mhurhangee/patent-ind-claim-en huggingface dataset:
A color converter comprising - a polymeric matrix material comprising at least one 2,5-furandicarboxylate polyester (A) obtainable by reacting (i) at least one diol selected from an aliphatic C 2 -C 20 -diol and a cycloaliphatic C 3 -C 20 -diol, with (ii) 2,5-furandicarboxylic acid and/or an ester forming derivative thereof and (iii) optionally at least one further dicarboxylic acid selected from 1,2-cyclohexanedicarboxylic acid, 1,4-cyclohexanedicarboxylic acid, 3,4-furandicarboxylic acid, terephthalic acid and 2,6-naphthalic acid and/or an ester forming derivative thereof; and - at least one luminescent material. - a polymeric matrix material comprising at least one 2,5-furandicarboxylate polyester (A) obtainable by reacting (i) at least one diol selected from an aliphatic C 2 -C 20 -diol and a cycloaliphatic C 3 -C 20 -diol, with (ii) 2,5-furandicarboxylic acid and/or an ester forming derivative thereof and (iii) optionally at least one further dicarboxylic acid selected from 1,2-cyclohexanedicarboxylic acid, 1,4-cyclohexanedicarboxylic acid, 3,4-furandicarboxylic acid, terephthalic acid and 2,6-naphthalic acid and/or an ester forming derivative thereof; and - at least one luminescent material.
An apparatus for emptying a transport unit having an apparatus for workpiece identification and/or workpiece position recognition of a plurality of randomly arranged workpieces within the transport unit and having a picking device for emptying the transport unit , wherein the apparatus for workpiece identification and/or workpiece position recognition comprises a sensor arrangement , wherein the sensor arrangement comprises at least two image sensors and at least two laser units , and wherein the image sensors and the laser units of the sensor arrangement are fixedly associated with one another by means of connection elements and are linearly travelable above the transport unit over an axis of the apparatus.
A transmitter device of a bi-static or multi-static radar system for aerial surveillance, said transmitter device being intended to be on board a satellite orbiting the Earth, characterised in that the radar system is an active system, the transmitter device configured to cooperate with at least one receiver device , and when the transmitter device is on board the satellite in orbit, the transmitter device is configured to obtain information relating to a region of interest intended to be monitored by said at least one receiver device of the radar system and to transmit a signal in a radio beam illuminating at least a portion of said region of interest .
A liner tube for a core barrel assembly, comprising: a sleeve having an inner surface configured to be coupled to a layer of material configured to absorb or adsorb formation fluids or parts of formation fluids, the sleeve being substantially cylindrical, wherein, at every longitudinal location of the sleeve with respect to a longitudinal axis of the sleeve, a transverse cross-section of a wall of the sleeve includes at least one gap extending radially through the entire wall of the sleeve , the at least one gap separating a portion of the sleeve wall on one circumferential side of the at least one gap from another portion of the sleeve wall on an opposite circumferential side of the at least one gap , and the sleeve having a flexibility in a circumferential direction greater than that of a sleeve without a gap extending radially through an entire wall of the sleeve at a transverse cross-section of the sleeve at every longitudinal location of the sleeve ; wherein the at least one gap comprises at least one slot formed in an outer surface of the sleeve , each slot extending completely radially through a wall of the sleeve from an outer surface of the sleeve to the inner surface of the sleeve , at least a portion of the slot extending longitudinally discontinuously along at least a portion of an entire length of the sleeve , wherein the slot comprises a plurality of segments , and one or more formations of material of the wall of the sleeve separate the segments of the slot .
An exhaust gas heater for an exhaust gas system of an internal combustion engine, comprising: - a carrier arrangement , - a heating conductor arrangement which is supported on the carrier arrangement and has at least one current-carrying heating conductor (14, 16; 14'), - a connecting arrangement for the fixed connection of the heating conductor arrangement to the carrier arrangement , the heating conductor arrangement being supported on the carrier arrangement in an electrically insulated manner by means of the connecting arrangement , wherein the connecting arrangement comprises a plurality of connecting elements , wherein the heating conductor arrangement is supported on at least one connecting element by means of an insulating carrier unit in an electrically insulated manner with regard to the at least one connecting element , wherein the at least one connecting element comprises a shank , characterized in that the insulating carrier unit comprises a carrier sleeve , which surrounds the shank , and comprises insulating material which supports the carrier sleeve on the shank , and that the heating conductor arrangement comprises at least one heating conductor (14, 16; 14') which is connected fixedly to at least one carrier sleeve . - a carrier arrangement , - a heating conductor arrangement which is supported on the carrier arrangement and has at least one current-carrying heating conductor (14, 16; 14'), - a connecting arrangement for the fixed connection of the heating conductor arrangement to the carrier arrangement , the heating conductor arrangement being supported on the carrier arrangement in an electrically insulated manner by means of the connecting arrangement , wherein the connecting arrangement comprises a plurality of connecting elements , wherein the heating conductor arrangement is supported on at least one connecting element by means of an insulating carrier unit in an electrically insulated manner with regard to the at least one connecting element , wherein the at least one connecting element comprises a shank , characterized in that the insulating carrier unit comprises a carrier sleeve , which surrounds the shank , and comprises insulating material which supports the carrier sleeve on the shank , and that the heating conductor arrangement comprises at least one heating conductor (14, 16; 14') which is connected fixedly to at least one carrier sleeve .
