mhurhangee/patent-ind-claim-en huggingface dataset:
Twin chamber air dryer for a pneumatic system of a commercial vehicle , said twin chamber air dryer comprising: a supply inlet port to be connected to a compressor , a supply outlet for supplying dried compressed air to a pneumatic consumer system , a compressor control outlet for delivering a pneumatic unloader signal (p40), an exhaust outlet , a first desiccant cartridge and a second desiccant cartridge , to be operated alternately, a toggling valve assembly for switching between said first desiccant cartridge and said second desiccant cartridge , a pneumatically controlled purge valve switchable between a blocking basic position and an activated position for connecting said supply inlet port to said exhaust outlet , and a solenoid valve assembly , said solenoid valve assembly comprising - a directional control solenoid valve receiving an electrical direction control signal (S1) and controlling said toggling valve assembly , - a regeneration solenoid valve receiving an electrical regeneration control signal (S2) and providing pressurized air in regeneration phases of said desiccant cartridges , and - a governor solenoid valve receiving an electrical governor control signal (S3), controlling said purge valve , and outputting said pneumatic unloader signal (p40), wherein said solenoid valves can be operated independently by said electrical control signals (S1, S21, S3). a supply inlet port to be connected to a compressor , a supply outlet for supplying dried compressed air to a pneumatic consumer system , a compressor control outlet for delivering a pneumatic unloader signal (p40), an exhaust outlet , a first desiccant cartridge and a second desiccant cartridge , to be operated alternately, a toggling valve assembly for switching between said first desiccant cartridge and said second desiccant cartridge , a pneumatically controlled purge valve switchable between a blocking basic position and an activated position for connecting said supply inlet port to said exhaust outlet , and a solenoid valve assembly , said solenoid valve assembly comprising - a directional control solenoid valve receiving an electrical direction control signal (S1) and controlling said toggling valve assembly , - a regeneration solenoid valve receiving an electrical regeneration control signal (S2) and providing pressurized air in regeneration phases of said desiccant cartridges , and - a governor solenoid valve receiving an electrical governor control signal (S3), controlling said purge valve , and outputting said pneumatic unloader signal (p40), - a directional control solenoid valve receiving an electrical direction control signal (S1) and controlling said toggling valve assembly , - a regeneration solenoid valve receiving an electrical regeneration control signal (S2) and providing pressurized air in regeneration phases of said desiccant cartridges , and - a governor solenoid valve receiving an electrical governor control signal (S3), controlling said purge valve , and outputting said pneumatic unloader signal (p40), wherein said solenoid valves can be operated independently by said electrical control signals (S1, S21, S3).
A vacuum thermal insulation material comprising: - a core material formed with a fibrous member and having a core material penetrating hole formed therein; and - an exterior cover having an exterior cover penetrating hole formed therein in a position corresponding to the core material penetrating hole , the exterior cover covering and hermetically sealing the core material in a vacuum and a part of the exterior cover positioned at an outer perimeter part of the core material and an inner circumferential side of the core material penetrating hole being thermally fused, - the core material penetrating hole having a first tapered section formed on a side of one surface of the core material and a second tapered section formed on a side of an other surface of the core material , - the first tapered section and the second tapered section being provided with an intersection part therebetween, characterised in that : the intersection part is positioned on the other surface side relative to a center part with respect to a thickness of the core material , - the relation α > β being satisfied, wherein α represents an angle formed between the first tapered section and an imaginary plane extended along the one surface from an outer circumferential part of the core material penetrating hole toward a center thereof, whereas β represents an angle formed between the second tapered section and an imaginary plane extended along the other surface from the outer circumferential part of the core material penetrating hole toward the center thereof. - a core material formed with a fibrous member and having a core material penetrating hole formed therein; and - an exterior cover having an exterior cover penetrating hole formed therein in a position corresponding to the core material penetrating hole , the exterior cover covering and hermetically sealing the core material in a vacuum and a part of the exterior cover positioned at an outer perimeter part of the core material and an inner circumferential side of the core material penetrating hole being thermally fused, - the core material penetrating hole having a first tapered section formed on a side of one surface of the core material and a second tapered section formed on a side of an other surface of the core material , - the first tapered section and the second tapered section being provided with an intersection part therebetween, - the relation α > β being satisfied, wherein α represents an angle formed between the first tapered section and an imaginary plane extended along the one surface from an outer circumferential part of the core material penetrating hole toward a center thereof, whereas β represents an angle formed between the second tapered section and an imaginary plane extended along the other surface from the outer circumferential part of the core material penetrating hole toward the center thereof.
