mhurhangee/ep-ind-claims huggingface dataset:
An interior member for a vehicle, the interior member comprising: a base material formed of a resin; a front surface portion configured to constitute a portion of a design surface in a vehicle cabin and cover a surface (16A1) of the base material that is on the design surface side; and a conductive portion integrally provided with the base material, a portion of the conductive portion that is opposite to the design surface being in close contact with the base material, a portion of the conductive portion that is on the design surface side facing the front surface portion, the conductive portion being formed of a metal and being configured to conduct electric power to be supplied to an electrical component installed in the vehicle; and characterized in that the base material is provided with a rib portion that protrudes from a surface (16A2) of the base material that is opposite to the design surface, wherein the base material and the conductive portion are formed through two-color molding and constitute an integrated molded product. a base material formed of a resin; a front surface portion configured to constitute a portion of a design surface in a vehicle cabin and cover a surface (16A1) of the base material that is on the design surface side; and a conductive portion integrally provided with the base material, a portion of the conductive portion that is opposite to the design surface being in close contact with the base material, a portion of the conductive portion that is on the design surface side facing the front surface portion, the conductive portion being formed of a metal and being configured to conduct electric power to be supplied to an electrical component installed in the vehicle; and characterized in that the base material is provided with a rib portion that protrudes from a surface (16A2) of the base material that is opposite to the design surface, wherein the base material and the conductive portion are formed through two-color molding and constitute an integrated molded product.
A laundry washing apparatus including: a casing forming an appearance of the apparatus; a drum disposed inside the casing, wherein the drum accommodates laundry; a door disposed at the casing for opening an inside of the drum; a camera disposed on the casing or the door, wherein the camera is configured to capture images of an inside of the drum while the laundry moves over time to generate time-series images of movement of the laundry; a motor configured to cause the drum to move the laundry inside the drum; and a processor configured to control the motor to perform a spinning process using a centrifugal force generated during rotation of the drum, characterized in that the processor is further configured to: determine a movement state of the laundry based on the generated time-series images while the drum rotates at a revolution per minute; analyze the generated time-series images and evaluate a laundry spread value related to the movement state of the laundry based on the analyzed time-series images; control the revolution per minute of the drum based on the movement state of the laundry to increase the laundry spread value; and after the laundry spread value has increased, increase the revolution per minute of the drum to perform the spinning process. a casing forming an appearance of the apparatus; a drum disposed inside the casing, wherein the drum accommodates laundry; a door disposed at the casing for opening an inside of the drum; a camera disposed on the casing or the door, wherein the camera is configured to capture images of an inside of the drum while the laundry moves over time to generate time-series images of movement of the laundry; a motor configured to cause the drum to move the laundry inside the drum; and a processor configured to control the motor to perform a spinning process using a centrifugal force generated during rotation of the drum, characterized in that the processor is further configured to: determine a movement state of the laundry based on the generated time-series images while the drum rotates at a revolution per minute; analyze the generated time-series images and evaluate a laundry spread value related to the movement state of the laundry based on the analyzed time-series images; control the revolution per minute of the drum based on the movement state of the laundry to increase the laundry spread value; and after the laundry spread value has increased, increase the revolution per minute of the drum to perform the spinning process. determine a movement state of the laundry based on the generated time-series images while the drum rotates at a revolution per minute; analyze the generated time-series images and evaluate a laundry spread value related to the movement state of the laundry based on the analyzed time-series images; control the revolution per minute of the drum based on the movement state of the laundry to increase the laundry spread value; and after the laundry spread value has increased, increase the revolution per minute of the drum to perform the spinning process.
Mounting element for mounting an attachment part on a vehicle body, wherein the mounting element is connected to a mounting bolt arranged on the body side and is attached to said mounting bolt using a plurality of spring tabs, characterised in that the mounting element comprises a mount body having a recess, in which the spring tabs are arranged, for receiving the mounting bolt, wherein the recess comprises two merging opening regions, being a lower opening region and a side opening area, such that the mounting element can be connected to the mounting bolt in two different mutually perpendicular joining directions,, wherein the first joining direction is the axial direction of the mounting bolt and the second joining direction is a direction perpendicular to the axial direction of the mounting bolt.
