mhurhangee/patent-ind-claim-en huggingface dataset:
A magnetic field formation device comprising: a plurality of power-supplying coils each of which having a first current path on one coil end side and a second current path on the other coil end side and adapted to generate a variable magnetic field by receiving a variable current via the first current path and the second current path; for each of the power-supplying coils a resonance capacitor which is provided on at least one of the first current path and the second current path of the respective power-supplying coil; and a power-supplying coil short-circuit mechanism which is configured to cause at least one of the power-supplying coils to function as a power supplying resonator by short-circuiting end portions of the respective first current path and the second current path ; wherein the power-supplying coil short-circuit mechanism is arranged to stop supply of the variable current to a power-supplying coil at the same time as that coil is short-circuited; characterized by an output target switching mechanism which is configured to output a variable current to one of predetermined output targets which are at least one of and not all of the power-supplying coils and is configured to repeatedly switch between said output targets which the variable current is output. a plurality of power-supplying coils each of which having a first current path on one coil end side and a second current path on the other coil end side and adapted to generate a variable magnetic field by receiving a variable current via the first current path and the second current path; for each of the power-supplying coils a resonance capacitor which is provided on at least one of the first current path and the second current path of the respective power-supplying coil; and a power-supplying coil short-circuit mechanism which is configured to cause at least one of the power-supplying coils to function as a power supplying resonator by short-circuiting end portions of the respective first current path and the second current path ; wherein the power-supplying coil short-circuit mechanism is arranged to stop supply of the variable current to a power-supplying coil at the same time as that coil is short-circuited; characterized by an output target switching mechanism which is configured to output a variable current to one of predetermined output targets which are at least one of and not all of the power-supplying coils and is configured to repeatedly switch between said output targets which the variable current is output.
Freeze-drying apparatus , comprising at least - at least one product chamber with at least two adjustable shelves arranged within the product chamber, and - at least one adjustment device for adjusting the distance between at least two shelves , which interacts with the shelves , and - at least one drive for moving the shelves , whereby the drive activates the adjustment device for adjusting the distance between at least two shelves , characterised in that the drive is located outside of the product chamber ; and that the adjustment device includes - a pressure plate designed to be moved by at least one drive , and - at least one lever connected to the pressure plate . - at least one product chamber with at least two adjustable shelves arranged within the product chamber, and - at least one adjustment device for adjusting the distance between at least two shelves , which interacts with the shelves , and - at least one drive for moving the shelves , whereby the drive activates the adjustment device for adjusting the distance between at least two shelves , characterised in that the drive is located outside of the product chamber ; and that the adjustment device includes - a pressure plate designed to be moved by at least one drive , and - at least one lever connected to the pressure plate .
An unworn sterile silicone hydrogel contact lens immersed in a packaging solution and sealed in a package, said contact lens comprising: (a) a polymeric lens body that is the reaction product of a polymerizable composition comprising at least one siloxane monomer and at least one hydrophilic monomer or at least one hydrophilic polymer or both at least one hydrophilic monomer and at least one hydrophilic polymer; and (b) an amount of oleic acid releasably adhered to the polymeric lens body, wherein the contact lens has a release profile in a release media consisting of 30vol% EtOH in PBS comprising release of 2 μg to 25 μg oleic acid at 1 hour as determined by the method detailed in the examples. (a) a polymeric lens body that is the reaction product of a polymerizable composition comprising at least one siloxane monomer and at least one hydrophilic monomer or at least one hydrophilic polymer or both at least one hydrophilic monomer and at least one hydrophilic polymer; and (b) an amount of oleic acid releasably adhered to the polymeric lens body,
