mhurhangee/ep-ind-claims huggingface dataset:
A door stop pin comprising an axially-extending body having a base pad attached to one end of the body and an axially-extending recess formed in the other end of the body, wherein said body has external threads formed thereon in a first threading direction and said recess has internal threads formed thereon in a second threading direction, characterised in that the base pad is formed as a separate component from the body, and in that the door stop pin includes a gasket that separates the base pad from the body and the gasket is configured to urge the base pad to return to a normal position in response to the base pad being compressed towards the body. the base pad is formed as a separate component from the body, and in that the door stop pin includes a gasket that separates the base pad from the body and the gasket is configured to urge the base pad to return to a normal position in response to the base pad being compressed towards the body.
A system for providing in-vehicle driver assistance comprising: one or more circuits in an electronic control unit, ECU, of a first vehicle, said first vehicle including a first set of audio-output devices (226a, 226b) associated with a driver of said first vehicle, and a second set of audio-output devices (228a to 228d) associated with said driver and one or more co-passengers of said first vehicle, wherein said one or more circuits are configured to: receive sound data captured by two or more audio-input devices (110a to 110h) associated with said first vehicle, wherein said sound data corresponds to sound emanated from one or more other vehicles; determine a distance of said first vehicle from a second vehicle of said one or more other vehicles based on said received sound data; and generate an in-vehicle alert for said first vehicle based on said determined distance, wherein said in-vehicle alert comprises a virtual sound representative of sound emanated from said second vehicle, wherein said in-vehicle alert is reproduced via said first set of audio-output devices or via said second set of audio-output devices based on a traffic situation of a travel path of said first vehicle. receive sound data captured by two or more audio-input devices (110a to 110h) associated with said first vehicle, wherein said sound data corresponds to sound emanated from one or more other vehicles; determine a distance of said first vehicle from a second vehicle of said one or more other vehicles based on said received sound data; and generate an in-vehicle alert for said first vehicle based on said determined distance, wherein said in-vehicle alert comprises a virtual sound representative of sound emanated from said second vehicle, wherein said in-vehicle alert is reproduced via said first set of audio-output devices or via said second set of audio-output devices based on a traffic situation of a travel path of said first vehicle.
A circuit for a photovoltaic panel, the circuit including: two input terminals (a, c) attachable to the photovoltaic panel; two output terminals (X, Y); a switch configured to pass current between one of the two input terminals and one of the two output terminals; and characterized by an output bypass circuit connected across said two output terminals, wherein said output bypass circuit is operable to bypass current around the switch and around the photovoltaic panel, and wherein the output bypass circuit comprises a charge storage device operable to provide voltage (Vlogic), from the current bypassed around the switch and around the photovoltaic panel, to a first controller configured to control the output bypass circuit. two input terminals (a, c) attachable to the photovoltaic panel; two output terminals (X, Y); a switch configured to pass current between one of the two input terminals and one of the two output terminals; and characterized by an output bypass circuit connected across said two output terminals, wherein said output bypass circuit is operable to bypass current around the switch and around the photovoltaic panel, and wherein the output bypass circuit comprises a charge storage device operable to provide voltage (Vlogic), from the current bypassed around the switch and around the photovoltaic panel, to a first controller configured to control the output bypass circuit.
Tank system for the cooling, storage and withdrawal of a liquid, comprising a tank for the cooling of the liquid and storage of the liquid in a volume along a stratification axis of the volume, such that a thermal stratification of the liquid in the tank can be established in particular at least partially along the stratification axis, wherein the tank can be filled along the stratification axis through a filling device having a filling inlet in an inlet region and can be emptied via an outlet in an outlet region that is situated opposite the inlet region along the stratification axis, wherein, in the tank, to prevent mixing of the liquid in the volume along the stratification axis, the filling device is designed to direct the liquid into at least one flow that runs entirely or partially in a plane perpendicular to the stratification axis and to feed said liquid to the liquid stored in the tank such that the flow tangentially with respect to a circular arc that runs in a plane perpendicular to the stratification axis, characterized in that • the filling device, below the filling inlet, a diverting device for diverting the liquid that emerges from the filling inlet into a flow that runs at least partially perpendicular to the stratification axis, in particular with a horizontal component, and/or an entirely horizontal flow, wherein, in particular, the tank can be filled via the filling inlet from above with a component parallel, or entirely parallel, to the orientation of the stratification axis, wherein, in order to produce a flow that runs entirely or substantially in a plane perpendicular to the stratification axis, the diverting device has at least one lateral inlet, from which the liquid flows out of the diverting device, and wherein the diverting device has a tangential inlet or two tangential outlets. • the filling device, below the filling inlet, a diverting device for diverting the liquid that emerges from the filling inlet into a flow that runs at least partially perpendicular to the stratification axis, in particular with a horizontal component, and/or an entirely horizontal flow, wherein, in particular, the tank can be filled via the filling inlet from above with a component parallel, or entirely parallel, to the orientation of the stratification axis, wherein, in order to produce a flow that runs entirely or substantially in a plane perpendicular to the stratification axis, the diverting device has at least one lateral inlet, from which the liquid flows out of the diverting device, and wherein the diverting device has a tangential inlet or two tangential outlets.
