mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing a component based on a plurality of transistors on a substrate comprising an active area and an electrical isolation area , each transistor of the plurality of transistors comprising a gate and spacers on either side of the gate , the electrical isolation area comprising at least one cavity formed as a hollow between a spacer of a first transistor of the plurality of transistors and a spacer of a second transistor of the plurality of transistors, said first transistor and second transistor being adjacent, the method comprising: - forming the gates of the transistors, - forming the spacers, and - forming a mechanically constraining layer for the transistors, - after forming the spacers and before forming the mechanically constraining layer, a filling configured to at least partially fill with a filling material the at least one cavity within the electrical isolation area, between the spacer of the first transistor and the spacer of the second transistor, the method further comprising: - at least one technological step subsequent to the filling and involving consumption of the material, called dielectric material, of the at least one electrical isolation area at exposed portions of the at least one electrical isolation area, said filling material being based on a carbon material configured not to be consumed during the at least one technological step involving a consumption of the dielectric material, thus limiting or eliminating the consumption of the dielectric material, the method being characterised in that said filling material is removed before a high temperature heat treatment taken from a diffusion anneal and an activation anneal. - forming the gates of the transistors, - forming the spacers, and - forming a mechanically constraining layer for the transistors, - after forming the spacers and before forming the mechanically constraining layer, a filling configured to at least partially fill with a filling material the at least one cavity within the electrical isolation area, between the spacer of the first transistor and the spacer of the second transistor, the method further comprising: - at least one technological step subsequent to the filling and involving consumption of the material, called dielectric material, of the at least one electrical isolation area at exposed portions of the at least one electrical isolation area, - at least one technological step subsequent to the filling and involving consumption of the material, called dielectric material, of the at least one electrical isolation area at exposed portions of the at least one electrical isolation area, said filling material being based on a carbon material configured not to be consumed during the at least one technological step involving a consumption of the dielectric material, thus limiting or eliminating the consumption of the dielectric material, the method being characterised in that said filling material is removed before a high temperature heat treatment taken from a diffusion anneal and an activation anneal.
A method comprising: receiving a configuration for a number of N HARQ − ACK TB hybrid automatic repeat request acknowledgement, HARQ-ACK, information bits per data transport block, TB; receiving a downlink control information, DCI, format scheduling a reception of a data TB; receiving the data TB that includes a number of N CB TB data code blocks, CBs; determining a number of N HARQ − ACK TB HARQ-ACK information bits for a respective number of CB groups, CBGs; determining N CB CBG = ⌈ N CB TB / N HARQ − ACK TB ⌉ CBs per CBG for first mod N CB TB N HARQ − ACK TB CBGs, and N CB CBG = ⌊ N CB TB / N HARQ − ACK TB ⌋ CBs per CBG for last N HARQ − ACK TB − mod N CB TB N HARQ − ACK TB CBGs; generating mod N CB TB N HARQ − ACK TB HARQ-ACK information bits for the first mod N CB TB N HARQ − ACK TB CBGS; generating N HARQ − ACK TB − mod N CB TB N HARQ − ACK TB HARQ-ACK information bits for the last N HARQ − ACK TB − mod N CB TB N HARQ − ACK TB CBGs; generating a HARQ-ACK codeword that includes the mod N CB TB N HARQ − ACK TB HARQ-ACK information bits followed by the N HARQ − ACK TB − mod N CB TB N HARQ − ACK TB HARQ-ACK information bits, wherein ┌ ┐ is a ceiling function, └ ┘ is a floor function, and mod is a modulo function; and transmitting the HARQ-ACK codeword in a physical uplink control channel, PUCCH, or in a physical uplink shared data channel, PUSCH. receiving a configuration for a number of N HARQ − ACK TB hybrid automatic repeat request acknowledgement, HARQ-ACK, information bits per data transport block, TB; receiving a downlink control information, DCI, format scheduling a reception of a data TB; receiving the data TB that includes a number of N CB TB data code blocks, CBs; determining a number of N HARQ − ACK TB HARQ-ACK information bits for a respective number of CB groups, CBGs; determining N CB CBG = ⌈ N CB TB / N HARQ − ACK TB ⌉ CBs per CBG for first mod N CB TB N HARQ − ACK TB CBGs, and N CB CBG = ⌊ N CB TB / N HARQ − ACK TB ⌋ CBs per CBG for last N HARQ − ACK TB − mod N CB TB N HARQ − ACK TB CBGs; generating mod N CB TB N HARQ − ACK TB HARQ-ACK information bits for the first mod N CB TB N HARQ − ACK TB CBGS; generating N HARQ − ACK TB − mod N CB TB N HARQ − ACK TB HARQ-ACK information bits for the last N HARQ − ACK TB − mod N CB TB N HARQ − ACK TB CBGs; generating a HARQ-ACK codeword that includes the mod N CB TB N HARQ − ACK TB HARQ-ACK information bits followed by the N HARQ − ACK TB − mod N CB TB N HARQ − ACK TB HARQ-ACK information bits, wherein ┌ ┐ is a ceiling function, └ ┘ is a floor function, and mod is a modulo function; and transmitting the HARQ-ACK codeword in a physical uplink control channel, PUCCH, or in a physical uplink shared data channel, PUSCH.