A fuel nozzle for a turbine engine, comprising: a flange defining at least one flange passage (32,32'); a tip spaced from the flange, the tip defining at least one tip passage (52, 52'); a stem provided in the form of a straight tube having a first stem end fixedly joined to the flange and a second stem end fixedly joined to the tip, the stem having a peripheral wall extending lengthwise along a linear path between the first stem end and the second stem end and peripherally around a stem chamber, the second stem end received into a cavity defined in the tip, the tip sealing the stem chamber at the second stem end; and at least one fuel line (60,60') extending at least partially inside the stem chamber and having a first line end (60a,60'a) fluidly connected to the at least one flange passage (32,32') and a second line end (60b,60'b) fluidly connected to the at least one tip passage (52,52'), wherein the at least one fuel line (60,60') is cylindrical in shape and spaced from an inner surface of the peripheral wall by an annular insulating gap, characterised in that: the first stem end and the second stem end are coaxial; and an inner diameter of the peripheral wall is between 7 and 15 times an outer diameter (d) of the at least one fuel line (60,60'). a flange defining at least one flange passage (32,32'); a tip spaced from the flange, the tip defining at least one tip passage (52, 52'); a stem provided in the form of a straight tube having a first stem end fixedly joined to the flange and a second stem end fixedly joined to the tip, the stem having a peripheral wall extending lengthwise along a linear path between the first stem end and the second stem end and peripherally around a stem chamber, the second stem end received into a cavity defined in the tip, the tip sealing the stem chamber at the second stem end; and at least one fuel line (60,60') extending at least partially inside the stem chamber and having a first line end (60a,60'a) fluidly connected to the at least one flange passage (32,32') and a second line end (60b,60'b) fluidly connected to the at least one tip passage (52,52'), wherein the at least one fuel line (60,60') is cylindrical in shape and spaced from an inner surface of the peripheral wall by an annular insulating gap, the first stem end and the second stem end are coaxial; and an inner diameter of the peripheral wall is between 7 and 15 times an outer diameter (d) of the at least one fuel line (60,60').
Device for humidifying room air, having an air inlet, a ventilator in the form of an axial ventilator and arranged at the air inlet for generating an air flow, a water container open upwards and a humidifying apparatus, which can be flowed through by the air flow and is arranged in flow direction, wherein the ventilator is arranged with its ventilator axis approximately perpendicular to the water surface, and the air flow generated by the ventilator is aligned or guided within the device such that at least a part of the air flow impacts on the water surface of the water accommodated in the water container and sets this in motion, characterised in that the device serves to humidify room air with mineralised, in particular sea-saline water and the humidifying apparatus is in the form of an evaporator block which acts in a capillary manner and is equipped with through-flow openings, which is dipped in the water container, wherein the device has an upper delimiting wall provided on the housing lid, and wherein the air flow generated by the ventilator is guided within the device across the water surface of the water accommodated in the water container before it impacts on the evaporator block, in that the air flow is deviated laterally at the water surface and flows approximately parallel to the water surface between this and the provided upper delimiting wall in the direction of the evaporator block arranged in front of an air outlet opening. wherein the ventilator is arranged with its ventilator axis approximately perpendicular to the water surface, and the air flow generated by the ventilator is aligned or guided within the device such that at least a part of the air flow impacts on the water surface of the water accommodated in the water container and sets this in motion, characterised in that the device serves to humidify room air with mineralised, in particular sea-saline water and the humidifying apparatus is in the form of an evaporator block which acts in a capillary manner and is equipped with through-flow openings, which is dipped in the water container, wherein the device has an upper delimiting wall provided on the housing lid, and wherein the air flow generated by the ventilator is guided within the device across the water surface of the water accommodated in the water container before it impacts on the evaporator block, in that the air flow is deviated laterally at the water surface and flows approximately parallel to the water surface between this and the provided upper delimiting wall in the direction of the evaporator block arranged in front of an air outlet opening.
