mhurhangee/patent-ind-claim-en huggingface dataset:
An air conditioner comprising: a first filter ; a second filter located downstream of the first filter in an airflow direction; a dust amount sensor located upstream of the first filter in the airflow direction and formed with a hole for passage of dust; and a controller , characterised in that the dust amount sensor is configured to transmit, per unit of time, each of a first total amount of dust within a first particle size range and a second total amount of dust within a second particle size range, which is smaller than the first particle size range, among all of the dust passing through the hole; and in that the controller is configured to output a service signal for the first filter when an accumulated value of the first total amount transmitted from the dust amount sensor exceeds a first set value and to output a service signal for the second filter when an accumulated value of the second total amount transmitted from the dust amount sensor exceeds a second set value. a first filter ; a second filter located downstream of the first filter in an airflow direction; a dust amount sensor located upstream of the first filter in the airflow direction and formed with a hole for passage of dust; and a controller ,
Conversion body (1; 11; 21), comprising - a main body made from wavelength converting phosphor, said main body having an irradiation surface , intended to be irradiated by primary light (P), wherein the basic body is a phosphor platelet, the irradiation surface of which is centered on a flat side of the main body , and - at least one electrically conductive conduction track (4; 12, 13; 22) mounted on the main body outside the irradiation surface , wherein - at least one edge-side conduction track (4; 12; 22) extends along at least a portion of one edge (A) of the flat side that comprises the irradiation surface , characterized in that the edge-side conduction track extends along at least one mechanical damage site (K) introduced on the edge side and at least one other conduction track extends, a distance apart from and similar in shape to the edge-side conduction track , between the edge-side conduction track and the irradiation surface . - a main body made from wavelength converting phosphor, said main body having an irradiation surface , intended to be irradiated by primary light (P), wherein the basic body is a phosphor platelet, the irradiation surface of which is centered on a flat side of the main body , and - at least one electrically conductive conduction track (4; 12, 13; 22) mounted on the main body outside the irradiation surface , wherein - at least one edge-side conduction track (4; 12; 22) extends along at least a portion of one edge (A) of the flat side that comprises the irradiation surface , characterized in that the edge-side conduction track extends along at least one mechanical damage site (K) introduced on the edge side and at least one other conduction track extends, a distance apart from and similar in shape to the edge-side conduction track , between the edge-side conduction track and the irradiation surface .
A ceramic filtration membrane with a porous support having a pore size of 1 μm-7 μm which is formed by sintering aluminum oxide particles and metal oxide particles at a temperature greater than 1300°C and less than 1500°C, with the aluminum oxide particles comprising coarse aluminum oxide particles with a particle size of 20 μm-150 μm and with the metal oxide being silicon oxide, characterized in that : the coarse aluminum oxide particles comprise particles with a particle size of 45 μm-150 μm, representing a percentage by weight of 50%-70% with respect to the total weight of the porous support , and particles with a particle size of 20 μm-45 μm, representing a percentage by weight of 10%-30% with respect to the total weight of the porous support ; the silicon oxide represents a percentage by weight of 3%-10% with respect to the total weight of the porous support ; the aluminum oxide particles further comprise fine aluminum oxide particles with a particle size of less than 10 μm, where the fine aluminum oxide particles have a percentage by weight of 3%-10% with respect to the total weight of the porous support ; and the porous support has a porosity greater than 28% and a bending strength greater than 45 MPa, in which the porous support additionally has aluminum hydroxide AlO(OH) in the composition thereof and in which aluminum hydroxide AlO(OH) represents a percentage by weight of 2%-3% with respect to the total weight of the porous support .
