mhurhangee/ep-ind-claims huggingface dataset:
A multilayer polyester sheet, comprising: a substrate layer including a thermoplastic resin; and a coating layer formed on at least one surface of the substrate layer and containing a polyester resin consisting of a residue of a diol component including 51 mol% to 85 mol% of isosorbide and a residue of a dicarboxylic acid component, wherein the polyester resin contained in the coating layer has a glass-rubber transition temperature of 120°C to 165°C, wherein a deformation temperature by oven test B type is 90°C or more, wherein the thermoplastic resin included in the substrate layer comprises a polyester resin, wherein the intrinsic viscosity of the thermoplastic resin included in the substrate is in the range of 0.40 dl/g to 1.20 dl/g, wherein the polyester resin contained in the coating layer has an intrinsic viscosity of 0.40 dl/g to 0.60 dl/g a substrate layer including a thermoplastic resin; and a coating layer formed on at least one surface of the substrate layer and containing a polyester resin consisting of a residue of a diol component including 51 mol% to 85 mol% of isosorbide and a residue of a dicarboxylic acid component,
A game controller comprising: a housing; a plurality of game controls disposed on a first side of the housing; a lever (206, 300, 500, 802) disposed on a second side of the housing; a bracket configured to pivotally hold the lever (206, 300, 500, 802); a securing means (512, 804) configured to detachably secure the bracket to the second side of the housing, characterised by the lever (206, 300, 500, 802) comprising an orifice (528, 810) configured such that the securing means is secured via the orifice (528, 810); a biasing means (526, 806) disposed within the orifice (528, 810) and abutting the bracket so as to provide a biasing force to the lever (206, 300, 500, 802); a first switch (208, 302) configured to contact a first end region of the lever (206, 300, 500, 802); and a second switch (210, 304) configured to contact a second end region of the lever (206, 300), wherein the lever (206, 300) is configured to pivot between a neutral position in which the lever (206, 300, 500, 802) returns when no force is applied thereon, a first position in which the first switch (208, 302) is activated and a second position in which the second switch (210, 304) is activated. a housing; a plurality of game controls disposed on a first side of the housing; a lever (206, 300, 500, 802) disposed on a second side of the housing; a bracket configured to pivotally hold the lever (206, 300, 500, 802); a securing means (512, 804) configured to detachably secure the bracket to the second side of the housing, characterised by the lever (206, 300, 500, 802) comprising an orifice (528, 810) configured such that the securing means is secured via the orifice (528, 810); a biasing means (526, 806) disposed within the orifice (528, 810) and abutting the bracket so as to provide a biasing force to the lever (206, 300, 500, 802); a first switch (208, 302) configured to contact a first end region of the lever (206, 300, 500, 802); and a second switch (210, 304) configured to contact a second end region of the lever (206, 300), wherein the lever (206, 300) is configured to pivot between a neutral position in which the lever (206, 300, 500, 802) returns when no force is applied thereon, a first position in which the first switch (208, 302) is activated and a second position in which the second switch (210, 304) is activated.
A method for manufacturing a thin film transistor, comprising a step of forming a pattern of a semiconductor active layer on a transparent substrate through a patterning process, wherein the pattern of the semiconductor active layer comprises a lanthanum boride pattern, the lanthanum boride pattern is semiconducting, and the lanthanum boride pattern has a concentration of carries of 10 15 cm -3 to 10 18 cm -3.
An aluminum alloy-coated steel material, comprising: base steel; and a coating layer formed on a surface of the base steel and containing by mass % Mg: 6% to 10%, Si: 3% to 7%, Fe: 0.2% to 2%, Mn: 0.02% to 2%, and the balance as Al and incidental impurities, wherein the coating layer has pseudoternary eutectic microstructures of αAl-Mg 2 Si-(Al-Fe-Si-Mn) and an area ratio of the pseudoternary eutectic microstructures in the coating layer is at least 30%. base steel; and a coating layer formed on a surface of the base steel and containing by mass % Mg: 6% to 10%, Si: 3% to 7%, Fe: 0.2% to 2%, Mn: 0.02% to 2%, and the balance as Al and incidental impurities, wherein the coating layer has pseudoternary eutectic microstructures of αAl-Mg 2 Si-(Al-Fe-Si-Mn) and an area ratio of the pseudoternary eutectic microstructures in the coating layer is at least 30%.
