mhurhangee/ep-ind-claims huggingface dataset:
A method of molding a thermoplastic resin material comprising: a first molding step in which at least one of a first mold and a second mold, that nip and press a thermoplastic resin material and are for molding a product, is divided into a plurality of sections, and one section of the at least one of the first mold and the second mold that is divided into the plurality of sections is made to protrude-out with respect to another section, and, at the one section, the thermoplastic resin material is pressed by another of the first mold and the second mold, and a portion of the product is molded; and a second molding step in which, after the first molding step, the one section is retracted into the another section, and, at the another section, the thermoplastic resin material is pressed by the another of the first mold and the second mold, and a remaining portion of the product is molded. a first molding step in which at least one of a first mold and a second mold, that nip and press a thermoplastic resin material and are for molding a product, is divided into a plurality of sections, and one section of the at least one of the first mold and the second mold that is divided into the plurality of sections is made to protrude-out with respect to another section, and, at the one section, the thermoplastic resin material is pressed by another of the first mold and the second mold, and a portion of the product is molded; and a second molding step in which, after the first molding step, the one section is retracted into the another section, and, at the another section, the thermoplastic resin material is pressed by the another of the first mold and the second mold, and a remaining portion of the product is molded.
A leading edge shield for a turbomachine blade, said leading edge shield extending heightwise from a bottom end to a top end, presenting an outside face overlying a leading edge and an inside face for fastening to a blade body, and including a pressure side wing, a suction side wing, and a central section joining together the pressure side wing and the suction side wing, the shield being characterized in that the central section presents a thickness between the outside face and the inside face that is greater both than a corresponding thickness of the pressure side wing and also than a corresponding thickness of the suction side wing, the thickness of the central section firstly increasing with a gradient that is stable or increasing over a first segment extending over at least 60% of the height of the leading-edge shield starting from the bottom end of the leading edge shield, and secondly presenting a gradient that decreases beyond said first segment.
Method for freezing a plurality of conditioning tubes each filled with a predetermined volume of biological substance, comprising the step of arranging each said conditioning tube directly into a conditioning unit (6; 106; 206) placed in a cooling enclosure (9; 209) then causing said cooling enclosure (9; 209) to be passed through by a flow of cooling agent and simultaneously driving said conditioning unit (6; 106; 206) in rotation on itself; the method comprising the step of providing said conditioning unit (6; 106; 206) with a greater capacity than said plurality of conditioning tubes; in that the step of arranging each said conditioning tube directly into a conditioning unit (6; 106; 206) is carried out by placing said plurality of conditioning tubes into said conditioning unit (6; 106; 206); and in that said step of driving said conditioning unit (6; 106; 206) in rotation on itself is implemented by setting each said conditioning tube in motion with respect to said conditioning unit (6; 106; 206) and with respect to the other said conditioning tubes; the method being characterized in that said step of driving said conditioning unit (6; 106; 206) in rotation on itself stir said conditioning tubes; said conditioning unit (6; 106; 206) forms a receptacle having a shape of a drum and has at least one longitudinal side wall (27; 127) and an internal space (30; 130); and said plurality of said conditioning tubes is placed in said internal space so that each said conditioning tube extends longitudinally in the longitudinal direction in which said at least one side wall (27; 127) extends.
A character input method, implemented by a terminal, comprising: displaying a character input box in a first area of a display screen of the terminal, wherein the character input box is oriented in a first direction, and the display screen comprises a touchscreen; displaying the first character with a cursor at a right side of the first character in the character input box; displaying a candidate character box in a second area of the display screen, wherein the candidate character box is oriented perpendicularly to the first direction, and the candidate character box is a sliding display box displaying a preset quantity of candidate characters, a different candidate character is displayed in the candidate character box in response to a slide operation of a user on the second area of the display screen, the candidate character box comprises a selection box, and a candidate character that enters the selection box in response to the slide operation of the user is a character pre-selected by the user, wherein the sliding operation of the user is performed on the candidate character box; receiving an operation instruction that the user selects the candidate character in the selection box and is triggered when a time for which the candidate character stays in the selection box exceeds a preset time after the candidate character enters the selection box in response to the slide operation of the user; and displaying, in the character input box according to the operation instruction, the first character and the candidate character selected by the user; wherein the terminal is a smart band or a smartwatch. displaying a character input box in a first area of a display screen of the terminal, wherein the character input box is oriented in a first direction, and the display screen comprises a touchscreen; displaying the first character with a cursor at a right side of the first character in the character input box; displaying a candidate character box in a second area of the display screen, wherein the candidate character box is oriented perpendicularly to the first direction, and the candidate character box is a sliding display box displaying a preset quantity of candidate characters, a different candidate character is displayed in the candidate character box in response to a slide operation of a user on the second area of the display screen, the candidate character box comprises a selection box, and a candidate character that enters the selection box in response to the slide operation of the user is a character pre-selected by the user, wherein the sliding operation of the user is performed on the candidate character box; receiving an operation instruction that the user selects the candidate character in the selection box and is triggered when a time for which the candidate character stays in the selection box exceeds a preset time after the candidate character enters the selection box in response to the slide operation of the user; and displaying, in the character input box according to the operation instruction, the first character and the candidate character selected by the user; wherein the terminal is a smart band or a smartwatch.