An inductive power transmitter comprising: a power transmitting coil configured to generate an inductive power transfer, IPT, field; and an object detection system configured to detect objects in or adjacent a space occupied by the IPT field when generated; wherein the object detection system is configured to: detect a potential receiver object based on a magnet associated with the receiver object by correlating a shape of a voltage versus time waveform or a current versus time waveform with a reference waveform shape, wherein the voltage versus time or current versus time waveform is magnetically induced by the magnet associated with the potential receiver object; energize the power transmitting coil and attempt to communicate with the potential receiver object in response to detecting the potential receiver object; and de-energize the power transmitting coil in response to a failure in the attempt to communicate with the potential receiver object. a power transmitting coil configured to generate an inductive power transfer, IPT, field; and an object detection system configured to detect objects in or adjacent a space occupied by the IPT field when generated; wherein the object detection system is configured to: detect a potential receiver object based on a magnet associated with the receiver object by correlating a shape of a voltage versus time waveform or a current versus time waveform with a reference waveform shape, wherein the voltage versus time or current versus time waveform is magnetically induced by the magnet associated with the potential receiver object; energize the power transmitting coil and attempt to communicate with the potential receiver object in response to detecting the potential receiver object; and de-energize the power transmitting coil in response to a failure in the attempt to communicate with the potential receiver object. detect a potential receiver object based on a magnet associated with the receiver object by correlating a shape of a voltage versus time waveform or a current versus time waveform with a reference waveform shape, wherein the voltage versus time or current versus time waveform is magnetically induced by the magnet associated with the potential receiver object; energize the power transmitting coil and attempt to communicate with the potential receiver object in response to detecting the potential receiver object; and de-energize the power transmitting coil in response to a failure in the attempt to communicate with the potential receiver object.
A cabinet for the temporary storage of a heated food item, the cabinet having a base , a top and opposing sides , wherein the base , top and opposing sides define an interior space of the cabinet which is accessible through opposing access apertures at each end of the cabinet , wherein the cabinet is provided with air movement means and air heating means operable to draw air from the interior space of the cabinet, heat said air and utilise said heated air to produce air curtains across the opposing access apertures of the cabinet , characterised in that the width of the interior space between the side walls narrows to a throat at a point approximately midway between the opposing access apertures .
A method of sensing an environmental parameter comprising: selecting first calibration data for a sensor system , wherein the sensor system is configured to provide sensor data indicating a sensed level of the environmental parameter; providing the first calibration data to the sensor system for use in indicating the environmental parameter; obtaining, from the sensor system , a plurality of items of the sensor data ; determining whether a first condition is met by the plurality of items of the sensor data ; and, in the event that the first condition is met, sending updated calibration data to the sensor system for use in indicating the environmental parameter, wherein the updated calibration data is based on the first calibration data and the plurality of items of the sensor data . selecting first calibration data for a sensor system , wherein the sensor system is configured to provide sensor data indicating a sensed level of the environmental parameter; providing the first calibration data to the sensor system for use in indicating the environmental parameter; obtaining, from the sensor system , a plurality of items of the sensor data ; determining whether a first condition is met by the plurality of items of the sensor data ; and, in the event that the first condition is met, sending updated calibration data to the sensor system for use in indicating the environmental parameter, wherein the updated calibration data is based on the first calibration data and the plurality of items of the sensor data .
A control circuit to control the operation of a power converter, the control circuit comprising: a common control node electrically coupled to an input of a controller for the power converter, the common control node configured to provide a regulation voltage to the power converter; and a plurality of sub-control circuits (SCC), each of the plurality of sub-control circuits includes: an operational amplifier (A 1-N ) that includes a first input, a second input, and an output; a diode (SW 1-N ) that includes a first terminal and a second terminal, the first terminal coupled to the operational amplifier output and the second terminal coupled to the common control node ; and a capacitive feedback circuit (FB N ) that includes a capacitor , the capacitive feedback circuit comprising an input directly connected to the common control node such that the capacitor is biased to the regulation voltage of the common control node, and an output coupled to the first input of the operational amplifier (A 1-N ), wherein during a transition of control from a first one of the plurality of sub-control circuits to a second one of the plurality of sub-control circuits, the capacitor for the second one of the plurality of sub-control circuits is configured to discharge from the regulation voltage of the common control node. a common control node electrically coupled to an input of a controller for the power converter, the common control node configured to provide a regulation voltage to the power converter; and a plurality of sub-control circuits (SCC), each of the plurality of sub-control circuits includes: an operational amplifier (A 1-N ) that includes a first input, a second input, and an output; a diode (SW 1-N ) that includes a first terminal and a second terminal, the first terminal coupled to the operational amplifier output and the second terminal coupled to the common control node ; and a capacitive feedback circuit (FB N ) that includes a capacitor , the capacitive feedback circuit comprising an input directly connected to the common control node such that the capacitor is biased to the regulation voltage of the common control node, and an output coupled to the first input of the operational amplifier (A 1-N ), an operational amplifier (A 1-N ) that includes a first input, a second input, and an output; a diode (SW 1-N ) that includes a first terminal and a second terminal, the first terminal coupled to the operational amplifier output and the second terminal coupled to the common control node ; and a capacitive feedback circuit (FB N ) that includes a capacitor , the capacitive feedback circuit comprising an input directly connected to the common control node such that the capacitor is biased to the regulation voltage of the common control node, and an output coupled to the first input of the operational amplifier (A 1-N ), wherein during a transition of control from a first one of the plurality of sub-control circuits to a second one of the plurality of sub-control circuits, the capacitor for the second one of the plurality of sub-control circuits is configured to discharge from the regulation voltage of the common control node.
