mhurhangee/ep-ind-claims huggingface dataset:
A videophone apparatus, for providing a video call service, comprising: a communication interface for communicating with a peer; at least one processor; and at least one memory including computer program code; the at least one memory and the computer program code configured to, with the at least one processor, cause the videophone apparatus to: establish a peer-to-peer connection between the videophone apparatus and the peer over a wireless connection; generate a local video stream in the videophone apparatus based on a video signal provided by a camera of the videophone apparatus; render the local video stream to provide a first preview video of the video call for a user of the videophone apparatus; receive at least one frame of a peer video stream; render the at least one frame of the peer video stream to provide a second preview video of the video call for the user of the videophone apparatus; and cross-fade the second preview video with the received peer video stream in response to a frame rate of the peer video stream exceeding a threshold value. a communication interface for communicating with a peer; at least one processor; and at least one memory including computer program code; the at least one memory and the computer program code configured to, with the at least one processor, cause the videophone apparatus to: establish a peer-to-peer connection between the videophone apparatus and the peer over a wireless connection; generate a local video stream in the videophone apparatus based on a video signal provided by a camera of the videophone apparatus; render the local video stream to provide a first preview video of the video call for a user of the videophone apparatus; receive at least one frame of a peer video stream; render the at least one frame of the peer video stream to provide a second preview video of the video call for the user of the videophone apparatus; and cross-fade the second preview video with the received peer video stream in response to a frame rate of the peer video stream exceeding a threshold value. establish a peer-to-peer connection between the videophone apparatus and the peer over a wireless connection; generate a local video stream in the videophone apparatus based on a video signal provided by a camera of the videophone apparatus; render the local video stream to provide a first preview video of the video call for a user of the videophone apparatus; receive at least one frame of a peer video stream; render the at least one frame of the peer video stream to provide a second preview video of the video call for the user of the videophone apparatus; and cross-fade the second preview video with the received peer video stream in response to a frame rate of the peer video stream exceeding a threshold value.
Process to accelerate growth and regenerate turf surfaces, wherein the turf surface is enclosed at least in subregions on the top by a space which is open at the bottom and enclosed on all sides, and wherein CO 2 is introduced into the space and the turf surface covered by the space is impinged with light using a lighting appliance, characterized in that the CO 2 in the space is distributed by convection by the waste heat of the lighting appliance and/or of turf heating.
A system for aspirating thrombus and delivering an agent comprising: a first fluid source containing a first fluid; a second fluid source containing a second fluid; a tube set coupled to the first fluid source and the second fluid source; and an aspiration catheter (915; 1502) in fluid communication with both the first fluid source and the second fluid source through the tube set, the aspiration catheter comprising: an aspiration lumen (922; 1520); and a supply tube disposed within the aspiration lumen, the supply tube comprising an orifice at or adjacent the distal end of a supply lumen of the supply tube, the orifice is configured to direct at least one of the first fluid and the second fluid toward a deflection element as a first spray pattern; whereby the deflection element is distally positioned in the aspiration lumen (922, 1520); and the first spray pattern is such that upon impinging upon the deflection element at least one of the first fluid and the second fluid is directed substantially distally to exit the open distal end of the aspiration lumen. a first fluid source containing a first fluid; a second fluid source containing a second fluid; a tube set coupled to the first fluid source and the second fluid source; and an aspiration catheter (915; 1502) in fluid communication with both the first fluid source and the second fluid source through the tube set, the aspiration catheter comprising: an aspiration lumen (922; 1520); and a supply tube disposed within the aspiration lumen, the supply tube comprising an orifice at or adjacent the distal end of a supply lumen of the supply tube, the orifice is configured to direct at least one of the first fluid and the second fluid toward a deflection element as a first spray pattern; whereby the deflection element is distally positioned in the aspiration lumen (922, 1520); and the first spray pattern is such that upon impinging upon the deflection element at least one of the first fluid and the second fluid is directed substantially distally to exit the open distal end of the aspiration lumen. an aspiration lumen (922; 1520); and a supply tube disposed within the aspiration lumen, the supply tube comprising an orifice at or adjacent the distal end of a supply lumen of the supply tube, the orifice is configured to direct at least one of the first fluid and the second fluid toward a deflection element as a first spray pattern; whereby the deflection element is distally positioned in the aspiration lumen (922, 1520); and the first spray pattern is such that upon impinging upon the deflection element at least one of the first fluid and the second fluid is directed substantially distally to exit the open distal end of the aspiration lumen.
