, or can use a carrier, that is, use the movable device 300 to operate.
  • the operation mode of the image acquisition device 100 obviously needs to be distinguished from the operation mode connected to the wearable body 602 , to adapt to different power consumption and functional requirements.
  • a controller 612 of a wearable device is provided on one or both of the wearable body 602 and the image acquisition device 100, and when it is detected that the wearable body 602 is wearing When it is in a posture, that is, the wearable body 602 is worn by the user, at this time, the wearable display screen 616 is controlled to display time information, so as to facilitate the user's use and viewing.
  • the wearable body 602 When the wearable body 602 is in the wrist-raising posture, that is, on the basis that the wearable body 602 is worn by the user, if the rotation of the wearable body 602 is detected until the posture of the wearable body 602 coincides with the preset wrist-raising posture, it is considered that At present, the wearable body 602 is in a posture of raising the wrist.
  • the image capturing device 100 can be controlled to capture image information, so as to realize the function of taking photos quickly without button triggering, and improve the user experience.
  • the controller 612 of the wearable device may control the wearable display screen 616 located on the wearable body 602 to brighten the screen to fill light for capturing by the image capturing apparatus 100 .
  • the image capture device 100 When the image capture device 100 captures image information, by controlling the sub-display 104 to brighten the screen, on the one hand, it can provide brightness for the framing of the camera 102 located on the image capture device 100, which is more convenient for users to use.
  • the sub-display 104 is used as a viewfinder, which is convenient for the user to take pictures.
  • the present application also provides a parent-child machine structure that can be used on drones and wristbands, which has multiple control and combination functions, and has a high degree of integration.
  • the parent machine ie, the control device 200
  • the two can be used alone or in combination, either by installing the sub-machine on the drone for aerial photography, or by removing the sub-machine and installing it on a wristband, gimbal, or handheld camera It can be used as a separate camera on other devices.
  • the handset itself is relatively small in size, and has a high degree of flexibility in carrying and use. Users can choose to hang the handset on itself, or fix it on a movable motor vehicle or non-motor vehicle through magnets or other adapters. In order to shoot moving images from different perspectives, of course, because the handset itself is more flexible, it can be prevented from being in different positions, and different orientations can be set so that it can be shot from the first perspective or the third perspective.
  • the handset itself also brings The gyroscope can be used to determine its own acceleration, which facilitates the recording of motion attitude information.
  • the size of the camera sensor provided inside the sub-machine may be 1 inch or 2 inches, and those skilled in the art should understand that a 1 inch camera sensor has a diagonal length of 16 mm.
  • the lens on the handset is not telescopic.
  • the lens on the handset is retractable.
  • a sub-display screen 104 is provided on the sub-machine, and touch operation can be realized on the sub-display screen 104, and even different operation modes of the sub-machine can be switched by operating on the sub-display screen 104.
  • the display screen 104 is provided with virtual keys for power on and off, or physical keys 106 for power on and off are set on the sub-machine, so that the sub-machine can be turned on and off by clicking on the sub-display 104 or the physical keys 106 .
  • the sub-display 104, the buttons and the camera 102 are arranged on the handset.
  • the sub-display 104, the keys and the camera 102 are placed on the same noodle.
  • the button can have the function of controlling the sub-machine, or correspond to different functions according to different control methods, such as long-press to switch the machine, click to take a photo, double-click to record, and different trigger operations correspond to different functions.
  • the mode switching can also be realized by combining the buttons with the display screen, or it can be directly operated through the touch screen of the display screen.
  • metal contacts are also provided on the sub-machine for communication with the parent machine and charging.
  • the sub-machine is provided with a customized private interface, which can be used for charging and data transmission.
  • a sub-microphone By arranging a sub-microphone on the sub-machine, it can be used for sound collection, so as to facilitate voice recognition, so as to realize voice control.
  • the main machine is provided with a mounting slot 204, which is convenient for accommodating the sub-machine, and the drone is also provided with a matching slot 302 similar to the mounting slot 204,
  • the sub-machine is connected to the drone for aerial photography, the sub-machine is connected to the matching slot 302 of the drone, and is connected to it through metal contacts, while the remote control is connected to the parent machine, that is, the remote control device 400 includes a remote control body 402 and a control device 200 , the two form a system.
  • the internal image processor processes the image signal into a USB signal and transmits it to the drone.
  • the drone has a built-in wireless image transmission module, which can be transmitted to the remote control device 400.
  • the drone is directly sent to the remote control body 402 through wireless image transmission, and then transmitted to the main machine through the connection between the fourth connector 4026 and the fifth connector 404 after the remote control body 402 receives it. show.
  • the main display screen 210 can also switch the shooting parameters by touching the screen, and then send the parameters to the drone through the remote control body 402 and then to the sub-machine, so as to control the shooting of the sub-machine.
  • the camera 102 set can also be a 1/1.7-inch, 1/2.3 sensor, and the FOV (ie Field of Vision) is relatively large, which can be selected from 50 degrees to 180 degrees.
  • the inertial data can be used for anti-shake elimination in the later stage, so that the handset has anti-shake effect.
  • the sub-machine can also be provided with a processor and a memory to facilitate the storage and processing of data.
  • four metal contact interfaces ie, the second contacts 1082
  • the sub-battery 110 are also provided on the sub-machine.
  • both the wireless image transmission device and the Bluetooth plus wifi integrated chip belong to a structure that can be additionally installed in the slave. If the wireless image transmission device is directly installed in the slave, the slave can independently transmit wirelessly. Transfer data to mobile phone or host computer for video preview.
  • the audio mic ie, the second microphone 114
  • the vibration motor are also additionally provided in the structure, which can provide the user with positive feedback and a buzzer. User has received instruction.
  • the main machine is provided with a MCU (that is, a controller of the control device 200), a main battery 216, and a memory, wherein the memory can be detachable, such as an sd card holder, which is stored through the sd card, or can be integrated in In the mother computer, for example, the memory is directly soldered on the circuit board of the mother computer.
  • the sub-machine saves it by itself, and backs it up to the main machine when it is full.
  • the main machine can be used as an extended memory and an extended battery.
  • a usb interface can also be provided on the main machine, which can take into account the two functions of charging and data transmission.
  • the main unit has 3 mics, one on the front, one on the left, one on the left, and one on the left, to achieve stereo recording; you can also use the slave unit as an accessory of the wireless mic, that is, the sending end of the wireless mic.
  • the camera shoots at a distance of 3 meters to 5 meters in front of the host computer, and the wireless mic wirelessly transmits the audio to the host computer. It is also possible to form an array under the action of 4 mics, which can ensure the balance of the radio, and can reduce noise.
  • the positions can be one in front and one behind, and multiple and distributed on different surfaces or facing different directions.
  • the main machine is provided with a speaker 226, while the sub-machine is only provided with a buzzer.
  • a USB-C interface is provided below the host computer, and may also be other standard interfaces.
  • dual-screen display can be realized, that is, the main display screen 210 and the sub-display screen 104 can display the same interface or different interfaces.
  • the sub-machine When the sub-machine is used alone, it is generally used as a wearable device. Combined with the sub-machine and the main machine, the function of the action camera can be realized, and the performance is stronger.
  • the storage unit of the main machine can also be an external SD.
  • data can be exported through an external memory card.
  • the main machine can also have a built-in memory, which can be 32G ⁇ 64G, and the battery of the main machine is larger. , you can charge yourself several times, and you can shoot for a long time.
  • the sub-machine and the main machine are connected by magnetic attraction. Magnets are set in the groove of the main machine and near the middle of the back of the sub-machine, the lens is facing inward, and the front of the machine can also be placed Magnet for installation on both sides.
  • the main machine can also automatically detect the positive and negative insertion of the sub-machine. It can detect the positive and negative insertion by detecting the alignment of 4 metal contacts. It can also detect the magnet through the Hall sensor. There is a magnet on the sub-machine. Check the forward and reverse insertion of the handset.
  • the remote control (ie, the remote control body 402) can be equipped with a battery, which can charge the main machine, has a joystick, can control the flight of the drone, and has an antenna 408 on the back, which can be folded or retracted.
  • the type-C can charge the main machine, and can also upgrade the firmware of the main machine, and it can also be connected through the type-C interface.
  • Wristband the handset is buckled on the wristband, which can display the time. There are grooves inside the wristband, metal contacts, and tpye interface. To mobile phone or computer, more lightweight, hidden data interface
  • the size of the sub-machine may specifically be: length 20mm-60mm, width 6mm-50mm, and thickness 8mm-30mm. In a specific embodiment, the length, width and thickness are respectively 50mm, 20mm and 10mm.
  • the overall volume is the size of your little finger, and the wristband can be sold together with the handset, the handset plus the wristband, the handset plus the mother machine plus the remote control, and the separate plus combination.
  • the sub-machine is arranged on the drone.
  • the handset is used in conjunction with a wristband, and the whole is used as a wristband.
  • a mobile phone can also be added to realize the interactive control of the system.
  • the whole sub-machine, the drone and the remote controller are used as a system to control and shoot.
  • the combination of the ground and the sky can also be realized by setting two cameras 102 .
  • the preview display of the two cameras 102 can also be realized in the same interface, which is more convenient for users to use.
  • the shooting equipment, control equipment, remote control equipment, mobile control system and wearable equipment adopted the design of the modular image acquisition device, realize the use of the image acquisition device on different platforms, and meet the It meets the needs of users for different scenarios and device carriers.

Abstract

一种拍摄设备、控制设备、遥控设备、移动控制系统以及可穿戴设备,拍摄设备,包括:设备本体;图像采集装置,与设备本体可拆卸连接;其中,当设备本体与图像采集装置连接时,设备本体用于控制图像采集装置进行拍摄,当设备本体与图像采集装置分离且图像采集装置连接于可移动设备时,设备本体用于控制图像采集装置进行拍摄或控制可移动设备的操作。采用模块化的图像采集装置的设计,实现了在不同平台上对图像采集装置的使用,满足了用户对于不同场景以及设备载体的使用需求。

Description

拍摄设备、控制设备、遥控设备、移动控制系统和可穿戴设备 技术领域
本申请涉及可移动平台领域,具体而言,涉及一种拍摄设备、控制设备、遥控设备、移动控制系统和可穿戴设备。
背景技术
目前,为了满足运动过程中进行拍摄的市场需求,市面上的相机常常只能针对一种拍摄场景进行拍摄,例如,地面运动的拍摄需求或是航拍需求,现有技术中,单一相机所支持的使用场景有限,无法满足多场景的使用需求。
发明内容
为了解决上述技术问题至少之一,本申请的一个目的在于提供一种拍摄设备。
本申请的另一个目的在于提供一种拍摄设备。
本申请的另一个目的在于提供一种拍摄设备。
本申请的另一个目的在于提供一种控制设备。
本申请的另一个目的在于提供一种控制设备。
本申请的另一个目的在于提供一种控制设备。
本申请的另一个目的在于提供一种遥控设备。
本申请的另一个目的在于提供一种移动控制系统。
本申请的另一个目的在于提供一种移动控制系统。
本申请的另一个目的在于提供一种可穿戴设备。
本申请的另一个目的在于提供一种控制设备。
为了实现上述目的,本申请第一方面的技术方案提供了一种拍摄设备,包括:设备本体;图像采集装置,与设备本体可拆卸连接;其中,当设备本体与图像采集装置连接时,设备本体用于控制图像采集装置进行拍摄,当设备本体与图像采集装置分离且图像采集装置连接于可移动设备时,设备本体用于控制图像采集装置进行拍摄或控制可移动设备的操作。
本申请第一方面的技术方案提供的拍摄设备,包括设备本体以及与设备本体可拆卸连接的图像采集装置,图像采集装置可根据实际需求选择与设备本体相连,或是选择由设备本体上拆下后,安装至可移动设备中,提高单个组件的功能,也提高产品整体的模块化程度。在一个实施例中,在图像采集装置连接到设备本体上时,设备本体可作为一个控制端,用于控制图像采集装置进行拍摄,从而便于将拍摄设备整体作为相机或摄像机以进行拍摄,还可以地,可将设备本体上的图像采集装置拆下,并将其连接到可移动设备中,从而将图像采集装置单体分离,通过可移动设备一同移动,从而可调整不同的拍摄角度,并在设备本体的控制下进行拍摄,以获取不同角度的照片或影片等。
进一步地,设备本体和图像采集装置之间可拆卸连接,根据设备本体和图像采集装置二者的连接与否可调整设备本体与图像采集装置的通信路径,在一个实施例中,在图像采 集装置连接至设备本体时,设备本体可直接通过二者的连接进一步建立通信连接,从而可直接控制图像采集装置进行拍摄,而在图像采集装置脱离设备本体并安装在可移动设备时,设备本体可控制可移动设备上的图像采集装置予以拍摄,或者还可控制可移动设备的运行操作,以便于在同一个设备本体上分别对于两个控制对象实现控制。设备本体可直接无线控制可移动设备上的图像采集装置予以拍摄,也可以通过可移动设备转发控制指令给图像采集装置实现间接控制。
其中,可移动设备可以为无人机、机器人或其余可接收信号并将信号传递至图像采集装置的具有移动能力的设备。
综上,根据本申请的拍摄设备,在设备本体和图像采集装置二者共同的作用下可实现设备本体的多功能,也体现整体的模块化的设计理念,用户在使用时,可根据不同的使用需求灵活选择,极大的提高产品竞争力,同时,由于设备本体和图像采集装置之间可拆卸连接,可根据不同的拍摄需求更换不同的图像采集装置,进一步提升用户的使用体验。
另外,本申请提供的上述技术方案中的拍摄设备还可以具有如下附加技术特征:
可选的,在上述技术方案中,还包括:安装槽,设于设备本体的一侧,用于容纳图像采集装置。
通过在设备本体的一侧设置安装槽,可在将图像采集装置安装在设备本体上时,提供容纳图像采集装置的空间,也即,当设备本体与图像采集装置相连时,图像采集装置位于安装槽内,可提高图像采集装置与设备本体相连时的稳固性。
可以理解,由于安装槽自身呈槽状,也即由设备本体的一侧向内凹陷,从而还可对图像采集装置起到一定的保护作用。
可选的,在上述技术方案中,图像采集装置包括摄像头;图像采集装置能够以第一姿态或第二姿态安装于安装槽,图像采集装置以第一姿态安装于安装槽时摄像头的朝向,与图像采集装置以第二姿态安装于安装槽时摄像头的朝向不同。
通过在图像采集装置上设置摄像头,在将图像采集装置安装在安装槽内时,会以第一姿态或第二姿态安装,而两个姿态下摄像头的朝向不同,可根据不同的姿态放置图像采集装置,以实现收纳和拍摄两个功能。在一个实施例中,摄像头的朝向为由摄像头自身向外延伸形成的射线方向,图像采集装置以第一姿态安装在安装槽内和第二姿态安装在安装槽内,摄像头的射线方向不同,也即两个射线方向不重合。
进一步地,摄像头的朝向不同可以为相反,即两个朝向呈180°,第一姿态为正向安装,第二姿态为反向安装,还可以是,摄像头的两个朝向之间呈锐角、钝角或直角。
其中,在图像采集装置上设置的摄像头的数量可以为一个,也可以为多个,可根据实际使用需求灵活设置。
可选的,在上述技术方案中,当图像采集装置以第一姿态安装于安装槽时,图像采集装置的摄像头朝外;当图像采集装置以第二姿态安装于安装槽时,图像采集装置的摄像头朝里。
图像采集装置在安装槽内的姿态包括两种,分别为第一姿态和第二姿态,其中,第一姿态对应于摄像头朝外,第二姿态对应于摄像头朝内,在图像采集装置处于第一姿态时,摄像头朝外,此时图像采集装置可通过摄像头对影像予以获取,而在图像采集装置处于第二姿态时,摄像头朝里,此时安装槽可对摄像头进行保护,减少发生意外刮花摄像头的镜 片的可能性。
进一步地,由于摄像头朝里,可使得安装槽可对摄像头实现包围保护。
可选的,在上述技术方案中,当图像采集装置以第一姿态安装于安装槽,设备本体用于控制图像采集装置进行拍摄;当图像采集装置以第二姿态安装于安装槽,设备本体用于收纳图像采集装置。
图像采集装置在安装槽内的姿态包括两种,分别为第一姿态和第二姿态,其中,图像采集装置在第一姿态下可开启拍摄功能,此时设备本体可作为控制端对图像采集装置是否进行拍摄予以控制,也即在第一姿态下,设备本体和图像采集装置整体作为相机,便于拍摄影像信息。而在图像采集装置为第二姿态时,设备本体能够用于收纳图像采集装置,也即安装槽能用于容纳保护图像采集装置,减少图像采集装置意外发生磕碰的可能性。
进一步地,在第二姿态下,图像采集装置可根据设置设定为休眠状态,以节省功耗。
可选的,在上述技术方案中,设备本体能够检测图像采集装置位于安装槽内的姿态信息。
在图像采集装置设置在安装槽内时,设备本体可获取图像采集装置的姿态信息,设备本体自身具有一定的处理能力,可识别出图像采集装置的姿态,以便于与图像采集装置配合以实现不同的功能,在一个实施例中,功能包括但不限于拍摄、休眠。
进一步地,当图像采集装置上设置多个摄像头时,设备本体可根据姿态信息激活对应的一个或多个摄像头,从而连通不同的摄像头以满足不同拍摄需求。
在一个实施例中,姿态信息包括第一姿态和第二姿态,第一姿态可以为摄像头朝外,第二姿态可以为摄像头朝里。
可选的,在上述技术方案中,设备本体能够基于图像采集装置位于安装槽内的姿态信息触发不同的控制策略。
设备本体具有一定的处理能力,先通过设备本体对图像采集装置的姿态信息予以检测,根据得到的姿态信息,再进行控制策略的对应获取,从而在图像采集装置的姿态信息发生变化时,可在不同的控制策略之间相互切换,当然,姿态信息具体包括的姿态数量可以为两个,还可以为更多个,但每个姿态均与一个控制策略相对应,不同姿态的控制策略可以存在重复。
其中,控制策略可以为设备本体自身触发的功能,还可以为设备本体控制图像采集装置执行的不同的功能,甚至可以为设备本体对图像采集装置进行控制时的通讯方式。
可选的,在上述技术方案中,图像采集装置包括摄像头,安装槽上设有与摄像头的形状相适配的第一槽。
图像采集装置包括摄像头,以便于通过摄像头实现图像的拍摄,其中,摄像头的数量可根据产品设计需求灵活选择,甚至可以将摄像头作为可替换的配件进行设计,类似于单反相机机体与镜头之间的关系,可在图像采集装置上将摄像头拆下更换,以适应于不同的使用需求。一般地,由于图像采集装置整体尺寸较小,集成化程度较高,故而也可以直接将摄像头集成到图像采集装置中,在更换时,可将配置有不同摄像头的图像采集装置整体更换。
此外,在安装槽上还设有第一槽,第一槽的形状和摄像头的形状相适配,从而在图像采集装置以特定的姿态安装于安装槽内时,可提高与图像采集装置的配合程度,从而也提 高了对图像采集装置的保护程度。
可以理解,一般地,摄像头由于其自身的结构,长度较长,在安装至整体尺寸较小的图像采集装置上时,会有部分略微凸出。
可选的,在上述技术方案中,图像采集装置包括子显示屏,安装槽上设有与子显示屏的形状相适配的第二槽。
图像采集装置包括子显示屏,可通过子显示屏显示图像采集装置的运行信息,其中,子显示屏的大小和位置可根据用户的使用习惯进行设定,子显示屏所显示的内容可以包括自身图像采集装置的参数或运行模式,还可显示图像采集装置通过特殊装置进行图像拍摄的成像预览,在使用时,可根据子显示屏上显示的信息对拍摄进行调整,例如设置录像格式、曝光参数、显示下载界面、调整存储的文件格式等。
此外,在安装槽上还设有第二槽,第二槽的形状和子显示屏的形状相适配,一般而言,子显示屏的硬度较低,外屏在使用一定时间后不可避免的会被灰尘或其他介质所磨损,为了提高在不使用子显示屏时,对子显示屏的保护效果,可将图像采集装置以子显示屏正对第二槽的姿态放置于安装槽内。
可选的,在上述技术方案中,图像采集装置包括物理按键,安装槽上设有与物理按键的形状相适配的第三槽。
图像采集装置包括有物理按键,可通过物理按键对图像采集装置的拍摄,或是与图像采集装置连接的设备本体或可移动设备进行控制,通过物理按键实现控制,其操控的准确性较高,反馈程度较好,特别是在图像采集装置整体的尺寸较小的情况下,利用物理按键可有效降低误操作的概率,提高使用体验。
当然,一般地,物理按键为了保证控制的反馈程度,一般均会凸起图像采集装置的表面,故而通过在安装槽上设置第三槽,使得第三槽的形状和物理按键的形状相适配,通过将图像采集装置以物理按键正对第三槽的姿态放置于安装槽内,可有效提高安装槽对物理按键的保护作用。
可选的,在上述技术方案中,图像采集装置包括摄像头,且摄像头位于图像采集装置的第一侧。
图像采集装置包括摄像头,将摄像头设置在图像采集装置的第一侧,可通过摄像头对图像采集装置第一侧的环境进行拍摄,当摄像头所在的第一侧正对于安装槽并将图像采集装置安装至安装槽内时,可认为当前用户不需要进行拍摄,设备本体和图像采集装置可切换至对应的运行模式,当然,当第一侧背对于安装槽时,可认为当前用户需要图像采集装置工作以拍摄影像,设备本体和图像采集装置可切换至对应的运行模式。