Core for the moulding of a turbine engine blade, this blade comprising a blade extending along a spanwise direction and ending with a peak, characterized in that this core comprises a first core element to delimit a first inner cavity of the blade and a second blade element of which at least one portion delimits a second inner cavity of the blade, these core elements (17, 18) being rigidly connected to each other, the second cavity being situated between the first cavity and the peak of the blade along the spanwise direction, and wherein: - the portion of the second core element which delimits the second cavity comprises a through bore oriented along the spanwise direction, and which leads to the right of an end face of the first core element to delimit in the moulded blade, an outer face of a dust removal conduit of the first cavity, this conduit (32, 38) crossing the second cavity from one end to the other by leading to the peak of the blade; - an alumina rod with a diameter less than the diameter of the through bore, and extending inside the through bore by being fixed to the end face of the first core element, to delimit the inner face of the conduit (32, 38); - centring means interposed between the rod and the through bore to centre this rod with respect to the hole, these centring means being made of a material intended to be dissolved before proceeding with casting the blade around said core. - the portion of the second core element which delimits the second cavity comprises a through bore oriented along the spanwise direction, and which leads to the right of an end face of the first core element to delimit in the moulded blade, an outer face of a dust removal conduit of the first cavity, this conduit (32, 38) crossing the second cavity from one end to the other by leading to the peak of the blade; - an alumina rod with a diameter less than the diameter of the through bore, and extending inside the through bore by being fixed to the end face of the first core element, to delimit the inner face of the conduit (32, 38); - centring means interposed between the rod and the through bore to centre this rod with respect to the hole, these centring means being made of a material intended to be dissolved before proceeding with casting the blade around said core.
A hydraulic actuator comprising a housing, a chamber disposed within the housing, and a fluid inlet formed within the housing arranged for communicating hydraulic fluid to the chamber, whereby the chamber comprises a base, and a tubular side wall, characterized in that the chamber comprises a sleeve having an open end proximal to the base and spaced apart therefrom, the sleeve being arranged to divide the chamber into an inner portion and a radially outer portion, the outer portion being arranged to communicate high pressure fluid from the fluid inlet to the inner portion through a space defined between the end of the sleeve and the base, and the inner portion being adapted to receive a piston such that the piston is slidably actuable in dependence on the high pressure fluid received from the outer portion.
A method performed by a home public land mobile network, PLMN, of controlling access of a user equipment, UE, device to a non-home PLMN when the UE device has an access to a non-trusted network and thereby a connection with the home PLMN via an interworking function entity, the method comprising: in the event of the UE device requesting an attachment to the non-home PLMN, making in the home PLMN a decision as to whether control of the UE device should be handed over to the non-home PLMN; and communicating the decision to the non-home PLMN, wherein the home PLMN communicates to the non-home PLMN a message that the UE device's request is rejected, the message further indicating that a further request for attachment to the non-home PLMN by the UE device is prohibited for at least one service while the connection with the home PLMN is established so as to cause the UE device to refrain from requesting attachment to the non-home PLMN for the at least one service as long as the connection to the home PLMN via the interworking function entity is maintained. in the event of the UE device requesting an attachment to the non-home PLMN, making in the home PLMN a decision as to whether control of the UE device should be handed over to the non-home PLMN; and communicating the decision to the non-home PLMN,
A method, comprising: determining, by a network node, that a triggering has occurred, wherein the triggering corresponds to a triggering of a formation of a multiple-input and multiple-output arrangement, the multiple-input and multiple-output arrangement comprises a grouping of user antennas and an antenna of the network node, and the network node is located at an existing infrastructure; receiving: - data traffic information, wherein the data traffic information comprises information that indicates an amount of data traffic that is requested by users of the user antennas, and - mobility prediction information, wherein the mobility prediction information indicates an approximate time of arrival of the users within a coverage area; and forming the multiple-input and multiple-output arrangement based on the received data traffic information and the mobility prediction information. determining, by a network node, that a triggering has occurred, wherein the triggering corresponds to a triggering of a formation of a multiple-input and multiple-output arrangement, the multiple-input and multiple-output arrangement comprises a grouping of user antennas and an antenna of the network node, and the network node is located at an existing infrastructure; receiving: - data traffic information, wherein the data traffic information comprises information that indicates an amount of data traffic that is requested by users of the user antennas, and - mobility prediction information, wherein the mobility prediction information indicates an approximate time of arrival of the users within a coverage area; and - data traffic information, wherein the data traffic information comprises information that indicates an amount of data traffic that is requested by users of the user antennas, and - mobility prediction information, wherein the mobility prediction information indicates an approximate time of arrival of the users within a coverage area; and forming the multiple-input and multiple-output arrangement based on the received data traffic information and the mobility prediction information.
A working fluid for heat cycle, which contains trifluoroethylene, 2,3,3,3-tetrafluoropropene and difluoromethane, wherein the proportion of the total amount of trifluoroethylene, 2,3,3,3-tetrafluoropropene and difluoromethane based on the entire amount of the working fluid is higher than 90 mass% and at most 100 mass%, and based on the total amount of trifluoroethylene, 2,3,3,3-tetrafluoropropene and difluoromethane, the proportion of trifluoroethylene is at least 10 mass% and less than 70 mass%, the proportion of 2,3,3,3-tetrafluoropropene is at most 50 mass%, and the proportion of difluoromethane is higher than 30 mass% and at most 75 mass%.