Engine having a modular structure, comprising a plurality of coaxial modules (A, B, C) having, at one end of said engine, a first module (A) comprising a power transmission shaft and a speed reduction gear , said power transmission shaft being driven via the speed reduction gear by a turbine shaft secured to one (C) of said coaxial modules which is separate from the first module of said engine, the speed reduction gear comprising a drive means (8 and 9) fixed to the turbine shaft and to a journal of a shaft of a low-pressure compressor rotor , the engine comprising a first nut for fastening the drive means to the journal and a second nut for fastening the drive means to the turbine shaft, the first nut having a diameter greater than that of the second nut , characterised in that the said first nut is screwed onto an upstream end portion of the journal and is in axial abutment against a shoulder of the drive means , said drive means itself being axially supported against a movable ring of a bearing supporting one end upstream of the turbine shaft .
A generator for an aircraft, the generator comprising: a housing defining an interior and fluidly separating the interior from surrounding ambient air; at least one of a rotor or stator located within the housing ; a cooling circuit passing through at least a portion of the housing to cool the interior and recirculating a coolant having a density greater than the ambient air; characterised in that the generator comprises a jet pump having a motive fluid conduit fluidly coupled to the cooling circuit , a transport fluid circuit fluidly coupled to the ambient air, and a mixing chamber fluidly connecting the motive fluid conduit and the transport fluid circuit to form a mixed flow within the mixing chamber , with the mixing chamber having a chamber outlet to the interior . a housing defining an interior and fluidly separating the interior from surrounding ambient air; at least one of a rotor or stator located within the housing ; a cooling circuit passing through at least a portion of the housing to cool the interior and recirculating a coolant having a density greater than the ambient air; characterised in that the generator comprises a jet pump having a motive fluid conduit fluidly coupled to the cooling circuit , a transport fluid circuit fluidly coupled to the ambient air, and a mixing chamber fluidly connecting the motive fluid conduit and the transport fluid circuit to form a mixed flow within the mixing chamber , with the mixing chamber having a chamber outlet to the interior .
Device for evaporating volatile substances comprising : - a heat source for evaporating volatile substances from a refill , - a heat detector which is configured to detect the heat from said heat source , - indicating means connected to said heat detector configured to emit an indication when the heat detector detects the heat from said heat source , wherein said heat detector is placed above said heat source and said heat detector is arranged in a cantilevered portion placed above said heat source and - a microprocessor, characterized in that said heat detector and said indicating means are connected to the microprocessor, such that said indicating means are activated when the microprocessor receives a signal from the heat detector and determines an increase in heat of at least 1°C per second. - a heat source for evaporating volatile substances from a refill , - a heat detector which is configured to detect the heat from said heat source , - indicating means connected to said heat detector configured to emit an indication when the heat detector detects the heat from said heat source , wherein said heat detector is placed above said heat source and said heat detector is arranged in a cantilevered portion placed above said heat source and - a microprocessor, characterized in that said heat detector and said indicating means are connected to the microprocessor, such that said indicating means are activated when the microprocessor receives a signal from the heat detector and determines an increase in heat of at least 1°C per second.
A light deflection device comprising a photonic crystal waveguide having a waveguide core and having a lattice array with low refractive index parts periodically arranged in a surface of a high refractive-index member , wherein the waveguide core is configured by providing a section devoid of the low refractive index parts, wherein light propagates in the waveguide core in the longitudinal direction and is radiated to the outside via the waveguide core , wherein the lattice array includes a dual-periodic structure including a first periodic array and a second periodic array different from each other in periodic arrangement of the low refractive index parts , characterised in that the low refractive index parts have an asymmetrical cross-sectional shape with reference to a thickness direction in at least either of the first and second periodic arrays of the dual-periodic structure, and thereby increasing intensity of radiation of light in one direction of a thickness directions. the lattice array includes a dual-periodic structure including a first periodic array and a second periodic array different from each other in periodic arrangement of the low refractive index parts , characterised in that the low refractive index parts have an asymmetrical cross-sectional shape with reference to a thickness direction in at least either of the first and second periodic arrays of the dual-periodic structure, and thereby increasing intensity of radiation of light in one direction of a thickness directions.