可选的,进一步地,图像采集装置上可设置一个或多个摄像头。
在上述技术方案中,图像采集装置还包括子显示屏和/或物理按键,且子显示屏和/或物理按键位于第一侧。
在图像采集装置上设有摄像头的基础上,在第一侧上还设置有子显示屏和物理按键中的一个,或是在第一侧上同时设置子显示屏和物理按键,也即图像采集装置上设置的摄像头、子显示屏和物理按键均设置在图像采集装置的同一侧,从而在用户利用图像采集装置进行拍摄时,可有效提高操控的便利性。
其中,子显示屏除显示作用下,还可具有触控作用,即子显示屏为触控屏,可实现更 多的虚拟按键功能。
可选的,在上述技术方案中,图像采集装置以第一姿态位于安装槽内时,第二侧与安装槽的槽底相抵;图像采集装置以第二姿态位于安装槽内时,图像采集装置的第一侧与安装槽的槽底相抵,其中,第二侧与第一侧为图像采集装置的不同侧。
图像采集装置和安装槽的配合主要包括第一姿态和第二姿态,图像采集装置上设有第一侧和第二侧,在安装槽内在图像采集装置以第一姿态安装时,图像采集装置的第二侧抵接于安装槽的槽底,位于第一侧的摄像头、子显示屏和物理按键中的一个或多个则是朝外设置,此时摄像头可用于拍摄影像,物理按键和子显示屏则可以用于接收用户的控制操作,其中子显示屏还可以用于显示一些装置的运行信息;而图像采集装置在安装槽内以第二姿态安装时,可将图像采集装置的第一侧抵接于安装槽的槽底,由于第一侧和第二侧处于图像采集装置的不同侧,故而在第一侧与槽底相抵时,此时安装槽则可以对图像采集装置上设于第一侧的摄像头、子显示屏和物理按键中的一个或多个实现保护。
其中,第一侧和第二侧可分别处于图像采集装置的相对的两侧,进一步地,为了便于安装,上述两侧分别为图像采集装置的前侧和后侧。
当然,第一侧和第二侧还可以为图像采集装置的相邻的两侧。
可选的,在上述技术方案中,还包括:控制器,设于设备本体,用于获取图像采集装置位于安装槽内的姿态信息,并控制设备本体执行与姿态信息对应的功能。
在设备本体内设有控制器,可通过控制器获取图像采集装置的姿态信息,在一个实施例中,可以获取图像采集装置位于安装槽内的姿态信息,从而便于控制设备本体执行对应的功能。
可以理解,通过在设备本体内设置控制器,使得设备本体具有一定的处理能力,在此基础上,可在控制器的作用下识别图像采集装置的具体姿态,也即识别图像采集装置是否为第一姿态或是第二姿态,可以理解,第一姿态下,控制器可控制图像采集装置进行拍摄,而在第二姿态下,控制器则可控制图像采集装置容纳于安装槽内,并进入待机状态。
可选的,在上述技术方案中,还包括:姿态传感器,设于设备本体,姿态传感器用于确定图像采集装置位于安装槽内的姿态信息。
通过在设备本体上设置姿态传感器,可直接获取到图像采集装置的姿态信息,以便于控制器根据姿态信息确定图像采集装置是否为第一姿态或是第二姿态,进而利于控制设备本体执行对应的功能。
其中,姿态传感器设置在设备本体上,姿态传感器除了检测第一姿态和第二姿态外,还可以确定图像采集装置是否安装到位。
可选的,在上述技术方案中,控制器用于根据设备本体的第一连接器和图像采集装置的第二连接器的对准来确定图像采集装置位于安装槽内的姿态信息。
在设备本体上设置有第一连接器,在图像采集装置上设置有第二连接器,在图像采集装置安装至安装槽内时,第一连接器和第二连接器应相互对准,此时,控制器可根据第一连接器和第二连接器的具体对准情况确定对应的姿态信息,以便于根据具体的姿态信息。
其中,第一连接器和第二连接器的对准可以存在多种设定情况,例如,当图像采集装置正向安装于安装槽内时,一组第一连接器用于以第一对准方式与一组第二连接器对准,当图像采集装置反向安装于安装槽内时,一组第一连接器用于以第二对准方式与一组第二 连接器对准。当然,还可以是第一连接器和第二连接器内的触头是一一对应的,在正向连接时,第一连接器和第二连接器的触头以正向配合方式连接,在反向连接时,第一连接器和第二连接器的触头会以反向配合方式连接。
可选的,在上述技术方案中,还包括:母显示屏,设于设备本体上,母显示屏与控制器电连接,控制器能够根据姿态信息在母显示屏上显示与姿态信息对应的显示信息。
通过在设备本体上设置与控制器电连接的母显示屏,可用于显示出显示信息,在一个实施例中,显示信息与姿态信息相对应,控制器在获取到图像采集装置安装于安装槽内的姿态信息时,可控制母显示屏对姿态信息予以显示,此外,若存在与姿态信息对应的运行模式或是控制逻辑等,也可以一并在母显示屏中显示出来,以便于用户观看。
可以理解,无论图像采集装置上是否设置有子显示屏,由于设备本体的控制作用,在设备本体上均需要设置母显示屏,以对控制对象或是具体的运行模式进行实时观察,便于用户的操作。
可选的,在上述技术方案中,还包括:母显示屏,设于设备本体上,母显示屏用于显示图像采集装置采集的影像信息。
通过在设备本体上设置与控制器电连接的母显示屏,可用于显示出影像信息,在一个实施例中,影像信息是图像采集装置采集的,在图像采集装置工作时,采集到不同的影像信息,此时母显示屏可作为取景框对影像信息进行预览观看,更便于用户对取景的灵活调整,此外,在母显示屏显示影像信息的同时,还可对一些摄像参数予以显示。
可以理解,母显示屏的尺寸相较于子显示屏的尺寸较大,故而通过母显示屏显示多种信息,可为用户提供更清楚直观的观看体验。
当图像采集装置安装于设备本体上或者安装在可移动设备上,设备本体上的母显示屏均可以显示图像采集装置采集的影像信息。
可选的,母显示屏与设备本体的安装槽位于设备本体的不同侧。
通过将母显示屏和安装槽设置在设备本体的不同侧,以便于用户在使用图像采集装置进行拍摄时对影像信息的预览,在一个实施例中,母显示屏设置在一侧,安装槽位于另一侧,两侧之间可以是相对关系,也可以是相邻关系,若将母显示屏和安装槽设置在设备本体的相对两侧,在图像采集装置以第一姿态安装于安装槽内时,用户可通过母显示屏直对着观看图像采集装置采集的影像信息,而若是将母显示屏和安装槽设置在设备本体的相邻两侧,也可通过母显示屏观看影像信息,但其视角会发生偏转,例如前侧设置安装槽,上侧设置显示屏,可实现潜望式的观看体验。也即通过将二者设置在设备本体的不同侧,可适用于不同的拍摄需求。
可选的,在上述技术方案中,还包括:第一操控件,设于设备本体,用于控制设备本体和/或图像采集装置执行相应操作。
通过在设备本体上设置第一操控件,可对设备本体的运行或是图像采集装置的运行进行控制,在一个实施例中,对于设备本体而言,通过第一操控件可单独控制设备本体的功能,例如开关机等,而对于图像采集装置而言,通过第一操控件还可实现设备本体对图像采集装置的控制。其中,第一操控件包括但不限于按键、摇杆、拨轮等。
当然,第一操控件在使用过程中可单独设置一个功能,或者在设备本体上设置母显示屏的基础上,可与母显示屏联动实现不同的功能。
可选的,在上述技术方案中,在姿态信息为第一姿态时,显示信息包括图像采集装置的拍摄界面和拍摄参数;或,在姿态信息为第二姿态时,显示信息为设备本体的下载界面和下载参数。
在图像采集装置处于不同姿态时,在母显示屏上显示的内容可以存在区别,在一个实施例中,在控制器获取到图像采集装置位于安装槽内的姿态信息为第一姿态时,可在母显示屏上显示有图像采集装置的拍摄界面和拍摄参数,可以理解,第一姿态即为图像采集装置朝外设置,可开启对外部环境的拍摄功能,此时通过在母显示屏上显示拍摄界面,便于用户取景,而在母显示屏上显示拍摄参数,也便于用户获知当前的拍摄参数,也利于进行专业的局部调整,进而提高拍摄效果。在控制器获取到图像采集装置位于安装槽内的姿态信息为第二姿态时,可在母显示屏上显示有下载界面和下载参数,可以理解,第二姿态即为图像采集装置朝里设置,此时用户无需对外部环境进行拍摄,一般地,第二姿态下,用户常常会选择对设备本体进行设置,将视频在设备本体和图像采集装置之间进行传输等操作,故而可在母显示屏中显示对应的下载界面,而在母显示屏上显示下载参数,也便于用户直观的获知传输速度,可根据需求对其灵活设置。
其中,拍摄参数包括但不限于录像格式、曝光参数等。
其中,下载参数包括但不限于视频下载/导出速率、视频存储的文件格式等。
可选的,在上述技术方案中,在姿态信息为第一姿态时,控制器能够控制设备本体根据接收的操控指令控制图像采集装置进行拍摄;和/或控制器能够控制设备本体为图像采集装置充电;和/或控制器能够控制图像采集装置传输影像信息至设备本体;在姿态信息为第二姿态时,控制器能够控制设备本体为图像采集装置充电;和/或控制器能够控制图像采集装置传输影像信息至设备本体。
在控制器获取到的姿态信息为第一姿态时,图像采集装置朝外的设置在安装槽内,此时会激活对应的拍摄功能,由于图像采集装置是与设备本体通信连接的,故而在控制器的作用下,可通过设备本体控制图像采集装置拍摄,在一个实施例中,设备本体上可接收到不同的操控指令,从而在控制器的作用下可根据操控指令对图像采集装置进行控制,例如进行拍照、录像、缩放、局部放大等操作;此外,又由于设备本体和图像采集装置电连接,而图像采集装置自身体积较小,电池容量有限,故而在第一姿态下,还可控制设备本体将自身的电量传输至图像采集装置,以在保证正常的拍摄状态下实现对图像采集装置的充电。
在控制器获取到的姿态信息为第二姿态时,图像采集装置朝里的设置在安装槽内,此时图像采集装置会处于待机状态,无需对外部环境进行拍摄,由于图像采集装置是与设备本体通信连接的,且图像采集装置自身的体积有限,为了控制功耗,其内存含量无法做的很大,故而在控制器的作用下,可通过设备本体控制图像采集装置向其传输视频文件,也即将图像采集装置拍摄到的影像信息传输至设备本体中;此外,又由于设备本体和图像采集装置电连接,而图像采集装置自身体积较小,电池容量有限,故而在第二姿态下,还可控制设备本体将自身的电量传输至图像采集装置,以在保证正常的拍摄状态下实现对图像采集装置的充电。
可选的,在上述技术方案中,还包括:第一连接器,设于安装槽内;第二连接器,设于图像采集装置,其中,通过第一连接器和第二连接器的配合实现设备本体和图像采集装置之间的电连接。
在设备本体和图像采集装置之间实现电连接时,主要是通过第一连接器和第二连接器的配合实现的,在一个实施例中,安装槽内设有第一连接器,图像采集装置设有第二连接器,在将图像采集装置安装至安装槽内时,在第一连接器和第二连接器配合上后,设备本体和图像采集装置之间才形成电连接,从而便于实现相互供电、设备本体对图像采集装置的控制指令的传递以及图像采集装置向设备本体传输拍摄的照片或影片文件。
可选的,在上述技术方案中,当图像采集装置以第一姿态安装于安装槽,第一连接器和第二连接器以第一对准方式进行对准;当图像采集装置以第二姿态安装于安装槽,第一连接器和第二连接器以第二对准方式进行对准。
图像采集装置在安装槽中的姿态主要分为第一姿态和第二姿态,每个姿态下,第一连接器和第二连接器均需要对准,在一个实施例中,在第一姿态下,第一连接器和第二连接器以第一对准方式对准,在第二姿态下,第一连接器和第二连接器以第二对准方式对准,便于设备本体根据不同的对准方式对图像采集装置的姿态进行识别,以便于控制器控制设备本体和/或图像采集装置执行不同的功能。
可选的,在上述技术方案中,第一连接器位于安装槽的侧壁。
第一连接器的设置位置位于安装槽的侧壁上,可以理解,相对于槽状结构而言,侧壁即为四周的壁面,在将槽状结构设置在设备本体上时,图像采集装置无论是以第一姿态还是以第二姿态设置在安装槽内时,均可通过设置在侧壁上的第一连接器与设备本体实现电连接,可节省不必要的空间浪费。
可选的,在上述技术方案中,设备本体通过第一连接器与第二连接器的配合可向图像采集装置发送操作指令。
在第一连接器和第二连接器相连时,设备本体和图像采集装置之间形成电连接,此时设备本体可通过两个连接器的电连接向图像采集装置发送操作指令,以控制图像采集装置执行对应的功能,其中,操作指令可用于控制图像采集装置执行拍摄、录像或是调节相应的参数。
可选的,在上述技术方案中,设备本体通过第一连接器与第二连接器的配合可接收图像采集装置拍摄的影像信息。
在第一连接器和第二连接器相连时,设备本体和图像采集装置之间形成电连接,此时设备本体可通过两个连接器的电连接从图像采集装置接收影像信息,其中,影像信息是图像采集装置拍摄的,在第一连接器和第二连接器相配合时,设备本体和图像采集装置之间会建立通信连接,可以进行数据传输,以便于将图像采集装置拍摄的影响信息发送至设备本体,从而便于图像采集装置对拍摄的影像信息存储。
可选的,在上述技术方案中,还包括:母电池,设于设备本体上;子电池,设于图像采集装置,其中,通过第一连接器和第二连接器的配合,母电池可向子电池充电。
为了使得设备本体和图像采集装置正常工作,在设备本体和图像采集装置上分别设置有母电池和子电池,在第一连接器和第二连接器配合时,无论图像采集装置安装至设备本体是以第一姿态还是第二姿态,设备本体上的母电池可以向图像采集装置的子电池充电,可以理解,由于图像采集装置自身的体积较小,设备本体的体积较大,在设计时母电池的电池容量会大于子电池的电池容量,子电池自身的续航能力较差,通过母电池为子电池充电,使得设备本体可作为充电宝,以延长图像采集装置的续航周期,提高使用体验。
可选的,在上述技术方案中,第一连接器上设有多个第一触点,第二连接器上设有多个第二触点,其中,在第一触点与第二触点一一相抵时,以实现第一连接器与第二连接器的配合。
第一连接器和第二连接器之间的配合主要是通过第一触点和第二触点的抵接实现,在一个实施例中,第一连接器上设置有多个第一触点,第二连接器上设置有多个第二触点,通过第一触点和第二触点实现第一连接器和第二连接器的电连接,其中,第一触点的排布方式可以与第二触点的排布方式相对应,进一步地,还可通过第一触点和第二触点的连接实现对图像采集装置的姿态信息的识别,以便于后续对应功能的选择,也利于图像采集装置和设备本体的运行模式的切换。
可选的,在上述技术方案中,多个第二触点具体包括两个第二电触点和两个第二通信触点,其中,设备本体能够根据图像采集装置位于安装槽内的姿态信息,控制与第二电触点相连的第一触点的功能,以及与第二通信触点相连的第一触点的功能。
在图像采集装置上设置的第二触点根据功能分为第二电触点和第二通信触点,设备本体上的第一触点是固定的,无法移动更改,而图像采集装置由于可从设备本体上拆卸下来,根据不同的姿态安装到安装槽内时会启用不同的功能,故而可通过调整设备本体上与第二触点相连的第一触点的功能以实现不同功能的启用。
在一个实施例中,第二电触点的作用为供电,所以为了满足设备本体对图像采集装置的供电,可将与第二电触点相连的第一触点的功能调整为通电,同理,为了满足设备本体对图像采集装置的通信控制,可将与第二通信触点相连的第一触点的功能调整为通信,设备本体自身对于第一触点的功能可以通过控制器进行切换更改。
此外,第一触点的数量可以与第二触点的数量不同,也即图像采集装置在以第一姿态或第二姿态安装于安装槽内时,与第二触点相抵的第一触点可以是不同的,也可以是存在重合的。
可选的,在上述技术方案中,第一触点的数量为四个,与两个第二电触点相连的两个第一触点用于向图像采集装置充电,与两个第二通信触点相连的两个第一触点用于与图像采集装置建立通信连接。
通过在设备本体上设置四个第一触点,与第二触点的总数量相同,通过限制其中两个第一触点的功能为充电,另两个第一触点的功能为通信,可根据上述设定使得设备本体根据不同的姿态信息实现不同的第一触点的功能,需要强调的是,在本方案中,第一触点和第二触点的数量相同,故而在图像采集装置安装在安装槽内的姿态发生变化时,可通过改变第一触点的功能实现不同姿态下的识别,当然,由于第一触点的功能会随姿态信息发生改变,也即设备本体通过第一触点的功能间接确定图像采集装置的姿态信息。
可选的,在上述技术方案中,还包括:接触检测装置,用于检测第一触点和第二触点之间的连接,其中,在两个第二电触点与第一触点相连时,控制设备本体的母电池向图像采集装置的子电池充电和/或母电池向图像采集装置供电;在两个第二通信触点与第一触点相连时,设备本体能够向图像采集装置发送指令,设备本体能够从图像采集装置获取影像信息。
通过设置接触检测装置,可以检测第一触点和第二触点之间的连接,也即第一触点是否与第二触点对准,以便于执行不同的功能,在一个实施例中,第二触点包括第二电触点 和第二通信触点,在第一触点和两个第二电触点相连时,首先将与第二电触点相连的第一触点的功能予以调整,以实现母电池向图像采集装置的电量转移,进一步地,在功能调整后可控制母电池向子电池充电,或是母电池向图像采集装置供电,或是在向子电池充电的同时为图像采集装置的运行供电,此外,在第一触点和两个第二通信触点相连时,先将与第二通信触点相连的第一触点的功能予以调整,以建立图像采集装置和设备本体之间的通信连接,进一步地,在功能调整后,通过二者的通信连接,使得图像采集装置可接收设备本体发送的指令,从而通过执行对应的指令实现设备本体对图像采集装置的控制,而设备本体则可以接收图像采集装置传输的影像信息,以减少图像采集装置的存储压力。
其中,接触检测装置可设置在设备本体或是图像采集装置上,进一步地,基于图像采集装置小型化的体积和重量的设计理念,将接触检测装置设置在设备本体上。
可选的,在上述技术方案中,还包括:电量检测装置,用于检测图像采集装置的子电池的电量,其中,在子电池的电量满足充电电量时,控制母电池向子电池充电。
电量检测装置可检测到子电池的电量,根据需求,可在子电池的电量较低时,控制母电池对其充电,以保证子电池的剩余电量,便于后续对图像采集装置的使用,其中,充电电量可以为出厂时默认的预设值,也可以为用户根据自身使用需求,或是母电池当前的剩余电量确定的设定值。
其中,电量检测装置可设置在设备本体或是图像采集装置上,进一步地,基于图像采集装置小型化的体积和重量的设计理念,将电量检测装置设置在设备本体上。
在上述技术方案中,接触检测装置还用于根据第一触点与第二触点的连接关系确定图像采集装置位于安装槽内的姿态信息。
接触检测装置可确定图像采集装置的姿态信息,在一个实施例中,可以根据触点的标识/电容/电压值等来识别第一触点和第二触点的对齐/对准方式,进而判断出图像采集装置是以第一姿态还是第二姿态安装至安装槽内的。
可选的,在上述技术方案中,第一触点的数量为多个,第二触点的数量为多个,在部分第一触点与部分第二触点以第一对准方式相连时,确定图像采集装置以第一姿态位于安装槽内,在部分第一触点与部分第二触点以第二对准方式相连时,确定图像采集装置为第二姿态位于安装槽内。
第一触点和第二触点的数量均为多个,在进行第一姿态和第二姿态的判断时,主要是通过第一触点和第二触点的对准方式实现的,在一个实施例中,在部分第一触点与部分第二触点以第一对准方式相连时,可认为当前图像采集装置以第一姿态位于安装槽内,而若是在部分第一触点与部分第二触点以第二对准方式相连时,则认为当前图像采集装置以第二姿态位于安装槽内,也即图像采集装置被收纳进设备本体中。
可选的,在上述技术方案中,图像采集装置能够根据第一连接器和第二连接器之间的连接或断开以确定运行模式。
对于图像采集装置和设备本体之间的连接而言,主要是通过第一连接器和第二连接器的配合实现的,一般地,无论图像采集装置是以第一姿态还是第二姿态设置在安装槽内,第一连接器和第二连接器之间均为连接,此时可使得图像采集装置自身的一些功能转移到设备本体上,即通过设备本体进行控制,例如:供电和文件传输等,而若是在第一连接器和第二连接器之间断开时,可认为当前图像采集装置和设备本体之间是分离的,在分离后, 图像采集装置是独立运行,或是可利用载体,也即利用可移动设备运行,此时图像采集装置的运行模式明显需要与连接至设备本体的运行模式区分开,以适应于不同的功耗以及功能需求。
可选的,在上述技术方案中,图像采集装置检测到母电池向子电池充电时,向设备本体传输拍摄的影像信息。
图像采集装置在检测到自身的子电池被母电池充电时,可直接向设备本体传输已经拍摄到的影像信息,一方面利于数据的转移,减少图像采集装置的存储压力,另一方面也便于图像采集装置可同时实现充电和传数据两种功能,极大的增强使用体验。并且在绝大多数情况下,充电的时候用户可能不进行拍摄,因此可以利用空闲时间进行数据导出。
可选的,在上述技术方案中,还包括:第一磁性件,设于安装槽内;第二磁性件,设于图像采集装置上;其中,通过第一磁性件和第二磁性件的配合实现图像采集装置容纳于安装槽。
在安装槽和图像采集装置上分别设置有第一磁性件和第二磁性件,通过第一磁性件和第二磁性件之间的磁性连接,可使得图像采集装置设置在安装槽内时提高连接的稳固性,同时还可以随时将图像采集装置取下,以实现图像采集装置和设备本体的可拆卸连接。
在上述技术方案中,第一磁性件设于安装槽的底部。
安装槽为设于设备本体上的槽状结构,通过将第一磁性件设置在安装槽的底部,可使得无论图像采集装置以何种姿态设置在安装槽内,均可与第二磁性件产生磁性连接,以实现对图像采集装置在安装槽内位置的固定。
可选的,在上述技术方案中,第二磁性件设于图像采集装置的一侧;或第二磁性件设于图像采集装置的相对的两侧上。
第二磁性件可以根据第一磁性件设置的位置可选择地设置在图像采集装置的一侧或是相对的两侧,在一个实施例中,考虑到图像采集装置在安装槽内的姿态可能发生变化,可将第二磁性件设置在图像采集装置的周向侧壁上,并将第一磁性件设置在安装槽的周向侧壁上,从而仅需在图像采集装置的一侧设置第二磁性件即可实现第一姿态和第二姿态下对图像采集装置的吸附。
还可以地,在图像采集装置相对的两侧上均设置有第二磁性件,从而可满足不同的姿态配合需求,也即无论图像采集装置是以第一姿态还是第二姿态,第一磁性件均可对第二磁性件起到相吸的作用,以实现固定。
可选的,在上述技术方案中,第一磁性件和第二磁性件中的一个为磁铁;或第一磁性件和第二磁性件均为磁铁。
对于第一磁性件和第二磁性件而言,无论将二者中的一个选择为磁铁,还是将二者同时选择为磁铁,均可以实现二者之间的吸引,可根据实际使用需求灵活设置。当然,需要说明的,若是第一磁性件和第二磁性件均为磁铁,则二者的磁性需要相反才可实现吸引作用。
可选的,在一个实施例中,第一磁性件和第二磁性件中的一个为磁铁,另外一个为铁。例如,安装槽的槽底设置磁铁,图像采集装置设置有铁,则可以实现图像采集装置正向或反向安装于安装槽内。
在上述技术方案中,图像采集装置与设备本体通过第一连接器和第二连接器相连时, 图像采集装置以第一功耗模式运行;图像采集装置与设备本体分离时,图像采集装置以第二功耗模式运行,其中,第一功耗模式的耗电量大于第二功耗模式的耗电量。
图像采集装置上设置有第一连接器,设备本体上设置有第二连接器,在第一连接器和第二连接器相连时,图像采集装置以耗电量较高的第一功耗模式运行,而当第二连接器和第二连接器断开时,也即图像采集装置和设备本体分离,则会控制图像采集装置以耗电量较低的第二功耗模式运行,可以理解,当第一连接器和第二连接器连接时,由于图像采集装置可以利用设备本体内的电池为其供电,故而可采用耗电量较高的模式运行,而当第一连接器和第二连接器断开时,图像采集装置需要考虑到自身的续航等因素,故而会采用耗电量较低的模式运行,以延长单次脱离使用的使用时间。
可选的,在上述技术方案中,还包括:第二麦克风,设于图像采集装置上;和/或至少一个第一麦克风,设于设备本体上,其中,图像采集装置安装至安装槽内,第二麦克风和第一麦克风的收音方向不同。
在图像采集装置上可设置第二麦克风,在设备本体上设有一个或多个第一麦克风,在将图像采集装置安装在安装槽内时,通过限定第二麦克风和第一麦克风的收音方向不同,可提高收音效果,甚至可以收取立体声。
可以理解,可单独设置第二麦克风或第一麦克风,或是同时设置第二麦克风和第一麦克风。
需要说明的,由于图像采集装置的体积和尺寸受到一定的限制,为了满足尺寸要求,第二麦克风的数量可以为一个。
其中,由于在图像采集装置上设置了第二麦克风,当图像采集装置脱离设备本体后,可实现远程收音,提高收音效果。
可选的,在上述技术方案中,包括:第三连接器,设于设备本体上,第三连接器用于向母电池充电,和/或,第三连接器用于建立设备本体与外部设备的通信连接。
通过在设备本体上设置第三连接器,通过第三连接器可外接电源以向母电池充电,此外,第三连接器还可用于与外部设备的通信连接,一方面可通过第三连接器将存储在设备本体上的文件导出,另一方面还可通过第三连接器将一些文件等导入设备本体中,例如系统文件,可利于设备本体的系统升级,或者还可以将其他影像文件或是设置文件导入设备本体中。
可选的,在上述技术方案中,还包括:扬声器,设于设备本体上,扬声器用于播放图像采集装置拍摄的影像信息中的音频信息。
通过在设备本体上设置扬声器,可播放影像信息中的音频信息,以便于用户对录制的影像信息予以预览,甚至可以在设备本体上对视频进行一定的后期处理,更便于用户的使用和后续分享。
可选的,在上述技术方案中,设备本体还包括母显示屏,母电池能够由设备本体上拆卸,母电池拆卸后,子电池向母显示屏供电。
在设备本体上设置有母显示屏和母电池,可用于显示出显示信息,在一个实施例中,显示信息与姿态信息相对应,控制器在获取到图像采集装置安装于安装槽内的姿态信息时,可控制母显示屏对姿态信息予以显示,此外,若存在与姿态信息对应的运行模式或是控制逻辑等,也可以一并在母显示屏中显示出来,以便于用户观看。此外,在母电池由母显示 屏上拆卸下来后,为了保证正常的显示,可通过图像采集装置上的子电池为母显示屏供电,从而延长一定的使用时间。
可选的,在上述技术方案中,还包括:第一通信装置,设于设备本体上,设备本体能够通过第一通信装置无线控制图像采集装置的拍摄。
通过在设备本体上设置第一通信装置,可在图像采集装置脱离设备本体后,也即图像采集装置由安装槽拆卸下来,设备本体则可根据第一通信装置对图像采集装置进行无线控制,以实现远程拍摄的效果,极大提高用户操控的便利性。
在一个实施例中,在上述技术方案中,包括:加速度传感器,设于设备本体上,设备本体能够通过加速度传感器控制图像采集装置拍摄影像信息。
通过在设备本体上设置加速度传感器,可通过加速度传感器识别图像采集装置所运动的方向以及速度等运动参数,从而可通过对运动参数进行分析识别,当满足预设的运行轨迹时可控制图像采集装置进行拍摄,通过加速度传感器的识别,可增加对图像采集装置拍摄的操作方式,用户在使用时可更方便的进行拍摄。
当然,用户还可根据自己设定的运动轨迹控制图像采集装置实现不同的功能。
在一个实施例中,还可以包括姿态传感器,例如IMU,设于设备本体上,设备本体能够通过姿态传感器检测控制设备的姿态,进而生成控制指令,控制图像采集装置拍摄影像信息。
可选的,在上述技术方案中,包括:存储器,设于设备本体上,存储器用于存储图像采集装置拍摄的影像信息。
通过在设备本体上设置存储器,可将配置的系统文件或是图像采集装置拍摄的影像信息予以存储,便于后续对影像信息的处理。
可选的,在上述技术方案中,图像采集装置包括子显示屏,图像采集装置的控制器或设备本体的控制器用于响应用户的输入,控制在子显示屏和母显示屏之间切换显示图像采集装置采集的影像信息。
图像采集装置上设有子显示屏和控制器,在设备本体上设有母显示屏和控制器,在两个控制器中的任一个接收到用户的输入时,可控制在子显示屏和母显示屏之间来回切换图像采集装置所采集的影像信息,需要补充的,在控制器上接收到的输入可以是点击物理按键,也可以是在母显示屏或子显示屏中点击对应于切换的虚拟按键,甚至还可以是通过语音或手势识别等生物特征操控。
可选的,在上述技术方案中,图像采集装置与可移动设备相连时,设备本体用于通过与可移动设备的通信连接控制图像采集装置进行拍摄;和/或设备本体用于通过与图像采集装置的通信连接控制图像采集装置进行拍摄。
在图像采集装置由设备本体上拆下,并安装至可移动设备上时,实现图像采集装置和可移动设备之间的连接,在设备本体的控制下,可将可移动设备作为信号中转站,将控制信号发送给可移动设备,间接地通过可移动设备和图像采集装置之间的连接控制图像采集装置进行拍摄,还可以地,直接建立设备本体与图像采集装置之间的通信连接,通过直接地通过上述连接对图像采集装置予以控制,从而满足拍摄需求。
在上述技术方案中,图像采集装置由设备本体拆下后,图像采集装置能够作为相机独立使用。
在本方案中,图像采集装置拆下后,形成可拍摄的最小单体,其内设置有电池、摄像头以及操控按键,以便于用户将图像采集装置单独作为相机使用。
可选的,在上述技术方案中,设备本体可以为云台,图像采集装置设于设备本体上,设备本体用于控制图像采集装置的运行。
可选的,设备本体可以为云台,在此基础上,将图像采集装置设置在云台上时,则可直接通过云台对图像采集装置予以控制,此外,由于云台自身的特殊性,由于图像采集装置可拆卸地与云台相连,故而可使得云台具有摄像头可更换的功能,提高用户体验,也便于扩展产业链,提升产品生态范围。
本申请第二方面的技术方案提供了一种拍摄设备,包括:设备本体,设备本体上设有安装槽;图像采集装置,与安装槽可拆卸连接;其中,图像采集装置以第一姿态安装于安装槽内时,设备本体能够控制图像采集装置进行拍摄;图像采集装置以第二姿态安装于安装槽内时,设备本体用于收纳图像采集装置。
本申请第二方面的技术方案提供的拍摄设备,包括设备本体以及与设备本体可拆卸连接的图像采集装置,在一个实施例中,在设备本体上直接设置有安装槽,可在将图像采集装置安装在设备本体上时,提供容纳图像采集装置的空间,也即,当设备本体与图像采集装置相连时,图像采集装置位于安装槽内,可提高图像采集装置与设备本体相连时的稳固性。
可以理解,由于安装槽自身呈槽状,也即由设备本体的一侧向内凹陷,从而还可对图像采集装置起到一定的保护作用。
此外,图像采集装置在安装槽内的姿态包括两种,分别为第一姿态和第二姿态,其中,图像采集装置在第一姿态下可开启拍摄功能,此时设备本体可作为控制端对图像采集装置是否进行拍摄予以控制,也即在第一姿态下,设备本体和图像采集装置整体作为相机,便于拍摄影像信息。而在图像采集装置为第二姿态时,设备本体能够用于收纳图像采集装置,也即安装槽能够用于容纳保护图像采集装置,减少图像采集装置意外发生磕碰的可能性。
进一步地,在第二姿态下,图像采集装置可根据设置设定为休眠状态,以节省功耗。
综上,根据本申请的拍摄设备,在设备本体和图像采集装置二者共同的作用下可实现设备本体的多功能,也体现整体的模块化的设计理念,用户在使用时,可根据不同的使用需求灵活选择,极大的提高产品竞争力,同时,由于设备本体和图像采集装置之间可拆卸连接,可根据不同的拍摄需求更换不同的图像采集装置,进一步提升用户的使用体验。
本申请第三方面的技术方案提供了一种拍摄设备,包括:设备本体,设备本体上设有母显示屏;图像采集装置,与设备本体可拆卸连接,且设备本体能够控制图像采集装置进行拍摄,其中,图像采集装置上设有子显示屏,图像采集装置安装至设备本体上时,子显示屏与母显示屏的朝向不同。
本申请第三方面的技术方案提供的拍摄设备,包括设备本体以及与设备本体可拆卸连接的图像采集装置,图像采集装置可根据实际需求选择与设备本体相连,或是选择由设备本体上拆下后,安装至可移动设备中,提高单个组件的功能,也提高产品整体的模块化程度。此外,图像采集装置包括子显示屏,可通过子显示屏显示图像采集装置的运行信息,其中,子显示屏的大小和位置可根据用户的使用习惯进行设定,子显示屏所显示的内容可以包括自身图像采集装置的参数或运行模式,还可显示图像采集装置通过特殊装置进行图 像拍摄的成像预览,在使用时,可根据子显示屏上显示的信息对拍摄进行调整,例如设置录像格式、曝光参数、显示下载界面、调整存储的文件格式等。
而通过在设备本体上设置与控制器电连接的母显示屏,可用于显示出与姿态信息相对应的显示信息,还可以用于显示出图形采集装置采集的影像信息,在一个实施例中,控制器在获取到图像采集装置安装于安装槽内的姿态信息时,可控制母显示屏对姿态信息予以显示,此外,若存在与姿态信息对应的运行模式或是控制逻辑等,也可以一并在母显示屏中显示出来,以便于用户观看。
需要强调的,通过将子显示屏和母显示屏的朝向设置不同,可使得用户在将图像采集装置安装至设备本体上时形成前后两个显示界面,进而无论以何种方式握持拍摄设备,均可直观的看到图像采集装置进行拍摄的影像信息。
更进一步地,在将图像采集装置安装至安装槽内时,图像采集装置的取景方向与子显示屏所处的位置相同,故而在用户通过子显示屏观察影像信息时,图像采集装置作为前置摄像头使用,而若是用户通过母显示屏观察影像信息时,则图像采集装置作为后置摄像头使用,极大的提高用户的使用体验。
此外,由于子显示屏受限于体积和尺寸,其屏幕尺寸并不会很大,仅作为一种预览的方式提供给用户,供用户选择使用。
在一个实施例中,在图像采集装置连接到设备本体上时,设备本体可作为一个控制端,用于控制图像采集装置进行拍摄,从而便于将拍摄设备整体作为相机或摄像机以进行拍摄,还可以地,可将设备本体上的图像采集装置拆下,并将其连接到可移动设备中,从而将图像采集装置单体分离,通过可移动设备一同移动,从而可调整不同的拍摄角度,并在设备本体的控制下进行拍摄,以获取不同角度的照片或影片等。
进一步地,设备本体和图像采集装置之间可拆卸连接,根据设备本体和图像采集装置二者的连接与否可调整设备本体与图像采集装置的通信路径,在一个实施例中,在图像采集装置连接至设备本体时,设备本体可直接通过二者的连接进一步建立通信连接,从而可直接控制图像采集装置进行拍摄,而在图像采集装置脱离设备本体并安装在可移动设备时,设备本体可将可移动设备作为信号中转站,将控制信号发送给可移动设备,间接地通过可移动设备和图像采集装置之间的连接控制图像采集装置进行拍摄。
其中,可移动设备可以为无人机、机器人或其余可接收信号并将信号传递至图像采集装置的具有移动能力的设备。
综上,根据本申请的拍摄设备,在设备本体和图像采集装置二者共同的作用下可实现设备本体的多功能,也体现整体的模块化的设计理念,用户在使用时,可根据不同的使用需求灵活选择,极大的提高产品竞争力,同时,由于设备本体和图像采集装置之间可拆卸连接,可根据不同的拍摄需求更换不同的图像采集装置,进一步提升用户的使用体验。
在上述技术方案中,图像采集装置的控制器或设备本体的控制器用于响应用户的输入,控制在子显示屏和母显示器之间切换显示图像采集装置采集的影像信息。
图像采集装置和设备本体上均设有控制器,在两个控制器中的任一个接收到用户的输入时,可控制在子显示屏和母显示屏之间来回切换图像采集装置所采集的影像信息,需要补充的,在控制器上接收到的输入可以是点击物理按键,也可以是在母显示屏或子显示屏中点击对应于切换的虚拟按键,甚至还可以是通过语音或手势识别等生物特征操控。
本申请第四方面的技术方案提供了一种控制设备,包括:设备本体;设备本体能够与图像采集装置可拆卸连接;其中,当设备本体与图像采集装置连接时,设备本体用于控制图像采集装置进行拍摄,当设备本体与图像采集装置分离且图像采集装置连接于可移动设备时,设备本体用于控制图像采集装置进行拍摄或控制可移动设备的操作。
本申请第四方面的技术方案提供的控制设备,包括设备本体,设备本体可以和图像采集装置可拆卸连接,设备本体可作为一个控制端,用于控制图像采集装置进行拍摄,从而便于将拍摄设备整体作为相机或摄像机以进行拍摄,当然,还可以地,可将设备本体上的图像采集装置拆下,并将其连接到可移动设备中,从而将图像采集装置单体分离,通过可移动设备一同移动,从而可调整不同的拍摄角度,并在设备本体的控制下进行拍摄,以获取不同角度的照片或影片等。
进一步地,设备本体和图像采集装置之间可拆卸连接,根据设备本体和图像采集装置二者的连接与否可调整设备本体与图像采集装置的通信路径,在一个实施例中,在图像采集装置连接至设备本体时,设备本体可直接通过二者的连接进一步建立通信连接,从而可直接控制图像采集装置进行拍摄,而在图像采集装置脱离设备本体并安装在可移动设备时,设备本体可控制可移动设备上的图像采集装置予以拍摄,或者还可控制可移动设备的运行操作,以便于在同一个设备本体上分别对于两个控制对象实现控制。
其中,可移动设备可以为无人机、机器人或其余可接收信号并将信号传递至图像采集装置的具有移动能力的设备。
综上,根据本申请的控制设备,可通过设备本体控制图像采集装置的运行,以提高设备本体功能的多样性,也体现整体的模块化的设计理念,用户在使用时,可根据不同的使用需求灵活选择,极大的提高产品竞争力,同时,由于设备本体和图像采集装置之间可拆卸连接,可根据不同的拍摄需求更换不同的图像采集装置,以控制不同的图像采集装置进行拍摄,进一步提升用户的使用体验。
在上述技术方案中,还包括:安装槽,设于设备本体的一侧,用于容纳图像采集装置。
通过在设备本体的一侧设置安装槽,可在将图像采集装置安装在设备本体上时,提供容纳图像采集装置的空间,也即,当设备本体与图像采集装置相连时,图像采集装置位于安装槽内,可提高图像采集装置与设备本体相连时的稳固性。
可以理解,由于安装槽自身呈槽状,也即由设备本体的一侧向内凹陷,从而还可对图像采集装置起到一定的保护作用。
在上述技术方案中,图像采集装置包括摄像头;图像采集装置能够以第一姿态或第二姿态安装于安装槽,图像采集装置以第一姿态安装于安装槽时摄像头的朝向,与图像采集装置以第二姿态安装于安装槽时摄像头的朝向不同。
通过在图像采集装置上设置摄像头,在将图像采集装置安装在安装槽内时,会以第一姿态或第二姿态安装,而两个姿态下摄像头的朝向不同,可根据不同的姿态放置图像采集装置,以实现收纳和拍摄两个功能。在一个实施例中,摄像头的朝向为由摄像头自身向外延伸形成的射线方向,图像采集装置以第一姿态安装在安装槽内和第二姿态安装在安装槽内,摄像头的射线方向不同,也即两个射线方向不重合。
进一步地,摄像头的朝向不同可以为相反,即两个朝向呈180°,第一姿态为正向安装, 第二姿态为反向安装,还可以是,摄像头的两个朝向之间呈锐角、钝角或直角。
其中,在图像采集装置上设置的摄像头的数量可以为一个,也可以为多个,可根据实际使用需求灵活设置。
在上述技术方案中,当图像采集装置以第一姿态安装于安装槽时,图像采集装置的摄像头朝外;当图像采集装置以第二姿态安装于安装槽时,图像采集装置的摄像头朝里。
图像采集装置在安装槽内的姿态包括两种,分别为第一姿态和第二姿态,其中,第一姿态对应于摄像头朝外,第二姿态对应于摄像头朝内,在图像采集装置处于第一姿态时,摄像头朝外,此时图像采集装置可通过摄像头对影像予以获取,而在图像采集装置处于第二姿态时,摄像头朝里,此时安装槽可对摄像头进行保护,减少发生意外刮花摄像头的镜片的可能性。
进一步地,由于摄像头朝里,可使得安装槽可对摄像头实现包围保护。
在上述技术方案中,当图像采集装置以第一姿态安装于安装槽,设备本体用于控制图像采集装置进行拍摄;当图像采集装置以第二姿态安装于安装槽,设备本体用于收纳图像采集装置。
图像采集装置在安装槽内的姿态包括两种,分别为第一姿态和第二姿态,其中,图像采集装置在第一姿态下可开启拍摄功能,此时设备本体可作为控制端对图像采集装置是否进行拍摄予以控制,也即在第一姿态下,设备本体和图像采集装置整体作为相机,便于拍摄影像信息。而在图像采集装置为第二姿态时,设备本体能够用于收纳图像采集装置,也即安装槽能够用于容纳保护图像采集装置,减少图像采集装置意外发生磕碰的可能性。
进一步地,在第二姿态下,图像采集装置可根据设置设定为休眠状态,以节省功耗。
在上述技术方案中,设备本体能够检测图像采集装置位于安装槽内的姿态信息。
在图像采集装置设置在安装槽内时,设备本体可获取图像采集装置的姿态信息,设备本体自身具有一定的处理能力,可识别出图像采集装置的姿态,以便于与图像采集装置配合以实现不同的功能,在一个实施例中,功能包括但不限于拍摄、休眠。
进一步地,当图像采集装置上设置多个摄像头时,设备本体可根据姿态信息激活对应的一个或多个摄像头,从而连通不同的摄像头以满足不同拍摄需求。
在一个实施例中,姿态信息包括第一姿态和第二姿态,第一姿态可以为摄像头朝外,第二姿态可以为摄像头朝里。
在上述技术方案中,设备本体能够基于图像采集装置位于安装槽内的姿态信息触发不同的控制策略。
设备本体具有一定的处理能力,先通过设备本体对图像采集装置的姿态信息予以检测,根据得到的姿态信息,再进行控制策略的对应获取,从而在图像采集装置的姿态信息发生变化时,可在不同的控制策略之间相互切换,当然,姿态信息具体包括的姿态数量可以为两个,还可以为更多个,但每个姿态均与一个控制策略相对应,不同姿态的控制策略可以存在重复。
