Abstract: A receptacle includes a housing having a port for receiving a plug. An interlock assembly is provided for locking and unlocking the plug to the housing and includes a unitary main shaft having a first end and a second end. The second end is contoured to extend radially from a longitudinal axis of the main shaft. A spring is coaxial with the longitudinal axis and is configured to engage the second end of the main shaft. The spring is configured to apply a rotational biasing force to the main shaft to bias the main shaft toward a locked position wherein a locking bar attached to the first end of the main shaft engages and locks the plug to the housing. A tab is attached to the first end of the main shaft and is configured to rotate the main shaft between the locked position and an unlocked position.

Abstract: A biocide delivery system comprising a feed tank in communication with a biocide source containing a biocide; said biocide source adapted to receive water from said feed tank and controllably releases biocide into water received from said feed tank; and a product tank in communication with said biocide source and adapted to receive water from said biocide source.

Abstract: A browser-based video editor is configured to allow a user to create a composition schema having multimedia layers, including video, audio, and graphic and text layers. The composition schema may be transmitted to a remote service that employs a rendering engine to play back the composition schema and align the clocks for each respective multimedia layer into a single video representation. A master clock object is employed to sync the clocks while also checking a series of properties with each multimedia layer to comport the multimedia layers with an interval-based master clock. The composition schema is recorded using FFmpeg (Fast Forward Moving Picture Experts Group) to create a video representation for user consumption, such as an MP4 (Motion Pictures Experts Group 4) formatted file.

Abstract: A biocide delivery system comprising a feed tank in communication with a biocide source containing a biocide; said biocide source adapted to receive water from said feed tank and controllably releases biocide into water received from said feed tank; and a product tank in communication with said biocide source and adapted to receive water from said biocide source.

Abstract: A browser-based video editor is configured to allow a user to create a composition schema having multimedia layers, including video, audio, and graphic and text layers. The composition schema may be transmitted to a remote service that employs a rendering engine to play back the composition schema and align the clocks for each respective multimedia layer into a single video representation. A master clock object is employed to sync the clocks while also checking a series of properties with each multimedia layer to comport the multimedia layers with an interval-based master clock. The composition schema is recorded using FFmpeg (Fast Forward Moving Picture Experts Group) to create a video representation for user consumption, such as an MP4 (Motion Pictures Experts Group 4) formatted file.

Abstract: A browser-based video editor is configured to allow a user to create a composition schema having multimedia layers, including video, audio, and graphic and text layers. The composition schema may be transmitted to a remote service that employs a rendering engine to play back the composition schema and align the clocks for each respective multimedia layer into a single video representation. A master clock object is employed to sync the clocks while also checking a series of properties with each multimedia layer to comport the multimedia layers with an interval-based master clock. The composition schema is recorded using FFmpeg (Fast Forward Moving Picture Experts Group) to create a video representation for user consumption, such as an MP4 (Motion Pictures Experts Group 4) formatted file.

Abstract: A mobile application includes a user interface for creating video or hypervideo content comprising a plurality of visual cards. User text input is received for display on one of the visual cards, and text analysis information comprising a tone of the text and a topic of the text and/or one or more keywords of the text is identified based on the text input. Using the text analysis information, one or more media assets are retrieved and a theme for the visual card is selected. The visual card is then constructed based on the text, the media assets, and a style definition associated with the theme. Additional visual cards can be created in a similar manner, resulting in a complete presentation.

Abstract: A multi-channel video intercom system with access to advanced digital services includes a two-wire communication bus for audio, video, and data communications in different communication channels, at least one outdoor panel having a camera connected to the communication bus, at least one power supply connected to the communication bus to provide power to the rest of the video intercom system, at least one user terminal connected to the communication bus wherein at least one terminal is connected to the at least one outdoor panel, and wherein at least one terminal is a video intercom terminal. The system further includes a communications gateway connected to the communication bus through a first connection interface and Internet connected through a second connection interface wherein the gateway is allowed access to advanced digital services via the Internet from at least one video intercom terminal through at least one communication bus channel available for data.

Abstract: A multi-channel video intercom system 600 with access to advanced digital services which comprises a two-wire communication bus 659 disposed such as to allow audio, video and data communications in different communication channels, at least one outdoor panel 630 having a camera connected to said communication bus 650, at least one power supply 640 connected to said communication bus 650 disposed to provide power to the rest of the video intercom system 600, at least one user terminal 300 connected to said communication bus 650 wherein said at least one terminal 300 is connected to the at least one outdoor panel 630 and wherein the at least one terminal 300 is a video intercom terminal 310.

Abstract: Two-wire multichannel video door system that comprises at least two street panels (20) with video camera (18) and home terminals, provided with an intercom, or with a monitor intercom. Characterized in that the street panels comprise the following: a digital BNFSK modulator and a digital BNFSK demodulator for transmitting audio and data to an intercom terminal, provided with a digital BNFSK modulator and a digital BNFSK demodulator; and a digital PPM modulator and a digital PPM demodulator for the transmission of audio and video to a monitor terminal, provided with a digital BNFSK modulator and a digital BNFSK demodulator and a digital PPM modulator and a digital PPM demodulator, to maintain at least two simultaneous bidirectional audio conversations between two terminals with two street panels, and to send video from the street panels to the terminals at the same time, using any type of conventional cabling.

Abstract: Two-wire multichannel video door system that comprises at least two street panels (20) with video camera (18) and home terminals, provided with an intercom, or with a monitor intercom. Characterized in that the street panels comprise the following: a digital BNFSK modulator and a digital BNFSK demodulator for transmitting audio and data to an intercom terminal, provided with a digital BNFSK modulator and a digital BNFSK demodulator; and a digital PPM modulator and a digital PPM demodulator for the transmission of audio and video to a monitor terminal, provided with a digital BNFSK modulator and a digital BNFSK demodulator and a digital PPM modulator and a digital PPM demodulator, to maintain at least two simultaneous bidirectional audio conversations between two terminals with two street panels, and to send video from the street panels to the terminals at the same time, using any type of conventional cabling.

Abstract: An optical assembly lock/unlock apparatus includes an interlock mechanism configured to selectively lock an optical assembly in a fixed position relative to a scan engine and unlock the optical assembly relative to the scan engine when the scan engine is to be removed from and secured to a print engine.

Abstract: An optical assembly lock/unlock apparatus includes an interlock mechanism configured to selectively lock an optical assembly in a fixed position relative to a scan engine.

Abstract: A modular system for seaming and a headstock to perform it, that has a structure, a table (2) and a cradle (1) on which the parts to be machined are supported. It includes a slide that moves in a linear manner (6) and that includes the tools, which are mounted on a tool holder that turns on a shaft on the body of the moving slide, and towards the parts to be seamed. It permits the seaming of both internal and external contours.

Abstract: A modular system for seaming and a headstock to perform it, that has a structure, a table (2) and a cradle (1) on which the parts to be machined are supported. It includes a slide that moves in a linear manner (6) and that includes the tools, which are mounted on a tool holder that turns on a shaft on the body of the moving slide, and towards the parts to be seamed. It permits the seaming of both internal and external contours.

Abstract: A modular system for seaming and a headstock to perform it, that has a structure, a table (2) and a cradle (1) on which the parts to be machined are supported. It includes a slide that moves in a linear manner (6) and that includes the tools, which are mounted on a tool holder that turns on a shaft on the body of the moving slide, and towards the parts to be seamed. It permits the seaming of both internal and external contours.