Photonic circuit, comprising: - an amplifying medium with III-V heterostructure (1, QW, 2), - an optical wave guide locally facing the amplifying medium at an overlap zone, the optical wave guide comprising a coupling section facing a central portion of the amplifying medium, a propagation section outside the overlap zone and a modal transition section arranged between the coupling section and the propagation section at one end of the overlap zone, characterised in that the modal transition section of the optical wave guide is conformed to achieve coupling of the antisymmetric mode between the propagation section and the coupling section by widening progressively over its entire length from the propagation section to the coupling section. - an amplifying medium with III-V heterostructure (1, QW, 2), - an optical wave guide locally facing the amplifying medium at an overlap zone, the optical wave guide comprising a coupling section facing a central portion of the amplifying medium, a propagation section outside the overlap zone and a modal transition section arranged between the coupling section and the propagation section at one end of the overlap zone,
An optical assembly for a vehicle rear-view mirror comprising: a lighting module including a substrate , a resin layer disposed on the substrate and a light emitting device inside the resin layer , and having an exit surface (S1) for emitting light on one side thereof, the lighting module having a trapezoidal shape in a plane parallel to the substrate ; a reflective portion having a recess (R1) in a lower portion of an exit side of the lighting module and an aspherical curved surface at a bottom of the recess (R1), the exit surface (S1) of the lighting module being exposed toward the recess (R1); and a transparent cover over the recess (R1), wherein the resin layer seals the light emitting device , wherein a length (Y1) of the exit surface (S1) of the lighting module is greater than a length of a surface of the lighting module opposite to the exit surface (S1), wherein a straight line extending along a length direction of the exit surface (S1) of the lighting module is inclined with respect to a straight line extending along a length direction of the surface opposite to the exit surface (S1). . a lighting module including a substrate , a resin layer disposed on the substrate and a light emitting device inside the resin layer , and having an exit surface (S1) for emitting light on one side thereof, the lighting module having a trapezoidal shape in a plane parallel to the substrate ; a reflective portion having a recess (R1) in a lower portion of an exit side of the lighting module and an aspherical curved surface at a bottom of the recess (R1), the exit surface (S1) of the lighting module being exposed toward the recess (R1); and a transparent cover over the recess (R1), wherein the resin layer seals the light emitting device , wherein a length (Y1) of the exit surface (S1) of the lighting module is greater than a length of a surface of the lighting module opposite to the exit surface (S1), wherein a straight line extending along a length direction of the exit surface (S1) of the lighting module is inclined with respect to a straight line extending along a length direction of the surface opposite to the exit surface (S1). .
A method for accessing and aggregating a plurality of data records, the method comprising: accessing a plurality of data records generated by an index system , wherein the plurality of data records comprise a plurality of fields for storing indexed data components which correspond to data components contained in a plurality of data items used to generate the plurality of data records; identifying those of the plurality of data records having matching indexed data components for performing an aggregation on; aggregating those of the plurality of data records having matching indexed data components to generate a summarized data record of the aggregated data records, the summarized data record including the matching indexed data components of the aggregated data records; wherein the method is performed using one or more processors . accessing a plurality of data records generated by an index system , wherein the plurality of data records comprise a plurality of fields for storing indexed data components which correspond to data components contained in a plurality of data items used to generate the plurality of data records; identifying those of the plurality of data records having matching indexed data components for performing an aggregation on; aggregating those of the plurality of data records having matching indexed data components to generate a summarized data record of the aggregated data records, the summarized data record including the matching indexed data components of the aggregated data records; wherein the method is performed using one or more processors .
A holding device for a load with a flange arranged at at least one end, wherein the holding device can be arranged at a crane-like hoist and has at least two resting surfaces arrangeable and stoppable at a lower side of the flange and encircling the flange at equal angles to one another, wherein at least one hold-down means corresponding to each resting surface is provided at the holding device and, by the respective hold-down means , a force independent of a transportation process can be applied to an upper side of the flange and/or a casing region contiguous with the flange , and characterized in that the force that can be applied by the respective hold-down means can be provided by means of an actuator and in that the force that can be applied by the respective hold-down means has at most the amount which is applied to the at least one resting surface at the lower side of the flange as a dynamic or static tensile force in the opposite direction when the load hangs or swings while suspended from the holding device .