A system for use in connection with a protective helmet having at least one accessory connection mechanism, comprising: a visor accessory, the visor accessory comprising a frame comprising at least one rearward extending member; an adapter comprising a helmet connector adapted to form a releasable connection with the accessory connection mechanism of the protective helmet, and an accessory connector adapted to form a releasable connection with the at least one rearward extending member of the visor accessory, characterized by the accessory connector being adapted to connect to the at least one rearward extending member to stow the adapter on the at least one rearward extending member when the helmet connector of the adapter is removed from connection with the accessory connection mechanism of the protective helmet when the visor accessory is placed in connection with the helmet via a second accessory connected to the protective helmet via the accessory connection mechanism of the protective helmet.
A dishwasher comprising a washing tub; at least one rack which carries the items placed therein; a water line which provides the delivery of water into the washing tub; a cylinder which is provided on the water line and through which the water in the water line flows; a piston which is disposed in the cylinder, a frame; a carrier which is fitted into the frame characterized by the carrier has at least one first hole on the base thereof; a dispenser which is attached to the base of the carrier, which has at least a second hole at the base thereof and which moves with the piston relative to the frame and the carrier; and a cleaning agent box, which is fixed to the rack and which enables the cleaning agent to be carried when the first and second holes (12, 13) are not aligned, and enables the cleaning agent to be poured into the washing tub when the first and second holes (12, 13) are aligned.
A sensor device comprising - a sensor arranged to sense a physical quantity, to convert said physical quantity into an electrical quantity and to output an electrical signal representative of said electrical quantity, - a voltage limiter arranged to receive an input signal related to a supply voltage providing power to the sensor device and to output a voltage signal, said voltage signal having a limited value if said input voltage exceeds a voltage saturation threshold value, - a voltage-to-current converter arranged to convert said voltage signal output by said voltage limiter to a supply current of a first value, thereby forming a first supply current state, - a switch arranged to switch between said first supply current state and at least a second supply current state wherein a supply current of a predetermined second value substantially independent of said supply voltage is provided, whereby the switching is controlled by said electrical signal, and - current generation means arranged to provide said supply current of said predetermined second value to form said second supply current state. - a sensor arranged to sense a physical quantity, to convert said physical quantity into an electrical quantity and to output an electrical signal representative of said electrical quantity, - a voltage limiter arranged to receive an input signal related to a supply voltage providing power to the sensor device and to output a voltage signal, said voltage signal having a limited value if said input voltage exceeds a voltage saturation threshold value, - a voltage-to-current converter arranged to convert said voltage signal output by said voltage limiter to a supply current of a first value, thereby forming a first supply current state, - a switch arranged to switch between said first supply current state and at least a second supply current state wherein a supply current of a predetermined second value substantially independent of said supply voltage is provided, whereby the switching is controlled by said electrical signal, and - current generation means arranged to provide said supply current of said predetermined second value to form said second supply current state.
A computer-implemented method for configuring a tool with at least one pointing element on a screen comprising the steps of: S1. pointing and activating a tool with a pointing element, said tool comprising a list of customizable parameters; and without releasing the pointing element: S2. dragging the pointing element along a first direction for selecting a customizable parameter of the list; S3. dragging the pointing element along a second direction for customizing a selected parameter of the list; characterized by steps S2 and S3 being iterated a plurality of times for selecting and customizing a plurality of parameters until the pointing element is released. S2. dragging the pointing element along a first direction for selecting a customizable parameter of the list; S3. dragging the pointing element along a second direction for customizing a selected parameter of the list; characterized by steps S2 and S3 being iterated a plurality of times for selecting and customizing a plurality of parameters until the pointing element is released.
A drive method for a spatial light modulator having an array of a plurality of optical elements each of which can guide light to a projection optical system (PL, PLA), the drive method comprising: setting optical elements within a first region out of the plurality of optical elements, in a second state, setting optical elements within a second region out of the plurality of optical elements, in a first state different from the second state, the second region being arranged on a first direction side with respect to the first region; the drive method being characterized setting a part of optical elements within a first boundary region out of the plurality of optical elements arranged at a pitch which is not resolved by the projection optical system in a second direction intersecting with the first direction in the first state and setting the other optical elements within the first boundary region in the second state, the first boundary region extending along the second direction between the first region and the second region. setting optical elements within a first region out of the plurality of optical elements, in a second state, setting optical elements within a second region out of the plurality of optical elements, in a first state different from the second state, the second region being arranged on a first direction side with respect to the first region; the drive method being characterized setting a part of optical elements within a first boundary region out of the plurality of optical elements arranged at a pitch which is not resolved by the projection optical system in a second direction intersecting with the first direction in the first state and setting the other optical elements within the first boundary region in the second state, the first boundary region extending along the second direction between the first region and the second region.