其中,控制策略可以为设备本体自身触发的功能,还可以为设备本体控制图像采集装置执行的不同的功能,甚至可以为设备本体对图像采集装置进行控制时的通讯方式。
本申请第五方面的技术方案提供了一种控制设备,包括:设备本体,设备本体上 设有安装槽;安装槽能够与图像采集装置可拆卸连接;其中,图像采集装置以第一姿态安装于安装槽内时,设备本体能够控制图像采集装置进行拍摄;图像采集装置以第二姿态安装于安装槽内时,设备本体用于收纳图像采集装置。
本申请第五方面的技术方案提供的控制设备,包括设备本体。在设备本体上直接设置有安装槽,可在将图像采集装置安装在设备本体上时,提供容纳图像采集装置的空间,也即,当设备本体与图像采集装置相连时,图像采集装置位于安装槽内,可提高图像采集装置与设备本体相连时的稳固性。
可以理解,由于安装槽自身呈槽状,也即由设备本体的一侧向内凹陷,从而还可对图像采集装置起到一定的保护作用。
此外,图像采集装置在安装槽内的姿态包括两种,分别为第一姿态和第二姿态,其中,图像采集装置在第一姿态下可开启拍摄功能,此时设备本体可作为控制端对图像采集装置是否进行拍摄予以控制,也即在第一姿态下,设备本体和图像采集装置整体作为相机,便于拍摄影像信息。而在图像采集装置为第二姿态时,设备本体能够用于收纳图像采集装置,也即安装槽能够用于容纳保护图像采集装置,减少图像采集装置意外发生磕碰的可能性。
进一步地,在第二姿态下,图像采集装置可根据设置设定为休眠状态,以节省功耗。
综上,根据本申请的控制设备,可通过设备本体对图像采集装置的运行进行控制,在此基础上,可加入对图像采集装置在安装槽内的姿态识别,以在拍摄模式和休眠模式之间发生切换,用户在使用时,可根据不同的使用需求灵活选择,极大的提高产品竞争力,同时,由于设备本体和图像采集装置之间可拆卸连接,可根据不同的拍摄需求更换不同的图像采集装置,进一步提升用户的使用体验。
在上述技术方案中,图像采集装置包括摄像头;图像采集装置能够以第一姿态或第二姿态安装于安装槽,图像采集装置以第一姿态安装于安装槽时摄像头的朝向,与图像采集装置以第二姿态安装于安装槽时摄像头的朝向不同。
通过在图像采集装置上设置摄像头,在将图像采集装置安装在安装槽内时,会以第一姿态或第二姿态安装,而两个姿态下摄像头的朝向不同,可根据不同的姿态放置图像采集装置,以实现收纳和拍摄两个功能。在一个实施例中,摄像头的朝向为由摄像头自身向外延伸形成的射线方向,图像采集装置以第一姿态安装在安装槽内和第二姿态安装在安装槽内,摄像头的射线方向不同,也即两个射线方向不重合。
进一步地,摄像头的朝向不同可以为相反,即两个朝向呈180°,第一姿态为正向安装,第二姿态为反向安装,还可以是,摄像头的两个朝向之间呈锐角、钝角或直角。
其中,在图像采集装置上设置的摄像头的数量可以为一个,也可以为多个,可根据实际使用需求灵活设置。
在上述技术方案中,当图像采集装置以第一姿态安装于安装槽时,图像采集装置的摄像头朝外;当图像采集装置以第二姿态安装于安装槽时,图像采集装置的摄像头朝里。
图像采集装置在安装槽内的姿态包括两种,分别为第一姿态和第二姿态,其中,第一姿态对应于摄像头朝外,第二姿态对应于摄像头朝内,在图像采集装置处于第一姿态时,摄像头朝外,此时图像采集装置可通过摄像头对影像予以获取,而在图像采集装置处于第二姿态时,摄像头朝里,此时安装槽可对摄像头进行保护,减少发生意外刮花摄像头的镜 片的可能性。
进一步地,由于摄像头朝里,可使得安装槽可对摄像头实现包围保护。
在上述技术方案中,当图像采集装置以第一姿态安装于安装槽,设备本体用于控制图像采集装置进行拍摄;当图像采集装置以第二姿态安装于安装槽,设备本体用于收纳图像采集装置。
图像采集装置在安装槽内的姿态包括两种,分别为第一姿态和第二姿态,其中,图像采集装置在第一姿态下可开启拍摄功能,此时设备本体可作为控制端对图像采集装置是否进行拍摄予以控制,也即在第一姿态下,设备本体和图像采集装置整体作为相机,便于拍摄影像信息。而在图像采集装置为第二姿态时,设备本体能够用于收纳图像采集装置,也即安装槽能够用于容纳保护图像采集装置,减少图像采集装置意外发生磕碰的可能性。
进一步地,在第二姿态下,图像采集装置可根据设置设定为休眠状态,以节省功耗。
在上述技术方案中,设备本体能够检测图像采集装置位于安装槽内的姿态信息。
在图像采集装置设置在安装槽内时,设备本体可获取图像采集装置的姿态信息,设备本体自身具有一定的处理能力,可识别出图像采集装置的姿态,以便于与图像采集装置配合以实现不同的功能,在一个实施例中,功能包括但不限于拍摄、休眠。
进一步地,当图像采集装置上设置多个摄像头时,设备本体可根据姿态信息激活对应的一个或多个摄像头,从而连通不同的摄像头以满足不同拍摄需求。
在一个实施例中,姿态信息包括第一姿态和第二姿态,第一姿态可以为摄像头朝外,第二姿态可以为摄像头朝里。
在上述技术方案中,设备本体能够基于图像采集装置位于安装槽内的姿态信息触发不同的控制策略。
设备本体具有一定的处理能力,先通过设备本体对图像采集装置的姿态信息予以检测,根据得到的姿态信息,再进行控制策略的对应获取,从而在图像采集装置的姿态信息发生变化时,可在不同的控制策略之间相互切换,当然,姿态信息具体包括的姿态数量可以为两个,还可以为更多个,但每个姿态均与一个控制策略相对应,不同姿态的控制策略可以存在重复。
其中,控制策略可以为设备本体自身触发的功能,还可以为设备本体控制图像采集装置执行的不同的功能,甚至可以为设备本体对图像采集装置进行控制时的通讯方式。
在上述技术方案中,还包括:第一操控件,设于设备本体,用于控制设备本体和/或图像采集装置执行相应操作。
通过在设备本体上设置第一操控件,可对设备本体的运行或是图像采集装置的运行进行控制,在一个实施例中,对于设备本体而言,通过第一操控件可单独控制设备本体的功能,例如开关机等,而对于图像采集装置而言,通过第一操控件还可实现设备本体对图像采集装置的控制。其中,第一操控件包括但不限于按键、摇杆。
当然,第一操控件在使用过程中可单独设置一个功能,或者在设备本体上设置母显示屏的基础上,可与母显示屏联动实现不同的功能。
本申请第六方面的技术方案提供了一种控制设备,包括:设备本体,设备本体上设有母显示屏;设备本体能够与图像采集装置可拆卸连接,且设备本体能够控制图像采集装置进行拍摄,其中,图像采集装置上设有子显示屏,图像采集装置安装至设备 本体上时,子显示屏与母显示屏的朝向不同。
本申请第六方面的技术方案提供的控制设备,包括设备本体。设备本体可作为一个控制端,用于控制图像采集装置进行拍摄,从而便于将拍摄设备整体作为相机或摄像机以进行拍摄,当然,还可以地,可将设备本体上的图像采集装置拆下,并将其连接到可移动设备中,从而将图像采集装置单体分离,通过可移动设备一同移动,从而可调整不同的拍摄角度,并在设备本体的控制下进行拍摄,以获取不同角度的照片或影片等。
其中,通过在设备本体上设置与控制器电连接的母显示屏,可用于显示出显示信息,在一个实施例中,显示信息与姿态信息相对应,控制器在获取到图像采集装置安装于安装槽内的姿态信息时,可控制母显示屏对姿态信息予以显示,此外,若存在与姿态信息对应的运行模式或是控制逻辑等,也可以一并在母显示屏中显示出来,以便于用户观看。
可以理解,无论图像采集装置上是否设置有子显示屏,由于设备本体的控制作用,在设备本体上均需要设置母显示屏,以对控制对象或是具体的运行模式进行实时观察,便于用户的操作。
此外,母显示屏还可用于显示出影像信息,在一个实施例中,影像信息是图像采集装置采集的,在图像采集装置工作时,采集到不同的影像信息,此时母显示屏可作为取景框对影像信息进行预览观看,更便于用户对取景的灵活调整,此外,在母显示屏显示影像信息的同时,还可对一些摄像参数予以显示。
而图像采集装置包括子显示屏,可通过子显示屏显示图像采集装置的运行信息,其中,子显示屏的大小和位置可根据用户的使用习惯进行设定,子显示屏所显示的内容可以包括自身图像采集装置的参数或运行模式,还可显示图像采集装置通过特殊装置进行图像拍摄的成像预览,在使用时,可根据子显示屏上显示的信息对拍摄进行调整,例如设置录像格式、曝光参数、显示下载界面、调整存储的文件格式等。
可以理解,一般地,母显示屏的尺寸相较于子显示屏的尺寸较大,故而通过母显示屏显示多种信息,可为用户提供更清楚直观的观看体验。
需要强调的,通过将子显示屏和母显示屏的朝向设置不同,可使得用户在将图像采集装置安装至设备本体上时形成前后两个显示界面,进而无论以何种方式握持拍摄设备,均可直观的看到图像采集装置进行拍摄的影像信息。
更进一步地,在将图像采集装置安装至设备本体上时,图像采集装置的取景方向与子显示屏所处的位置相同,故而在用户通过子显示屏观察影像信息时,图像采集装置作为前置摄像头使用,而若是用户通过母显示屏观察影像信息时,则图像采集装置作为后置摄像头使用,极大的提高用户的使用体验。
此外,由于子显示屏受限于体积和尺寸,其屏幕尺寸并不会很大,仅作为一种预览的方式提供给用户,供用户选择使用。
综上,根据本申请的控制设备,可通过设备本体控制图像采集装置的运行,以提高设备本体功能的多样性,也体现整体的模块化的设计理念,用户在使用时,可根据不同的使用需求灵活选择,极大的提高产品竞争力,同时,由于设备本体和图像采集装置之间可拆卸连接,可根据不同的拍摄需求更换不同的图像采集装置,以控制不同的图像采集装置进行拍摄,进一步提升用户的使用体验。
在上述技术方案中,母显示屏为触摸屏,母显示屏能够接收切换指令,以在母显示 屏和子显示屏之间切换显示图像采集装置拍摄的影像信息。
母显示屏为触摸屏,具有接收切换指令的作用,从而用户可在母显示屏上触发触控操作,以控制在子显示屏和母显示屏之间来回切换图像采集装置所采集的影像信息,更利于满足用户根据不同的使用及观察需求。
在上述技术方案中,还包括:安装槽,设于设备本体的一侧,用于容纳图像采集装置。
通过在设备本体的一侧设置安装槽,可在将图像采集装置安装在设备本体上时,提供容纳图像采集装置的空间,也即,当设备本体与图像采集装置相连时,图像采集装置位于安装槽内,可提高图像采集装置与设备本体相连时的稳固性。
可以理解,由于安装槽自身呈槽状,也即由设备本体的一侧向内凹陷,从而还可对图像采集装置起到一定的保护作用。
在上述技术方案中,图像采集装置包括摄像头;图像采集装置能够以第一姿态或第二姿态安装于安装槽,图像采集装置以第一姿态安装于安装槽时摄像头的朝向,与图像采集装置以第二姿态安装于安装槽时摄像头的朝向不同。
通过在图像采集装置上设置摄像头,在将图像采集装置安装在安装槽内时,会以第一姿态或第二姿态安装,而两个姿态下摄像头的朝向不同,可根据不同的姿态放置图像采集装置,以实现收纳和拍摄两个功能。在一个实施例中,摄像头的朝向为由摄像头自身向外延伸形成的射线方向,图像采集装置以第一姿态安装在安装槽内和第二姿态安装在安装槽内,摄像头的射线方向不同,也即两个射线方向不重合。
进一步地,摄像头的朝向不同可以为相反,即两个朝向呈180°,第一姿态为正向安装,第二姿态为反向安装,还可以是,摄像头的两个朝向之间呈锐角、钝角或直角。
其中,在图像采集装置上设置的摄像头的数量可以为一个,也可以为多个,可根据实际使用需求灵活设置。
在上述技术方案中,当图像采集装置以第一姿态安装于安装槽时,图像采集装置的摄像头朝外;当图像采集装置以第二姿态安装于安装槽时,图像采集装置的摄像头朝里。
图像采集装置在安装槽内的姿态包括两种,分别为第一姿态和第二姿态,其中,第一姿态对应于摄像头朝外,第二姿态对应于摄像头朝内,在图像采集装置处于第一姿态时,摄像头朝外,此时图像采集装置可通过摄像头对影像予以获取,而在图像采集装置处于第二姿态时,摄像头朝里,此时安装槽可对摄像头进行保护,减少发生意外刮花摄像头的镜片的可能性。
进一步地,由于摄像头朝里,可使得安装槽可对摄像头实现包围保护。
在上述技术方案中,当图像采集装置以第一姿态安装于安装槽,设备本体用于控制图像采集装置进行拍摄;当图像采集装置以第二姿态安装于安装槽,设备本体用于收纳图像采集装置。
图像采集装置在安装槽内的姿态包括两种,分别为第一姿态和第二姿态,其中,图像采集装置在第一姿态下可开启拍摄功能,此时设备本体可作为控制端对图像采集装置是否进行拍摄予以控制,也即在第一姿态下,设备本体和图像采集装置整体作为相机,便于拍摄影像信息。而在图像采集装置为第二姿态时,设备本体能够用于收纳图像采集装置,也即安装槽能够用于容纳保护图像采集装置,减少图像采集装置意外发生磕碰的可能性。
进一步地,在第二姿态下,图像采集装置可根据设置设定为休眠状态,以节省功耗。
在上述技术方案中,设备本体能够检测图像采集装置位于安装槽内的姿态信息。
在图像采集装置设置在安装槽内时,设备本体可获取图像采集装置的姿态信息,设备本体自身具有一定的处理能力,可识别出图像采集装置的姿态,以便于与图像采集装置配合以实现不同的功能,在一个实施例中,功能包括但不限于拍摄、休眠。
进一步地,当图像采集装置上设置多个摄像头时,设备本体可根据姿态信息激活对应的一个或多个摄像头,从而连通不同的摄像头以满足不同拍摄需求。
在一个实施例中,姿态信息包括第一姿态和第二姿态,第一姿态可以为摄像头朝外,第二姿态可以为摄像头朝里。
在上述技术方案中,设备本体能够基于图像采集装置位于安装槽内的姿态信息触发不同的控制策略。
设备本体具有一定的处理能力,先通过设备本体对图像采集装置的姿态信息予以检测,根据得到的姿态信息,再进行控制策略的对应获取,从而在图像采集装置的姿态信息发生变化时,可在不同的控制策略之间相互切换,当然,姿态信息具体包括的姿态数量可以为两个,还可以为更多个,但每个姿态均与一个控制策略相对应,不同姿态的控制策略可以存在重复。
其中,控制策略可以为设备本体自身触发的功能,还可以为设备本体控制图像采集装置执行的不同的功能,甚至可以为设备本体对图像采集装置进行控制时的通讯方式。
本申请第七方面的技术方案提供了一种控制设备,用于控制可移动设备,控制设备包括:设备本体;图像采集装置,与设备本体可拆卸连接;其中,当设备本体与图像采集装置连接时,控制设备用于拍摄以及控制可移动设备,当设备本体与图像采集装置分离且图像采集装置连接于可移动设备时,设备本体用于控制图像采集装置或可移动设备中的至少一个。
本申请第七方面的技术方案提供的控制设备,用于控制可移动设备的运行,在一个实施例中,控制设备包括设备本体以及与设备本体可拆卸连接的图像采集装置,图像采集装置可根据实际需求选择与设备本体相连,或是选择由设备本体上拆下后,安装至可移动设备中,提高单个组件的功能,也提高产品整体的模块化程度。进一步地,在图像采集装置连接到设备本体上时,设备本体可作为一个控制端,一方面可以控制图像采集装置进行拍摄,从而便于将拍摄设备整体作为相机或摄像机以进行拍摄,另一方面,可以控制可移动设备的运行,例如利用设备本体上设置的第一操控件或是母显示屏等,对可移动设备的移动、巡航等运行进行控制。还可以地,将设备本体上的图像采集装置拆下,并将其连接到可移动设备中,从而将图像采集装置单体分离,通过可移动设备一同移动,从而可调整不同的拍摄角度,此时设备本体可单独控制图像采集装置进行拍摄,或单独控制可移动设备的运行,甚至可以同时控制可移动设备的运行,以及在可移动设备上的图像采集装置的拍摄。
进一步地,设备本体和图像采集装置之间可拆卸连接,根据设备本体和图像采集装置二者的连接与否可调整设备本体与图像采集装置的通信路径,在一个实施例中,在图像采集装置连接至设备本体时,设备本体可直接通过二者的连接进一步建立通信连接,从而可直接控制图像采集装置进行拍摄,而在图像采集装置脱离设备本体并安装在可移动设备时, 设备本体可将可移动设备作为信号中转站,将控制信号发送给可移动设备,间接地通过可移动设备和图像采集装置之间的连接控制图像采集装置进行拍摄。
其中,可移动设备可以为无人机、机器人或其余可接收信号并将信号传递至图像采集装置的具有移动能力的设备。
综上,根据本申请的控制设备,在设备本体和图像采集装置二者共同的作用下可实现设备本体的多功能,也体现整体的模块化的设计理念,用户在使用时,可根据不同的使用需求灵活选择,极大的提高产品竞争力,同时,由于设备本体和图像采集装置之间可拆卸连接,可根据不同的拍摄需求更换不同的图像采集装置,进一步提升用户的使用体验。
在上述技术方案中,还包括:安装槽,设于设备本体的一侧,用于容纳图像采集装置。
通过在设备本体的一侧设置安装槽,可在将图像采集装置安装在设备本体上时,提供容纳图像采集装置的空间,也即,当设备本体与图像采集装置相连时,图像采集装置位于安装槽内,可提高图像采集装置与设备本体相连时的稳固性。
可以理解,由于安装槽自身呈槽状,也即由设备本体的一侧向内凹陷,从而还可对图像采集装置起到一定的保护作用。
在上述技术方案中,图像采集装置包括摄像头;图像采集装置能够以第一姿态或第二姿态安装于安装槽,图像采集装置以第一姿态安装于安装槽时摄像头的朝向,与图像采集装置以第二姿态安装于安装槽时摄像头的朝向不同。
通过在图像采集装置上设置摄像头,在将图像采集装置安装在安装槽内时,会以第一姿态或第二姿态安装,而两个姿态下摄像头的朝向不同,可根据不同的姿态放置图像采集装置,以实现收纳和拍摄两个功能。在一个实施例中,摄像头的朝向为由摄像头自身向外延伸形成的射线方向,图像采集装置以第一姿态安装在安装槽内和第二姿态安装在安装槽内,摄像头的射线方向不同,也即两个射线方向不重合。
进一步地,摄像头的朝向不同可以为相反,即两个朝向呈180°,第一姿态为正向安装,第二姿态为反向安装,还可以是,摄像头的两个朝向之间呈锐角、钝角或直角。
其中,在图像采集装置上设置的摄像头的数量可以为一个,也可以为多个,可根据实际使用需求灵活设置。
在上述技术方案中,当图像采集装置以第一姿态安装于安装槽时,图像采集装置的摄像头朝外;当图像采集装置以第二姿态安装于安装槽时,图像采集装置的摄像头朝里。
图像采集装置在安装槽内的姿态包括两种,分别为第一姿态和第二姿态,其中,第一姿态对应于摄像头朝外,第二姿态对应于摄像头朝内,在图像采集装置处于第一姿态时,摄像头朝外,此时图像采集装置可通过摄像头对影像予以获取,而在图像采集装置处于第二姿态时,摄像头朝里,此时安装槽可对摄像头进行保护,减少发生意外刮花摄像头的镜片的可能性。
进一步地,由于摄像头朝里,可使得安装槽可对摄像头实现包围保护。
在上述技术方案中,当图像采集装置以第一姿态安装于安装槽,设备本体用于控制图像采集装置进行拍摄;当图像采集装置以第二姿态安装于安装槽,设备本体用于收纳图像采集装置。
图像采集装置在安装槽内的姿态包括两种,分别为第一姿态和第二姿态,其中,图像 采集装置在第一姿态下可开启拍摄功能,此时设备本体可作为控制端对图像采集装置是否进行拍摄予以控制,也即在第一姿态下,设备本体和图像采集装置整体作为相机,便于拍摄影像信息。而在图像采集装置为第二姿态时,设备本体能够用于收纳图像采集装置,也即安装槽能够用于容纳保护图像采集装置,减少图像采集装置意外发生磕碰的可能性。
进一步地,在第二姿态下,图像采集装置可根据设置设定为休眠状态,以节省功耗。
在上述技术方案中,设备本体能够检测图像采集装置位于安装槽内的姿态信息。
在图像采集装置设置在安装槽内时,设备本体可获取图像采集装置的姿态信息,设备本体自身具有一定的处理能力,可识别出图像采集装置的姿态,以便于与图像采集装置配合以实现不同的功能,在一个实施例中,功能包括但不限于拍摄、休眠。
进一步地,当图像采集装置上设置多个摄像头时,设备本体可根据姿态信息激活对应的一个或多个摄像头,从而连通不同的摄像头以满足不同拍摄需求。
在一个实施例中,姿态信息包括第一姿态和第二姿态,第一姿态可以为摄像头朝外,第二姿态可以为摄像头朝里。
在上述技术方案中,设备本体能够基于图像采集装置位于安装槽内的姿态信息触发不同的控制策略。
设备本体具有一定的处理能力,先通过设备本体对图像采集装置的姿态信息予以检测,根据得到的姿态信息,再进行控制策略的对应获取,从而在图像采集装置的姿态信息发生变化时,可在不同的控制策略之间相互切换,当然,姿态信息具体包括的姿态数量可以为两个,还可以为更多个,但每个姿态均与一个控制策略相对应,不同姿态的控制策略可以存在重复。
其中,控制策略可以为设备本体自身触发的功能,还可以为设备本体控制图像采集装置执行的不同的功能,甚至可以为设备本体对图像采集装置进行控制时的通讯方式。
本申请第八方面的技术方案提供了一种遥控设备,包括:遥控本体,遥控本体包括用于与可移动设备通信的第二通信装置,遥控本体上设有容纳槽;控制设备,与容纳槽可拆卸连接,控制设备上设有母显示屏,母显示屏用于显示可移动设备传输的影像信息。
根据本申请第八方面技术方案提供的遥控设备,包括遥控本体和控制设备,其中,遥控本体上设有容纳槽,控制设备可与容纳槽可拆卸连接,遥控本体上的容纳槽可提供容纳控制设备的空间,也会提高控制设备连接至遥控本体上的稳固性。通过在控制设备上设置母显示屏,可用于显示出影像信息,在一个实施例中,影像信息是可移动设备拍摄并传输的,在可移动设备工作时,采集到不同的影像信息,此时母显示屏可作为取景框对影像信息进行预览观看,更便于用户对取景的灵活调整,此外,在母显示屏显示影像信息的同时,还可对一些摄像参数予以显示。
在一个实施例中,在将控制设备设置在容纳槽内时,遥控本体整体可作为一个控制端,用于控制可移动设备进行拍摄,通过控制可移动设备移动,从而可调整不同的拍摄角度,并在控制设备的控制下进行拍摄,以获取不同角度的照片或影片等。
进一步地,控制设备和遥控本体之间可拆卸连接,根据控制设备和遥控本体二者的连接与否可调整控制设备和遥控本体的通信路径,在一个实施例中,在控制设备连接至遥控本体时,遥控本体可直接通过二者的连接进一步建立通信连接,从而可直接控制可移动设 备进行拍摄,而在控制设备脱离遥控本体时,遥控本体可作为信号中转站,可在控制设备上的母显示屏上显示有可移动设备的影像信息。
其中,可移动设备可以为无人机、机器人或其余可接收信号并将信号传递至图像采集装置的具有移动能力的设备。
需要说明的,在遥控本体对可移动设备进行控制时,主要是通过第二通信装置实现的,在第二通信装置的作用下,可建立起遥控本体与可移动设备之间的通信连接,从而便于实现控制可移动设备的运行,以及对可移动设备采集到的影像信息予以显示。
在上述技术方案中,还包括:第一通信装置,设于控制设备上,控制设备能够通过第一通信装置控制可移动设备。
通过在控制设备上设置第一通信装置,在第二通信装置和第一通信装置的连接下,可使得控制设备可与可移动设备之间建立通信连接,从而可在控制设备的作用下,控制可移动设备的运行。
在上述技术方案中,控制设备安装至容纳槽,控制设备能够通过遥控本体上第二通信装置控制可移动设备;控制设备由容纳槽脱离,控制设备能够通过第一通信装置控制可移动设备。
在控制设备安装至容纳槽上时,控制设备和遥控本体相连,此时控制设备所发出的控制指令是通过遥控本体上的第二通信装置向可移动设备发出,从而使得可移动设备根据第二通信装置发出的指令进行移动和调整,而当控制设备由容纳槽内脱离后,此时控制设备与遥控本体之间处于断开的状态,在控制设备和遥控本体之间无法实现信号的传递,故而可直接通过控制设备上的第一通信装置对可移动设备进行控制。
其中,第一通信装置和第二通信装置的信号发送质量和信号发送距离可以相同,也可以不同。
在上述技术方案中,还包括:第三连接器,设于控制设备上;第四连接器,设于容纳槽内,其中,通过第三连接器和第四连接器的配合实现控制设备和遥控本体之间的电连接。
在控制设备和遥控本体之间实现电连接时,主要是通过第三连接器和第四连接器的配合实现的,在一个实施例中,控制设备上设有第三连接器,容纳槽内设有第四连接器,在将控制设备安装至容纳槽内时,在第三连接器和第四连接器配合上后,控制设备和遥控本体之间才形成电连接,从而便于实现相互供电、遥控本体将控制设备的指令向可移动设备发出以及将可移动设备上拍摄的照片或影片文件通过遥控本体在控制设备上显示。
在上述技术方案中,控制设备和遥控本体之间能够通过第三连接器和第四连接器的配合实现相互供电和/或相互充电。
在第三连接器和第四连接器配合后,控制设备和遥控本体之间可根据此前的设定实现相互之间的供电,或是相互之间的充电,甚至可以在供电的过程中实现充电。可以理解,控制设备和遥控本体上分别设有电池,设备在运行过程中,无论是对可移动设备进行控制,或是显示可移动设备拍摄的影像信息均需要一定的电量支持,随着不断的使用,电池电量均会减小,在此基础上,通过第三连接器和第四连接器的配合,可实现相互供电,例如控制设备的电池为遥控本体上的第二通信装置供电,或是遥控本体上的电池为控制设备的显示屏供电。
还可以地,在控制设备的电池的电量较少,且在控制设备安装至容纳槽内时,遥控本 体的电池作为充电宝会向控制设备的电池充电,或者,在遥控本体的电池的电量较少,且控制设备安装至容纳槽内时,控制设备的电池作为充电宝会向遥控本体的电池充电。
在上述技术方案中,还包括:第五连接器,设于遥控本体上,第五连接器用于向遥控本体充电,和/或,第五连接器用于建立遥控本体与外部设备的通信连接。
通过在遥控本体上设置第五连接器,通过第五连接器可外接电源以向遥控本体充电,此外,第五连接器还可用于与外部设备的通信连接,一方面可通过第五连接器将存储在遥控本体上的文件导出,另一方面还可通过第五连接器将一些文件等导入遥控本体中,例如系统文件,可利于遥控本体的系统升级,或者还可以将其他影像文件或是设置文件导入遥控本体中。
在上述技术方案中,遥控本体还包括:至少一个第二操控件,设于遥控本体上,第二操控件用于接收与可移动设备对应的移动控制指令,和/或第二操控件用于接收与控制可移动设备的影像拍摄对应的拍摄指令。
在遥控本体上设有一个或多个第二操控件,用户可通过第二操控件使得遥控本体接收移动控制指令和/或拍摄指令,在一个实施例中,第二操控件的数量可以为一个,也可以为多个,可根据可移动设备的具体移动控制的方式以及功能设置,例如,接收移动控制指令的第二操控件可以为一个,用于控制可移动设备的前后左右的移动,还可以地,第二操控件的数量为两个,一个控制前后左右的平移,另一个控制可移动设备的转动,此外,还可增加一个第二操控件,用于控制可移动设备以当前姿势和视角进行拍摄。或者,第二操控件包括多个,可以分别控制可移动设备在水平方向的飞行速度、转向角度、垂直方向的速度等。
进一步地,第二操控件包括:按键、摇杆或拨轮,在按键、摇杆或拨轮中可根据可移动设备的类型,或是用户习惯的操作逻辑灵活选择设置。
在上述技术方案中,还包括:天线,设于遥控本体上,其中,天线与遥控本体折叠设置,和/或天线与遥控本体可伸缩设置。
可选的,上述第二通信装置可以为天线,也可以是其他无线传输模块,例如wifi、蓝牙等。
通过在遥控本体上设置天线,可增强遥控本体的信号传输质量,其中,天线可折叠地设置在遥控本体上,在使用时可将天线向外展开,或者,天线可伸缩地设置在遥控本体上,在使用时可将天线向外延伸,甚至,天线可以部分折叠部分伸缩,在两种结构的共同作用下实现遥控本体对可移动设备的信号传输质量的提升。
在上述技术方案中,第二操控件和天线设于遥控本体的不同侧。
通过限制第二操控件和天线分别位于遥控本体的不同侧,一方面可以节省空间,另一方面也便于用户的操作,在一个实施例中,用户在握持遥控设备时,为了更直接的操控,常常是将带有第二操控件的一侧面向自己,此时另一侧的空间并未被利用,通过将天线设置在另一侧,一方面便于天线的取出,另一方面,天线的设置空间会更大,从而可在有限的空间内提供更好的信号传输质量。
本申请第九方面的技术方案提供了一种移动控制系统,包括:可移动设备和控制设备;图像采集装置,图像采集装置可选择地设于可移动设备和控制设备上,其中,图像采集装置设于可移动设备上,控制设备用于控制图像采集装置拍摄或控制可移动 设备的操作;图像采集装置设于控制设备上,控制设备用于控制图像采集装置拍摄。
根据本申请第九方面技术方案提供的移动控制系统,包括可移动设备、控制设备和图像采集装置,图像采集装置可根据实际需求选择与控制设备相连,或是选择由控制设备上拆下后,安装至可移动设备中,提高单个组件的功能,也提高产品整体的模块化程度。在一个实施例中,在图像采集装置连接到控制设备上时,控制设备可作为一个控制端,用于控制图像采集装置进行拍摄,从而便于将拍摄设备整体作为相机或摄像机以进行拍摄,还可以地,可将控制设备上的图像采集装置拆下,并将其连接到可移动设备中,从而将图像采集装置单体分离,通过可移动设备一同移动,从而可调整不同的拍摄角度,并在控制设备的控制下进行拍摄,以获取不同角度的照片或影片等。
进一步地,控制设备和图像采集装置之间可拆卸连接,根据控制设备和图像采集装置二者的连接与否可调整控制设备与图像采集装置的通信路径,在一个实施例中,在图像采集装置连接至控制设备时,控制设备可直接通过二者的连接进一步建立通信连接,从而可直接控制图像采集装置进行拍摄,而在图像采集装置脱离控制设备并安装在可移动设备时,设备本体可控制可移动设备上的图像采集装置予以拍摄,或者还可控制可移动设备的运行操作,以便于在同一个设备本体上分别对于两个控制对象实现控制。
其中,可移动设备可以为无人机、机器人或其余可接收信号并将信号传递至图像采集装置的具有移动能力的设备。
综上,根据本申请的移动控制系统,在控制设备和图像采集装置二者共同的作用下可实现控制设备的多功能,也体现整体的模块化的设计理念,用户在使用时,可根据不同的使用需求灵活选择,极大的提高产品竞争力,同时,由于控制设备和图像采集装置之间可拆卸连接,可根据不同的拍摄需求更换不同的图像采集装置,进一步提升用户的使用体验。
在上述技术方案中,还包括:配合槽,设于可移动设备上或设于可移动设备的云台上,用于容纳图像采集装置。
通过在可移动设备或是在可移动设备的云台上设置配合槽,可在将图像采集装置安装在可移动设备上时,提供容纳图像采集装置的空间,也即,当图像采集装置安装至可移动设备或是可移动设备的云台上时,图像采集装置位于配合槽内,可提高图像采集装置与可移动设备相连时的稳固性。
可以理解,由于配合槽自身呈槽状,也即由可移动设备或可移动设备的云台向内凹陷,从而还可对图像采集装置起到一定的保护作用。
在上述技术方案中,配合槽包括第六连接器,第六连接器用于向图像采集装置充电,和/或,第六连接器用于建立图像采集装置与可移动设备的通信连接。
在配合槽内设置有第六连接器,在第六连接器的作用下,可使得在图像采集装置位于配合槽内时,可移动设备通过第六连接器为图像采集装置充电,以提高可移动设备相对于图像采集装置的续航作用,还可以地,第六连接器可作为可移动设备的通信接口,从而在第六连接器的作用下将图像采集装置拍摄的影像信息通过可移动设备发送至设备本体上,还可以将可移动设备上接收到的控制指令发送给图像采集装置以进行拍摄操作。
在上述技术方案中,当图像采集装置设于可移动设备上,图像采集装置通过第六连接器将采集的影像信息传输至可移动设备,可移动设备用于通过第三通信装置将影像信息传输至控制设备,控制设备用于输出影像信息。
在图像采集装置安装至可移动设备上时,图像采集装置可随可移动设备的移动而随之移动,此时通过第六连接器,可将图像采集装置拍摄的影像信息向可移动设备传输,而可移动设备在接收到影像信息后,还可通过第三通信装置直接将其发送给控制设备,以便于控制设备向外导出或者直接利用控制设备自身的母显示屏进行显示。
在上述技术方案中,控制设备还包括母显示屏,用于显示影像信息。
控制设备包括用于显示影像信息的母显示屏,在一个实施例中,影像信息是图像采集装置采集的,在图像采集装置工作时,采集到不同的影像信息,此时母显示屏可作为取景框对影像信息进行预览观看,更便于用户对取景的灵活调整,此外,在母显示屏显示影像信息的同时,还可对一些摄像参数予以显示。
在上述技术方案中,控制设备还包括第一通信装置,控制设备用于通过第一通信装置向可移动设备传输拍摄参数,以使可移动设备将拍摄参数传输至图像采集装置。
控制设备包括第一通信装置,控制设备在向可移动设备传输拍摄参数时,主要是通过第一通信装置实现的,而对于可移动设备而言,由于图像采集装置可移动设置之间是连接的,可移动设备可将拍摄参数转至图像采集装置上,以控制图像采集装置按照拍摄参数进行拍摄。
其中,拍摄参数包括但不限于:光圈、焦距、景深、曝光时间等参数。
在上述技术方案中,包括:电池仓,设于可移动设备上,电池仓内设有至少一个机体电池。
在可移动设备上设置电池仓,并在电池仓内设置一个或多个机体电池,可为可移动设备的运行供电,此外,由于可移动设备上还能够设置图像采集装置,故而在图像采集装置上的子电池的电量较低时,机体电池会向子电池充电,以保证图像采集装置由可移动设备上拆下后,可保证基本的拍摄功能的运行。
在上述技术方案中,机体电池能够与控制设备上的母电池互换。
通过限定机体电池与母电池之间可互换,也即二者型号尺寸相同,更利于电池的通用范围,也即,同一种电池可应用到两种设备上,降低配件的复杂程度,也提高配件的通用性。
在上述技术方案中,还包括:安装槽,设于控制设备的一侧,用于容纳图像采集装置。
通过在控制设备的一侧设置安装槽,可在将图像采集装置安装在控制设备上时,提供容纳图像采集装置的空间,也即,当控制设备与图像采集装置相连时,图像采集装置位于安装槽内,可提高图像采集装置与控制设备相连时的稳固性。
可以理解,由于安装槽自身呈槽状,也即由控制设备的一侧向内凹陷,从而还可对图像采集装置起到一定的保护作用。
在上述技术方案中,图像采集装置包括摄像头;图像采集装置能够以第一姿态或第二姿态安装于安装槽,图像采集装置以第一姿态安装于安装槽时摄像头的朝向,与图像采集装置以第二姿态安装于安装槽时摄像头的朝向不同。
通过在图像采集装置上设置摄像头,在将图像采集装置安装在安装槽内时,会以第一姿态或第二姿态安装,而两个姿态下摄像头的朝向不同,可根据不同的姿态放置图像采集装置,以实现收纳和拍摄两个功能。在一个实施例中,摄像头的朝向为由摄像头自身向外延伸形成的射线方向,图像采集装置以第一姿态安装在安装槽内和第二姿态安装在安装槽 内,摄像头的射线方向不同,也即两个射线方向不重合。
进一步地,摄像头的朝向不同可以为相反,即两个朝向呈180°,第一姿态为正向安装,第二姿态为反向安装,还可以是,摄像头的两个朝向之间呈锐角、钝角或直角。
其中,在图像采集装置上设置的摄像头的数量可以为一个,也可以为多个,可根据实际使用需求灵活设置。
在上述技术方案中,当图像采集装置以第一姿态安装于安装槽时,图像采集装置的摄像头朝外;当图像采集装置以第二姿态安装于安装槽时,图像采集装置的摄像头朝里。
图像采集装置在安装槽内的姿态包括两种,分别为第一姿态和第二姿态,其中,第一姿态对应于摄像头朝外,第二姿态对应于摄像头朝内,在图像采集装置处于第一姿态时,摄像头朝外,此时图像采集装置可通过摄像头对影像予以获取,而在图像采集装置处于第二姿态时,摄像头朝里,此时安装槽可对摄像头进行保护,减少发生意外刮花摄像头的镜片的可能性。
进一步地,由于摄像头朝里,可使得安装槽可对摄像头实现包围保护。
在上述技术方案中,当图像采集装置以第一姿态安装于安装槽,控制设备用于控制图像采集装置进行拍摄;当图像采集装置以第二姿态安装于安装槽,控制设备用于收纳图像采集装置。
图像采集装置在安装槽内的姿态包括两种,分别为第一姿态和第二姿态,其中,图像采集装置在第一姿态下可开启拍摄功能,此时控制设备可作为控制端对图像采集装置是否进行拍摄予以控制,也即在第一姿态下,控制设备和图像采集装置整体作为相机,便于拍摄影像信息。而在图像采集装置为第二姿态时,控制设备能够用于收纳图像采集装置,也即安装槽能够用于容纳保护图像采集装置,减少图像采集装置意外发生磕碰的可能性。
进一步地,在第二姿态下,图像采集装置可根据设置设定为休眠状态,以节省功耗。
在上述技术方案中,控制设备能够检测图像采集装置位于安装槽内的姿态信息。
在图像采集装置设置在安装槽内时,控制设备可获取图像采集装置的姿态信息,控制设备自身具有一定的处理能力,可识别出图像采集装置的姿态,以便于与图像采集装置配合以实现不同的功能,在一个实施例中,功能包括但不限于拍摄、休眠。
进一步地,当图像采集装置上设置多个摄像头时,控制设备可根据姿态信息激活对应的一个或多个摄像头,从而连通不同的摄像头以满足不同拍摄需求。
在一个实施例中,姿态信息包括第一姿态和第二姿态,第一姿态可以为摄像头朝外,第二姿态可以为摄像头朝里。
在上述技术方案中,控制设备能够基于图像采集装置位于安装槽内的姿态信息触发不同的控制策略。
控制设备具有一定的处理能力,先通过控制设备对图像采集装置的姿态信息予以检测,根据得到的姿态信息,再进行控制策略的对应获取,从而在图像采集装置的姿态信息发生变化时,可在不同的控制策略之间相互切换,当然,姿态信息具体包括的姿态数量可以为两个,还可以为更多个,但每个姿态均与一个控制策略相对应,不同姿态的控制策略可以存在重复。
其中,控制策略可以为控制设备自身触发的功能,还可以为控制设备控制图像采集装 置执行的不同的功能,甚至可以为控制设备对图像采集装置进行控制时的通讯方式。
本申请第十方面的技术方案提供了一种移动控制系统,包括:可移动设备;遥控本体,遥控本体包括用于与可移动设备通信的第二通信装置,控制设备,与遥控本体可拆卸连接,控制设备上设有母显示屏;图像采集装置,图像采集装置可选择地设于可移动设备和控制设备上,其中,图像采集装置设于可移动设备上,控制设备能够通过可移动设备控制图像采集装置拍摄;图像采集装置设于控制设备上,控制设备用于控制图像采集装置拍摄。
根据本申请第十方面的技术方案提供的移动控制系统,包括可移动设备、控制设备和图像采集装置,图像采集装置可根据实际需求选择与控制设备相连,或是选择由控制设备上拆下后,安装至可移动设备中,提高单个组件的功能,也提高产品整体的模块化程度。其中,控制设备包括用于显示影像信息的母显示屏,在一个实施例中,影像信息是图像采集装置采集的,在图像采集装置工作时,采集到不同的影像信息,此时母显示屏可作为取景框对影像信息进行预览观看,更便于用户对取景的灵活调整,此外,在母显示屏显示影像信息的同时,还可对一些摄像参数予以显示。
在一个实施例中,在图像采集装置连接到控制设备上时,控制设备可作为一个控制端,用于控制图像采集装置进行拍摄,从而便于将拍摄设备整体作为相机或摄像机以进行拍摄,还可以地,可将控制设备上的图像采集装置拆下,并将其连接到可移动设备中,从而将图像采集装置单体分离,通过可移动设备一同移动,从而可调整不同的拍摄角度,并在控制设备的控制下进行拍摄,以获取不同角度的照片或影片等。
进一步地,控制设备和图像采集装置之间可拆卸连接,根据控制设备和图像采集装置二者的连接与否可调整控制设备与图像采集装置的通信路径,在一个实施例中,在图像采集装置连接至控制设备时,控制设备可直接通过二者的连接进一步建立通信连接,从而可直接控制图像采集装置进行拍摄,而在图像采集装置脱离控制设备并安装在可移动设备时,控制设备可将可移动设备作为信号中转站,将控制信号发送给可移动设备,间接地通过可移动设备和图像采集装置之间的连接控制图像采集装置进行拍摄。
其中,可移动设备可以为无人机、机器人或其余可接收信号并将信号传递至图像采集装置的具有移动能力的设备。
综上,根据本申请的移动控制系统,在控制设备和图像采集装置二者共同的作用下可实现控制设备的多功能,也体现整体的模块化的设计理念,用户在使用时,可根据不同的使用需求灵活选择,极大的提高产品竞争力,同时,由于控制设备和图像采集装置之间可拆卸连接,可根据不同的拍摄需求更换不同的图像采集装置,进一步提升用户的使用体验。
在上述技术方案中,包括:容纳槽,设于遥控本体上,设备本体与容纳槽可拆卸连接。
遥控本体上设有容纳槽,控制设备可与容纳槽可拆卸连接,遥控本体上的容纳槽可提供容纳控制设备的空间,也会提高控制设备连接至遥控本体上的稳固性。
在上述技术方案中,包括:第一通信装置,设于控制设备上,控制设备能够通过第一通信装置控制可移动设备。
通过在控制设备上设置第一通信装置,在第二通信装置和第一通信装置的连接下,可使得控制设备可与可移动设备之间建立通信连接,从而可在控制设备的作用下,控制可移动设备的运行。
