mhurhangee/ep-ind-claims huggingface dataset:
A coating composition comprising: a methyl methacrylate polymer or copolymer having a weight average molecular weight of at least 50,000 grams per mole as determined by size exclusion chromatography; monomer comprising at least one of an alkylene diacrylate, alkylene dimethacrylate, cycloalkylene diacrylate, or cycloalkylene dimethacrylate, wherein the at least one of an alkylene diacrylate, alkylene dimethacrylate, cycloalkylene diacrylate, or cycloalkylene dimethacrylate makes up at least 80 percent by weight of the monomer; and a stabilizer against ultraviolet light, wherein the stabilizer is a UV absorber, a hindered amine light stabilizer, or a combination thereof. a methyl methacrylate polymer or copolymer having a weight average molecular weight of at least 50,000 grams per mole as determined by size exclusion chromatography; monomer comprising at least one of an alkylene diacrylate, alkylene dimethacrylate, cycloalkylene diacrylate, or cycloalkylene dimethacrylate, wherein the at least one of an alkylene diacrylate, alkylene dimethacrylate, cycloalkylene diacrylate, or cycloalkylene dimethacrylate makes up at least 80 percent by weight of the monomer; and a stabilizer against ultraviolet light, wherein the stabilizer is a UV absorber, a hindered amine light stabilizer, or a combination thereof.
Welding torch for a welding device, the welding torch comprising a first elongated part and wherein the welding torch is provided with a first channel for guiding a first electrode wire through the welding torch, wherein the first elongated part is provided with a second channel parallel with the first channel along the longitudinal direction for guiding a cold wire through the welding torch and wherein the second channel is provided with insulation means for electrically insulating the second channel from the first channel, characterized in that the insulation means comprise a first insulating tube comprising a ceramic material and a second insulating tube comprising a flexible material, wherein the flexible material comprises rubber or a polymer, wherein the first insulating tube is positioned along a first portion of the second channel proximal to an outlet side of the welding torch, and wherein the second insulating tube is positioned along a second portion of the second channel proximal to an inlet side of the welding torch.
A gas dispersion apparatus for the injection of gas and flux into molten metal, comprising: an elongated stator with an internal cavity; a rotor including a rotor shaft, wherein the rotor shaft is rotatably mounted within the internal cavity of the stator; a passageway between an internal wall of the internal cavity in the stator and an outer wall of the rotor shaft to facilitate gas discharge at or near a top of the rotor; and a central passageway from a top portion of the rotor shaft extending through to a bottom of the rotor, the central passageway providing a passageway for gas and flux to be discharged at the bottom of the rotor, wherein the rotor further comprises: a rotor periphery with an upper periphery which includes alternate blades and slots around the upper periphery, and with a lower periphery which includes a ring extending radially beyond the upper periphery; and wherein the ring contains apertures therein which coincide with the slots and which provide for the passage of molten aluminum therethrough upon use of said rotor for aluminum refining operations. an elongated stator with an internal cavity; a rotor including a rotor shaft, wherein the rotor shaft is rotatably mounted within the internal cavity of the stator; a passageway between an internal wall of the internal cavity in the stator and an outer wall of the rotor shaft to facilitate gas discharge at or near a top of the rotor; and a central passageway from a top portion of the rotor shaft extending through to a bottom of the rotor, the central passageway providing a passageway for gas and flux to be discharged at the bottom of the rotor, wherein the rotor further comprises: a rotor periphery with an upper periphery which includes alternate blades and slots around the upper periphery, and with a lower periphery which includes a ring extending radially beyond the upper periphery; and wherein the ring contains apertures therein which coincide with the slots and which provide for the passage of molten aluminum therethrough upon use of said rotor for aluminum refining operations. a rotor periphery with an upper periphery which includes alternate blades and slots around the upper periphery, and with a lower periphery which includes a ring extending radially beyond the upper periphery; and wherein the ring contains apertures therein which coincide with the slots and which provide for the passage of molten aluminum therethrough upon use of said rotor for aluminum refining operations.
A computerized method for processing a service request, comprising: transmitting, by a server and in response to a social media message by a remote user, a link associated with predefined criteria, wherein the link causes transmission of a service request to the server when actuated by the remote user; receiving, at the server, data representing the service request including a number of times the link has been invoked prior to the current invocation and/or an amount of time the link has been shown to the remote user; comparing the data representing the service request with the pre-defined criteria to determine whether to authenticate the service request; when the service request is authenticated, processing the service request to initiate an online text chat, audio chat and/or video chat with the remote user; and when the service request is not authenticated, disabling the service request. transmitting, by a server and in response to a social media message by a remote user, a link associated with predefined criteria, wherein the link causes transmission of a service request to the server when actuated by the remote user; receiving, at the server, data representing the service request including a number of times the link has been invoked prior to the current invocation and/or an amount of time the link has been shown to the remote user; comparing the data representing the service request with the pre-defined criteria to determine whether to authenticate the service request; when the service request is authenticated, processing the service request to initiate an online text chat, audio chat and/or video chat with the remote user; and when the service request is not authenticated, disabling the service request.
