mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a metal foam comprising a step of sintering a structure comprising a metal component and an organic binder, wherein the metal component comprises a conductive metal having a relative magnetic permeability of 90 or more in an amount of 30% by weight or more, wherein the organic binder is alkyl cellulose, polyalkylene carbonate, polyvinyl alcohol, polyalkylene oxide or polyvinyl acetate, wherein the structure comprises 50 to 400 parts by weight of the organic binder relative to 100 parts by weight of the metal component, wherein the sintering of the structure is performed by applying an electromagnetic field to said structure and wherein the electromagnetic field is formed by applying a current in a range of 100 A to 1,000 A at a frequency in a range of 100 kHz to 1000 kHz.
A radio transceiver system comprising: a control system; a first radio transceiver for transmitting control data formatted in at least an industry-standard control protocol from the control system to at least a second radio transceiver; a second radio transceiver for receiving control data from the first radio transceiver and communicating the same to at least a load; wherein the load comprises at least one of a luminaire, dimmer, stepper motor, fog generator, smoke generator, light-emitting diode device or other DMX-controlled device; wherein the control data is transmitted from the first radio transceiver to the second radio transceiver utilizing a frequency hopping spread spectrum broadcast; wherein the industry-standard control protocol comprises at least one from the group consisting of DMX512, RDM and ACN; wherein the frequency hopping spread spectrum broadcast comprises a duplicate transmission of a first data packet on two unequal frequencies; characterized in that the first radio transceiver sets the timing of the hopping pattern by transmitting a beacon packet indicating the timing/expected transmission of a packet transmission]; wherein even if the first radio transceiver does not receive an expected amount of data from the control system, a beacon packet is still transmitted to the second radio transceiver. a control system; a first radio transceiver for transmitting control data formatted in at least an industry-standard control protocol from the control system to at least a second radio transceiver; a second radio transceiver for receiving control data from the first radio transceiver and communicating the same to at least a load;
Method for recovering cold during the re-gasification of cryogenic liquids, namely of liquefied natural gas, liquefied nitrogen, or liquefied oxygen, characterized in that the cold of the cryogenic liquid, in a heat exchanger, which is designed for refrigerating capacities in the region of less than 100 kW, is initially transferred to an intermediate medium, and subsequently from the latter to a liquid coolant medium, while the coolant medium remains without phase change down to a temperature level of -60°C, and thus is safely pumpable, and in that the heat transfer, furthermore, takes place by evaporation and condensation without using any pump during natural circulation in the heat exchanger, while the temperature of the intermediate medium, due to the design of heat transfer and of the temperature differences driving heat transfer, is freely selectable in a range of between -20 °C and -100°C, namely by the fact that the heat exchanger is an hermetically sealed vessel integrally jacketed with an insulation, and having an upper and a lower torospherical head (2; 3) in vertical alignment, that a coiled tube is located in the in the area of the upper torospherical head and at least one coiled tube is arranged in the area of the lower torospherical head while observing a distance between the coiled tubes (6 and 7), that the hermetically sealed vessel is filled with an intermediate medium thus encapsulated, with a fill level between the upper and the lower coiled tubes (6 and 7) for implementing the heat transport inside the vessel, while the lower coiled tubes are flooded with liquid intermediate medium in the boiling state (8.2) in every operating state, while the upper coiled tubes are surrounded with saturated steam (8.1) which condensates at the coiled tubes when releasing heat during operation, that the coiled tubes (6 and/or 7) are installed in a single arrangement or in multiple arrangements, that the inflow and the outflow of the cryogenic liquid via the coiled tube, or, in multiple arrangements, via the coiled tubes and the corresponding header tube, allow a heat transport from the condensing intermediate medium (8.1) to the cryogenic liquid to be re-gasified, and that the heat transport from the coolant medium to be cooled to the liquid intermediate medium (8.2) is implemented using the inflow and the outflow of the coolant medium via the coiled tube, or, in multiple arrangements, via the coiled tubes and the corresponding header tube.
A cutting tool comprising: a drive source; a cutting blade driven by the drive source; a cutting line detector configured to detect a cutting line marked on a surface of a cut subject; a deviation determination unit configured to determine whether or not deviation of a location of the cutting blade from a location of the cutting line detected by the cutting line detector is greater than a threshold value; a notification unit configured to notify a user when the deviation determination unit determines that the deviation is greater than the threshold value; and a threshold setting unit configured to set the threshold value to a value selected by the user, the cutting tool being characterized in that the threshold setting unit includes a selection switch configured to be operated by the user to vary the threshold value in multiple steps and an indicator configured to be lighted in multiple steps in accordance with the operation of the selection switch. a drive source; a cutting blade driven by the drive source; a cutting line detector configured to detect a cutting line marked on a surface of a cut subject; a deviation determination unit configured to determine whether or not deviation of a location of the cutting blade from a location of the cutting line detected by the cutting line detector is greater than a threshold value; a notification unit configured to notify a user when the deviation determination unit determines that the deviation is greater than the threshold value; and a threshold setting unit configured to set the threshold value to a value selected by the user, the cutting tool being characterized in that the threshold setting unit includes a selection switch configured to be operated by the user to vary the threshold value in multiple steps and an indicator configured to be lighted in multiple steps in accordance with the operation of the selection switch.
