mhurhangee/patent-ind-claim-en huggingface dataset:
A three-dimensional resistive memory , comprising: a channel pillar , disposed on a substrate , wherein the channel pillar comprises a semiconductor material; a first gate pillar , disposed on the substrate and at a first side of the channel pillar ; a first gate dielectric layer , disposed between the channel pillar and the first gate pillar ; a first stacked structure and a second stacked structure , disposed on the substrate and respectively at opposite second and third sides of the channel pillar , wherein each of the first stacked structure and the second stacked structure comprises a plurality of conductive material layers and a plurality of insulating material layers alternately stacked; a variable resistance pillar , disposed on the substrate and at a side of the first stacked structure opposite to the channel pillar ; and an electrode pillar , disposed on the substrate and located inside of the variable resistance pillar , wherein the electrode pillar comprises, from outside to inside, an ion exchange layer , a barrier layer and an electrode layer . a channel pillar , disposed on a substrate , wherein the channel pillar comprises a semiconductor material; a first gate pillar , disposed on the substrate and at a first side of the channel pillar ; a first gate dielectric layer , disposed between the channel pillar and the first gate pillar ; a first stacked structure and a second stacked structure , disposed on the substrate and respectively at opposite second and third sides of the channel pillar , wherein each of the first stacked structure and the second stacked structure comprises a plurality of conductive material layers and a plurality of insulating material layers alternately stacked; a variable resistance pillar , disposed on the substrate and at a side of the first stacked structure opposite to the channel pillar ; and an electrode pillar , disposed on the substrate and located inside of the variable resistance pillar , wherein the electrode pillar comprises, from outside to inside, an ion exchange layer , a barrier layer and an electrode layer .
A lock for sliding fixtures, comprising an operative assembly equipped with a hook on which two mobile appendixes are arranged; said hook defining at least two operating positions; an extended position, in which said hook will possibly engage a locking seat formed in a lock striker , and a retracted position, in which said hook is substantially inside the operative assembly and does not engage the locking seat ; in said retracted position, said appendixes being substantially fitted inside the body of the hook ; in said extended position said appendixes being arranged at a right angle relative to the driving axis of the hook so as to engage two undercuts formed in said seat of said lock striker characterised in that said lock comprises a mechanism arranged within the body of said operative assembly which is formed by two half-shells ; said mechanism controlling the movement of said hook and said appendixes ; said operative assembly being fitted into a seat formed in a shutter and being fixed through an outer casing, formed by a pair of plates mounted on said operative assembly .
A high-strength cold rolled steel sheet having a tensile strength of 900 MPa or more comprising: a chemical composition containing, in mass%, C: 0.15 % to 0.35 %, Si: 1.0 % to 2.0 %, Mn: 1.8 % to 3.5 %, P: 0.020 % or less, S: 0.0040 % or less, Al: 0.01 % to 0.1 %, and N: 0.01 % or less, with a balance consisting of Fe and inevitable impurities; and a steel structure having, in area ratio, ferrite: 30 % to 75 %, martensite: 15 % to 40 %, and retained austenite: 10 % to 30 %, wherein in the case where a distribution of crystal grain circularity of the retained austenite is represented by a histogram with a class range of more than 0.1 × (n - 1) and 0.1 × n or less and a class value of 0.1 × n where n is an integer from 1 to 10, a mode of the crystal grain circularity of the retained austenite is 0.7 or more, and circularity of each crystal grain of the retained austenite is calculated according to the following formula: circularity = 4 π S / L 2 where S is an area of the crystal grain of the retained austenite, and L is a perimeter of the crystal grain of the retained austenite, as measured according to the description. a chemical composition containing, in mass%, C: 0.15 % to 0.35 %, Si: 1.0 % to 2.0 %, Mn: 1.8 % to 3.5 %, P: 0.020 % or less, S: 0.0040 % or less, Al: 0.01 % to 0.1 %, and N: 0.01 % or less, with a balance consisting of Fe and inevitable impurities; and a steel structure having, in area ratio, ferrite: 30 % to 75 %, martensite: 15 % to 40 %, and retained austenite: 10 % to 30 %, wherein in the case where a distribution of crystal grain circularity of the retained austenite is represented by a histogram with a class range of more than 0.1 × (n - 1) and 0.1 × n or less and a class value of 0.1 × n where n is an integer from 1 to 10, a mode of the crystal grain circularity of the retained austenite is 0.7 or more, and circularity of each crystal grain of the retained austenite is calculated according to the following formula: circularity = 4 π S / L 2 where S is an area of the crystal grain of the retained austenite, and L is a perimeter of the crystal grain of the retained austenite, as measured according to the description.