Method of manufacturing a pre-insulated pipe containing a covering pipe made of plastics material, a foamed insulation layer and an inner pipe which carries a medium, having the following manufacturing steps: • providing a covering pipe made of plastics material, • fitting spacers on the covering pipe in order to ensure the concentric arrangement of the covering pipe and the inner pipe , • securing the spacers to the covering pipe , • introducing the inner pipe into the covering pipe , wherein the inner pipe is guided by the spacers concentrically with respect to the covering pipe , • foaming the intermediate space between the covering pipe and inner pipe , whereby the insulation layer is formed, characterized in that the spacers are removed after the foaming. • providing a covering pipe made of plastics material, • fitting spacers on the covering pipe in order to ensure the concentric arrangement of the covering pipe and the inner pipe , • securing the spacers to the covering pipe , • introducing the inner pipe into the covering pipe , wherein the inner pipe is guided by the spacers concentrically with respect to the covering pipe , • foaming the intermediate space between the covering pipe and inner pipe , whereby the insulation layer is formed,
A selectable one-way clutch comprising: a pocket plate comprising a side surface, the side surface having a plurality of housing recesses ; engaging tabs respectively housed in the housing recesses ; a notch plate provided so as to be rotatable relative to the pocket plate , and having a plurality of engaging recesses in a surface facing the surface of the pocket plate on the one side; and a selector plate located between the pocket plate and the notch plate , the selector plate having a plurality of window holes extending therethrough in a plate thickness direction, the selector plate being configured to rotate around the same rotational axis as the notch plate so as to switch between a state in which the engaging tab is raised from the pocket plate toward the notch plate through the window hole and a state in which the engaging tab is housed in the housing recess , the engaging tab including a protrusion provided at a center of the engaging tab in a radial direction of the selectable one-way clutch , characterized in that : the selector plate has a cutout groove provided so as to extend from the window hole along a formation direction of the protrusion , and the cutout groove is fitted on the protrusion and the engaging tab and the selector plate overlap each other in a rotational axis direction of the selectable one-way clutch when the selectable one-way clutch is disengaged. a pocket plate comprising a side surface, the side surface having a plurality of housing recesses ; engaging tabs respectively housed in the housing recesses ; a notch plate provided so as to be rotatable relative to the pocket plate , and having a plurality of engaging recesses in a surface facing the surface of the pocket plate on the one side; and a selector plate located between the pocket plate and the notch plate , the selector plate having a plurality of window holes extending therethrough in a plate thickness direction, the selector plate being configured to rotate around the same rotational axis as the notch plate so as to switch between a state in which the engaging tab is raised from the pocket plate toward the notch plate through the window hole and a state in which the engaging tab is housed in the housing recess , the engaging tab including a protrusion provided at a center of the engaging tab in a radial direction of the selectable one-way clutch , characterized in that : the selector plate has a cutout groove provided so as to extend from the window hole along a formation direction of the protrusion , and the cutout groove is fitted on the protrusion and the engaging tab and the selector plate overlap each other in a rotational axis direction of the selectable one-way clutch when the selectable one-way clutch is disengaged. the selector plate has a cutout groove provided so as to extend from the window hole along a formation direction of the protrusion , and the cutout groove is fitted on the protrusion and the engaging tab and the selector plate overlap each other in a rotational axis direction of the selectable one-way clutch when the selectable one-way clutch is disengaged.
