Abstract: A backpack active element module in combination is provided having suspension support arrangement provided between at least top and bottom walls of a front backpack compartment and respective regions of the module. The suspension support arrangement acts as an active element/module shock absorber during movements of the user carrying the backpack. In this manner operation of the active element module is not affected by the shock developed during movements of the user.

Abstract: A system for processing video input having a media content switcher at one location, one or more video signal sources at a second location, and a control client at a third location. The control client is connected to the media content switcher via a public network and providing an interface to a user for controlling the selection of one or more video signals from the sources and the processing of the one or more signals with one or more media effects. A latency monitoring element may provide monitoring of latency of different network paths of the public network and direct video signals over one or more chosen paths to minimize latency of the source signals.

Abstract: The essence of the utility model is a backpack or briefcase with an electronic LED structure, which can be an LED panel controlled via a control board by the controller using software integrated with the electronic LED structure by wireless communication, with the backpack or portfolio containing front and back sides, fastened with each other by corner sides, bottom and top, external fasteners and pockets. A handle and carring straps for wearing is fixed either on the specified walls. The controller may be a smartphone, tablet, computer, or any other device that can install software and support wireless data communications. As a technology option, the power source can he located in any part of the backpack.

Abstract: A system for processing video input having a media content switcher at one location, one or more video signal sources at a second location, and a control client at a third location. The control client is connected to the media content switcher via a public network and providing an interface to a user for controlling the selection of one or more video signals from the sources and the processing of the one or more signals with one or more media effects. A latency monitoring element may provide monitoring of latency of different network paths of the public network and direct video signals over one or more chosen paths to minimize latency of the source signals.

Abstract: Techniques are described for performing aspect ratio transformation. Frames of image data from each of one or more input sources are received. A first set of one or more options, including an input aspect ratio, is associated with a first input source. A set of control parameters is determined for each frame from the first input source in accordance with said first input aspect ratio and an output aspect ratio. Each frame from the first input source is processed in accordance with the control parameters for that frame. The processing includes processing a first image from said first input source having said first input aspect ratio to generate a second image having the output aspect ratio. The processing includes converting the first image having the input aspect ratio to the second image having the output aspect ratio if the first input aspect ratio is different from the output aspect ratio.

Abstract: Described is a system used in defining and producing a live television broadcast. The system includes one or more control panels, a workstation, a router, and devices. The control panels may be hard control panels or soft control panels. The control panel includes programmable buttons having a display determined in accordance with a show definition. Display and control of a portion of the control panel buttons may vary in response to another control or button selection. Primary and backup communication connections are used to control the live show production.

Abstract: Techniques are described for processing one or more input sources. One or more frames are received which are to be combined into a composite result frame. Each of the one or more frames corresponds to one of the input sources. For each of the one or more frames, processing is performed to mathematically combine desired video effects to be applied to each frame for a current frame time. For each frame, a set of control settings including scaling and positioning settings is determined. Another set of control settings used to combine one or more transformed frames is determined. Each of the one or more frames is processed to generate a corresponding one of the transformed frames in accordance with the set of control settings associated with each frame. The one or more transformed frames are combined into the composite result frame in accordance with the other set of control settings.

Abstract: Described is a system used in defining and producing a live television broadcast. The system includes one or more control panels, a workstation, a router, and devices. The control panels may be hard control panels or soft control panels. The control panel includes programmable buttons having a display determined in accordance with a show definition. Display and control of a portion of the control panel buttons may vary in response to another control or button selection. Primary and backup communication connections are used to control the live show production.

Abstract: A combination food holder and planter includes a main frame having an opening; a food support frame removably connected to the main frame within the opening for holding at least one food item within the opening; and a planter connected to the main frame for supporting a plant within the opening when the food support frame is removed from the main frame.

Abstract: A method of reproducing in chocolate a selected image, comprising the steps of optically scanning the image, laser etching the selected image in a surface of a plate in response to the optical scanning such that peaks and valleys are created in the surface of the plate corresponding to the selected image, controlling the laser etching by a scanning laser or a displayed frame of the image, casting a deformable transfer blanket against the surface of the etched plate surface to record in a surface of the transfer blanket peaks and valleys corresponding to the selected image, casting a chocolate material against the surface of the transfer blanket to record the selected image by peaks and valleys in a surface of the chocolate, and removing the cast chocolate material from the transfer blanket.

Abstract: A method of forming a multi-color chocolate product, includes the steps of applying a first color chocolate into a chocolate mold having a planar upper surface and recesses formed therein which form a sharp angle at the junction of the recesses with the planar upper surface; squeegeeing the first color chocolate across the planar upper surface such that the first color chocolate fills the recesses and is scraped from the planar upper surface; permitting the first color chocolate to at least partially harden; applying a second color chocolate into the chocolate mold on the planar upper surface thereof; permitting the second color chocolate to harden to form the multi-color chocolate product; and removing the multi-color chocolate product from the chocolate mold.

Abstract: A method of forming an image with photographic likeness on a chocolate material is disclosed. The image is "developed" on the chocolate material by means of an edible developer.