A self-propelled surface treating device , in particular a cleaning robot, with a device housing and a collision detection device for detecting a collision between the surface treating device and an obstacle, wherein the collision detection device has at least one touch-sensitive contact sensor , wherein the touch-sensitive contact sensor is a vertical contact sensor , which is arranged on the device housing in such a way that its detection area is vertically aligned during a movement with the surface treating device conventionally oriented, so that the vertical contact sensor is configured to detect a force acting vertically on the surface treating device , characterized in that the collision detection device comprises two housing parts movable relative to each other, of which at least one is extending annularly within a horizontal plane, wherein a distance measuring device designed to measure distances to obstacles is arranged inside of the annular shape as viewed in a vertical direction.
A method for finishing a surface comprising: contacting a surface with a laser ; rastering the laser across an area of the surface , thereby generating a local soft area ; and shot peening the local soft area , thereby achieving a shot peened finish; characterised by : preventing at least one of errant shot and reflected shot from intersecting the laser , wherein preventing the at least one of errant shot and reflected shot from intersecting the laser is at least partially achieved by disposing a shot guard between a shot peen nozzle and the laser . contacting a surface with a laser ; rastering the laser across an area of the surface , thereby generating a local soft area ; and shot peening the local soft area , thereby achieving a shot peened finish; characterised by : preventing at least one of errant shot and reflected shot from intersecting the laser , wherein preventing the at least one of errant shot and reflected shot from intersecting the laser is at least partially achieved by disposing a shot guard between a shot peen nozzle and the laser .
A DNA methylation editing kit comprising: a fusion protein of inactivated CRISPR-associated endonuclease Cas9 (dCas9) having a mutation in the NUC lobe and having no nuclease activity and a general control non-derepressible 4 (GCN4) epitope array in which a plurality of GCN4 peptides are linked by peptide linkers consisting of 10 to 50 amino acids, or an RNA or DNA coding therefor; a fusion protein(s) of an anti-GCN4 antibody and a methylase or demethylase, or an RNA(s) or DNA(s) coding therefor; and a guide RNA(s) (gRNA(s)) comprising a sequence complementary to a DNA sequence within 1 kb from a desired site of methylation or demethylation, or a DNA(s) expressing the gRNA(s). a fusion protein of inactivated CRISPR-associated endonuclease Cas9 (dCas9) having a mutation in the NUC lobe and having no nuclease activity and a general control non-derepressible 4 (GCN4) epitope array in which a plurality of GCN4 peptides are linked by peptide linkers consisting of 10 to 50 amino acids, or an RNA or DNA coding therefor; a fusion protein(s) of an anti-GCN4 antibody and a methylase or demethylase, or an RNA(s) or DNA(s) coding therefor; and a guide RNA(s) (gRNA(s)) comprising a sequence complementary to a DNA sequence within 1 kb from a desired site of methylation or demethylation, or a DNA(s) expressing the gRNA(s).
A cell unit comprising: a cell structure having a lamination of an anode electrode layer, an electrolyte layer, and a cathode electrode layer in this order; a metal support plate disposed on one side surface of the cell structure; and a frame holding an outer peripheral part of the support plate, wherein a coefficient of thermal expansion of the support plate is greater than a coefficient of thermal expansion of the cell structure, characterized in that the frame includes a displacement guide at least on one side surface of the frame, the displacement guide has a coefficient of thermal expansion that is different from a coefficient of thermal expansion of the frame and the displacement guide makes the frame curve so that the cell structure is concaved in accompany with thermal expansion, and a displacement amount of the frame having the displacement guide at the time of thermal expansion is equal to or less than a displacement amount of the support plate having the cell structure at the time of thermal expansion. a cell structure having a lamination of an anode electrode layer, an electrolyte layer, and a cathode electrode layer in this order; a metal support plate disposed on one side surface of the cell structure; and a frame holding an outer peripheral part of the support plate, wherein a coefficient of thermal expansion of the support plate is greater than a coefficient of thermal expansion of the cell structure, characterized in that the frame includes a displacement guide at least on one side surface of the frame, the displacement guide has a coefficient of thermal expansion that is different from a coefficient of thermal expansion of the frame and the displacement guide makes the frame curve so that the cell structure is concaved in accompany with thermal expansion, and a displacement amount of the frame having the displacement guide at the time of thermal expansion is equal to or less than a displacement amount of the support plate having the cell structure at the time of thermal expansion.