在上述技术方案中,设备本体安装至遥控本体上的容纳槽,设备本体能够通过遥控本体上第二通信装置控制可移动设备;设备本体由容纳槽脱离,设备本体能够通过第一通信装置控制可移动设备。
在控制设备安装至容纳槽上时,控制设备和遥控本体相连,此时控制设备所发出的控制指令是通过遥控本体上的第二通信装置向可移动设备发出,从而使得可移动设备根据第二通信装置发出的指令进行移动和调整,而当控制设备由容纳槽内脱离后,此时控制设备与遥控本体之间处于断开的状态,在控制设备和遥控本体之间无法实现信号的传递,故而可直接通过控制设备上的第一通信装置对可移动设备进行控制。
其中,第一通信装置和第二通信装置的信号发送质量和信号发送距离可以相同,也可以不同。
在上述技术方案中,还包括:第三连接器,设于设备本体上;第四连接器,设于容纳槽内,其中,通过第三连接器和第四连接器的配合实现设备本体和遥控本体之间的电连接。
在控制设备和遥控本体之间实现电连接时,主要是通过第三连接器和第四连接器的配合实现的,在一个实施例中,控制设备上设有第三连接器,容纳槽内设有第四连接器,在将控制设备安装至容纳槽内时,在第三连接器和第四连接器配合上后,控制设备和遥控本体之间才形成电连接,从而便于实现相互供电、遥控本体将控制设备的指令向可移动设备发出以及将可移动设备上拍摄的照片或影片文件通过遥控本体在控制设备上显示。
在上述技术方案中,控制设备和遥控本体之间能够通过第三连接器和第四连接器的配合实现相互供电和/或相互充电。
在第三连接器和第四连接器配合后,控制设备和遥控本体之间可根据此前的设定实现相互之间的供电,或是相互之间的充电,甚至可以在供电的过程中实现充电。可以理解,控制设备和遥控本体上分别设有电池,设备在运行过程中,无论是对可移动设备进行控制,或是显示可移动设备拍摄的影像信息均需要一定的电量支持,随着不断的使用,电池电量均会减小,在此基础上,通过第三连接器和第四连接器的配合,可实现相互供电,例如控制设备的电池为遥控本体上的第二通信装置供电,或是遥控本体上的电池为控制设备的母显示屏供电。
还可以地,在控制设备的电池的电量较少,且在控制设备安装至容纳槽内时,遥控本体的电池作为充电宝会向控制设备的电池充电,或者,在控制设备的电池的电量较少,且控制设备安装至容纳槽内时,遥控本体的电池作为充电宝会向控制设备的电池充电。
在上述技术方案中,还包括:第五连接器,设于遥控本体上,第五连接器用于向遥控本体充电,和/或,第五连接器用于建立遥控本体与外部设备的通信连接。
通过在遥控本体上设置第五连接器,通过第五连接器可外接电源以向遥控本体充电,此外,第五连接器还可用于与外部设备的通信连接,一方面可通过第五连接器将存储在遥控本体上的文件导出,另一方面还可通过第五连接器将一些文件等导入遥控本体中,例如系统文件,可利于遥控本体的系统升级,或者还可以将其他影像文件或是设置文件导入遥控本体中。
在上述技术方案中,还包括:至少一个第二操控件,设于遥控本体上,第二操控件用于接收与可移动设备对应的移动控制指令,和/或第二操控件用于接收与控制可移动设备的影像拍摄对应的拍摄指令。
在遥控本体上设有一个或多个第二操控件,用户可通过第二操控件使得遥控本体接收移动控制指令和/或拍摄指令,在一个实施例中,第二操控件的数量可以为一个,也可以为多个,可根据可移动设备的具体移动控制的方式以及功能设置,例如,接收移动控制指令的第二操控件可以为一个,用于控制可移动设备的前后左右的移动,还可以地,第二操控件的数量为两个,一个控制前后左右的平移,另一个控制可移动设备的转动,此外,还可增加一个第二操控件,用于控制可移动设备以当前姿势和视角进行拍摄。
进一步地,第二操控件包括:按键、摇杆或拨轮,在按键、摇杆或拨轮中可根据可移动设备的类型,或是用户习惯的操作逻辑灵活选择设置。
在上述技术方案中,包括:天线,设于遥控本体上,其中,天线与遥控本体折叠设置,和/或天线与遥控本体可伸缩设置。
通过在遥控本体上设置天线,可增强遥控本体的信号传输质量,其中,天线可折叠地设置在遥控本体上,在使用时可将天线向外展开,或者,天线可伸缩地设置在遥控本体上,在使用时可将天线向外延伸,甚至,天线可以部分折叠部分伸缩,在两种结构的共同作用下实现遥控本体对可移动设备的信号传输质量的提升。
在上述技术方案中,遥控本体上的第二操控件和天线设于遥控本体的不同侧。
通过限制第二操控件和天线分别位于遥控本体的不同侧,一方面可以节省空间,另一方面也便于用户的操作,在一个实施例中,用户在握持遥控设备时,为了更直接的操控,常常是将带有第二操控件的一侧面向自己,此时另一侧的空间并未被利用,通过将天线设置在另一侧,一方面便于天线的取出,另一方面,天线的设置空间会更大,从而可在有限的空间内提供更好的信号传输质量。
在上述技术方案中,包括:配合槽,设于可移动设备上或设于可移动设备的云台上,用于容纳图像采集装置。
通过在可移动设备或是在可移动设备的云台上设置配合槽,可在将图像采集装置安装在可移动设备上时,提供容纳图像采集装置的空间,也即,当图像采集装置安装至可移动设备或是可移动设备的云台上时,图像采集装置位于配合槽内,可提高图像采集装置与可移动设备相连时的稳固性。
可以理解,由于配合槽自身呈槽状,也即由可移动设备或可移动设备的云台向内凹陷,从而还可对图像采集装置起到一定的保护作用。
在上述技术方案中,配合槽包括第六连接器,第六连接器用于向图像采集装置充电,和/或,第六连接器用于建立图像采集装置与可移动设备的通信连接。
在配合槽内设置有第六连接器,在第六连接器的作用下,可使得在图像采集装置位于配合槽内时,可移动设备通过第六连接器为图像采集装置充电,以提高可移动设备相对于图像采集装置的续航作用,还可以地,第六连接器可作为可移动设备的通信接口,从而在第六连接器的作用下将图像采集装置拍摄的影像信息通过可移动设备发送至设备本体上,还可以将可移动设备上接收到的控制指令发送给图像采集装置以进行拍摄操作。
在上述技术方案中,当图像采集装置设于可移动设备上,图像采集装置通过第六连接器将采集的影像信息传输至可移动设备,可移动设备用于通过第三通信装置将影像信息传输至控制设备,控制设备用于输出影像信息。
在图像采集装置安装至可移动设备上时,图像采集装置可随可移动设备的移动而随之 移动,此时通过第六连接器,可将图像采集装置拍摄的影像信息向可移动设备传输,而可移动设备在接收到影像信息后,还可通过第三通信装置直接将其发送给控制设备,以便于控制设备向外导出或者直接利用控制设备自身的母显示屏进行显示。
在上述技术方案中,控制设备还包括母显示屏,用于显示影像信息。
控制设备包括用于显示影像信息的母显示屏,在一个实施例中,影像信息是图像采集装置采集的,在图像采集装置工作时,采集到不同的影像信息,此时母显示屏可作为取景框对影像信息进行预览观看,更便于用户对取景的灵活调整,此外,在母显示屏显示影像信息的同时,还可对一些摄像参数予以显示。
在上述技术方案中,控制设备还包括第一通信装置,控制设备用于通过第一通信装置向可移动设备传输拍摄参数,以使可移动设备将拍摄参数传输至图像采集装置。
控制设备包括第一通信装置,控制设备在向可移动设备传输拍摄参数时,主要是通过第一通信装置实现的,而对于可移动设备而言,由于图像采集装置可移动设置之间是连接的,可移动设备可将拍摄参数转至图像采集装置上,以控制图像采集装置按照拍摄参数进行拍摄。
其中,拍摄参数包括但不限于:光圈、焦距、景深、曝光时间等参数。
在上述技术方案中,包括:电池仓,设于可移动设备上,电池仓内设有至少一个机体电池。
在可移动设备上设置电池仓,并在电池仓内设置一个或多个机体电池,可为可移动设备的运行供电,此外,由于可移动设备上还能够设置图像采集装置,故而在图像采集装置上的子电池的电量较低时,机体电池会向子电池充电,以保证图像采集装置由可移动设备上拆下后,可保证基本的拍摄功能的运行。
在上述技术方案中,机体电池能够与设备本体上的母电池互换。
通过限定机体电池与母电池之间可互换,也即二者型号尺寸相同,更利于电池的通用范围,也即,同一种电池可应用到两种设备上,降低配件的复杂程度,也提高配件的通用性。
在上述技术方案中,包括:安装槽,设于设备本体的一侧,用于容纳图像采集装置。
通过在设备本体的一侧设置安装槽,可在将图像采集装置安装在设备本体上时,提供容纳图像采集装置的空间,也即,当设备本体与图像采集装置相连时,图像采集装置位于安装槽内,可提高图像采集装置与设备本体相连时的稳固性。
可以理解,由于安装槽自身呈槽状,也即由设备本体的一侧向内凹陷,从而还可对图像采集装置起到一定的保护作用。
本申请第十一方面的技术方案提供了一种可穿戴设备,包括:穿戴本体,穿戴本体上设有装配槽;图像采集装置,与装配槽可拆卸连接,且图像采集装置与穿戴本体之间电连接;其中,穿戴本体上设有通信接口,通信接口用于将图像采集装置拍摄的影像信息向外导出。
根据本申请第十一方面的技术方案提供的可穿戴设备,包括穿戴本体和图像采集装置,在穿戴本体上设有装配槽,可将图像采集装置安装在装配槽内,此时图像采集装置会与穿戴本体之间实现电连接,便于供电和通信,此外,在穿戴本体上设置有通信接口,穿戴本体可通过通信接口与外部设备相连,从而可将图像采集装置拍摄的影 响信息导入至外部设备中,当然,在穿戴本体和外部设备通信连接后,还可将一些文件等导入穿戴本体中,例如系统文件,可利于穿戴本体的系统升级,或者还可以将其他影像文件或是设置文件导入穿戴本体中。
其中,通信接口包括USB-A接口、USB-C接口、lightning接口等。
还需补充的是,在穿戴本体上设置装配槽,可在将图像采集装置安装在穿戴本体上时,提供容纳图像采集装置的空间,也即,当穿戴本体与图像采集装置相连时,图像采集装置位于装配槽内,可提高图像采集装置与穿戴本体相连时的稳固性。
在上述技术方案中,穿戴本体具体包括:第一穿戴段,第一穿戴段上设有装配槽,且第一穿戴段的一端设有第一配合部;第二穿戴段,第二穿戴段的一端设有第二配合部,通过第一配合部和第二配合部之间的配合,实现第二穿戴段与第一穿戴段的可拆卸连接。
穿戴本体包括第一穿戴段和第二穿戴段,在第一穿戴段上设有装配槽,便于在第一穿戴段上安装图像采集装置,此外,在第一穿戴段和第二穿戴段上分别设置有第一配合部和第二配合部,从而便于实现二者之间的可拆卸连接,在一个实施例中,第一配合部设置在第一穿戴段的一端,第二配合部设置在第二穿戴段的一端,通过分别在两个穿戴段的端部设置配合部,可在端部实现卡接、粘接或其他方式的可拆卸连接。
在上述技术方案中,包括:第二连接器,设于图像采集装置上;第七连接器,设于装配槽内,其中,通过第二连接器和第七连接器的配合实现穿戴本体和图像采集装置之间的电连接。
在穿戴本体和图像采集装置之间实现电连接时,主要是通过第七连接器和第二连接器的配合实现的,在一个实施例中,穿戴本体上的装配槽内设有第一连接器,图像采集装置设有第二连接器,在将图像采集装置安装至装配槽内时,在第七连接器和第二连接器配合上后,穿戴本体和图像采集装置之间才形成电连接,从而便于实现相互供电、穿戴本体对图像采集装置的控制指令的传递以及图像采集装置向穿戴本体传输拍摄的照片或影片文件。
在上述技术方案中,还包括:至少一个按键,设于穿戴本体上,穿戴本体能够通过按键接收与图像采集装置对应的拍摄指令,以通过第二连接器和第七连接器控制图像采集装置拍摄。
通过在穿戴本体上设置一个或多个按键,可使得穿戴本体通过按键接收与图像采集装置对应的拍摄指令,在一个实施例中,可以为照片拍摄或是视频录制,甚至还可以其他对图像采集装置进行操控的功能按键,例如开关机、模式切换等,其中,穿戴本体上设置有第七连接器,图像采集装置上设有第二连接器,在第二连接器和第七连接器的电连接的作用下即可实现穿戴本体对图像采集装置的控制。
在上述技术方案中,包括:惯性传感器,设于穿戴本体上,穿戴本体能够通过惯性传感器控制图像采集装置拍摄。
通过在穿戴本体上设置惯性传感器,可通过惯性传感器识别图像采集装置的惯性参数,从而可通过对惯性参数进行分析识别,当满足预设的控制轨迹时可控制图像采集装置进行拍摄,通过惯性传感器的识别,可增加对图像采集装置拍摄的操作方式,用户在使用时可更方便的进行拍摄。
当然,用户还可根据自己设定的控制轨迹控制图像采集装置实现不同的功能。
在上述技术方案中,图像采集装置包括摄像头,装配槽上设有与摄像头的形状相适配的第一槽。
图像采集装置包括摄像头,以便于通过摄像头实现图像的拍摄,其中,摄像头的数量可根据产品设计需求灵活选择,甚至可以将摄像头作为可替换的配件进行设计,类似于单反相机机体与镜头之间的关系,可在图像采集装置上将摄像头拆下更换,以适应于不同的使用需求。一般地,由于图像采集装置整体尺寸较小,集成化程度较高,故而也可以直接将摄像头集成到图像采集装置中,在更换时,可将配置有不同摄像头的图像采集装置整体更换。
此外,在装配槽上还设有第一槽,第一槽的形状和摄像头的形状相适配,从而在图像采集装置以特定的姿态安装于装配槽内时,可提高与图像采集装置的配合程度,从而也提高了对图像采集装置的保护程度。
可以理解,一般地,摄像头由于其自身的结构,长度较长,在安装至整体尺寸较小的图像采集装置上时,会有部分略微凸出。
在上述技术方案中,图像采集装置包括子显示屏,装配槽上设有与子显示屏的形状相适配的第二槽。
图像采集装置包括子显示屏,可通过子显示屏显示图像采集装置的运行信息,其中,子显示屏的大小和位置可根据用户的使用习惯进行设定,子显示屏所显示的内容可以包括自身图像采集装置的参数或运行模式,还可显示图像采集装置通过特殊装置进行图像拍摄的成像预览,在使用时,可根据子显示屏上显示的信息对拍摄进行调整,例如设置录像格式、曝光参数、显示下载界面、调整存储的文件格式等。
此外,在装配槽上还设有第二槽,第二槽的形状和子显示屏的形状相适配,一般而言,子显示屏的硬度较低,外屏在使用一定时间后不可避免的会被灰尘或其他介质所磨损,为了提高在不使用子显示屏时,对子显示屏的保护效果,可将图像采集装置以子显示屏正对第二槽的姿态放置于装配槽内。
在上述技术方案中,图像采集装置包括物理按键,装配槽上设有与物理按键的形状相适配的第三槽。
图像采集装置包括有物理按键,可通过物理按键对图像采集装置的拍摄,或是与图像采集装置连接的设备本体或可移动设备进行控制,通过物理按键实现控制,其操控的准确性较高,反馈程度较好,特别是在图像采集装置整体的尺寸较小的情况下,利用物理按键可有效降低误操作的概率,提高使用体验。
当然,一般地,物理按键为了保证控制的反馈程度,一般均会凸起图像采集装置的表面,故而通过在装配槽上设置第三槽,使得第三槽的形状和物理按键的形状相适配,通过将图像采集装置以物理按键正对第三槽的姿态放置于装配槽内,可有效提高装配槽对物理按键的保护作用。
在上述技术方案中,图像采集装置包括摄像头、子显示屏和物理按键,且摄像头、子显示屏和物理按键位于图像采集装置的第一侧。
图像采集装置包括位于第一侧的摄像头、子显示屏和物理按键,其中,将摄像头设置在图像采集装置的第一侧,可通过摄像头对图像采集装置第一侧的环境进行拍摄,当摄像头所在的第一侧正对于装配槽并将图像采集装置安装至装配槽内时,可认为当前用户不需 要进行拍摄,设备本体和图像采集装置可切换至对应的运行模式,当然,当第二侧背对于装配槽时,可认为当前用户需要图像采集装置工作以拍摄影像,设备本体和图像采集装置可切换至对应的运行模式。
此外,在图像采集装置上设有摄像头的基础上,在第一侧上还设置有子显示屏和物理按键中的一个,或是在第一侧上同时设置子显示屏和物理按键,也即图像采集装置上设置的摄像头、子显示屏和物理按键均设置在图像采集装置的同一侧,从而在用户利用图像采集装置进行拍摄时,可有效提高操控的便利性。
其中,子显示屏除显示作用下,还可具有触控作用,即子显示屏为触控屏,可实现更多的虚拟按键功能。
进一步地,图像采集装置上可设置一个或多个摄像头。
在上述技术方案中,图像采集装置以第一姿态位于装配槽内时,第二侧与装配槽的槽底相抵;图像采集装置以第二姿态位于装配槽内时,图像采集装置的第一侧与装配槽的槽底相抵,其中,第二侧与第一侧为图像采集装置的不同侧。
在上述技术方案中,还包括:控制器,设于穿戴本体,用于获取图像采集装置位于装配槽内的姿态信息,并控制穿戴本体执行与姿态信息对应的功能。
在穿戴本体内设有控制器,可通过控制器获取图像采集装置的姿态信息,在一个实施例中,可以获取图像采集装置位于装配槽内的姿态信息,从而便于控制穿戴本体执行对应的功能。
可以理解,通过在穿戴本体内设置控制器,使得穿戴本体具有一定的处理能力,在此基础上,可在控制器的作用下识别图像采集装置的具体姿态,也即识别图像采集装置是否为第一姿态或是第二姿态,可以理解,第一姿态下,控制器可控制图像采集装置进行拍摄,而在第二姿态下,控制器则可控制图像采集装置容纳于装配槽内,并进入待机状态。
在上述技术方案中,还包括:姿态传感器,设于穿戴本体,姿态传感器用于确定图像采集装置位于装配槽内的姿态信息。
通过在穿戴本体上设置姿态传感器,可直接获取到图像采集装置的姿态信息,以便于控制器根据姿态信息确定图像采集装置是否为第一姿态或是第二姿态,进而利于控制穿戴本体执行对应的功能。
其中,姿态传感器设置在穿戴本体上,姿态传感器除了检测第一姿态和第二姿态外,还可以确定图像采集装置是否安装到位。
在上述技术方案中,控制器用于根据穿戴本体的第七连接器和图像采集装置的第二连接器的对准来确定图像采集装置位于装配槽内的姿态信息。
在穿戴本体上设置有第七连接器,在图像采集装置上设置有第二连接器,在图像采集装置安装至装配槽内时,第七连接器和第二连接器应相互对准,此时,控制器可根据第七连接器和第二连接器的具体对准情况确定对应的姿态信息,以便于根据具体的姿态信息。
其中,第七连接器和第二连接器的对准可以存在多种设定情况,例如,当图像采集装置正向安装于装配槽内时,一组第七连接器用于以第一对准方式与一组第二连接器对准,当图像采集装置反向安装于装配槽内时,一组第七连接器用于以第二对准方式与一组第二连接器对准。当然,还可以是第七连接器和第二连接器内的触头是一一对应的,在正向连接时,第七连接器和第二连接器的触头以正向配合方式连接,在反向连接时,第七连接器 和第二连接器的触头会以反向配合方式连接。
在上述技术方案中,还包括:穿戴显示屏,设于穿戴本体上,穿戴显示屏与控制器电连接,控制器能够根据姿态信息在穿戴显示屏上显示与姿态信息对应的显示信息,和/或穿戴显示屏用于显示图像采集装置采集的影像信息。
通过在穿戴本体上设置与控制器电连接的穿戴显示屏,可用于显示出显示信息,在一个实施例中,显示信息与姿态信息相对应,控制器在获取到图像采集装置安装于装配槽内的姿态信息时,可控制穿戴显示屏对姿态信息予以显示,此外,若存在与姿态信息对应的运行模式或是控制逻辑等,也可以一并在穿戴显示屏中显示出来,以便于用户观看。
此外通过在穿戴本体上设置与控制器电连接的穿戴显示屏,可用于显示出影像信息,在一个实施例中,影像信息是图像采集装置采集的,在图像采集装置工作时,采集到不同的影像信息,此时穿戴显示屏可作为取景框对影像信息进行预览观看,更便于用户对取景的灵活调整,此外,在穿戴显示屏显示影像信息的同时,还可对一些摄像参数予以显示。
可以理解,穿戴显示屏的尺寸相较于子显示屏的尺寸较大,故而通过穿戴显示屏显示多种信息,可为用户提供更清楚直观的观看体验。
其中,无论图像采集装置上是否设置有子显示屏,由于穿戴本体的控制作用,在穿戴本体上均需要设置穿戴显示屏,以对控制对象或是具体的运行模式进行实时观察,便于用户的操作。
在上述技术方案中,穿戴显示屏与装配槽位于穿戴本体的不同侧。
通过将穿戴显示屏和装配槽设置在穿戴本体的不同侧,以便于用户在使用图像采集装置进行拍摄时对影像信息的预览,在一个实施例中,穿戴显示屏设置在一侧,装配槽位于另一侧,两侧之间可以是相对关系,也可以是相邻关系,若将穿戴显示屏和装配槽设置在穿戴本体的相对两侧,在图像采集装置以第一姿态安装于装配槽内时,用户可通过穿戴显示屏直对着观看图像采集装置采集的影像信息,而若是将穿戴显示屏和装配槽设置在穿戴本体的相邻两侧,也可通过穿戴显示屏观看影像信息,但其视角会发生偏转,例如上侧设置装配槽,左侧或右侧设置显示屏,可实现潜望式的观看体验。也即通过将二者设置在穿戴本体的不同侧,可适用于不同的拍摄需求。
在上述技术方案中,在姿态信息为第一姿态时,显示信息包括图像采集装置的拍摄界面和拍摄参数;或,在姿态信息为第二姿态时,显示信息为穿戴本体的下载界面和下载参数。
在图像采集装置处于不同姿态时,在穿戴显示屏上显示的内容可以存在区别,在一个实施例中,在控制器获取到图像采集装置位于装配槽内的姿态信息为第一姿态时,可在穿戴显示屏上显示有图像采集装置的拍摄界面和拍摄参数,可以理解,第一姿态即为图像采集装置朝外设置,可开启对外部环境的拍摄功能,此时通过在穿戴显示屏上显示拍摄界面,便于用户取景,而在穿戴显示屏上显示拍摄参数,也便于用户获知当前的拍摄参数,也利于进行专业的局部调整,进而提高拍摄效果。在控制器获取到图像采集装置位于装配槽内的姿态信息为第二姿态时,可在穿戴显示屏上显示有下载界面和下载参数,可以理解,第二姿态即为图像采集装置朝里设置,此时用户无需对外部环境进行拍摄,一般地,第二姿态下,用户常常会选择对穿戴本体进行设置,将视频在穿戴本体和图像采集装置之间进行传输等操作,故而可在穿戴显示屏中显示对应的下载界面,而在穿戴显示屏上显示下载参 数,也便于用户直观的获知传输速度,可根据需求对其灵活设置。
其中,拍摄参数包括但不限于录像格式、曝光参数等。
其中,下载参数包括但不限于视频下载/导出速率、视频存储的文件格式等。
在上述技术方案中,在姿态信息为第一姿态时,控制器能够控制穿戴本体根据接收的操控指令控制图像采集装置进行拍摄;和/或控制器能够控制穿戴本体为图像采集装置充电;在姿态信息为第二姿态时,控制器能够控制穿戴本体为图像采集装置充电;和/或控制器能够控制图像采集装置传输影像信息至穿戴本体。
在控制器获取到的姿态信息为第一姿态时,图像采集装置朝外的设置在装配槽内,此时会激活对应的拍摄功能,由于图像采集装置是与穿戴本体通信连接的,故而在控制器的作用下,可通过穿戴本体控制图像采集装置拍摄,在一个实施例中,穿戴本体上可接收到不同的操控指令,从而在控制器的作用下可根据操控指令对图像采集装置进行控制,例如进行拍照、录像、缩放、局部放大等操作;此外,又由于穿戴本体和图像采集装置电连接,而图像采集装置自身体积较小,电池容量有限,故而在第一姿态下,还可控制穿戴本体将自身的电量传输至图像采集装置,以在保证正常的拍摄状态下实现对图像采集装置的充电。
在控制器获取到的姿态信息为第二姿态时,图像采集装置朝里的设置在装配槽内,此时图像采集装置会处于待机状态,无需对外部环境进行拍摄,由于图像采集装置是与穿戴本体通信连接的,且图像采集装置自身的体积有限,为了控制功耗,其内存含量无法做的很大,故而在控制器的作用下,可通过穿戴本体控制图像采集装置向其传输视频文件,也即将图像采集装置拍摄到的影像信息传输至穿戴本体中;此外,又由于穿戴本体和图像采集装置电连接,而图像采集装置自身体积较小,电池容量有限,故而在第二姿态下,还可控制穿戴本体将自身的电量传输至图像采集装置,以在保证正常的拍摄状态下实现对图像采集装置的充电。
在上述技术方案中,还包括:穿戴电池,设于穿戴本体上;子电池,设于图像采集装置上,其中,通过第七连接器和第二连接器的配合,穿戴电池可向子电池充电。
为了使得穿戴本体和图像采集装置正常工作,在穿戴本体和图像采集装置上分别设置有穿戴电池和子电池,在第七连接器和第二连接器配合时,无论图像采集装置安装至穿戴本体是以第一姿态还是第二姿态,穿戴本体上的穿戴电池可以向图像采集装置的子电池充电,可以理解,由于图像采集装置自身的体积较小,穿戴本体的体积较大,在设计时穿戴电池的电池容量会大于子电池的电池容量,子电池自身的续航能力较差,通过穿戴电池为子电池充电,使得穿戴本体可作为充电宝,以延长图像采集装置的续航周期,提高使用体验。
在上述技术方案中,第七连接器上设有多个第六触点,第二连接器上设有多个第二触点,其中,在第六触点与第二触点一一相抵时,以实现第七连接器与第二连接器的配合。
第七连接器和第二连接器之间的配合主要是通过第六触点和第二触点的抵接实现,在一个实施例中,第七连接器上设置有多个第六触点,第二连接器上设置有多个第二触点,通过第六触点和第二触点实现第七连接器和第二连接器的电连接,其中,第六触点的排布方式可以与第二触点的排布方式相对应,进一步地,还可通过第六触点和第二触点的连接实现对图像采集装置的姿态信息的识别,以便于后续对应功能的选择,也利于图像采集装置和穿戴本体的运行模式的切换。
在上述技术方案中,多个第二触点具体包括两个第二电触点和两个第二通信触点,其中,穿戴本体能够根据图像采集装置位于装配槽内的姿态信息,控制与第二电触点相连的第六触点的功能,以及与第二通信触点相连的第六触点的功能。
在图像采集装置上设置的第二触点根据功能分为第二电触点和第二通信触点,穿戴本体上的第六触点是固定的,无法移动更改,而图像采集装置由于可从穿戴本体上拆卸下来,根据不同的姿态安装到装配槽内时会启用不同的功能,故而可通过调整穿戴本体上与第二触点相连的第六触点的功能以实现不同功能的启用。
在一个实施例中,第二电触点的作用为供电,所以为了满足穿戴本体对图像采集装置的供电,可将与第二电触点相连的第六触点的功能调整为通电,同理,为了满足穿戴本体对图像采集装置的通信控制,可将与第二通信触点相连的第六触点的功能调整为通信,穿戴本体自身对于第六触点的功能可以通过控制器进行切换更改。
此外,第六触点的数量可以与第二触点的数量不同,也即图像采集装置在以第一姿态或第二姿态安装于装配槽内时,与第二触点相抵的第六触点可以是不同的,也可以是存在重合的。
在上述技术方案中,第六触点的数量为四个,与两个第二电触点相连的两个第六触点用于向图像采集装置充电,与两个第二通信触点相连的两个第六触点用于与图像采集装置建立通信连接。
通过在穿戴本体上设置四个第六触点,与第二触点的总数量相同,通过限制其中两个第六触点的功能为充电,另两个第六触点的功能为通信,可根据上述设定使得穿戴本体根据不同的姿态信息实现不同的第六触点的功能,需要强调的是,在本方案中,第六触点和第二触点的数量相同,故而在图像采集装置安装在装配槽内的姿态发生变化时,可通过改变第六触点的功能实现不同姿态下的识别,当然,由于第六触点的功能会随姿态信息发生改变,也即穿戴本体通过第六触点的功能间接确定图像采集装置的姿态信息。
在上述技术方案中,包括:接触检测装置,用于检测第六触点和第二触点之间的连接,其中,在两个第二电触点与第六触点相连时,控制穿戴电池向子电池充电和/或穿戴电池向图像采集装置供电;在两个通信触点与第六触点相连时,穿戴本体能够向图像采集装置发送指令,图像采集装置能够将影像信息发送至穿戴本体。
通过设置接触检测装置,可以检测第六触点和第二触点之间的连接,也即第六触点是否与第二触点对准,以便于执行不同的功能,在一个实施例中,第二触点包括第二电触点和第二通信触点,在第六触点和两个第二电触点相连时,首先将与第二电触点相连的第六触点的功能予以调整,以实现穿戴电池向图像采集装置的电量转移,进一步地,在功能调整后可控制穿戴电池向子电池充电,或是穿戴电池向图像采集装置供电,或是在向子电池充电的同时为图像采集装置的运行供电,此外,在第六触点和两个第二通信触点相连时,先将与第二通信触点相连的第六触点的功能予以调整,以建立图像采集装置和穿戴本体之间的通信连接,进一步地,在功能调整后,通过二者的通信连接,使得图像采集装置可接收穿戴本体发送的指令,从而通过执行对应的指令实现穿戴本体对图像采集装置的控制,而穿戴本体则可以接收图像采集装置传输的影像信息,以减少图像采集装置的存储压力。
其中,接触检测装置可设置在穿戴本体或是图像采集装置上,进一步地,基于图像采集装置小型化的体积和重量的设计理念,将接触检测装置设置在穿戴本体上。
在上述技术方案中,包括:电量检测装置,用于检测图像采集装置的子电池的电量,其中,在子电池的电量满足充电电量时,控制穿戴电池向子电池充电。
电量检测装置可检测到子电池的电量,根据需求,可在子电池的电量较低时,控制穿戴电池对其充电,以保证子电池的剩余电量,便于后续对图像采集装置的使用,其中,充电电量可以为出厂时默认的预设值,也可以为用户根据自身使用需求,或是穿戴电池当前的剩余电量确定的设定值。
其中,电量检测装置可设置在穿戴本体或是图像采集装置上,进一步地,基于图像采集装置小型化的体积和重量的设计理念,将电量检测装置设置在穿戴本体上。
在上述技术方案中,接触检测装置还用于根据第六触点与第二触点的连接关系确定图像采集装置位于装配槽内的姿态信息。
接触检测装置可确定图像采集装置的姿态信息,在一个实施例中,可以根据触点的标识/电容/电压等参数识别触点的对齐方式,从而检测图像采集装置的姿态信息。
在上述技术方案中,第六触点的数量为多个,第二触点的数量为多个,在部分第六触点与部分第二触点以第一对准方式相连时,确定图像采集装置以第一姿态位于装配槽内,在部分第六触点与部分第二触点以第二对准方式相连时,确定图像采集装置为第二姿态位于装配槽内。
第六触点和第二触点的数量均为多个,在进行第一姿态和第二姿态的判断时,主要是通过第六触点和第二触点的对准方式实现的,在一个实施例中,在部分第六触点与部分第二触点以第一对准方式相连时,可认为当前图像采集装置以第一姿态位于装配槽内,而若是在部分第六触点与部分第二触点以第二对准方式相连时,则认为当前图像采集装置以第二姿态位于装配槽内,也即图像采集装置被收纳进穿戴本体中。
在上述技术方案中,图像采集装置能够根据第七连接器和第二连接器之间的连接或断开以确定运行模式。
对于图像采集装置和穿戴本体之间的连接而言,主要是通过第七连接器和第二连接器的配合实现的,一般地,无论图像采集装置是以第一姿态还是第二姿态设置在装配槽内,第七连接器和第二连接器之间均为连接,此时可使得图像采集装置自身的一些功能转移到穿戴本体上,即通过穿戴本体进行控制,例如:供电和文件传输等,而若是在第七连接器和第二连接器之间断开时,可认为当前图像采集装置和穿戴本体之间是分离的,在分离后,图像采集装置是独立运行,或是可利用载体,也即利用可移动设备运行,此时图像采集装置的运行模式明显需要与连接至穿戴本体的运行模式区分开,以适应于不同的功耗以及功能需求。
在上述技术方案中,图像采集装置检测到穿戴电池向子电池充电时,向穿戴本体传输拍摄的影像信息。
图像采集装置在检测到自身的子电池被穿戴电池充电时,可直接向穿戴本体传输已经拍摄到的影像信息,一方面利于数据的转移,减少图像采集装置的存储压力,另一方面也便于图像采集装置可同时实现充电和传数据两种功能,极大的增强使用体验。
在上述技术方案中,还包括:第三磁性件,设于装配槽内;第二磁性件,设于图像采集装置上;其中,通过第三磁性件和第二磁性件的配合实现图像采集装置容纳于装配槽。
在装配槽和图像采集装置上分别设置有第三磁性件和第二磁性件,通过第三磁性件和 第二磁性件之间的磁性连接,可使得图像采集装置设置在装配槽内时提高连接的稳固性,同时还可以随时将图像采集装置取下,以实现图像采集装置和穿戴本体的可拆卸连接。
在上述技术方案中,第三磁性件设于装配槽的底部。
装配槽为设于穿戴本体上的槽状结构,通过将第三磁性件设置在装配槽的底部,可使得无论图像采集装置以何种姿态设置在装配槽内,均可与第二磁性件产生磁性连接,以实现对图像采集装置在装配槽内位置的固定。
在上述技术方案中,第二磁性件设于图像采集装置的一侧;或第二磁性件设于图像采集装置的相对的两侧上。
第二磁性件可以根据第三磁性件设置的位置可选择地设置在图像采集装置的一侧或是相对的两侧,在一个实施例中,考虑到图像采集装置在装配槽内的姿态可能发生变化,可将第二磁性件设置在图像采集装置的周向侧壁上,并将第三磁性件设置在装配槽的周向侧壁上,从而仅需在图像采集装置的一侧设置第二磁性件即可实现第一姿态和第二姿态下对图像采集装置的吸附。
还可以地,在图像采集装置相对的两侧上均设置有第二磁性件,从而可满足不同的姿态配合需求,也即无论图像采集装置是以第一姿态还是第二姿态,第三磁性件均可对第二磁性件起到相吸的作用,以实现固定。
在上述技术方案中,第三磁性件和第二磁性件中的一个为磁铁;或第三磁性件和第二磁性件均为磁铁。
对于第三磁性件和第二磁性件而言,无论将二者中的一个选择为磁铁,还是将二者同时选择为磁铁,均可以实现二者之间的吸引,可根据实际使用需求灵活设置。当然,需要说明的,若是第三磁性件和第二磁性件均为磁铁,则二者的磁性需要相反才可实现吸引作用。
在上述技术方案中,图像采集装置与穿戴本体通过第七连接器和第二连接器相连时,图像采集装置以第一功耗模式运行;图像采集装置与穿戴本体分离时,图像采集装置以第二功耗模式运行,其中,第一功耗模式的耗电量大于第二功耗模式的耗电量。
图像采集装置上设置有第七连接器,穿戴本体上设置有第二连接器,在第七连接器和第二连接器相连时,图像采集装置以耗电量较高的第一功耗模式运行,而当第二连接器和第二连接器断开时,也即图像采集装置和穿戴本体分离,则会控制图像采集装置以耗电量较低的第二功耗模式运行,可以理解,当第七连接器和第二连接器连接时,由于图像采集装置可以利用穿戴本体内的电池为其供电,故而可采用耗电量较高的模式运行,而当第七连接器和第二连接器断开时,图像采集装置需要考虑到自身的续航等因素,故而会采用耗电量较低的模式运行,以延长单次脱离使用的使用时间。
在上述技术方案中,还包括:扬声器,设于穿戴本体上,扬声器用于播放图像采集装置拍摄的影像信息中的音频信息。
通过在穿戴本体上设置扬声器,可播放影像信息中的音频信息,以便于用户对录制的影像信息予以预览,甚至可以在穿戴本体上对视频进行一定的后期处理,更便于用户的使用和后续分享。
在上述技术方案中,包括:加速度传感器,设于穿戴本体上,穿戴本体能够通过加速度传感器控制图像采集装置拍摄影像信息。
通过在穿戴本体上设置加速度传感器,可通过加速度传感器识别图像采集装置所运动的方向以及速度等运动参数,从而可通过对运动参数进行分析识别,当满足预设的运行轨迹时可控制图像采集装置进行拍摄,通过加速度传感器的识别,可增加对图像采集装置拍摄的操作方式,用户在使用时可更方便的进行拍摄。
当然,用户还可根据自己设定的运动轨迹控制图像采集装置实现不同的功能。
在上述技术方案中,在图像采集装置通过摄像头拍摄影像信息时,控制子显示屏亮屏。
在将图像采集装置拍摄影像信息时,通过控制子显示屏亮屏,一方面可为位于图像采集装置上的摄像头的取景提供亮度,更便于用户的使用,另一方面,也可以将子显示屏作为取景框,便于用户的拍摄。
在上述技术方案中,包括:存储器,设于穿戴本体上,存储器用于存储图像采集装置拍摄的影像信息。
通过在设备本体上设置存储器,可将配置的系统文件或是图像采集装置拍摄的影像信息予以存储,便于后续对影像信息的处理。
在上述技术方案中,还包括:照明装置,设于穿戴本体上,照明装置用于在图像采集装置拍摄影像信息时开启。
在穿戴本体上可设置有照明装置,在图像采集装置进行影像信息的拍摄时,控制照明装置开启,以实现补光的作用。
其中,照明装置可以为闪光灯,或其他可增大照明亮度的装置。
在上述技术方案中,图像采集装置上设有惯性测量单元,穿戴本体能够根据惯性测量单元控制与穿戴本体通信连接的目标设备。
通过在图像采集装置设置惯性检测单元,可复用惯性检测单元获取到的数据作为穿戴本体自身的数据,从而根据获取到的数据控制与穿戴本体无线连接的其他设备的运行。其中,穿戴本体与其他设备之间的无线连接,可以为蓝牙连接,还可以为通过无线网络通信连接。
在上述技术方案中,控制器用于在检测到穿戴本体处于穿戴姿态时,控制穿戴显示屏显示时间信息。
在穿戴本体和图像采集装置中的一个或两个上设置有控制器,在检测到穿戴本体为穿戴姿态时,也即穿戴本体被用户穿戴上,此时控制穿戴显示屏显示时间信息,以便于用户的使用和观看。
在上述技术方案中,控制器用于检测到穿戴本体处于抬腕姿态时,控制图像采集装置拍摄影像信息。
在穿戴本体处于抬腕姿态时,也即在穿戴本体穿戴于用户的基础上,若检测到穿戴本体发生转动,直至穿戴本体的姿态与预设的抬腕姿态相重合时,认为当前穿戴本体处于抬腕姿态,此时,可控制图像采集装置对影像信息予以拍摄,以实现无按键触发的快速拍照的功能,提高使用体验。
在上述技术方案中,控制器用于在图像采集装置拍摄影像信息时,控制穿戴显示屏亮屏。
在图像采集装置正在拍摄影像信息时,控制器可通过控制位于穿戴本体上的穿戴显示 屏亮屏以为图像采集装置的拍摄补光。
本申请中的图像采集装置作为小型化相机,可以在多种形态中自由切换,比如可以穿戴拍摄,手持拍摄,连接无人机航拍。针对不同的用户群体,可以组合成不同的使用形态,实现不同场景的拍摄,更加灵活且易搭配,无需针对各种应用场景购置多款相机。并且本申请还可以同时满足手持拍摄和无人机航拍,图像采集装置搭配控制设备,即可以实现手持拍摄,图像采集装置搭配无人机,结合控制设备的控制即可实现航拍,同时控制设备在两种场景下均可以实现对图像采集装置的控制,一机多用。
本申请的附加方面和优点将在下面的描述部分中变得明显,或通过本申请的实践了解到。
附图说明
本申请的上述和/或附加的方面和优点从结合下面附图对实施例的描述中将变得明显和容易理解,其中:
图1是本申请一个实施例所述的图像采集装置的结构示意图;
图2是本申请一个实施例所述的图像采集装置的结构示意图;
图3是本申请一个实施例所述的图像采集装置的结构示意图;
图4是本申请一个实施例所述的图像采集装置的结构示意图;
图5是本申请一个实施例所述的图像采集装置的结构示意图;
图6是本申请一个实施例所述的控制设备的结构示意图;
图7是本申请一个实施例所述的控制设备的结构示意图;
图8是本申请一个实施例所述的控制设备的结构示意图;
图9是本申请一个实施例所述的控制设备的结构示意图;
图10是本申请一个实施例所述的控制设备的结构示意图;
图11是本申请一个实施例所述的控制设备的结构示意图;
图12是本申请一个实施例所述的控制设备的结构示意图;
图13是本申请一个实施例所述的控制设备的结构示意图;
图14是本申请一个实施例所述的控制设备的结构示意图;
图15是本申请一个实施例所述的控制设备的结构示意图;
图16是本申请一个实施例所述的控制设备的结构示意图;
图17是本申请一个实施例所述的控制设备的结构示意图;
图18是本申请一个实施例所述的控制设备的结构示意图;
图19是本申请一个实施例所述的遥控设备的结构示意图;
图20是本申请一个实施例所述的遥控设备的结构示意图;
图21是本申请一个实施例所述的遥控设备的结构示意图;
图22是本申请一个实施例所述的遥控设备的结构示意图;
图23是本申请一个实施例所述的遥控设备的结构示意图;
图24是本申请一个实施例所述的可移动设备的结构示意图;
图25是本申请一个实施例所述的可移动设备的结构示意图;
图26是本申请一个实施例所述的可移动设备的结构示意图;
图27是本申请一个实施例所述的可移动设备的结构示意图;
图28是本申请一个实施例所述的可穿戴设备的结构示意图
图29是本申请一个实施例所述的可穿戴设备的结构示意图
图30是本申请一个实施例所述的可穿戴设备的结构示意图
图31是本申请一个实施例所述的可穿戴设备的结构示意图
图32是本申请一个实施例所述的可穿戴设备的结构示意图;
图33是本申请一个实施例所述的可穿戴设备的结构示意图。
其中,图1至图33中的附图标记与部件名称之间的对应关系为:
100:图像采集装置;102:摄像头;104:子显示屏;106:物理按键;108:第二连接器;1082:第二触点;1084:第二电触点;1086:第二通信触点;110:子电池;112:第二磁性件;114:第二麦克风;
200:控制设备;202:设备本体;204:安装槽;206:控制设备的控制器;208:控制设备的姿态传感器;210:母显示屏;212:第一操控件;214:第一连接器;2142:第一触点;216:母电池;218:控制设备的接触检测装置;220:控制设备的电量检测装置;222:第一磁性件;224:第一麦克风;226:控制设备的扬声器;230:第三连接器;232:第一通信装置;234:控制设备的加速度传感器;236:控制设备的存储器;
300:可移动设备;302:配合槽;304:第六连接器;306:电池仓;
