mhurhangee/ep-ind-claims huggingface dataset:
A developing device comprising: an opening portion (26k1) configured to communicate an inside of the developing device with an outside of the developing device, the opening portion having a rim (26k10) that extends in a communication direction from the inside of the developing device toward the outside of the developing device; and a filter disposed in the opening portion, the filter including: a first side facing the inside of the developing device; and a second side facing the outside of the developing device, characterized in that the filter has a larger weight density per unit volume at the second side than at the first side in a state in which the filter is disposed in the opening portion, and wherein in the state in which the filter is disposed in the opening portion such that the first side of the filter faces the inside of the developing device and the second side of the filter faces the outside of the developing device, the filter is compressed at the first side in intersection directions intersecting the communication direction by contact with the rim. an opening portion (26k1) configured to communicate an inside of the developing device with an outside of the developing device, the opening portion having a rim (26k10) that extends in a communication direction from the inside of the developing device toward the outside of the developing device; and a filter disposed in the opening portion, the filter including: a first side facing the inside of the developing device; and a second side facing the outside of the developing device, characterized in that the filter has a larger weight density per unit volume at the second side than at the first side in a state in which the filter is disposed in the opening portion, and wherein in the state in which the filter is disposed in the opening portion such that the first side of the filter faces the inside of the developing device and the second side of the filter faces the outside of the developing device, the filter is compressed at the first side in intersection directions intersecting the communication direction by contact with the rim. a first side facing the inside of the developing device; and a second side facing the outside of the developing device, characterized in that the filter has a larger weight density per unit volume at the second side than at the first side in a state in which the filter is disposed in the opening portion, and wherein in the state in which the filter is disposed in the opening portion such that the first side of the filter faces the inside of the developing device and the second side of the filter faces the outside of the developing device, the filter is compressed at the first side in intersection directions intersecting the communication direction by contact with the rim.
An outdoor unit of an air conditioner, comprising: a printed circuit board on which a heat generating element is mounted; an electric component box in which the printed circuit board is mounted; a radiating block contacting the heat generating element and including a refrigerant path (55, 56) through which refrigerant passes, wherein the radiating block is provided at an upper side thereof with an upper protrusion and at a lower side thereof with a lower protrusion; and a refrigerant tube part joined to the radiating block to communicate with the refrigerant path (55, 56); wherein a radiating block mount is fixedly installed at an outdoor unit body, wherein the radiating block is coupled to the radiating block mount by attaching the upper protrusion and the lower protrusion to the radiating block mount by screws, and the electric component box is mounted on the outdoor unit body by means of fastening elements such as screws in such a manner that the heat generating element comes into contact with one side of the radiating block. a printed circuit board on which a heat generating element is mounted; an electric component box in which the printed circuit board is mounted; a radiating block contacting the heat generating element and including a refrigerant path (55, 56) through which refrigerant passes, wherein the radiating block is provided at an upper side thereof with an upper protrusion and at a lower side thereof with a lower protrusion; and a refrigerant tube part joined to the radiating block to communicate with the refrigerant path (55, 56); wherein a radiating block mount is fixedly installed at an outdoor unit body, wherein the radiating block is coupled to the radiating block mount by attaching the upper protrusion and the lower protrusion to the radiating block mount by screws, and the electric component box is mounted on the outdoor unit body by means of fastening elements such as screws in such a manner that the heat generating element comes into contact with one side of the radiating block.
Method for transmitting a Sim application of a first terminal to a second terminal, said Sim application being stored in a secure element included in the first terminal characterised in that the access to said Sim application is locked by a Pin code and that the method consists in: i - exporting said Sim application from said first terminal to a distant site, by including said Pin code as well as a remote loading code; ii - ask to the user of said second terminal to enter said remote loading code in said second terminal; iii- in the event the remote loading code entered by said user matches the remote loading code that has been exported, authorizing the installation of said Sim application in a secure element of said second terminal, and otherwise, do not install said Sim application in said secure element of said second terminal. i - exporting said Sim application from said first terminal to a distant site, by including said Pin code as well as a remote loading code; ii - ask to the user of said second terminal to enter said remote loading code in said second terminal; iii- in the event the remote loading code entered by said user matches the remote loading code that has been exported, authorizing the installation of said Sim application in a secure element of said second terminal, and otherwise, do not install said Sim application in said secure element of said second terminal.
