mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a wiring substrate of a semiconductor component (1, 2) comprising external contact pads for fitting external contacts, wherein the method has the following method steps: - production of a baseplate with through contacts at predetermined positions, wherein the baseplate has a precursor of a polymer plastic, - selective application of a layer composed of rubber-elastic material to a top side of the baseplate, wherein the layer has rubber-elastic material pads that are spaced apart from one another, - lamination of a copper film with pressing of the rubber-elastic material pads with the external contact pads into the precursor of the polymer plastic of the baseplate and formation of a coplanar boundary layer between copper film and top side of the baseplate, - structuring of the copper film to form external contact pads and feed lines to the through contacts, - curing of the polymer plastic of the baseplate with formation of a rigid self-supporting wiring substrate. - production of a baseplate with through contacts at predetermined positions, wherein the baseplate has a precursor of a polymer plastic, - selective application of a layer composed of rubber-elastic material to a top side of the baseplate, wherein the layer has rubber-elastic material pads that are spaced apart from one another, - lamination of a copper film with pressing of the rubber-elastic material pads with the external contact pads into the precursor of the polymer plastic of the baseplate and formation of a coplanar boundary layer between copper film and top side of the baseplate, - structuring of the copper film to form external contact pads and feed lines to the through contacts, - curing of the polymer plastic of the baseplate with formation of a rigid self-supporting wiring substrate.
An apparatus comprising: a first plurality of graphics processing resources to execute graphics commands and process graphics data; and a first memory management unit, MMU, to communicatively couple the first plurality of graphics processing resources to a system-level MMU to access a system memory; characterized by: a second plurality of graphics processing resources to execute graphics commands and process graphics data; a second MMU to communicatively couple the second plurality of graphics processing resources to the first MMU; wherein the first MMU is configured as a master MMU having a direct connection to the system-level MMU and the second MMU comprises a slave MMU configured to send memory transactions to the first MMU, the first MMU either servicing a memory transaction or sending the memory transaction to the system-level MMU on behalf of the second MMU. a first plurality of graphics processing resources to execute graphics commands and process graphics data; and a first memory management unit, MMU, to communicatively couple the first plurality of graphics processing resources to a system-level MMU to access a system memory; characterized by: a second plurality of graphics processing resources to execute graphics commands and process graphics data; a second MMU to communicatively couple the second plurality of graphics processing resources to the first MMU; wherein the first MMU is configured as a master MMU having a direct connection to the system-level MMU and the second MMU comprises a slave MMU configured to send memory transactions to the first MMU, the first MMU either servicing a memory transaction or sending the memory transaction to the system-level MMU on behalf of the second MMU. a second plurality of graphics processing resources to execute graphics commands and process graphics data; a second MMU to communicatively couple the second plurality of graphics processing resources to the first MMU; wherein the first MMU is configured as a master MMU having a direct connection to the system-level MMU and the second MMU comprises a slave MMU configured to send memory transactions to the first MMU, the first MMU either servicing a memory transaction or sending the memory transaction to the system-level MMU on behalf of the second MMU.
Use of a cleaning solution for removing a dry etching residue and a photoresist on a surface of a semiconductor element having a low dielectric constant film (a low-k film) and at least one material selected from a material that contains 10 atomic % or more of titanium and a material that contains 10 atomic % or more of tungsten, wherein the cleaning solution contains: 0.002 to 50% by mass of at least one type of oxidant selected from the group consisting of a peroxide, perchloric acid and a perchlorate salt; 0.000001 to 5% by mass of an alkaline earth metal compound; and water, wherein the low-k film and the material that contains 10 atomic % or more of titanium and/or tungsten are not damaged.