A fine concavo-convex structure product comprising: an etching layer; and a resist layer comprised of a heat-reactive resist material for dry etching provided on the etching layer, wherein a concavo-convex structure associated with opening portions formed in the resist layer is formed in the etching layer, a pattern pitch P of a fine pattern of the concavo-convex structure ranges from 1 nm to 10 μm, a pattern depth H of the fine pattern ranges from 1 nm to 10 μm, and a pattern cross-sectional shape of the fine pattern is a trapezoid, triangle or a mixed shape of thereof, characterized in that the heat-reactive resist material for dry etching has, as a principal constituent element, at least one species selected from the group consisting of Cr, Fe, Co, Al, Ga, In, Hf and Pb oxides thereof and nitrides thereof, and the pattern cross-sectional shape meets Equation: 0 ≤ B 1 < T 0 = T 1 < 10 μm T 0: Width of the opening portion of the resist layer before dry etching T 1: Width of the concave portion on the highest portion side formed in the etching layer after dry etching B 1: Width of the concave portion on the deepest portion side formed in the etching layer after dry etching. an etching layer; and a resist layer comprised of a heat-reactive resist material for dry etching provided on the etching layer, wherein a concavo-convex structure associated with opening portions formed in the resist layer is formed in the etching layer, a pattern pitch P of a fine pattern of the concavo-convex structure ranges from 1 nm to 10 μm, a pattern depth H of the fine pattern ranges from 1 nm to 10 μm, and a pattern cross-sectional shape of the fine pattern is a trapezoid, triangle or a mixed shape of thereof, characterized in that the heat-reactive resist material for dry etching has, as a principal constituent element, at least one species selected from the group consisting of Cr, Fe, Co, Al, Ga, In, Hf and Pb oxides thereof and nitrides thereof, and the pattern cross-sectional shape meets Equation: 0 ≤ B 1 < T 0 = T 1 < 10 μm T 0: Width of the opening portion of the resist layer before dry etching T 1: Width of the concave portion on the highest portion side formed in the etching layer after dry etching B 1: Width of the concave portion on the deepest portion side formed in the etching layer after dry etching. T 0: Width of the opening portion of the resist layer before dry etching T 1: Width of the concave portion on the highest portion side formed in the etching layer after dry etching B 1: Width of the concave portion on the deepest portion side formed in the etching layer after dry etching.
A dual-mode wireless device operable to perform reselection from a GSM network to a CDMA network, comprising: a determination unit operative to ascertain whether the GSM network, the wireless device is currently camped on, supports a pre-Release 99 version of GSM standard, wherein a pre-Release 99 version of the GSM standard is a release prior to Release 99; and a control unit operative to initiate a search (220, 222, 224) for CDMA cells if the GSM network is deemed to support a pre-Release 99 version of the GSM standard. a determination unit operative to ascertain whether the GSM network, the wireless device is currently camped on, supports a pre-Release 99 version of GSM standard, wherein a pre-Release 99 version of the GSM standard is a release prior to Release 99; and a control unit operative to initiate a search (220, 222, 224) for CDMA cells if the GSM network is deemed to support a pre-Release 99 version of the GSM standard.
A noise generator (10, 10') for generating a noise signal over a frequency spectrum (f), comprising: a first noise source and a first digital filter for a first frequency band (f 20) of the frequency spectrum (f), wherein the first digital filter is configured to filter the output signal of the first noise source; a second noise source and a second digital filter for a second higher frequency band (f 30) of the frequency spectrum (f), wherein the second digital filter is configured to filter the output signal of the second noise source; and an interpolator (28, 38, 48) and a combiner (36, 46, 56), wherein the first digital filter comprises a first sample rate, and wherein the second digital filter comprises a second sample rate that is larger than the first sample rate, wherein the interpolator (28, 38, 48) is configured to adjust the sample rate of an output signal of the first digital filter to a sample rate of the second digital filter, and wherein the combiner (36, 46, 56) is configured to combine the adjusted output signal from the interpolator (28, 38, 48) and the output signal of the second digital filter, wherein an edge of the second digital filter which determines a lower frequency band limit is steeper than an edge of the first digital filter which determines an upper frequency band limit, wherein the ratio between said steepness of the edge of the second digital filter and said edge of the first digital filter depends on the ratio between the second sample rate with respect to the first sample rate. a first noise source and a first digital filter for a first frequency band (f 20) of the frequency spectrum (f), wherein the first digital filter is configured to filter the output signal of the first noise source; a second noise source and a second digital filter for a second higher frequency band (f 30) of the frequency spectrum (f), wherein the second digital filter is configured to filter the output signal of the second noise source; and an interpolator (28, 38, 48) and a combiner (36, 46, 56), wherein the first digital filter comprises a first sample rate, and wherein the second digital filter comprises a second sample rate that is larger than the first sample rate, wherein the interpolator (28, 38, 48) is configured to adjust the sample rate of an output signal of the first digital filter to a sample rate of the second digital filter, and wherein the combiner (36, 46, 56) is configured to combine the adjusted output signal from the interpolator (28, 38, 48) and the output signal of the second digital filter, wherein an edge of the second digital filter which determines a lower frequency band limit is steeper than an edge of the first digital filter which determines an upper frequency band limit, wherein the ratio between said steepness of the edge of the second digital filter and said edge of the first digital filter depends on the ratio between the second sample rate with respect to the first sample rate.