A power transmitter for wirelessly providing power to a power receiver via an inductive power transfer signal; the power transmitter comprising: a transmitter coil; a driver for generating a drive signal for the transmitter coil, the driver being arranged to generate the drive signal for the transmitter coil to generate the power transfer signal during at least one power transfer time interval of a repeating time frame and to generate the drive signal for the transmitter coil to generate an electromagnetic test signal during at least one foreign object detection time interval of the repeating time frame; a set of balanced detection coils (207, 209) coupled in series, the set of balanced detection coils comprising two detection coils arranged such that signals induced in the two detection coils by an electromagnetic field generated by the transmitter coil compensate each other; a foreign object detector coupled to the set of balanced detection coils and arranged to perform foreign object detection during the foreign object detection time interval, the foreign object detector being arranged to detect a foreign object in response to a property of a signal from the set of balanced detection coils meeting a foreign object detection criterion; a measurement transformer having a primary winding and a secondary winding, the secondary winding being coupled in series with the set of balanced detection coils; and a compensation circuit coupled to the primary winding and arranged to generate a compensation drive signal for the primary winding, the compensation drive signal offsetting a combined voltage of the set of detection coils. a transmitter coil; a driver for generating a drive signal for the transmitter coil, the driver being arranged to generate the drive signal for the transmitter coil to generate the power transfer signal during at least one power transfer time interval of a repeating time frame and to generate the drive signal for the transmitter coil to generate an electromagnetic test signal during at least one foreign object detection time interval of the repeating time frame; a set of balanced detection coils (207, 209) coupled in series, the set of balanced detection coils comprising two detection coils arranged such that signals induced in the two detection coils by an electromagnetic field generated by the transmitter coil compensate each other; a foreign object detector coupled to the set of balanced detection coils and arranged to perform foreign object detection during the foreign object detection time interval, the foreign object detector being arranged to detect a foreign object in response to a property of a signal from the set of balanced detection coils meeting a foreign object detection criterion; a measurement transformer having a primary winding and a secondary winding, the secondary winding being coupled in series with the set of balanced detection coils; and a compensation circuit coupled to the primary winding and arranged to generate a compensation drive signal for the primary winding, the compensation drive signal offsetting a combined voltage of the set of detection coils.
An airway adapter forming a part of a breathing circuit connected to a test subject, the airway adapter comprising: a first cylindrical portion that forms a male terminal fitted into a female member forming another part of the breathing circuit; a second cylindrical portion that forms a female terminal compartmentalizing a fitting portion into which a male member forming another part of the breathing circuit is fitted; an airway forming portion that is disposed in an internal space compartmentalized by the first cylindrical portion and that forms an airway communicating with the fitting portion; and a first sealing member that is disposed on an outer circumferential surface of the first cylindrical portion and that has higher flexibility than the first cylindrical portion. a first cylindrical portion that forms a male terminal fitted into a female member forming another part of the breathing circuit; a second cylindrical portion that forms a female terminal compartmentalizing a fitting portion into which a male member forming another part of the breathing circuit is fitted; an airway forming portion that is disposed in an internal space compartmentalized by the first cylindrical portion and that forms an airway communicating with the fitting portion; and a first sealing member that is disposed on an outer circumferential surface of the first cylindrical portion and that has higher flexibility than the first cylindrical portion.
An apparatus (2, 22) for wet grinding of welding electrodes, in particular tungsten electrodes, including a drive motor for a rotating grinding wheel extending into grinding liquid in a grinding housing, and means adapted to fix a welding electrode at a certain angle relative to the grinding wheel, characterised in that the fixing means include an angularly adjustable guide for an electrode holder, the guide arranged to be fixed at varying angular positions relative to a plane front side of the grinding wheel, the apparatus (2, 22) including a disc-shaped cutting device which is adapted to shorten welding electrodes to a defined length.
A pyrimidone derivative or a salt thereof wherein X represents a methylene, NH, a nitrogen atom substituted by a C -O-(C 1-6 -alkyl) group; R1 represents an unsubstituted 4-pyridine ring or an unsubstituted 4-pyrimidine ring; R2 represents a hydrogen atom; R3 represents a C 1-6 alkyl group this C 1-6 alkyl group being optionally substituted by 1 to 4 substituents selected from a halogen atom, a hydroxyl group, a C 1-2 perhalogenated alkyl group, C 1-6 alkyl group, a phenyl group and the phenyl group being optionally substituted by 1 to 4 substituents selected from a halogen atom, a C 1-6 alkoxy group; R4 represents a hydrogen atom; m represents 1 to 2 when X is a methylene or m represents 2 when X is NH, a nitrogen atom substituted by a C -O-(C 1-6 -alkyl) group; the alkyl group represents a straight or branched or cyclo alkyl group; in the form of a free base or of an addition salt with an acid. X represents a methylene, NH, a nitrogen atom substituted by a C -O-(C 1-6 -alkyl) group; R1 represents an unsubstituted 4-pyridine ring or an unsubstituted 4-pyrimidine ring; R2 represents a hydrogen atom; R3 represents a C 1-6 alkyl group this C 1-6 alkyl group being optionally substituted by 1 to 4 substituents selected from a halogen atom, a hydroxyl group, a C 1-2 perhalogenated alkyl group, C 1-6 alkyl group, a phenyl group and the phenyl group being optionally substituted by 1 to 4 substituents selected from a halogen atom, a C 1-6 alkoxy group; R4 represents a hydrogen atom; m represents 1 to 2 when X is a methylene or m represents 2 when X is NH, a nitrogen atom substituted by a C -O-(C 1-6 -alkyl) group; the alkyl group represents a straight or branched or cyclo alkyl group; in the form of a free base or of an addition salt with an acid.