A connector for high-speed transmission, comprising: a housing with long holes (17P-1 to 17P-7) extending in one direction orthogonal to the fitting direction of the connector; a plurality of shield terminals arranged in the long holes (17P-1 to 17P-7), each of which comprises a contact portion (47aP, 47bP, 47cP, 47dP) configured to contact an external counterpart connector and a soldering terminal portion (50aP, 50bP, 50cP, 50dP) configured to be soldered to an external mounting target substrate, characterized ir that the shield terminals are formed by a shield contact which is a component comprising the contact portion (47aP, 47bP, 47cP, 47dP), and a shield plate which is a component comprising the soldering terminal portion (50aP, 50bP, 50cP, 50dP), and a first end portion of the shield contact on an opposite side of the contact portion (47aP, 47bP, 47cP, 47dP) and a second end portion of the shield plate on an opposite side of the soldering terminal portion (50aP, 50bP, 50cP, 50dP) are pressed into the respective long hole from directions opposite to each other, and the first and second end portions abut on each other in the respective long hole. a housing with long holes (17P-1 to 17P-7) extending in one direction orthogonal to the fitting direction of the connector; a plurality of shield terminals arranged in the long holes (17P-1 to 17P-7), each of which comprises a contact portion (47aP, 47bP, 47cP, 47dP) configured to contact an external counterpart connector and a soldering terminal portion (50aP, 50bP, 50cP, 50dP) configured to be soldered to an external mounting target substrate, characterized ir that the shield terminals are formed by a shield contact which is a component comprising the contact portion (47aP, 47bP, 47cP, 47dP), and a shield plate which is a component comprising the soldering terminal portion (50aP, 50bP, 50cP, 50dP), and a first end portion of the shield contact on an opposite side of the contact portion (47aP, 47bP, 47cP, 47dP) and a second end portion of the shield plate on an opposite side of the soldering terminal portion (50aP, 50bP, 50cP, 50dP) are pressed into the respective long hole from directions opposite to each other, and the first and second end portions abut on each other in the respective long hole.
Method for ascertaining at least one individual fluid-dynamic characteristic parameter of a stenosis (14, 15) in a vascular segment of a body vessel having a number of serial stenoses (14, 15), wherein - from an angiography recording device angiography image data of the vascular segment is received, - geometry data (A, D) of the vascular segment is ascertained by an analysis arrangement on the basis of the angiography image data and combined to form a segment model of the vascular segment, - at least one division point (18, 18') which is located between two of the stenoses (14, 15) respectively, is ascertained by a dividing arrangement in the segment model by means of a predetermined division criterion and the segment model is subdivided into subsegment models (16, 17) respectively at the at least one division point (18, 18'), and - the respective fluid-dynamic characteristic parameter is ascertained by a simulation arrangement for at least one of the subsegment models (16, 17) based on respective geometry data (A, D) of the subsegment model (16, 17), characterised in that the respective geometry data (A, D) of each remaining subsegment model (17, 16) is ignored when the fluid-dynamic characteristic parameter of the respective subsegment model (16, 17) is ascertained and the influence of the respective other stenosis is instead eliminated by the simulation arrangement for determining the fluid-dynamic characteristic parameter the subsegment model (16, 17) at each division point by interpolation of a heathy vessel path on an inlet surface and an outlet surface of the subsegment model (16, 17), by the subsegment model (16, 17) being supplemented at each division point by geometry data of a virtual stenosis-free interpolated vessel path. - from an angiography recording device angiography image data of the vascular segment is received, - geometry data (A, D) of the vascular segment is ascertained by an analysis arrangement on the basis of the angiography image data and combined to form a segment model of the vascular segment, - at least one division point (18, 18') which is located between two of the stenoses (14, 15) respectively, is ascertained by a dividing arrangement in the segment model by means of a predetermined division criterion and the segment model is subdivided into subsegment models (16, 17) respectively at the at least one division point (18, 18'), and - the respective fluid-dynamic characteristic parameter is ascertained by a simulation arrangement for at least one of the subsegment models (16, 17) based on respective geometry data (A, D) of the subsegment model (16, 17),
A method, comprising: receiving, by a User Equipment, UE, (105; 505) from a first Transmission and Reception Point, TRP, of a network, a Positioning Reference Signal, PRS; and sending, by the UE (105; 505), a response to the network, wherein: the sending of the response comprises sending, by the UE (105; 505), to the network, an indicator, the indicator indicating whether the UE (105; 505) has performed a measurement based on the Positioning Reference Signal, received via a line-of-sight path; calculating, by the UE (105; 505), a Power Delay Profile, PDP, or Channel Impulse Response, CIR, corresponding to the Positioning Reference Signal; determining, by the UE (105; 505), whether a rise time of a highest peak of the PDP or CIR is sharp or gradual; and generating, by the UE (105; 505), the indicator, based on the determination. receiving, by a User Equipment, UE, (105; 505) from a first Transmission and Reception Point, TRP, of a network, a Positioning Reference Signal, PRS; and sending, by the UE (105; 505), a response to the network, wherein: the sending of the response comprises sending, by the UE (105; 505), to the network, an indicator, the indicator indicating whether the UE (105; 505) has performed a measurement based on the Positioning Reference Signal, received via a line-of-sight path; calculating, by the UE (105; 505), a Power Delay Profile, PDP, or Channel Impulse Response, CIR, corresponding to the Positioning Reference Signal; determining, by the UE (105; 505), whether a rise time of a highest peak of the PDP or CIR is sharp or gradual; and generating, by the UE (105; 505), the indicator, based on the determination.