A vehicular seat (10; 40; 50; 60) comprising: a seat cushion; a first expanding portion (22R; 42R) that is provided in the seat cushion on one side thereof with respect to a seat width direction center and which, upon receiving a supply of gas, is expanded and deployed; a second expanding portion (22L; 42L) that is provided in the seat cushion on the other side thereof with respect to the seat width direction center and which, upon receiving a supply of gas, is expanded and deployed in such a way as to oppose the first expanding portion (22R; 42R) across a central space portion (22C; 42C) in the seat width direction; a third expanding portion (22F; 42F) that communicates the first expanding portion (22R; 42R) and the second expanding portion (22L; 42L) with one another; and a gas supplying device which, when actuated at the time of a frontal impact of the vehicle, supplies gas to the first expanding portion (22R; 42R), the second expanding portion (22L; 42L) and the third expanding portion (22F; 42F); characterised in that the first expanding portion (22R; 42R), the second expanding portion (22L; 42L), and third expanding portion (22F; 42F) form an airbag (22; 42) whose mechanical components are disposed between a seat pan and a cushion material and are disposed in such a way as to surround the central space portion (22C; 42C). a seat cushion; a first expanding portion (22R; 42R) that is provided in the seat cushion on one side thereof with respect to a seat width direction center and which, upon receiving a supply of gas, is expanded and deployed; a second expanding portion (22L; 42L) that is provided in the seat cushion on the other side thereof with respect to the seat width direction center and which, upon receiving a supply of gas, is expanded and deployed in such a way as to oppose the first expanding portion (22R; 42R) across a central space portion (22C; 42C) in the seat width direction; a third expanding portion (22F; 42F) that communicates the first expanding portion (22R; 42R) and the second expanding portion (22L; 42L) with one another; and a gas supplying device which, when actuated at the time of a frontal impact of the vehicle, supplies gas to the first expanding portion (22R; 42R), the second expanding portion (22L; 42L) and the third expanding portion (22F; 42F); characterised in that the first expanding portion (22R; 42R), the second expanding portion (22L; 42L), and third expanding portion (22F; 42F) form an airbag (22; 42) whose mechanical components are disposed between a seat pan and a cushion material and are disposed in such a way as to surround the central space portion (22C; 42C).
A photosensitive lithographic printing plate comprising: a hydrophilic support; a photosensitive layer; and a protective layer, provided in this order; the photosensitive layer comprising a compound having an ethylenically unsaturated double bond and a polymer binder, and the protective layer containing a water-soluble poly(meth)acrylic ester; characterised in that the water-soluble poly(meth)acrylic ester is a compound represented by the following formula: wherein R 1 and R 2 each independently represents an alkyl group having not more than 5 carbon atoms; R 3 represents a linking group; R 4, R 5 and R 6 each independently represents a hydrogen atom or a methyl group; X represents an oxygen atom, a sulphur atom or NH; Y represents -SO 3 M, -PO 3 M or -COOM; M represents an alkali metal or ammonium; and the indices n, m and l represent the ratios of the three units constituting the ester with the proviso that either n or m may be 0. a hydrophilic support; a photosensitive layer; and a protective layer, provided in this order; the photosensitive layer comprising a compound having an ethylenically unsaturated double bond and a polymer binder, and the protective layer containing a water-soluble poly(meth)acrylic ester; characterised in that the water-soluble poly(meth)acrylic ester is a compound represented by the following formula: wherein R 1 and R 2 each independently represents an alkyl group having not more than 5 carbon atoms; R 3 represents a linking group; R 4, R 5 and R 6 each independently represents a hydrogen atom or a methyl group; X represents an oxygen atom, a sulphur atom or NH; Y represents -SO 3 M, -PO 3 M or -COOM; M represents an alkali metal or ammonium; and the indices n, m and l represent the ratios of the three units constituting the ester with the proviso that either n or m may be 0.