A combustion chamber arrangement comprising an annular outer wall and an annular inner wall spaced from the annular outer wall, the annular inner wall comprising at least one row of tiles (52A, each row of tiles comprising a plurality of circumferentially arranged tiles, the downstream end of each tile in the at least one row of tiles having a rail extending from the downstream end of the tile towards and sealing with an inner surface of the annular outer wall and a lip extending in a downstream direction from the downstream end of the tile, the annular outer wall having at least one row of apertures to direct coolant onto the outer surfaces of the lips at the downstream ends of the tiles in the at least one row of tiles, each tile in the at least one row of tiles having at least one fastener positioned upstream of the rail, the at least one fastener of each tile in the at least one row of tiles extending from the tile and through a corresponding mounting aperture in the annular outer wall to secure the tile to the annular outer wall, the rail of at least one tile defining at least one slot with the inner surface of the annular outer wall, the at least one slot of the at least one tile being arranged in a region downstream of the at least one fastener and none of the apertures in the at least one row of apertures in the annular outer wall being arranged in a region downstream of the at least one fastener of the at least one tile.
A screw rope for use in a successive screw clamping machine which includes a grip unit in which a screw clamping bit is disposed so as to project therefrom and which rotationally drives the bit by switch operation and a clutch, a screw clamping machine body unit which includes a feeder block which makes a leading end of the bit face a clamping action position and is disposed on the lateral side of the clamping action position and a guide cover which is disposed so as to face the feeder block and also includes a guide projection part for guidance of a screw rope which is formed into an inclined shape and a magazine unit which feeds in turn many screws held by the screw rope, wherein the screw rope is configured to hold fixed portions of threaded parts of the respective screws so as to be obliquely disposed at predetermined parallel intervals and at a predetermined inclination angle (θ) corresponding to an inclination angle of the guide projection part by a belt-shaped member which runs in a length direction and binding strips which are provided on the rear surface side of the belt-shaped member at predetermined intervals and to continuously form a guide groove which engages with the guide protection part in the screw clamping machine body unit on the front surface side of the belt-shaped member along a length direction thereof, and the screw rope is configured such that when the screw rope is used, the screws are guided to the clamping action position in turn in a manner that height positions of screw heads of the respective screws are lowered as the screws approach the clamping action position side of the bit while keeping the screw rope in an inclined state and keeping the respective screws in vertical states by engagement of the guide projection part of the guide cover with the guide groove in the screw rope.
Plug connection system for an edge plug connection, comprising a plug contact strip formed in an edge region of a printed circuit board, a complementary plug connector to be plugged onto the plug contact strip, and a plug connection securing means for securing the edge plug connection produced by the plug connector and the plug contact strip against automatic release, characterized in that the plug connection securing means is designed as a fastening strip and/or has such a fastening strip, the fastening strip having a connection receptacle and a connection portion, and the connection portion and the connection receptacle being fixable to one another.
