mhurhangee/patent-ind-claim-en huggingface dataset:
A failure analysis support device comprising: a storage device configured to store a source code of software to be processed; and an arithmetic device configured to execute processing of regenerating occurrence paths of all failures on a basis of the source code, processing of merging the occurrence paths of all the failures and generating a failure occurrence graph in which information on variable definitions and usage in the occurrence paths is integrated, processing of searching for an instance corresponding to a failure relationship pattern defined in advance for a relationship between failures in the failure occurrence graph, and processing of outputting a result of the search to a predetermined device. a storage device configured to store a source code of software to be processed; and an arithmetic device configured to execute processing of regenerating occurrence paths of all failures on a basis of the source code, processing of merging the occurrence paths of all the failures and generating a failure occurrence graph in which information on variable definitions and usage in the occurrence paths is integrated, processing of searching for an instance corresponding to a failure relationship pattern defined in advance for a relationship between failures in the failure occurrence graph, and processing of outputting a result of the search to a predetermined device.
A method for a user equipment, UE, to transmit a physical uplink shared channel, PUSCH, the method comprising: receiving a first configuration for a number of bits for a redundancy version, RV, field in a first downlink control information, DCI, format; and receiving a physical downlink control channel, PDCCH, including the first DCI format scheduling the PUSCH, wherein the number of bits for the RV field in the first DCI format according to the first configuration is smaller than or equal to a predetermined number of bits for the RV field in a second DCI format; and transmitting the PUSCH based on the first DCI format. receiving a first configuration for a number of bits for a redundancy version, RV, field in a first downlink control information, DCI, format; and receiving a physical downlink control channel, PDCCH, including the first DCI format scheduling the PUSCH, wherein the number of bits for the RV field in the first DCI format according to the first configuration is smaller than or equal to a predetermined number of bits for the RV field in a second DCI format; and transmitting the PUSCH based on the first DCI format.
Fluid injection device intended to be fitted to a microfluidic device , the said injection device comprising: - a housing , - a fluidic network arranged inside the said housing and which comprises a reservoir arranged in an internal space of the housing and a fluidic outlet (OUT2) connected to the said reservoir and arranged in a fluidic connector, - a pneumatic network arranged inside the said housing and comprising a pneumatic inlet (IN2), characterized in that : - the said pneumatic inlet (IN2) is arranged inside a pneumatic connector designed to be connected in a fluidtight manner to an auxiliary pneumatic outlet (OUT_aux) of the said microfluidic device, - a deformable elastic membrane is arranged in the said reservoir and forms a fluidtight interface to isolate the fluidic network from the pneumatic network, - the said device is made up of an assembly of several superposed substrates, in which assembly the said membrane forms one of the said substrates. - a housing , - a fluidic network arranged inside the said housing and which comprises a reservoir arranged in an internal space of the housing and a fluidic outlet (OUT2) connected to the said reservoir and arranged in a fluidic connector, - a pneumatic network arranged inside the said housing and comprising a pneumatic inlet (IN2), - the said pneumatic inlet (IN2) is arranged inside a pneumatic connector designed to be connected in a fluidtight manner to an auxiliary pneumatic outlet (OUT_aux) of the said microfluidic device, - a deformable elastic membrane is arranged in the said reservoir and forms a fluidtight interface to isolate the fluidic network from the pneumatic network, - the said device is made up of an assembly of several superposed substrates, in which assembly the said membrane forms one of the said substrates.
A display device comprising: a substrate ; a sealing member surrounding a part of a transmission area (TA) of the substrate ; a plurality of pixels (P) in a display area (DA) of the substrate ; an encapsulation substrate facing the substrate with the sealing member between the encapsulation substrate and the substrate ; a transparent material layer disposed between the substrate and the encapsulation substrate and corresponding to the transmission area (TA); and a window on the encapsulation substrate , the window comprising a light-shielding portion that corresponds to the sealing member , wherein a width (W1) of the light-shielding portion is greater than a width (W2) of the sealing member , and a portion of the sealing member is between the transmission area (TA) and the display area (DA) in a plan view, characterized in that an outer side surface of the transparent material layer is exposed to the outside and is between an edge of the substrate and an edge of the encapsulation substrate that are adjacent to the transmission area (TA). a substrate ; a sealing member surrounding a part of a transmission area (TA) of the substrate ; a plurality of pixels (P) in a display area (DA) of the substrate ; an encapsulation substrate facing the substrate with the sealing member between the encapsulation substrate and the substrate ; a transparent material layer disposed between the substrate and the encapsulation substrate and corresponding to the transmission area (TA); and a window on the encapsulation substrate , the window comprising a light-shielding portion that corresponds to the sealing member , wherein a width (W1) of the light-shielding portion is greater than a width (W2) of the sealing member , and a portion of the sealing member is between the transmission area (TA) and the display area (DA) in a plan view, characterized in that an outer side surface of the transparent material layer is exposed to the outside and is between an edge of the substrate and an edge of the encapsulation substrate that are adjacent to the transmission area (TA).