A rotary seal arrangement for a rotatable component located in a machine component, and wherein the sealing arrangement acts to seal off a high-pressure area between the components (2, 3) to allow the passage of high pressure fluid therebetween, the seal arrangement comprising a holding element for mounting in the machine component to support spaced sealing members therein to define said high pressure area therebetween and support elements which extend generally radially relative to the rotatable component to provide support for the sealing members against the high pressure fluid, wherein the holding element and support elements form a cartridge like arrangement which encloses the sealing members and characterized in that axially outboard of the holding element, or a pair of holding elements, a pair of oil seals is located to prevent ingress of oil into said high pressure area or areas.
Industrial truck, in particular lift truck, with a drive part which has at least one steered wheel, and a load part which comprises at least one load arm (5a; 5b) and a battery compartment, wherein the load arm (5a; 5b) is provided at the tip with a load roller device, wherein the industrial truck is supported on a track by means of the steered wheel, arranged on the drive part, and the load roller device, arranged at the tip of the load arm, wherein the load part can be raised and lowered relative to the drive part by means of an initial lift apparatus, wherein the load roller device is arranged pivotably on the load arm via a load roller lever, wherein, in order to raise the load arm, the initial lift apparatus comprises a linkage, operatively connected to the load roller lever, and an actuating lever, actuating the linkage, characterized in that the actuating lever is mounted rotatably on a bearing flange which is configured on the load arm (5a; 5b).
An image sensor comprising: a plurality of pixel circuits arranged in a matrix, the pixel circuits in each column each comprising: a light sensing component, a reset switch connected to a first reference voltage, a transmission switch series-connected between the light sensing component and the reset switch, and a non-inverting input circuit comprising a non-inverting input terminal connected to a node of connection of the transmission switch and the reset switch; an inverting input circuit in each column comprising an inverting input terminal; an active load in each column comprising an output terminal connected to the inverting input terminal, the active load being connected to the inverting input circuit and the non-inverting input circuit of each of the pixel circuits in the column, wherein the pixel circuits in each column share the inverting input circuit and the active load; a signal reading circuit connected to the output terminal of the active load in each column to read a sensing result of the light sensing component of each of the pixel circuits; and a pixel region guard ring for surrounding therein the pixel circuits and the inverting input circuit in each column, wherein the active load in each column and the signal reading circuit are disposed outside the pixel region guard ring. a plurality of pixel circuits arranged in a matrix, the pixel circuits in each column each comprising: a light sensing component, a reset switch connected to a first reference voltage, a transmission switch series-connected between the light sensing component and the reset switch, and a non-inverting input circuit comprising a non-inverting input terminal connected to a node of connection of the transmission switch and the reset switch; a light sensing component, a reset switch connected to a first reference voltage, a transmission switch series-connected between the light sensing component and the reset switch, and a non-inverting input circuit comprising a non-inverting input terminal connected to a node of connection of the transmission switch and the reset switch; an inverting input circuit in each column comprising an inverting input terminal; an active load in each column comprising an output terminal connected to the inverting input terminal, the active load being connected to the inverting input circuit and the non-inverting input circuit of each of the pixel circuits in the column, wherein the pixel circuits in each column share the inverting input circuit and the active load; a signal reading circuit connected to the output terminal of the active load in each column to read a sensing result of the light sensing component of each of the pixel circuits; and a pixel region guard ring for surrounding therein the pixel circuits and the inverting input circuit in each column, wherein the active load in each column and the signal reading circuit are disposed outside the pixel region guard ring.