A form rolling apparatus for applying in-feed form rolling to an outer periphery surface of a rod-shaped material to generate helical gear teeth, the form rolling apparatus comprising: a support portion configured to support the rod-shaped material to be axially rotatable; a round die (35, 45) formed with die teeth (T1, T2) on an outer periphery thereof, the round die (35, 45) being rotatable about a rotational axis which is configured to be arranged in parallel with an axial direction of the rod-shaped material configured to be supported by the support portion, the die teeth (T1, T2) configured to be positioned facing the outer periphery surface of the rod-shaped material configured to be supported by the support portion; a rotation drive device (34, 44) rotationally actuating the round die (35, 45); and a moving device (36, 46) moving the round die (35, 45) in a direction orthogonal to the rotational axis of the round die (35, 45) so that a distance of axes of the round die (35, 45) and the rod-shaped material changes; wherein the die teeth (T1, T2) includes forming die teeth for generating the gear teeth on the outer periphery surface of the rod-shaped material characterized in that the die teeth (T1, T2) includes finishing die teeth enhancing a tooth surface precision of the generated gear teeth by engaging with the generated gear tooth and rotating; wherein the finishing die teeth are formed in a configuration each having an addendum that does not come to contact a bottom land of the generated gear teeth. a support portion configured to support the rod-shaped material to be axially rotatable; a round die (35, 45) formed with die teeth (T1, T2) on an outer periphery thereof, the round die (35, 45) being rotatable about a rotational axis which is configured to be arranged in parallel with an axial direction of the rod-shaped material configured to be supported by the support portion, the die teeth (T1, T2) configured to be positioned facing the outer periphery surface of the rod-shaped material configured to be supported by the support portion; a rotation drive device (34, 44) rotationally actuating the round die (35, 45); and a moving device (36, 46) moving the round die (35, 45) in a direction orthogonal to the rotational axis of the round die (35, 45) so that a distance of axes of the round die (35, 45) and the rod-shaped material changes; wherein the die teeth (T1, T2) includes forming die teeth for generating the gear teeth on the outer periphery surface of the rod-shaped material characterized in that the die teeth (T1, T2) includes finishing die teeth enhancing a tooth surface precision of the generated gear teeth by engaging with the generated gear tooth and rotating; wherein the finishing die teeth are formed in a configuration each having an addendum that does not come to contact a bottom land of the generated gear teeth.
Method for applying a pattern of granular material (12, 12b, 12c, 12d) on a receiving surface (13, 49), comprising in sequence: - arranging granular material (12, 12b, 12c, 12d) on a transferring surface; - facing said transferring surface to said receiving surface (13, 49) and applying said pattern of granular material (12, 12b, 12c, 12d) on said receiving surface (13, 49), said arranging comprising projecting from rotating means said granular material (12, 12b, 12c, 12d) towards said transferring surface and collecting the excess of said granular material (12, 12b, 12c, 12d) that was not kept by said transferring surface by means of said rotating means, said collecting comprises moving said excess into surface recesses of said rotating means along a path underlying said rotating means, and characterized in that the arranging further comprises, before the projecting, applying a liquid on the transfer surface according to a prefiguration of the pattern by means of an inkjet device controlled by computer means. - arranging granular material (12, 12b, 12c, 12d) on a transferring surface; - facing said transferring surface to said receiving surface (13, 49) and applying said pattern of granular material (12, 12b, 12c, 12d) on said receiving surface (13, 49), said arranging comprising projecting from rotating means said granular material (12, 12b, 12c, 12d) towards said transferring surface and collecting the excess of said granular material (12, 12b, 12c, 12d) that was not kept by said transferring surface by means of said rotating means, said collecting comprises moving said excess into surface recesses of said rotating means along a path underlying said rotating means, and characterized in that the arranging further comprises, before the projecting, applying a liquid on the transfer surface according to a prefiguration of the pattern by means of an inkjet device controlled by computer means.
A heat transfer composition, the heat transfer composition is composed of three components: 1,1,1,2-tetrafluoroethane with a mass ratio of 36% or 38%-40% or 46%, 2,3,3,3-tetrafluoropropene with a mass ratio of 48%-55%, and trans-1,3,3,3-tetrafluoropropene with a mass ratio of 5%-8% or 11%, wherein the mass ratio is based on the total mass of all the components of the heat transfer composition; and the heat transfer composition has a global warming potential not greater than 600.
A clothes dryer comprising: a drum; a duct through which drying air discharged from the drum flows; and a lint removing device disposed in a path of the duct to filter lint contained in the air, wherein the lint removing device includes a cylindrical lint filter of which a part of an outer surface is open, a screw having a spiral blade rotatably provided in an axial direction of the lint filter, and an elastic member configured to protrude to an outside of the spiral blade to be in contact with an inner surface of the lint filter, characterised in that the lint removing device further includes a contact rib (135, 134A) disposed across the opening of the lint filter in the axial direction, wherein the elastic member is configured to be in contact with the contact rib (135,135A). a drum; a duct through which drying air discharged from the drum flows; and a lint removing device disposed in a path of the duct to filter lint contained in the air, wherein the lint removing device includes a cylindrical lint filter of which a part of an outer surface is open, a screw having a spiral blade rotatably provided in an axial direction of the lint filter, and an elastic member configured to protrude to an outside of the spiral blade to be in contact with an inner surface of the lint filter, characterised in that the lint removing device further includes a contact rib (135, 134A) disposed across the opening of the lint filter in the axial direction, wherein the elastic member is configured to be in contact with the contact rib (135,135A).