mhurhangee/patent-ind-claim-en huggingface dataset:
A gas burner for domestic use for cooking food, of the type comprising a body , at least one Venturi effect mixer in fluid connection with at least one combustion mixture distribution chamber and at least one flame spreader configured so that, in use, the combustion mixture is emitted towards the outside, and associated with said at least one distribution chamber , as well as first means for preventing flame propagation of the fluid flow splitting type, wherein said first preventing means extends inside the body of the burner starting from the outflow section of the Venturi effect mixer through to an abutment point inside said body , to completely separate said at least one Venturi effect mixer from said at least one distribution chamber , said first preventing means being also are arranged downstream of said at least one Venturi effect mixer and upstream of and external to said at least one combustion mixture distribution chamber , and in that said first preventing means are positioned at the outflow section of said at least one Venturi effect mixer .
PM01183, or a pharmaceutically acceptable salt thereof, for use in the treatment of cancer, comprising administering a therapeutically effective amount of PM01183, or a pharmaceutically acceptable salt thereof, in synergistic combination with a therapeutically effective amount of a topoisomerase I and/or II inhibitor, wherein the topoisomerase I and/or II inhibitor is selected from topotecan, SN-38, irinotecan, camptothecin, rubitecan, etoposide and teniposide.
An exposure unit comprising zipper teeth to be exposed to a treatment of depositing a surface coating film, wherein said zipper teeth have two opposite legs , respectively (101 A, 101 B) connected by a bridge which delimits a recess between said legs , characterised in that it comprises a metallic or metallised retaining means for retaining said zipper teeth in specific positions, wherein said metallic or metallised retaining means is configured for a force connection by elastic mechanical engagement in said recess between said legs of said zipper teeth , and in that said metallic or metallised retaining means is configured for an electrical connection of said zipper teeth and comprises at least one filiform element , said at least one filiform element is formed by at least one rod for retaining a plurality of teeth , or said at least one filiform element is formed by at least one flexible cord for retaining a plurality of teeth , or said at least one filiform element is formed by a plurality of pairs of elastically deformable fingers , wherein each pair of fingers is configured to retain a single tooth , said finger pairs being supported by rods particularly flat and projecting from a longitudinal edge of said rods .
A method for wireless communication at a user equipment, UE, the method comprising: selecting a first transmission time interval, TTI, for transmitting a first scheduling request, SR, transmission based at least in part on a relationship of the first TTI to a second TTI; determining the second TTI in which a physical hybrid automatic repeat request indicator channel, PHICH, to be monitored is to be scheduled based on the relationship; transmitting the first SR transmission in the first TTI and in a radio frequency spectrum band on at least one resource of a contention-based physical uplink shared channel, PUSCH; and monitoring the PHICH for the response to the first SR transmission, the response comprising one message selected from a set of messages that include an uplink grant that indicates uplink resources allocable to the UE are available and an acknowledgement of the first SR transmission, wherein reception of the acknowledgement =implicitly indicates uplink resources allocable to the UE are unavailable. selecting a first transmission time interval, TTI, for transmitting a first scheduling request, SR, transmission based at least in part on a relationship of the first TTI to a second TTI; determining the second TTI in which a physical hybrid automatic repeat request indicator channel, PHICH, to be monitored is to be scheduled based on the relationship; transmitting the first SR transmission in the first TTI and in a radio frequency spectrum band on at least one resource of a contention-based physical uplink shared channel, PUSCH; and monitoring the PHICH for the response to the first SR transmission, the response comprising one message selected from a set of messages that include an uplink grant that indicates uplink resources allocable to the UE are available and an acknowledgement of the first SR transmission, wherein reception of the acknowledgement =implicitly indicates uplink resources allocable to the UE are unavailable.
A computer-implemented process to dynamically update firmware , the firmware including data volumes including respective data-objects (448; 458; 468) along with associated data-object identifiers (IDs) (440; 450; 460) and data-object version IDs (444; 454; 464), the process comprising: writing an updated version of a data object to an unused area of firmware memory of a computer without overwriting any prior version of the data object in the firmware memory; after notification of the writing , a data manager finding the updated version of the data object and its immediate predecessor version of the data object in the firmware memory based on their respective data-object version IDs; if an attribute for the predecessor version of the data object is dynamic, the data manager attempting to validate the updated version of the data object; if the updated version of the data object is determined to be valid, the data manager identifying from a data structure, a callback handle for the updated version of the dynamic data object; if the predecessor version of the data object is in use by a software entity, the data manager notifying , using the callback handle, the software entity of the updated version of the dynamic data object. writing an updated version of a data object to an unused area of firmware memory of a computer without overwriting any prior version of the data object in the firmware memory; after notification of the writing , a data manager finding the updated version of the data object and its immediate predecessor version of the data object in the firmware memory based on their respective data-object version IDs; if an attribute for the predecessor version of the data object is dynamic, the data manager attempting to validate the updated version of the data object; if the updated version of the data object is determined to be valid, the data manager identifying from a data structure, a callback handle for the updated version of the dynamic data object; if the predecessor version of the data object is in use by a software entity, the data manager notifying , using the callback handle, the software entity of the updated version of the dynamic data object.
