mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: a hardware processing unit ; and a storage resource storing computer-readable instructions which, when executed by the hardware processing unit, cause the hardware processing unit to: receive input source code for an application; identify one or more data dependencies in the input source code; based at least on the one or more data dependencies, identify immutability points in the input source code where one or more particular data items cease to be modified by the input source code; convert, to one or more service modules, at least some of the input source code that operates on the one or more particular data items and occurs in the input source code after the immutability points to one or more service modules; and consistently with the one or more data dependencies, schedule service tasks that execute the one or more service modules at runtime. a hardware processing unit ; and a storage resource storing computer-readable instructions which, when executed by the hardware processing unit, cause the hardware processing unit to: receive input source code for an application; identify one or more data dependencies in the input source code; based at least on the one or more data dependencies, identify immutability points in the input source code where one or more particular data items cease to be modified by the input source code; convert, to one or more service modules, at least some of the input source code that operates on the one or more particular data items and occurs in the input source code after the immutability points to one or more service modules; and consistently with the one or more data dependencies, schedule service tasks that execute the one or more service modules at runtime. receive input source code for an application; identify one or more data dependencies in the input source code; based at least on the one or more data dependencies, identify immutability points in the input source code where one or more particular data items cease to be modified by the input source code; convert, to one or more service modules, at least some of the input source code that operates on the one or more particular data items and occurs in the input source code after the immutability points to one or more service modules; and consistently with the one or more data dependencies, schedule service tasks that execute the one or more service modules at runtime.
A sound-proofing housing for a respirator , said housing comprising a first housing part , which has an intake opening for the entry of air into the housing , said air being drawn in by a fan arranged in the housing , and which also has a second housing part , which has a discharge opening for the discharge of the drawn-in air from the housing , said housing also comprising a shaped part arranged in the housing , the shaped part forming a flange seal , which comes to rest between the first housing part and the second housing part when the housing is put together and divides the housing into an intake region and a delivery region , said housing further comprising a fan receptacle for holding the fan in the housing , said fan receptacle protruding from the intake side of the flange seal facing the intake region , and said housing also comprising air-guiding devices for guiding the air drawn in by the fan within the housing , characterised in that a support flange , which comprises at least one air passage opening for the air drawn in by the fan as well as contact sides contacting the inner side of a housing part when the housing is put together, is provided in the region of the free end of the fan receptacle , and in that at least one further air passage opening for the air drawn in by the fan is provided in the fan receptacle , preferably adjacent to the intake side of the flange seal .
A NOx reduction catalyst for exhaust gas, which is composed of a catalyst composition comprising titanium (Ti), an oxide of phosphorous (P), molybdenum (Mo) and/or tungsten (W), oxide of vanadium (V), and high-silica zeolite that has a SiO 2 /Al 2 O 3 molar ratio of not less than 20, and is obtained by kneading in the presence of water, drying, and then calcining: titanium oxide, phosphoric acid or an ammonium salt of phosphoric acid in an amount of more than 1 % by weight and not more than 15 % by weight relative to the titanium oxide in terms of H 3 PO 4 , an oxo acid or oxo acid salt of molybdenum (Mo) and/or tungsten (W) and an oxo acid salt of vanadium (V) or vanadyl salt, respectively, each of the oxo acid or oxo acid salt of molybdenum (Mo) and/or tungsten (W) and the oxo acid salt of vanadium (V) or vanadyl salt in an amount of more than 0 % by atom and not more than 8 % by atom relative to the titanium oxide, and the high-silica zeolite in an amount of more than 0 % by weight and not more than 20 % by weight relative to the titanium oxide. a catalyst composition comprising titanium (Ti), an oxide of phosphorous (P), molybdenum (Mo) and/or tungsten (W), oxide of vanadium (V), and high-silica zeolite that has a SiO 2 /Al 2 O 3 molar ratio of not less than 20, and is obtained by kneading in the presence of water, drying, and then calcining: titanium oxide, phosphoric acid or an ammonium salt of phosphoric acid in an amount of more than 1 % by weight and not more than 15 % by weight relative to the titanium oxide in terms of H 3 PO 4 , an oxo acid or oxo acid salt of molybdenum (Mo) and/or tungsten (W) and an oxo acid salt of vanadium (V) or vanadyl salt, respectively, each of the oxo acid or oxo acid salt of molybdenum (Mo) and/or tungsten (W) and the oxo acid salt of vanadium (V) or vanadyl salt in an amount of more than 0 % by atom and not more than 8 % by atom relative to the titanium oxide, and the high-silica zeolite in an amount of more than 0 % by weight and not more than 20 % by weight relative to the titanium oxide. titanium oxide, phosphoric acid or an ammonium salt of phosphoric acid in an amount of more than 1 % by weight and not more than 15 % by weight relative to the titanium oxide in terms of H 3 PO 4 , an oxo acid or oxo acid salt of molybdenum (Mo) and/or tungsten (W) and an oxo acid salt of vanadium (V) or vanadyl salt, respectively, each of the oxo acid or oxo acid salt of molybdenum (Mo) and/or tungsten (W) and the oxo acid salt of vanadium (V) or vanadyl salt in an amount of more than 0 % by atom and not more than 8 % by atom relative to the titanium oxide, and the high-silica zeolite in an amount of more than 0 % by weight and not more than 20 % by weight relative to the titanium oxide.