A system, comprising: a structural frame ; a gantry attached to the structural frame and movable relative to the structural frame; a docking receptacle configured to be removably attached to an eye docking assembly which is attached to an eye; one or more connectors configured to resiliently attach the docking receptacle to the gantry; an adjustable table attached to the gantry and movable in three mutually orthogonal directions relative to the gantry; a lens assembly attached to the adjustable table, wherein the adjustable table is configured to move the lens assembly in the three mutually orthogonal directions relative to the eye; at least one sensor configured to sense at least one of a distance between a surface of the gantry and a surface of the docking receptacle which is attached resiliently to the gantry by the one or more connectors, and a change in the distance between the surface of the gantry and the surface of the docking receptacle, and in response thereto to output at least one sensing signal; and a controller configured to control movement of the adjustable table in response to the at least one sensing signal to maintain a target distance between the lens assembly and a reference area of the eye docking assembly. a structural frame ; a gantry attached to the structural frame and movable relative to the structural frame; a docking receptacle configured to be removably attached to an eye docking assembly which is attached to an eye; one or more connectors configured to resiliently attach the docking receptacle to the gantry; an adjustable table attached to the gantry and movable in three mutually orthogonal directions relative to the gantry; a lens assembly attached to the adjustable table, wherein the adjustable table is configured to move the lens assembly in the three mutually orthogonal directions relative to the eye; at least one sensor configured to sense at least one of a distance between a surface of the gantry and a surface of the docking receptacle which is attached resiliently to the gantry by the one or more connectors, and a change in the distance between the surface of the gantry and the surface of the docking receptacle, and in response thereto to output at least one sensing signal; and a controller configured to control movement of the adjustable table in response to the at least one sensing signal to maintain a target distance between the lens assembly and a reference area of the eye docking assembly.
A process for preparing at least one aldehyde under hydroformylation temperature and pressure conditions, comprising contacting at least one olefin with hydrogen and carbon monoxide in the presence of at least one solvent and a transition metal-based catalyst composition comprising a phospholane phosphite ligand represented by the following general formula: wherein: R1 and R2 are independently selected from substituted and unsubstituted, aryl, alkyl, aryloxy or cycloalkyl groups containing from 1 to 40 carbon atoms; R3 and R4 are independently selected from substituted and unsubstituted, aryl, alkyl, alkoxy, trialkylsilyl, triarylsilyl, aryldialkylsilyl diarylalkylsilyl and cycloalkyl groups containing from 1 to 20 carbon atoms, wherein the silicon atom of the alkylsilyl is in the alpha position of the substituent; and R5 is independently selected from H, or alkyl group; wherein the at least one solvent is octofluorotoluene or perfluorophenyl octyl ether or wherein the at least one solvent is selected from n-nonane, n-decane, n-undecane, and n-dodecane; and wherein the pressure ranges from 5.07 bar (5 atm) to 70.93 bar (70 atm); and the temperature ranges from 40 to 120 degrees Celsius. R1 and R2 are independently selected from substituted and unsubstituted, aryl, alkyl, aryloxy or cycloalkyl groups containing from 1 to 40 carbon atoms; R3 and R4 are independently selected from substituted and unsubstituted, aryl, alkyl, alkoxy, trialkylsilyl, triarylsilyl, aryldialkylsilyl diarylalkylsilyl and cycloalkyl groups containing from 1 to 20 carbon atoms, wherein the silicon atom of the alkylsilyl is in the alpha position of the substituent; and R5 is independently selected from H, or alkyl group; wherein the at least one solvent is octofluorotoluene or perfluorophenyl octyl ether or wherein the at least one solvent is selected from n-nonane, n-decane, n-undecane, and n-dodecane; and wherein the pressure ranges from 5.07 bar (5 atm) to 70.93 bar (70 atm); and the temperature ranges from 40 to 120 degrees Celsius.
