mhurhangee/ep-ind-claims huggingface dataset:
A dryer comprising: a cabinet that defines an outer appearance of the dryer and has at least one opening; a main drum rotatably disposed in the cabinet and configured to accommodate an object to be dried; a door portion coupled to the cabinet and configured to open and close the opening of the cabinet, wherein the door portion includes; a gear unit having a saw teeth shape, connected to an end part of a motor, and configured to be rotated by the motor, a sub drum having a sub drum gear located on an outer circumferential surface thereof, the sub drum gear configured to be rotated by being engaged with the gear unit, the sub drum rotatably mounted to the door portion and extending toward an inner space of the cabinet, and the sub drum forming an accommodation space separated from the inner space of the main drum; characterized in that the door portion further includes said motor configured to generate a rotational force in an attached state to one side of the door portion and wherein furthermore a damper unit is rotatably mounted to an exhaustion flow path where outlets of a first flow path and a second flow path meet with each other, and the damper unit is configured to selectively open and close each of the outlets of the first flow path and the second flow path, wherein the first passage forms a flow path along which air is discharged out of the main drum, and the second passage forms a flow path along which air is discharged out of the sub drum. a cabinet that defines an outer appearance of the dryer and has at least one opening; a main drum rotatably disposed in the cabinet and configured to accommodate an object to be dried; a door portion coupled to the cabinet and configured to open and close the opening of the cabinet, wherein the door portion includes; a gear unit having a saw teeth shape, connected to an end part of a motor, and configured to be rotated by the motor, a sub drum having a sub drum gear located on an outer circumferential surface thereof, the sub drum gear configured to be rotated by being engaged with the gear unit,
A lay-up apparatus for laying up fibre reinforcement material, the lay-up apparatus comprising: a lay-up tool defining a lay-up surface; and a placement head having a flexible membrane which is conformable to the lay-up surface, and a membrane vacuum port extending through the membrane and configured to hold a ply against the membrane when suction is applied through the membrane vacuum port; wherein the placement head is configured to cooperate with the lay-up tool to form an airtight chamber between the membrane and the lay-up tool when a ply is held against the membrane; wherein the lay-up tool comprises a consolidation vacuum port configured to permit evacuation of the airtight chamber to cause the membrane and ply to move towards the lay-up surface; and wherein the membrane vacuum port is controllably moveable relative a support structure of the placement head from a ply holding position to a consolidation position, such that the moveable membrane vacuum port further permits the membrane and the ply to conform to the lay-up surface, as they move towards the lay-up surface during evacuation of the chamber, when the placement head cooperates with the lay-up tool, and to mechanically clamp the ply between the membrane and the lay-up tool when the placement head cooperates with the lay-up tool. a lay-up tool defining a lay-up surface; and a placement head having a flexible membrane which is conformable to the lay-up surface, and a membrane vacuum port extending through the membrane and configured to hold a ply against the membrane when suction is applied through the membrane vacuum port; wherein the placement head is configured to cooperate with the lay-up tool to form an airtight chamber between the membrane and the lay-up tool when a ply is held against the membrane; wherein the lay-up tool comprises a consolidation vacuum port configured to permit evacuation of the airtight chamber to cause the membrane and ply to move towards the lay-up surface; and wherein the membrane vacuum port is controllably moveable relative a support structure of the placement head from a ply holding position to a consolidation position, such that the moveable membrane vacuum port further permits the membrane and the ply to conform to the lay-up surface, as they move towards the lay-up surface during evacuation of the chamber, when the placement head cooperates with the lay-up tool, and to mechanically clamp the ply between the membrane and the lay-up tool when the placement head cooperates with the lay-up tool.
A method for sharing a clock signal between a first core and a second core on an integrated circuit, the method comprising: generating a clock signal using an inductor-capacitor voltage controlled oscillator in the first core on the integrated circuit, wherein the clock signal is generated for wireless communication by the first core, and wherein the first core is a global positioning system core; providing the clock signal to the second core on the integrated circuit, wherein the second core is an FM transceiver core, and wherein the FM transceiver core comprises a delay locked loop based inphase/quadrature generator (124, 324) which generates an inphase/quadrature for Rx signal and uses the clock signal to generate an FM receiver clock signal; and using the FM receiver clock signal to receive signals on the second core, wherein the FM receiver clock signal is the inphase/quadrature for Rx signal; and wherein using the FM receiver clock signal to receive signals on the second core comprises mixing the inphase/quadrature for Rx signal with a receive signal to obtain a baseband signal. generating a clock signal using an inductor-capacitor voltage controlled oscillator in the first core on the integrated circuit, wherein the clock signal is generated for wireless communication by the first core, and wherein the first core is a global positioning system core; providing the clock signal to the second core on the integrated circuit, wherein the second core is an FM transceiver core, and wherein the FM transceiver core comprises a delay locked loop based inphase/quadrature generator (124, 324) which generates an inphase/quadrature for Rx signal and uses the clock signal to generate an FM receiver clock signal; and using the FM receiver clock signal to receive signals on the second core, wherein the FM receiver clock signal is the inphase/quadrature for Rx signal; and wherein using the FM receiver clock signal to receive signals on the second core comprises mixing the inphase/quadrature for Rx signal with a receive signal to obtain a baseband signal.
