mhurhangee/ep-ind-claims huggingface dataset:
A cleaning product comprising a spray dispenser and a cleaning composition suitable for spraying and foaming, the composition housed in the spray dispenser wherein the composition comprises: i) from 5% to 15% by weight of the composition of a surfactant system comprising a branched short chain alkyl sulfate, wherein the branched short chain alkyl sulfate is a surfactant having a linear alkyl sulfate backbone, the backbone comprising from 4 to 8, preferably from 5 to 7 carbon atoms substituted with one or more C1-C5 preferably C1-C3 alkyl branching groups in the C1, C2 or C3, preferably C2 position on the linear alkyl sulfate backbone and a co-surfactant selected from the group consisting of amphoteric surfactant, zwitterionic surfactant and mixtures thereof; and ii) from 2% to 8% by weight of the composition of a glycol ether solvent selected from the group consisting of glycol ethers of Formula I: R1O(R2O)nR3, Formula II: R4O(R5O)nR6 and mixtures thereof wherein R1 is a linear or branched C4, C5 or C6 alkyl, a substituted or unsubstituted phenyl, R2 is ethyl or isopropyl, R3 is hydrogen or methyl and n is 1, 2 or 3 R4 is n-propyl or isopropyl, R5 is isopropyl, R6 is hydrogen or methyl and n is 1, 2 or 3; wherein the surfactant system and the solvent are in a weight ratio of from 3:1 to 1:1. i) from 5% to 15% by weight of the composition of a surfactant system comprising a branched short chain alkyl sulfate, wherein the branched short chain alkyl sulfate is a surfactant having a linear alkyl sulfate backbone, the backbone comprising from 4 to 8, preferably from 5 to 7 carbon atoms substituted with one or more C1-C5 preferably C1-C3 alkyl branching groups in the C1, C2 or C3, preferably C2 position on the linear alkyl sulfate backbone and a co-surfactant selected from the group consisting of amphoteric surfactant, zwitterionic surfactant and mixtures thereof; and ii) from 2% to 8% by weight of the composition of a glycol ether solvent selected from the group consisting of glycol ethers of Formula I: R1O(R2O)nR3, Formula II: R4O(R5O)nR6 and mixtures thereof
A needle assembly reuse prevention mechanism comprising: a barrier movable between a retracted position and an extended position, wherein when in the extended position, the barrier covers an opening of a needle assembly storage compartment and includes a stem which resides in a linear bearing and is movable in two dimensions; characterized by a spring coupled to the barrier, the spring forcing the barrier in a first direction; a pin formed on the barrier; and a slot receiving the pin, the slot having at least one abutment face for abutting the pin and preventing movement of the barrier in the first direction. a barrier movable between a retracted position and an extended position, wherein when in the extended position, the barrier covers an opening of a needle assembly storage compartment and includes a stem which resides in a linear bearing and is movable in two dimensions; characterized by a spring coupled to the barrier, the spring forcing the barrier in a first direction; a pin formed on the barrier; and a slot receiving the pin, the slot having at least one abutment face for abutting the pin and preventing movement of the barrier in the first direction.
A laundry treatment apparatus comprising: a housing; a tub provided inside the housing for providing a space for storage of water; a drum rotatably provided inside the tub for receiving laundry therein; and three or more tub support units for coupling the tub to the housing, wherein each of the tub support units includes: a first support member provided at the housing; a second support member provided at the tub; and a connector provided for connecting the first support member and the second support member to each other, wherein the connector includes a first connection piece configured so as to be seated in the first support member, a second connection piece for supporting the second support member, and a bar for connecting the first connection piece and the second connection piece to each other, and wherein the first connection piece is shaped so as to be movable in the first support member while being seated in the first support member, characterized in that at least one of a plurality of the first support members is separably coupled to the housing and the remaining of the plurality of the first support members is not separable from the housing. a housing; a tub provided inside the housing for providing a space for storage of water; a drum rotatably provided inside the tub for receiving laundry therein; and three or more tub support units for coupling the tub to the housing, wherein each of the tub support units includes: a first support member provided at the housing; a second support member provided at the tub; and a connector provided for connecting the first support member and the second support member to each other, wherein the connector includes a first connection piece configured so as to be seated in the first support member, a second connection piece for supporting the second support member, and a bar for connecting the first connection piece and the second connection piece to each other, and wherein the first connection piece is shaped so as to be movable in the first support member while being seated in the first support member, a first support member provided at the housing; a second support member provided at the tub; and a connector provided for connecting the first support member and the second support member to each other, wherein the connector includes a first connection piece configured so as to be seated in the first support member, a second connection piece for supporting the second support member, and a bar for connecting the first connection piece and the second connection piece to each other, and wherein the first connection piece is shaped so as to be movable in the first support member while being seated in the first support member, characterized in that at least one of a plurality of the first support members is separably coupled to the housing and the remaining of the plurality of the first support members is not separable from the housing.
