Abstract: A background display system for a virtual image recording studio comprises a background display device which is configured to display, behind or above a real subject, a representation of a virtual background for a recording by means of an associated camera, and a control device which is configured to control the background display device. The control device comprises a data input for receiving lens data from the associated camera and is configured to adjust the representation of the virtual background in dependence of the received lens data.

Abstract: Data glasses for a motion picture camera comprising a data input for receiving camera information that comprises status information of the motion picture camera, configuration information of the motion picture camera and/or recorded images of the motion picture camera; a display device that is configured to display a representation of the received camera information; and a control device that is configured to determine a position relationship that indicates a position and/or orientation of the data glasses relative to the motion picture camera, and to adjust a position of the representation of the received camera information at the display device based on the position relationship.

Abstract: The invention relates to a method for configuring an emulation method for emulating a second camera objective, comprising the steps: determining a plurality of first images that are recorded using a first camera objective; determining a plurality of second images that are recorded using the second camera objective and whose image content corresponds to the image content of the plurality of first images; and configuring the emulation method for emulating the second camera objective on the basis of the plurality of first images and the plurality of second images.

Abstract: A background display system for a virtual image recording studio comprises a background display device which is configured to display, behind or above a real subject, a representation of a virtual background for a recording by means of an associated camera, and a control device which is configured to control the background display device. The control device comprises a data input for receiving lens data from the associated camera and is configured to adjust the representation of the virtual background in dependence of the received lens data.

Abstract: A background display system for a virtual image recording studio comprises a background display device which is configured to display, behind or above a real subject, a representation of a virtual background for a recording by means of an associated camera, and a control device which is configured to control the background display device. The control device comprises a data input for receiving lens data from the associated camera and is configured to adjust the representation of the virtual background in dependence of the received lens data.

Abstract: A background display system for a virtual image recording studio comprises a background display device which is configured to display, behind or above a real subject, a representation of a virtual background for a recording by means of an associated camera, and a control device which is configured to control the background display device. The control device comprises a data input for receiving lens data from the associated camera and is configured to adjust the representation of the virtual background in dependence of the received lens data.

Abstract: The invention relates to a method for configuring an emulation method for emulating a second camera objective, comprising the steps: determining a plurality of first images that are recorded using a first camera objective; determining a plurality of second images that are recorded using the second camera objective and whose image content corresponds to the image content of the plurality of first images; and configuring the emulation method for emulating the second camera objective on the basis of the plurality of first images and the plurality of second images.

Abstract: An electronic video camera has a camera body which comprises an inner carrier structure and at least one outer cover element which is arranged at the carrier structure and which bounds an interior space of the camera body. In this respect, the camera structure forms a central cooling passage which divides the interior space of the camera body into a ventilation space within the cooling passage and into at least one component space outside the cooling passage. The ventilation space is open toward the environment of the video camera. The component space is sealingly closed with respect to the ventilation space and the environment of the video camera. The video camera has electronic components which are received in the component space and are thermally conductively coupled to the ventilation space via at least one side wall of the cooling passage. The cover element furthermore forms a side cover which is releasable to expose the electronic components arranged in the component space for servicing purposes.

Abstract: A viewfinder and operating unit for a video camera is configured separate from the video camera and comprises a main body, an electronic viewfinder and an operating device pivotably fastened to the main body for the configuring and/or controlling of the video camera. The electronic viewfinder has a viewfinder display as well as an eyepiece having an optical axis. The operating device has an areal operating field display and is pivotable into at least two different positions relative to the main body. The operating device projects from the main body in a cameraman operating position and an observation axis aligned perpendicular to the areal operating field display extends in parallel with the optical axis of the eyepiece as well as laterally offset therefrom. The observation axis of the operating field display is aligned perpendicular to the optical axis of the eyepiece in an assistant operating position.

Abstract: An electronic video camera has a camera body which comprises an inner carrier structure and at least one outer cover element which is arranged at the carrier structure and which bounds an interior space of the camera body. In this respect, the camera structure forms a central cooling passage which divides the interior space of the camera body into a ventilation space within the cooling passage and into at least one component space outside the cooling passage. The ventilation space is open toward the environment of the video camera. The component space is sealingly closed with respect to the ventilation space and the environment of the video camera. The video camera has electronic components which are received in the component space and are thermally conductively coupled to the ventilation space via at least one side wall of the cooling passage. The cover element furthermore forms a side cover which is releasable to expose the electronic components arranged in the component space for servicing purposes.