Cable marker, comprising - a housing, which has a receiving opening for receiving an identification for marking a cable, - a cover for closing the receiving opening in a closed position, wherein in the closed position the cable marker can be attached to the cable, and - a film hinge, by way of which the housing is connected to the cover in one piece in such a way that in an open position, in which the cover does not close the receiving opening, the cover is pivotable in relation to the housing along a pivoting plane, wherein that the film hinge has a first base portion, by way of which the film hinge is connected to the housing, a second base portion, by way of which the film hinge is connected to the cover, and a connecting portion, arranged between the first base portion and the second base portion, wherein the connecting portion has a width that is reduced in comparison with at least one of the base portions (40, 41) as viewed along a direction perpendicular to the pivoting plane, wherein the cable marker is produced in one piece by means of plastics injection moulding, characterized in that the cover has on an inner side, facing the receiving opening of the housing in the closed position, at least one elevation and/or depression, for example a rib (310, 311), for creating an irregularity on the inner side. - a housing, which has a receiving opening for receiving an identification for marking a cable, - a cover for closing the receiving opening in a closed position, wherein in the closed position the cable marker can be attached to the cable, and - a film hinge, by way of which the housing is connected to the cover in one piece in such a way that in an open position, in which the cover does not close the receiving opening, the cover is pivotable in relation to the housing along a pivoting plane,
A pigment dispersion for ink jetting, comprising: a pigment represented by the following Formula; a pigment represented by the following Formula; and water, wherein a content mass ratio of the pigment to the pigment is higher than 1.0, and wherein the content of water in the pigment dispersion is 40 % by mass or higher with respect to the whole amount of the pigment dispersion: wherein, in Formula, each of two R 1 s represents a cyano group and each of two R 2 s represents a hydrogen atom, or each of two R 1 s represents a hydrogen atom and each of two R 2 s represents a tertiary butyl group, wherein, in Formula, each of two R 3 s represents a hydrogen atom and each of two R 4 s represents a chlorine atom, each of two R 3 s represents a hydrogen atom and each of two R 4 s represents a hydrogen atom, or each of two R 3 s represents a hydrogen atom and each of two R 4 s represents a phenyl group. a pigment represented by the following Formula; a pigment represented by the following Formula; and water, wherein a content mass ratio of the pigment to the pigment is higher than 1.0, and wherein the content of water in the pigment dispersion is 40 % by mass or higher with respect to the whole amount of the pigment dispersion: wherein, in Formula, each of two R 1 s represents a cyano group and each of two R 2 s represents a hydrogen atom, or each of two R 1 s represents a hydrogen atom and each of two R 2 s represents a tertiary butyl group, wherein, in Formula, each of two R 3 s represents a hydrogen atom and each of two R 4 s represents a chlorine atom, each of two R 3 s represents a hydrogen atom and each of two R 4 s represents a hydrogen atom, or each of two R 3 s represents a hydrogen atom and each of two R 4 s represents a phenyl group.
A method for controlling a polyimide backbone structure, comprising: in preparation of a polyimide through reaction of a diamine component and (1S,2R,4S,5R)-cyclohexanetetracarboxylic dianhydride in an organic solvent containing an aprotic amide solvent and a lactone solvent, keeping a mass ratio of the aprotic amide solvent and the lactone solvent ((aprotic amide solvent):(lactone solvent)) constant within a range of from 30:70 to 80:20, so as to convert a cis-structure derived from the (1S,2R,4S,5R)-cyclohexanetetracarboxylic dianhydride in the formed polyimide to a trans-structure derived from (1R,2S,4S,5R)-cyclohexanetetracarboxylic dianhydride corresponding to the reaction conditions, thereby controlling a proportion of the trans-structure.