Procedure for the additive manufacturing by laser sintering of dental prosthesis that consist of the following stages: - once a file with a part or parts to manufacture has been received, partial or global augmentation takes place of certain areas or sensitive areas of the part(s) shown in the file, - manufacture by sintering from the part(s) already augmented. - the process is complemented by the generation of milling programs , obtaining a high degree of precision in the sensitive parts of the prosthesis by means of machining. - Finally, the parts are cut or separated from each other. wherein the parts are made of chrome and cobalt and characterised in that after completing the sintering process and before generating the milling processes , the parts are subjected to an intermediate heat treatment that consists in increasing the temperature to 1000°C and subsequent cooling the heated part at room temperature. - once a file with a part or parts to manufacture has been received, partial or global augmentation takes place of certain areas or sensitive areas of the part(s) shown in the file, - manufacture by sintering from the part(s) already augmented. - the process is complemented by the generation of milling programs , obtaining a high degree of precision in the sensitive parts of the prosthesis by means of machining. - Finally, the parts are cut or separated from each other.
A load management system for controlling a rotation of a suspended load, the system comprising: two or more control moment gyroscopic modules for attachment directly or indirectly to the suspended load; a controller to independently control the two or more control moment gyroscopic modules; each gyroscopic module comprising a first motor coupled to a respective rotor of the gyroscopic module and in communication with the controller to control an angular velocity of the respective rotor to control the rotation of the suspended load; wherein the orientation of the suspended load is controlled by transferring the angular momentum from the two or more control moment gyroscopic modules to the suspended load, characterised in that the first motor of each gyroscopic module is located within the respective rotor . two or more control moment gyroscopic modules for attachment directly or indirectly to the suspended load; a controller to independently control the two or more control moment gyroscopic modules; each gyroscopic module comprising a first motor coupled to a respective rotor of the gyroscopic module and in communication with the controller to control an angular velocity of the respective rotor to control the rotation of the suspended load; wherein the orientation of the suspended load is controlled by transferring the angular momentum from the two or more control moment gyroscopic modules to the suspended load, characterised in that the first motor of each gyroscopic module is located within the respective rotor .
A method for recovering an acid gas from a liquid acid gas-rich absorbent (L1) comprising the steps of: a. Providing the liquid acid gas-rich absorbent stream (L1) having absorbed acid gas therein, b. separating acid gas from the acid gas-rich absorbent stream (L1) in a stripping column (A2) using a gaseous stripping medium (G2) in order to provide an acid gas-containing gas stream (G1) and a liquid acid gas-lean absorbent stream (L2), c. transferring heat from the acid gas-containing gas stream (G1) to a stream of heat transfer fluid (L4) in order to provide a cooled acid gas-containing stream (G3) and a heated stream (L4'), d. separating the heated stream (L4') into a recovered stripping medium (G4) and a liquid heat carrier (L5), and providing the recovered stripping medium (G4) directly or indirectly to the stripping column (A2); wherein the separation of step d. is provided by the steps of: d.i. separating the heated stream (L4') by flashing in a first flashing column (A9) to provide the recovered stripping medium (G4) and a liquid stream (L4'''); d.ii. further depressurising the liquid stream (L4''') to provide a second depressurized stream (L4'''') having a pressure which is lower than the pressure of the liquid stream (L4'''); d.iii. separating the second depressurized stream (L4'''') in a third separating unit (A10) to provide a second gas (a) and the liquid heat carrier (L5); d.iv. re-compressing the second gas (a) to provide a re-compressed second gas (b); and d. v. feeding the re-compressed second gas (b) to the first flashing column (A9) where it leaves the flashing separation unit as part of the recovered stripping medium (G4). a. Providing the liquid acid gas-rich absorbent stream (L1) having absorbed acid gas therein, b. separating acid gas from the acid gas-rich absorbent stream (L1) in a stripping column (A2) using a gaseous stripping medium (G2) in order to provide an acid gas-containing gas stream (G1) and a liquid acid gas-lean absorbent stream (L2), c. transferring heat from the acid gas-containing gas stream (G1) to a stream of heat transfer fluid (L4) in order to provide a cooled acid gas-containing stream (G3) and a heated stream (L4'), d. separating the heated stream (L4') into a recovered stripping medium (G4) and a liquid heat carrier (L5), and providing the recovered stripping medium (G4) directly or indirectly to the stripping column (A2); d.i. separating the heated stream (L4') by flashing in a first flashing column (A9) to provide the recovered stripping medium (G4) and a liquid stream (L4'''); d.ii. further depressurising the liquid stream (L4''') to provide a second depressurized stream (L4'''') having a pressure which is lower than the pressure of the liquid stream (L4'''); d.iii. separating the second depressurized stream (L4'''') in a third separating unit (A10) to provide a second gas (a) and the liquid heat carrier (L5); d.iv. re-compressing the second gas (a) to provide a re-compressed second gas (b); and d. v. feeding the re-compressed second gas (b) to the first flashing column (A9) where it leaves the flashing separation unit as part of the recovered stripping medium (G4).