A method for wireless communication at a user equipment, UE, comprising: monitoring (420, 1105) for a plurality of codewords from a base station in at least one transmission time interval; determining (425, 1115), based at least in part on an indication received from the base station, whether to include individual HARQ feedback for each of the plurality of codewords, or to include bundled HARQ feedback for the plurality of codewords in a single uplink channel transmission, wherein when it is determined to include individual HARQ feedback for each of the plurality of codewords, the UE includes negative acknowledgement HARQ feedback for at least one unscheduled transmission in the at least one transmission time interval providing side information, wherein the side information provides a reference for decoding HARQ feedback for scheduled transmissions including the plurality of codewords; and transmitting (430, 1120) the HARQ feedback for the plurality of codewords in the single uplink channel based at least in part on the determination. monitoring (420, 1105) for a plurality of codewords from a base station in at least one transmission time interval; determining (425, 1115), based at least in part on an indication received from the base station, whether to include individual HARQ feedback for each of the plurality of codewords, or to include bundled HARQ feedback for the plurality of codewords in a single uplink channel transmission, wherein when it is determined to include individual HARQ feedback for each of the plurality of codewords, the UE includes negative acknowledgement HARQ feedback for at least one unscheduled transmission in the at least one transmission time interval providing side information, wherein the side information provides a reference for decoding HARQ feedback for scheduled transmissions including the plurality of codewords; and transmitting (430, 1120) the HARQ feedback for the plurality of codewords in the single uplink channel based at least in part on the determination.
A musical keyboard touch sensor pad comprising: (a) a plurality of integrated touch sensors (52, 62, 72) disposed in an array, the plurality of integrated touch sensors representing a keyboard key (50, 70); and (b) a processor (54, 74) electronically coupled to the plurality of integrated touch sensors (52, 62, 72), the processor (54, 74) being programmed to receive input from several adjacent sensors, activated by a finger touch, of the plurality of integrated touch sensors (52, 62, 72) and to generate a sound signal based on the input from the several adjacent activated sensors (52, 62, 72), the sound signal being variable based on the number of the several adjacent activated sensors and the location of the several adjacent activated sensors, characterized in that the processor (54, 74) is adapted to calculate a capacitance of each of the several adjacent activated sensors (52, 62, 72) and to use such capacitances for calculating a touch size and a position of a centroid based on the several adjacent activated touch sensors to generate a logical signal based on the touch size and the position of the centroid. (a) a plurality of integrated touch sensors (52, 62, 72) disposed in an array, the plurality of integrated touch sensors representing a keyboard key (50, 70); and (b) a processor (54, 74) electronically coupled to the plurality of integrated touch sensors (52, 62, 72), the processor (54, 74) being programmed to receive input from several adjacent sensors, activated by a finger touch, of the plurality of integrated touch sensors (52, 62, 72) and to generate a sound signal based on the input from the several adjacent activated sensors (52, 62, 72), the sound signal being variable based on the number of the several adjacent activated sensors and the location of the several adjacent activated sensors, characterized in that the processor (54, 74) is adapted to calculate a capacitance of each of the several adjacent activated sensors (52, 62, 72) and to use such capacitances for calculating a touch size and a position of a centroid based on the several adjacent activated touch sensors to generate a logical signal based on the touch size and the position of the centroid.