A method for forming a three-dimensional memory device , comprising: forming a dielectric stack comprising a plurality of first/second dielectric layer pairs over a substrate ; forming a drain-select-gate (DSG) cut opening in a core region of the dielectric stack ; forming a staircase structure comprising a plurality of stairs extending along a lateral direction in a staircase region of the dielectric stack ; forming, in a different process than the DSG cut opening and after forming the staircase structure, a second DSG cut opening in the staircase region and extending along the lateral direction; and forming, in a same process that forms the second DSG cut opening, a plurality of support openings extending along a vertical direction in the staircase region and being at least partially overlapped with the second DSG cut opening, forming a DSG cut structure in the DSG cut opening and a second DSG cut structure in the second DSG cut opening; and forming a plurality of support structures in the plurality of support openings. forming a dielectric stack comprising a plurality of first/second dielectric layer pairs over a substrate ; forming a drain-select-gate (DSG) cut opening in a core region of the dielectric stack ; forming a staircase structure comprising a plurality of stairs extending along a lateral direction in a staircase region of the dielectric stack ; forming, in a different process than the DSG cut opening and after forming the staircase structure, a second DSG cut opening in the staircase region and extending along the lateral direction; and forming, in a same process that forms the second DSG cut opening, a plurality of support openings extending along a vertical direction in the staircase region and being at least partially overlapped with the second DSG cut opening, forming a DSG cut structure in the DSG cut opening and a second DSG cut structure in the second DSG cut opening; and forming a plurality of support structures in the plurality of support openings.
A spacing plate for tile lippage control, the spacing plate comprising a base plate and at least one spacing member extending perpendicularly from an upper surface thereof wherein the at least one spacing member comprises a pair of parallel elongate spacer walls defining parallel outer facing spacing control faces and wherein the elongate spacer walls are spaced apart to define an elongate gap therebetween, the spacing plate being characterised in that at least one edge of the base plate is bisected by a cutout forming flexing leaves either side thereof, and in that the cutout coincides with the at least one spacing member such that the flexing leaves are formed either side of the at least one spacing member .
A polycrystalline element, comprising: a substrate ; and a polycrystalline table attached to an end of the substrate and comprising a first region of superabrasive material having a first permeability and at least a second region of superabrasive material having a second, lesser permeability, the at least second region being interposed between the substrate and the first region ; wherein said first region comprises a first volume percentage of interstitial spaces among interbonded grains of superabrasive material and said second region comprises a second, smaller volume percentage of interstitial spaces among interbonded grains of superabrasive material, wherein said polycrystalline table further comprises a third region of polycrystalline material disposed adjacent said second region on an end opposing said first region , and characterised in that said first region is at least substantially fully leached of catalyst material, and catalyst material used to form said second region remains in said interstitial spaces of said second region . a substrate ; and a polycrystalline table attached to an end of the substrate and comprising a first region of superabrasive material having a first permeability and at least a second region of superabrasive material having a second, lesser permeability, the at least second region being interposed between the substrate and the first region ; wherein said first region comprises a first volume percentage of interstitial spaces among interbonded grains of superabrasive material and said second region comprises a second, smaller volume percentage of interstitial spaces among interbonded grains of superabrasive material, wherein said polycrystalline table further comprises a third region of polycrystalline material disposed adjacent said second region on an end opposing said first region , and characterised in that said first region is at least substantially fully leached of catalyst material, and catalyst material used to form said second region remains in said interstitial spaces of said second region .
Metallurgical plant as rolling plant, comprising a plurality of roll stands arranged in a rolling train and means for finishing a rolled metal product, wherein the metallurgical plant comprises at least one plant floor (HF) supported by at least one foundation, wherein the plant floor defines the floor level of the metallurgical plant, which forms a reference height, characterised in that the plant floor (HF) is formed by at least one floor plate which rests on one or more foundation blocks and that the plant floor (HF) at least in the region of the rolling train is carried by at least one vertically continuous foundation block without a basement.
A data packet transmission method, comprising: simultaneously sending, by a centralized unit, CU, a data packet to a first distributed unit, DU1, and a second distributed unit, DU2; receiving, by the centralized unit, CU, from the first distributed unit, DU1, a delivery status of the data packet and a sequence number of a next new data packet to be transmitted; generating, by the centralized unit, CU, an indication information according to the delivery status, wherein the indication information comprises a sequence number of the data packet and a list of sequence numbers for data packets to be discarded, and wherein the indication information comprises the sequence number of the next new data packet to be transmitted; and sending, by the centralized unit, CU, to the second distributed unit, DU2, the indication information that instructs the second distributed unit, DU2, to discard one or more data packets indicated by the indication information and to transmit the next new data packet. simultaneously sending, by a centralized unit, CU, a data packet to a first distributed unit, DU1, and a second distributed unit, DU2; receiving, by the centralized unit, CU, from the first distributed unit, DU1, a delivery status of the data packet and a sequence number of a next new data packet to be transmitted; generating, by the centralized unit, CU, an indication information according to the delivery status, wherein the indication information comprises a sequence number of the data packet and a list of sequence numbers for data packets to be discarded, and wherein the indication information comprises the sequence number of the next new data packet to be transmitted; and sending, by the centralized unit, CU, to the second distributed unit, DU2, the indication information that instructs the second distributed unit, DU2, to discard one or more data packets indicated by the indication information and to transmit the next new data packet.