Structure of a ball valve and an operating key thereof, said valve consisting of a surrounding frame of the valve that is adapted to communicate an inlet and an outlet of a pipeline, said valve including a closing body rotatable between an open position and a closed position, said closing body comprising a spherical body provided with two aligned openings, wherein perpendicularly to said aligned openings the closing body further comprises two rectangular seats in which two shafts fit, each of said shafts extending perpendicularly and transversely to a surrounding surface of the valve; - wherein the ends of the shafts protrude from tubular projections, such that the closing body rotates due to the action of two points attaching the closing body and the operating key of the valve, the force being transmitted by the respective shafts whose ends are arranged integral with the operating key of the valve; - wherein the outer surface of the tubular projections, having running along the inside thereof the mentioned shafts through which movement is transmitted between the operating key and the closing body, is provided with respective notches acting like a stop on free ends of the operating key, given that said free ends of the operating key end up forming fingers which engage the notches in the path of movement of the operating key, such that the movement of the operating key is limited, and the forces for operating on the notch and finger are distributed in each of the tubular projections at 50% preventing the tubular projections from being able to be forced; wherein the shafts comprise pressure-tight joints for leak-tight attachment between the closing body and the surrounding frame of the valve; characterized in that: - the closing body is rotatable in opposed directions; - the movement of the operating key is limited to a quarter turn. - wherein the ends of the shafts protrude from tubular projections, such that the closing body rotates due to the action of two points attaching the closing body and the operating key of the valve, the force being transmitted by the respective shafts whose ends are arranged integral with the operating key of the valve; - wherein the outer surface of the tubular projections, having running along the inside thereof the mentioned shafts through which movement is transmitted between the operating key and the closing body, is provided with respective notches acting like a stop on free ends of the operating key, given that said free ends of the operating key end up forming fingers which engage the notches in the path of movement of the operating key, such that the movement of the operating key is limited, and the forces for operating on the notch and finger are distributed in each of the tubular projections at 50% preventing the tubular projections from being able to be forced; - the closing body is rotatable in opposed directions; - the movement of the operating key is limited to a quarter turn.
A method for realizing a service-based Mobile Originated Short Message Service, comprising: querying, by a Short Message Service Function SMSF entity, an information of a network function capable of providing a Mobile Originated Short Message Service MO SMS forwarding service from a Network Repository Function NRF entity according to at least one of a Subscription Permanent Identifier SUPI, a Generic Public Subscription Identifier GPSI, or an address of a Service Center SC after receiving a short message transferred from a user equipment, wherein the information of the network function capable of providing the MO SMS forwarding service comprises an IP address or a Fully Qualified Domain Name FQDN address of an Interworking Mobile Switching Center for Short Message Service SMS-IWMSC; sending, by the SMSF entity, the short message to the SMS-IWMSC, in a case where it is determined that the SMS-IWMSC is capable of providing the MO SMS forwarding service according to a query result; and sending, by the SMS-IWMSC, the short message to the SC of the short message, so that the SC sends the short message to a corresponding receiver of the short message. querying, by a Short Message Service Function SMSF entity, an information of a network function capable of providing a Mobile Originated Short Message Service MO SMS forwarding service from a Network Repository Function NRF entity according to at least one of a Subscription Permanent Identifier SUPI, a Generic Public Subscription Identifier GPSI, or an address of a Service Center SC after receiving a short message transferred from a user equipment, wherein the information of the network function capable of providing the MO SMS forwarding service comprises an IP address or a Fully Qualified Domain Name FQDN address of an Interworking Mobile Switching Center for Short Message Service SMS-IWMSC; sending, by the SMSF entity, the short message to the SMS-IWMSC, in a case where it is determined that the SMS-IWMSC is capable of providing the MO SMS forwarding service according to a query result; and sending, by the SMS-IWMSC, the short message to the SC of the short message, so that the SC sends the short message to a corresponding receiver of the short message.
Method for purifying polyester containing impurities, which impurities comprise at least 0.1% by weight of polyester of one or several residual monomers, including at least one step for: (ii) adding to the polyester in a solvent, a functionalized material chosen from a resin functionalized by one or several primary and/or secondary amine functions. (ii) adding to the polyester in a solvent, a functionalized material chosen from a resin functionalized by one or several primary and/or secondary amine functions.
An underwater electrical connection assembly comprising a contact pin comprising an axially extending conductive core and an axially extending annular insulation portion around said conductive core, a front end portion of the conductive core having an electrical contact surface, a rear end portion of the conductive core having an electrical contact surface, and an intermediate portion of the conductive core extending axially at an intermediate location between the front and rear end portions, the annular insulation portion comprising an inner insulating layer around the intermediate portion of the conductive core and an insulating sleeve around the inner insulating layer, wherein the rear end portion of the conductive core of the pin has a diameter larger than the diameter of the intermediate portion thereof, characterized in that, the intermediate portion of the conductive core comprises a cylindrical portion which has a diameter slightly smaller than an inside diameter of the insulating sleeve in this region, such that an annular passage is formed around said cylindrical portion and inwardly of the insulating sleeve, in that, the conductive core is formed with a central axial bore at its front end and a plurality of radial passages to connect the axial bore to the outside of the conductive core; and, in that the inner insulating layer is made of a material which has set or hardened in a space in the annular passage in between the insulating sleeve and the intermediate portion of the conductive core, having been introduced via the bore and radial passages and said annular passage to a space formed between a reduced diameter portion of the conductive core, as well as conical portions (5C,5E) at respective opposite ends of said portion, and the inside of the insulating sleeve.