An apparatus for commissioning devices in an installation by mapping identifiers of devices to representations of the devices in an installation plan, the apparatus comprising: - a display for displaying a representation of devices in the installation plan, - a memory for storing triggering information, the triggering information defining a triggering procedure for triggering the devices for commissioning, the triggering procedure defining the devices to be triggered in an order, - an input for receiving identifying information from devices that have been triggered, the identifying information comprising an identifier of the respective triggered device, the apparatus arranged to display the triggering procedure on the display indicating the order in which the devices are to be triggered for commissioning in accordance with the triggering procedure and the apparatus further comprising: - a processor for linking a respective received identifier of a triggered device to a respective representation of one of the devices in the order of the triggering procedure. - a display for displaying a representation of devices in the installation plan, - a memory for storing triggering information, the triggering information defining a triggering procedure for triggering the devices for commissioning, the triggering procedure defining the devices to be triggered in an order, - an input for receiving identifying information from devices that have been triggered, the identifying information comprising an identifier of the respective triggered device, - a processor for linking a respective received identifier of a triggered device to a respective representation of one of the devices in the order of the triggering procedure.
An eyepiece assembly comprising: a first cover layer; a second cover layer; a multiplicity of optical waveguides positioned between the first cover layer and the second cover layer, wherein the first cover layer is adjacent to a first optical waveguide and the second cover layer is adjacent to a second optical waveguide; and an adhesive between: the first cover layer and the first optical waveguide, the second cover layer and the second optical waveguide, and adjacent pairs of optical waveguides; wherein the first cover layer, the second cover layer, and each optical waveguide of the multiplicity of optical waveguides comprises a polymer material, and characterized in that a coefficient of thermal expansion of the polymer material and the adhesive is substantially the same; and in that a contact angle of water on a surface of the multiplicity of optical waveguides exceeds 90°. a first cover layer; a second cover layer; a multiplicity of optical waveguides positioned between the first cover layer and the second cover layer, wherein the first cover layer is adjacent to a first optical waveguide and the second cover layer is adjacent to a second optical waveguide; and an adhesive between: the first cover layer and the first optical waveguide, the second cover layer and the second optical waveguide, and adjacent pairs of optical waveguides; the first cover layer and the first optical waveguide, the second cover layer and the second optical waveguide, and adjacent pairs of optical waveguides; wherein the first cover layer, the second cover layer, and each optical waveguide of the multiplicity of optical waveguides comprises a polymer material, and characterized in that a coefficient of thermal expansion of the polymer material and the adhesive is substantially the same; and in that a contact angle of water on a surface of the multiplicity of optical waveguides exceeds 90°.
A display apparatus including a display module; a signal processing unit (160; 253) which is mounted on a rear surface of the display module, and adapted to process a received video signal; a driving unit which is located on a lower center part of the display apparatus, said lower part being nearer a lower end than an upper end of the display apparatus, and configured for driving the display module; and a shield bracket which is fixed to the display module and covers the driving unit, and thus blocks electromagnetic waves possibly being emitted from the driving unit, and which is coupled to a stand which supports the display module, wherein the display module is fixed on the stand through the shield bracket, wherein a cable connected between the driving unit and the signal processing unit is not covered by the shield bracket.