400:遥控设备;402:遥控本体;4022:第二通信装置;4024:容纳槽;4026:第四连接器;404:第五连接器;406:第二操控件;408:天线;
600:可穿戴设备;602:穿戴本体;6022:第一穿戴段;6024:第二穿戴段;604:装配槽;606:第七连接器;6062:第六触点;608:按键;610:可穿戴设备的惯性传感器;612:可穿戴设备的控制器;614:可穿戴设备的姿态传感器;616:穿戴显示屏;618:穿戴电池;620:可穿戴设备的接触检测装置;622:可穿戴设备的电量检测装置;624:第三磁性件;626:可穿戴设备的扬声器;628:可穿戴设备的加速度传感器;630:可穿戴设备的存储器;632:照明装置;634:惯性测量单元;636:通信接口。
具体实施方式
为了能够更清楚地理解本申请的上述目的、特征和优点,下面结合附图和具体实施方式对本申请进行进一步的详细描述。需要说明的是,在不冲突的情况下,本申请的实施例及实施例中的特征可以相互组合。
在下面的描述中阐述了很多具体细节以便于充分理解本申请,但是,本申请还可以采用其他不同于在此描述的其他方式来实施,因此,本申请的保护范围并不受下面公开的具体实施例的限制。
本公开所描述的技术可以应用在可移动设备上,控制可移动设备移动或控制位于可移动设备上的相机进行拍摄或录像,在一个实施例中,可移动设备可以是空中的可移动设备(例如,固定翼飞行器,例如飞机、滑行机,旋翼飞行器,如直升飞机,或者其它的飞行器,如软式飞艇、气球),水中的可移动设备(例如,潜艇,小船,轮船),陆地上的可移动设备(例如,机动车,如轿车、摩托车、公共汽车、卡车、运货车;或手持部件,例如鱼竿、自拍杆或其它类型的可移动的支持物或者框架;以及火车、地铁等),太空中的可移 动设备(如,卫星、空间站、宇宙飞船)。可移动设备可以在一个环境中(如陆地上、水中、空中、太空)自由移动,或者沿着预设的路径、轨道、或者以约定的方式移动。该可移动设备可以一维、二维或者三维的移动。可移动设备可以响应信号自动移动,而不用手动移动。某些实施例中,所述可移动设备可以是运输工具,如空中的运输工具、陆地上的运输工具、水中的运输工具、太空中的运输工具,或者他们的结合。运输工具可以在一个或者多个指定的环境中自由移动,或者沿着轨道或者固定的路径移动。运输工具可包括动力系统。所述动力系统利用电动机、引擎、电子元件、磁性机构、重力、风力、燃烧、及/或者其它的动力机构。在某些实施例中,手动动力系统、人力动力系统、或者借助于其它生物体的动力系统也可以应用在可移动设备上,例如,运输工具。在某些实施例中,所述可移动设备可以是旋翼飞行器,该旋翼飞行器可以通过一个或者多个叶片的旋转驱动或者控制。所述可移动设备可借助一个或者多个旋转叶片、螺旋桨、轮子、磁铁、轨道、或者其它机构,被驱动或者重新定位。在某些实施例中,所述可移动设备是无人运输工具,如无人飞行器(Unmanned Aerial Vehicle,UAV),也可称为无人机。无人飞行器能够悬停、调整方向、和/或者调整位置。
下面参照图1至图33描述根据本申请一些实施例所述的拍摄设备、控制设备、遥控设备、移动控制系统以及可穿戴设备。
如图1所示,本申请第一方面的实施例提供了一种具有组合拍摄和独立拍摄两种功能的拍摄设备,包括设备本体202以及与设备本体202可拆卸连接的图像采集装置100,图像采集装置100可根据实际需求选择与设备本体202相连,或是选择由设备本体202上拆下后,安装至可移动设备300中,提高单个组件的功能,也提高产品整体的模块化程度。当然,图像采集装置100还可以独立使用。在一个实施例中,在图像采集装置100连接到设备本体202上时,设备本体202可作为一个控制端,用于控制图像采集装置100进行拍摄,从而便于将拍摄设备整体作为相机或摄像机以进行拍摄,还可以地,如图26和图27所示,可将设备本体202上的图像采集装置100拆下,并将其连接到可移动设备300中,从而将图像采集装置100单体分离,通过可移动设备300一同移动,从而可调整不同的拍摄角度,并在设备本体202的控制下进行拍摄,以获取不同角度的照片或影片等。
进一步地,设备本体202和图像采集装置100之间可拆卸连接,根据设备本体202和图像采集装置100二者的连接与否可调整设备本体202与图像采集装置100的通信路径,在一个实施例中,在图像采集装置100连接至设备本体202时,设备本体202可直接通过二者的连接进一步建立通信连接,从而可直接控制图像采集装置100进行拍摄,而在图像采集装置100脱离设备本体202并安装在可移动设备300时,设备本体202可控制可移动设备300上的图像采集装置100予以拍摄,或者还可控制可移动设备300的运行操作,以便于在同一个设备本体202上分别对于两个控制对象实现控制。
其中,可移动设备300可以为无人机、机器人或其余可接收信号并将信号传递至图像采集装置100的具有移动能力的设备。
综上,根据本实施例的拍摄设备,在设备本体202和图像采集装置100二者共同的作用下可实现设备本体202的多功能,也体现整体的模块化的设计理念,用户在使用时,可根据不同的使用需求灵活选择,极大的提高产品竞争力,同时,由于设备本体202和图像采集装置100之间可拆卸连接,可根据不同的拍摄需求更换不同的图像采集装置100,进 一步提升用户的使用体验。
下面结合一些实施例来详细描述本申请提供的拍摄设备的具体结构。
实施例一
在设备本体202的一侧设置安装槽204,可在将图像采集装置100安装在设备本体202上时,提供容纳图像采集装置100的空间,也即,当设备本体202与图像采集装置100相连时,图像采集装置100位于安装槽204内,可提高图像采集装置100与设备本体202相连时的稳固性。
可以理解,由于安装槽204自身呈槽状,也即由设备本体202的一侧向内凹陷,从而还可对图像采集装置100起到一定的保护作用。
可选的,安装槽204还可以具有其他形状、尺寸,也可以设置在设备本体202的其他侧,本申请对此不作限定。
在一个具体的实施例中,安装槽204设置在设备本体202的侧面面积较大的一侧。
在一个具体的实施例中,在图像采集装置100由设备本体202上拆下,并安装至可移动设备300上时,实现图像采集装置100和可移动设备300之间的连接,在设备本体202的控制下,可将可移动设备300作为信号中转站,将控制信号发送给可移动设备300,间接地通过可移动设备300和图像采集装置100之间的连接控制图像采集装置100进行拍摄,还可以地,直接建立设备本体202与图像采集装置100之间的通信连接,通过直接地通过上述连接对图像采集装置100予以控制,从而满足拍摄需求。
在本方案中,图像采集装置100拆下后,形成可拍摄的最小单体,其内设置有电池、摄像头102以及操控按键,以便于用户将图像采集装置100单独作为相机使用。
在另一个具体的实施例中,设备本体202可以为云台,在此基础上,将图像采集装置100设置在云台上时,则可直接通过云台对图像采集装置100予以控制,此外,由于云台自身的特殊性,由于图像采集装置100可拆卸地与云台相连,故而可使得云台具有摄像头102可更换的功能,提高用户体验,也便于扩展产业链,提升产品生态范围。并且图像采集装置100可以借助云台的增稳性,实现稳定的拍摄。
实施例二
在图像采集装置100上设置摄像头102,在将图像采集装置100安装在安装槽204内时,会以第一姿态或第二姿态安装,而两个姿态下摄像头102的朝向不同,可根据不同的姿态放置图像采集装置100,以实现收纳和拍摄两个功能。在一个实施例中,摄像头102的朝向为由摄像头102自身向外延伸形成的射线方向,图像采集装置100以第一姿态安装在安装槽204内和第二姿态安装在安装槽204内,摄像头102的射线方向不同,也即两个射线方向不重合。
进一步地,摄像头102的朝向不同可以为相反,即两个朝向呈180°,第一姿态为正向安装,第二姿态为反向安装,还可以是,摄像头102的两个朝向之间呈锐角、钝角或直角。
其中,在图像采集装置100上设置的摄像头102的数量可以为一个,也可以为多个,可根据实际使用需求灵活设置。
图像采集装置100在安装槽204内的姿态包括两种,分别为第一姿态和第二姿态,其中,如图17所示,第一姿态对应于摄像头102朝外,如图18所示,第二姿态对应于摄像头102朝内,在图像采集装置100处于第一姿态时,摄像头102朝外,此时图像采集装置 100可通过摄像头102对影像予以获取,而在图像采集装置100处于第二姿态时,摄像头102朝里,此时安装槽204可对摄像头102进行保护,减少发生意外刮花摄像头102的镜片的可能性。
进一步地,由于摄像头102朝里,可使得安装槽204可对摄像头102实现包围保护。
图像采集装置100在第一姿态下可开启拍摄功能,此时设备本体202可作为控制端对图像采集装置100是否进行拍摄予以控制,也即在第一姿态下,设备本体202和图像采集装置100整体作为相机,便于拍摄影像信息。而在图像采集装置100为第二姿态时,设备本体202能够用于收纳图像采集装置100,也即安装槽204能够用于容纳保护图像采集装置100,减少图像采集装置100意外发生磕碰的可能性。
进一步地,在第二姿态下,图像采集装置100可根据设置设定为休眠状态,以节省功耗。
在图像采集装置100设置在安装槽204内时,设备本体202可获取图像采集装置100的姿态信息,设备本体202自身具有一定的处理能力,可识别出图像采集装置100的姿态,以便于与图像采集装置100配合以实现不同的功能,在一个实施例中,功能包括但不限于拍摄、休眠。
进一步地,当图像采集装置100上设置多个摄像头102时,设备本体202可根据姿态信息激活对应的一个或多个摄像头102,从而连通不同的摄像头102以满足不同拍摄需求。
在一个实施例中,姿态信息包括第一姿态和第二姿态,第一姿态可以为摄像头102朝外,第二姿态可以为摄像头102朝里。
进一步地,设备本体202具有一定的处理能力,先通过设备本体202对图像采集装置100的姿态信息予以检测,根据得到的姿态信息,再进行控制策略的对应获取,从而在图像采集装置100的姿态信息发生变化时,可在不同的控制策略之间相互切换,当然,姿态信息具体包括的姿态数量可以为两个,还可以为更多个,但每个姿态均与一个控制策略相对应,不同姿态的控制策略可以存在重复。
其中,控制策略可以为设备本体202自身触发的功能,还可以为设备本体202控制图像采集装置100执行的不同的功能,甚至可以为设备本体202对图像采集装置100进行控制时的通讯方式。
实施例三
图像采集装置100上可设置有摄像头102、子显示屏104和物理按键106中的一个或多个,而在安装槽204上,则可以根据需求选择是否设置与上述结构的形状分别适配的第一槽、第二槽和第三槽。
其一,图像采集装置100包括摄像头102,以便于通过摄像头102实现图像的拍摄,其中,摄像头102的数量可根据产品设计需求灵活选择,甚至可以将摄像头102作为可替换的配件进行设计,类似于单反相机机体与镜头之间的关系,可在图像采集装置100上将摄像头102拆下更换,以适应于不同的使用需求。一般地,由于图像采集装置100整体尺寸较小,集成化程度较高,故而也可以直接将摄像头102集成到图像采集装置100中,在更换时,可将配置有不同摄像头102的图像采集装置100整体更换。
此外,在安装槽204上还设有第一槽,第一槽的形状和摄像头102的形状相适配,从而在图像采集装置100以特定的姿态安装于安装槽204内时,可提高与图像采集装置100 的配合程度,从而也提高了对图像采集装置100的保护程度。
可以理解,一般地,摄像头102由于其自身的结构,长度较长,在安装至整体尺寸较小的图像采集装置100上时,会有部分略微凸出。
其二,图像采集装置100包括子显示屏104,可通过子显示屏104显示图像采集装置100的运行信息,其中,子显示屏104的大小和位置可根据用户的使用习惯进行设定,子显示屏104所显示的内容可以包括自身图像采集装置100的参数或运行模式,还可显示图像采集装置100通过特殊装置进行图像拍摄的成像预览,在使用时,可根据子显示屏104上显示的信息对拍摄进行调整,例如设置录像格式、曝光参数、显示下载界面、调整存储的文件格式等。
此外,在安装槽204上还设有第二槽,第二槽的形状和子显示屏104的形状相适配,一般而言,子显示屏104的硬度较低,外屏在使用一定时间后不可避免的会被灰尘或其他介质所磨损,为了提高在不使用子显示屏104时,对子显示屏104的保护效果,可将图像采集装置100以子显示屏104正对第二槽的姿态放置于安装槽204内。
其三,图像采集装置100包括有物理按键106,可通过物理按键106对图像采集装置100的拍摄,或是与图像采集装置100连接的设备本体202或可移动设备300进行控制,通过物理按键106实现控制,其操控的准确性较高,反馈程度较好,特别是在图像采集装置100整体的尺寸较小的情况下,利用物理按键106可有效降低误操作的概率,提高使用体验。
当然,一般地,物理按键106为了保证控制的反馈程度,一般均会凸起图像采集装置100的表面,故而通过在安装槽204上设置第三槽,使得第三槽的形状和物理按键106的形状相适配,通过将图像采集装置100以物理按键106正对第三槽的姿态放置于安装槽204内,可有效提高安装槽204对物理按键106的保护作用。
进一步地,在本实施例中,摄像头102位于图像采集装置100的第一侧,子显示屏104和物理按键106中的一个或二者均设于第一侧。
其中,子显示屏104除显示作用下,还可具有触控作用,即子显示屏104为触控屏,可实现更多的虚拟按键功能。
实施例四
图像采集装置100和安装槽204的配合主要包括第一姿态和第二姿态,图像采集装置100上设有第一侧和第二侧,在安装槽204内在图像采集装置100以第一姿态安装时,图像采集装置100的第二侧抵接于安装槽204的槽底,摄像头102、子显示屏104和物理按键106中的一个或多个则是朝外设置,此时摄像头102可用于拍摄影像,物理按键106和子显示屏104则可以用于接收用户的控制操作,其中子显示屏104还可以用于显示一些装置的运行信息;而图像采集装置100在安装槽204内以第二姿态安装时,可将图像采集装置100的第一侧抵接于安装槽204的槽底,由于第一侧和第二侧处于图像采集装置100的不同侧,故而在第一侧与槽底相抵时,此时安装槽204则可以对图像采集装置100上设于第一侧的摄像头102、子显示屏104和物理按键106中的一个或多个实现保护。
其中,第一侧和第二侧可分别处于图像采集装置100的相对的两侧,进一步地,为了便于安装,上述两侧分别为图像采集装置100的前侧和后侧。
当然,第一侧和第二侧还可以为图像采集装置100的相邻的两侧。
实施例五
在设备本体202内设有控制设备的控制器206,可通过控制设备的控制器206获取图像采集装置100的姿态信息,在一个实施例中,可以获取图像采集装置100位于安装槽204内的姿态信息,从而便于控制设备200本体执行对应的功能。
可以理解,通过在设备本体202内设置控制设备的控制器206,使得设备本体202具有一定的处理能力,在此基础上,可在控制设备的控制器206的作用下识别图像采集装置100的具体姿态,也即识别图像采集装置100是否为第一姿态或是第二姿态,可以理解,第一姿态下,控制设备的控制器206可控制图像采集装置100进行拍摄,而在第二姿态下,控制设备的控制器206则可控制图像采集装置100容纳于安装槽204内,并进入待机状态。
如图2和图6所示,进一步地,在设备本体202上设置有第一连接器214,在图像采集装置100上设置有第二连接器108,在图像采集装置100安装至安装槽204内时,第一连接器214和第二连接器108应相互对准,此时,控制设备的控制器206可根据第一连接器214和第二连接器108的具体对准情况确定对应的姿态信息,以便于根据具体的姿态信息。
其中,第一连接器214和第二连接器108的对准可以存在多种设定情况,例如,当图像采集装置100正向安装于安装槽204内时,一组第一连接器214用于以第一对准方式与一组第二连接器108对准,当图像采集装置100反向安装于安装槽204内时,一组第一连接器214用于以第二对准方式与一组第二连接器108对准。当然,还可以是第一连接器214和第二连接器108内的触头是一一对应的,在正向连接时,第一连接器214和第二连接器108的触头以正向配合方式连接,在反向连接时,第一连接器214和第二连接器108的触头会以反向配合方式连接。
实施例六
如图8所示,通过在设备本体202上设置控制设备的姿态传感器208,可直接获取到图像采集装置100的姿态信息,以便于控制设备的控制器206根据姿态信息确定图像采集装置100是否为第一姿态或是第二姿态,进而利于控制设备200本体执行对应的功能。
其中,控制设备的姿态传感器208设置在设备本体202上,控制设备的姿态传感器208除了检测第一姿态和第二姿态外,还可以确定图像采集装置100是否安装到位。
实施例七
如图8和图9所示,在设备本体202上设置与控制设备的控制器206电连接的母显示屏210,可用于显示出显示信息,在一个实施例中,显示信息与姿态信息相对应,控制设备的控制器206在获取到图像采集装置100安装于安装槽204内的姿态信息时,可控制母显示屏210对姿态信息予以显示,此外,若存在与姿态信息对应的运行模式或是控制逻辑等,也可以一并在母显示屏210中显示出来,以便于用户观看。
此外,由于影像信息是图像采集装置100采集的,在图像采集装置100工作时,采集到不同的影像信息,此时母显示屏210可作为取景框对影像信息进行预览观看,更便于用户对取景的灵活调整,此外,在母显示屏210显示影像信息的同时,还可对一些摄像参数予以显示。
其中,母显示屏210的尺寸相较于子显示屏104的尺寸较大,故而通过母显示屏210显示多种信息,可为用户提供更清楚直观的观看体验。
在一个实施例中,无论图像采集装置100上是否设置有子显示屏104,由于设备本体202的控制作用,在设备本体202上均需要设置母显示屏210,以对控制对象或是具体的运行模式进行实时观察,便于用户的操作。
进一步地,母显示屏210和安装槽204可以设置在设备本体202的不同侧,以便于用户在使用图像采集装置100进行拍摄时对影像信息的预览,在一个实施例中,母显示屏210设置在一侧,安装槽204位于另一侧,两侧之间可以是相对关系,也可以是相邻关系,若将母显示屏210和安装槽204设置在设备本体202的相对两侧,在图像采集装置100以第一姿态安装于安装槽204内时,用户可通过母显示屏210直对着观看图像采集装置100采集的影像信息,而若是将母显示屏210和安装槽204设置在设备本体202的相邻两侧,也可通过母显示屏210观看影像信息,但其视角会发生偏转,例如前侧设置安装槽204,上侧设置显示屏,可实现潜望式的观看体验。也即通过将二者设置在设备本体202的不同侧,可适用于不同的拍摄需求。
进一步地,在图像采集装置100上设有子显示屏104,在设备本体202上设有母显示屏210,在两个控制设备的控制器206中的任一个接收到用户的输入时,可控制在子显示屏104和母显示屏210之间来回切换图像采集装置100所采集的影像信息,需要补充的,在控制设备的控制器206上接收到的输入可以是点击物理按键106,也可以是在母显示屏210或子显示屏104中点击对应于切换的虚拟按键,甚至还可以是通过语音或手势识别等生物特征操控。
实施例八
在设备本体202上设置了第一操控件212,可对设备本体202的运行或是图像采集装置100的运行进行控制,在一个实施例中,对于设备本体202而言,通过第一操控件212可单独控制设备200本体的功能,例如开关机等,而对于图像采集装置100而言,通过第一操控件212还可实现设备本体202对图像采集装置100的控制。其中,第一操控件212包括但不限于按键、摇杆。
当然,第一操控件212在使用过程中可单独设置一个功能,或者在设备本体202上设置母显示屏210的基础上,可与母显示屏210联动实现不同的功能。
实施例九
在图像采集装置100处于不同姿态时,在母显示屏210上显示的内容可以存在区别,在一个实施例中,在控制设备的控制器206获取到图像采集装置100位于安装槽204内的姿态信息为第一姿态时,可在母显示屏210上显示有图像采集装置100的拍摄界面和拍摄参数,可以理解,第一姿态即为图像采集装置100朝外设置,可开启对外部环境的拍摄功能,此时通过在母显示屏210上显示拍摄界面,便于用户取景,而在母显示屏210上显示拍摄参数,也便于用户获知当前的拍摄参数,也利于进行专业的局部调整,进而提高拍摄效果。在控制设备的控制器206获取到图像采集装置100位于安装槽204内的姿态信息为第二姿态时,可在母显示屏210上显示有下载界面和下载参数,可以理解,第二姿态即为图像采集装置100朝里设置,此时用户无需对外部环境进行拍摄,一般地,第二姿态下,用户常常会选择对设备本体202进行设置,将视频在设备本体202和图像采集装置100之间进行传输等操作,故而可在母显示屏210中显示对应的下载界面,而在母显示屏210上显示下载参数,也便于用户直观的获知传输速度,可根据需求对其灵活设置。
其中,拍摄参数包括但不限于录像格式、曝光参数等。
其中,下载参数包括但不限于视频下载/导出速率、视频存储的文件格式等。
此外,在控制设备的控制器206获取到的姿态信息为第一姿态时,图像采集装置100朝外的设置在安装槽204内,此时会激活对应的拍摄功能,由于图像采集装置100是与设备本体202通信连接的,故而在控制设备的控制器206的作用下,可通过设备本体202控制图像采集装置100拍摄,在一个实施例中,设备本体202上可接收到不同的操控指令,从而在控制设备的控制器206的作用下可根据操控指令对图像采集装置100进行控制,例如进行拍照、录像、缩放、局部放大等操作;此外,又由于设备本体202和图像采集装置100电连接,而图像采集装置100自身体积较小,电池容量有限,故而在第一姿态下,还可控制设备200本体将自身的电量传输至图像采集装置100,以在保证正常的拍摄状态下实现对图像采集装置100的充电。
在控制设备的控制器206获取到的姿态信息为第二姿态时,图像采集装置100朝里的设置在安装槽204内,此时图像采集装置100会处于待机状态,无需对外部环境进行拍摄,由于图像采集装置100是与设备本体202通信连接的,且图像采集装置100自身的体积有限,为了控制功耗,其内存含量无法做的很大,故而在控制设备的控制器206的作用下,可通过设备本体202控制图像采集装置100向其传输视频文件,也即将图像采集装置100拍摄到的影像信息传输至设备本体202中;此外,又由于设备本体202和图像采集装置100电连接,而图像采集装置100自身体积较小,电池容量有限,故而在第二姿态下,还可控制设备200本体将自身的电量传输至图像采集装置100,以在保证正常的拍摄状态下实现对图像采集装置100的充电。
实施例十
在实施例九的基础上,在设备本体202和图像采集装置100之间实现电连接时,主要是通过第一连接器214和第二连接器108的配合实现的,在一个实施例中,安装槽204内设有第一连接器214,图像采集装置100设有第二连接器108,在将图像采集装置100安装至安装槽204内时,在第一连接器214和第二连接器108配合上后,设备本体202和图像采集装置100之间才形成电连接,从而便于实现相互供电、设备本体202对图像采集装置100的控制指令的传递以及图像采集装置100向设备本体202传输拍摄的照片或影片文件。
可选的,第一连接器214的设置位置可以位于安装槽204的侧壁上,可以理解,相对于槽状结构而言,侧壁即为四周的壁面,在将槽状结构设置在设备本体202上时,图像采集装置100无论是以第一姿态还是以第二姿态设置在安装槽204内时,均可通过设置在侧壁上的第一连接器214与设备本体202实现电连接,可节省不必要的空间浪费。
图像采集装置100在安装槽204中的姿态主要分为第一姿态和第二姿态,每个姿态下,第一连接器214和第二连接器108均需要对准,在一个实施例中,在第一姿态下,第一连接器214和第二连接器108以第一对准方式对准,在第二姿态下,第一连接器214和第二连接器108以第二对准方式对准,便于设备本体202根据不同的对准方式对图像采集装置100的姿态进行识别,以便于控制设备的控制器206控制设备200本体和/或图像采集装置100执行不同的功能。
在一个具体的实施例中,在第一连接器214和第二连接器108相连时,设备本体202和图像采集装置100之间形成电连接,此时设备本体202可通过两个连接器的电连接向图像采集装置100发送操作指令,以控制图像采集装置100执行对应的功能,其中,操作指令可用于控制图像采集装置100执行拍摄、录像或是调节相应的参数。
在另一个具体的实施例中,在第一连接器214和第二连接器108相连时,设备本体202和图像采集装置100之间形成电连接,此时设备本体202可通过两个连接器的电连接从图像采集装置100接收影像信息,其中,影像信息是图像采集装置100拍摄的,在第一连接器214和第二连接器108相配合时,设备本体202和图像采集装置100之间会建立通信连接,可以进行数据传输,以便于将图像采集装置100拍摄的影响信息发送至设备本体202,从而便于图像采集装置100对拍摄的影像信息存储。
如图3和图7所示,进一步地,第一连接器214和第二连接器108之间的配合主要是通过第一触点2142和第二触点1082的抵接实现,在一个实施例中,第一连接器214上设置有多个第一触点2142,第二连接器108上设置有多个第二触点1082,通过第一触点2142和第二触点1082实现第一连接器214和第二连接器108的电连接,其中,第一触点2142的排布方式可以与第二触点1082的排布方式相对应,进一步地,还可通过第一触点2142和第二触点1082的连接实现对图像采集装置100的姿态信息的识别,以便于后续对应功能的选择,也利于图像采集装置100和设备本体202的运行模式的切换。
在一个实施例中,在图像采集装置100上设置的第二触点1082根据功能分为第二电触点1084和第二通信触点1086,设备本体202上的第一触点2142是固定的,无法移动更改,而图像采集装置100由于可从设备本体202上拆卸下来,根据不同的姿态安装到安装槽204内时会启用不同的功能,故而可通过调整设备本体202上与第二触点1082相连的第一触点2142的功能以实现不同功能的启用。
在一个实施例中,第二电触点1084的作用为供电,所以为了满足设备本体202对图像采集装置100的供电,可将与第二电触点1084相连的第一触点2142的功能调整为通电,同理,为了满足设备本体202对图像采集装置100的通信控制,可将与第二通信触点1086相连的第一触点2142的功能调整为通信,设备本体202自身对于第一触点2142的功能可以通过控制设备的控制器206进行切换更改。
此外,第一触点2142的数量可以与第二触点1082的数量不同,也即图像采集装置100在以第一姿态或第二姿态安装于安装槽204内时,与第二触点1082相抵的第一触点2142可以是不同的,也可以是存在重合的。
在一个更具体的实施例中,在设备本体202上设置四个第一触点2142,与第二触点1082的总数量相同,通过限制其中两个第一触点2142的功能为充电,另两个第一触点2142的功能为通信,可根据上述设定使得设备本体202根据不同的姿态信息实现不同的第一触点2142的功能,需要强调的是,在本方案中,第一触点2142和第二触点1082的数量相同,故而在图像采集装置100安装在安装槽204内的姿态发生变化时,可通过改变第一触点2142的功能实现不同姿态下的识别,当然,由于第一触点2142的功能会随姿态信息发生改变,也即设备本体202通过第一触点2142的功能间接确定图像采集装置100的姿态信息。
例如,第一触点2142和第二触点1082均包括4个金属触点,其中分别为1个正极、1个负极,用于充电,第三个和第四个金属触点分别为上行链路和下行链路,用于传输控制 指令(上行)以及传输影像信息(下行)。设备本体的第一触点2142假设标识分别为1、2、3、4,图像采集装置100的第二触点1082的标识假设分别为5、6、7、8,当设备本体的标识为1、2、3、4这4个金属触点连接图像采集装置100的标识位5、6、7、8这4个金属触点时,标识为1、2、3、4这4个金属触点分别对应充电、传指令和传数据,当设备本体的标识为1、2、3、4这4个金属触点连接图像采集装置100的标识位8、7、6、5这4个金属触点时,标识为1、2、3、4这4个金属触点的功能需要调换,即分别对应传数据、传指令和充电。当然,功能切换还可以由图像采集装置的4个金属触点来实现。
其中,图像采集装置100上设置有第一连接器214,设备本体202上设置有第二连接器108,在第一连接器214和第二连接器108相连时,图像采集装置100以耗电量较高的第一功耗模式运行,而当第二连接器108和第二连接器108断开时,也即图像采集装置100和设备本体202分离,则会控制图像采集装置100以耗电量较低的第二功耗模式运行,可以理解,当第一连接器214和第二连接器108连接时,由于图像采集装置100可以利用设备本体202内的电池为其供电,故而可采用耗电量较高的模式运行,而当第一连接器214和第二连接器108断开时,图像采集装置100需要考虑到自身的续航等因素,故而会采用耗电量较低的模式运行,以延长单次脱离使用的使用时间。
例如,曝光模式、屏幕的控制模式、按键的控制模式的切换,这些控制模式可以是与功耗相关的,当图像采集装置100连接在设备本体202上时,可采用耗电量高且性能高的控制模式,例如曝光可长曝,实现更加复杂的处理策略,且子机的按键和显示屏可以不用启动。比如图像采集装置100单独使用时曝光时间短,按键启动,显示屏启动,实现相对不复杂的处理策略。
实施例十一
在实施例十的基础上,如图5和图12所示,为了使得设备本体202和图像采集装置100正常工作,在设备本体202和图像采集装置100上分别设置有母电池216和子电池110,在第一连接器214和第二连接器108配合时,无论图像采集装置100安装至设备本体202是以第一姿态还是第二姿态,设备本体202上的母电池216可以向图像采集装置100的子电池110充电,可以理解,由于图像采集装置100自身的体积较小,设备本体202的体积较大,在设计时母电池216的电池容量会大于子电池110的电池容量,子电池110自身的续航能力较差,通过母电池216为子电池110充电,使得设备本体202可作为充电宝,以延长图像采集装置100的续航周期,提高使用体验。
进一步地,如图14所示,还设置有控制设备的电量检测装置220,可检测到子电池110的电量,根据需求,可在子电池110的电量较低时,控制母电池216对其充电,以保证子电池110的剩余电量,便于后续对图像采集装置100的使用,其中,充电电量可以为出厂时默认的预设值,也可以为用户根据自身使用需求,或是母电池216当前的剩余电量确定的设定值。
其中,控制设备的电量检测装置220可设置在设备本体202或是图像采集装置100上,进一步地,基于图像采集装置100小型化的体积和重量的设计理念,将控制设备的电量检测装置220设置在设备本体202上。
进一步地,图像采集装置100在检测到自身的子电池110被母电池216充电时,可直接向设备本体202传输已经拍摄到的影像信息,一方面利于数据的转移,减少图像采集装 置100的存储压力,另一方面也便于图像采集装置100可同时实现充电和传数据两种功能,极大的增强使用体验。
此外,如图10所示,在设备本体202上还可设置第三连接器230,通过第三连接器230可外接电源以向母电池216充电,此外,第三连接器230还可用于与外部设备的通信连接,一方面可通过第三连接器230将存储在设备本体202上的文件导出,另一方面还可通过第三连接器230将一些文件等导入设备本体202中,例如系统文件,可利于设备本体202的系统升级,或者还可以将其他影像文件或是设置文件导入设备本体202中。
当设备本体202通过第三连接器230向母电池216充电时,可以同时为图像采集装置100的子电池110充电。
在一个实施例中,当图像采集装置100连接在设备本体202上时,设备本体202上的母电池216可以边向图像采集装置100的子电池110充电,边为图像采集装置100供电,以支持图像采集装置100能够正常运行。
在本实施例中,在设备本体202上设置有母显示屏210,可用于显示出显示信息,在一个实施例中,显示信息与姿态信息相对应,控制设备的控制器206在获取到图像采集装置100安装于安装槽204内的姿态信息时,可控制母显示屏210对姿态信息予以显示,此外,若存在与姿态信息对应的运行模式或是控制逻辑等,也可以一并在母显示屏210中显示出来,以便于用户观看。此外,在母电池216由母显示屏210上拆卸下来后,为了保证正常的显示,可通过图像采集装置100上的子电池110为母显示屏210供电,从而延长一定的使用时间。
实施例十二
在实施例十的基础上,如图14所示,设置控制设备的接触检测装置218,可以检测第一触点2142和第二触点1082之间的连接,也即第一触点2142是否与第二触点1082对准,以便于执行不同的功能,在一个实施例中,第二触点1082包括第二电触点1084和第二通信触点1086,在第一触点2142和两个第二电触点1084相连时,首先将与第二电触点1084相连的第一触点2142的功能予以调整,以实现母电池216向图像采集装置100的电量转移,进一步地,在功能调整后可控制母电池216向子电池110充电,或是母电池216向图像采集装置100供电,或是在向子电池110充电的同时为图像采集装置100的运行供电,此外,在第一触点2142和两个第二通信触点1086相连时,先将与第二通信触点1086相连的第一触点2142的功能予以调整,以建立图像采集装置100和设备本体202之间的通信连接,进一步地,在功能调整后,通过二者的通信连接,使得图像采集装置100可接收设备本体202发送的指令,从而通过执行对应的指令实现设备本体202对图像采集装置100的控制,而设备本体202则可以接收图像采集装置100传输的影像信息,以减少图像采集装置100的存储压力。
其中,控制设备的接触检测装置218可设置在设备本体202或是图像采集装置100上,进一步地,基于图像采集装置100小型化的体积和重量的设计理念,将控制设备的接触检测装置218设置在设备本体202上。
进一步地,控制设备的接触检测装置218可确定图像采集装置100的姿态信息,在一个实施例中,由于第二触点1082包括两种类型,而第一触点2142的功能可随与之相连的第二触点1082发生变化,故而在图像采集装置100安装在安装槽204内的姿态发生变化时, 可通过改变第一触点2142的功能实现不同姿态下的识别,当然,由于第一触点2142的功能会随姿态信息发生改变,也即设备本体202通过第一触点2142的功能间接确定图像采集装置100的姿态信息。
在另一个实施例中,第一触点2142和第二触点1082的数量均为多个,在进行第一姿态和第二姿态的判断时,主要是通过第一触点2142和第二触点1082的对准方式实现的,在一个实施例中,在部分第一触点2142与部分第二触点1082以第一对准方式相连时,可认为当前图像采集装置100以第一姿态位于安装槽204内,而若是在部分第一触点2142与部分第二触点1082以第二对准方式相连时,则认为当前图像采集装置100以第二姿态位于安装槽204内,也即图像采集装置100被收纳进设备本体202中。
实施例十三
在实施例十的基础上,无论图像采集装置100是以第一姿态还是第二姿态设置在安装槽204内,第一连接器214和第二连接器108之间均为连接,此时可使得图像采集装置100自身的一些功能转移到设备本体202上,即通过设备本体202进行控制,例如:供电和文件传输等,而若是在第一连接器214和第二连接器108之间断开时,可认为当前图像采集装置100和设备本体202之间是分离的,在分离后,图像采集装置100是独立运行,或是可利用载体,也即利用可移动设备300运行,此时图像采集装置100的运行模式明显需要与连接至设备本体202的运行模式区分开,以适应于不同的功耗以及功能需求。
实施例十四
如图4所示,在安装槽204和图像采集装置100上分别设置有第一磁性件222和第二磁性件112,通过第一磁性件222和第二磁性件112之间的磁性连接,可使得图像采集装置100设置在安装槽204内时提高连接的稳固性,同时还可以随时将图像采集装置100取下,以实现图像采集装置100和设备本体202的可拆卸连接。
进一步地,安装槽204为设于设备本体202上的槽状结构,将第一磁性件222设置在安装槽204的底部,可使得无论图像采集装置100以何种姿态设置在安装槽204内,均可与第二磁性件112产生磁性连接,以实现对图像采集装置100在安装槽204内位置的固定。
在一个实施例中,第二磁性件112可以根据第一磁性件222设置的位置可选择地设置在图像采集装置100的一侧或是相对的两侧,在一个实施例中,考虑到图像采集装置100在安装槽204内的姿态可能发生变化,可将第二磁性件112设置在图像采集装置100的周向侧壁上,并将第一磁性件222设置在安装槽204的周向侧壁上,从而仅需在图像采集装置100的一侧设置第二磁性件112即可实现第一姿态和第二姿态下对图像采集装置100的吸附。
在另一个实施例中,在图像采集装置100相对的两侧上均设置有第二磁性件112,从而可满足不同的姿态配合需求,也即无论图像采集装置100是以第一姿态还是第二姿态,第一磁性件222均可对第二磁性件112起到相吸的作用,以实现固定。
在一个具体的实施例中,第一磁性件222和第二磁性件112中的一个为磁铁。
在另一个具体的实施例中,第一磁性件222和第二磁性件112均为磁铁。
无论将二者中的一个选择为磁铁,还是将二者同时选择为磁铁,均可以实现二者之间的吸引,可根据实际使用需求灵活设置。当然,需要说明的,若是第一磁性件222和第二磁性件112均为磁铁,则二者的磁性需要相反才可实现吸引作用。
在一个实施例中,第一磁性件222和第二磁性件112中的一个为磁铁,另一个为铁,也可以实现相互吸引。
实施例十五
在图像采集装置100上可设置第二麦克风114,在设备本体202上设有一个或多个第一麦克风224,在将图像采集装置100安装在安装槽204内时,通过限定第二麦克风114和第一麦克风224的收音方向不同,可提高收音效果,甚至可以收取立体声。
可以理解,可单独设置第二麦克风114或第一麦克风224,或是同时设置第二麦克风114和第一麦克风224。
需要说明的,由于图像采集装置100的体积和尺寸受到一定的限制,为了满足尺寸要求,第二麦克风114的数量可以为一个。
其中,由于在图像采集装置100上设置了第二麦克风114,当图像采集装置100脱离设备本体202后,可实现远程收音,提高收音效果。
例如,在图像采集装置100上设置1个麦克风,在设备本体202上设置3个麦克风,这4个麦克风的朝向可以分别为前后左右,以实现在图像采集装置100安装于设备本体202上时,可以实现立体声录制。
实施例十六
如图15所示,在设备本体202上设置第一通信装置232,可在图像采集装置100脱离设备本体202后,也即图像采集装置100由安装槽204拆卸下来,设备本体202则可根据第一通信装置232对图像采集装置100进行无线控制,以实现远程拍摄的效果,极大提高用户操控的便利性。
在一个实施例中,第一通信装置232具有无线通信接口636,包括:WiFi传输接口、移动通信传输接口、红外通信传输接口、蓝牙通信传输接口、短距离激光通讯接口中的任一种或多种,即:无线通信接口636的种类可以仅包括上述接口中的任一个,也可以同时包含上述接口中的任意多个,在实际生产过程中可以根据产品的具体结构、具体用途及产品定位进行调整。其中,WiFi(Wireless-Fidelity,无线宽带、无线网)传输接口,能够实现与无线局域网的连接;移动通信接口636能够实现与固定点用户或移动用户之间的通信;红外通信传输接口能够通过红外线与外围设备实现语言、文字、数据、图像等信息的传输;蓝牙通信接口636能够通过蓝牙技术与外围设备实现语言、文字、数据、图像等信息的传输;短距离激光通讯接口能够通过激光实现短距离信息传输。上述几种接口是较为常用的无线通信接口636,基本能够满足用户对无线通信接口636的需求。