Device for transporting cardboard flat sheets and the subsequent forming of cardboard boxes comprising a mould for forming the cardboard flat sheet , a plurality of picking suction cups for lifting a cardboard flat sheet from a picking area (P) , and a plurality of external forming counter wheels placed at a forming area (F) of the cardboard flat sheet to be formed, said counter wheels forming the box around said mould , wherein the device includes one or more gripping members , configured to move towards said cardboard sheet and to transport the cardboard flat sheet from said picking area (P) to said forming area (F) without losing contact with the sheet to be formed and to control its position, thus ensuring its positioning at the forming area (F) and the optimal forming of the same wherein said gripping members comprises one or more grippers arranged to grip firmly the cardboard flat sheet.
Actuator provided with a motor for moving an output arrangement , said actuator comprising an output lever , said actuator comprising a fusible connection linking said output arrangement and said output lever such that they rotate about a axis of rotation (AX), up to a mechanical torque threshold, characterized in that said actuator includes a fluid damper device housed between the output lever and the output arrangement to dampen rotation about said axis of rotation (AX) of said output lever relative to the output arrangement following a rupture of said fusible connection .
A transmission method, comprising: sending (S101), by a terminal, a random access preamble to a base station at a first transmit power, characterised by : sending, in the same slot as the random access preamble, a physical uplink shared channel PUSCH to the base station at a second transmit power, wherein a power deviation between the first transmit power and the second transmit power is indicated (S102) to the base station by using indication information, the indication information being transmitted with the random access preamble or the PUSCH; and receiving (S103), by the terminal, a random access response or a contention resolution message from the base station. sending, in the same slot as the random access preamble, a physical uplink shared channel PUSCH to the base station at a second transmit power, wherein a power deviation between the first transmit power and the second transmit power is indicated (S102) to the base station by using indication information, the indication information being transmitted with the random access preamble or the PUSCH; and receiving (S103), by the terminal, a random access response or a contention resolution message from the base station.
A tie shaft assembly for a gas turbine engine comprising: a compressor tie shaft having an upstream end and a downstream end and the downstream end includes a radially outer threaded surface and a radially inner threaded surface ; and a turbine tie shaft having an upstream end with a radially outer threaded surface in engagement with the radially inner threaded surface on the compressor tie shaft, and characterised by further comprising: a preload spring placed on a radially inner side of the compressor tie shaft and axially against a radially inward extending projection on the compressor tie shaft being axially preloaded in engagement with the protrusion on the compressor tie shaft and an axially forward edge of the turbine tie shaft and a spanner nut including a spanner threaded surface that engages the radially outer threaded surface on the compressor tie shaft. a compressor tie shaft having an upstream end and a downstream end and the downstream end includes a radially outer threaded surface and a radially inner threaded surface ; and a turbine tie shaft having an upstream end with a radially outer threaded surface in engagement with the radially inner threaded surface on the compressor tie shaft, and characterised by further comprising: a preload spring placed on a radially inner side of the compressor tie shaft and axially against a radially inward extending projection on the compressor tie shaft being axially preloaded in engagement with the protrusion on the compressor tie shaft and an axially forward edge of the turbine tie shaft and a spanner nut including a spanner threaded surface that engages the radially outer threaded surface on the compressor tie shaft.
A cleaner comprising: a suction fan portion ; and a driver driving the suction fan portion , wherein the driver comprises a driving motor having a plurality of rotors configured to rotate, wherein the suction fan portion comprises a first fan rotated by a first rotor and a second fan rotated by a second rotor of the driving motor , wherein the driving motor further comprises a stator commonly used for the first rotor and the second rotor , and wherein one of the first fan and the second fan is an axial flow fan in which a direction of air flow is parallel with a rotary shaft, characterized in that the other fan of the first fan and the second fan is a centrifugal fan flowing the air from the inside to the circumferential direction by centripetal force or a mixed flow fan having a function of the axial flow fan and the centrifugal fan. a suction fan portion ; and a driver driving the suction fan portion , wherein the driver comprises a driving motor having a plurality of rotors configured to rotate, wherein the suction fan portion comprises a first fan rotated by a first rotor and a second fan rotated by a second rotor of the driving motor , wherein the driving motor further comprises a stator commonly used for the first rotor and the second rotor , and wherein one of the first fan and the second fan is an axial flow fan in which a direction of air flow is parallel with a rotary shaft, characterized in that the other fan of the first fan and the second fan is a centrifugal fan flowing the air from the inside to the circumferential direction by centripetal force or a mixed flow fan having a function of the axial flow fan and the centrifugal fan.