A heating, ventilation, and air conditioning (HVAC) system comprising: an evaporator coil ; a metering device fluidly coupled to the evaporator coil ; a variable-speed circulation fan for circulating air around the evaporator coil ; a condenser coil fluidly coupled to the metering device ; a variable-speed compressor fluidly coupled to the condenser coil and the evaporator coil ; a controller operatively coupled to the variable-speed compressor and the variable-speed circulation fan ; a first temperature sensor disposed in a supply duct , the first temperature sensor being configured to measure a discharge air temperature and transmit the measured discharge air temperature to the controller ; a second temperature sensor disposed in an enclosed space , the second temperature sensor being configured to measure temperature of the enclosed space and transmit the temperature of the enclosed space to the controller ; and wherein the controller is configured to: determine if the temperature of the enclosed space is below a minimum threshold; characterized in that the the controller furthermore is configured to: responsive to a determination that the temperature of the enclosed space is below the minimum threshold, modulate at least one of a speed of the variable-speed compressor and the variable-speed circulation fan to lower the discharge air temperature from a first setpoint temperature to a second setpoint temperature. an evaporator coil ; a metering device fluidly coupled to the evaporator coil ; a variable-speed circulation fan for circulating air around the evaporator coil ; a condenser coil fluidly coupled to the metering device ; a variable-speed compressor fluidly coupled to the condenser coil and the evaporator coil ; a controller operatively coupled to the variable-speed compressor and the variable-speed circulation fan ; a first temperature sensor disposed in a supply duct , the first temperature sensor being configured to measure a discharge air temperature and transmit the measured discharge air temperature to the controller ; a second temperature sensor disposed in an enclosed space , the second temperature sensor being configured to measure temperature of the enclosed space and transmit the temperature of the enclosed space to the controller ; and wherein the controller is configured to: determine if the temperature of the enclosed space is below a minimum threshold; characterized in that the the controller furthermore is configured to: responsive to a determination that the temperature of the enclosed space is below the minimum threshold, modulate at least one of a speed of the variable-speed compressor and the variable-speed circulation fan to lower the discharge air temperature from a first setpoint temperature to a second setpoint temperature.
A heat shielded assembly comprising: a fuel structure of a combustor of a gas turbine engine, wherein the fuel structure is configured to deliver fuel to the combustor; and a woven heat shield at least partially conformally surrounding the fuel structure and spaced from an exterior of the fuel structure by a distance where it conformally surrounds the fuel structure, the woven heat shield comprising: a first set of strands , wherein each strand of the first set of strands extends in a first direction; a second set of strands interwoven with the first set of strands, wherein each strand of the second set of strands extends in a second direction transverse to the first direction; a weave pattern comprising the first set of strands and the second set of strands, wherein the first set of strands and the second set of strands are not attached where they intersect in the weave pattern, characterized in that the strands of the first set of strands generally do not contact the strands of the second set of strands where the first set of strands and second set of strands intersect in the weave pattern, such that the first set of strands are able to move relative to the second set of strands when undergoing thermal expansion. a fuel structure of a combustor of a gas turbine engine, wherein the fuel structure is configured to deliver fuel to the combustor; and a woven heat shield at least partially conformally surrounding the fuel structure and spaced from an exterior of the fuel structure by a distance where it conformally surrounds the fuel structure, the woven heat shield comprising: a first set of strands , wherein each strand of the first set of strands extends in a first direction; a second set of strands interwoven with the first set of strands, wherein each strand of the second set of strands extends in a second direction transverse to the first direction; a weave pattern comprising the first set of strands and the second set of strands, wherein the first set of strands and the second set of strands are not attached where they intersect in the weave pattern, a first set of strands , wherein each strand of the first set of strands extends in a first direction; a second set of strands interwoven with the first set of strands, wherein each strand of the second set of strands extends in a second direction transverse to the first direction; a weave pattern comprising the first set of strands and the second set of strands, wherein the first set of strands and the second set of strands are not attached where they intersect in the weave pattern,
An electric wire holding structure comprising: an electric wire routing groove portion in which an electric wire can be housed, wherein the electric wire routing groove portion includes: a bottom portion; a pair of side wall portions that are erected from the bottom portion and are provided facing each other; and locking pieces that protrude from the side wall portions in directions in which the locking pieces approach each other and are formed with a gap through which the electric wire can be passed between distal ends of the locking pieces, wherein each of the side wall portions includes low edge portions forming recesses that are provided on both side of the locking pieces, wherein the low edge portion is formed such that a length from the bottom portion to the low edge portion is smaller than a length from the bottom portion to the locking piece, and wherein slits are formed on the both sides of the locking piece in the low edge portion in at least one of the side wall portions, so that a flexible arm including the locking piece at an end of the flexible arm is formed. an electric wire routing groove portion in which an electric wire can be housed, wherein the electric wire routing groove portion includes: a bottom portion; a pair of side wall portions that are erected from the bottom portion and are provided facing each other; and locking pieces that protrude from the side wall portions in directions in which the locking pieces approach each other and are formed with a gap through which the electric wire can be passed between distal ends of the locking pieces, a bottom portion; a pair of side wall portions that are erected from the bottom portion and are provided facing each other; and locking pieces that protrude from the side wall portions in directions in which the locking pieces approach each other and are formed with a gap through which the electric wire can be passed between distal ends of the locking pieces, wherein each of the side wall portions includes low edge portions forming recesses that are provided on both side of the locking pieces, wherein the low edge portion is formed such that a length from the bottom portion to the low edge portion is smaller than a length from the bottom portion to the locking piece, and wherein slits are formed on the both sides of the locking piece in the low edge portion in at least one of the side wall portions, so that a flexible arm including the locking piece at an end of the flexible arm is formed.