A method of mass spectrometry and/or ion mobility spectrometry comprising: trapping ions in an ion trap (32, 40); and then spatially separating the ions within the ion trap according to at least one physicochemical property so that ions having different values of said physicochemical property are trapped in different regions of the ion trap; wherein said step of spatially separating the ions comprises applying a first force on the ions within the ion trap in a first direction, said force having a magnitude that is dependent upon the value of said at least one physicochemical property of the ions, and applying a second force on these ions in the opposite direction, and wherein said first and second forces are counterbalanced at different locations within the ion trap for ions having different physicochemical property values, such that different ions are trapped at said different regions; and then driving or pulsing first trapped ions out of a first region of the ion trap and into a discontinuous ion analyser at a first time, whilst retaining other ions trapped in the ion trap; analysing said first ions in a first cycle of said discontinuous ion analyser; driving or pulsing second trapped ions out of a second, different region of the ion trap and into the discontinuous ion analyser at a second, subsequent time; and analysing said second ions in a different cycle of said discontinuous ion analyser. trapping ions in an ion trap (32, 40); and then spatially separating the ions within the ion trap according to at least one physicochemical property so that ions having different values of said physicochemical property are trapped in different regions of the ion trap; wherein said step of spatially separating the ions comprises applying a first force on the ions within the ion trap in a first direction, said force having a magnitude that is dependent upon the value of said at least one physicochemical property of the ions, and applying a second force on these ions in the opposite direction, and wherein said first and second forces are counterbalanced at different locations within the ion trap for ions having different physicochemical property values, such that different ions are trapped at said different regions; and then driving or pulsing first trapped ions out of a first region of the ion trap and into a discontinuous ion analyser at a first time, whilst retaining other ions trapped in the ion trap; analysing said first ions in a first cycle of said discontinuous ion analyser; driving or pulsing second trapped ions out of a second, different region of the ion trap and into the discontinuous ion analyser at a second, subsequent time; and analysing said second ions in a different cycle of said discontinuous ion analyser.
A pack of compressible insulation products, each insulation product having a longitudinal axis (X 1), a peripheral surface and first and second ends (12, 14), the pack comprising a stack of at least two superimposed modules, where each module comprises: - a row of insulation products positioned next to one another, successively along a first direction (D 1) perpendicular to the longitudinal axes (X 1) of the insulation products, the insulation products of the row having their longitudinal axes (X 1) parallel to one another, - a first film which wraps each insulation product of the row in a compressed state of the insulation product, by covering the peripheral surface of the insulation product, - a second film which wraps the row of insulation products, by covering some of the peripheral surface of the insulation products of the row, the modules of the stack being superimposed along a second direction (D 2) perpendicular to the longitudinal axes (X 1) of the insulation products and to the first direction (D 1) of each module, the stack comprising two end faces (62, 64) formed by the ends (12, 14) of the insulation products and main faces (61, 63) and transverse faces (66, 68) that are perpendicular to the end faces (62, 64), characterized in that the pack comprises a cover which wraps the stack of superimposed modules, by covering five faces (62, 63, 64, 66, 68) of the stack including the two end faces (62, 64) and at least the periphery of the sixth face of the stack. - a row of insulation products positioned next to one another, successively along a first direction (D 1) perpendicular to the longitudinal axes (X 1) of the insulation products, the insulation products of the row having their longitudinal axes (X 1) parallel to one another, - a first film which wraps each insulation product of the row in a compressed state of the insulation product, by covering the peripheral surface of the insulation product, - a second film which wraps the row of insulation products, by covering some of the peripheral surface of the insulation products of the row,
An image generation device which generates a mosaic image (401, 411) using as a source image a material image (30, 31) divided into a plurality of divided areas, the image generation device comprising: an acquiring means adapted to acquire one or more images from a terminal device through a network; and a mosaic image generating means adapted to generate a mosaic image (401, 411) by allocating the one or more images acquired by the acquiring means, to one of the divided areas (301, 311) based on color information of the one or more images acquired by the acquiring means and color information of each of the divided areas of the material image used as the source image, the device characterized in that after generating the mosaic image, the mosaic image generating means is adapted to generate a new mosaic image by changing the material image in response to an increase in a number of said one or more images acquired by the acquiring means, wherein the changing of the material image is performed by matching a representative color of a material image stored in a material image database and a representative color of at least one of the acquired images to allocate to the new mosaic image. an acquiring means adapted to acquire one or more images from a terminal device through a network; and a mosaic image generating means adapted to generate a mosaic image (401, 411) by allocating the one or more images acquired by the acquiring means, to one of the divided areas (301, 311) based on color information of the one or more images acquired by the acquiring means and color information of each of the divided areas of the material image used as the source image, the device characterized in that after generating the mosaic image, the mosaic image generating means is adapted to generate a new mosaic image by changing the material image in response to an increase in a number of said one or more images acquired by the acquiring means, wherein the changing of the material image is performed by matching a representative color of a material image stored in a material image database and a representative color of at least one of the acquired images to allocate to the new mosaic image.