A method of single submerged arc welding of a high-Cr CSEF steel, which comprises single submerged arc welding using a combination of: a welding wire comprising less than 0.05% by mass of C, 0.055% by mass or less of N, and more than 0.05% by mass and 0.50% by mass or less of Si, with the balance being Fe and inevitable impurities, and a welding flux comprising 2 to 30% by mass of CaF 2, 2 to 20% by mass of CaO, 20 to 40% by mass of MgO, 5 to 25% by mass of Al 2 O 3, and 5 to 25% by mass of Si and SiO 2 in total (in terms of SiO 2), and further comprising, in limited amounts, 25% by mass or less of BaO, 10% by mass or less of ZrO 2, and less than 5% by mass of TiO 2, wherein the high-Cr CSEF steel is a high-Cr Creep Strength-Enhanced Ferritic steel and includes 0.07 to 0.14% by mass of C, 0.50% by mass or less of Si, 0.70% by mass or less of Mn, 0.025% by mass or less of P, 0.015% by mass or less of S, 0.50% by mass or less of Ni, 8.00 to 11.50% by mass of Cr, 0.25 to 1.10% by mass of Mo, 0.15 to 0.35% by mass of V, 0.04 to 0.10% by mass of Nb, and 0.03 to 0.10% by mass of N, optionally 1.70% by mass or less of Cu, 0.060% by mass or less of B, 2.50% by mass or less of W, and 3.0% by mass or less of Co, with the balance being Fe and inevitable impurities. a welding wire comprising less than 0.05% by mass of C, 0.055% by mass or less of N, and more than 0.05% by mass and 0.50% by mass or less of Si, with the balance being Fe and inevitable impurities, and a welding flux comprising 2 to 30% by mass of CaF 2, 2 to 20% by mass of CaO, 20 to 40% by mass of MgO, 5 to 25% by mass of Al 2 O 3, and 5 to 25% by mass of Si and SiO 2 in total (in terms of SiO 2), and further comprising, in limited amounts, 25% by mass or less of BaO, 10% by mass or less of ZrO 2, and less than 5% by mass of TiO 2, wherein the high-Cr CSEF steel is a high-Cr Creep Strength-Enhanced Ferritic steel and includes 0.07 to 0.14% by mass of C, 0.50% by mass or less of Si, 0.70% by mass or less of Mn, 0.025% by mass or less of P, 0.015% by mass or less of S, 0.50% by mass or less of Ni, 8.00 to 11.50% by mass of Cr, 0.25 to 1.10% by mass of Mo, 0.15 to 0.35% by mass of V, 0.04 to 0.10% by mass of Nb, and 0.03 to 0.10% by mass of N, optionally 1.70% by mass or less of Cu, 0.060% by mass or less of B, 2.50% by mass or less of W, and 3.0% by mass or less of Co, with the balance being Fe and inevitable impurities. 0.07 to 0.14% by mass of C, 0.50% by mass or less of Si, 0.70% by mass or less of Mn, 0.025% by mass or less of P, 0.015% by mass or less of S, 0.50% by mass or less of Ni, 8.00 to 11.50% by mass of Cr, 0.25 to 1.10% by mass of Mo, 0.15 to 0.35% by mass of V, 0.04 to 0.10% by mass of Nb, and 0.03 to 0.10% by mass of N, 1.70% by mass or less of Cu, 0.060% by mass or less of B, 2.50% by mass or less of W, and 3.0% by mass or less of Co,
An item of clothing (10, 110, 210) comprising an internal layer (11, 211), made of vapor-permeable material, which faces the body of the user, an external layer (12, 112, 212), which is opposite with respect to said internal layer (11, 211), a hybrid portion (23, 223), which belongs at least partially to said internal layer (11, 211) and is located in the region of the collar of said item of clothing (10, 110, 210), and an interspace between said internal layer (11, 211) and said external layer (12, 112, 212), the item of clothing (10, 110, 210) further comprising at least one open region (14, 214) in said hybrid portion, said hybrid portion being at least partially not in contact with the body of the user characterized in that the item of clothing (10, 110, 210) comprises at least one tape which is applied between the ends of said internal layer (11, 211) and of said external layer (12, 112, 212).
An apparatus for performing charged particle spectroscopy, comprising: - A source, for producing a pulsed beam of charged particles that propagate along a beam path; - A specimen holder, for holding a specimen at an irradiation position in said beam path; - A detector arrangement, for performing energy-differentiated detection of charged particles that traverse said specimen, characterized in that, between said source and said detector arrangement, said beam path successively traverses: - An energizing cavity, for applying a time-dependent accelerating field to said beam; - A primary drift space; - Said irradiation position; - A temporal focusing cavity, for converting an energy differential in said beam into a time-of-flight differential; - A secondary drift space. - A source, for producing a pulsed beam of charged particles that propagate along a beam path; - A specimen holder, for holding a specimen at an irradiation position in said beam path; - A detector arrangement, for performing energy-differentiated detection of charged particles that traverse said specimen, - An energizing cavity, for applying a time-dependent accelerating field to said beam; - A primary drift space; - Said irradiation position; - A temporal focusing cavity, for converting an energy differential in said beam into a time-of-flight differential; - A secondary drift space.
