mhurhangee/patent-ind-claim-en huggingface dataset:
An inhaler article comprising: a body extending along a longitudinal axis from a mouthpiece end to a distal end ; an endpiece element at the distal end ; a capsule cavity defined within the body and extending along the longitudinal axis; a mouthpiece air channel extending from the capsule cavity to the mouthpiece end ; a vortex tunnel between the endpiece element and the capsule cavity , the vortex tunnel having an air inlet and an air passageway extending from the air inlet to the capsule cavity, wherein the vortex tunnel has an outer diameter in contact with the inner diameter of the body and the air passageway of the vortex tunnel is defined by an inner diameter of the vortex tunnel, the an inner diameter of the vortex tunnel being less than an inner diameter of the body ; and a porous element is between the capsule cavity and the mouthpiece air channel , wherein: the endpiece element is configured to restrict or prevent airflow through the distal end to the capsule cavity ; and the air inlet and air passageway of the vortex tunnel are configured to enable air to be drawn into the capsule cavity and form a vortex of inhalation air through the capsule cavity. a body extending along a longitudinal axis from a mouthpiece end to a distal end ; an endpiece element at the distal end ; a capsule cavity defined within the body and extending along the longitudinal axis; a mouthpiece air channel extending from the capsule cavity to the mouthpiece end ; a vortex tunnel between the endpiece element and the capsule cavity , the vortex tunnel having an air inlet and an air passageway extending from the air inlet to the capsule cavity, wherein the vortex tunnel has an outer diameter in contact with the inner diameter of the body and the air passageway of the vortex tunnel is defined by an inner diameter of the vortex tunnel, the an inner diameter of the vortex tunnel being less than an inner diameter of the body ; and a porous element is between the capsule cavity and the mouthpiece air channel , the endpiece element is configured to restrict or prevent airflow through the distal end to the capsule cavity ; and the air inlet and air passageway of the vortex tunnel are configured to enable air to be drawn into the capsule cavity and form a vortex of inhalation air through the capsule cavity.
Device for injecting a fluid , in particular into the exhaust tract of an internal combustion engine, having a reservoir for storing the fluid to be injected; an injection and dosing module ; a pump which is designed such that, during operation, it delivers fluid from the reservoir to the injection and dosing module ; and a return line which permits an outflow of fluid from the injection and dosing module , wherein a switchable throttle valve is arranged in the return line , characterized in that the throttle valve is designed such that it can be operated in a pumping mode in which the throttle valve acts as a pump so as to pump fluid out of the injection and dosing module (description page 2, lines 28 to 31).
A roller band system for laminated products comprising: a main support structure ; a feeding band with an entrance end and an exit end , wherein the feeding band is partially mounted unto a first mobile support structure ; a conveyor band , substantially horizontal, mounted on an upper part of the main support structure for receiving and transporting the laminated products at a first speed and in a first direction; a start roller band having a work surface and mounted unto a second mobile support structure , wherein the start roller band is configured to receive the laminated products from the conveyor band and to begin their rolling at a second speed and in a second direction; a roller band mounted unto a third mobile support structure and configured to receive the products which were started to be rolled, to roll them and covey them, wherein the roller band is in an inclined plane which is under the horizontal conveyor band ; and an unloading band mounted on a lower part of the main support structure and configured to receive the rolled products and to unload them; the roller band system characterized in that the conveyor band is a parabolic convex band; the work surface of the start roller band is set on an inclined plane towards the conveyor band ; and said unloading band comprises at least four sections with different inclinations, a first section with a substantially horizontal inclination, a second section with an ascending inclination, a third section with a substantially horizontal inclination and a fourth section with a descending inclination. a main support structure ; a feeding band with an entrance end and an exit end , wherein the feeding band is partially mounted unto a first mobile support structure ; a conveyor band , substantially horizontal, mounted on an upper part of the main support structure for receiving and transporting the laminated products at a first speed and in a first direction; a start roller band having a work surface and mounted unto a second mobile support structure , wherein the start roller band is configured to receive the laminated products from the conveyor band and to begin their rolling at a second speed and in a second direction; a roller band mounted unto a third mobile support structure and configured to receive the products which were started to be rolled, to roll them and covey them, wherein the roller band is in an inclined plane which is under the horizontal conveyor band ; and an unloading band mounted on a lower part of the main support structure and configured to receive the rolled products and to unload them; the roller band system characterized in that the conveyor band is a parabolic convex band; the work surface of the start roller band is set on an inclined plane towards the conveyor band ; and said unloading band comprises at least four sections with different inclinations, a first section with a substantially horizontal inclination, a second section with an ascending inclination, a third section with a substantially horizontal inclination and a fourth section with a descending inclination.