A method for forming a relief pattern from a photosensitive element having an exterior surface and containing a composition layer capable of being partially liquefied comprising: supplying a development medium to the exterior surface with a first member; supporting the photosensitive element on a flexible support member removably mounted on a base member to deliver the photosensitive element to the development medium; heating the exterior surface of the photosensitive element to a temperature sufficient to cause a portion of the layer to liquefy; and contacting the photosensitive element with the development medium to allow at least a portion of the liquefied material of the composition layer to be absorbed by the development medium; and further comprising tensioning the flexible support member to the base member such that, in use, the flexible support member is tensioned to an exterior surface of the base member so as to function as a unitary structure. supplying a development medium to the exterior surface with a first member; supporting the photosensitive element on a flexible support member removably mounted on a base member to deliver the photosensitive element to the development medium; heating the exterior surface of the photosensitive element to a temperature sufficient to cause a portion of the layer to liquefy; and contacting the photosensitive element with the development medium to allow at least a portion of the liquefied material of the composition layer to be absorbed by the development medium; and further comprising tensioning the flexible support member to the base member such that, in use, the flexible support member is tensioned to an exterior surface of the base member so as to function as a unitary structure.
A membrane filter module configured to treat a liquid contained in a tank at an ambient pressure, the module comprising: a header; a bundle containing a plurality of vertical hollow fiber membranes, wherein a lower end of each hollow fiber membrane is fixed in the header, wherein each hollow fiber membrane has an external surface, and a sealed, freely movable upper end suspended by and adapted to float in the liquid in the tank; a gasification device adapted to periodically generate a gaseous bubble and configured to release the gaseous bubble within the bundle, wherein the gasification device is configured to release the gaseous bubble from an air tube through the header into the center of the bundle; and an enclosure that surrounds the bundle that extends from a lower region to an upper region of the membrane bundle, wherein the enclosure is configured to retain the liquid introduced into the enclosure such that the liquid surrounds the membrane bundle, wherein the enclosure is further configured to retain the gaseous bubble introduced into the enclosure such that the gaseous bubble maintains contact with the bundle along the entire length of the bundle; and wherein the gaseous bubble has a cross-sectional area that corresponds with a cross-sectional area of the enclosure, such that the cross-sectional area of the gaseous bubble occupies more than 75 % of the cross-sectional area of the enclosure as it flows along the bundle. a header; a bundle containing a plurality of vertical hollow fiber membranes, wherein a lower end of each hollow fiber membrane is fixed in the header, wherein each hollow fiber membrane has an external surface, and a sealed, freely movable upper end suspended by and adapted to float in the liquid in the tank; a gasification device adapted to periodically generate a gaseous bubble and configured to release the gaseous bubble within the bundle, wherein the gasification device is configured to release the gaseous bubble from an air tube through the header into the center of the bundle; and an enclosure that surrounds the bundle that extends from a lower region to an upper region of the membrane bundle, wherein the enclosure is configured to retain the liquid introduced into the enclosure such that the liquid surrounds the membrane bundle, wherein the enclosure is further configured to retain the gaseous bubble introduced into the enclosure such that the gaseous bubble maintains contact with the bundle along the entire length of the bundle; and wherein the gaseous bubble has a cross-sectional area that corresponds with a cross-sectional area of the enclosure, such that the cross-sectional area of the gaseous bubble occupies more than 75 % of the cross-sectional area of the enclosure as it flows along the bundle.
A halogen-resistant film-forming composition, comprising: a mixture of an acid-stable, water-soluble polyvinyl alcohol polymer, wherein the acid-stable, water-soluble polyvinyl alcohol polymer comprises polyvinyl alcohol substituted with a stabilizing functional group selected from the group consisting of sulfonic acid, including its alkali metal salts; carboxylic acid, including its alkali metal salts; amine; amide; cationic nitrogen; and combinations thereof; an oxidizable organic material selected from the group consisting of polyethylene glycol and derivatives thereof; polypropylene glycol; reducing sugars, including glucose, fructose, maltose and glyceraldehydes; and combinations thereof, wherein the polyethylene glycol or derivative thereof is solid at room temperature; a chelating agent which is a metal-chelating agent selected from the group consisting of phosphonic acids, phosphonates, polyphosphates, polyaminocarboxylic acids, and combinations thereof; and a free radical scavenger; and wherein the composition further comprises a secondary additive selected from the group consisting of plasticizers.