A method for data transmission, the method comprising: transmitting, by an eNB, a system information block message upon confirming that a Physical Multicast Channel, PMCH, carrying a Multicast Control Channel, MCCH, is not present, wherein that the PMCH carrying the MCCH is not present includes: the number of the PMCH is 0, or the number of the PMCHs is N, and the N PMCHs do not carry the MCCH, N being a positive integer equal to or greater than 1; configuring, by the eNB, a Multimedia Broadcast Multicast Service Single Frequency Network, MBSFN, area configuration message according to the system information block message; performing, by the eNB, data scheduling according to the configuration of the system information block message or the configuration of the MBSFN area configuration message; and transmitting, by the eNB, the MBSFN area configuration message, wherein the number of PMCH in the MBSFN area configuration message is 1, and the number of MBMS sessions contained in the PMCH is 0; wherein the method further comprises: before transmitting the system information block message, configuring, by the eNB, the system information block message according to one of an M2 setup request response message, an eNB configuration update acknowledge message, or an MCE configuration update message, the message time of which is newer. transmitting, by an eNB, a system information block message upon confirming that a Physical Multicast Channel, PMCH, carrying a Multicast Control Channel, MCCH, is not present, wherein that the PMCH carrying the MCCH is not present includes: the number of the PMCH is 0, or the number of the PMCHs is N, and the N PMCHs do not carry the MCCH, N being a positive integer equal to or greater than 1; configuring, by the eNB, a Multimedia Broadcast Multicast Service Single Frequency Network, MBSFN, area configuration message according to the system information block message; performing, by the eNB, data scheduling according to the configuration of the system information block message or the configuration of the MBSFN area configuration message; and transmitting, by the eNB, the MBSFN area configuration message, wherein the number of PMCH in the MBSFN area configuration message is 1, and the number of MBMS sessions contained in the PMCH is 0; wherein the method further comprises: before transmitting the system information block message, configuring, by the eNB, the system information block message according to one of an M2 setup request response message, an eNB configuration update acknowledge message, or an MCE configuration update message, the message time of which is newer.
Method for producing a fixed-mobile convergent telecommunications service based on a convergent connection name from a name space, in which calls are simultaneously delivered to a first communications network and to a second communications network, wherein the first communications network is operated by a first network operator and the second communications network is operated by a second network operator, wherein - the convergent connection name is a first connection name and is assigned to a first connection in the first communications network, - the first connection name in the second communications network is assigned directly or indirectly to a second connection, - the first connection name is simultaneously identified as ported in a local unit for name resolution and name identification for said first communications network, and specifically as ported to the second communications network, - before delivering a call to the convergent connection name the first communications network interrogates the local unit for name resolution and name identification and on the basis of a porting code routes the call to the second communications network, and - the second communications network branches the call to a call control function, wherein the call is simultaneously forwarded, delivered or routed to the second connection and to the first connection, characterised in that the call control function is controlled by the owner of the convergent connection name, optionally via the first connection or via the second connection or via a web portal or voice portal set up for this purpose. - the convergent connection name is a first connection name and is assigned to a first connection in the first communications network, - the first connection name in the second communications network is assigned directly or indirectly to a second connection, - the first connection name is simultaneously identified as ported in a local unit for name resolution and name identification for said first communications network, and specifically as ported to the second communications network, - before delivering a call to the convergent connection name the first communications network interrogates the local unit for name resolution and name identification and on the basis of a porting code routes the call to the second communications network, and - the second communications network branches the call to a call control function, wherein the call is simultaneously forwarded, delivered or routed to the second connection and to the first connection,
A method of operating user equipment in a cellular telecommunications system, the method comprising: causing the UE to begin operating in a power saving state by determining that a first set of predefined criteria have been satisfied; and causing the UE to leave the power saving state by determining that a second set of predefined criteria have been satisfied, wherein determining that the first set of predefined criteria have been satisfied includes: making a plurality of signal quality measurements of a signal received from a serving cell in the telecommunications system; and making a plurality of signal quality measurements of a signal received from one or more neighboring cells in the telecommunications system; characterized by: determining a first trend line (407; 601) from the signal quality measurements of the serving cell in the telecommunications system; determining a second trend line (407; 603) from the signal quality measurements of the one or more neighboring cells in the telecommunications system; and determining whether the first set of predefined criteria have been satisfied based at least in part on whether the first and second trend lines are not converging (411; 461, 467). causing the UE to begin operating in a power saving state by determining that a first set of predefined criteria have been satisfied; and causing the UE to leave the power saving state by determining that a second set of predefined criteria have been satisfied, wherein determining that the first set of predefined criteria have been satisfied includes: making a plurality of signal quality measurements of a signal received from a serving cell in the telecommunications system; and making a plurality of signal quality measurements of a signal received from one or more neighboring cells in the telecommunications system; characterized by: determining a first trend line (407; 601) from the signal quality measurements of the serving cell in the telecommunications system; determining a second trend line (407; 603) from the signal quality measurements of the one or more neighboring cells in the telecommunications system; and determining whether the first set of predefined criteria have been satisfied based at least in part on whether the first and second trend lines are not converging (411; 461, 467). making a plurality of signal quality measurements of a signal received from a serving cell in the telecommunications system; and making a plurality of signal quality measurements of a signal received from one or more neighboring cells in the telecommunications system; characterized by: determining a first trend line (407; 601) from the signal quality measurements of the serving cell in the telecommunications system; determining a second trend line (407; 603) from the signal quality measurements of the one or more neighboring cells in the telecommunications system; and determining whether the first set of predefined criteria have been satisfied based at least in part on whether the first and second trend lines are not converging (411; 461, 467).