Production system for producing and/or filling containers , in particular beverage bottles, with modular processing units , each comprising: - a single stationary operating module for producing or processing said containers such that the containers during treatment do not circulate along a pitch circle; and - handling devices for handling said containers between a container entry of said processing unit and a container exit of said processing unit and for positioning said containers in said operating module, where at least two processing units (4a - 4d, 5a - 5d) of the same kind are provided to which said containers can be specifically distributed, where a handling device at the entry side is provided for receiving said containers at a transfer interface at the entry side and for inserting said containers into said operating module as well as a handling device at the exit side for removing said containers from said operating module and for transferring said containers at a transfer interface at the exit side, furthermore with at least one distribution module arranged between processing units (1a, 1b, 2, 3a - 3d, 5a-5d, 6) provided for different work steps, with which a product flow formed by said containers can be distributed to at least two partial product flows or at least two partial product flows formed by said containers can be merged, wherein the at least one distribution module is configured for a flexible capacity utilization in combination with processing units (1a, 1b, 2, 3a - 3d, 5a-5d, 6) with work process periods of different length such that said containers are distributed from a processing unit for a first work step with a first work process period to multiple processing units (3a - 3d) for a second work step with a second work process period that is longer as compared thereto, and/or vice versa. - a single stationary operating module for producing or processing said containers such that the containers during treatment do not circulate along a pitch circle; and - handling devices for handling said containers between a container entry of said processing unit and a container exit of said processing unit and for positioning said containers in said operating module,
A method of forming a textile comprising: knitting a first region with a second yarn on a first needle bed; transferring the second yarn on the first needle bed to a second needle bed; characterised by knitting , into a single jersey knit structure, a curling region with both a first yarn and the second yarn on the second needle bed; knitting a window region with the first yarn , wherein the first yarn comprises a thermoplastic material having a first melting temperature; and heating the textile to at least the first melting temperature to at least partially melt the first yarn . knitting a first region with a second yarn on a first needle bed; transferring the second yarn on the first needle bed to a second needle bed; characterised by knitting , into a single jersey knit structure, a curling region with both a first yarn and the second yarn on the second needle bed; knitting a window region with the first yarn , wherein the first yarn comprises a thermoplastic material having a first melting temperature; and heating the textile to at least the first melting temperature to at least partially melt the first yarn .
A process for the preparation of Savolitinib (I) comprising the preparation of -1-imidazo[1,2-a]pyridin-6-ylethanamine (III), or a pharmaceutically acceptable salt thereof, comprising the steps of (i) asymmetric enzymatic transamination of 1-imidazo[1,2-a]pyridin-6-ylethanone (II), in the presence of an enzyme, an enzyme cofactor and an amine source; and (ii) isolation of -1-imidazo[1,2-a]pyridin-6-ylethanamine (III), or a pharmaceutically acceptable salt thereof.
A reusable modular building that in use comprises a self-supporting steel skeleton comprising: a predetermined number of rectangular steel floor frames that each comprise elongated steel profiles that are releasably coupled to each other with releasable coupling elements ; a predetermined number of rectangular steel roof frames that each comprise elongated steel profiles that are releasably coupled to each other with releasable coupling elements; a predetermined number of steel supporting pillars that are releasably connected under right angles with the elongated steel profiles of both the predetermined number of rectangular steel floor frames and the predetermined number of rectangular steel roof frames so as to releasably interconnect said predetermined number of rectangular steel floor frames and said predetermined number of rectangular steel roof frames; wherein each elongated steel profile of both the predetermined number of rectangular steel floor frames and the predetermined number of the rectangular steel roof frames is provided with at least two tubular steel receiving members that are arranged at opposite ends of each respective elongated steel profile, characterized in that each steel supporting pillar of the predetermined number of steel supporting pillars is provided at its ends with at least one elongated steel protrusion , wherein each of said tubular steel receiving members and each of said elongated steel protrusions are configured to establish a releasable tight-fitting coupling upon insertion of said elongated steel protrusion into said tubular steel receiving member. a predetermined number of rectangular steel floor frames that each comprise elongated steel profiles that are releasably coupled to each other with releasable coupling elements ; a predetermined number of rectangular steel roof frames that each comprise elongated steel profiles that are releasably coupled to each other with releasable coupling elements; a predetermined number of steel supporting pillars that are releasably connected under right angles with the elongated steel profiles of both the predetermined number of rectangular steel floor frames and the predetermined number of rectangular steel roof frames so as to releasably interconnect said predetermined number of rectangular steel floor frames and said predetermined number of rectangular steel roof frames; wherein each elongated steel profile of both the predetermined number of rectangular steel floor frames and the predetermined number of the rectangular steel roof frames is provided with at least two tubular steel receiving members that are arranged at opposite ends of each respective elongated steel profile, characterized in that each steel supporting pillar of the predetermined number of steel supporting pillars is provided at its ends with at least one elongated steel protrusion , wherein each of said tubular steel receiving members and each of said elongated steel protrusions are configured to establish a releasable tight-fitting coupling upon insertion of said elongated steel protrusion into said tubular steel receiving member.