A cell supervising circuit (30 30a 30b 30d), comprising: a measurement circuit (31 31c) configured to measure a state of charge of at least one power storage cell ; an insulation element which is provided for the measurement circuit (31 31c) to contactlessly receive power supply from a power source (12 12a) different from the at least one power storage cell ; and characterized in that , the cell supervising circuit (30 30a 30b 30d), further comprises: a communication circuit configured to transmit, contactlessly via the insulation element to a management device (10 10a 10b) configured to manage a status of the at least one power storage cell , information indicating the state of charge measured by the measurement circuit (31 31c), and wherein the cell supervising circuit (30 30a 30b 30d) further comprises a path configured to supply power from the power source to the measurement circuit (31 31c) and the communication circuit , said path comprising the insulation element , and said path being further configured as a communication path for the communication circuit . a measurement circuit (31 31c) configured to measure a state of charge of at least one power storage cell ; an insulation element which is provided for the measurement circuit (31 31c) to contactlessly receive power supply from a power source (12 12a) different from the at least one power storage cell ; and a communication circuit configured to transmit, contactlessly via the insulation element to a management device (10 10a 10b) configured to manage a status of the at least one power storage cell , information indicating the state of charge measured by the measurement circuit (31 31c), and wherein the cell supervising circuit (30 30a 30b 30d) further comprises a path configured to supply power from the power source to the measurement circuit (31 31c) and the communication circuit , said path comprising the insulation element , and said path being further configured as a communication path for the communication circuit .
A compensator arrangement comprising: - a first fixing unit , - a second fixing unit , and - a flexible intermediate member detachably arranged between the first fixing unit and the second fixing unit and including a main body , a first radial end flange and a second radial end flange , - wherein the first fixing unit comprises a first connecting member having a first connecting body and a first fixing flange having a plurality of through-holes , a first counter ring , a first clamping ring and a first clamping device for releasably clamping the first radial end flange , the first clamping device comprising bolts and elongated recesses for receiving the bolts, - wherein the second fixing unit comprises a second connecting member comprising a connecting body and a second fixing flange having a plurality of through-holes , a second counter ring , a second clamping ring and a second clamping device for releasably clamping the second radial end flange , the second clamping device comprising bolts and elongated recesses for receiving the bolts, - wherein the first end flange of the flexible intermediate member is fluid-tightly clamped between the first fixing flange of the first connecting member and the first counter-ring , - wherein the second end flange of the flexible intermediate member is fluid-tightly clamped between the second fixing flange of the second connecting member and the second counter-ring and - wherein the elongated recesses comprise ramps which are inclined towards a radial plane. - a first fixing unit , - a second fixing unit , and - a flexible intermediate member detachably arranged between the first fixing unit and the second fixing unit and including a main body , a first radial end flange and a second radial end flange , - wherein the first fixing unit comprises a first connecting member having a first connecting body and a first fixing flange having a plurality of through-holes , a first counter ring , a first clamping ring and a first clamping device for releasably clamping the first radial end flange , the first clamping device comprising bolts and elongated recesses for receiving the bolts, - wherein the second fixing unit comprises a second connecting member comprising a connecting body and a second fixing flange having a plurality of through-holes , a second counter ring , a second clamping ring and a second clamping device for releasably clamping the second radial end flange , the second clamping device comprising bolts and elongated recesses for receiving the bolts, - wherein the first end flange of the flexible intermediate member is fluid-tightly clamped between the first fixing flange of the first connecting member and the first counter-ring , - wherein the second end flange of the flexible intermediate member is fluid-tightly clamped between the second fixing flange of the second connecting member and the second counter-ring and - wherein the elongated recesses comprise ramps which are inclined towards a radial plane.