Device for synthesising core-shell nanoparticles by laser pyrolysis, comprising: - a reactor comprising: • a first chamber for the synthesis of the core, provided with an inlet for a core precursor; • a second chamber for the synthesis of the shell, provided with an inlet for a shell precursor; and • at least one communication channel between the two chambers to transmit the cores of the nanoparticles intended to be formed from the first chamber towards the second chamber ; - an optical device to illuminate each of the two chambers , the device comprising at least one laser capable of emitting a laser beam intended to interact with said precursors to form the core and the shell; characterised in that it comprises at least a first shell precursor inlet channel (6', 6"), one end of which is in the form of a distribution chamber located in the second chamber and surrounding the communication channel between the two chambers of the reactor , said distribution chamber being further provided, on its inner periphery (PI), with at least one opening (E 1 , ..., E N ) leading inside said communication channel . - a reactor comprising: • a first chamber for the synthesis of the core, provided with an inlet for a core precursor; • a second chamber for the synthesis of the shell, provided with an inlet for a shell precursor; and • at least one communication channel between the two chambers to transmit the cores of the nanoparticles intended to be formed from the first chamber towards the second chamber ; • a first chamber for the synthesis of the core, provided with an inlet for a core precursor; • a second chamber for the synthesis of the shell, provided with an inlet for a shell precursor; and • at least one communication channel between the two chambers to transmit the cores of the nanoparticles intended to be formed from the first chamber towards the second chamber ; - an optical device to illuminate each of the two chambers , the device comprising at least one laser capable of emitting a laser beam intended to interact with said precursors to form the core and the shell; characterised in that it comprises at least a first shell precursor inlet channel (6', 6"), one end of which is in the form of a distribution chamber located in the second chamber and surrounding the communication channel between the two chambers of the reactor , said distribution chamber being further provided, on its inner periphery (PI), with at least one opening (E 1 , ..., E N ) leading inside said communication channel .
Braking device of an interior assembly of a motor vehicle for braking a movable part of the assembly, comprising a housing filled with a viscous fluid and an element movable therein, wherein the viscous fluid brakes a movement of the movable element in at least one flow section, wherein the housing is a cylinder and the element movable therein is a piston , wherein the at least one flow portion is at least one flow channel through which the liquid in the cylinder can flow from a first to a second cylinder section separated by the piston , wherein a valve platelet which influences a flow resistance of the at least one flow channel in a temperature-dependent manner is arranged on an end face of the piston , wherein the at least one flow channel comprises a gap which is arranged around the piston in a radial extension or in an annular manner, and the valve platelet consists of a material pairing with a bimetal effect and changes its shape in a temperature-dependent manner, characterized in that in that a spacer element , which has a smaller diameter than the valve platelet , is arranged concentrically between the end face of the piston and the valve platelet , and in that at least one section of the valve platelet increasingly covers and/or closes an inlet or outlet opening of the at least one flow channel as the temperature rises.
A centrifuge rotor assembly comprising: a chamber assembly having a central axis and configured to receive at least a portion of a processing chamber of a fluid circuit ; a bearing support configured to receive a portion of an umbilicus fluidly connected to the processing chamber ; a counterweight positioned substantially diametrically opposed to the bearing support with respect to the chamber assembly ; and an electric drive configured to rotate the bearing support and the counterweight about the central axis at a plurality of different rotational speeds, wherein the bearing support and the counterweight are configured to remain substantially diametrically opposed to each other with respect to the chamber assembly during rotation of the bearing support and the counterweight about the central axis , the counterweight is automatically movable with respect to the bearing support between a radially innermost position and a radially outermost position during rotation of the bearing support and the counterweight about the central axis , and the position of the counterweight depends at least in part on the rotational speed at which the bearing support and the counterweight are rotated about the central axis . a chamber assembly having a central axis and configured to receive at least a portion of a processing chamber of a fluid circuit ; a bearing support configured to receive a portion of an umbilicus fluidly connected to the processing chamber ; a counterweight positioned substantially diametrically opposed to the bearing support with respect to the chamber assembly ; and an electric drive configured to rotate the bearing support and the counterweight about the central axis at a plurality of different rotational speeds, wherein the bearing support and the counterweight are configured to remain substantially diametrically opposed to each other with respect to the chamber assembly during rotation of the bearing support and the counterweight about the central axis , the counterweight is automatically movable with respect to the bearing support between a radially innermost position and a radially outermost position during rotation of the bearing support and the counterweight about the central axis , and the position of the counterweight depends at least in part on the rotational speed at which the bearing support and the counterweight are rotated about the central axis . the bearing support and the counterweight are configured to remain substantially diametrically opposed to each other with respect to the chamber assembly during rotation of the bearing support and the counterweight about the central axis , the counterweight is automatically movable with respect to the bearing support between a radially innermost position and a radially outermost position during rotation of the bearing support and the counterweight about the central axis , and the position of the counterweight depends at least in part on the rotational speed at which the bearing support and the counterweight are rotated about the central axis .