Method for watermarking a sequence of images, implementing, for at least a current image of said sequence, different from the first image of said sequence, a step for comparison of said current image with a preceding image of said sequence, delivering a difference image representative of a movement between said preceding image and said current image; characterized in that: - if the difference between said current image and said preceding image is greater than a predetermined threshold, said method implements a step for watermarking said current image by insertion of a message comprising a field carrying an identifier of said current image, a field carrying a soft hash obtained from at least a portion of said difference image, and an error monitoring field; - otherwise, said method implements a step for watermarking said current image by insertion of a message comprising an error monitoring field and a field carrying an identifier of said current image. - if the difference between said current image and said preceding image is greater than a predetermined threshold, said method implements a step for watermarking said current image by insertion of a message comprising a field carrying an identifier of said current image, a field carrying a soft hash obtained from at least a portion of said difference image, and an error monitoring field; - otherwise, said method implements a step for watermarking said current image by insertion of a message comprising an error monitoring field and a field carrying an identifier of said current image.
A method for specifying a power limit of a processor of a computer system, comprising the steps: - detecting a total power of the computer system or a variable corresponding to the total power of the computer system as a total power variable, - detecting a processor power of the processor or a variable corresponding to the processor power of the processor as a processor power variable, - determining a difference between the total power variable and the processor power variable, - establishing a power limit of the processor using the difference between the total power variable and the processor power variable, and - setting the established power limit of the processor. - detecting a total power of the computer system or a variable corresponding to the total power of the computer system as a total power variable, - detecting a processor power of the processor or a variable corresponding to the processor power of the processor as a processor power variable, - determining a difference between the total power variable and the processor power variable, - establishing a power limit of the processor using the difference between the total power variable and the processor power variable, and - setting the established power limit of the processor.
Timepiece comprising a geometric centre comprising a chiming device comprising a hammer actuating device, this device comprising at least one pivoting toothed sector known as a rack intended to cooperate with at least one first component, the said first component driving a second component secured to a pin cooperating with a third component to actuate at least one hammer which is designed to strike a chime extending substantially in a plane A and moving in a plane B that intercepts the plane A of the chime, characterized in that it comprises - two hammers arranged parallel to one another and distributed in directions essentially parallel to a radius extending from the said geometric centre of the timepiece, - two chimes which each comprise a circumferential segment placed on a circumferential part of the timepiece and a rectilinear part, the two chimes being arranged on either side with respect to the said radius, with the two rectilinear parts arranged essentially parallel to said radius and with the two circumferential segments extending in the said plane A in two opposite directions away from the said radius, - the two hammers being arranged parallel to and close to the rectilinear parts of the chimes, each hammer being designed to pivot about an axis of rotation parallel to the said plane A so that the hammer strikes the chime by moving in a direction perpendicular with respect to the plane A of the said chime. - two hammers arranged parallel to one another and distributed in directions essentially parallel to a radius extending from the said geometric centre of the timepiece, - two chimes which each comprise a circumferential segment placed on a circumferential part of the timepiece and a rectilinear part, the two chimes being arranged on either side with respect to the said radius, with the two rectilinear parts arranged essentially parallel to said radius and with the two circumferential segments extending in the said plane A in two opposite directions away from the said radius, - the two hammers being arranged parallel to and close to the rectilinear parts of the chimes,
Measuring device for the in-process measurement of test pieces during a machining operation on a machine tool, in particular a grinding machine, comprising a base body, a measuring head which can be moved between a neutral position and a measuring position and which is connected to the base body via a rod assembly, which is configured and set up in such a way that the measuring head in the measuring position follows orbital rotations of the test piece about a rotational axis, the measuring head comprising a measuring sensor movable along a linear axis for recording measurement values during a measuring operation and comprising a control apparatus for controlling the measuring operation, the measuring device being able to be calibrated in a calibration mode, characterised in that the measuring head includes a measuring prism having first angle, the opening angle (α) and an axis of symmetry, in that the orientation of the linear axis of the measuring sensor relative to an axis of symmetry of the measuring prism is defined by a second angle (β) and in that the control apparatus is configured and set up such that the calibration is carried out with respect to the first angle (α) and/or the second angle (β).