Abstract: An electronic video camera has a camera body which comprises an inner carrier structure and at least one outer cover element which is arranged at the carrier structure and which bounds an interior space of the camera body. In this respect, the camera structure forms a central cooling passage which divides the interior space of the camera body into a ventilation space within the cooling passage and into at least one component space outside the cooling passage. The ventilation space is open toward the environment of the video camera. The component space is sealingly closed with respect to the ventilation space and the environment of the video camera. The video camera has electronic components which are received in the component space and are thermally conductively coupled to the ventilation space via at least one side wall of the cooling passage. The cover element furthermore forms a side cover which is releasable to expose the electronic components arranged in the component space for servicing purposes.

Abstract: An electronic video camera comprises a camera body which has an objective connection for interchangeable objectives as well as at least one first side surface and one second side surface, wherein the objective connection defines a visual axis of the video camera. A first longitudinal guide is integrated into the first side face of the camera body and extends in parallel with the visual axis and a second longitudinal guide is integrated into the second side face of the camera body and extends in the same respect in parallel with the visual axis.

Abstract: An electronic video camera comprises a camera body which has an objective connection for interchangeable objectives as well as at least one first side surface and one second side surface, wherein the objective connection defines a visual axis of the video camera. A first longitudinal guide is integrated into the first side face of the camera body and extends in parallel with the visual axis and a second longitudinal guide is integrated into the second side face of the camera body and extends in the same respect in parallel with the visual axis.

Abstract: A viewfinder and operating unit for a video camera is configured separate from the video camera and comprises a main body, an electronic viewfinder and an operating device pivotably fastened to the main body for the configuring and/or controlling of the video camera. The electronic viewfinder has a viewfinder display as well as an eyepiece having an optical axis. The operating device has an areal operating field display and is pivotable into at least two different positions relative to the main body. The operating device projects from the main body in a cameraman operating position and an observation axis aligned perpendicular to the areal operating field display extends in parallel with the optical axis of the eyepiece as well as laterally offset therefrom. The observation axis of the operating field display is aligned perpendicular to the optical axis of the eyepiece in an assistant operating position.

Abstract: An electronic video camera has a camera body which comprises an inner carrier structure and at least one outer cover element which is arranged at the carrier structure and which bounds an interior space of the camera body. In this respect, the camera structure forms a central cooling passage which divides the interior space of the camera body into a ventilation space within the cooling passage and into at least one component space outside the cooling passage. The ventilation space is open toward the environment of the video camera. The component space is sealingly closed with respect to the ventilation space and the environment of the video camera. The video camera has electronic components which are received in the component space and are thermally conductively coupled to the ventilation space via at least one side wall of the cooling passage. The cover element furthermore forms a side cover which is releasable to expose the electronic components arranged in the component space for servicing purposes.

Abstract: The invention relates to a digital motion picture camera including at least one optoelectronic sensor device for the recording of motion pictures. The sensor device has, in an areal arrangement, a plurality of sensor elements for the generation of a respective received signal in dependence on a light exposure. The camera further has a control device for the controlling of the read-out of the received signals of the sensor elements as well as a digitizing device for the digitizing of the received signals. The camera moreover has an optical viewfinder for the visual observation of the motion pictures to be recorded and a beam deflection device which is interposed in front of the sensor device and by which the reception beam path can be split at least into one recording beam path for the sensor device and one viewfinder beam path for the optical viewfinder.

Abstract: An electronic motion picture camera for recording a sequence of images includes a sensor device having a two-dimensional arrangement of sensor elements that generate electrical signals in dependence on an exposure to light. A first group of the sensor elements forms a recording region of the sensor device and generates recording signals, and a second group of the sensor elements forms a monitoring region of the sensor device and generates monitoring signals, wherein the monitoring region surrounds the recording region. A memory device stores the recording signals, but not the monitoring signals. A display device displays the recording signals, the monitoring signals and a frame signal representing a border between the recording region and the monitoring region of the sensor device, and the border between the recording region and the monitoring region is kept fixed during the recording of the sequence of images.

Abstract: The invention relates to an electronic motion picture camera having an optical receiving system and a beam splitter which splits the receiving beam path into a taking beam path leading to an optoelectronic taking sensor and a viewfinder beam path leading to an optical viewfinder. The camera has an electronic display for the reproduction of an additional image. An optical vision mixer is arranged in the viewfinder beam path by which the taken image and the additional image can be directed in the direction of the viewfinder such that the taken image or the additional image, or the taken image and the additional image as a uniform image, can be observed in the viewfinder.