A method of recovering from failure of a working path for communications traffic in a connection-oriented network, the working path having a preplanned recovery path, the method characterized by steps initiating recovery in response to the failure by requesting computation of a new recovery path (120, 210) for the communications traffic to avoid the failure, determining if the recovery is not successful within a time limit, (130, 230) and then initiating recovery using the preplanned recovery path (140, 240).
Tyre, the tread of which comprises a rubber composition comprising at least: - from 35 to 65 phr parts by weight per hundred parts of elastomer of an emulsion styrene/butadiene copolymer "E-SBR", referred to as first diene elastomer, the content of trans-1,4-butadienyl units of which is greater than 50% by weight of the total of the butadienyl units; - from 35 to 65 phr of a polybutadiene, as second diene elastomer; - optionally, from 0 to 30 phr of another diene elastomer referred to as third diene elastomer; - from 90 to 150 phr of a reinforcing inorganic filler; - a plasticizing system comprising: - according to a content A of between 10 and 60 phr, a hydrocarbon resin exhibiting a Tg of greater than 20°C; - according to a content B of between 10 and 60 phr, a plasticizer which is liquid at 20°C, the Tg of which is less than -20°C; - the glass transition temperature (Tg) measured being by DSC according to Standard ASTM D3418; - it being understood that A+B is greater than 45 phr. - from 35 to 65 phr parts by weight per hundred parts of elastomer of an emulsion styrene/butadiene copolymer "E-SBR", referred to as first diene elastomer, the content of trans-1,4-butadienyl units of which is greater than 50% by weight of the total of the butadienyl units; - from 35 to 65 phr of a polybutadiene, as second diene elastomer; - optionally, from 0 to 30 phr of another diene elastomer referred to as third diene elastomer; - from 90 to 150 phr of a reinforcing inorganic filler; - a plasticizing system comprising: - according to a content A of between 10 and 60 phr, a hydrocarbon resin exhibiting a Tg of greater than 20°C; - according to a content B of between 10 and 60 phr, a plasticizer which is liquid at 20°C, the Tg of which is less than -20°C; - the glass transition temperature (Tg) measured being by DSC according to Standard ASTM D3418; - it being understood that A+B is greater than 45 phr. - according to a content A of between 10 and 60 phr, a hydrocarbon resin exhibiting a Tg of greater than 20°C; - according to a content B of between 10 and 60 phr, a plasticizer which is liquid at 20°C, the Tg of which is less than -20°C; - the glass transition temperature (Tg) measured being by DSC according to Standard ASTM D3418; - it being understood that A+B is greater than 45 phr.
A medication injection pen, comprising: a housing; a dose set knob comprising axially extending teeth; a setback member comprising axially extending teeth; and a clicker disposed between said axially extending teeth of said dose set knob and said axially extending teeth of said setback member, said clicker comprising upper teeth and lower teeth; wherein during one of dose correcting and dose setting, said axially extending teeth of said setback member lock to said lower teeth, and said upper teeth slide over said axially extending teeth of said dose set knob by rotation of said dose set knob with respect to said housing in a first direction; and during the other of the dose correcting and the dose setting, said axially extending teeth of said dose set knob lock to said upper teeth, and said lower teeth slide over said axially extending teeth of said setback member by rotation of said dose set knob relative to said housing in a second direction opposite to said first direction. a housing; a dose set knob comprising axially extending teeth; a setback member comprising axially extending teeth; and a clicker disposed between said axially extending teeth of said dose set knob and said axially extending teeth of said setback member, said clicker comprising upper teeth and lower teeth; wherein during one of dose correcting and dose setting, said axially extending teeth of said setback member lock to said lower teeth, and said upper teeth slide over said axially extending teeth of said dose set knob by rotation of said dose set knob with respect to said housing in a first direction; and during the other of the dose correcting and the dose setting, said axially extending teeth of said dose set knob lock to said upper teeth, and said lower teeth slide over said axially extending teeth of said setback member by rotation of said dose set knob relative to said housing in a second direction opposite to said first direction.