A carbon fiber reinforced polymer panel arrangement , comprising at least one carbon fiber reinforced polymer panel that is provided with interlocking elements associated with a zip fastener , said interlocking elements being rigidly attached to an associated interlocking element tape , characterized in that said associated interlocking element tape is sewed to said at least one carbon fiber reinforced polymer panel , wherein said at least one carbon fiber reinforced polymer panel comprises a carbon fiber reinforced polymer fabric that is infused with epoxy resin , said associated interlocking element tape being sewed to said carbon fiber reinforced polymer fabric by means of carbon fiber yarn .
Rolling bearing for longitudinal movements, with torque-transmitting capability, comprising the following features: - an outer part having a cavity which penetrates the outer part in a longitudinal direction of movement, - an inner part which passes through the cavity, - between the inner and the outer part , there are arranged at least two rows of rolling bodies by way of which the two parts are longitudinally movable in relation to each other, - on the inner and/or outer part , there are arranged raceway inserts on which the rolling bodies are provided for rolling purposes, - only one of the raceway inserts of one of the rolling body rows is resiliently mounted, at least perpendicularly with respect to the longitudinal direction of movement, in a corresponding cutout on the inner or outer part , and - the raceway inserts are configured as rolling surfaces for the rolling bodies , which are configured as balls, with groove-like recesses extending in the longitudinal direction, characterized in that - the remaining raceway insert(s) of the other rolling body row(s) is or are fixed, captively and without play, in a corresponding cutout on the inner or outer part in a positively locking and/or materially bonded manner. - an outer part having a cavity which penetrates the outer part in a longitudinal direction of movement, - an inner part which passes through the cavity, - between the inner and the outer part , there are arranged at least two rows of rolling bodies by way of which the two parts are longitudinally movable in relation to each other, - on the inner and/or outer part , there are arranged raceway inserts on which the rolling bodies are provided for rolling purposes, - only one of the raceway inserts of one of the rolling body rows is resiliently mounted, at least perpendicularly with respect to the longitudinal direction of movement, in a corresponding cutout on the inner or outer part , and - the raceway inserts are configured as rolling surfaces for the rolling bodies , which are configured as balls, with groove-like recesses extending in the longitudinal direction, characterized in that - the remaining raceway insert(s) of the other rolling body row(s) is or are fixed, captively and without play, in a corresponding cutout on the inner or outer part in a positively locking and/or materially bonded manner.
A control channel resource configuration method, comprising: sending , by a base station, indication information to a terminal device, wherein the indication information is used to indicate a configuration of a time-frequency resource unit of a control channel, and the configuration of the time-frequency resource unit of the control channel is one of at least two configurations of a time-frequency resource unit, and the indication information is carried in higher layer signaling; wherein the at least two configurations of a time-frequency resource unit comprise a first configuration and a second configuration; a time-frequency resource unit of the first configuration occupies one orthogonal frequency division multiplexing symbol in time domain, and a reference signal for demodulating the control channel is located on the orthogonal frequency division multiplexing symbol occupied by the time-frequency resource unit of the first configuration; and a time-frequency resource unit of the second configuration occupies at least two orthogonal frequency division multiplexing symbols in time domain, and a reference signal for demodulating the control channel is located on at least one of the at least two orthogonal frequency division multiplexing symbols occupied by the time-frequency resource unit of the second configuration sending , by a base station, indication information to a terminal device, wherein the indication information is used to indicate a configuration of a time-frequency resource unit of a control channel, and the configuration of the time-frequency resource unit of the control channel is one of at least two configurations of a time-frequency resource unit, and the indication information is carried in higher layer signaling; wherein the at least two configurations of a time-frequency resource unit comprise a first configuration and a second configuration; a time-frequency resource unit of the first configuration occupies one orthogonal frequency division multiplexing symbol in time domain, and a reference signal for demodulating the control channel is located on the orthogonal frequency division multiplexing symbol occupied by the time-frequency resource unit of the first configuration; and a time-frequency resource unit of the second configuration occupies at least two orthogonal frequency division multiplexing symbols in time domain, and a reference signal for demodulating the control channel is located on at least one of the at least two orthogonal frequency division multiplexing symbols occupied by the time-frequency resource unit of the second configuration
A method for delivering a POE lubricant into a vehicle air conditioning system comprising connecting a container comprising a composition to the vehicle air conditioning system and transferring the composition into the vehicle air conditioning system, wherein the composition comprises 50 to 80 wt% polyol ester (POE) lubricant and 20 to 50 wt% refrigerant, wherein the refrigerant exhibits a global warming potential (GWP) of less than about 150, wherein the pressure within the container is 160 kPa to 945 kPa and wherein the temperature is between -18°C and 37°C.