A toner comprising toner particles, each of which comprises a binder resin containing a polyester as a main component, a colorant, and a wax, wherein: the binder resin comprises a block polymer in which a segment capable of forming a crystalline structure and a segment incapable of forming a crystalline structure are bonded, the block polymer contains at least 50 mass% of the segment capable of forming a crystalline structure based on the total amount of the binder resin, in measurement of the toner with a differential scanning calorimetry, a peak temperature of a maximum endothermic peak derived from the binder resin is at least 50°C and not more than 80°C, and an endothermic quantity of the maximum endothermic peak is at least 30 J/g and not more than 100 J/g; and wherein: the wax is an ester wax having 3 or more ester bonds as functional groups. the binder resin comprises a block polymer in which a segment capable of forming a crystalline structure and a segment incapable of forming a crystalline structure are bonded, the block polymer contains at least 50 mass% of the segment capable of forming a crystalline structure based on the total amount of the binder resin, in measurement of the toner with a differential scanning calorimetry, a peak temperature of a maximum endothermic peak derived from the binder resin is at least 50°C and not more than 80°C, and an endothermic quantity of the maximum endothermic peak is at least 30 J/g and not more than 100 J/g; and the wax is an ester wax having 3 or more ester bonds as functional groups.
A system for keep out zone control comprising: a gas turbine engine comprising at least one compressor section and at least one turbine section operably coupled to a shaft of a spool (30,32); and a controller operable to: determine a closing threshold with respect to an upper limit and an opening threshold with respect to a lower limit of a movement range of an effector of the gas turbine engine based on an on-board model, wherein the upper limit and the lower limit define a keep out zone of a target parameter of the gas turbine engine; determine a projected state of the target parameter of the gas turbine engine absent a correction command to the effector; apply a closing correction to the effector as the correction command based on determining that the projected state of the target parameter of the gas turbine engine would result in being above the closing threshold, in the keep out zone; and apply an opening correction to the effector as the correction command based on determining that the projected state of the target parameter of the gas turbine engine would result in being below the opening threshold, in the keep out zone. a gas turbine engine comprising at least one compressor section and at least one turbine section operably coupled to a shaft of a spool (30,32); and a controller operable to: determine a closing threshold with respect to an upper limit and an opening threshold with respect to a lower limit of a movement range of an effector of the gas turbine engine based on an on-board model, wherein the upper limit and the lower limit define a keep out zone of a target parameter of the gas turbine engine; determine a projected state of the target parameter of the gas turbine engine absent a correction command to the effector; apply a closing correction to the effector as the correction command based on determining that the projected state of the target parameter of the gas turbine engine would result in being above the closing threshold, in the keep out zone; and apply an opening correction to the effector as the correction command based on determining that the projected state of the target parameter of the gas turbine engine would result in being below the opening threshold, in the keep out zone. determine a closing threshold with respect to an upper limit and an opening threshold with respect to a lower limit of a movement range of an effector of the gas turbine engine based on an on-board model, wherein the upper limit and the lower limit define a keep out zone of a target parameter of the gas turbine engine; determine a projected state of the target parameter of the gas turbine engine absent a correction command to the effector; apply a closing correction to the effector as the correction command based on determining that the projected state of the target parameter of the gas turbine engine would result in being above the closing threshold, in the keep out zone; and apply an opening correction to the effector as the correction command based on determining that the projected state of the target parameter of the gas turbine engine would result in being below the opening threshold, in the keep out zone.
Device for moving a movable furniture part in an opening direction in relation to a furniture carcass of an item of furniture, wherein the movable furniture part by way of guide means is able to be moved in the opening direction and in a closing direction opposing the opening direction, wherein the device has a force accumulator and an ejector so that the movable furniture part in an opening procedure, by way of the device assembled on the item of furniture, under the effect of the force accumulator is able to be moved to an opening position by way of the ejector, and the ejector moves so as to be guided on a base plate of the device; wherein present on the ejector is a latch component having a guide element which moves in a guide track of the base plate, wherein this guide track is designed in the manner of a loop; wherein the latch component as a function of the position of the guide element in the guide track assumes different positions in relation to the remaining ejector; wherein present in the guide track in which the guide element moves is a blocking element which keeps the guide element in a designated direction of movement in the guide track; wherein the blocking element, and preferably the guide element, is/are designed to be movable and the blocking element can be overcome by the guide element only in the designated direction of movement; wherein the guide element cannot overcome the blocking element in the opposing direction of movement but is blocked by the blocking element, characterized in that there are clearances about the blocking element; wherein a mobility of the blocking element relative to the remaining part of the base plate is enabled by the clearances; wherein the clearances are disposed in the manner of slots about the blocking element.