实施例十七
在上述任一实施例的基础上,如图13所示,可在设备本体202上设置控制设备的扬声器226,可播放影像信息中的音频信息,以便于用户对录制的影像信息予以预览,甚至可以在设备本体202上对视频进行一定的后期处理,更便于用户的使用和后续分享。
如图15所示,在上述任一实施例的基础上,可在设备本体202上设置加速度传感器234,可通过加速度传感器234识别图像采集装置100所运动的方向以及速度等运动参数,从而可通过对运动参数进行分析识别,当满足预设的运行轨迹时可控制图像采集装置100进行拍摄,通过加速度传感器234的识别,可增加对图像采集装置100拍摄的操作方式, 用户在使用时可更方便的进行拍摄。
如图15所示,在上述任一实施例的基础上,在设备本体202上设置控制设备的存储器236,可将配置的系统文件或是图像采集装置100拍摄的影像信息予以存储,便于后续对影像信息的处理。
在上述任一实施例的基础上,还可以包括姿态传感器,例如IMU,设于设备本体上,设备本体能够通过姿态传感器检测控制设备的姿态,进而生成控制指令,控制图像采集装置拍摄影像信息。
本申请第二方面的实施例提供了一种具有组合拍摄和独立拍摄两种功能的拍摄设备,包括设备本体202以及与设备本体202可拆卸连接的图像采集装置100,在一个实施例中,在设备本体202上直接设置有安装槽204,可在将图像采集装置100安装在设备本体202上时,提供容纳图像采集装置100的空间,也即,当设备本体202与图像采集装置100相连时,图像采集装置100位于安装槽204内,可提高图像采集装置100与设备本体202相连时的稳固性。
可以理解,由于安装槽204自身呈槽状,也即由设备本体202的一侧向内凹陷,从而还可对图像采集装置100起到一定的保护作用。
此外,图像采集装置100在安装槽204内的姿态包括两种,分别为第一姿态和第二姿态,其中,图像采集装置100在第一姿态下可开启拍摄功能,此时设备本体202可作为控制端对图像采集装置100是否进行拍摄予以控制,也即在第一姿态下,设备本体202和图像采集装置100整体作为相机,便于拍摄影像信息。而在图像采集装置100为第二姿态时,设备本体202能够用于收纳图像采集装置100,也即安装槽204能够用于容纳保护图像采集装置100,减少图像采集装置100意外发生磕碰的可能性。
进一步地,在第二姿态下,图像采集装置100可根据设置设定为休眠状态,以节省功耗。
综上,根据本申请的拍摄设备,在设备本体202和图像采集装置100二者共同的作用下可实现设备本体202的多功能,也体现整体的模块化的设计理念,用户在使用时,可根据不同的使用需求灵活选择,极大的提高产品竞争力,同时,由于设备本体202和图像采集装置100之间可拆卸连接,可根据不同的拍摄需求更换不同的图像采集装置100,进一步提升用户的使用体验。
本申请第三方面的实施例提供了一种具有组合拍摄和独立拍摄两种功能的拍摄设备,包括设备本体202以及与设备本体202可拆卸连接的图像采集装置100,图像采集装置100可根据实际需求选择与设备本体202相连,或是选择由设备本体202上拆下后,安装至可移动设备300中,提高单个组件的功能,也提高产品整体的模块化程度。此外,图像采集装置100包括子显示屏104,可通过子显示屏104显示图像采集装置100的运行信息,其中,子显示屏104的大小和位置可根据用户的使用习惯进行设定,子显示屏104所显示的内容可以包括自身图像采集装置100的参数或运行模式,还可显示图像采集装置100通过特殊装置进行图像拍摄的成像预览,在使用时,可根据子显示屏104上显示的信息对拍摄进行调整,例如设置录像格式、曝光参数、显示下载界面、调整存储的文件格式等。
而通过在设备本体202上设置与控制设备的控制器206电连接的母显示屏210,可用于显示出与姿态信息相对应的显示信息,还可以用于显示出图形采集装置采集的影像信息,在一个实施例中,控制设备的控制器206在获取到图像采集装置100安装于安装槽204内的姿态信息时,可控制母显示屏210对姿态信息予以显示,此外,若存在与姿态信息对应的运行模式或是控制逻辑等,也可以一并在母显示屏210中显示出来,以便于用户观看。
需要强调的,通过将子显示屏104和母显示屏210的朝向设置不同,可使得用户在将图像采集装置100安装至设备本体202上时形成前后两个显示界面,进而无论以何种方式握持拍摄设备,均可直观的看到图像采集装置100进行拍摄的影像信息。
更进一步地,在将图像采集装置100安装至安装槽204内时,图像采集装置100的取景方向与子显示屏104所处的位置相同,故而在用户通过子显示屏104观察影像信息时,图像采集装置100作为前置摄像头102使用,而若是用户通过母显示屏210观察影像信息时,则图像采集装置100作为后置摄像头102使用,极大的提高用户的使用体验。
此外,由于子显示屏104受限于体积和尺寸,其屏幕尺寸并不会很大,仅作为一种预览的方式提供给用户,供用户选择使用。
在一个实施例中,在图像采集装置100连接到设备本体202上时,设备本体202可作为一个控制端,用于控制图像采集装置100进行拍摄,从而便于将拍摄设备整体作为相机或摄像机以进行拍摄,还可以地,可将设备本体202上的图像采集装置100拆下,并将其连接到可移动设备300中,从而将图像采集装置100单体分离,通过可移动设备300一同移动,从而可调整不同的拍摄角度,并在设备本体202的控制下进行拍摄,以获取不同角度的照片或影片等。
进一步地,设备本体202和图像采集装置100之间可拆卸连接,根据设备本体202和图像采集装置100二者的连接与否可调整设备本体202与图像采集装置100的通信路径,在一个实施例中,在图像采集装置100连接至设备本体202时,设备本体202可直接通过二者的连接进一步建立通信连接,从而可直接控制图像采集装置100进行拍摄,而在图像采集装置100脱离设备本体202并安装在可移动设备300时,设备本体202可将可移动设备300作为信号中转站,将控制信号发送给可移动设备300,间接地通过可移动设备300和图像采集装置100之间的连接控制图像采集装置100进行拍摄。
其中,可移动设备300可以为无人机、机器人或其余可接收信号并将信号传递至图像采集装置100的具有移动能力的设备。
综上,根据本申请的拍摄设备,在设备本体202和图像采集装置100二者共同的作用下可实现设备本体202的多功能,也体现整体的模块化的设计理念,用户在使用时,可根据不同的使用需求灵活选择,极大的提高产品竞争力,同时,由于设备本体202和图像采集装置100之间可拆卸连接,可根据不同的拍摄需求更换不同的图像采集装置100,进一步提升用户的使用体验。
进一步地,图像采集装置100和设备本体202上均设有控制设备的控制器206,在两个控制设备的控制器206中的任一个接收到用户的输入时,可控制在子显示屏104和母显示屏210之间来回切换图像采集装置100所采集的影像信息,需要补充的,在控制设备的控制器206上接收到的输入可以是点击物理按键106,也可以是在母显示屏210或子显示屏104中点击对应于切换的虚拟按键,甚至还可以是通过语音或手势识别等生物特征操控。
本申请第四方面的实施例提供了一种控制设备200,包括设备本体202,设备本体202可以和图像采集装置100可拆卸连接,设备本体202可作为一个控制端,用于控制图像采集装置100进行拍摄,从而便于将拍摄设备整体作为相机或摄像机以进行拍摄,当然,还可以地,可将设备本体202上的图像采集装置100拆下,并将其连接到可移动设备300中,从而将图像采集装置100单体分离,通过可移动设备300一同移动,从而可调整不同的拍摄角度,并在设备本体202的控制下进行拍摄,以获取不同角度的照片或影片等。
进一步地,设备本体202和图像采集装置100之间可拆卸连接,根据设备本体202和图像采集装置100二者的连接与否可调整设备本体202与图像采集装置100的通信路径,在一个实施例中,在图像采集装置100连接至设备本体202时,设备本体202可直接通过二者的连接进一步建立通信连接,从而可直接控制图像采集装置100进行拍摄,而在图像采集装置100脱离设备本体202并安装在可移动设备300时,设备本体202可控制可移动设备300上的图像采集装置100予以拍摄,或者还可控制可移动设备300的运行操作,以便于在同一个设备本体202上分别对于两个控制对象实现控制。
其中,可移动设备300可以为无人机、机器人或其余可接收信号并将信号传递至图像采集装置100的具有移动能力的设备。
综上,根据本申请的控制设备200,可通过设备本体202控制图像采集装置100的运行,以提高设备本体202功能的多样性,也体现整体的模块化的设计理念,用户在使用时,可根据不同的使用需求灵活选择,极大的提高产品竞争力,同时,由于设备本体202和图像采集装置100之间可拆卸连接,可根据不同的拍摄需求更换不同的图像采集装置100,以控制不同的图像采集装置100进行拍摄,进一步提升用户的使用体验。
进一步地,在设备本体202的一侧设置安装槽204,可在将图像采集装置100安装在设备本体202上时,提供容纳图像采集装置100的空间,也即,当设备本体202与图像采集装置100相连时,图像采集装置100位于安装槽204内,可提高图像采集装置100与设备本体202相连时的稳固性。
可以理解,由于安装槽204自身呈槽状,也即由设备本体202的一侧向内凹陷,从而还可对图像采集装置100起到一定的保护作用。
本实施例中关于图像采集装置100和设备本体202的相关描述可以参考前述实施例一至实施例十七的相关描述,此处不再赘述。
本申请第五方面的实施例提供的控制设备200,包括设备本体202。在设备本体202上直接设置有安装槽204,可在将图像采集装置100安装在设备本体202上时,提供容纳图像采集装置100的空间,也即,当设备本体202与图像采集装置100相连时,图像采集装置100位于安装槽204内,可提高图像采集装置100与设备本体202相连时的稳固性。
可以理解,由于安装槽204自身呈槽状,也即由设备本体202的一侧向内凹陷,从而还可对图像采集装置100起到一定的保护作用。
此外,图像采集装置100在安装槽204内的姿态包括两种,分别为第一姿态和第二姿态,其中,图像采集装置100在第一姿态下可开启拍摄功能,此时设备本体202可作为控制端对图像采集装置100是否进行拍摄予以控制,也即在第一姿态下,设备本体202和图像采集装置100整体作为相机,便于拍摄影像信息。而在图像采集装置100为第二姿态时, 设备本体202能够用于收纳图像采集装置100,也即安装槽204能够用于容纳保护图像采集装置100,减少图像采集装置100意外发生磕碰的可能性。
进一步地,在第二姿态下,图像采集装置100可根据设置设定为休眠状态,以节省功耗。
综上,根据本申请的控制设备200,可通过设备本体202对图像采集装置100的运行进行控制,在此基础上,可加入对图像采集装置100在安装槽204内的姿态识别,以在拍摄模式和休眠模式之间发生切换,用户在使用时,可根据不同的使用需求灵活选择,极大的提高产品竞争力,同时,由于设备本体202和图像采集装置100之间可拆卸连接,可根据不同的拍摄需求更换不同的图像采集装置100,进一步提升用户的使用体验。
进一步地,如图11所示,在设备本体202上设置第一操控件212,可对设备本体202的运行或是图像采集装置100的运行进行控制,在一个实施例中,对于设备本体202而言,通过第一操控件212可单独控制设备200本体的功能,例如开关机等,而对于图像采集装置100而言,通过第一操控件212还可实现设备本体202对图像采集装置100的控制。其中,第一操控件212包括但不限于按键、摇杆。
当然,第一操控件212在使用过程中可单独设置一个功能,或者在设备本体202上设置母显示屏210的基础上,可与母显示屏210联动实现不同的功能。
本申请第六方面的实施例提供的控制设备200,包括设备本体202。设备本体202可作为一个控制端,用于控制图像采集装置100进行拍摄,从而便于将拍摄设备整体作为相机或摄像机以进行拍摄,当然,还可以地,可将设备本体202上的图像采集装置100拆下,并将其连接到可移动设备300中,从而将图像采集装置100单体分离,通过可移动设备300一同移动,从而可调整不同的拍摄角度,并在设备本体202的控制下进行拍摄,以获取不同角度的照片或影片等。
其中,通过在设备本体202上设置与控制设备的控制器206电连接的母显示屏210,可用于显示出显示信息,在一个实施例中,显示信息与姿态信息相对应,控制设备的控制器206在获取到图像采集装置100安装于安装槽204内的姿态信息时,可控制母显示屏210对姿态信息予以显示,此外,若存在与姿态信息对应的运行模式或是控制逻辑等,也可以一并在母显示屏210中显示出来,以便于用户观看。
可以理解,无论图像采集装置100上是否设置有子显示屏104,由于设备本体202的控制作用,在设备本体202上均需要设置母显示屏210,以对控制对象或是具体的运行模式进行实时观察,便于用户的操作。
此外,母显示屏210还可用于显示出影像信息,在一个实施例中,影像信息是图像采集装置100采集的,在图像采集装置100工作时,采集到不同的影像信息,此时母显示屏210可作为取景框对影像信息进行预览观看,更便于用户对取景的灵活调整,此外,在母显示屏210显示影像信息的同时,还可对一些摄像参数予以显示。
而图像采集装置100包括子显示屏104,可通过子显示屏104显示图像采集装置100的运行信息,其中,子显示屏104的大小和位置可根据用户的使用习惯进行设定,子显示屏104所显示的内容可以包括自身图像采集装置100的参数或运行模式,还可显示图像采集装置100通过特殊装置进行图像拍摄的成像预览,在使用时,可根据子显示屏104上显示的信息对拍摄进行调整,例如设置录像格式、曝光参数、显示下载界面、调整存储的文 件格式等。此外,还可以实现子显示屏104与母显示屏210的切换。比如,当图像采集装置100安装于设备本体202上时,用户可以实现自拍,在自拍时,图像采集装置100的镜头和子显示屏104朝向用户,子显示屏104可以显示拍摄的预览画面。当用户拍前方景物时,图像采集装置100的镜头超前方,母显示屏210朝向用户,用户可以利用母显示屏210观看预览画面。用户可以通过子显示屏104、母显示屏210或者其他控件来触发进行屏幕切换。
可以理解,一般地,母显示屏210的尺寸相较于子显示屏104的尺寸较大,故而通过母显示屏210显示多种信息,可为用户提供更清楚直观的观看体验。
需要强调的,通过将子显示屏104和母显示屏210的朝向设置不同,可使得用户在将图像采集装置100安装至设备本体202上时形成前后两个显示界面,进而无论以何种方式握持拍摄设备,均可直观的看到图像采集装置100进行拍摄的影像信息。
更进一步地,在将图像采集装置100安装至设备本体202上时,图像采集装置100的取景方向与子显示屏104所处的位置相同,故而在用户通过子显示屏104观察影像信息时,图像采集装置100作为前置摄像头102使用,而若是用户通过母显示屏210观察影像信息时,则图像采集装置100作为后置摄像头102使用,极大的提高用户的使用体验。
此外,由于子显示屏104受限于体积和尺寸,其屏幕尺寸并不会很大,仅作为一种预览的方式提供给用户,供用户选择使用。
综上,根据本申请的控制设备200,可通过设备本体202控制图像采集装置100的运行,以提高设备本体202功能的多样性,也体现整体的模块化的设计理念,用户在使用时,可根据不同的使用需求灵活选择,极大的提高产品竞争力,同时,由于设备本体202和图像采集装置100之间可拆卸连接,可根据不同的拍摄需求更换不同的图像采集装置100,以控制不同的图像采集装置100进行拍摄,进一步提升用户的使用体验。
进一步地,母显示屏210为触摸屏,具有接收切换指令的作用,从而用户可在母显示屏210上触发触控操作,以控制在子显示屏104和母显示屏210之间来回切换图像采集装置100所采集的影像信息,更利于满足用户根据不同的使用及观察需求。
本申请第七方面的实施例提供的控制设备200,用于控制可移动设备300的运行,在一个实施例中,控制设备200包括设备本体202以及与设备本体202可拆卸连接的图像采集装置100,图像采集装置100可根据实际需求选择与设备本体202相连,或是选择由设备本体202上拆下后,安装至可移动设备300中,提高单个组件的功能,也提高产品整体的模块化程度。进一步地,在图像采集装置100连接到设备本体202上时,设备本体202可作为一个控制端,一方面可以控制图像采集装置100进行拍摄,从而便于将拍摄设备整体作为相机或摄像机以进行拍摄,另一方面,可以控制可移动设备300的运行,例如利用设备本体202上设置的第一操控件212或是母显示屏210等,对可移动设备300的移动、巡航等运行进行控制。还可以地,将设备本体202上的图像采集装置100拆下,并将其连接到可移动设备300中,从而将图像采集装置100单体分离,通过可移动设备300一同移动,从而可调整不同的拍摄角度,此时设备本体202可单独控制图像采集装置100进行拍摄,或单独控制可移动设备300的运行,甚至可以同时控制可移动设备300的运行,以及在可移动设备300上的图像采集装置100的拍摄。
进一步地,设备本体202和图像采集装置100之间可拆卸连接,根据设备本体202和 图像采集装置100二者的连接与否可调整设备本体202与图像采集装置100的通信路径,在一个实施例中,在图像采集装置100连接至设备本体202时,设备本体202可直接通过二者的连接进一步建立通信连接,从而可直接控制图像采集装置100进行拍摄,而在图像采集装置100脱离设备本体202并安装在可移动设备300时,设备本体202可将可移动设备300作为信号中转站,将控制信号发送给可移动设备300,间接地通过可移动设备300和图像采集装置100之间的连接控制图像采集装置100进行拍摄。
其中,可移动设备300可以为无人机、机器人或其余可接收信号并将信号传递至图像采集装置100的具有移动能力的设备。
综上,根据本申请的控制设备200,在设备本体202和图像采集装置100二者共同的作用下可实现设备本体202的多功能,也体现整体的模块化的设计理念,用户在使用时,可根据不同的使用需求灵活选择,极大的提高产品竞争力,同时,由于设备本体202和图像采集装置100之间可拆卸连接,可根据不同的拍摄需求更换不同的图像采集装置100,进一步提升用户的使用体验。
如图19所示,本申请第八方面的实施例提供的遥控设备400,包括遥控本体402和控制设备200,其中,遥控本体402上设有容纳槽4024,控制设备200可与容纳槽4024可拆卸连接,遥控本体402上的容纳槽4024可提供容纳控制设备200的空间,也会提高控制设备200连接至遥控本体402上的稳固性。通过在控制设备200上设置母显示屏210,可用于显示出影像信息,在一个实施例中,影像信息是可移动设备300拍摄并传输的,在可移动设备300工作时,采集到不同的影像信息,此时母显示屏210可作为取景框对影像信息进行预览观看,更便于用户对取景的灵活调整,此外,在母显示屏210显示影像信息的同时,还可对一些摄像参数予以显示。
在一个实施例中,在将控制设备200设置在容纳槽4024内时,遥控本体402整体可作为一个控制端,用于控制可移动设备300进行拍摄,通过控制可移动设备300移动,从而可调整不同的拍摄角度,并在控制设备200的控制下进行拍摄,以获取不同角度的照片或影片等。
进一步地,控制设备200和遥控本体402之间可拆卸连接,根据控制设备200和遥控本体402二者的连接与否可调整控制设备200和遥控本体402的通信路径,在一个实施例中,在控制设备200连接至遥控本体402时,遥控本体402可直接通过二者的连接进一步建立通信连接,从而可直接控制可移动设备300进行拍摄,而在控制设备200脱离遥控本体402时,遥控本体402可作为信号中转站,可在控制设备200上的母显示屏210上显示有可移动设备300的影像信息。
其中,可移动设备300可以为无人机、机器人或其余可接收信号并将信号传递至图像采集装置100的具有移动能力的设备。
需要说明的,如图20所示,在遥控本体402对可移动设备300进行控制时,主要是通过第二通信装置4022实现的,在第二通信装置4022的作用下,可建立起遥控本体402与可移动设备300之间的通信连接,从而便于实现控制可移动设备300的运行,以及对可移动设备300采集到的影像信息予以显示。
可选的,上述第二通信装置4022可以为天线,也可以是其他无线传输模块,例如wifi、 蓝牙等。
进一步地,在遥控本体402上设有一个或多个第二操控件406,用户可通过第二操控件406使得遥控本体402接收移动控制指令和/或拍摄指令,在一个实施例中,第二操控件406的数量可以为一个,也可以为多个,可根据可移动设备300的具体移动控制的方式以及功能设置,例如,接收移动控制指令的第二操控件406可以为一个,用于控制可移动设备300的前后左右的移动,还可以地,第二操控件406的数量为两个,一个控制前后左右的平移,另一个控制可移动设备300的转动,此外,还可增加一个第二操控件406,用于控制可移动设备300以当前姿势和视角进行拍摄。或者,第二操控件406包括多个,可以分别控制可移动设备300在水平方向的飞行速度、转向角度、垂直方向的速度等。
其中,第二操控件406可以为按键、摇杆和拨轮。
实施例十九
在控制设备200上设置第一通信装置232,在第二通信装置4022和第一通信装置232的连接下,可使得控制设备200可与可移动设备300之间建立通信连接,从而可在控制设备200的作用下,控制可移动设备300的运行。
在控制设备200安装至容纳槽4024上时,控制设备200和遥控本体402相连,此时控制设备200所发出的控制指令是通过遥控本体402上的第二通信装置4022向可移动设备300发出,从而使得可移动设备300根据第二通信装置4022发出的指令进行移动和调整,而当控制设备200由容纳槽4024内脱离后,此时控制设备200与遥控本体402之间处于断开的状态,在控制设备200和遥控本体402之间无法实现信号的传递,故而可直接通过控制设备200上的第一通信装置232对可移动设备300进行控制。
其中,第一通信装置232和第二通信装置4022的信号发送质量和信号发送距离可以相同,也可以不同。
实施例二十
在控制设备200和遥控本体402之间实现电连接时,主要是通过第三连接器230和第四连接器4026的配合实现的,在一个实施例中,控制设备200上设有第三连接器230,容纳槽4024内设有第四连接器4026,在将控制设备200安装至容纳槽4024内时,在第三连接器230和第四连接器4026配合上后,控制设备200和遥控本体402之间才形成电连接,从而便于实现相互供电、遥控本体402将控制设备200的指令向可移动设备300发出以及将可移动设备300上拍摄的照片或影片文件通过遥控本体402在控制设备200上显示。
在第三连接器230和第四连接器4026配合后,控制设备200和遥控本体402之间可根据此前的设定实现相互之间的供电,或是相互之间的充电,甚至可以在供电的过程中实现充电。可以理解,控制设备200和遥控本体402上分别设有电池,设备在运行过程中,无论是对可移动设备300进行控制,或是显示可移动设备300拍摄的影像信息均需要一定的电量支持,随着不断的使用,电池电量均会减小,在此基础上,通过第三连接器230和第四连接器4026的配合,可实现相互供电,例如控制设备200的电池为遥控本体402上的第二通信装置4022供电,或是遥控本体402上的电池为控制设备200的显示屏供电。
还可以地,在控制设备200的电池的电量较少,且在控制设备200安装至容纳槽4024内时,遥控本体402的电池作为充电宝会向控制设备200的电池充电,或者,在遥控本体402的电池的电量较少,且控制设备200安装至容纳槽4024内时,控制设备200的电池作 为充电宝会向遥控本体402的电池充电。
此外,在遥控本体402上设置第五连接器404,通过第五连接器404可外接电源以向遥控本体402充电,此外,第五连接器404还可用于与外部设备的通信连接,一方面可通过第五连接器404将存储在遥控本体402上的文件导出,另一方面还可通过第五连接器404将一些文件等导入遥控本体402中,例如系统文件,可利于遥控本体402的系统升级,或者还可以将其他影像文件或是设置文件导入遥控本体402中。
如图21、图22和图23所示,在遥控本体402上设有加强信号传输的天线408,第二操控件406和天线408分别位于遥控本体402的不同侧,一方面可以节省空间,另一方面也便于用户的操作,在一个实施例中,用户在握持遥控设备400时,为了更直接的操控,常常是将带有第二操控件406的一侧面向自己,此时另一侧的空间并未被利用,通过将天线408设置在另一侧,一方面便于天线408的取出,另一方面,天线408的设置空间会更大,从而可在有限的空间内提供更好的信号传输质量。
其中,如图21所示,天线408收纳进遥控本体402,如图22和图23所示,天线408向外伸出遥控本体402。
本申请第九方面的实施例提供的遥控设备400,包括可移动设备300、控制设备200和图像采集装置100,图像采集装置100可根据实际需求选择与控制设备200相连,或是选择由控制设备200上拆下后,安装至可移动设备300中,提高单个组件的功能,也提高产品整体的模块化程度。在一个实施例中,在图像采集装置100连接到控制设备200上时,控制设备200可作为一个控制端,用于控制图像采集装置100进行拍摄,从而便于将拍摄设备整体作为相机或摄像机以进行拍摄,还可以地,可将控制设备200上的图像采集装置100拆下,并将其连接到可移动设备300中,从而将图像采集装置100单体分离,通过可移动设备300一同移动,从而可调整不同的拍摄角度,并在控制设备200的控制下进行拍摄,以获取不同角度的照片或影片等。
进一步地,控制设备200和图像采集装置100之间可拆卸连接,根据控制设备200和图像采集装置100二者的连接与否可调整控制设备200与图像采集装置100的通信路径,在一个实施例中,在图像采集装置100连接至控制设备200时,控制设备200可直接通过二者的连接进一步建立通信连接,从而可直接控制图像采集装置100进行拍摄,而在图像采集装置100脱离控制设备200并安装在可移动设备300时,设备本体202可控制可移动设备300上的图像采集装置100予以拍摄,或者还可控制可移动设备300的运行操作,以便于在同一个设备本体202上分别对于两个控制对象实现控制。
其中,可移动设备300可以为无人机、机器人或其余可接收信号并将信号传递至图像采集装置100的具有移动能力的设备。
综上,根据本申请的移动控制系统,在控制设备200和图像采集装置100二者共同的作用下可实现控制设备200的多功能,也体现整体的模块化的设计理念,用户在使用时,可根据不同的使用需求灵活选择,极大的提高产品竞争力,同时,由于控制设备200和图像采集装置100之间可拆卸连接,可根据不同的拍摄需求更换不同的图像采集装置100,进一步提升用户的使用体验。
实施例二十一
如图24所示,在可移动设备300或是在可移动设备300的云台上设置配合槽302,可在将图像采集装置100安装在可移动设备300上时,提供容纳图像采集装置100的空间,也即,当图像采集装置100安装至可移动设备300或是可移动设备300的云台上时,图像采集装置100位于配合槽302内,可提高图像采集装置100与可移动设备300相连时的稳固性。
可以理解,由于配合槽302自身呈槽状,也即由可移动设备300或可移动设备300的云台向内凹陷,从而还可对图像采集装置100起到一定的保护作用。
实施例二十二
在配合槽302内设置有第六连接器304,在第六连接器304的作用下,可使得在图像采集装置100位于配合槽302内时,可移动设备300通过第六连接器304为图像采集装置100充电,以提高可移动设备300相对于图像采集装置100的续航作用,还可以地,第六连接器304可作为可移动设备300的通信接口636,从而在第六连接器304的作用下将图像采集装置100拍摄的影像信息通过可移动设备300发送至设备本体202上,还可以将可移动设备300上接收到的控制指令发送给图像采集装置100以进行拍摄操作。
在图像采集装置100安装至可移动设备300上时,图像采集装置100可随可移动设备300的移动而随之移动,此时通过第六连接器304,可将图像采集装置100拍摄的影像信息向可移动设备300传输,而可移动设备300在接收到影像信息后,还可通过第三通信装置直接将其发送给控制设备200,以便于控制设备200向外导出或者直接利用控制设备200自身的母显示屏210进行显示。
实施例二十三
在控制设备200上还设有用于显示影像信息的母显示屏210和第一通信装置232,在一个实施例中,影像信息是图像采集装置100采集的,在图像采集装置100工作时,采集到不同的影像信息,此时母显示屏210可作为取景框对影像信息进行预览观看,更便于用户对取景的灵活调整,此外,在母显示屏210显示影像信息的同时,还可对一些摄像参数予以显示。
其中,控制设备200在向可移动设备300传输拍摄参数时,主要是通过第一通信装置232实现的,而对于可移动设备300而言,由于图像采集装置100可移动设置之间是连接的,可移动设备300可将拍摄参数转至图像采集装置100上,以控制图像采集装置100按照拍摄参数进行拍摄。
进一步地,拍摄参数包括但不限于:光圈、焦距、景深、曝光时间等参数。
实施例二十四
如图25所示,在可移动设备300上设置电池仓306,并在电池仓306内设置一个或多个机体电池,可为可移动设备300的运行供电,此外,由于可移动设备300上还能够设置图像采集装置100,故而在如图5所示的图像采集装置100上的子电池110的电量较低时,机体电池会向子电池110充电,以保证图像采集装置100由可移动设备300上拆下后,可保证基本的拍摄功能的运行。
进一步地,机体电池与母电池216之间可互换,也即二者型号尺寸相同,更利于电池的通用范围,也即,同一种电池可应用到两种设备上,降低配件的复杂程度,也提高配件的通用性。
实施例二十五
在控制设备200的一侧设置安装槽204,可在将图像采集装置100安装在控制设备200上时,提供容纳图像采集装置100的空间,也即,当控制设备200与图像采集装置100相连时,图像采集装置100位于安装槽204内,可提高图像采集装置100与控制设备200相连时的稳固性。
可以理解,由于安装槽204自身呈槽状,也即由控制设备200的一侧向内凹陷,从而还可对图像采集装置100起到一定的保护作用。
实施例二十六
在实施例四十的基础上,在图像采集装置100上设置有摄像头102,在将图像采集装置100安装在安装槽204内时,会以第一姿态或第二姿态安装,而两个姿态下摄像头102的朝向不同,可根据不同的姿态放置图像采集装置100,以实现收纳和拍摄两个功能。在一个实施例中,摄像头102的朝向为由摄像头102自身向外延伸形成的射线方向,图像采集装置100以第一姿态安装在安装槽204内和第二姿态安装在安装槽204内,摄像头102的射线方向不同,也即两个射线方向不重合。
进一步地,摄像头102的朝向不同可以为相反,即两个朝向呈180°,第一姿态为正向安装,第二姿态为反向安装,还可以是,摄像头102的两个朝向之间呈锐角、钝角或直角。
其中,在图像采集装置100上设置的摄像头102的数量可以为一个,也可以为多个,可根据实际使用需求灵活设置。
图像采集装置100在安装槽204内的姿态包括两种,分别为第一姿态和第二姿态,其中,第一姿态对应于摄像头102朝外,第二姿态对应于摄像头102朝内,在图像采集装置100处于第一姿态时,摄像头102朝外,此时图像采集装置100可通过摄像头102对影像予以获取,而在图像采集装置100处于第二姿态时,摄像头102朝里,此时安装槽204可对摄像头102进行保护,减少发生意外刮花摄像头102的镜片的可能性。
进一步地,由于摄像头102朝里,可使得安装槽204可对摄像头102实现包围保护。
在图像采集装置100设置在安装槽204内时,控制设备200可获取图像采集装置100的姿态信息,控制设备200自身具有一定的处理能力,可识别出图像采集装置100的姿态,以便于与图像采集装置100配合以实现不同的功能,在一个实施例中,功能包括但不限于拍摄、休眠。
进一步地,当图像采集装置100上设置多个摄像头102时,控制设备200可根据姿态信息激活对应的一个或多个摄像头102,从而连通不同的摄像头102以满足不同拍摄需求。
在一个实施例中,姿态信息包括第一姿态和第二姿态,第一姿态可以为摄像头102朝外,第二姿态可以为摄像头102朝里。
控制设备200具有一定的处理能力,先通过控制设备200对图像采集装置100的姿态信息予以检测,根据得到的姿态信息,再进行控制策略的对应获取,从而在图像采集装置100的姿态信息发生变化时,可在不同的控制策略之间相互切换,当然,姿态信息具体包括的姿态数量可以为两个,还可以为更多个,但每个姿态均与一个控制策略相对应,不同姿态的控制策略可以存在重复。
其中,控制策略可以为控制设备200自身触发的功能,还可以为控制设备200控制图像采集装置100执行的不同的功能,甚至可以为控制设备200对图像采集装置100进行控制时的通讯方式。
本申请第十方面的实施例提供的移动控制系统,包括可移动设备300、控制设备200和图像采集装置100,图像采集装置100可根据实际需求选择与控制设备200相连,或是选择由控制设备200上拆下后,安装至可移动设备300中,提高单个组件的功能,也提高产品整体的模块化程度。其中,控制设备200包括用于显示影像信息的母显示屏210,在一个实施例中,影像信息是图像采集装置100采集的,在图像采集装置100工作时,采集到不同的影像信息,此时母显示屏210可作为取景框对影像信息进行预览观看,更便于用户对取景的灵活调整,此外,在母显示屏210显示影像信息的同时,还可对一些摄像参数予以显示。
在一个实施例中,在图像采集装置100连接到控制设备200上时,控制设备200可作为一个控制端,用于控制图像采集装置100进行拍摄,从而便于将拍摄设备整体作为相机或摄像机以进行拍摄,还可以地,可将控制设备200上的图像采集装置100拆下,并将其连接到可移动设备300中,从而将图像采集装置100单体分离,通过可移动设备300一同移动,从而可调整不同的拍摄角度,并在控制设备200的控制下进行拍摄,以获取不同角度的照片或影片等。
进一步地,控制设备200和图像采集装置100之间可拆卸连接,根据控制设备200和图像采集装置100二者的连接与否可调整控制设备200与图像采集装置100的通信路径,在一个实施例中,在图像采集装置100连接至控制设备200时,控制设备200可直接通过二者的连接进一步建立通信连接,从而可直接控制图像采集装置100进行拍摄,而在图像采集装置100脱离控制设备200并安装在可移动设备300时,控制设备200可将可移动设备300作为信号中转站,将控制信号发送给可移动设备300,间接地通过可移动设备300和图像采集装置100之间的连接控制图像采集装置100进行拍摄。
其中,可移动设备300可以为无人机、机器人或其余可接收信号并将信号传递至图像采集装置100的具有移动能力的设备。
综上,根据本申请的移动控制系统,在控制设备200和图像采集装置100二者共同的作用下可实现控制设备200的多功能,也体现整体的模块化的设计理念,用户在使用时,可根据不同的使用需求灵活选择,极大的提高产品竞争力,同时,由于控制设备200和图像采集装置100之间可拆卸连接,可根据不同的拍摄需求更换不同的图像采集装置100,进一步提升用户的使用体验。
其中,如图22所示,在控制设备200上设置第一通信装置232,在第二通信装置4022和第一通信装置232的连接下,可使得控制设备200可与可移动设备300之间建立通信连接,从而可在控制设备200的作用下,控制可移动设备300的运行。
通过在遥控本体402上设置第五连接器404,通过第五连接器404可外接电源以向遥控本体402充电,此外,第五连接器404还可用于与外部设备的通信连接,一方面可通过第五连接器404将存储在遥控本体402上的文件导出,另一方面还可通过第五连接器404 将一些文件等导入遥控本体402中,例如系统文件,可利于遥控本体402的系统升级,或者还可以将其他影像文件或是设置文件导入遥控本体402中。
实施例二十七
遥控本体402上设有容纳槽4024,控制设备200可与容纳槽4024可拆卸连接,遥控本体402上的容纳槽4024可提供容纳控制设备200的空间,也会提高控制设备200连接至遥控本体402上的稳固性。
在控制设备200安装至容纳槽4024上时,控制设备200和遥控本体402相连,此时控制设备200所发出的控制指令是通过遥控本体402上的第二通信装置4022向可移动设备300发出,从而使得可移动设备300根据第二通信装置4022发出的指令进行移动和调整,而当控制设备200由容纳槽4024内脱离后,此时控制设备200与遥控本体402之间处于断开的状态,在控制设备200和遥控本体402之间无法实现信号的传递,故而可直接通过控制设备200上的第一通信装置232对可移动设备300进行控制。
其中,第一通信装置232和第二通信装置4022的信号发送质量和信号发送距离可以相同,也可以不同。
实施例二十八
在控制设备200和遥控本体402之间实现电连接时,主要是通过第三连接器230和第四连接器4026的配合实现的,在一个实施例中,控制设备200上设有第三连接器230,容纳槽4024内设有第四连接器4026,在将控制设备200安装至容纳槽4024内时,在第三连接器230和第四连接器4026配合上后,控制设备200和遥控本体402之间才形成电连接,从而便于实现相互供电、遥控本体402将控制设备200的指令向可移动设备300发出以及将可移动设备300上拍摄的照片或影片文件通过遥控本体402在控制设备200上显示。
在第三连接器230和第四连接器4026配合后,控制设备200和遥控本体402之间可根据此前的设定实现相互之间的供电,或是相互之间的充电,甚至可以在供电的过程中实现充电。可以理解,控制设备200和遥控本体402上分别设有电池,设备在运行过程中,无论是对可移动设备300进行控制,或是显示可移动设备300拍摄的影像信息均需要一定的电量支持,随着不断的使用,电池电量均会减小,在此基础上,通过第三连接器230和第四连接器4026的配合,可实现相互供电,例如控制设备200的电池为遥控本体402上的第二通信装置4022供电,或是遥控本体402上的电池为控制设备200的母显示屏210供电。
还可以地,在控制设备200的电池的电量较少,且在控制设备200安装至容纳槽4024内时,遥控本体402的电池作为充电宝会向控制设备200的电池充电,或者,在控制设备200的电池的电量较少,且控制设备200安装至容纳槽4024内时,遥控本体402的电池作为充电宝会向控制设备200的电池充电。
实施例二十九
在遥控本体402上设有一个或多个第二操控件406,用户可通过第二操控件406使得遥控本体402接收移动控制指令和/或拍摄指令,在一个实施例中,第二操控件406的数量可以为一个,也可以为多个,可根据可移动设备300的具体移动控制的方式以及功能设置,例如,接收移动控制指令的第二操控件406可以为一个,用于控制可移动设备300的前后左右的移动,还可以地,第二操控件406的数量为两个,一个控制前后左右的平移,另一 个控制可移动设备300的转动,此外,还可增加一个第二操控件406,用于控制可移动设备300以当前姿势和视角进行拍摄。
进一步地,第二操控件406包括:按键、摇杆或拨轮,在按键、摇杆或拨轮中可根据可移动设备300的类型,或是用户习惯的操作逻辑灵活选择设置。