An implantable containment apparatus (10; 20; 30; 40; 50; 60; 70; 80; 85; 170; 190; 200; 220) comprising: (a) a conduit (226; 236) comprising an exterior surface and an interior surface, wherein the interior surface defines a luminal region, the conduit having a first end (12; 22; 32; 42; 52) comprising a first resealable port, and a second end (14; 24; 34; 44; 54) comprising a second resealable port; (b) a shaping element (62; 72; 82, 84), wherein the shaping element is configured to induce the conduit to have a generally toroidal configuration, the containment apparatus being deformable from a primary configuration to a deformed configuration, wherein the primary configuration is the generally toroidal configuration and the deformed configuration is a generally linear configuration, wherein the conduit (226; 236) is adapted to receive a therapeutic device into the luminal region through the first or the second resealable port; and wherein the shaping element (62; 72; 82, 84) comprises a shape memory material selected from shape memory alloys and shape memory polymers. (a) a conduit (226; 236) comprising an exterior surface and an interior surface, wherein the interior surface defines a luminal region, the conduit having a first end (12; 22; 32; 42; 52) comprising a first resealable port, and a second end (14; 24; 34; 44; 54) comprising a second resealable port; (b) a shaping element (62; 72; 82, 84), wherein the shaping element is configured to induce the conduit to have a generally toroidal configuration, the containment apparatus being deformable from a primary configuration to a deformed configuration, wherein the primary configuration is the generally toroidal configuration and the deformed configuration is a generally linear configuration, wherein the conduit (226; 236) is adapted to receive a therapeutic device into the luminal region through the first or the second resealable port; and wherein the shaping element (62; 72; 82, 84) comprises a shape memory material selected from shape memory alloys and shape memory polymers.
A copolymer having a low molecular weight and high glass transition temperature, the copolymer comprising moieties obtained from the following components: (a) from 20 to 80 wt-% of one or more itaconate functional monomer(s) not containing acidic groups or anhydride groups, (b) not more than 40 wt-% of an acid functional monomer(s) in an amount sufficient to achieve an acid value from 160 to 325 mg KOH per g of solid polymer, (c) optionally not more than 72 wt-% of other monomers not being either (a) or (b); where the weight percentages of monomers (a), (b) and (c) total 100% and are calculated as a proportion of the total amount of monomers in the copolymer being 100%; and with the provisos: (I) the copolymer has a number average molecular weight (M n ) of no more than 15 kilograms / mole determined using Size Exclusion Chromatography with tetrahydrofuran as the eluent as disclosed in the experimental section of this specification ; and (II) the copolymer has a glass transition temperature of at least 75 °C determined with the Fox equation disclosed in the experimental section of this specification, and (III) the copolymer contains less than 40 wt-% vinyl aromatic monomer(s) and optionally proviso (IV) applies (IV) the copolymer contains less than 40 wt-% methacrylate monomer(s). (a) from 20 to 80 wt-% of one or more itaconate functional monomer(s) not containing acidic groups or anhydride groups, (b) not more than 40 wt-% of an acid functional monomer(s) in an amount sufficient to achieve an acid value from 160 to 325 mg KOH per g of solid polymer, (c) optionally not more than 72 wt-% of other monomers not being either (a) or (b); (I) the copolymer has a number average molecular weight (M n ) of no more than 15 kilograms / mole determined using Size Exclusion Chromatography with tetrahydrofuran as the eluent as disclosed in the experimental section of this specification ; and (II) the copolymer has a glass transition temperature of at least 75 °C determined with the Fox equation disclosed in the experimental section of this specification, and (III) the copolymer contains less than 40 wt-% vinyl aromatic monomer(s) and optionally proviso (IV) applies (IV) the copolymer contains less than 40 wt-% methacrylate monomer(s).