A warewash machine for washing wares, comprising: - a chamber for receiving wares, the chamber having at least one wash zone with an associated spray system (26, 28, 43, 44, 56, 57) for spraying liquid onto wares passing therethrough, wherein a downstream drying zone includes a blower for blowing air onto wares passing threrethrough, wherein the blower includes multiple air intake flow paths for air from respective sources, wherein the blower includes an ambient air intake operatively connected to an ambient air flow path, a machine intake operatively connected to an internal machine air flow path, the blower further includes an exhaust intake operatively connected to receive air from a hot air machine exhaust flow path; characterized in that each of the ambient air flow path, the internal machine air flow path and the machine exhaust air flow path includes a respective adjustable flow control device (130, 132, 134) for varying an amount of air traveling therealong. - a chamber for receiving wares, the chamber having at least one wash zone with an associated spray system (26, 28, 43, 44, 56, 57) for spraying liquid onto wares passing therethrough, wherein a downstream drying zone includes a blower for blowing air onto wares passing threrethrough, wherein the blower includes multiple air intake flow paths for air from respective sources, wherein the blower includes an ambient air intake operatively connected to an ambient air flow path, a machine intake operatively connected to an internal machine air flow path, the blower further includes an exhaust intake operatively connected to receive air from a hot air machine exhaust flow path; characterized in that each of the ambient air flow path, the internal machine air flow path and the machine exhaust air flow path includes a respective adjustable flow control device (130, 132, 134) for varying an amount of air traveling therealong. wherein the blower includes multiple air intake flow paths for air from respective sources, wherein the blower includes an ambient air intake operatively connected to an ambient air flow path, a machine intake operatively connected to an internal machine air flow path, the blower further includes an exhaust intake operatively connected to receive air from a hot air machine exhaust flow path; characterized in that each of the ambient air flow path, the internal machine air flow path and the machine exhaust air flow path includes a respective adjustable flow control device (130, 132, 134) for varying an amount of air traveling therealong.
Full material Fresnel Zone Plate precursor array, wherein a plurality of full material Fresnel Zone Plate precursors is arranged on a common carrier and the Fresnel Zone Plate precursors are micro-pillars characterized in that the full material Fresnel Zone Plate precursors have controlled tapering angles and these tapering angles differ between some of the Fresnel Zone Plate precursors arranged on the same common carrier.
A sealable module for containing heat generating electronic components (68, 69), the module comprising: a housing; a heat transfer device having a conduction surface, the housing and the conduction surface together defining a volume in which a first cooling liquid can be located, the heat transfer device further defining a channel for receiving a second cooling liquid, the conduction surface separating the volume and the channel to allow conduction of heat between the volume and the channel through the conduction surface; electronic components (68, 69) located in the volume; and a circuit board holding the electronic components (68, 69), wherein the faces of the electronic components (68, 69) project by different amounts from the surface of the circuit board; wherein the conduction surface has projections into the first volume for conducting heat between the volume and the channel, the component side of the circuit board facing the projections; and characterised in that the projections each have a respective height arranged in conformity with the height of the adjacent corresponding electronic component (68, 69), such that a projection adjacent an electronic component with a deeper profile has a lower height than a projection adjacent an electronic component with a lower profile. a housing; a heat transfer device having a conduction surface, the housing and the conduction surface together defining a volume in which a first cooling liquid can be located, the heat transfer device further defining a channel for receiving a second cooling liquid, the conduction surface separating the volume and the channel to allow conduction of heat between the volume and the channel through the conduction surface; electronic components (68, 69) located in the volume; and a circuit board holding the electronic components (68, 69), wherein the faces of the electronic components (68, 69) project by different amounts from the surface of the circuit board; wherein the conduction surface has projections into the first volume for conducting heat between the volume and the channel, the component side of the circuit board facing the projections; and characterised in that the projections each have a respective height arranged in conformity with the height of the adjacent corresponding electronic component (68, 69), such that a projection adjacent an electronic component with a deeper profile has a lower height than a projection adjacent an electronic component with a lower profile.