A method, comprising: receiving a radio resource control message for which a response message is required to be transmitted to a network access node ; initiating (A2) a procedure delay timer ; performing at least one procedure specified by the radio resource control message; receiving, in a non-solicited manner from the network access node an uplink grant for said response message; terminating (A3) operation of the timer; and transmitting (A4) the response message using network radio resources allocated by the uplink grant, wherein the response message comprises a value of the timer when the operation of the timer is terminated. receiving a radio resource control message for which a response message is required to be transmitted to a network access node ; initiating (A2) a procedure delay timer ; performing at least one procedure specified by the radio resource control message; receiving, in a non-solicited manner from the network access node an uplink grant for said response message; terminating (A3) operation of the timer; and transmitting (A4) the response message using network radio resources allocated by the uplink grant, wherein the response message comprises a value of the timer when the operation of the timer is terminated.
Table with a connection device (1000; 1000') suited to be applied to a top of the table (401; 601) with a perimeter edge , in order to allow said table (401; 601) to be connected to another table (401; 601), comprising: - at least one first magnetic element (432, 434 and - at least one second magnetic element or at least one ferromagnetic element, and - a supporting element , wherein the supporting element comprises a first portion that adheres to the perimeter edge and a second portion that extends at least partially over the top , wherein said first portion has a first side configured to receive said at least one first magnetic element , wherein said first magnetic element is housed in a first seat of the first side , wherein said first portion has a second side configured to receive said at least one second magnetic element or said at least one ferromagnetic element, wherein said second magnetic element , or said at least one ferromagnetic element, is housed in a second seat of the second side . - at least one first magnetic element (432, 434 and - at least one second magnetic element or at least one ferromagnetic element, and - a supporting element , wherein the supporting element comprises a first portion that adheres to the perimeter edge and a second portion that extends at least partially over the top , wherein said first portion has a first side configured to receive said at least one first magnetic element , wherein said first magnetic element is housed in a first seat of the first side ,
Electromagnetic valve with a valve chamber having at least one inflow opening for the supply of a liquid and at least one outlet for discharging the liquid, and with a valve seat and a valve member assigned to the valve seat , wherein, if the valve seat is closed by the valve member , the flow connection between the inflow opening and the outlet of the valve is interrupted and the valve member is held at an anchor plate designed for being moved by an electromagnetic drive unit against an end stop represented by a first stop face , wherein a second stop face is assigned to the anchor plate , wherein a first stop element at the anchor plate is assigned to the first stop face and a second stop element at the anchor plate is assigned to the second stop face , wherein the first stop element and the associated first stop face form a first end stop , wherein the second stop element is an elastic stop element at the anchor plate , wherein the second stop face forms a secondary end stop after a predetermined wear of the first stop face , and wherein, after an initial wear of the first stop face , the second stop face comes into engagement and an additional restoring force is provided by the second stop element , characterised in that the first end stop consists of the metal/metal stop pairing.
An apparatus for inhaling a substance comprising: - an atomiser , - an assembly (E) comprising said atomiser and a first reservoir containing at least one substance to be inhaled in liquid form or in solution, said atomiser being in fluid communication with said first reservoir , - a second reservoir arranged to contain a gas under pressure and being in fluid communication with said assembly (E), - a mouthpiece in fluid communication with an outlet of said atomiser , and - a trigger arranged to release a quantity of said gas from said second reservoir and towards said assembly (E), - a pump (P) arranged to draw in ambient air, inject it and compress it in said second reservoir , characterised in that said atomiser is a cold atomiser and in that said pump (P) is a manual pump. - an atomiser , - an assembly (E) comprising said atomiser and a first reservoir containing at least one substance to be inhaled in liquid form or in solution, said atomiser being in fluid communication with said first reservoir , - a second reservoir arranged to contain a gas under pressure and being in fluid communication with said assembly (E), - a mouthpiece in fluid communication with an outlet of said atomiser , and - a trigger arranged to release a quantity of said gas from said second reservoir and towards said assembly (E), - a pump (P) arranged to draw in ambient air, inject it and compress it in said second reservoir ,