A press head for a press machine used to press-fit a connector to a printed circuit board, the press head comprising: a press motor operable in a pressing operation; a driver assembly operably coupled to the press motor and movable during the pressing operation; and a press anvil operably coupled to the driver assembly and movable by the driver assembly during the pressing operation, the press anvil having a load cell housing holding a load cell, the press anvil having a contact plate coupled to the load cell housing and engaging the load cell, the contact plate having a contact surface configured to engage the connector or a seating tool for the connector and configured to press the connector toward the printed circuit board during the pressing operation, the load cell measuring a pressing load of the contact plate during the pressing operation wherein the press anvil includes a preload screw connecting the contact plate to the load cell housing, wherein the preload screw preloads the contact plate against the load cell. a press motor operable in a pressing operation; a driver assembly operably coupled to the press motor and movable during the pressing operation; and a press anvil operably coupled to the driver assembly and movable by the driver assembly during the pressing operation, the press anvil having a load cell housing holding a load cell, the press anvil having a contact plate coupled to the load cell housing and engaging the load cell, the contact plate having a contact surface configured to engage the connector or a seating tool for the connector and configured to press the connector toward the printed circuit board during the pressing operation, the load cell measuring a pressing load of the contact plate during the pressing operation wherein the press anvil includes a preload screw connecting the contact plate to the load cell housing, wherein the preload screw preloads the contact plate against the load cell.
A gas turbine engine comprising a turbine and a compressor connected via a shaft, a main fuel supply line for supplying fuel to a combustor that is positioned to release expanding hot gases to the turbine, the engine further comprises a first fuel and oil heat exchanger associated with an engine starter/generator that is connected to the shaft via a gearbox assembly, the engine is characterised by a re-circulating fuel circuit positioned on the main fuel supply line and comprising a second fuel/oil heat exchanger and a fuel accumulator, the re-circulating fuel circuit cools the oil in the starter/generator via the first fuel and oil heat exchanger.
Roll carrier for a paper sheet 1 with controlled distribution, which comprises a housing defining an internal space configured to house a paper roll; comprising an independent part with a through bore located in a tubular junction that forms part of the independent part; where said tubular junction is fitted inside a through bore of the housing; and where the independent part is housed inside the internal space of the housing and includes an arched edge and front extensions that run from said arched edge of the independent part; where said arched edge and the front extensions are resting on curved areas of the housing; the roll carrier also comprising a base housed inside the housing that is configured to support a paper roll; characterized in that the base comprises a curved structure that includes two opposing arched edges: first and second edge; where the first arched edge of the base includes arched extensions that fit into grooved bearing surfaces of the housing, while the second arched edge of the base includes two bridges where a series of lugs joined to the base are placed on; and wherein said lugs are coupled to a series of tabs of the independent part.