A method to combine two laser beams of different wavelengths in orthogonal states of polarization into an output beam for optical pumping of laser media in laser oscillators and amplifiers, wherein said beams being in mutually orthogonal polarization states are spatially combined by a polarizing beam splitter, and then the combined beam is directed to a spectrally-selective polarization filter which consists of a stack of birefringent plates which are oriented at a given angle to each other and provides a change of the state of polarization of one of the beam wavelengths relative to the other in such a way that a polarization state of the output beam becomes the same for all wavelengths of the output beam. wherein said beams being in mutually orthogonal polarization states are spatially combined by a polarizing beam splitter, and then the combined beam is directed to a spectrally-selective polarization filter which consists of a stack of birefringent plates which are oriented at a given angle to each other and provides a change of the state of polarization of one of the beam wavelengths relative to the other in such a way that a polarization state of the output beam becomes the same for all wavelengths of the output beam.
Cutting tool comprising a main body which extends along a longitudinal central axis or axis of rotation , at least on cutting insert carrier arranged radially adjustably on the main body , and an adjusting device for adjusting the position of the cutting insert carrier with respect to the main body , wherein the adjusting device comprises a threaded sleeve arranged non-rotatably but adjustably along the longitudinal central axis or axis of rotation in the main body and a screw drive driving the threaded sleeve , the screw drive comprises a threaded spindle screwed with the threaded sleeve , the threaded spindle is formed from a differential threaded spindle, the screw drive further comprises a bearing bushing held non-rotatably in the main body , the differential threaded spindle is screwed with a first threaded portion to the threaded sleeve and with a second threaded portion to the bearing bushing , and the threaded sleeve cooperates with the cutting insert carrier via a wedge gear, characterized in that a compression spring is arranged between the threaded sleeve and the bearing bushing the adjusting device comprises a threaded sleeve arranged non-rotatably but adjustably along the longitudinal central axis or axis of rotation in the main body and a screw drive driving the threaded sleeve , the screw drive comprises a threaded spindle screwed with the threaded sleeve , the threaded spindle is formed from a differential threaded spindle, the screw drive further comprises a bearing bushing held non-rotatably in the main body , the differential threaded spindle is screwed with a first threaded portion to the threaded sleeve and with a second threaded portion to the bearing bushing , and the threaded sleeve cooperates with the cutting insert carrier via a wedge gear, characterized in that a compression spring is arranged between the threaded sleeve and the bearing bushing
A method performed by a wireless device , the method comprising: - receiving , from a network node , a configuration message comprising an indication of preconfigured radio resources for uplink transmissions; - obtaining a synchronization status of the wireless device with respect to the network node; and - adapting use of the preconfigured radio resources based on the synchronization status of the wireless device with respect to the network node, - characterized in that adapting use of the preconfigured radio resources based on the synchronization status of the wireless device with respect to the network node comprises, responsive to a determination that the synchronization status is unsynchronized and while maintaining the preconfigured radio resources, performing one or more of: refraining from utilizing the preconfigured radio resources to transmit to the network node; suspending use of the preconfigured radio resources to transmit to the network node; cancelling use of the preconfigured radio resources to transmit to the network node; and delaying utilizing the preconfigured radio resources to transmit to the network node. - receiving , from a network node , a configuration message comprising an indication of preconfigured radio resources for uplink transmissions; - obtaining a synchronization status of the wireless device with respect to the network node; and - adapting use of the preconfigured radio resources based on the synchronization status of the wireless device with respect to the network node, - characterized in that
Core structure for satellites and spacecraft in the form of a central tube , with a cylinder as an interface for surrounding structures and a cone as a functional connection to a launch vehicle, wherein the cylinder and the cone are constructed in one piece and integrally from fiber-reinforced plastic, characterized in that the cylinder has a polygonal cross-section, so that a plurality of flat surfaces are formed on the outer and inner sides of the cylinder as functional interfaces, which extend at least partially along the longitudinal direction of the cylinder from the cone to the opposite end of the cylinder .
An electrical plug connection comprising a plug connector and an associated counterpart mating plug connector , wherein the plug connector is adapted to be plugged together in a plug direction (S) with the mating plug connector for producing an electrical plug connection, wherein the plug connector has a first locking mechanism and the mating plug connector has a second locking mechanism , wherein the plug connector is adapted to be fixed to the mating plug connector by a positive connection of the first locking mechanism with the second locking mechanism , wherein, in an unlocking operation, the fixation is disengaged by manual actuation of an unlocking element movably mounted on the plug connector or on the mating plug connector such that the unlocking element mechanically acts on the first and / or the second locking mechanism when operated manually, characterized in that the unlocking element is pivotally mounted about a pivot axis on the plug connector or the mating plug connector , wherein on a side of the pivot axis, the unlocking element comprises a manual actuating region , which is configured for manual actuation of the unlocking element , and on another side of the pivot axis, has a projecting actuating lug via which the first and / or second locking mechanism is mechanically deflectable in the unlocking operation, wherein a component of the plug connector and mating plug connector having the unlocking element comprises at least one spring-loaded terminal connection for clamping an electrical conductor to a clamping point via a spring force, wherein the spring-loaded terminal connection is movable from a closed position to an open position by an actuating element of the component, wherein the unlocking element , particularly a manual actuating region of the unlocking element or a stop portion of the unlocking element , forms a mechanical stop for the actuating element in the open position.