A pharmaceutical formulation of loratadine, comprising: loratadine in an amount ranging from 3% to 7% by weight; one or more mono- and di- glyceride medium chain fatty acids in an amount from 33% to 83% by weight, wherein the mono- and di- glyceride medium chain fatty acids are glyceryl mono- & dicaprate; one or more triglyceride medium chain fatty acids in an amount from 8% to 50% by weight; a dispersant being povidone; and a surfactant in an amount from 2% to 5% by weight, wherein the surfactant is a polyoxyethylene sorbitan fatty acid ester that is polysorbate 80; wherein the ratio of the amount of dispersants to the amount of surfactants is 1.75:1 to 2.5:1; wherein the liquid formulation is suitable for encapsulation in a liquid filled soft gel capsule dosage form; and wherein the povidone is povidone K-12. loratadine in an amount ranging from 3% to 7% by weight; one or more mono- and di- glyceride medium chain fatty acids in an amount from 33% to 83% by weight, wherein the mono- and di- glyceride medium chain fatty acids are glyceryl mono- & dicaprate; one or more triglyceride medium chain fatty acids in an amount from 8% to 50% by weight; a dispersant being povidone; and a surfactant in an amount from 2% to 5% by weight, wherein the surfactant is a polyoxyethylene sorbitan fatty acid ester that is polysorbate 80; wherein the ratio of the amount of dispersants to the amount of surfactants is 1.75:1 to 2.5:1; wherein the liquid formulation is suitable for encapsulation in a liquid filled soft gel capsule dosage form; and wherein the povidone is povidone K-12.
Workstation of a textile machine that produces cross-wound packages, comprising a mechanical thread storage device, which is arranged in the region of the thread traversing triangle and by means of which the changes in the thread winding speed that occur during the winding of a cross-wound package because of the thread traversing are compensated, the mechanical thread storage device having a stationary input-side thread deflection roller, a movably mounted thread deflection roller and a stationary output-side thread deflection roller, which is the starting point of the thread traversing triangle, the axes of rotation of the thread deflection rollers (38, 36, 39) being arranged parallel to the traversing plane of the thread, and the stationary input-side thread deflection roller and the movably mounted thread deflection roller having a V-shaped thread running surface, characterised in that the stationary output-side thread deflection roller has a thread running surface in which a U-shaped thread guide groove is formed.
Public works machine of the loader-excavator or elevator type, comprising: ◆ a chassis, ◆ a turret mounted on the chassis, ◆ an articulated arm comprising: ◊ a jib articulating on chassis, ◊ at least one segment (12, 13) of which one is articulated with respect to the jib, the movements of the jib with respect to the turret being controlled by the simultaneous operation of two actuators (20, 21), articulated with respect to the chassis and the jib at the attaching pins, characterized in that the two actuators (20, 21) comprise: ◆ a common attaching pin on the turret or on the jib; ◆ two offset attaching pins (25, 26) on the jib or on the turret. ◆ a chassis, ◆ a turret mounted on the chassis, ◆ an articulated arm comprising: ◊ a jib articulating on chassis, ◊ at least one segment (12, 13) of which one is articulated with respect to the jib, the movements of the jib with respect to the turret being controlled by the simultaneous operation of two actuators (20, 21), articulated with respect to the chassis and the jib at the attaching pins, characterized in that the two actuators (20, 21) comprise: ◊ a jib articulating on chassis, ◊ at least one segment (12, 13) of which one is articulated with respect to the jib, ◆ a common attaching pin on the turret or on the jib; ◆ two offset attaching pins (25, 26) on the jib or on the turret.
A method for operating an electrode-free discharge lamp at a working frequency, the electrode-free discharge lamp having a lamp body which consists of glass and is filled with gas, and the discharge lamp being arranged within a metal housing, and, during the ignition of the discharge lamp, the working frequency of the lamp being influenced by means of a sweep generator which is arranged within the metal housing, characterized in that an additional ignition voltage is generated while influencing the working frequency.
A method comprising: impregnating a plurality of continuous fibers with a polymer composite matrix comprising a liquid polymer precursor and a plurality of particles uniformly dispersed throughout the liquid polymer precursor, wherein the plurality of particles has a median diameter of one micrometer or less as measured by laser diffraction, and wherein the plurality of particles comprises silica particles having a core comprising a metal oxide and/or silica and a silica surface, calcite particles, or combinations thereof; pulling the fibers impregnated with the polymer composite matrix through a die; curing the liquid polymer precursor to form a cured polymer and at least partially solidify the polymer composite matrix in the die, thereby forming a continuous thermoset polymer composite wire filament; and optionally, surrounding the continuous thermoset polymer composite wire filament with a corrosion resistant sheath. impregnating a plurality of continuous fibers with a polymer composite matrix comprising a liquid polymer precursor and a plurality of particles uniformly dispersed throughout the liquid polymer precursor, wherein the plurality of particles has a median diameter of one micrometer or less as measured by laser diffraction, and wherein the plurality of particles comprises silica particles having a core comprising a metal oxide and/or silica and a silica surface, calcite particles, or combinations thereof; pulling the fibers impregnated with the polymer composite matrix through a die; curing the liquid polymer precursor to form a cured polymer and at least partially solidify the polymer composite matrix in the die, thereby forming a continuous thermoset polymer composite wire filament; and optionally, surrounding the continuous thermoset polymer composite wire filament with a corrosion resistant sheath.