An environmental control system of an aircraft, comprising a precooler; an environmental control system duct, a high pressure bleed port and a low pressure bleed port; a turbine installed in the environmental control system duct and in fluid communication with the at least one of the high pressure bleed port and the low pressure bleed port, wherein the turbine is arranged to discharge air to the precooler; a generator coupled to the turbine and configured to produce power in response to rotation of the turbine; and a power distribution system in electronic communication with the generator and an electrical distribution system of the aircraft; further comprising a valve coupled to the turbine, wherein the coupling between the valve and the turbine provides a variable output geometry to the turbine. a precooler; an environmental control system duct, a high pressure bleed port and a low pressure bleed port; a turbine installed in the environmental control system duct and in fluid communication with the at least one of the high pressure bleed port and the low pressure bleed port, wherein the turbine is arranged to discharge air to the precooler; a generator coupled to the turbine and configured to produce power in response to rotation of the turbine; and a power distribution system in electronic communication with the generator and an electrical distribution system of the aircraft;
A one-part plastic side wall part for a piece of furniture, comprising a lattice-like skeleton structure which comprises a circumferential outer frame and in between comprises a plurality of diagonally extending lattice struts and is closed toward the outside by an outer wall and is open toward the inside, wherein the skeleton structure comprises at least one inwardly open recess (7, 11, 12, 14) for receiving a furniture fitting or an electrical component and/or at least one inwardly protruding functional element, in particular a pin, and wherein the skeleton structure comprises a plurality of fastening holes in the lattice struts for fastening of the plastic side wall.
A hand held detector system (100, 200, 400), comprising: a sampling head comprising an intake port and a plurality of air-jet nozzles; a housing with a passage that can receive a trace sample from at least one of a surface and an object; a concentrator (120, 300) that captures the trace sample; a single detector coupled to said concentrator; and a fluid system that provides fluid communication between said housing passage and said concentrator and between said concentrator and said single detector, said fluid system comprising: a pump arranged: to provide negative pressure fluid flow to pull the sample through the intake port and concentrator; and, to provide continuous positive pressure fluid flow to pressurize the air-jet nozzles; the detector system characterized in that said pump is arranged to pull the sample through the detector. a sampling head comprising an intake port and a plurality of air-jet nozzles; a housing with a passage that can receive a trace sample from at least one of a surface and an object; a concentrator (120, 300) that captures the trace sample; a single detector coupled to said concentrator; and a fluid system that provides fluid communication between said housing passage and said concentrator and between said concentrator and said single detector, said fluid system comprising: a pump arranged: to provide negative pressure fluid flow to pull the sample through the intake port and concentrator; and, to provide continuous positive pressure fluid flow to pressurize the air-jet nozzles; the detector system characterized in that said pump is arranged to pull the sample through the detector. a pump arranged: to provide negative pressure fluid flow to pull the sample through the intake port and concentrator; and, to provide continuous positive pressure fluid flow to pressurize the air-jet nozzles; the detector system characterized in that said pump is arranged to pull the sample through the detector. to provide negative pressure fluid flow to pull the sample through the intake port and concentrator; and, to provide continuous positive pressure fluid flow to pressurize the air-jet nozzles; the detector system characterized in that said pump is arranged to pull the sample through the detector.
A vehicle system comprising a compressed air system and a brake assembly, said compressed air system comprising an actuating means for actuating a pneumatic-controlled vehicle component and an exhaust outlet adapted to discharge exhaust air from said actuating means, said vehicle system comprising a discharge device for discharging air to at least a portion of said brake assembly, wherein said exhaust outlet and said discharge device are in fluid communication so as to convey exhaust air from said actuating means to said brake assembly, characterized in that the system comprises means for determining a temperature of at least a portion of said brake assembly, means for initiating an actuating sequence, said actuating sequence comprising an actuating and a retracting of said actuating means, such that exhaust air is obtained if said temperature is above a predetermined value.
A transceiver (100, 200, 300), comprising: a transformer (105, 204, 254) having a first side and a second side respectively coupled to a transmit path and to a receive path; an antenna tuning network (108, 206, 256) coupled to a first portion of the first side and configured for coupling to an antenna (112, 202, 252); means for sensing (110, 222) an impedance at an antenna port coupled to said first portion of said transformer; and an adjustment unit (106, 208, 256) coupled to a second portion of the first side and configured for being adjusted to enable an impedance at the adjustment unit to be substantially equal to an impedance at the antenna tuning network. a transformer (105, 204, 254) having a first side and a second side respectively coupled to a transmit path and to a receive path; an antenna tuning network (108, 206, 256) coupled to a first portion of the first side and configured for coupling to an antenna (112, 202, 252); means for sensing (110, 222) an impedance at an antenna port coupled to said first portion of said transformer; and an adjustment unit (106, 208, 256) coupled to a second portion of the first side and configured for being adjusted to enable an impedance at the adjustment unit to be substantially equal to an impedance at the antenna tuning network.