A polyamide composition comprising: a polyamide (A), 0.1 to 20% by mass of metal hydroxide (C), wherein the metal hydroxide is calcium hydroxide and/or metal oxide (D) wherein the metal oxide is calcium oxide, 0.1 to 20% by mass of a phosphorus-based compound (E), and 5% by mass or more of an inorganic filler (F) selected from the group consisting of glass fiber, carbon fiber, calcium silicate fiber, potassium titanate fiber, aluminum borate fiber, glass flake, talc, kaolin, mica, hydrotalcite, calcium carbonate, zinc carbonate, zinc oxide, wollastonite, silica, zeolite, alumina, boehmite, aluminum hydroxide, silicon oxide, calcium silicate, sodium aluminosilicate, magnesium silicate, carbon nanotube, graphite, brass, copper, silver, aluminum, nickel, iron, calcium fluoride, montmorillonite, and swellable fluorine mica . a polyamide (A), 0.1 to 20% by mass of metal hydroxide (C), wherein the metal hydroxide is calcium hydroxide and/or metal oxide (D) wherein the metal oxide is calcium oxide, 0.1 to 20% by mass of a phosphorus-based compound (E),
A surgical tool comprising: a body portion having proximal and distal ends and defining a first longitudinal axis ("X"); a tool assembly defining a second longitudinal axis and being pivotally secured to the body portion by a mounting assembly , the mounting assembly including: a first mounting member for pivotally connecting the tool assembly to the body portion; and a first spring member operably secured to the body portion for maintaining the second longitudinal axis in alignment with the first longitudinal axis and for returning the second longitudinal axis into alignment with the first longitudinal axis following articulation of the tool assembly relative to the body portion; characterised in that the first spring member includes first and second arms and the first mounting member includes a cam portion , the cam portion being received between and engaging the first and second arms, wherein articulation of the tool assembly deflects the respective first and second arms against the cam portion of the first mounting member. a body portion having proximal and distal ends and defining a first longitudinal axis ("X"); a tool assembly defining a second longitudinal axis and being pivotally secured to the body portion by a mounting assembly , the mounting assembly including: a first mounting member for pivotally connecting the tool assembly to the body portion; and a first spring member operably secured to the body portion for maintaining the second longitudinal axis in alignment with the first longitudinal axis and for returning the second longitudinal axis into alignment with the first longitudinal axis following articulation of the tool assembly relative to the body a first mounting member for pivotally connecting the tool assembly to the body portion; and a first spring member operably secured to the body portion for maintaining the second longitudinal axis in alignment with the first longitudinal axis and for returning the second longitudinal axis into alignment with the first longitudinal axis following articulation of the tool assembly relative to the body portion; characterised in that the first spring member includes first and second arms and the first mounting member includes a cam portion , the cam portion being received between and engaging the first and second arms, wherein articulation of the tool assembly deflects the respective first and second arms against the cam portion of the first mounting member.
A shaped aluminum container , comprising: a sidewall including an upper sidewall having a thickness of about 0.216 mm (about 0.0085 inch) or less, wherein the sidewall includes a top necked portion and a bottom necked portion , wherein thickness of the sidewall in the bottom necked portion varies from the thickness of the upper sidewall by at least 0.0254 mm (0.001 inch) to not greater than 0.1016 mm (0.004 inch).
A resin-platinum composite comprising: a resin particle ; and a plurality of platinum particles that are relatively smaller than the resin particle , wherein the plurality of platinum particles are fixed to the resin particle , and include, at least, partially exposed particles having a portion that is embedded in the resin particle and a portion that is exposed to the outside of the resin particle . a resin particle ; and a plurality of platinum particles that are relatively smaller than the resin particle , wherein the plurality of platinum particles are fixed to the resin particle , and include, at least, partially exposed particles having a portion that is embedded in the resin particle and a portion that is exposed to the outside of the resin particle .