Photoconductive transducer intended to generate or detect waves in the terahertz frequency domain or in the picosecond pulse domain, wherein the photoconductive transducer comprises-a three-dimensional structure that comprises a first planar electrode (E1), second planar electrode (E2) parallel to the first planar electrode, and an array of identical nano-columns (C) embedded in a layer of resist (R) situated between the first and the second planar electrodes, with the nano-columns being made of a III-V semiconductor and the top part of each nano-column comprising a metal contact (CE) that is electrically connected to the second electrode, characterized in that the resist and the second planar electrode are transparent at a given wavelenght in the visible or in the near infrared region of the electromagnetic spectrum, the height of the nano-columns as well as the thickness of the resist range between 100 nanometres and 400 nanometres, the width of the nano-columns is between 100 nanometres and 400 nanometres, the distance between two consecutive nano-columns is between 300 nanometres and 500 nanometres.
A method comprising: receiving, by a destination virtual routing node of a network device having a plurality of packet processors and a switch fabric comprising a plurality of fabric links coupling respective pairs of the plurality of packet processors at respective fabric interfaces of the plurality of packet processors, one or more packets; determining, by the destination virtual routing node, whether the one or more packets are forwarded on a first path through the switch fabric or a second path through the switch fabric; obtaining, by the destination virtual routing node, a buffering time period computed from one or more timestamps included in a sampling packet , wherein the one or more timestamps are indicative of a time taken by the sampling packet to travel on the first path; in response to determining that the one or more packets are forwarded on the second path, buffering, by the destination virtual routing node, the one or more packets for the buffering time period; and in response to the buffering time period having elapsed, transmitting, by the destination virtual routing node, the buffered one or more packets on an egress interface of the destination virtual routing node. receiving, by a destination virtual routing node of a network device having a plurality of packet processors and a switch fabric comprising a plurality of fabric links coupling respective pairs of the plurality of packet processors at respective fabric interfaces of the plurality of packet processors, one or more packets; determining, by the destination virtual routing node, whether the one or more packets are forwarded on a first path through the switch fabric or a second path through the switch fabric; obtaining, by the destination virtual routing node, a buffering time period computed from one or more timestamps included in a sampling packet , wherein the one or more timestamps are indicative of a time taken by the sampling packet to travel on the first path; in response to determining that the one or more packets are forwarded on the second path, buffering, by the destination virtual routing node, the one or more packets for the buffering time period; and in response to the buffering time period having elapsed, transmitting, by the destination virtual routing node, the buffered one or more packets on an egress interface of the destination virtual routing node.
Method for sanitizing biomass, in which the biomass is fed to a shaft heater designed like a shaft cooler, which at the top has a feed apparatus for evenly distributing the material to be sanitized to the various shafts, and the biomass is heated in the shaft heater by supplying a heated heating medium to the shaft cooler.
A method for preparing an antibacterial ceramic tile, wherein the antibacterial ceramic tile comprising an antibacterial glaze layer arranged on an upper surface of a ceramic tile, wherein the antibacterial glaze layer is composed of a basic transparent glaze and a zirconium phosphate loaded with composite antibacterial agent, wherein the zirconium phosphate loaded with composite antibacterial agent is accumulated at an upper portion of the antibacterial glaze layer, and effective antibacterial components of the composite antibacterial agent are an antibacterial oxide and antibacterial ions, characterized in that the method comprising following process steps: 1) preparing a common ceramic tile green body having a base glaze layer and a decorative pattern layer , and applying a transparent glaze layer , wherein the transparent glaze layer is made by mixing a basic transparent glaze and a zirconium phosphate carrier, followed by high-temperature firing, to obtain a semi-finished product; and 2) spraying a composite antibacterial agent on a surface of the semi-finished product obtained in step 1), followed by polishing and grinding using a grinding disc and a heat treatment, to obtain a finished product of the antibacterial ceramic tile. 1) preparing a common ceramic tile green body having a base glaze layer and a decorative pattern layer , and applying a transparent glaze layer , wherein the transparent glaze layer is made by mixing a basic transparent glaze and a zirconium phosphate carrier, followed by high-temperature firing, to obtain a semi-finished product; and 2) spraying a composite antibacterial agent on a surface of the semi-finished product obtained in step 1), followed by polishing and grinding using a grinding disc and a heat treatment, to obtain a finished product of the antibacterial ceramic tile.