A method of controlling power in a relay station, the method comprising: measuring channel quality of an access uplink between a subscriber station and the RS and generating channel quality measurement information based on the measured channel quality; reporting the channel quality measurement information to a base station or superordinate RS; characterized by receiving from the BS a message for power control of the access uplink and transmitting the power control message to the SS. measuring channel quality of an access uplink between a subscriber station and the RS and generating channel quality measurement information based on the measured channel quality; reporting the channel quality measurement information to a base station or superordinate RS; characterized by receiving from the BS a message for power control of the access uplink and transmitting the power control message to the SS.
A communication processing method for a duplication mode in a central unit-distributed unit, CU-DU, architecture, comprising: sending, by a CU, a first message to a DU, wherein the first message comprises a tunnel-to-be-setup list comprising information indicating at least two uplink tunnel endpoints on an interface between the CU and the DU for a duplication mode of a data radio bearer; and receiving, by the CU, a second message sent by the DU, wherein the second message comprises a tunnel-to-be-setup list comprising information indicating at least two downlink tunnel endpoints on the interface between the CU and the DU for the data radio bearer, and a logical channel identity of a primary path of at least two logical channels corresponding to the data radio bearer; wherein the primary path of the at least two logical channels corresponds to a user plane tunnel between an uplink tunnel endpoint of the at least two uplink tunnel endpoints, the uplink tunnel endpoint appearing first in the tunnel-to-be-setup list of the first message, and a downlink tunnel endpoint of the at least two downlink tunnel endpoints, the downlink tunnel endpoint appearing first in the tunnel-to-be-setup list of the second message. sending, by a CU, a first message to a DU, wherein the first message comprises a tunnel-to-be-setup list comprising information indicating at least two uplink tunnel endpoints on an interface between the CU and the DU for a duplication mode of a data radio bearer; and receiving, by the CU, a second message sent by the DU, wherein the second message comprises a tunnel-to-be-setup list comprising information indicating at least two downlink tunnel endpoints on the interface between the CU and the DU for the data radio bearer, and a logical channel identity of a primary path of at least two logical channels corresponding to the data radio bearer; wherein the primary path of the at least two logical channels corresponds to a user plane tunnel between an uplink tunnel endpoint of the at least two uplink tunnel endpoints, the uplink tunnel endpoint appearing first in the tunnel-to-be-setup list of the first message, and a downlink tunnel endpoint of the at least two downlink tunnel endpoints, the downlink tunnel endpoint appearing first in the tunnel-to-be-setup list of the second message.
A fuel injection nozzle comprising: a body member having an upstream wall opposing a downstream wall; a baffle member disposed in the body member having an upstream surface and a downstream surface; a first chamber partially defined by the downstream surface of the baffle member and an inner surface of the downstream wall; a second chamber communicative with the first chamber, partially defined by the upstream surface of the baffle member and an inner surface of the upstream wall; a fuel inlet communicative with the first chamber operative to emit a fuel gas into the first chamber; and a plurality of mixing tubes, each of the mixing tubes having a tube inner surface, a tube outer surface, a first inlet communicative with an aperture in the upstream wall operative to receive a second gas, a second inlet communicative with the tube outer surface and the tube inner surface operative to translate the fuel gas from the second chamber into the mixing tube, a mixing portion operative to mix the fuel gas and the second gas, and an outlet communicative with an aperture in the downstream wall operative to emit the mixed fuel and second gases; and characterized in that the nozzle defines a fuel flow path defined by the fuel inlet, the first chamber, the second chamber, and the second inlet. a body member having an upstream wall opposing a downstream wall; a baffle member disposed in the body member having an upstream surface and a downstream surface; a first chamber partially defined by the downstream surface of the baffle member and an inner surface of the downstream wall; a second chamber communicative with the first chamber, partially defined by the upstream surface of the baffle member and an inner surface of the upstream wall; a fuel inlet communicative with the first chamber operative to emit a fuel gas into the first chamber; and a plurality of mixing tubes, each of the mixing tubes having a tube inner surface, a tube outer surface, a first inlet communicative with an aperture in the upstream wall operative to receive a second gas, a second inlet communicative with the tube outer surface and the tube inner surface operative to translate the fuel gas from the second chamber into the mixing tube, a mixing portion operative to mix the fuel gas and the second gas, and an outlet communicative with an aperture in the downstream wall operative to emit the mixed fuel and second gases; and characterized in that the nozzle defines a fuel flow path defined by the fuel inlet, the first chamber, the second chamber, and the second inlet.