A particulate material dispenser including a longitudinally extending body comprising: a longitudinally extending base element ; a tubular element which extends longitudinally from the base element , an inner wall of the tubular element defining a first cavity ; characterised by a capping element which is distanced longitudinally from an end of the tubular element ; a common outer wrapper which is engaged around the base element , the tubular element and the capping element , an inner wall of the common outer wrapper defining a second cavity between the tubular element and the capping element , wherein a particulate material is within the first and/or second cavity. a longitudinally extending base element ; a tubular element which extends longitudinally from the base element , an inner wall of the tubular element defining a first cavity ; characterised by a capping element which is distanced longitudinally from an end of the tubular element ; a common outer wrapper which is engaged around the base element , the tubular element and the capping element , an inner wall of the common outer wrapper defining a second cavity between the tubular element and the capping element , wherein a particulate material is within the first and/or second cavity.
An accelerator comprising: an input buffer ; a Lempel-Ziv 77, LZ77, compressor communicatively coupled to an output of the input buffer; a Huffman encoder communicatively coupled to the LZ77 compressor, the Huffman encoder comprising a bit translator configured to map a first symbol count comprising a first bit width to a second symbol count comprising a second bit width of less than the first bit width, wherein the bit translator is configured to generate a bit shift field to encode a position of the most significant non-zero bit of the first symbol and a bit mantissa, wherein the bit shift field has a number of digits needed to uniquely encode the shift possibilities of the first symbol count; and an output buffer communicatively coupled to the Huffman encoder. an input buffer ; a Lempel-Ziv 77, LZ77, compressor communicatively coupled to an output of the input buffer; a Huffman encoder communicatively coupled to the LZ77 compressor, the Huffman encoder comprising a bit translator configured to map a first symbol count comprising a first bit width to a second symbol count comprising a second bit width of less than the first bit width, wherein the bit translator is configured to generate a bit shift field to encode a position of the most significant non-zero bit of the first symbol and a bit mantissa, wherein the bit shift field has a number of digits needed to uniquely encode the shift possibilities of the first symbol count; and an output buffer communicatively coupled to the Huffman encoder.
An optical glass comprising, in expression of atomic %: Ge + Ga; 6% to 30%; S + Se + Te; 50% to 85%; and Ti; 0.001% to 0.5%, wherein a wavelength (λ T10% ) at a long-wavelength side end which infrared transmittance through a glass plate converted to a thickness of 1 mm based on the optical glass becomes 10% is 12 μm or more.
A mobile base station , comprising means for: determining an operating mode of the mobile base station based on the mobile base station's current location and/or current mobility mode; switching the operating mode of the mobile base station from a full base station functionality to a limited base station functionality based on the determining of the operating mode; and establishing , from the mobile base station operating on the limited base station functionality, a connection to a visitor network having a mutual agreement with a home network, wherein the limited base station functionality comprises a relay mode. determining an operating mode of the mobile base station based on the mobile base station's current location and/or current mobility mode; switching the operating mode of the mobile base station from a full base station functionality to a limited base station functionality based on the determining of the operating mode; and establishing , from the mobile base station operating on the limited base station functionality, a connection to a visitor network having a mutual agreement with a home network, wherein the limited base station functionality comprises a relay mode.