A road-side network node (NN5; NN6), the road-side network node (NN5; NN6) comprising a processor, a memory, a first radio module for operating in a cell-supported radio communications network, a second radio module for operating in an adhoc radio communications network, and at least one antenna, the road-side network node (NN5; NN6) being configured to: - provide data to be transmitted; - determine a first Service quality of a sidelink radio channel of the cell-supported radio communications network; - determine a second Service quality of an adhoc radio channel of adhoc radio communications network; - determine a channel selection indicating either a) a transmission of the data via the sidelink radio channel, b) a transmission of the data via the adhoc radio channel, or c) a transmission of the data via the sidelink radio channel and the adhoc radio channel in dependence on the first Service quality and in dependence on the second Service quality; - determine a first repetition rate for initiating transmissions via the sidelink radio channel in dependence on the first and second Service quality (SQ1, SQ2); - determine a second repetition rate for initiating transmissions via the adhoc radio channel in dependence on the first and second Service quality (SQ1, SQ2); - determine a transmission instruction for the data, the transmission instruction comprising the determined channel selection and the determined first and second repetition rates; and - reiteratively initiate a transmission of the data via the sidelink radio channel and/or via the adhoc radio channel according to the transmission instruction. - provide data to be transmitted; - determine a first Service quality of a sidelink radio channel of the cell-supported radio communications network; - determine a second Service quality of an adhoc radio channel of adhoc radio communications network; - determine a channel selection indicating either a) a transmission of the data via the sidelink radio channel, b) a transmission of the data via the adhoc radio channel, or c) a transmission of the data via the sidelink radio channel and the adhoc radio channel in dependence on the first Service quality and in dependence on the second Service quality; - determine a first repetition rate for initiating transmissions via the sidelink radio channel in dependence on the first and second Service quality (SQ1, SQ2); - determine a second repetition rate for initiating transmissions via the adhoc radio channel in dependence on the first and second Service quality (SQ1, SQ2); - determine a transmission instruction for the data, the transmission instruction comprising the determined channel selection and the determined first and second repetition rates; and - reiteratively initiate a transmission of the data via the sidelink radio channel and/or via the adhoc radio channel according to the transmission instruction.
A compound having the general formula I, II or III in which R 1 is H or sulfonyl; R 2 is a linking group; A is NR 5 wherein R 5 is selected from H, C 1-4 alkyl and aryl; SylO is a sialyl group; n is 1-100 and m is 0-100; R 3 is hydrogen or a mono-, di-, oligo- or polysialic acid group; and R 4 is hydrogen or a mono-, di-, oligo- or polysialic acid group. R 2 is a linking group; A is NR 5 wherein R 5 is selected from H, C 1-4 alkyl and aryl; SylO is a sialyl group; n is 1-100 and m is 0-100; R 3 is hydrogen or a mono-, di-, oligo- or polysialic acid group; and R 4 is hydrogen or a mono-, di-, oligo- or polysialic acid group.
A refrigerator comprising: a refrigerator main body; an operation unit provided on a front surface of said refrigerator main body; an operation board provided in said operation unit; an operation switch, provided in said operation board, configured to change a set temperature or switch operation modes; and an illumination detection unit, provided in said operation board, configured to detect a brightness in a vicinity of the front surface of said refrigerator main body, said illumination detection unit being disposed above said operation switch; characterized in that, the refrigerator has a left door and a right door which are French doors, said illumination detection unit is provided in a location having a convex shape protruding forward beyond a plane of the doors (12a, 12b) of a refrigerating compartment, and an operation unit cover is formed in said location that has said convex shape, and said operation unit including said illumination detection unit is embedded in one of said right door and said left door, in the vicinity of the border between said right door and said left door, so that said operation unit is exposed in a front surface of said one of said right door and said left door. a refrigerator main body; an operation unit provided on a front surface of said refrigerator main body; an operation board provided in said operation unit; an operation switch, provided in said operation board, configured to change a set temperature or switch operation modes; and an illumination detection unit, provided in said operation board, configured to detect a brightness in a vicinity of the front surface of said refrigerator main body, said illumination detection unit being disposed above said operation switch; characterized in that, the refrigerator has a left door and a right door which are French doors, said illumination detection unit is provided in a location having a convex shape protruding forward beyond a plane of the doors (12a, 12b) of a refrigerating compartment, and an operation unit cover is formed in said location that has said convex shape, and said operation unit including said illumination detection unit is embedded in one of said right door and said left door, in the vicinity of the border between said right door and said left door, so that said operation unit is exposed in a front surface of said one of said right door and said left door.