mhurhangee/patent-ind-claim-en huggingface dataset:
An application processing method, performed by a computer device, wherein the method comprises: displaying a page of a first child application run by a parent application (S202); detecting a child application jump operation corresponding to the page (S204); obtaining, by using the parent application, candidate child application identifiers according to the child application jump operation, and presenting, by using the parent application, the candidate child application identifiers (S206); determining, by using the parent application, a child application identifier that is selected from the presented child application identifiers through a selection operation (S208); and generating, by using a second child application corresponding to the selected child application identifier, a page belonging to the second child application, and displaying, by using the parent application, the page belonging to the second child application on the already displayed page of the first child application to cover the already displayed page of the first child application (S210), to switch the first child application to the second child application through a parent application level-based jump provided by the parent application. displaying a page of a first child application run by a parent application (S202); detecting a child application jump operation corresponding to the page (S204); obtaining, by using the parent application, candidate child application identifiers according to the child application jump operation, and presenting, by using the parent application, the candidate child application identifiers (S206); determining, by using the parent application, a child application identifier that is selected from the presented child application identifiers through a selection operation (S208); and generating, by using a second child application corresponding to the selected child application identifier, a page belonging to the second child application, and displaying, by using the parent application, the page belonging to the second child application on the already displayed page of the first child application to cover the already displayed page of the first child application (S210), to switch the first child application to the second child application through a parent application level-based jump provided by the parent application.
An aircraft including a lavatory , the lavatory including a hand dryer, the hand dryer comprising: a dryer cavity including an input port , an exhaust port , and an opening for insertion of a hand having moisture thereon; an air channel , pneumatically coupling the exhaust port of the dryer cavity to the input port of the dryer cavity , wherein the air channel is substantially isolated from an interior volume of the lavatory ; and a blower , communicatively coupled to the air channel , for moving air through the air channel and the dryer cavity ; wherein the aircraft comprises an environmental control system ; and the air channel pneumatically couples the exhaust port of the dryer cavity to the input port of the dryer cavity via the environmental control system . a dryer cavity including an input port , an exhaust port , and an opening for insertion of a hand having moisture thereon; an air channel , pneumatically coupling the exhaust port of the dryer cavity to the input port of the dryer cavity , wherein the air channel is substantially isolated from an interior volume of the lavatory ; and a blower , communicatively coupled to the air channel , for moving air through the air channel and the dryer cavity ;
Wall, ceiling or roof element connection with a first and a second bar-, beam- or plate-shaped wooden component and a pin arranged on the first wooden component , by means of which the first wooden component can be connected to the second wooden component , wherein the pin has a cross-section widening from an inner connection surface facing the first wooden component to an outer front surface facing the second wooden component , and a recess or notch arranged directly in the second wooden component having an insertion section for inserting the pin and a holding section with a cross-section adapted to the outer contour of the pin for holding the pin , the cross-section is inwardly widening from a front-face exterior surface of the second component , wherein the pin being fastened to the first wooden component by means of a releasable screw or pin connection , characterized in that an elevation for positive engagement in a corresponding depression on the first component is provided on the inner connection surface of the pin facing the first wooden component .
A torsional vibration damper comprising first and second members which are rotatable relatively to each other about a central axis , the first member comprising a first body provided with at least one cam block which has inner and outer cam follower surfaces , with respect to the central axis , characterized by the second member comprising a second body having inner and outer flexible fingers which extend from the second body and have cam surfaces which respectively contact the inner and outer cam follower surfaces , whereby relative rotation between the first and second members is accompanied by flexure of the flexible fingers as the cam surfaces travel over the cam follower surfaces .
A zirconia sintered body, comprising: partially-stabilized zirconia in which yttrium oxide is included from 2mol% to 5mol%; and silicon dioxide, wherein: the zirconia sintered body comprises partially-stabilized zirconia as a matrix phase; the zirconia sintered body includes phosphorus (P); the phosphorus element is included from 4×10 -4 mol to 4×10 -2 mol relative to 1mol of zirconium oxide (IV); the silicon dioxide is included from 0.05mass% to 1mass% to the partially-stabilized zirconia particles; and a sintered surface of the zirconia sintered body includes more cubic crystals than an interior of the zirconia sintered body. partially-stabilized zirconia in which yttrium oxide is included from 2mol% to 5mol%; and silicon dioxide, wherein: the zirconia sintered body comprises partially-stabilized zirconia as a matrix phase; the zirconia sintered body includes phosphorus (P); the phosphorus element is included from 4×10 -4 mol to 4×10 -2 mol relative to 1mol of zirconium oxide (IV); the silicon dioxide is included from 0.05mass% to 1mass% to the partially-stabilized zirconia particles; and the zirconia sintered body comprises partially-stabilized zirconia as a matrix phase; the zirconia sintered body includes phosphorus (P); the phosphorus element is included from 4×10 -4 mol to 4×10 -2 mol relative to 1mol of zirconium oxide (IV); the silicon dioxide is included from 0.05mass% to 1mass% to the partially-stabilized zirconia particles; and
Use of a composition that is capable of generating a reactive species from a source of iodide (I - ) and an oxidising agent for reducing the biological degradation of organic waste, in the treatment of organic waste, characterized in that reducing the biological degradation of organic waste reduces the loss of fertilising compounds.