A staple cartridge , comprising: a cartridge body; a plurality of staples removably positioned in the cartridge body; a driver movably positioned relative to the cartridge body, wherein the driver comprises a plurality of troughs , and wherein each of the troughs comprises: a first end; a second end; and a trough axis extending between the first end and the second end; and a sled configured to move along a firing path at least partially through the cartridge body, characterized in that the firing path crosses at least one of the trough axes between the first end and the second end of the respective trough. a cartridge body; a plurality of staples removably positioned in the cartridge body; a driver movably positioned relative to the cartridge body, wherein the driver comprises a plurality of troughs , and wherein each of the troughs comprises: a first end; a second end; and a trough axis extending between the first end and the second end; and a first end; a second end; and a trough axis extending between the first end and the second end; and a sled configured to move along a firing path at least partially through the cartridge body, characterized in that the firing path crosses at least one of the trough axes between the first end and the second end of the respective trough.
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, downlink control information, DCI, including modulation and coding scheme, MCS, information and resource allocation information; identifying a first temporary transport block size, TBS, based on an MCS order and a coding rate indicated by the MCS information, a number of resource elements, REs, allocated to data transmission, and a number of layers, the number of REs being determined based on the resource allocation information; identifying a second TBS based on a floor function, in which an input is the first temporary TBS; and identifying a TBS based on the second TBS and a TBS candidate set, wherein the TBS candidate set includes values separated by an interval among a plurality of intervals, each of the plurality of intervals being 8 or a multiple of 8, wherein a first interval between first consecutive values included in the TBS candidate set is larger than a second interval between second consecutive values included in the TBS candidate set, and wherein the first consecutive values are greater than or equal to a predetermined value, and the second consecutive values are less than the predetermined value. receiving, from a base station, downlink control information, DCI, including modulation and coding scheme, MCS, information and resource allocation information; identifying a first temporary transport block size, TBS, based on an MCS order and a coding rate indicated by the MCS information, a number of resource elements, REs, allocated to data transmission, and a number of layers, the number of REs being determined based on the resource allocation information; identifying a second TBS based on a floor function, in which an input is the first temporary TBS; and identifying a TBS based on the second TBS and a TBS candidate set, wherein the TBS candidate set includes values separated by an interval among a plurality of intervals, each of the plurality of intervals being 8 or a multiple of 8, wherein a first interval between first consecutive values included in the TBS candidate set is larger than a second interval between second consecutive values included in the TBS candidate set, and
A component for a drill stem comprising a tubular body with at least one first end zone provided with a shoulder and a second end zone , a sheath for the passage of a cable extending inside the tubular body between the first end zone and the second end zone , characterized in that it further comprises at least one liner which lines at least a portion of the inside of the tubular body in the first end zone , the liner abutting against the shoulder , at least one first end portion of the sheath being provided with a first threading , the liner supporting a second threading , the first and second threadings being screwed together, wherein the first end portion of the sheath is free to rotate about an axis of the sheath with respect to a second end portion opposite to the first end portion .