Needle-free disposable injector with a housing, in which or on which - respectively at least in certain areas - at least one mechanical spring-energy storage, at least one cylinder-piston unit which can be filled at least occasionally with active ingredient and having a cylinder with a nozzle and a piston, at least one piston-actuating plunger and at least one actuating unit are arranged, - whereby the spring-energy storage includes at least one pre-stressed spring-loaded element, - whereby at least part of the piston-actuating plunger is positioned between the spring-energy storage and the piston of the cylinder-piston unit and - whereby the piston of the cylinder-piston unit - with a pre-stressed spring element - can be moved separately via a pump rod which, at its rear, protrudes from the housing, - whereby the cylinder can be filled by pulling the piston back with a suction action by means of the pump rod, - whereby the piston-actuating plunger has a central bore, through which the pump rod passes, characterized - in that the pump rod can be coupled releasably from the outside to the piston or to a piston rod of the piston, and - in that the cylinder of the cylinder-piston unit has a sealing element that is arranged in the rear area of the cylinder inner wall and permits sterile closure of the cylinder interior located between the piston and the cylinder. - whereby the spring-energy storage includes at least one pre-stressed spring-loaded element, - whereby at least part of the piston-actuating plunger is positioned between the spring-energy storage and the piston of the cylinder-piston unit and - whereby the piston of the cylinder-piston unit - with a pre-stressed spring element - can be moved separately via a pump rod which, at its rear, protrudes from the housing, - whereby the cylinder can be filled by pulling the piston back with a suction action by means of the pump rod, - whereby the piston-actuating plunger has a central bore, through which the pump rod passes, - in that the pump rod can be coupled releasably from the outside to the piston or to a piston rod of the piston, and - in that the cylinder of the cylinder-piston unit has a sealing element that is arranged in the rear area of the cylinder inner wall and permits sterile closure of the cylinder interior located between the piston and the cylinder.
A method for producing a polyester, comprising: an esterification reaction step of allowing an aliphatic diol and an aliphatic dicarboxylic acid to react with each other; a step of pelletizing a polyester obtained through the esterification reaction step; and a contact treatment step of bringing obtained polyester pellets into contact with a mixed solution containing ethanol and water, wherein the mixed solution contains water in an amount of 10 % by mass or more and not more than 99 % by mass relative to the whole of the mixed solution. an esterification reaction step of allowing an aliphatic diol and an aliphatic dicarboxylic acid to react with each other; a step of pelletizing a polyester obtained through the esterification reaction step; and a contact treatment step of bringing obtained polyester pellets into contact with a mixed solution containing ethanol and water, wherein the mixed solution contains water in an amount of 10 % by mass or more and not more than 99 % by mass relative to the whole of the mixed solution.
A method for analysing a vaccine comprising steps of: (a) detecting influenza virus hemagglutinin in the vaccine, or a sample thereof, comprising steps of: (i) contacting the sample with a lectin which is immobilised on a solid support, to provide captured hemagglutinin; and (ii) detecting the captured hemagglutinin by immunoassay; and (b) using the results of step (a) to calculate the hemagglutinin concentration in the vaccine. (a) detecting influenza virus hemagglutinin in the vaccine, or a sample thereof, comprising steps of: (i) contacting the sample with a lectin which is immobilised on a solid support, to provide captured hemagglutinin; and (ii) detecting the captured hemagglutinin by immunoassay; and (b) using the results of step (a) to calculate the hemagglutinin concentration in the vaccine.
A system comprising a washing machine and a module for creating a foam treatment for garments, the module comprising: a T-junction comprising a first inlet, a second inlet, and an outlet; a first inlet line fluidly connected to the first inlet and comprising a vessel containing a solution fluidly connected to a pump; a second inlet line fluidly connected to the second inlet and comprising an air compressor and a flow regulator; and an outlet line having a first end fluidly connected to the outlet, a second end opposite the first end, and a cartridge between the first and second ends and having an amount of stainless steel sponge, wherein the second end of the cartridge is disposed within a drum of the washing machine. a T-junction comprising a first inlet, a second inlet, and an outlet; a first inlet line fluidly connected to the first inlet and comprising a vessel containing a solution fluidly connected to a pump; a second inlet line fluidly connected to the second inlet and comprising an air compressor and a flow regulator; and an outlet line having a first end fluidly connected to the outlet, a second end opposite the first end, and a cartridge between the first and second ends and having an amount of stainless steel sponge, wherein the second end of the cartridge is disposed within a drum of the washing machine.
Method, comprising: allocating (506, 604) a plurality of user equipment identifiers for a single user equipment while in a cell; associating (512, 606) a signaling structure for each of said plurality of user equipment identifiers from among a plurality of different signaling structures; and during a transmission time interval, indicating one of said plurality of user equipment identifiers to the user equipment and using the associated signaling structure in a control channel. allocating (506, 604) a plurality of user equipment identifiers for a single user equipment while in a cell; associating (512, 606) a signaling structure for each of said plurality of user equipment identifiers from among a plurality of different signaling structures; and during a transmission time interval, indicating one of said plurality of user equipment identifiers to the user equipment and using the associated signaling structure in a control channel.