此外,在遥控本体402上设置天线408,可增强遥控本体402的信号传输质量,其中,天线408可折叠地设置在遥控本体402上,在使用时可将天线408向外展开,或者,天线408可伸缩地设置在遥控本体402上,在使用时可将天线408向外延伸,甚至,天线408可以部分折叠部分伸缩,在两种结构的共同作用下实现遥控本体402对可移动设备300的信号传输质量的提升。
在一个具体的实施例中,第二操控件406和天线408分别位于遥控本体402的不同侧,一方面可以节省空间,另一方面也便于用户的操作,在一个实施例中,用户在握持遥控设备400时,为了更直接的操控,常常是将带有第二操控件406的一侧面向自己,此时另一侧的空间并未被利用,通过将天线408设置在另一侧,一方面便于天线408的取出,另一方面,天线408的设置空间会更大,从而可在有限的空间内提供更好的信号传输质量。
实施例三十
在可移动设备300或是在可移动设备300的云台上设置配合槽302,可在将图像采集装置100安装在可移动设备300上时,提供容纳图像采集装置100的空间,也即,当图像采集装置100安装至可移动设备300或是可移动设备300的云台上时,图像采集装置100位于配合槽302内,可提高图像采集装置100与可移动设备300相连时的稳固性。
可以理解,由于配合槽302自身呈槽状,也即由可移动设备300或可移动设备300的云台向内凹陷,从而还可对图像采集装置100起到一定的保护作用。
其中,在配合槽302内设置有第六连接器304,在第六连接器304的作用下,可使得在图像采集装置100位于配合槽302内时,可移动设备300通过第六连接器304为图像采集装置100充电,以提高可移动设备300相对于图像采集装置100的续航作用,还可以地,第六连接器304可作为可移动设备300的通信接口636,从而在第六连接器304的作用下将图像采集装置100拍摄的影像信息通过可移动设备300发送至设备本体202上,还可以将可移动设备300上接收到的控制指令发送给图像采集装置100以进行拍摄操作。
在图像采集装置100安装至可移动设备300上时,图像采集装置100可随可移动设备300的移动而随之移动,此时通过第六连接器304,可将图像采集装置100拍摄的影像信息向可移动设备300传输,而可移动设备300在接收到影像信息后,还可通过第三通信装置直接将其发送给控制设备200,以便于控制设备200向外导出或者直接利用控制设备200自身的母显示屏210进行显示。
实施例三十一
控制设备200包括用于显示影像信息的母显示屏210,在一个实施例中,影像信息是图像采集装置100采集的,在图像采集装置100工作时,采集到不同的影像信息,此时母显示屏210可作为取景框对影像信息进行预览观看,更便于用户对取景的灵活调整,此外,在母显示屏210显示影像信息的同时,还可对一些摄像参数予以显示。
控制设备200包括第一通信装置232,控制设备200在向可移动设备300传输拍摄参数时,主要是通过第一通信装置232实现的,而对于可移动设备300而言,由于图像采集 装置100可移动设置之间是连接的,可移动设备300可将拍摄参数转至图像采集装置100上,以控制图像采集装置100按照拍摄参数进行拍摄。
其中,拍摄参数包括但不限于:光圈、焦距、景深、曝光时间等参数。
实施例三十二
在可移动设备300上设置电池仓306,并在电池仓306内设置一个或多个机体电池,可为可移动设备300的运行供电,此外,由于可移动设备300上还能够设置图像采集装置100,故而在图像采集装置100上的子电池110的电量较低时,机体电池会向子电池110充电,以保证图像采集装置100由可移动设备300上拆下后,可保证基本的拍摄功能的运行。
其中,机体电池与母电池216之间可互换,也即二者型号尺寸相同,更利于电池的通用范围,也即,同一种电池可应用到两种设备上,降低配件的复杂程度,也提高配件的通用性。
在上述第十方面的任一实施例的基础上,在设备本体202的一侧设置安装槽204,可在将图像采集装置100安装在设备本体202上时,提供容纳图像采集装置100的空间,也即,当设备本体202与图像采集装置100相连时,图像采集装置100位于安装槽204内,可提高图像采集装置100与设备本体202相连时的稳固性。
可以理解,由于安装槽204自身呈槽状,也即由设备本体202的一侧向内凹陷,从而还可对图像采集装置100起到一定的保护作用。
如图28至图33所示,本申请第十一方面的实施例提供的可穿戴设备600,包括穿戴本体602和图像采集装置100,在穿戴本体602上设有装配槽604,可将图像采集装置100安装在装配槽604内,此时图像采集装置100会与穿戴本体602之间实现电连接,便于供电和通信,此外,在穿戴本体602上设置有通信接口636,穿戴本体602可通过通信接口636与外部设备相连,从而可将图像采集装置100拍摄的影响信息导入至外部设备中,当然,在穿戴本体602和外部设备通信连接后,还可将一些文件等导入穿戴本体602中,例如系统文件,可利于穿戴本体602的系统升级,或者还可以将其他影像文件或是设置文件导入穿戴本体602中。
其中,通信接口636包括USB-A接口、USB-C接口、lightning接口等。
还需补充的是,在穿戴本体602上设置装配槽604,可在将图像采集装置100安装在穿戴本体602上时,提供容纳图像采集装置100的空间,也即,当穿戴本体602与图像采集装置100相连时,图像采集装置100位于装配槽604内,可提高图像采集装置100与穿戴本体602相连时的稳固性。
更进一步地,在穿戴本体602上可设置可穿戴设备的惯性传感器610,可通过可穿戴设备的惯性传感器610识别图像采集装置100的惯性参数,从而可通过对惯性参数进行分析识别,当满足预设的控制轨迹时可控制图像采集装置100进行拍摄,通过可穿戴设备的惯性传感器610的识别,可增加对图像采集装置100拍摄的操作方式,用户在使用时可更方便的进行拍摄。
当然,用户还可根据自己设定的控制轨迹控制图像采集装置100实现不同的功能。
实施例三十三
如图29所示,穿戴本体602包括第一穿戴段6022和第二穿戴段6024,在第一穿戴段 6022上设有装配槽604,便于在第一穿戴段6022上安装图像采集装置100,此外,在第一穿戴段6022和第二穿戴段6024上分别设置有第一配合部和第二配合部,从而便于实现二者之间的可拆卸连接,在一个实施例中,第一配合部设置在第一穿戴段6022的一端,第二配合部设置在第二穿戴段6024的一端,通过分别在两个穿戴段的端部设置配合部,可在端部实现卡接、粘接或其他方式的可拆卸连接。
实施例三十四
在穿戴本体602和图像采集装置100之间实现电连接时,主要是通过第七连接器606和第二连接器108的配合实现的,在一个实施例中,穿戴本体602上的装配槽604内设有第一连接器214,图像采集装置100设有第二连接器108,在将图像采集装置100安装至装配槽604内时,在第七连接器606和第二连接器108配合上后,穿戴本体602和图像采集装置100之间才形成电连接,从而便于实现相互供电、穿戴本体602对图像采集装置100的控制指令的传递以及图像采集装置100向穿戴本体602传输拍摄的照片或影片文件。
如图30所示,此外,在穿戴本体602上设置一个或多个按键608,可使得穿戴本体602通过按键608接收与图像采集装置100对应的拍摄指令,在一个实施例中,可以为照片拍摄或是视频录制,甚至还可以其他对图像采集装置100进行操控的功能键,例如开关机、模式切换等,其中,穿戴本体602上设置有第七连接器606,图像采集装置100上设有第二连接器108,在第二连接器108和第七连接器606的电连接的作用下即可实现穿戴本体602对图像采集装置100的控制。
此外,如图31至图33所示所示,在穿戴本体602上还可设置可穿戴设备的控制器612、可穿戴设备的姿态传感器614、穿戴显示屏616等。
在一个实施例中,在穿戴本体602内设置可穿戴设备的控制器612,使得穿戴本体602具有一定的处理能力,在此基础上,可在可穿戴设备的控制器612的作用下识别图像采集装置100的具体姿态,也即识别图像采集装置100是否为第一姿态或是第二姿态,可以理解,第一姿态下,可穿戴设备的控制器612可控制图像采集装置100进行拍摄,而在第二姿态下,可穿戴设备的控制器612则可控制图像采集装置100容纳于装配槽604内,并进入待机状态。
在穿戴本体602上设置可穿戴设备的姿态传感器614,可直接获取到图像采集装置100的姿态信息,以便于可穿戴设备的控制器612根据姿态信息确定图像采集装置100是否为第一姿态或是第二姿态,进而利于控制穿戴本体602执行对应的功能。
其中,可穿戴设备的姿态传感器614设置在穿戴本体602上,可穿戴设备的姿态传感器614除了检测第一姿态和第二姿态外,还可以确定图像采集装置100是否安装到位。
在穿戴本体602上设置与可穿戴设备的控制器612电连接的穿戴显示屏616,可用于显示出显示信息,在一个实施例中,显示信息与姿态信息相对应,可穿戴设备的控制器612在获取到图像采集装置100安装于装配槽604内的姿态信息时,可控制穿戴显示屏616对姿态信息予以显示,此外,若存在与姿态信息对应的运行模式或是控制逻辑等,也可以一并在穿戴显示屏616中显示出来,以便于用户观看。
此外通过在穿戴本体602上设置与可穿戴设备的控制器612电连接的穿戴显示屏616,可用于显示出影像信息,在一个实施例中,影像信息是图像采集装置100采集的,在图像采集装置100工作时,采集到不同的影像信息,此时穿戴显示屏616可作为取景框对影像 信息进行预览观看,更便于用户对取景的灵活调整,此外,在穿戴显示屏616显示影像信息的同时,还可对一些摄像参数予以显示。
可以理解,穿戴显示屏616的尺寸相较于子显示屏104的尺寸较大,故而通过穿戴显示屏616显示多种信息,可为用户提供更清楚直观的观看体验。
其中,无论图像采集装置100上是否设置有子显示屏104,由于穿戴本体602的控制作用,在穿戴本体602上均需要设置穿戴显示屏616,以对控制对象或是具体的运行模式进行实时观察,便于用户的操作。
其中,穿戴显示屏616和装配槽604设置在穿戴本体602的不同侧,以便于用户在使用图像采集装置100进行拍摄时对影像信息的预览,在一个实施例中,穿戴显示屏616设置在一侧,装配槽604位于另一侧,两侧之间可以是相对关系,也可以是相邻关系,若将穿戴显示屏616和装配槽604设置在穿戴本体602的相对两侧,在图像采集装置100以第一姿态安装于装配槽604内时,用户可通过穿戴显示屏616直对着观看图像采集装置100采集的影像信息,而若是将穿戴显示屏616和装配槽604设置在穿戴本体602的相邻两侧,也可通过穿戴显示屏616观看影像信息,但其视角会发生偏转,例如上侧设置装配槽604,左侧或右侧设置显示屏,可实现潜望式的观看体验。也即通过将二者设置在穿戴本体602的不同侧,可适用于不同的拍摄需求。
实施例三十五
图像采集装置100包括摄像头102,以便于通过摄像头102实现图像的拍摄,其中,摄像头102的数量可根据产品设计需求灵活选择,甚至可以将摄像头102作为可替换的配件进行设计,类似于单反相机机体与镜头之间的关系,可在图像采集装置100上将摄像头102拆下更换,以适应于不同的使用需求。一般地,由于图像采集装置100整体尺寸较小,集成化程度较高,故而也可以直接将摄像头102集成到图像采集装置100中,在更换时,可将配置有不同摄像头102的图像采集装置100整体更换。
此外,在装配槽604上还设有第一槽,第一槽的形状和摄像头102的形状相适配,从而在图像采集装置100以特定的姿态安装于装配槽604内时,可提高与图像采集装置100的配合程度,从而也提高了对图像采集装置100的保护程度。
可以理解,一般地,摄像头102由于其自身的结构,长度较长,在安装至整体尺寸较小的图像采集装置100上时,会有部分略微凸出。
图像采集装置100包括子显示屏104,可通过子显示屏104显示图像采集装置100的运行信息,其中,子显示屏104的大小和位置可根据用户的使用习惯进行设定,子显示屏104所显示的内容可以包括自身图像采集装置100的参数或运行模式,还可显示图像采集装置100通过特殊装置进行图像拍摄的成像预览,在使用时,可根据子显示屏104上显示的信息对拍摄进行调整,例如设置录像格式、曝光参数、显示下载界面、调整存储的文件格式等。
此外,在装配槽604上还设有第二槽,第二槽的形状和子显示屏104的形状相适配,一般而言,子显示屏104的硬度较低,外屏在使用一定时间后不可避免的会被灰尘或其他介质所磨损,为了提高在不使用子显示屏104时,对子显示屏104的保护效果,可将图像采集装置100以子显示屏104正对第二槽的姿态放置于装配槽604内。
图像采集装置100包括有物理按键106,可通过物理按键106对图像采集装置100的拍摄,或是与图像采集装置100连接的设备本体202或可移动设备300进行控制,通过物理按键106实现控制,其操控的准确性较高,反馈程度较好,特别是在图像采集装置100整体的尺寸较小的情况下,利用物理按键106可有效降低误操作的概率,提高使用体验。
当然,一般地,物理按键106为了保证控制的反馈程度,一般均会凸起图像采集装置100的表面,故而通过在装配槽604上设置第三槽,使得第三槽的形状和物理按键106的形状相适配,通过将图像采集装置100以物理按键106正对第三槽的姿态放置于装配槽604内,可有效提高装配槽604对物理按键106的保护作用。
进一步地,摄像头102、子显示屏104和物理按键106位于图像采集装置100的第一侧,当摄像头102所在的第一侧正对于装配槽604并将图像采集装置100安装至装配槽604内时,可认为当前用户不需要进行拍摄,设备本体202和图像采集装置100可切换至对应的运行模式,当然,当第二侧背对于装配槽604时,可认为当前用户需要图像采集装置100工作以拍摄影像,设备本体202和图像采集装置100可切换至对应的运行模式
实施例三十六
在穿戴本体602上设置有第七连接器606,在图像采集装置100上设置有第二连接器108,在图像采集装置100安装至装配槽604内时,第七连接器606和第二连接器108应相互对准,此时,可穿戴设备的控制器612可根据第七连接器606和第二连接器108的具体对准情况确定对应的姿态信息,以便于根据具体的姿态信息。
其中,第七连接器606和第二连接器108的对准可以存在多种设定情况,例如,当图像采集装置100正向安装于装配槽604内时,一组第七连接器606用于以第一对准方式与一组第二连接器108对准,当图像采集装置100反向安装于装配槽604内时,一组第七连接器606用于以第二对准方式与一组第二连接器108对准。当然,还可以是第七连接器606和第二连接器108内的触头是一一对应的,在正向连接时,第七连接器606和第二连接器108的触头以正向配合方式连接,在反向连接时,第七连接器606和第二连接器108的触头会以反向配合方式连接。
进一步地,在第七连接器606和第二连接器108相连时,图像采集装置100以耗电量较高的第一功耗模式运行,而当第二连接器108和第二连接器108断开时,也即图像采集装置100和穿戴本体602分离,则会控制图像采集装置100以耗电量较低的第二功耗模式运行,可以理解,当第七连接器606和第二连接器108连接时,由于图像采集装置100可以利用穿戴本体602内的电池为其供电,故而可采用耗电量较高的模式运行,而当第七连接器606和第二连接器108断开时,图像采集装置100需要考虑到自身的续航等因素,故而会采用耗电量较低的模式运行,以延长单次脱离使用的使用时间。
第七连接器606和第二连接器108之间的配合主要是通过第六触点6062和第二触点1082的抵接实现,在一个实施例中,第七连接器606上设置有多个第六触点6062,第二连接器108上设置有多个第二触点1082,通过第六触点6062和第二触点1082实现第七连接器606和第二连接器108的电连接,其中,第六触点6062的排布方式可以与第二触点1082的排布方式相对应,进一步地,还可通过第六触点6062和第二触点1082的连接实现对图像采集装置100的姿态信息的识别,以便于后续对应功能的选择,也利于图像采集装置100和穿戴本体602的运行模式的切换。
在图像采集装置100上设置的第二触点1082根据功能分为第二电触点1084和第二通信触点1086,穿戴本体602上的第六触点6062是固定的,无法移动更改,而图像采集装置100由于可从穿戴本体602上拆卸下来,根据不同的姿态安装到装配槽604内时会启用不同的功能,故而可通过调整穿戴本体602上与第二触点1082相连的第六触点6062的功能以实现不同功能的启用。
在一个实施例中,第二电触点1084的作用为供电,所以为了满足穿戴本体602对图像采集装置100的供电,可将与第二电触点1084相连的第六触点6062的功能调整为通电,同理,为了满足穿戴本体602对图像采集装置100的通信控制,可将与第二通信触点1086相连的第六触点6062的功能调整为通信,穿戴本体602自身对于第六触点6062的功能可以通过可穿戴设备的控制器612进行切换更改。
此外,第六触点6062的数量可以与第二触点1082的数量不同,也即图像采集装置100在以第一姿态或第二姿态安装于装配槽604内时,与第二触点1082相抵的第六触点6062可以是不同的,也可以是存在重合的。
通过在穿戴本体602上设置四个第六触点6062,与第二触点1082的总数量相同,通过限制其中两个第六触点6062的功能为充电,另两个第六触点6062的功能为通信,可根据上述设定使得穿戴本体602根据不同的姿态信息实现不同的第六触点6062的功能,需要强调的是,在本方案中,第六触点6062和第二触点1082的数量相同,故而在图像采集装置100安装在装配槽604内的姿态发生变化时,可通过改变第六触点6062的功能实现不同姿态下的识别,当然,由于第六触点6062的功能会随姿态信息发生改变,也即穿戴本体602通过第六触点6062的功能间接确定图像采集装置100的姿态信息。
进一步地,在两个通信触点与第六触点6062相连时,穿戴本体602能够向图像采集装置100发送指令,图像采集装置100能够将影像信息发送至穿戴本体602。
如图31所示,此时通过设置可穿戴设备的接触检测装置620,可以检测第六触点6062和第二触点1082之间的连接,也即第六触点6062是否与第二触点1082对准,以便于执行不同的功能,在一个实施例中,第二触点1082包括第二电触点1084和第二通信触点1086,在第六触点6062和两个第二电触点1084相连时,首先将与第二电触点1084相连的第六触点6062的功能予以调整,以实现穿戴电池618向图像采集装置100的电量转移,进一步地,在功能调整后可控制穿戴电池618向子电池110充电,或是穿戴电池618向图像采集装置100供电,或是在向子电池110充电的同时为图像采集装置100的运行供电,此外,在第六触点6062和两个第二通信触点1086相连时,先将与第二通信触点1086相连的第六触点6062的功能予以调整,以建立图像采集装置100和穿戴本体602之间的通信连接,进一步地,在功能调整后,通过二者的通信连接,使得图像采集装置100可接收穿戴本体602发送的指令,从而通过执行对应的指令实现穿戴本体602对图像采集装置100的控制,而穿戴本体602则可以接收图像采集装置100传输的影像信息,以减少图像采集装置100的存储压力。
其中,可穿戴设备的接触检测装置620可设置在穿戴本体602或是图像采集装置100上,进一步地,基于图像采集装置100小型化的体积和重量的设计理念,将可穿戴设备的接触检测装置620设置在穿戴本体602上。
此外,可穿戴设备的接触检测装置620可确定图像采集装置100的姿态信息,在一个 实施例中,由于第二触点1082包括两种类型,而第六触点6062的功能可随与之相连的第二触点1082发生变化,故而在图像采集装置100安装在装配槽604内的姿态发生变化时,可通过改变第六触点6062的功能实现不同姿态下的识别,当然,由于第六触点6062的功能会随姿态信息发生改变,也即穿戴本体602通过第六触点6062的功能间接确定图像采集装置100的姿态信息。
在一个实施例中,可以根据触点的标识/电容/电压等参数识别触点的对齐方式,从而检测图像采集装置的姿态信息。
第六触点6062和第二触点1082的数量均为多个,在进行第一姿态和第二姿态的判断时,主要是通过第六触点6062和第二触点1082的对准方式实现的,在一个实施例中,在部分第六触点6062与部分第二触点1082以第一对准方式相连时,可认为当前图像采集装置100以第一姿态位于装配槽604内,而若是在部分第六触点6062与部分第二触点1082以第二对准方式相连时,则认为当前图像采集装置100以第二姿态位于装配槽604内,也即图像采集装置100被收纳进穿戴本体602中。
实施例三十七
在实施例三十六的基础上,为了使得穿戴本体602和图像采集装置100正常工作,在穿戴本体602和图像采集装置100上分别设置有穿戴电池618和子电池110,在第七连接器606和第二连接器108配合时,无论图像采集装置100安装至穿戴本体602是以第一姿态还是第二姿态,穿戴本体602上的穿戴电池618可以向图像采集装置100的子电池110充电,可以理解,由于图像采集装置100自身的体积较小,穿戴本体602的体积较大,在设计时穿戴电池618的电池容量会大于子电池110的电池容量,子电池110自身的续航能力较差,通过穿戴电池618为子电池110充电,使得穿戴本体602可作为充电宝,以延长图像采集装置100的续航周期,提高使用体验。
可穿戴设备的电量检测装置622可检测到子电池110的电量,根据需求,可在子电池110的电量较低时,控制穿戴电池618对其充电,以保证子电池110的剩余电量,便于后续对图像采集装置100的使用,其中,充电电量可以为出厂时默认的预设值,也可以为用户根据自身使用需求,或是穿戴电池618当前的剩余电量确定的设定值。
其中,可穿戴设备的电量检测装置622可设置在穿戴本体602或是图像采集装置100上,进一步地,基于图像采集装置100小型化的体积和重量的设计理念,将可穿戴设备的电量检测装置622设置在穿戴本体602上。
进一步地,图像采集装置100在检测到自身的子电池110被穿戴电池618充电时,可直接向穿戴本体602传输已经拍摄到的影像信息,一方面利于数据的转移,减少图像采集装置100的存储压力,另一方面也便于图像采集装置100可同时实现充电和传数据两种功能,极大的增强使用体验。
实施例三十八
在装配槽604和图像采集装置100上分别设置有第三磁性件624和第二磁性件112,通过第三磁性件624和第二磁性件112之间的磁性连接,可使得图像采集装置100设置在装配槽604内时提高连接的稳固性,同时还可以随时将图像采集装置100取下,以实现图像采集装置100和穿戴本体602的可拆卸连接。
装配槽604为设于穿戴本体602上的槽状结构,通过将第三磁性件624设置在装配槽 604的底部,可使得无论图像采集装置100以何种姿态设置在装配槽604内,均可与第二磁性件112产生磁性连接,以实现对图像采集装置100在装配槽604内位置的固定。
第二磁性件112可以根据第三磁性件624设置的位置可选择地设置在图像采集装置100的一侧或是相对的两侧。
在一个实施例中,考虑到图像采集装置100在装配槽604内的姿态可能发生变化,可将第二磁性件112设置在图像采集装置100的周向侧壁上,并将第三磁性件624设置在装配槽604的周向侧壁上,从而仅需在图像采集装置100的一侧设置第二磁性件112即可实现第一姿态和第二姿态下对图像采集装置100的吸附。
在另一个实施例中,在图像采集装置100相对的两侧上均设置有第二磁性件112,从而可满足不同的姿态配合需求,也即无论图像采集装置100是以第一姿态还是第二姿态,第三磁性件624均可对第二磁性件112起到相吸的作用,以实现固定。
对于第三磁性件624和第二磁性件112而言,无论将二者中的一个选择为磁铁,还是将二者同时选择为磁铁,均可以实现二者之间的吸引,可根据实际使用需求灵活设置。当然,需要说明的,若是第三磁性件624和第二磁性件112均为磁铁,则二者的磁性需要相反才可实现吸引作用。
在上述第十一方面中的任一实施例的基础上,如图32和图33所示,在穿戴本体602上可设置可穿戴设备的扬声器626、可穿戴设备的加速度传感器628、惯性测量单元634、可穿戴设备的存储器630和照明装置632等。
在一个实施例中,通过在穿戴本体602上设置可穿戴设备的扬声器626,可播放影像信息中的音频信息,以便于用户对录制的影像信息予以预览,甚至可以在穿戴本体602上对视频进行一定的后期处理,更便于用户的使用和后续分享。
通过在穿戴本体602上设置可穿戴设备的加速度传感器628,可通过可穿戴设备的加速度传感器628识别图像采集装置100所运动的方向以及速度等运动参数,从而可通过对运动参数进行分析识别,当满足预设的运行轨迹时可控制图像采集装置100进行拍摄,通过可穿戴设备的加速度传感器628的识别,可增加对图像采集装置100拍摄的操作方式,用户在使用时可更方便的进行拍摄。
当然,用户还可根据自己设定的运动轨迹控制图像采集装置100实现不同的功能。
通过在设备本体202上设置可穿戴设备的存储器630,可将配置的系统文件或是图像采集装置100拍摄的影像信息予以存储,便于后续对影像信息的处理。
在穿戴本体602上可设置有照明装置632,在图像采集装置100进行影像信息的拍摄时,控制照明装置632开启,以实现补光的作用。
其中,照明装置632可以为闪光灯,或其他可增大照明亮度的装置。
在图像采集装置100设置惯性检测单元,可复用惯性检测单元获取到的数据作为穿戴本体602自身的数据,从而根据获取到的数据控制与穿戴本体602无线连接的其他设备的运行。其中,穿戴本体602与其他设备之间的无线连接,可以为蓝牙连接,还可以为通过无线网络通信连接。
在上述第十一方面中的任一实施例的基础上,在图像采集装置100处于不同姿态时,在穿戴显示屏616上显示的内容可以存在区别,在一个实施例中,在可穿戴设备的控制器612获取到图像采集装置100位于装配槽604内的姿态信息为第一姿态时,可在穿戴显示 屏616上显示有图像采集装置100的拍摄界面和拍摄参数,可以理解,第一姿态即为图像采集装置100朝外设置,可开启对外部环境的拍摄功能,此时通过在穿戴显示屏616上显示拍摄界面,便于用户取景,而在穿戴显示屏616上显示拍摄参数,也便于用户获知当前的拍摄参数,也利于进行专业的局部调整,进而提高拍摄效果。在可穿戴设备的控制器612获取到图像采集装置100位于装配槽604内的姿态信息为第二姿态时,可在穿戴显示屏616上显示有下载界面和下载参数,可以理解,第二姿态即为图像采集装置100朝里设置,此时用户无需对外部环境进行拍摄,一般地,第二姿态下,用户常常会选择对穿戴本体602进行设置,将视频在穿戴本体602和图像采集装置100之间进行传输等操作,故而可在穿戴显示屏616中显示对应的下载界面,而在穿戴显示屏616上显示下载参数,也便于用户直观的获知传输速度,可根据需求对其灵活设置。
其中,拍摄参数包括但不限于录像格式、曝光参数等。
其中,下载参数包括但不限于视频下载/导出速率、视频存储的文件格式等。
在可穿戴设备的控制器612获取到的姿态信息为第一姿态时,图像采集装置100朝外的设置在装配槽604内,此时会激活对应的拍摄功能,由于图像采集装置100是与穿戴本体602通信连接的,故而在可穿戴设备的控制器612的作用下,可通过穿戴本体602控制图像采集装置100拍摄,在一个实施例中,穿戴本体602上可接收到不同的操控指令,从而在可穿戴设备的控制器612的作用下可根据操控指令对图像采集装置100进行控制,例如进行拍照、录像、缩放、局部放大等操作;此外,又由于穿戴本体602和图像采集装置100电连接,而图像采集装置100自身体积较小,电池容量有限,故而在第一姿态下,还可控制穿戴本体602将自身的电量传输至图像采集装置100,以在保证正常的拍摄状态下实现对图像采集装置100的充电。
在可穿戴设备的控制器612获取到的姿态信息为第一姿态时,图像采集装置100朝里的设置在装配槽604内,此时图像采集装置100会处于待机状态,无需对外部环境进行拍摄,由于图像采集装置100是与穿戴本体602通信连接的,且图像采集装置100自身的体积有限,为了控制功耗,其内存含量无法做的很大,故而在可穿戴设备的控制器612的作用下,可通过穿戴本体602控制图像采集装置100向其传输视频文件,也即将图像采集装置100拍摄到的影像信息传输至穿戴本体602中;此外,又由于穿戴本体602和图像采集装置100电连接,而图像采集装置100自身体积较小,电池容量有限,故而在第二姿态下,还可控制穿戴本体602将自身的电量传输至图像采集装置100,以在保证正常的拍摄状态下实现对图像采集装置100的充电。
在应用时,对于图像采集装置100和穿戴本体602之间的连接而言,主要是通过第七连接器606和第二连接器108的配合实现的,一般地,无论图像采集装置100是以第一姿态还是第二姿态设置在装配槽604内,第七连接器606和第二连接器108之间均为连接,此时可使得图像采集装置100自身的一些功能转移到穿戴本体602上,即通过穿戴本体602进行控制,例如:供电和文件传输等,而若是在第七连接器606和第二连接器108之间断开时,可认为当前图像采集装置100和穿戴本体602之间是分离的,在分离后,图像采集装置100是独立运行,或是可利用载体,也即利用可移动设备300运行,此时图像采集装置100的运行模式明显需要与连接至穿戴本体602的运行模式区分开,以适应于不同的功耗以及功能需求。
在上述第十一方面中的任一实施例的基础上,在穿戴本体602和图像采集装置100中的一个或两个上设置有可穿戴设备的控制器612,在检测到穿戴本体602为穿戴姿态时,也即穿戴本体602被用户穿戴上,此时控制穿戴显示屏616显示时间信息,以便于用户的使用和观看。
在穿戴本体602处于抬腕姿态时,也即在穿戴本体602穿戴于用户的基础上,若检测到穿戴本体602发生转动,直至穿戴本体602的姿态与预设的抬腕姿态相重合时,认为当前穿戴本体602处于抬腕姿态,此时,可控制图像采集装置100对影像信息予以拍摄,以实现无按键触发的快速拍照的功能,提高使用体验。
在图像采集装置100正在拍摄影像信息时,可穿戴设备的控制器612可通过控制位于穿戴本体602上的穿戴显示屏616亮屏以为图像采集装置100的拍摄补光。
在将图像采集装置100拍摄影像信息时,通过控制子显示屏104亮屏,一方面可为位于图像采集装置100上的摄像头102的取景提供亮度,更便于用户的使用,另一方面,也可以将子显示屏104作为取景框,便于用户的拍摄。
本申请还提供了一种可在无人机和手环上使用的子母机结构,其具有多种控制和组合功能,集成度较高,子母机结构包括子机(即图像采集装置100)和母机(即控制设备200),二者可单独使用,还可组合起来使用,既可以将子机安装在无人机上进行航拍,也可以将子机取下安装在手环、云台、手持相机等设备上作为单独的相机使用。
子机自身体积较为小巧,携带和使用的灵活程度较高,用户可选择地将子机挂在自身上,还可以通过磁铁或其他转接件固定在可移动的机动车或非机动车上,以便拍摄不同视角的运动图像,当然,由于子机自身较为灵活,可以防止在不同的位置,以及设置不同的朝向从而可以以第一视角拍摄,或以第三视角拍摄,子机自身也带了陀螺仪可用于确定自身的加速度,从而便于记录运动姿态信息。
其中,子机内部设置的相机传感器的尺寸可以为1英寸或者2英寸,本领域技术人员应当理解,1英寸的相机传感器即为对角线长度为16mm。
在一个实施例中,子机上的镜头不可以伸缩。
另一个实施例中,子机上的镜头可伸缩。
进一步地,在子机上设置有子显示屏104,在子显示屏104上可实现触控操作,甚至可通过在子显示屏104上操作以切换子机的不同运行模式,此外,还可在子显示屏104上设置开关机的虚拟按键,或者在子机上设置开关机的物理按键106,以通过点击子显示屏104或是物理按键106实现子机的开关机。
在一个实施例中,在子机上设置有子显示屏104、按键和摄像头102,在将子机穿在身上时或挂在固定的位置上时,子显示屏104、按键和摄像头102放在同一面。其中,对于按键而言,可具有控制子机的功能,或者根据不同的控制方式对应不同的功能,例如长按是开关机、点击是拍照,双击是录像,不同的触发操作对应不同功能。当然,也可以是按键结合显示屏来实现模式切换,也可以是直接通过显示屏触控操作。
为了便于连接,在子机上还设置有金属触点,用于进行与母机进行通信以及充电,此外,子机上设有定制的私有接口,即可以用于充电,也可以用于数据传输。
通过在子机上设置子麦克风,可用于收音,以便于进行语音识别,从而根据实现语音控制。
对于母机而言,母机上设置有安装槽204,便于收纳子机,而无人机上也设置有与安装槽204相类似的配合槽302,
子机连接无人机,进行航拍,子机连接无人机的配合槽302,通过金属触点与之连接,而遥控器则与母机连接,即遥控设备400包括有遥控本体402和控制设备200,二者组成一套系统。
在利用子机采集图像后,内部图像处理器经过对图像信号的处理转变成USB信号,传到无人机上,无人机内置无线图传模块,可传到遥控设备400,在一个实施例中,无人机直接通过无线图传发送至遥控本体402,在遥控本体402接收到后再通过第四连接器4026和第五连接器404之间的连接传给母机,母机通过母显示屏210进行显示。此外,母显示屏210,还可以通过触屏来切换拍摄参数,再通过遥控本体402发送给无人机再到子机,以便于控制子机的拍摄。
对于子机而言,其设置的摄像头102还可以为1/1.7英寸、1/2.3的传感器,FOV(即视场角Field of Vision)比较大,可以选为50度-180度,通过记录不同的惯性数据,可用作后期的防抖消除,使得子机具有防抖效果。此外,在子机上还可设置有处理器和存储器等便于存储和处理数据。而为了便于子机与母机或是无人机之间产生连接,同时也保证脱离母机可以使用,还在子机上设置有4个金属触点接口(即第二触点1082)和子电池110。
在一些实施例中,无线图传设备和蓝牙加wifi集成芯片均属于可以额外设置在子机中的结构,若是在子机中直接设置无线图传设备,从而子机可独立地通过无线传输方式将数据传给手机或者母机,以便于视频预览。
在另一些实施例中,音频mic(即第二麦克风114)和振动马达也属于可以额外设置在自己中的结构,可以提供用户正反馈、蜂鸣器,在录像前拍照前响一下,反馈给用户已接收到指令。
其中,在母机上设置有Mcu(即控制设备200的控制器)、母电池216、存储器其中,存储器可以是可拆卸式的,例如sd卡卡座,通过sd卡进行存储,还可以是集成在母机内的,例如直接将内存焊接在母机的电路板上。在进行影像信息的拍摄时,子机是自己存,存满后备份给母机,母机可作为扩展存储器以及扩展电池。
此外,在母机上还可设置有usb接口,可以兼顾充电和传数据两种功能,其上设置有三个第一麦克风224,子机和母机连接时,多mic降噪、子机1个mic、母机3个mic,前后左右各一个,实现立体声录制;还可以把子机当作无线mic的配件,即无线mic的发送端,再使用时可将子机是别在领子上,进行收音,子机在母机的前方3米~5米的距离进行拍摄,无线mic把音频无线传输给母机上,母机上可以有无线mic的接收端,从而可实现远程收音。还可以地,在4个mic的作用下组成一个阵列,可保证收音的均衡性,可降噪,位置可以前面一个后面一个左右,多个且分布在不同的表面或对着不同的方向
为了减少子机的体积,在母机设置有扬声器226,而子机上仅设有蜂鸣器。
在一个实施例中,母机下方设置有USB-C的接口,也可以是其他标准的接口。
在子机与母机连接时,可实现双屏显示,即母显示屏210和子显示屏104可显示同一界面,也可以显示不同的界面。
在单用子机时一般是作为穿戴设备,结合子机和母机,可实现运动相机的功能,性能强一些。
母机的存储单元还可以是外插的SD,例如当母机没有内置的存储时可以通过外插存储卡实现数据导出,母机机身也可以内置存储器,可以是32G~64G,母机的电池更大一些,可以给自己充好几次电,可以实现长时间拍摄,子机和母机是通过磁吸来连接,母机的凹槽以及子机背面的正中间附近设置磁铁,镜头朝里,机器的正面也可以放磁铁,实现正反两面安装。
母机还可以自动检测子机的正插反插,可以通过检测4个金属触点的对准来实现正插反插的检测,也可以通过霍尔传感器,可以检测磁铁,子机上有磁铁,可以检测子机的正插反插。
遥控器(即遥控本体402)上可带电池,可以给母机充电,有摇杆,可以控制无人机飞行,背面有天线408,折叠或者伸缩天线408,按键可以控制拍照录像,左边的可以控制遥控器开关机,type-C可以给母机充电,也可以给母机升级固件,也通过type-C的接口来连接。
腕带,子机扣在腕带上,可显示时间,腕带内部有凹槽,也有金属触点,以及tpye接口,腕带相当于转接线,将子机的信号通过腕带的数据接口传到手机或电脑上,更轻量化,隐藏的数据接口
子机的尺寸具体可以为:长20mm~60mm、宽6mm~50mm、厚8mm~30mm,在一个具体的实施例中,长宽厚分别为50mm、20mm、10mm。整体体积如同小拇指大小,而在腕带可以跟子机一起卖,子机加腕带、子机加母机加遥控器、单独的加组合的。
在一个具体的实施例中,子机设置在在无人机上。
在另一个具体的实施例中,子机配合腕带使用,整体作为手环。此外,还可加入手机,以实现系统的交互控制。
在另一个具体的实施例中,子母机整体与无人机和遥控器作为一个系统,进行控制拍摄。
当然,还可以通过设置两个摄像头102,以实现地面和天空的结合。特别是在软件的加持下,还可使得在同一界面中实现两个摄像头102的预览显示,更利于用户的使用。
综上所述,本申请提供的拍摄设备、控制设备、遥控设备、移动控制系统以及可穿戴设备,采用模块化的图像采集装置的设计,实现了在不同平台上对图像采集装置的使用,满足了用户对于不同场景以及设备载体的使用需求。
需要说明的是,在不冲突的情况下,上述各实施例之间可以相互结合,以组成更多的实施例。
在本申请中,术语“第一”、“第二”、“第三”仅用于描述的目的,而不能理解为指示或暗示相对重要性;术语“多个”则指两个或两个以上,除非另有明确的限定。术语“安装”、“相连”、“连接”、“固定”等术语均应做广义理解,例如,“连接”可以是固定连接,也可以是可拆卸连接,或一体地连接;“相连”可以是直接相连,也可以通过中间媒介间接相连。对于本领域的普通技术人员而言,可以根据具体情况理解上述术语在本申请中的具体含义。
本申请的描述中,需要理解的是,术语“上”、“下”、“左”、“右”、“前”、“后”等指示的方位或位置关系为基于附图所示的方位或位置关系,仅是为了便于描述本申请和简化描述,而不是指示或暗示所指的装置或单元必须具有特定的方向、以特定的方位构造和操作,因此,不能理解为对本申请的限制。
在本说明书的描述中,术语“一个实施例”、“一些实施例”、“具体实施例”等的描述意指结合该实施例或示例描述的具体特征、结构、材料或特点包含于本申请的至少一个实施例或示例中。在本说明书中,对上述术语的示意性表述不一定指的是相同的实施例或实例。而且,描述的具体特征、结构、材料或特点可以在任何的一个或多个实施例或示例中以合适的方式结合。
以上所述仅为本申请的优选实施例而已,并不用于限制本申请,对于本领域的技术人员来说,本申请可以有各种更改和变化。凡在本申请的精神和原则之内,所作的任何修改、等同替换、改进等,均应包含在本申请的保护范围之内。

Claims (169)

  1. 一种拍摄设备,其中,包括:
    设备本体;
    图像采集装置,与所述设备本体可拆卸连接;
    其中,当所述设备本体与所述图像采集装置连接时,所述设备本体用于控制所述图像采集装置进行拍摄,当所述设备本体与所述图像采集装置分离且所述图像采集装置连接于可移动设备时,所述设备本体用于控制所述图像采集装置进行拍摄或控制所述可移动设备的操作。