A method for reading an optical code , wherein an image with the code is recorded, a first brightness adjustment of the image is carried out, a region of interest with the optical code is found in the image and the optical code is read in the region of interest , characterized in that the first brightness adjustment is a local brightness adjustment which is carried out in subregions of the image while further sections of the image are still being read in, and in that the finding of the region of interest is based on image information of the image which has already been processed with the first brightness adjustment.
A method for Internet Protocol, IP, Multimedia Subsystem, IMS, communication registration through a relay user equipment , the method comprising: receiving, at the relay user equipment from a remote user equipment , an association message, the association message containing a remote user equipment identifier; and responsive to the receiving, sending a registration message from the relay user equipment to a network node of an IMS, the IMS being selected from a visited IMS of the relay user equipment or a home IMS of the relay user equipment , the registration message including an indication that the registration message is for the remote user equipment. receiving, at the relay user equipment from a remote user equipment , an association message, the association message containing a remote user equipment identifier; and responsive to the receiving, sending a registration message from the relay user equipment to a network node of an IMS, the IMS being selected from a visited IMS of the relay user equipment or a home IMS of the relay user equipment , the registration message including an indication that the registration message is for the remote user equipment.
A first compound which is a methylthioninium (MT) compound in combination with a second compound, which second compound modifies the activity of acetylcholine or glutamate neurotransmitters such as to directly modify synaptic neurotransmission in the brain for use in a method of treatment of an FTLD syndrome in a human subject, which method comprises administering to said subject the first compound in combination with the second compound, wherein the MT compound is a salt of: or a hydrate or solvate thereof, and wherein the second compound is either an acetylcholinesterase inhibitor or an NMDA receptor antagonist.
A food baking apparatus comprising a hydraulic drive system and two dies at an adjustable distance (d) from each other, where in between food is baked and to be opened or closed by means of said hydraulic drive system herewith adjusting said adjustable distance (d), said hydraulic drive system comprising at least three hydraulic cylinders , each - comprising a double-acting piston, - comprising a position sensor , - having a respective stroke, and - cooperating and being fixedly joined to one another in line in an integral block assembly determined by a length L; wherein said adjustable distance (d) being adjusted by means of moving said at least three hydraulic cylinders for further opening or closing said dies, and wherein at least two of said at least three hydraulic cylinders in said integral block assembly are simultaneously movable from said position sensor till the end of said respective stroke towards each other thereby shortening said length L of said integral block assembly, wherein said at least two of said at least three hydraulic cylinders can, while increasing said adjustable distance (d), generate expansion room in between said dies , and wherein at least one of said at least three hydraulic cylinders is provided for adjusting said adjustable distance (d), herewith positioning said dies relative to each other. - comprising a double-acting piston, - comprising a position sensor , - having a respective stroke, and - cooperating and being fixedly joined to one another in line in an integral block assembly determined by a length L; wherein said adjustable distance (d) being adjusted by means of moving said at least three hydraulic cylinders for further opening or closing said dies, and wherein at least two of said at least three hydraulic cylinders in said integral block assembly are simultaneously movable from said position sensor till the end of said respective stroke towards each other thereby shortening said length L of said integral block assembly, wherein said at least two of said at least three hydraulic cylinders can, while increasing said adjustable distance (d), generate expansion room in between said dies , and wherein at least one of said at least three hydraulic cylinders is provided for adjusting said adjustable distance (d), herewith positioning said dies relative to each other.