Transport apparatus for transporting containers in a container processing installation comprising a transport track, a plurality of transport elements (100a, 100b) for transporting one or more containers, where said plurality of transport elements is movably arranged on said transport track, at least one special element (200a-d, 200f, 300a-d) which is movably arranged on said transport track and is different from said plurality of transport elements, and an open-loop and/or closed-loop control unit, where said transport track, said plurality of transport elements, and said special element are designed in such a way that said plurality of transport elements and said special element can be guided along said transport track in such a way that said plurality of transport elements and said special element are individually controllable by means of said open-loop and/or closed-loop control unit, and where said plurality of transport elements (100a, 100b), said special element (200a-d, 200f, 300a-d) and at least a section of said transport track are formed such that said plurality of transport elements and said special element can in the area of said section of said transport track be moved by way of magnetic force, preferably in interaction with said transport track; characterized in that said special element (300a-d) comprises a device for transporting tooling parts. a transport track, a plurality of transport elements (100a, 100b) for transporting one or more containers, where said plurality of transport elements is movably arranged on said transport track, at least one special element (200a-d, 200f, 300a-d) which is movably arranged on said transport track and is different from said plurality of transport elements, and an open-loop and/or closed-loop control unit, where said transport track, said plurality of transport elements, and said special element are designed in such a way that said plurality of transport elements and said special element can be guided along said transport track in such a way that said plurality of transport elements and said special element are individually controllable by means of said open-loop and/or closed-loop control unit, and where said plurality of transport elements (100a, 100b), said special element (200a-d, 200f, 300a-d) and at least a section of said transport track are formed such that said plurality of transport elements and said special element can in the area of said section of said transport track be moved by way of magnetic force, preferably in interaction with said transport track; characterized in that said special element (300a-d) comprises a device for transporting tooling parts.
A tire (10, 200) having a layered structure, comprising: a resin member comprising at least one resin selected from the group consisting of a polyamide resin, a polyamide thermoplastic elastomer, a polyester resin, and a polyester thermoplastic elastomer; a resin adhesive layer disposed on the resin member; a rubber adhesive layer that is adhered to a side of the resin adhesive layer that is opposite from a side of the resin adhesive layer on which the resin member is disposed and that has a thickness of from 5 μm to 300 μm; and a rubber member disposed on a side of the rubber adhesive layer that is opposite from a side of the rubber adhesive layer on which the resin adhesive layer is disposed, wherein the tire (10, 200) is vulcanized, and characterized in that each of a hardness of the resin member (Ha), a hardness of the resin adhesive layer (Hb), a hardness of the rubber adhesive layer (Hc), and a hardness of the rubber member (Hd) is from 100 MPa to 600 MPa, and the hardness is a value measured by nanoindentation on the target members or layers based on a measurement method defined in JIS Z 2255. a resin member comprising at least one resin selected from the group consisting of a polyamide resin, a polyamide thermoplastic elastomer, a polyester resin, and a polyester thermoplastic elastomer; a resin adhesive layer disposed on the resin member; a rubber adhesive layer that is adhered to a side of the resin adhesive layer that is opposite from a side of the resin adhesive layer on which the resin member is disposed and that has a thickness of from 5 μm to 300 μm; and a rubber member disposed on a side of the rubber adhesive layer that is opposite from a side of the rubber adhesive layer on which the resin adhesive layer is disposed, wherein the tire (10, 200) is vulcanized, and characterized in that each of a hardness of the resin member (Ha), a hardness of the resin adhesive layer (Hb), a hardness of the rubber adhesive layer (Hc), and a hardness of the rubber member (Hd) is from 100 MPa to 600 MPa, and the hardness is a value measured by nanoindentation on the target members or layers based on a measurement method defined in JIS Z 2255.
A device for generating a condensation aerosol, the device comprising: a vaporization chamber, wherein the vaporization chamber has an upstream first inlet and a downstream outlet; a heater element in the vaporization chamber, wherein the heater element is located between the upstream first inlet and the downstream outlet; and an airflow path in fluid communication with the vaporization chamber, wherein the airflow path comprises a second inlet configured to permit a substantially laminar flow of air into the airflow path, wherein the second inlet is downstream of the heater element; characterized by a modulating apparatus for modulating air flow in the vaporization chamber, wherein modulation of air flow in the vaporization chamber modifies a particle size of a condensation aerosol produced in the vaporization chamber, wherein the modulating apparatus is a slide configured to slidably cover the upstream first inlet. a vaporization chamber, wherein the vaporization chamber has an upstream first inlet and a downstream outlet; a heater element in the vaporization chamber, wherein the heater element is located between the upstream first inlet and the downstream outlet; and an airflow path in fluid communication with the vaporization chamber, wherein the airflow path comprises a second inlet configured to permit a substantially laminar flow of air into the airflow path, wherein the second inlet is downstream of the heater element; characterized by a modulating apparatus for modulating air flow in the vaporization chamber, wherein modulation of air flow in the vaporization chamber modifies a particle size of a condensation aerosol produced in the vaporization chamber, wherein the modulating apparatus is a slide configured to slidably cover the upstream first inlet.