A compressor comprising: a housing having a suction inlet , at least one economizer inlet , and an outlet ; a first cylinder arranged within the housing, the first cylinder having a first suction valve arranged in fluid communication with the suction inlet and a first discharge valve fluidly connected to the outlet ; at least one second cylinder arranged within the housing, the at least one second cylinder having a second suction valve in fluid communication with the at least one economizer inlet and a second discharge valve fluidly connected to the outlet ; and a first piston arranged within the first cylinder and a second piston arranged within the at least one second cylinder , wherein the first cylinder has a first configuration and the at least one second cylinder has a second configuration, the first configuration and the second configuration being different; wherein the first cylinder is configured to receive a first flow having a first pressure provided to the suction inlet and the at least one second cylinder is configured to receive a second flow having a second pressure provided to the at least one economizer inlet , the first pressure and the second pressure being different; wherein only the first flow provided to the suction inlet is compressed within the first cylinder and only the second flow provided to the at least one economizer inlet is compressed within the at least one second cylinder ; and wherein the at least one second cylinder is distinct from the first cylinder . a housing having a suction inlet , at least one economizer inlet , and an outlet ; a first cylinder arranged within the housing, the first cylinder having a first suction valve arranged in fluid communication with the suction inlet and a first discharge valve fluidly connected to the outlet ; at least one second cylinder arranged within the housing, the at least one second cylinder having a second suction valve in fluid communication with the at least one economizer inlet and a second discharge valve fluidly connected to the outlet ; and a first piston arranged within the first cylinder and a second piston arranged within the at least one second cylinder , wherein the first cylinder has a first configuration and the at least one second cylinder has a second configuration, the first configuration and the second configuration being different; wherein the first cylinder is configured to receive a first flow having a first pressure provided to the suction inlet and the at least one second cylinder is configured to receive a second flow having a second pressure provided to the at least one economizer inlet , the first pressure and the second pressure being different; wherein only the first flow provided to the suction inlet is compressed within the first cylinder and only the second flow provided to the at least one economizer inlet is compressed within the at least one second cylinder ; and wherein the at least one second cylinder is distinct from the first cylinder .
Production method in which a workpiece is built up layer by layer in a gradual manner and, for build-up of the workpiece , a respective preformed layer , which is formed on a layer carrier by means of an electrophotographic printing process, is transferred from the layer carrier to the workpiece , wherein the layer carrier is completely rolled onto a roller after printing by means of the electrophotographic printing process, characterized in that the layer is formed from different materials, and at least one of the layers is formed from multiple sub-layers which are arranged one above the other.
An induction heated roll apparatus comprising: a roller main body that is rotatably supported; a cylindrical iron core provided inside the roller main body; an induction coil wound around an outer peripheral surface of the cylindrical iron core; a cooling pipe welded to an inner peripheral surface of the cylindrical iron core, characterised in that the cooling pipe includes an outward pipe and a return pipe spirally wound in a same winding direction along the inner peripheral surface of the cylindrical iron core, the outward pipe and the return pipe communicate with each other at one end side, a cooling medium inlet (P1) is formed at another end of the outward pipe, and a cooling medium outlet (P2) is formed at another end of the return pipe. a roller main body that is rotatably supported; a cylindrical iron core provided inside the roller main body; an induction coil wound around an outer peripheral surface of the cylindrical iron core; a cooling pipe welded to an inner peripheral surface of the cylindrical iron core, characterised in that the cooling pipe includes an outward pipe and a return pipe spirally wound in a same winding direction along the inner peripheral surface of the cylindrical iron core, the outward pipe and the return pipe communicate with each other at one end side, a cooling medium inlet (P1) is formed at another end of the outward pipe, and a cooling medium outlet (P2) is formed at another end of the return pipe.