  2. 根据权利要求1所述的拍摄设备,其中,还包括:
    安装槽,设于所述设备本体的一侧,用于容纳所述图像采集装置。
  3. 根据权利要求2所述的拍摄设备,其中,所述图像采集装置包括摄像头;所述图像采集装置能够以第一姿态或第二姿态安装于所述安装槽,所述图像采集装置以所述第一姿态安装于所述安装槽时所述摄像头的朝向,与所述图像采集装置以所述第二姿态安装于所述安装槽时所述摄像头的朝向不同。
  4. 根据权利要求3所述的拍摄设备,其中,当所述图像采集装置以所述第一姿态安装于所述安装槽时,所述图像采集装置的摄像头朝外;当所述图像采集装置以所述第二姿态安装于所述安装槽时,所述图像采集装置的摄像头朝里。
  5. 根据权利要求3所述的拍摄设备,其中,当所述图像采集装置以所述第一姿态安装于所述安装槽,所述设备本体用于控制所述图像采集装置进行拍摄;当所述图像采集装置以所述第二姿态安装于所述安装槽,所述设备本体用于收纳所述图像采集装置。
  6. 根据权利要求3所述的拍摄设备,其中,所述设备本体能够检测所述图像采集装置位于所述安装槽内的姿态信息。
  7. 根据权利要求6所述的拍摄设备,其中,所述设备本体能够基于所述图像采集装置位于所述安装槽内的姿态信息触发不同的控制策略。
  8. 根据权利要求2所述的拍摄设备,其中,所述图像采集装置包括摄像头,所述安装槽上设有与所述摄像头的形状相适配的第一槽。
  9. 根据权利要求2所述的拍摄设备,其中,所述图像采集装置包括子显示屏,所述安装槽上设有与所述子显示屏的形状相适配的第二槽。
  10. 根据权利要求2所述的拍摄设备,其中,所述图像采集装置包括物理按键,所述安装槽上设有与所述物理按键的形状相适配的第三槽。
  11. 根据权利要求2所述的拍摄设备,其中,所述图像采集装置包括摄像头,且所述摄像头位于所述图像采集装置的第一侧。
  12. 根据权利要求11所述的拍摄设备,其中,所述图像采集装置还包括子显示屏和/或物理按键,且所述子显示屏和/或所述物理按键位于所述第一侧。
  13. 根据权利要求11或12所述的拍摄设备,其中,所述图像采集装置以第一姿态位于所述安装槽内时,所述图像采集装置的第二侧与所述安装槽的槽底相抵;
    所述图像采集装置以第二姿态位于所述安装槽内时,所述图像采集装置的第一侧与所述安装槽的槽底相抵,
    其中,所述第二侧与所述第一侧为所述图像采集装置的不同侧。
  14. 根据权利要求2或13所述的拍摄设备,其中,还包括:
    控制器,设于所述设备本体,用于获取所述图像采集装置位于所述安装槽内的姿态信息,并控制所述设备本体执行与所述姿态信息对应的功能。
  15. 根据权利要求14所述的拍摄设备,其中,还包括:
    姿态传感器,设于所述设备本体,所述姿态传感器用于确定所述图像采集装置位于所述安装槽内的姿态信息。
  16. 根据权利要求14所述的拍摄设备,其中,所述控制器用于根据所述设备本体的第一连接器和所述图像采集装置的第二连接器的对准来确定所述图像采集装置位于所述安装槽内的姿态信息。
  17. 根据权利要求14所述的拍摄设备,其中,还包括:
    母显示屏,设于所述设备本体上,所述母显示屏与所述控制器电连接,所述控制器能够根据所述姿态信息在所述母显示屏上显示与所述姿态信息对应的显示信息。
  18. 根据权利要求1所述的拍摄设备,其中,还包括:
    母显示屏,设于所述设备本体上,所述母显示屏用于显示所述图像采集装置采集的影像信息。
  19. 根据权利要求18所述的拍摄设备,其中,所述母显示屏与所述设备本体的安装槽位于所述设备本体的不同侧。
  20. 根据权利要求1所述的拍摄设备,其中,还包括:
    第一操控件,设于所述设备本体,用于控制所述设备本体和/或所述图像采集装置执行相应操作。
  21. 根据权利要求17所述的拍摄设备,其中,
    在所述姿态信息为第一姿态时,所述显示信息包括所述图像采集装置的拍摄界面和拍摄参数;或,
    在所述姿态信息为第二姿态时,所述显示信息为所述设备本体的下载界面和下载参数。
  22. 根据权利要求14所述的拍摄设备,其中,
    在所述姿态信息为第一姿态时,所述控制器能够控制所述设备本体根据接收的操控指令控制所述图像采集装置进行拍摄;和/或所述控制器能够控制所述设备本体为所述图像采集装置充电;和/或所述控制器能够控制所述图像采集装置传输影像信息至所述设备本体;
    在所述姿态信息为第二姿态时,所述控制器能够控制所述设备本体为所述图像采集装置充电;和/或所述控制器能够控制所述图像采集装置传输影像信息至所述设备本体。
  23. 根据权利要求2所述的拍摄设备,其中,还包括:
    第一连接器,设于所述安装槽内;
    第二连接器,设于所述图像采集装置,
    其中,通过所述第一连接器和所述第二连接器的配合实现所述设备本体和所述图像采集装置之间的电连接。
  24. 根据权利要求23所述的拍摄设备,其中,
    当所述图像采集装置以第一姿态安装于所述安装槽,所述第一连接器和所述第二连接器以第一对准方式进行对准;
    当所述图像采集装置以第二姿态安装于所述安装槽,所述第一连接器和所述第二连接器以第二对准方式进行对准。
  25. 根据权利要求23所述的拍摄设备,其中,所述第一连接器位于所述安装槽的侧壁。
  26. 根据权利要求23所述的拍摄设备,其中,所述设备本体通过所述第一连接器与所述第二连接器的配合可向所述图像采集装置发送操作指令。
  27. 根据权利要求23所述的拍摄设备,其中,所述设备本体通过所述第一连接器与所述第二连接器的配合可接收所述图像采集装置拍摄的影像信息。
  28. 根据权利要求23所述的拍摄设备,其中,还包括:
    母电池,设于所述设备本体上;
    子电池,设于所述图像采集装置,
    其中,通过所述第一连接器和所述第二连接器的配合,所述母电池可向所述子电池充电。
  29. 根据权利要求23至28中任一项所述的拍摄设备,其中,所述第一连接器上设有多个第一触点,所述第二连接器上设有多个第二触点,
    其中,在所述第一触点与所述第二触点一一相抵时,以实现所述第一连接器与所述第二连接器的配合。
  30. 根据权利要求29所述的拍摄设备,其中,多个所述第二触点具体包括两个第二电触点和两个第二通信触点,
    其中,所述设备本体能够根据所述图像采集装置位于所述安装槽内的姿态信息,控制与所述第二电触点相连的第一触点的功能,以及与所述第二通信触点相连的第一触点的功能。
  31. 根据权利要求30所述的拍摄设备,其中,所述第一触点的数量为四个,与两个所述第二电触点相连的两个所述第一触点用于向所述图像采集装置充电,与两个所述第二通信触点相连的两个所述第一触点用于与所述图像采集装置建立通信连接。
  32. 根据权利要求30所述的拍摄设备,其中,还包括:
    接触检测装置,用于检测所述第一触点和所述第二触点之间的连接,
    其中,在两个所述第二电触点与所述第一触点相连时,控制所述设备本体的母电池向所述图像采集装置的子电池充电和/或所述母电池向所述图像采集装置供电;
    在两个所述第二通信触点与所述第一触点相连时,所述设备本体能够向所述图像采集装置发送指令,所述设备本体能够从所述图像采集装置获取影像信息。
  33. 根据权利要求32所述的拍摄设备,其中,还包括:
    电量检测装置,用于检测所述图像采集装置的子电池的电量,
    其中,在所述子电池的电量满足充电电量时,控制所述母电池向所述子电池充电。
  34. 根据权利要求32所述的拍摄设备,其中,所述接触检测装置还用于根据所述第一触点与所述第二触点的连接关系确定所述图像采集装置位于所述安装槽内的姿态 信息。
  35. 根据权利要求34所述的拍摄设备,其中,所述第一触点的数量为多个,所述第二触点的数量为多个,在部分所述第一触点与部分所述第二触点以第一对准方式相连时,确定所述图像采集装置以第一姿态位于所述安装槽内,在部分所述第一触点与部分所述第二触点以第二对准方式相连时,确定所述图像采集装置为第二姿态位于所述安装槽内。
  36. 根据权利要求23所述的拍摄设备,其中,所述图像采集装置能够根据所述第一连接器和所述第二连接器之间的连接或断开以确定运行模式。
  37. 根据权利要求28所述的拍摄设备,其中,所述图像采集装置检测到所述母电池向所述子电池充电时,向所述设备本体传输拍摄的影像信息。
  38. 根据权利要求2所述的拍摄设备,其中,还包括:
    第一磁性件,设于所述安装槽内;
    第二磁性件,设于所述图像采集装置上;其中,通过所述第一磁性件和所述第二磁性件的配合实现所述图像采集装置容纳于所述安装槽。
  39. 根据权利要求38所述的拍摄设备,其中,所述第一磁性件设于所述安装槽的底部。
  40. 根据权利要求38所述的拍摄设备,其中,
    所述第二磁性件设于所述图像采集装置的一侧;或
    所述第二磁性件设于所述图像采集装置的相对的两侧上。
  41. 根据权利要求38所述的拍摄设备,其中,
    所述第一磁性件和所述第二磁性件中的一个为磁铁;或
    所述第一磁性件和所述第二磁性件均为磁铁。
  42. 根据权利要求23所述的拍摄设备,其中,
    所述图像采集装置与所述设备本体通过所述第一连接器和所述第二连接器相连时,所述图像采集装置以第一功耗模式运行;
    所述图像采集装置与所述设备本体分离时,所述图像采集装置以第二功耗模式运行,
    其中,所述第一功耗模式的耗电量大于所述第二功耗模式的耗电量。
  43. 根据权利要求2所述的拍摄设备,其中,所述拍摄设备还包括:
    第二麦克风,设于所述图像采集装置上;和/或
    至少一个第一麦克风,设于所述设备本体上,
    其中,所述图像采集装置安装至所述安装槽内,所述第二麦克风和所述第一麦克风的收音方向不同。
  44. 根据权利要求28所述的拍摄设备,其中,包括:
    第三连接器,设于所述设备本体上,所述第三连接器用于向所述母电池充电,和/或,所述第三连接器用于建立所述设备本体与外部设备的通信连接。
  45. 根据权利要求1所述的拍摄设备,其中,还包括:
    扬声器,设于所述设备本体上,所述扬声器用于播放所述图像采集装置拍摄的影像信息中的音频信息。
  46. 根据权利要求28所述的拍摄设备,其中,所述设备本体还包括母显示屏,所述母电池能够由所述设备本体上拆卸,所述母电池拆卸后,所述子电池向所述母显示屏供电。
  47. 根据权利要求1所述的拍摄设备,其中,还包括:
    第一通信装置,设于所述设备本体上,所述设备本体能够通过所述第一通信装置无线控制所述图像采集装置的拍摄。
  48. 根据权利要求1所述的拍摄设备,其中,包括:
    加速度传感器,设于所述设备本体上,所述设备本体能够通过所述加速度传感器控制所述图像采集装置拍摄影像信息。
  49. 根据权利要求1所述的拍摄设备,其中,包括:
    存储器,设于所述设备本体上,所述存储器用于存储所述图像采集装置拍摄的影像信息。
  50. 根据权利要求18所述的拍摄设备,其中,所述图像采集装置包括子显示屏,所述图像采集装置的控制器或所述设备本体的控制器用于响应用户的输入,控制在所述子显示屏和所述母显示屏之间切换显示所述图像采集装置采集的影像信息。
  51. 根据权利要求1所述的拍摄设备,其中,所述图像采集装置与所述可移动设备相连时,
    所述设备本体用于通过与所述可移动设备的通信连接控制所述图像采集装置进行拍摄;和/或
    所述设备本体用于通过与所述图像采集装置的通信连接控制所述图像采集装置进行拍摄。
  52. 根据权利要求1所述的拍摄设备,其中,所述图像采集装置由所述设备本体拆下后,所述图像采集装置能够作为相机独立使用。
  53. 根据权利要求1所述的拍摄设备,其中,所述设备本体为云台,所述图像采集装置设于所述设备本体上,所述设备本体用于控制所述图像采集装置的运行。
  54. 一种拍摄设备,其中,包括:
    设备本体,所述设备本体上设有安装槽;
    图像采集装置,与所述安装槽可拆卸连接;
    其中,所述图像采集装置以第一姿态安装于所述安装槽内时,所述设备本体能够控制所述图像采集装置进行拍摄;所述图像采集装置以第二姿态安装于所述安装槽内时,所述设备本体用于收纳所述图像采集装置。
  55. 一种拍摄设备,其中,包括:
    设备本体,所述设备本体上设有母显示屏;
    图像采集装置,与所述设备本体可拆卸连接,且所述设备本体能够控制所述图像采集装置进行拍摄,
    其中,所述图像采集装置上设有子显示屏,所述图像采集装置安装至所述设备本体上时,所述子显示屏与所述母显示屏的朝向不同。
  56. 根据权利要求55所述的拍摄设备,其中,所述图像采集装置的控制器或所述设备本体的控制器用于响应用户的输入,控制在所述子显示屏和所述母显示屏之间切 换显示所述图像采集装置采集的影像信息。
  57. 一种控制设备,其中,包括:
    设备本体;
    所述设备本体能够与图像采集装置可拆卸连接;
    其中,当所述设备本体与所述图像采集装置连接时,所述设备本体用于控制所述图像采集装置进行拍摄,当所述设备本体与所述图像采集装置分离且所述图像采集装置连接于可移动设备时,所述设备本体用于控制所述图像采集装置进行拍摄或控制所述可移动设备的操作。
  58. 根据权利要求57所述的控制设备,其中,还包括:
    安装槽,设于所述设备本体的一侧,用于容纳所述图像采集装置。
  59. 根据权利要求58所述的控制设备,其中,所述图像采集装置包括摄像头;所述图像采集装置能够以第一姿态或第二姿态安装于所述安装槽,所述图像采集装置以所述第一姿态安装于所述安装槽时所述摄像头的朝向,与所述图像采集装置以所述第二姿态安装于所述安装槽时所述摄像头的朝向不同。
  60. 根据权利要求59所述的控制设备,其中,当所述图像采集装置以所述第一姿态安装于所述安装槽时,所述图像采集装置的摄像头朝外;当所述图像采集装置以所述第二姿态安装于所述安装槽时,所述图像采集装置的摄像头朝里。
  61. 根据权利要求59所述的控制设备,其中,当所述图像采集装置以所述第一姿态安装于所述安装槽,所述设备本体用于控制所述图像采集装置进行拍摄;当所述图像采集装置以所述第二姿态安装于所述安装槽,所述设备本体用于收纳所述图像采集装置。
  62. 根据权利要求59所述的控制设备,其中,所述设备本体能够检测所述图像采集装置位于所述安装槽内的姿态信息。
  63. 根据权利要求58所述的控制设备,其中,所述设备本体能够基于所述图像采集装置位于所述安装槽内的姿态信息触发不同的控制策略。
  64. 一种控制设备,其中,包括:
    设备本体,所述设备本体上设有安装槽;
    所述安装槽能够与图像采集装置可拆卸连接;
    其中,所述图像采集装置以第一姿态安装于所述安装槽内时,所述设备本体能够控制所述图像采集装置进行拍摄;所述图像采集装置以第二姿态安装于所述安装槽内时,所述设备本体用于收纳所述图像采集装置。
  65. 根据权利要求64所述的控制设备,其中,所述图像采集装置包括摄像头;所述图像采集装置能够以第一姿态或第二姿态安装于所述安装槽,所述图像采集装置以所述第一姿态安装于所述安装槽时所述摄像头的朝向,与所述图像采集装置以所述第二姿态安装于所述安装槽时所述摄像头的朝向不同。
  66. 根据权利要求65所述的控制设备,其中,当所述图像采集装置以所述第一姿态安装于所述安装槽时,所述图像采集装置的摄像头朝外;当所述图像采集装置以所述第二姿态安装于所述安装槽时,所述图像采集装置的摄像头朝里。
  67. 根据权利要求65所述的控制设备,其中,当所述图像采集装置以所述第一姿 态安装于所述安装槽,所述设备本体用于控制所述图像采集装置进行拍摄;当所述图像采集装置以所述第二姿态安装于所述安装槽,所述设备本体用于收纳所述图像采集装置。
  68. 根据权利要求64所述的控制设备,其中,所述设备本体能够检测所述图像采集装置位于所述安装槽内的姿态信息。
  69. 根据权利要求68所述的控制设备,其中,所述设备本体能够基于所述图像采集装置位于所述安装槽内的姿态信息触发不同的控制策略。
  70. 根据权利要求64所述的控制设备,其中,还包括:
    第一操控件,设于所述设备本体,用于控制所述设备本体和/或所述图像采集装置执行相应操作。
  71. 一种控制设备,其中,包括:
    设备本体,所述设备本体上设有母显示屏;
    所述设备本体能够与图像采集装置可拆卸连接,且所述设备本体能够控制所述图像采集装置进行拍摄,
    其中,所述图像采集装置上设有子显示屏,所述图像采集装置安装至所述设备本体上时,所述子显示屏与所述母显示屏的朝向不同。
  72. 根据权利要求71所述的控制设备,其中,所述母显示屏为触摸屏,所述母显示屏能够接收切换指令,以在所述母显示屏和所述子显示屏之间切换显示所述图像采集装置拍摄的影像信息。
  73. 根据权利要求71所述的控制设备,其中,还包括:
    安装槽,设于所述设备本体的一侧,用于容纳所述图像采集装置。
  74. 根据权利要求73所述的控制设备,其中,所述图像采集装置包括摄像头;所述图像采集装置能够以第一姿态或第二姿态安装于所述安装槽,所述图像采集装置以所述第一姿态安装于所述安装槽时所述摄像头的朝向,与所述图像采集装置以所述第二姿态安装于所述安装槽时所述摄像头的朝向不同。
  75. 根据权利要求74所述的控制设备,其中,当所述图像采集装置以所述第一姿态安装于所述安装槽时,所述图像采集装置的摄像头朝外;当所述图像采集装置以所述第二姿态安装于所述安装槽时,所述图像采集装置的摄像头朝里。
  76. 根据权利要求74所述的控制设备,其中,当所述图像采集装置以所述第一姿态安装于所述安装槽,所述设备本体用于控制所述图像采集装置进行拍摄;当所述图像采集装置以所述第二姿态安装于所述安装槽,所述设备本体用于收纳所述图像采集装置。
  77. 根据权利要求73所述的控制设备,其中,所述设备本体能够检测所述图像采集装置位于所述安装槽内的姿态信息。
  78. 根据权利要求77所述的控制设备,其中,所述设备本体能够基于所述图像采集装置位于所述安装槽内的姿态信息触发不同的控制策略。
  79. 一种控制设备,其中,用于控制可移动设备,所述控制设备包括:
    设备本体;
    图像采集装置,与所述设备本体可拆卸连接;
    其中,当所述设备本体与所述图像采集装置连接时,所述控制设备用于拍摄以及控制所述可移动设备,当所述设备本体与所述图像采集装置分离且所述图像采集装置连接于可移动设备时,所述设备本体用于控制所述图像采集装置或可移动设备中的至少一个。
  80. 根据权利要求79所述的控制设备,其中,还包括:
    安装槽,设于所述设备本体的一侧,用于容纳所述图像采集装置。
  81. 根据权利要求80所述的控制设备,其中,所述图像采集装置包括摄像头;所述图像采集装置能够以第一姿态或第二姿态安装于所述安装槽,所述图像采集装置以所述第一姿态安装于所述安装槽时所述摄像头的朝向,与所述图像采集装置以所述第二姿态安装于所述安装槽时所述摄像头的朝向不同。
  82. 根据权利要求81所述的控制设备,其中,当所述图像采集装置以所述第一姿态安装于所述安装槽时,所述图像采集装置的摄像头朝外;当所述图像采集装置以所述第二姿态安装于所述安装槽时,所述图像采集装置的摄像头朝里。
  83. 根据权利要求82所述的控制设备,其中,当所述图像采集装置以所述第一姿态安装于所述安装槽,所述设备本体用于控制所述图像采集装置进行拍摄;当所述图像采集装置以所述第二姿态安装于所述安装槽,所述设备本体用于收纳所述图像采集装置。
  84. 根据权利要求80所述的控制设备,其中,所述设备本体能够检测所述图像采集装置位于所述安装槽内的姿态信息。
  85. 根据权利要求84所述的控制设备,其中,所述设备本体能够基于所述图像采集装置位于所述安装槽内的姿态信息触发不同的控制策略。
  86. 一种遥控设备,其中,包括:
    遥控本体,所述遥控本体包括用于与可移动设备通信的第二通信装置,所述遥控本体上设有容纳槽;
    控制设备,与所述容纳槽可拆卸连接,所述控制设备上设有母显示屏,所述母显示屏用于显示所述可移动设备传输的影像信息。
  87. 根据权利要求86所述的遥控设备,其中,还包括:
    第一通信装置,设于所述控制设备上,所述控制设备能够通过所述第一通信装置控制所述可移动设备。
  88. 根据权利要求87所述的遥控设备,其中,
    所述控制设备安装至所述容纳槽,所述控制设备能够通过所述遥控本体上所述第二通信装置控制所述可移动设备;
    所述控制设备由所述容纳槽脱离,所述控制设备能够通过所述第一通信装置控制所述可移动设备。
  89. 根据权利要求86所述的遥控设备,其中,还包括:
    第三连接器,设于所述控制设备上;
    第四连接器,设于所述容纳槽内,
    其中,通过所述第三连接器和所述第四连接器的配合实现所述控制设备和所述遥控本体之间的电连接。
  90. 根据权利要求89所述的遥控设备,其中,所述控制设备和所述遥控本体之间能够通过所述第三连接器和所述第四连接器的配合实现相互供电和/或相互充电。
  91. 根据权利要求86所述的遥控设备,其中,还包括:
    第五连接器,设于所述遥控本体上,所述第五连接器用于向所述遥控本体充电,和/或,所述第五连接器用于建立所述遥控本体与外部设备的通信连接。
  92. 根据权利要求86所述的遥控设备,其中,所述遥控本体还包括:
    至少一个第二操控件,设于所述遥控本体上,所述第二操控件用于接收与所述可移动设备对应的移动控制指令,和/或所述第二操控件用于接收与控制所述可移动设备的影像拍摄对应的拍摄指令。
  93. 根据权利要求92所述的遥控设备,其中,所述第二操控件包括:按键、摇杆或拨轮。
  94. 根据权利要求92所述的遥控设备,其中,还包括:
    天线,设于所述遥控本体上,
    其中,所述天线与所述遥控本体折叠设置,和/或所述天线与所述遥控本体可伸缩设置。
  95. 根据权利要求94所述的遥控设备,其中,所述第二操控件和所述天线设于所述遥控本体的不同侧。
  96. 一种移动控制系统,其中,包括:
    可移动设备和控制设备;
    图像采集装置,所述图像采集装置可选择地设于所述可移动设备和所述控制设备上,
    其中,所述图像采集装置设于所述可移动设备上,所述控制设备用于控制所述图像采集装置拍摄或控制所述可移动设备的操作;所述图像采集装置设于所述控制设备上,所述控制设备用于控制所述图像采集装置拍摄。
  97. 根据权利要求96所述的移动控制系统,其中,还包括:
    配合槽,设于所述可移动设备上或设于所述可移动设备的云台上,用于容纳所述图像采集装置。
  98. 根据权利要求97所述的移动控制系统,其中,所述配合槽包括第六连接器,所述第六连接器用于向所述图像采集装置充电,和/或,所述第六连接器用于建立所述图像采集装置与所述可移动设备的通信连接。
  99. 根据权利要求98所述的移动控制系统,其中,当所述图像采集装置设于所述可移动设备上,所述图像采集装置通过所述第六连接器将采集的影像信息传输至所述可移动设备,所述可移动设备用于通过第三通信装置将所述影像信息传输至所述控制设备,所述控制设备用于输出所述影像信息。
  100. 根据权利要求99所述的移动控制系统,其中,所述控制设备还包括母显示屏,用于显示所述影像信息。
  101. 根据权利要求96所述的移动控制系统,其中,所述控制设备还包括第一通信装置,所述控制设备用于通过所述第一通信装置向所述可移动设备传输拍摄参数,以使所述可移动设备将所述拍摄参数传输至所述图像采集装置。
  102. 根据权利要求96所述的移动控制系统,其中,包括:
    电池仓,设于所述可移动设备上,所述电池仓内设有至少一个机体电池。
  103. 根据权利要求102所述的移动控制系统,其中,所述机体电池能够与所述控制设备上的母电池互换。
  104. 根据权利要求96所述的移动控制系统,其中,还包括:
    安装槽,设于所述控制设备的一侧,用于容纳所述图像采集装置。
  105. 根据权利要求104所述的移动控制系统,其中,所述图像采集装置包括摄像头;所述图像采集装置能够以第一姿态或第二姿态安装于所述安装槽,所述图像采集装置以所述第一姿态安装于所述安装槽时所述摄像头的朝向,与所述图像采集装置以所述第二姿态安装于所述安装槽时所述摄像头的朝向不同。
  106. 根据权利要求105所述的移动控制系统,其中,当所述图像采集装置以所述第一姿态安装于所述安装槽时,所述图像采集装置的摄像头朝外;当所述图像采集装置以所述第二姿态安装于所述安装槽时,所述图像采集装置的摄像头朝里。
  107. 根据权利要求105所述的移动控制系统,其中,当所述图像采集装置以所述第一姿态安装于所述安装槽,所述控制设备用于控制所述图像采集装置进行拍摄;当所述图像采集装置以所述第二姿态安装于所述安装槽,所述控制设备用于收纳所述图像采集装置。
  108. 根据权利要求105所述的移动控制系统,其中,所述控制设备能够检测所述图像采集装置位于所述安装槽内的姿态信息。
  109. 根据权利要求108所述的移动控制系统,其中,所述控制设备能够基于所述图像采集装置位于所述安装槽内的姿态信息触发不同的控制策略。
  110. 一种移动控制系统,其中,包括:
    可移动设备;
    遥控本体,所述遥控本体包括用于与所述可移动设备通信的第二通信装置,
    控制设备,与所述遥控本体可拆卸连接,所述控制设备上设有母显示屏;
    图像采集装置,所述图像采集装置可选择地设于所述可移动设备和所述控制设备上,
    其中,所述图像采集装置设于所述可移动设备上,所述控制设备能够控制所述图像采集装置拍摄或控制所述可移动设备的操作;所述图像采集装置设于所述控制设备上,所述控制设备用于控制所述图像采集装置拍摄。
  111. 根据权利要求110所述的移动控制系统,其中,包括:
    容纳槽,设于所述遥控本体上,所述设备本体与所述容纳槽可拆卸连接。
  112. 根据权利要求110所述的移动控制系统,其中,包括:第一通信装置,设于所述设备本体上,所述设备本体能够通过所述第一通信装置控制所述可移动设备。
  113. 根据权利要求112所述的移动控制系统,其中,
    所述设备本体安装至所述遥控本体上的容纳槽,所述设备本体能够通过所述遥控本体上所述第二通信装置控制所述可移动设备;
    所述设备本体由所述容纳槽脱离,所述设备本体能够通过所述第一通信装置控制所述可移动设备。
  114. 根据权利要求111所述的移动控制系统,其中,还包括:
    第三连接器,设于所述设备本体上;
    第四连接器,设于所述容纳槽内,
    其中,通过所述第三连接器和所述第四连接器的配合实现所述设备本体和所述遥控本体之间的电连接。
  115. 根据权利要求114所述的移动控制系统,其中,所述控制设备和所述遥控本体之间能够通过所述第三连接器和所述第四连接器的配合实现相互供电和/或相互充电。
  116. 根据权利要求110所述的移动控制系统,其中,还包括:
    第五连接器,设于所述遥控本体上,所述第五连接器用于向所述遥控本体充电,和/或,所述第五连接器用于建立所述遥控本体与外部设备的通信连接。
  117. 根据权利要求110所述的移动控制系统,其中,还包括:
    至少一个操控件,设于所述遥控本体上,所述操控件用于接收与所述可移动设备对应的移动控制指令,和/或所述操控件用于接收与控制所述可移动设备的影像拍摄对应的拍摄指令。
  118. 根据权利要求117所述的移动控制系统,其中,所述操控件包括:按键、摇杆或拨轮。
  119. 根据权利要求110所述的移动控制系统,其中,包括:
    天线,设于所述遥控本体上,
    其中,所述天线与所述遥控本体折叠设置,和/或所述天线与所述遥控本体可伸缩设置。
  120. 根据权利要求119所述的移动控制系统,其中,所述遥控本体上的操控件和所述天线设于所述遥控本体的不同侧。
  121. 根据权利要求110所述的移动控制系统,其中,包括:
    配合槽,设于所述可移动设备上或设于所述可移动设备的云台上,用于容纳所述图像采集装置。
  122. 根据权利要求121所述的移动控制系统,其中,所述配合槽包括第六连接器,所述第六连接器用于向所述图像采集装置充电,和/或,所述第六连接器用于建立所述图像采集装置与可移动设备的通信连接。
  123. 根据权利要求122所述的移动控制系统,其中,当所述图像采集装置设于所述可移动设备上,所述图像采集装置通过所述第六连接器将采集的影像信息传输至所述可移动设备,所述可移动设备用于通过第三通信装置将所述影像信息传输至所述控制设备,所述控制设备用于输出所述影像信息。
  124. 根据权利要求123所述的移动控制系统,其中,所述控制设备还包括母显示屏,用于显示所述影像信息。
  125. 根据权利要求110所述的移动控制系统,其中,所述控制设备还包括第一通信装置,所述控制设备用于通过所述第一通信装置向所述可移动设备传输拍摄参数,以使所述可移动设备将所述拍摄参数传输至所述图像采集装置。
  126. 根据权利要求110所述的移动控制系统,其中,包括:
    电池仓,设于所述可移动设备上,所述电池仓内设有至少一个机体电池。
  127. 根据权利要求126所述的移动控制系统,其中,所述机体电池能够与所述设备本体上的母电池互换。
  128. 根据权利要求110所述的移动控制系统,其中,包括:
    安装槽,设于所述设备本体的一侧,用于容纳所述图像采集装置。
  129. 一种可穿戴设备,其中,包括:
    穿戴本体,所述穿戴本体上设有装配槽;
    图像采集装置,与所述装配槽可拆卸连接,且所述图像采集装置与所述穿戴本体之间电连接;
    其中,所述穿戴本体上设有通信接口,所述通信接口用于将所述图像采集装置拍摄的影像信息向外导出。
  130. 根据权利要求129所述的可穿戴设备,其中,所述穿戴本体具体包括:
    第一穿戴段,所述第一穿戴段上设有所述装配槽,且所述第一穿戴段的一端设有第一配合部;
    第二穿戴段,所述第二穿戴段的一端设有第二配合部,通过所述第一配合部和所述第二配合部之间的配合,实现所述第二穿戴段与所述第一穿戴段的可拆卸连接。
  131. 根据权利要求129所述的可穿戴设备,其中,包括:
    第二连接器,设于所述图像采集装置上;
    第七连接器,设于所述装配槽内,
    其中,通过所述第二连接器和所述第七连接器的配合实现所述穿戴本体和所述图像采集装置之间的电连接。
  132. 根据权利要求131所述的可穿戴设备,其中,还包括:
    至少一个按键,设于所述穿戴本体上,所述穿戴本体能够通过所述按键接收与所述图像采集装置对应的拍摄指令,以通过所述第二连接器和所述第七连接器控制所述图像采集装置拍摄。
  133. 根据权利要求129所述的可穿戴设备,其中,包括:
    惯性传感器,设于所述穿戴本体上,所述穿戴本体能够通过所述惯性传感器控制所述图像采集装置拍摄。
  134. 根据权利要求129所述的可穿戴设备,其中,所述图像采集装置包括摄像头,所述装配槽上设有与所述摄像头的形状相适配的第一槽。
  135. 根据权利要求129所述的可穿戴设备,其中,所述图像采集装置包括子显示屏,所述装配槽上设有与所述子显示屏的形状相适配的第二槽。
  136. 根据权利要求129所述的可穿戴设备,其中,所述图像采集装置包括物理按键,所述装配槽上设有与所述物理按键的形状相适配的第三槽。
  137. 根据权利要求129所述的可穿戴设备,其中,所述图像采集装置包括摄像头、子显示屏和物理按键,且所述摄像头、所述子显示屏和所述物理按键位于所述图像采集装置的第一侧。
  138. 根据权利要求137所述的可穿戴设备,其中,所述图像采集装置以第一姿态位于所述装配槽内时,所述第二侧与所述装配槽的槽底相抵;
    所述图像采集装置以第二姿态位于所述装配槽内时,所述图像采集装置的第一侧与所述装配槽的槽底相抵,
    其中,所述第二侧与所述第一侧为所述图像采集装置的不同侧。
  139. 根据权利要求129所述的可穿戴设备,其中,还包括:
    控制器,设于所述穿戴本体,用于获取所述图像采集装置位于所述装配槽内的姿态信息,并控制所述设备本体执行与所述姿态信息对应的功能。
  140. 根据权利要求139所述的可穿戴设备,其中,还包括:
    姿态传感器,设于所述穿戴本体,所述姿态传感器用于确定所述图像采集装置位于所述装配槽内的姿态信息。
  141. 根据权利要求139所述的可穿戴设备,其中,所述控制器用于根据所述穿戴本体的第七连接器和所述图像采集装置的第二连接器的对准来确定所述图像采集装置位于所述装配槽内的姿态信息。
  142. 根据权利要求139所述的可穿戴设备,其中,还包括:
    穿戴显示屏,设于所述穿戴本体上,所述穿戴显示屏与所述控制器电连接,所述控制器能够根据所述姿态信息在所述穿戴显示屏上显示与所述姿态信息对应的显示信息,和/或所述穿戴显示屏用于显示所述图像采集装置采集的影像信息。
  143. 根据权利要求142所述的可穿戴设备,其中,所述穿戴显示屏与所述装配槽位于所述穿戴本体的不同侧。
  144. 根据权利要求142所述的可穿戴设备,其中,
    在所述姿态信息为第一姿态时,所述显示信息包括所述图像采集装置的拍摄界面和拍摄参数;或,
    在所述姿态信息为第二姿态时,所述显示信息为所述穿戴本体的下载界面和下载参数。
  145. 根据权利要求139所述的可穿戴设备,其中,
    在所述姿态信息为第一姿态时,所述控制器能够控制所述穿戴本体根据接收的操控指令控制所述图像采集装置进行拍摄;和/或所述控制器能够控制所述穿戴本体为所述图像采集装置充电;
    在所述姿态信息为第二姿态时,所述控制器能够控制所述穿戴本体为所述图像采集装置充电;和/或所述控制器能够控制所述图像采集装置传输影像信息至所述穿戴本体。
  146. 根据权利要求131所述的可穿戴设备,其中,还包括:
    穿戴电池,设于所述穿戴本体上;
    子电池,设于所述图像采集装置上,
    其中,通过所述第七连接器和所述第二连接器的配合,所述穿戴电池可向所述子电池充电。
  147. 根据权利要求146所述的可穿戴设备,其中,所述第七连接器上设有多个第六触点,所述第二连接器上设有多个第二触点,
    其中,在所述第六触点与所述第二触点一一相抵时,以实现所述第七连接器与所述第二连接器的配合。
  148. 根据权利要求147所述的可穿戴设备,其中,多个所述第二触点具体包括两个第二电触点和两个第二通信触点,
    其中,所述穿戴本体能够根据所述图像采集装置位于所述装配槽内的姿态信息,控制与所述第二电触点相连的第六触点的功能,以及与所述第二通信触点相连的第六触点的功能。
  149. 根据权利要求148所述的可穿戴设备,其中,所述第六触点的数量为四个,与两个所述第二电触点相连的两个所述第六触点用于向所述图像采集装置充电,与两个所述第二通信触点相连的两个所述第六触点用于与所述图像采集装置建立通信连接。
  150. 根据权利要求148所述的可穿戴设备,其中,包括:
    接触检测装置,用于检测所述第六触点和所述第二触点之间的连接,
    其中,在两个所述第二电触点与所述第六触点相连时,控制所述穿戴电池向所述子电池充电和/或所述穿戴电池向所述图像采集装置供电;
    在两个所述通信触点与所述第六触点相连时,所述穿戴本体能够向所述图像采集装置发送指令,所述图像采集装置能够将影像信息发送至所述穿戴本体。
  151. 根据权利要求146所述的可穿戴设备,其中,包括:
    电量检测装置,用于检测所述图像采集装置的子电池的电量,
    其中,在所述子电池的电量满足充电电量时,控制所述穿戴电池向所述子电池充电。
  152. 根据权利要求150所述的可穿戴设备,其中,所述接触检测装置还用于根据所述第六触点与所述第二触点的连接关系确定所述图像采集装置位于所述装配槽内的姿态信息。
  153. 根据权利要求152所述的可穿戴设备,其中,所述第六触点的数量为多个,所述第二触点的数量为多个,在部分所述第六触点与部分所述第二触点以第一对准方式相连时,确定所述图像采集装置以第一姿态位于所述装配槽内,在部分所述第六触点与部分所述第二触点以第二对准方式相连时,确定所述图像采集装置为第二姿态位于所述装配槽内。
  154. 根据权利要求131所述的可穿戴设备,其中,所述图像采集装置能够根据所述第七连接器和所述第二连接器之间的连接或断开以确定运行模式。
  155. 根据权利要求146所述的可穿戴设备,其中,所述图像采集装置检测到所述穿戴电池向所述子电池充电时,向所述穿戴本体传输拍摄的影像信息。
  156. 根据权利要求129所述的可穿戴设备,其中,还包括:
    第三磁性件,设于所述装配槽内;
    第二磁性件,设于所述图像采集装置上;其中,通过所述第三磁性件和所述第二磁性件的配合实现所述图像采集装置容纳于所述装配槽。
  157. 根据权利要求156所述的可穿戴设备,其中,所述第三磁性件设于所述装配槽的底部。
  158. 根据权利要求156所述的可穿戴设备,其中,
    所述第二磁性件设于所述图像采集装置的一侧;或
    所述第二磁性件设于所述图像采集装置的相对的两侧上。
  159. 根据权利要求156所述的可穿戴设备,其中,
    所述第三磁性件和所述第二磁性件中的一个为磁铁;或
    所述第三磁性件和所述第二磁性件均为磁铁。
  160. 根据权利要求131所述的可穿戴设备,其中,
    所述图像采集装置与所述穿戴本体通过所述第七连接器和所述第二连接器相连时,所述图像采集装置以第一功耗模式运行;
    所述图像采集装置与所述穿戴本体分离时,所述图像采集装置以第二功耗模式运行,
    其中,所述第一功耗模式的耗电量大于所述第二功耗模式的耗电量。
  161. 根据权利要求129所述的可穿戴设备,其中,还包括:
    扬声器,设于所述穿戴本体上,所述扬声器用于播放所述图像采集装置拍摄的影像信息中的音频信息。
  162. 根据权利要求129所述的可穿戴设备,其中,包括:
    加速度传感器,设于所述穿戴本体上,所述穿戴本体能够通过所述加速度传感器控制所述图像采集装置拍摄影像信息。
  163. 根据权利要求135所述的可穿戴设备,其中,在所述图像采集装置通过摄像头拍摄影像信息时,控制所述子显示屏亮屏。
  164. 根据权利要求129所述的可穿戴设备,其中,包括:
    存储器,设于所述穿戴本体上,所述存储器用于存储所述图像采集装置拍摄的影像信息。
  165. 根据权利要求129所述的可穿戴设备,其中,还包括:
    照明装置,设于所述穿戴本体上,所述照明装置用于在所述图像采集装置拍摄影像信息时开启。
  166. 根据权利要求129所述的可穿戴设备,其中,所述图像采集装置上设有惯性测量单元,所述穿戴本体能够根据所述惯性测量单元控制与所述穿戴本体通信连接的目标设备。
  167. 根据权利要求139所述的可穿戴设备,其中,所述控制器用于在检测到所述穿戴本体处于穿戴姿态时,控制所述穿戴显示屏显示时间信息。
  168. 根据权利要求139所述的可穿戴设备,其中,所述控制器用于检测到所述穿戴本体处于抬腕姿态时,控制所述图像采集装置拍摄影像信息。
  169. 根据权利要求139所述的可穿戴设备,其中,所述控制器用于在所述图像采集装置拍摄影像信息时,控制所述穿戴显示屏亮屏。
PCT/CN2020/141882 2020-12-31 2020-12-31 拍摄设备、控制设备、遥控设备、移动控制系统和可穿戴设备 WO2022141329A1 (zh)

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