A developing roller , comprising an elastic layer , a coat layer formed on the elastic layer , and end portion coat layers formed on outermost surfaces on two axial end portions, wherein the end portion coat layers comprise a conductive material, characterized in that the end portion coat layers have a higher hardness than the coat layer , wherein a ratio (Ω1/Ω2) of a resistance value Ω1 at an axial central part of the end portion coat layers to a resistance value Ω2 at an axial central part of the coat layer is 1.6 or less, and wherein an absolute value (|Ω1 - Ω2|) of a difference between the resistance value Ω1 at an axial central part of the end portion coat layers and the resistance value Ω2 at an axial central part of the coat layer is 0.7 GΩ or less, the resistance values Ω1 and Ω2 being determined according to methods identified in the description. wherein the end portion coat layers comprise a conductive material, characterized in that the end portion coat layers have a higher hardness than the coat layer , wherein a ratio (Ω1/Ω2) of a resistance value Ω1 at an axial central part of the end portion coat layers to a resistance value Ω2 at an axial central part of the coat layer is 1.6 or less, and wherein an absolute value (|Ω1 - Ω2|) of a difference between the resistance value Ω1 at an axial central part of the end portion coat layers and the resistance value Ω2 at an axial central part of the coat layer is 0.7 GΩ or less, the resistance values Ω1 and Ω2 being determined according to methods identified in the description.
An air conditioning and ventilating system (S) comprising: an air conditioning device (A) including a compressor and a heat exchanger configured to generate conditioned air by heat exchange with a refrigerant; a ventilation device communicatively connected to the air conditioning device (A) and including a supply air fan and/or an exhaust fan ; an airflow volume detection unit configured to detect an airflow volume equivalent value of the ventilation device ; and a control unit , characterized in that , on determination that the airflow volume equivalent value acquired from the airflow volume detection unit is equal to or less than a first predetermined value during operation of the ventilation device , the control unit is configured to set an operation of the air conditioning device (A) to a stop state by stopping the compressor . an air conditioning device (A) including a compressor and a heat exchanger configured to generate conditioned air by heat exchange with a refrigerant; a ventilation device communicatively connected to the air conditioning device (A) and including a supply air fan and/or an exhaust fan ; an airflow volume detection unit configured to detect an airflow volume equivalent value of the ventilation device ; and a control unit , characterized in that , on determination that the airflow volume equivalent value acquired from the airflow volume detection unit is equal to or less than a first predetermined value during operation of the ventilation device , the control unit is configured to set an operation of the air conditioning device (A) to a stop state by stopping the compressor .
An organically modified silica aerogel composition, said composition comprising a linear polymer covalently bonded at one or both ends to the silica network through a C-Si bond between a carbon atom of the polymer and a silicon atom of the network, wherein the linear polymer is a polyether, polyoxyalkylene, polyoxypropylene, polybutadiene, polyoxypropylene-copolyoxyethylene or a combination thereof, wherein the aerogel composition (i) comprises an organically modified silica aerogel with a density from 0.01 to 0.3 g/cc and (ii) has a thermal conductivity between 10 mW/mK and 16 mW/mK under ambient conditions.
A dispersible tablet formulation comprising dolutegravir or a pharmaceutically acceptable salt thereof and a pharmaceutically acceptable ion, wherein the tablet comprises 5 mg of dolutegravir free acid equivalent, and wherein the dispersible tablet formulation comprises sucralose.
An emergency specimen conveying method of an automatic analyzer including: a sampling area configured to serve as a position where a specimen is dispensed from a specimen container into a reaction vessel; one dispensing lane configured to include a waiting area where a specimen rack waits until the dispensing starts, on an upstream side of the sampling area, and to convey the specimen rack in a first direction from the upstream side to a downstream side; and a conveying lane configured to convey the specimen rack in the first direction wherein the dispensing lane receives the specimen rack from the conveying lane upstream of the sampling area and characterized in that the dispensing lane returns the specimen rack to the conveying lane downstream of the sampling area, and in that , when the specimen rack is present in the sampling area , the dispensing lane is configured to receive an emergency specimen rack from the conveying lane at the downstream side of the sampling area and the emergency specimen rack is conveyed on the dispensing lane in a second direction opposite to the first direction. a sampling area configured to serve as a position where a specimen is dispensed from a specimen container into a reaction vessel; one dispensing lane configured to include a waiting area where a specimen rack waits until the dispensing starts, on an upstream side of the sampling area, and to convey the specimen rack in a first direction from the upstream side to a downstream side; and a conveying lane configured to convey the specimen rack in the first direction wherein the dispensing lane receives the specimen rack from the conveying lane upstream of the sampling area and characterized in that the dispensing lane returns the specimen rack to the conveying lane downstream of the sampling area, and in that , when the specimen rack is present in the sampling area , the dispensing lane is configured to receive an emergency specimen rack from the conveying lane at the downstream side of the sampling area and the emergency specimen rack is conveyed on the dispensing lane in a second direction opposite to the first direction.