A guide pin for dental implant surgery comprising: an insertion portion extending in a length direction so as to be poked and inserted between an alveolar bone and the gum; and a guide portion coupled to the insertion portion to be extended in the length direction, and configured to guide an inclination of the alveolar bone by being exposed outside the gum when the insertion portion is inserted between the alveolar bone and the gum, wherein the insertion portion comprises a bone contact portion that is configured to closely contact to the alveolar bone in a direction facing the alveolar bone and a periosteal contact portion that is convexly formed in a direction facing a periosteum of a gum, wherein the guide portion is bent at an angle of about 3° to about 15° with respect to the insertion portion . an insertion portion extending in a length direction so as to be poked and inserted between an alveolar bone and the gum; and a guide portion coupled to the insertion portion to be extended in the length direction, and configured to guide an inclination of the alveolar bone by being exposed outside the gum when the insertion portion is inserted between the alveolar bone and the gum, wherein the insertion portion comprises a bone contact portion that is configured to closely contact to the alveolar bone in a direction facing the alveolar bone and a periosteal contact portion that is convexly formed in a direction facing a periosteum of a gum, wherein the guide portion is bent at an angle of about 3° to about 15° with respect to the insertion portion .
A patient monitoring system for monitoring progression of a fever in a subject, comprising a processor arrangement configured to: receive patient monitoring data from a sensor arrangement for monitoring shivering and sweating of the patient as indicators of progression of a fever in the patient over the time interval; process the received patient monitoring data to detect shivering and sweating episodes and characterized in that the processor arrangement is further configured to: record the respective points in time at which the shivering episodes and sweating episodes occur; and construct a surrogate fever curve based on an alternating pattern of the shivering episodes and sweating episodes from the recorded respective points in time of the respective shivering and sweating episodes, the surrogate fever curve being for use in monitoring progression of fever in said subject. receive patient monitoring data from a sensor arrangement for monitoring shivering and sweating of the patient as indicators of progression of a fever in the patient over the time interval; process the received patient monitoring data to detect shivering and sweating episodes and characterized in that the processor arrangement is further configured to: record the respective points in time at which the shivering episodes and sweating episodes occur; and construct a surrogate fever curve based on an alternating pattern of the shivering episodes and sweating episodes from the recorded respective points in time of the respective shivering and sweating episodes, the surrogate fever curve being for use in monitoring progression of fever in said subject. record the respective points in time at which the shivering episodes and sweating episodes occur; and construct a surrogate fever curve based on an alternating pattern of the shivering episodes and sweating episodes from the recorded respective points in time of the respective shivering and sweating episodes, the surrogate fever curve being for use in monitoring progression of fever in said subject.
A battery rack comprising: a plurality of battery modules arranged in one direction; and a rack case configured to accommodate the plurality of battery modules , wherein the rack case comprises a fixing unit provided on a lower end portion of the rack case , wherein the fixing unit comprises a main body part of a plate shape, and wherein the main body part comprises a fixing groove formed to be recessed from an edge of the main body part ; wherein the fixing groove comprises: a taper portion (126h1) having a shape in which a size of a groove is gradually reduced in a recessed direction from the edge of the main body part ; and an accommodation portion (126h2) having a space formed to be further recessed in an inner direction from the taper portion (126h1). a plurality of battery modules arranged in one direction; and a rack case configured to accommodate the plurality of battery modules , wherein the rack case comprises a fixing unit provided on a lower end portion of the rack case , wherein the fixing unit comprises a main body part of a plate shape, and wherein the main body part comprises a fixing groove formed to be recessed from an edge of the main body part ; wherein the fixing groove comprises: a taper portion (126h1) having a shape in which a size of a groove is gradually reduced in a recessed direction from the edge of the main body part ; and an accommodation portion (126h2) having a space formed to be further recessed in an inner direction from the taper portion (126h1). a taper portion (126h1) having a shape in which a size of a groove is gradually reduced in a recessed direction from the edge of the main body part ; and an accommodation portion (126h2) having a space formed to be further recessed in an inner direction from the taper portion (126h1).