A method for wireless communication, comprising: receiving an allocation of uplink resources from a base station for a first transmission time interval, TTI" the first TTI comprising two or more orthogonal frequency division multiplexing, OFDM, symbols within a slot of a subframe; identifying a demodulation reference signal, DMRS, configuration for the first TTI; and transmitting a DMRS to the base station using the allocated uplink resources based at least in part on the DMRS configuration, characterized in that, the first TTI comprises two OFDM symbols or three OFDM symbols, and wherein the DMRS configuration indicates a pattern formed from a DMRS symbol and one or more data symbols for the first TTI. receiving an allocation of uplink resources from a base station for a first transmission time interval, TTI" the first TTI comprising two or more orthogonal frequency division multiplexing, OFDM, symbols within a slot of a subframe; identifying a demodulation reference signal, DMRS, configuration for the first TTI; and transmitting a DMRS to the base station using the allocated uplink resources based at least in part on the DMRS configuration, characterized in that, the first TTI comprises two OFDM symbols or three OFDM symbols, and wherein the DMRS configuration indicates a pattern formed from a DMRS symbol and one or more data symbols for the first TTI.
Electrical connection device, comprising: - an outer cover, - a first connector which is integrated into said cover and has a front face on said cover, the first connector including a first electrical connection member which is intended to be connected to an electrical power supply circuit and includes two first electrical contacts, the first connector including first magnetic means for magnetically attracting a second connector so as to magnetically bond a front face of said second connector to the front face of the first connector and for electrically connecting the first electrical connection member to a second electrical connection member of the second connector, - characterized in that it includes: - second magnetic guiding means which are integrated into said cover of the device and arranged around the front face of the first connector exclusively to guide the second connector towards said first connector so as to join them together magnetically, - the second magnetic guiding means including a plurality of ring-shaped coils (B1, B2, B3) which are arranged concentrically around the first connector and control means for controlling said coils, - said control means being configured to execute a control sequence for controlling said coils, which includes successive steps of activating said concentric coils. - an outer cover, - a first connector which is integrated into said cover and has a front face on said cover, the first connector including a first electrical connection member which is intended to be connected to an electrical power supply circuit and includes two first electrical contacts, the first connector including first magnetic means for magnetically attracting a second connector so as to magnetically bond a front face of said second connector to the front face of the first connector and for electrically connecting the first electrical connection member to a second electrical connection member of the second connector, - characterized in that it includes: - second magnetic guiding means which are integrated into said cover of the device and arranged around the front face of the first connector exclusively to guide the second connector towards said first connector so as to join them together magnetically, - the second magnetic guiding means including a plurality of ring-shaped coils (B1, B2, B3) which are arranged concentrically around the first connector and control means for controlling said coils, - said control means being configured to execute a control sequence for controlling said coils, which includes successive steps of activating said concentric coils.
A computer-implemented method of challenge generation for a video game, comprising the steps of: collecting, via a network, gameplay telemetry data comprising values for one or more game parameters, from a plurality of users; selecting an in-game scenario for which the gameplay telemetry data has been collected; characterized by for one or more selected game parameters: identifying, from values for a selected game parameter from the gameplay telemetry data for the plurality of users, a value for the selected game parameter that is associated with successful attempts in the in-game scenario; and identifying, from the values for the selected game parameter from the gameplay telemetry data for the plurality of users, a value for the selected game parameter that is not associated with a proportion of success in the in-game scenario at or above a predetermined threshold for the plurality of users; and generating a user challenge to succeed in the in-game scenario whilst generating a respective value for the one or more selected game parameters, the or each generated respective value having a respective selected relationship to the identified values of the one or more selected game parameters. collecting, via a network, gameplay telemetry data comprising values for one or more game parameters, from a plurality of users; selecting an in-game scenario for which the gameplay telemetry data has been collected; characterized by for one or more selected game parameters: identifying, from values for a selected game parameter from the gameplay telemetry data for the plurality of users, a value for the selected game parameter that is associated with successful attempts in the in-game scenario; and identifying, from the values for the selected game parameter from the gameplay telemetry data for the plurality of users, a value for the selected game parameter that is not associated with a proportion of success in the in-game scenario at or above a predetermined threshold for the plurality of users; and generating a user challenge to succeed in the in-game scenario whilst generating a respective value for the one or more selected game parameters, the or each generated respective value having a respective selected relationship to the identified values of the one or more selected game parameters. identifying, from values for a selected game parameter from the gameplay telemetry data for the plurality of users, a value for the selected game parameter that is associated with successful attempts in the in-game scenario; and identifying, from the values for the selected game parameter from the gameplay telemetry data for the plurality of users, a value for the selected game parameter that is not associated with a proportion of success in the in-game scenario at or above a predetermined threshold for the plurality of users; and generating a user challenge to succeed in the in-game scenario whilst generating a respective value for the one or more selected game parameters, the or each generated respective value having a respective selected relationship to the identified values of the one or more selected game parameters.