Electrical connector adapted to be mounted to an electric cable having a plurality of wires each with an electrical conductor and an insulating jacket , a shielding surrounding the wires and an outer insulating jacket surrounding the shielding comprising: a retainer with a bore , said retainer being made of an electrically conductive material and being adapted to be mounted onto the outer insulating jacket of the electric cable , wherein the bore has a contact section with a cylindrical inner contact face adapted to be in contact to Z the shielding of the cable , a cavity block having a plurality of cavities adapted to accommodate electrical terminals connected to the electrical conductors of the wires of the cable , and a tubular shield element made of an electrically conductive material and accommodating said retainer and said cavity block , characterized in that said bore of the retainer is threaded and adapted to be screwed onto the outer insulating jacket of the electric cable , wherein the bore has a threaded section , the threaded section being separate from the contact section . a retainer with a bore , said retainer being made of an electrically conductive material and being adapted to be mounted onto the outer insulating jacket of the electric cable , wherein the bore has a contact section with a cylindrical inner contact face adapted to be in contact to Z the shielding of the cable , a cavity block having a plurality of cavities adapted to accommodate electrical terminals connected to the electrical conductors of the wires of the cable , and a tubular shield element made of an electrically conductive material and accommodating said retainer and said cavity block , characterized in that said bore of the retainer is threaded and adapted to be screwed onto the outer insulating jacket of the electric cable , wherein the bore has a threaded section , the threaded section being separate from the contact section .
Composite core yarn comprising at least two electrically conductive filaments as a core and a cover layer which encapsulates the core, wherein the cover layer comprises staple fibers, wherein the core further comprises an elastic filament having an elasticity in at least longitudinal direction thereof, wherein the elastic filament is a separate filament and not constituted by the at least two conductive filaments , wherein the at least two conductive filaments are wound around the elastic filament , wherein one of the at least two conductive filaments is a metal filament made of a metallic material; and the other of the at least two conductive filaments is a coated filament having a core of a substantially not electrically conducting material, and a surface layer of an electrically conductive material.
A compressor driving device , comprising: a power conversion circuit that supplies power to an electric motor included in a compressor; a drive circuit that drives the power conversion circuit according to a control signal; a voltage detector that detects a voltage that is output to the electric motor; a current detector that detects a current that is output to the electric motor; and a controller , the controller comprising: a corrector configured to calculate an input power value as a product of a detection value of the voltage detector and a detection value of the current detector, and if the input power value is greater than a comparison value to generate an instruction to suppress a duty ratio; and a duty setter configured to reduce a duty ratio of the control signal in response to the instruction to suppress the duty ratio and thereby cause the power supplied to the electric motor by the power conversion circuit to have a predetermined power level or less, the corrector is further configured to correct the comparison value by a correction value. a power conversion circuit that supplies power to an electric motor included in a compressor; a drive circuit that drives the power conversion circuit according to a control signal; a voltage detector that detects a voltage that is output to the electric motor; a current detector that detects a current that is output to the electric motor; and a controller , the controller comprising: a corrector configured to calculate an input power value as a product of a detection value of the voltage detector and a detection value of the current detector, and if the input power value is greater than a comparison value to generate an instruction to suppress a duty ratio; and a duty setter configured to reduce a duty ratio of the control signal in response to the instruction to suppress the duty ratio and thereby cause the power supplied to the electric motor by the power conversion circuit to have a predetermined power level or less, the corrector is further configured to correct the comparison value by a correction value.
Electric arrangement for a motor vehicle , comprising an assembly having an electric component , and a synthetic jet , configured to generate fluid blasts , which is arranged for outputting the fluid blasts in the direction of the assembly , characterised in that the component can be activated according to a temporal signal course and the synthetic jet can be controlled for the generation, synchronised with a respective activation of the component , of at least one fluid blast .
In vitro use of chemokine CCL5 and CCL3 as a biomarker for the identification of whether or not a test subject is at increased risk of a future acute cardiovascular syndrome or event.