A BTK inhibitor for use in the treatment of pemphigus vulgaris or pemphigus foliaceus in a mammal in need thereof, wherein said BTK inhibitor is used in place of or in combination with a corticosteroid therapy and optionally used in combination with a noncorticosteroidal immunosuppressive and/or anti-inflammatory agent, and further wherein said BTK inhibitor is chosen from: AVL 263 and 293; GDC-0834; GDC0853; BMS-488516; BMS-509744; CGI-1746; CTA-056; HY-11066; ONO-WG37; PLS-123; RN486; HM71224; ABT-105/ABBV-105; AC0025; EBI-1266; MSC-2364447; PF-06250112; PF-303; RG7625; RG7880; SNS-062; TP-4207; X-022;
Amplifier for a test device for testing an electrical component, wherein the amplifier is designed to output a test signal at a signal output between a positive output terminal (P) and a negative output terminal (N), and wherein the amplifier comprises a first half bridge (HB1), which has a first switching element (S1) and a second switching element (S2) connected in series with the first switching element (S1) via a first center point (M1), and a second half bridge (HB2), which has a third switching element (S3) and a fourth switching element (S4) connected in series with the third switching element (S3) via a second center point (M2), wherein a switching unit is provided, which is designed to connect the first center point (M1) of the first half bridge (HB1) to the second center point (M2) of the second half bridge (HB2) and to connect to one of the output terminals (P, M) of the signal output in a first operating mode (Mi), and to connect each of the first center point (M1) of the first half bridge (HB1) and the second center point (M2) of the second half bridge (HB2) to one of the output terminals (P, N) of the signal output in a second operating mode (Mu), and wherein the amplifier is further designed, in the first operating mode (Mi), to control the first half bridge (HB1) with control signals, which are phase-shifted by 180 degrees with respect to the control signals for controlling the second half bridge (HB2), and to control the first half bridge (HB1) and the second half bridge (HB2) with in-phase control signals in the second operating mode (Mu).
A MEMS digital variable capacitor (DVC), comprising: a first dielectric layer having a first electrode, an RF electrode, a ground electrode and a shielding electrode, each being disposed in the first dielectric layer, wherein the shielding electrode is disposed between and adjacent the RF electrode and the first electrode and wherein the shielding electrode is grounded, wherein the shielding electrode is electrically isolated from each of the RF electrode and the first electrode, wherein the shield electrode is disposed between the RF electrode and the ground electrode; a second dielectric layer disposed over each of the first electrode, the RF electrode, the ground electrode and the shielding electrode; a second electrode disposed opposite the first electrode and having a third dielectric layer thereover; and a movable electrode coupled to the ground electrode and movable from a position in contact with the second dielectric layer and a position in contact with the third dielectric layer. a first dielectric layer having a first electrode, an RF electrode, a ground electrode and a shielding electrode, each being disposed in the first dielectric layer, wherein the shielding electrode is disposed between and adjacent the RF electrode and the first electrode and wherein the shielding electrode is grounded, wherein the shielding electrode is electrically isolated from each of the RF electrode and the first electrode, wherein the shield electrode is disposed between the RF electrode and the ground electrode; a second dielectric layer disposed over each of the first electrode, the RF electrode, the ground electrode and the shielding electrode; a second electrode disposed opposite the first electrode and having a third dielectric layer thereover; and a movable electrode coupled to the ground electrode and movable from a position in contact with the second dielectric layer and a position in contact with the third dielectric layer.
A component supply system comprising: a stage configured to support scattered components; a holding tool configured to hold a component scattered on the stage ; and a setting section configured to hold any of multiple loading platforms in which is formed a recess in a central section on the upper surface of the loading platform in accordance with the component; and a memory device , wherein the component held by the holding tool is supplied by being loaded in the recess of the loading platform set on the setting section , and the loading platform includes an identification section attached at a corner of the upper surface of the loading platform identifying a type of component that is able to be loaded in the recess based on a link between the identification section and the type of component memorized with the memory device . a stage configured to support scattered components; a holding tool configured to hold a component scattered on the stage ; and a setting section configured to hold any of multiple loading platforms in which is formed a recess in a central section on the upper surface of the loading platform in accordance with the component; and a memory device , wherein the component held by the holding tool is supplied by being loaded in the recess of the loading platform set on the setting section , and the loading platform includes an identification section attached at a corner of the upper surface of the loading platform identifying a type of component that is able to be loaded in the recess based on a link between the identification section and the type of component memorized with the memory device .