A method of preparing an RNA sample comprising: a) obtaining a fragmented RNA sample comprising: i. RNA fragments of long RNA molecules, wherein said fragments comprise a 5'-OH group and a 2'-3'-cyclic phosphate group; and ii. unfragmented short RNA molecules that comprise a 5' phosphate group and a 3' OH group; and b) contacting said fragmented RNA sample with an adaptor in the presence of a eukaryotic tRNA ligase, thereby producing a ligated RNA sample, wherein: A) said eukaryotic tRNA ligase has an kinase activity but no cyclic phosphodiesterase activity; and B) said adaptor comprises an unligateabe 5' terminus and a 3' terminus comprising a 2'-PO group and a 3'-OH group; wherein said kinase activity converts the 5' -OH group of said fragments to 5'-PO group and said contacting results in ligation of the 3' terminus of the adaptor to: i. the 5' terminus but not the 3' terminus of the RNA fragments and ii. the 5' terminus but not the 3' terminus of the short RNA molecules. a) obtaining a fragmented RNA sample comprising: i. RNA fragments of long RNA molecules, wherein said fragments comprise a 5'-OH group and a 2'-3'-cyclic phosphate group; and ii. unfragmented short RNA molecules that comprise a 5' phosphate group and a 3' OH group; and i. RNA fragments of long RNA molecules, wherein said fragments comprise a 5'-OH group and a 2'-3'-cyclic phosphate group; and ii. unfragmented short RNA molecules that comprise a 5' phosphate group and a 3' OH group; and b) contacting said fragmented RNA sample with an adaptor in the presence of a eukaryotic tRNA ligase, thereby producing a ligated RNA sample, wherein: A) said eukaryotic tRNA ligase has an kinase activity but no cyclic phosphodiesterase activity; and B) said adaptor comprises an unligateabe 5' terminus and a 3' terminus comprising a 2'-PO group and a 3'-OH group; wherein said kinase activity converts the 5' -OH group of said fragments to 5'-PO group and said contacting results in ligation of the 3' terminus of the adaptor to: i. the 5' terminus but not the 3' terminus of the RNA fragments and ii. the 5' terminus but not the 3' terminus of the short RNA molecules. A) said eukaryotic tRNA ligase has an kinase activity but no cyclic phosphodiesterase activity; and B) said adaptor comprises an unligateabe 5' terminus and a 3' terminus comprising a 2'-PO group and a 3'-OH group; i. the 5' terminus but not the 3' terminus of the RNA fragments and ii. the 5' terminus but not the 3' terminus of the short RNA molecules.
An antibody-drug conjugate compound wherein a linker drug is site-specifically conjugated to an IgG1 antibody through an engineered cysteine in said antibody at heavy chain position 41 according to Kabat numbering, wherein said linker drug comprises a duocarmycin derivative.
A biodegradable mulching film comprising a base substrate , wherein the base substrate is made of paper and that the mulching film further comprises a coating , wherein the coating is applied to an upper side of the base substrate , the upper side being the side of the base substrate away from the soil when the mulching film is used in the field, characterized in that the mulching film is a water and air permeable mulching film, wherein the coating in a wet form comprises at least: - an inorganic filler in the range 60-74 %-weight, - water in the range 2-8 %-weight, - a binder in the range 15-25 %-weight, and - a pigment paste in the range 8-13 %-weight. - an inorganic filler in the range 60-74 %-weight, - water in the range 2-8 %-weight, - a binder in the range 15-25 %-weight, and - a pigment paste in the range 8-13 %-weight.
An automotive battery system comprising: - a first battery configured to couple to an electrical system, wherein the first battery comprises a first battery chemistry; - a second battery coupled in parallel with the first battery and configured to couple to the electrical system; - a first switch coupled to a positive terminal of the second battery and configured to electrically couple or decouple the second battery to or from the electrical system; and - a battery control unit configured to detect a short circuit condition of the first battery , the second battery , or both and to decouple the second battery from the electrical system by opening the first switch upon detecting the short circuit condition, wherein the battery control unit comprises a wake-up control unit configured to wake-up the battery control unit upon detection of a potential short circuit condition while the battery control unit is in a hibernation mode, wherein the wake-up control unit receives a voltage signal from an output of the first battery and the second battery , determines an instantaneous rate of change of the voltage signal, and provides a wake-up signal to short circuit detection electronics of the battery control unit when the instantaneous rate of change of the voltage signal is lower than a predetermined threshold value. - a first battery configured to couple to an electrical system, wherein the first battery comprises a first battery chemistry; - a second battery coupled in parallel with the first battery and configured to couple to the electrical system; - a first switch coupled to a positive terminal of the second battery and configured to electrically couple or decouple the second battery to or from the electrical system; and - a battery control unit configured to detect a short circuit condition of the first battery , the second battery , or both and to decouple the second battery from the electrical system by opening the first switch upon detecting the short circuit condition,