A method comprising: determining (S1) by a user device , if one or more of a plurality of component carriers is not activated; and causing (S6) by the user device information, indicating which one or more component carriers of the plurality of component carriers is not activated, to be transmitted as part of channel state information signaling, wherein the information comprises a predefined discontinuous transmission - channel quality indicator provided as a predetermined pseudo-random bit pattern having a low cross-correlation with respect to channel state information corresponding to activated component carriers, wherein the predefined discontinuous - channel quality indicator is transmitted on the same reserved resources to be used for providing channel state information for the one or more component carriers were the one or more component carriers activated. determining (S1) by a user device , if one or more of a plurality of component carriers is not activated; and causing (S6) by the user device information, indicating which one or more component carriers of the plurality of component carriers is not activated, to be transmitted as part of channel state information signaling, wherein the information comprises a predefined discontinuous transmission - channel quality indicator provided as a predetermined pseudo-random bit pattern having a low cross-correlation with respect to channel state information corresponding to activated component carriers, wherein the predefined discontinuous - channel quality indicator is transmitted on the same reserved resources to be used for providing channel state information for the one or more component carriers were the one or more component carriers activated.
A booster assembly , comprising: a non-metallic spool having a forward end and an aft end ; a plurality of rows of holes , said holes being arranged in one or more rows extending circumferentially about said spool; a plurality of radially removable non-metallic blades extending through said plurality of rows of holes from an internal side of said non-metallic spool to an external side; and, said plurality of radially removable non-metallic blades each having a retention feature retaining said non-metallic blades along an interior side of said spool, wherein the spool comprises axial zones of varying composite material layer orientation, characterized in that said axial zones comprise a first zone in which the layers of composite material are provided in a multi-directional layup wherein the various layers of composite material are laid up in multiple orientations, a second zone providing composite material laid up predominantly circumferentially, and a third zone wherein the composite material is laid up in predominantly axially directed plies, wherein the holes are provided in the third zone , a second zone , which provides for increased thickness in the area defining the holes , is provided adjacent each axial end of the third zone , and a first zone is provided adjacent each second zone , whereby a second zone is axially interposed between each third zone and a first zone. a non-metallic spool having a forward end and an aft end ; a plurality of rows of holes , said holes being arranged in one or more rows extending circumferentially about said spool; a plurality of radially removable non-metallic blades extending through said plurality of rows of holes from an internal side of said non-metallic spool to an external side; and, said plurality of radially removable non-metallic blades each having a retention feature retaining said non-metallic blades along an interior side of said spool, wherein the spool comprises axial zones of varying composite material layer orientation, characterized in that said axial zones comprise a first zone in which the layers of composite material are provided in a multi-directional layup wherein the various layers of composite material are laid up in multiple orientations, a second zone providing composite material laid up predominantly circumferentially, and a third zone wherein the composite material is laid up in predominantly axially directed plies, wherein the holes are provided in the third zone , a second zone , which provides for increased thickness in the area defining the holes , is provided adjacent each axial end of the third zone , and a first zone is provided adjacent each second zone , whereby a second zone is axially interposed between each third zone and a first zone.
A thermal foldback control circuit for being electrically connected to a light emitting diode (LED) driver , the thermal foldback control circuit comprising: a voltage divider including a first resistor component having a first resistance, a second resistor component having a second resistance, and an output electrically connected between the first and second resistor components, and configured to output a reference voltage based on the first resistance and the second resistance; and a shunt regulator in a parallel-type configuration with the voltage divider, the shunt regulator configured to receive the reference voltage, and control a driver output of the LED driver based on the reference voltage, wherein the first resistance varies in response to a temperature at a reference point, and the second resistor component is in a series-type configuration with the first resistor component , characterised in that the second resistance varies in response to the temperature at the reference point. a voltage divider including a first resistor component having a first resistance, a second resistor component having a second resistance, and an output electrically connected between the first and second resistor components, and configured to output a reference voltage based on the first resistance and the second resistance; and a first resistor component having a first resistance, a second resistor component having a second resistance, and an output electrically connected between the first and second resistor components, and configured to output a reference voltage based on the first resistance and the second resistance; and a shunt regulator in a parallel-type configuration with the voltage divider, the shunt regulator configured to receive the reference voltage, and control a driver output of the LED driver based on the reference voltage, wherein the first resistance varies in response to a temperature at a reference point, and the second resistor component is in a series-type configuration with the first resistor component , characterised in that the second resistance varies in response to the temperature at the reference point. receive the reference voltage, and control a driver output of the LED driver based on the reference voltage, wherein the first resistance varies in response to a temperature at a reference point, and the second resistor component is in a series-type configuration with the first resistor component ,