A billing processing unit comprising: a detecting unit configured to detect, with regard to a plurality of wireless terminal devices sharing a usage right of subscription authentication information, where the subscription authentication information is stored in each of the wireless terminal devices and relates to a mobile network operator which provides wireless connection services, transfer of said usage right to wireless terminal devices currently using said subscription authentication information; a billing information data base configured to store billing information for each of said plurality of wireless terminal devices ; and a calculating unit configured to, in the event that said transfer is detected, calculate fees relating to said subscription authentication information occurring after said transfer, based on said billing information stored for the wireless terminal device now using said subscription authentication information, wherein said calculating unit takes a history relating to a usage of said subscription authentication information regarding the wireless terminal devices of which said usage right has been transferred, as a usage history of said subscription authentication information, and calculates fees relating to said subscription authentication information based on a transfer history of the usage right that has been detected, the usage history of said subscription authentication information, and said billing information. a detecting unit configured to detect, with regard to a plurality of wireless terminal devices sharing a usage right of subscription authentication information, where the subscription authentication information is stored in each of the wireless terminal devices and relates to a mobile network operator which provides wireless connection services, transfer of said usage right to wireless terminal devices currently using said subscription authentication information; a billing information data base configured to store billing information for each of said plurality of wireless terminal devices ; and a calculating unit configured to, in the event that said transfer is detected, calculate fees relating to said subscription authentication information occurring after said transfer, based on said billing information stored for the wireless terminal device now using said subscription authentication information, wherein said calculating unit takes a history relating to a usage of said subscription authentication information regarding the wireless terminal devices of which said usage right has been transferred, as a usage history of said subscription authentication information, and calculates fees relating to said subscription authentication information based on a transfer history of the usage right that has been detected, the usage history of said subscription authentication information, and said billing information.
A gastro-retentive system comprising - A folded gastric retentive element comprising at least two expandable compartments, each compartment having an initial collapsed form, and comprising at least one type of an external enterically biodegradable film and at least one gel-forming compound capable of expanding the form of each of said compartments to an expanded form, such that when the compartments are in expanded forms the compartments form a structure, said structure having a ring, a rod, or a polygonal shape; and - a dosage form element comprising at least one active agent; wherein said gastric retentive element and dosage form element are connected to each other. - A folded gastric retentive element comprising at least two expandable compartments, each compartment having an initial collapsed form, and comprising at least one type of an external enterically biodegradable film and at least one gel-forming compound capable of expanding the form of each of said compartments to an expanded form, such that when the compartments are in expanded forms the compartments form a structure, said structure having a ring, a rod, or a polygonal shape; and - a dosage form element comprising at least one active agent;
A system for treating a tissue site, comprising: a dressing adapted to be placed on the tissue site ; a diagnostic module adapted to be positioned adjacent the dressing and comprising: a first sensor configured to detect a pH level of fluid present at the tissue site and to generate a first output based on the detected pH level, the first sensor comprising a first transceiver configured to transmit the first output; a first remote sensor device comprising a second sensor, wherein the second sensor is configured to detect a secondary pH level and to generate a second output based on the detected secondary pH level, the first remote sensor device comprising a second transceiver configured to transmit the second output generated by the second sensor; a negative-pressure source adapted to be fluidly coupled to the dressing ; a first fluid source adapted to be fluidly coupled to the dressing and to deliver a first fluid to the dressing ; and a controller configured to receive the first output and control the negative-pressure source and the fluid source based on the first output from the first sensor and to receive the second output and compare the first output to the second output. a dressing adapted to be placed on the tissue site ; a diagnostic module adapted to be positioned adjacent the dressing and comprising: a first sensor configured to detect a pH level of fluid present at the tissue site and to generate a first output based on the detected pH level, the first sensor comprising a first transceiver configured to transmit the first output; a first remote sensor device comprising a second sensor, wherein the second sensor is configured to detect a secondary pH level and to generate a second output based on the detected secondary pH level, the first remote sensor device comprising a second transceiver configured to transmit the second output generated by the second sensor; a first sensor configured to detect a pH level of fluid present at the tissue site and to generate a first output based on the detected pH level, the first sensor comprising a first transceiver configured to transmit the first output; a first remote sensor device comprising a second sensor, wherein the second sensor is configured to detect a secondary pH level and to generate a second output based on the detected secondary pH level, the first remote sensor device comprising a second transceiver configured to transmit the second output generated by the second sensor; a negative-pressure source adapted to be fluidly coupled to the dressing ; a first fluid source adapted to be fluidly coupled to the dressing and to deliver a first fluid to the dressing ; and a controller configured to receive the first output and control the negative-pressure source and the fluid source based on the first output from the first sensor and to receive the second output and compare the first output to the second output.