A method of preparing Compound ( C ) or pharmaceutically acceptable salt thereof, wherein R 1 is ethyl, comprising: (g) reacting Compound ( A ) with quinine and ethyl alcohol to form an adduct of the quinine and Compound ( C-1 ) (h) breaking the adduct of quinine and Compound ( C-1 ) by treating the adduct with HCl to form Compound ( C-1 ) or a pharmaceutically acceptable salt thereof; and (i) epimerizing Compound ( C-1 ) or a pharmaceutically acceptable salt thereof to form Compound ( C ): or a pharmaceutically acceptable salt thereof. (g) reacting Compound ( A ) with quinine and ethyl alcohol to form an adduct of the quinine and Compound ( C-1 ) (h) breaking the adduct of quinine and Compound ( C-1 ) by treating the adduct with HCl to form Compound ( C-1 ) or a pharmaceutically acceptable salt thereof; and (i) epimerizing Compound ( C-1 ) or a pharmaceutically acceptable salt thereof to form Compound ( C ): or a pharmaceutically acceptable salt thereof.
A toner conveying device to be used with an image forming apparatus, comprising: a conveying screw that has a rotary shaft and a conveying vane formed on an outer peripheral surface of said rotary shaft ; a toner conveying pipe that has a circular section and inside which said conveying screw is rotatably disposed; and a plurality of convex portions that are formed on an inner wall surface of the toner conveying pipe , and each of which is formed within an area defined by half a circumference along the inner wall surface of the toner conveying pipe and is configured to support the conveying screw so that an axial center of the rotary shaft coincides with a center axis of the toner conveying pipe , wherein the convex portions are inclined faces that are formed at a lower portion of the inner wall surface of the toner conveying pipe so as to form a V-shape in the circular section of the toner conveying pipe symmetrical with respect to the center axis of the toner conveying pipe and so as to contact an outer peripheral edge portion of the conveying vane . a conveying screw that has a rotary shaft and a conveying vane formed on an outer peripheral surface of said rotary shaft ; a toner conveying pipe that has a circular section and inside which said conveying screw is rotatably disposed; and a plurality of convex portions that are formed on an inner wall surface of the toner conveying pipe , and each of which is formed within an area defined by half a circumference along the inner wall surface of the toner conveying pipe and is configured to support the conveying screw so that an axial center of the rotary shaft coincides with a center axis of the toner conveying pipe , wherein the convex portions are inclined faces that are formed at a lower portion of the inner wall surface of the toner conveying pipe so as to form a V-shape in the circular section of the toner conveying pipe symmetrical with respect to the center axis of the toner conveying pipe and so as to contact an outer peripheral edge portion of the conveying vane .
A data transmission security protection method, wherein the method comprises: receiving , by a first member device, a second Extensible Authentication Protocol over local area network-Media Access Control security key agreement, EAPOL-MKA, packet sent by a second member device, wherein the second EAPOL-MKA packet comprises a second cipher suite list, the second cipher suite list is used to indicate a cipher suite supported by the second member device, and the first member device and the second member device belong to a same connectivity association, CA; determining , by the first member device, a first cipher suite, and determining a first secure association key, SAK, corresponding to the first cipher suite, wherein the first cipher suite is a cipher suite supported by all member devices in the CA, and the first cipher suite belongs to the cipher suite indicated by the second cipher suite list; and sending , by the first member device, the first cipher suite and the first SAK to the second member device in the CA. receiving , by a first member device, a second Extensible Authentication Protocol over local area network-Media Access Control security key agreement, EAPOL-MKA, packet sent by a second member device, wherein the second EAPOL-MKA packet comprises a second cipher suite list, the second cipher suite list is used to indicate a cipher suite supported by the second member device, and the first member device and the second member device belong to a same connectivity association, CA; determining , by the first member device, a first cipher suite, and determining a first secure association key, SAK, corresponding to the first cipher suite, wherein the first cipher suite is a cipher suite supported by all member devices in the CA, and the first cipher suite belongs to the cipher suite indicated by the second cipher suite list; and sending , by the first member device, the first cipher suite and the first SAK to the second member device in the CA.