Lateral flow immunochromatography diagnosis kit for diagnosing Mannheimia haemolytica bacteria characterized in that it comprises; i. Nitrocellulose membrane ii. a test line comprising bound monoclonal antibody produced against the Mannheimia haemolytica Serotype A1 capsule protein on the nitrocellulose membrane and a control line comprising bound secondary antibody, iii. a sample pad located on the support card which serves as the base material, iv. a conjugation pad impregnated with the conjugate that comprises 10% by weight monoclonal antibody developed against Mannheimia haemolytica Serotype A1 capsule protein which is a different clone and recognizing a different epitope of the same antigen than the antibody used on the test line and 90% by weight the marker/colorant molecules and v. a waste pad . i. Nitrocellulose membrane ii. a test line comprising bound monoclonal antibody produced against the Mannheimia haemolytica Serotype A1 capsule protein on the nitrocellulose membrane and a control line comprising bound secondary antibody, iii. a sample pad located on the support card which serves as the base material, iv. a conjugation pad impregnated with the conjugate that comprises 10% by weight monoclonal antibody developed against Mannheimia haemolytica Serotype A1 capsule protein which is a different clone and recognizing a different epitope of the same antigen than the antibody used on the test line and 90% by weight the marker/colorant molecules and v. a waste pad .
A method of processing video data, the method comprising: receiving a bitstream of encoded video data, wherein the bitstream comprises at least a syntax element, a first network abstraction layer unit type, and a coded access unit, wherein the coded access unit comprises a plurality of pictures; determining a value of the syntax element, wherein the syntax element includes an indication of whether the access unit was coded using cross-layer alignment, and wherein the syntax element is signaled at a position in a network abstraction layer (NAL) unit that does not need to be entropy decoded to interpret the syntax element; and in response to determining that the syntax element indicates cross-layer alignment: determining the first network abstraction layer unit type for a picture in the access unit; determining whether the first network abstraction layer unit type is equal to a value in a predetermined range of type values; and in response to determining that the first network abstraction layer unit type is equal to a value in the predetermined range of type values, setting a network abstraction layer unit type for all other pictures in the coded access unit to be equal to the value of the first network abstraction layer unit type. receiving a bitstream of encoded video data, wherein the bitstream comprises at least a syntax element, a first network abstraction layer unit type, and a coded access unit, wherein the coded access unit comprises a plurality of pictures; determining a value of the syntax element, wherein the syntax element includes an indication of whether the access unit was coded using cross-layer alignment, and wherein the syntax element is signaled at a position in a network abstraction layer (NAL) unit that does not need to be entropy decoded to interpret the syntax element; and in response to determining that the syntax element indicates cross-layer alignment: determining the first network abstraction layer unit type for a picture in the access unit; determining whether the first network abstraction layer unit type is equal to a value in a predetermined range of type values; and in response to determining that the first network abstraction layer unit type is equal to a value in the predetermined range of type values, setting a network abstraction layer unit type for all other pictures in the coded access unit to be equal to the value of the first network abstraction layer unit type. determining the first network abstraction layer unit type for a picture in the access unit; determining whether the first network abstraction layer unit type is equal to a value in a predetermined range of type values; and in response to determining that the first network abstraction layer unit type is equal to a value in the predetermined range of type values, setting a network abstraction layer unit type for all other pictures in the coded access unit to be equal to the value of the first network abstraction layer unit type.
A resin composition, comprising: a modified ethylene-vinyl alcohol copolymer (A) that is represented by a following formula (I), has contents (mol%) of a, b, and c based on the total monomer units satisfying following formulae through , and has a degree of saponification (DS) defined by a following formula of 90 mol% or more; and inorganic oxide particles (B), wherein a content of the inorganic oxide particles (B) is from 5 to 5000 ppm. In the formula (I), each of R 1 , R 2 , R 3 , and R 4 independently denotes a hydrogen atom or an alkyl group having a carbon number from 1 to 10, and the alkyl group may include a hydroxyl group, an alkoxy group, or a halogen atom. Each of X, Y, and Z independently denotes a hydrogen atom, a formyl group, or an alkanoyl group having a carbon number from 2 to 10. 18 ≤ a ≤ 55 0.01 ≤ c ≤ 20 100 − a + c × 0.9 ≤ b ≤ 100 − a + c DS = Total Number of Moles of Hydrogen Atoms in X , Y , and Z / Total Number of Moles of X , Y , and Z × 100