A system for retaining a spin-coating fluid when forming a thin film thereof, the system comprising: a rotatable chuck ; a substrate on the rotatable chuck , the substrate having an interior area and an outer perimeter edge ; and a fluid retention wall on the outer perimeter edge of the substrate , the fluid retention wall being configured to retain a spin-coating fluid deposited on the interior area of the substrate during rotation of the rotatable chuck ; wherein the fluid retention wall has a bottom portion that abuts the outer perimeter of the substrate and an upper portion that extends away from the outer perimeter of the substrate at an angle configured to retain the spin-coating fluid deposited on the interior area of the substrate during rotation of the rotatable chuck ; and wherein the upper portion of the fluid retention wall comprises a first portion that extends generally perpendicular to the substrate and the system being characterized in that said upper portion comprises also a second portion (106B") that extends toward the interior area of the substrate . a rotatable chuck ; a substrate on the rotatable chuck , the substrate having an interior area and an outer perimeter edge ; and a fluid retention wall on the outer perimeter edge of the substrate , the fluid retention wall being configured to retain a spin-coating fluid deposited on the interior area of the substrate during rotation of the rotatable chuck ; wherein the fluid retention wall has a bottom portion that abuts the outer perimeter of the substrate and an upper portion that extends away from the outer perimeter of the substrate at an angle configured to retain the spin-coating fluid deposited on the interior area of the substrate during rotation of the rotatable chuck ; and wherein the upper portion of the fluid retention wall comprises a first portion that extends generally perpendicular to the substrate and the system being characterized in that said upper portion comprises also a second portion (106B") that extends toward the interior area of the substrate .
A ceramic-aluminum bonded body comprising: a ceramic member made of AlN; and an aluminum member, the ceramic member and the aluminum member being bonded together, wherein Mg-containing oxides having a spinel crystal structure are dispersed in the aluminum member within a range of 2 μm in a thickness direction from a bonded interface with the ceramic member, a segregated portion in which Mg, Si, and O are segregated is formed in the aluminum member in the vicinity of the bonded interface with the ceramic member, ratios of an amount of Mg [Mg]s, an amount of Si [Si] S , and an amount of O [O]s in the segregated portion to an amount of Mg [Mg] I , an amount of Si [Si] I , and an amount of O [O] I , respectively, at a position spaced by 10 μm from the bonded interface toward an aluminum member side are within ranges of 1 < Mg S / Mg I ≤ 15 , 1 < Si S / Si I ≤ 25 , and 1 < O S / O I ≤ 25 , and the amount of Mg [Mg] I at the position spaced by 10 μm from the bonded interface toward the aluminum member side is 0.8 mass% or less.
A device for controlling a building automation system, the device comprising: - a command reception interface for receiving commands from a user, - a command transmission interface for transmitting control commands to one or more controllable nodes of said building automation system, and - a mechanical interface for receiving a fascia ; - an electrical interface for receiving stored data from a fascia received in said mechanical interface , and - said device is configured to respond to a download command received from user by transmitting - through said command transmission interface - one or more preset downloads containing data received from said fascia through said electrical interface , wherein a preset download defines a respective action that a controllable node of said building automation system is to perform in response to a respective control command from the device ; wherein said data comprises one or more of the following: data for selecting a lighting scene, data for selecting light intensity, data for selecting colour temperature of light, data for selecting colour of light. - a command reception interface for receiving commands from a user, - a command transmission interface for transmitting control commands to one or more controllable nodes of said building automation system, and - a mechanical interface for receiving a fascia ; - an electrical interface for receiving stored data from a fascia received in said mechanical interface , and - said device is configured to respond to a download command received from user by transmitting - through said command transmission interface - one or more preset downloads containing data received from said fascia through said electrical interface , wherein a preset download defines a respective action that a controllable node of said building automation system is to perform in response to a respective control command from the device ;
Chip extraction system for the continuous disposal of chips, comprising a chip extraction tube which opens out into a vacuum chamber with a base on which chips collect that are sucked in, a chip discharging tube , which has an inlet arranged on the base and an outlet arranged outside the vacuum chamber , wherein an inner cross-sectional area of the chip discharging tube increases between the inlet and the outlet , and at least one chip forcing device , which is arranged at the inlet and forces the chips that have collected on the base into the inlet , characterised in that the chip forcing device has a pump cylinder which acts horizontally into a depression and forces the chips collected in the depression into the inlet and the chip forcing device has a plugging cylinder which is arranged diagonally above the depression and forces the chips into the depression . a chip extraction tube which opens out into a vacuum chamber with a base on which chips collect that are sucked in, a chip discharging tube , which has an inlet arranged on the base and an outlet arranged outside the vacuum chamber , wherein an inner cross-sectional area of the chip discharging tube increases between the inlet and the outlet , and at least one chip forcing device , which is arranged at the inlet and forces the chips that have collected on the base into the inlet , characterised in that the chip forcing device has a pump cylinder which acts horizontally into a depression and forces the chips collected in the depression into the inlet and the chip forcing device has a plugging cylinder which is arranged diagonally above the depression and forces the chips into the depression .