A method of retrieving media data, the method comprising: sending a plurality of probe requests for segments (114A, 114B, 114N, 124A, 124B, 124N) of media data, in response to a failure to play back the media data after sending a request for the media data, to a server device, wherein the server device provides the media data using a live streaming service; analyzing responses to the plurality of probe requests to determine a left edge and a right edge of a segment availability window; determining a time difference between a local clock of a client device and a clock of a server device based at least in part on the determined left edge and the determined right edge; adjusting the local clock based on the determined time difference; sending a request for a segment (114A, 114B, 114N, 124A, 124B, 124N) within the segment availability window based on the determined left edge and the determined right edge of the segment availability window, in accordance with the live streaming service, wherein sending the request comprises sending the request based on the adjusted local clock. sending a plurality of probe requests for segments (114A, 114B, 114N, 124A, 124B, 124N) of media data, in response to a failure to play back the media data after sending a request for the media data, to a server device, wherein the server device provides the media data using a live streaming service; analyzing responses to the plurality of probe requests to determine a left edge and a right edge of a segment availability window; determining a time difference between a local clock of a client device and a clock of a server device based at least in part on the determined left edge and the determined right edge; adjusting the local clock based on the determined time difference; sending a request for a segment (114A, 114B, 114N, 124A, 124B, 124N) within the segment availability window based on the determined left edge and the determined right edge of the segment availability window, in accordance with the live streaming service, wherein sending the request comprises sending the request based on the adjusted local clock.
A conveyor belt (114, 116) for an agricultural harvesting head comprising: a base web of elastomer-impregnated fabric; elongate cleats that extend upward from the base web and extend across substantially the entire width of the base web; and a plurality of textured protrusions that extend upward from the web between adjacent elongate cleats, wherein the textured protrusions are organized in rows of pockets between adjacent cleats and extend over substantially the entire width of the base web, the rows of pockets extend in a direction parallel to a direction of travel of the belt and perpendicular to a longitudinal extent of the cleats, the pockets are curved semicircles in plan view, characterized in that each row of the rows of pockets extend between two adjacent cleats and terminate at the two adjacent cleats, that each pocket of a first row of pockets has a convex side facing an uphill edge of the conveyor belt (114, 118), that a second row of pockets adjacent to the first row has a concave side facing the uphill edge of the conveyor belt (114, 118), and that the pockets of the second row of pockets are offset along the travel direction of the base web with respect to the pockets of the first row of pockets. a base web of elastomer-impregnated fabric; elongate cleats that extend upward from the base web and extend across substantially the entire width of the base web; and a plurality of textured protrusions that extend upward from the web between adjacent elongate cleats, wherein the textured protrusions are organized in rows of pockets between adjacent cleats and extend over substantially the entire width of the base web, the rows of pockets extend in a direction parallel to a direction of travel of the belt and perpendicular to a longitudinal extent of the cleats, the pockets are curved semicircles in plan view, characterized in that each row of the rows of pockets extend between two adjacent cleats and terminate at the two adjacent cleats, that each pocket of a first row of pockets has a convex side facing an uphill edge of the conveyor belt (114, 118), that a second row of pockets adjacent to the first row has a concave side facing the uphill edge of the conveyor belt (114, 118), and that the pockets of the second row of pockets are offset along the travel direction of the base web with respect to the pockets of the first row of pockets.
A ventilation system comprising: one or more ventilators which are provided for each floor within a building; a supply duct connected to the ventilator to introduce external air; an exhaust duct connected to the ventilator to exhaust internal air; a center duct which is provided in the building and longitudinally extends through a plurality of floors; and a blowing unit that is provided at one side of the center duct and forcibly blows the air in the center duct, wherein the supply duct is connected to the center duct and the exhaust duct extends outside the building through the outer wall of the building, characterized in that one side of the exhaust duct is exposed to the outside of the building through the outer wall and an end of said one side is covered by an exhaust cap, wherein the exhaust cap allows the internal air to flow outside while preventing foreign substances from flowing inside, wherein the center duct is provided with at least one pressure sensor, and the blowing unit is configured to adjust the amount of air flowing inside the center duct on the basis of the value measured by the pressure sensor. one or more ventilators which are provided for each floor within a building; a supply duct connected to the ventilator to introduce external air; an exhaust duct connected to the ventilator to exhaust internal air; a center duct which is provided in the building and longitudinally extends through a plurality of floors; and a blowing unit that is provided at one side of the center duct and forcibly blows the air in the center duct, wherein the supply duct is connected to the center duct and the exhaust duct extends outside the building through the outer wall of the building, characterized in that one side of the exhaust duct is exposed to the outside of the building through the outer wall and an end of said one side is covered by an exhaust cap, wherein the exhaust cap allows the internal air to flow outside while preventing foreign substances from flowing inside, wherein the center duct is provided with at least one pressure sensor, and the blowing unit is configured to adjust the amount of air flowing inside the center duct on the basis of the value measured by the pressure sensor.
An electronic device, comprising: an input-output data port that is adapted to receive an external connector; at least first and second antennas (56A, 56B), wherein the first antenna is located farther from the input-output port than the second antenna; and radio-frequency transceiver and control circuitry that inhibits use of the second antenna in receiving radio-frequency signals by monitoring the rate at which data signals are being transmitted through the input-output data port. an input-output data port that is adapted to receive an external connector; at least first and second antennas (56A, 56B), wherein the first antenna is located farther from the input-output port than the second antenna; and radio-frequency transceiver and control circuitry that inhibits use of the second antenna in receiving radio-frequency signals by monitoring the rate at which data signals are being transmitted through the input-output data port.
A magnetic field sensor comprising: a coil responsive to an AC coil drive signal, wherein the coil comprises a first plurality of loops and a second plurality of loops spaced from the first plurality of loops by a gap; at least two spaced apart magnetic field sensing elements (604, 606) responsive to a sensing element drive signal and positioned proximate to the coil, wherein at least one of the magnetic field sensing elements is positioned within the gap; and a circuit coupled to the at least two magnetic field sensing elements to generate an output signal of the magnetic field sensor indicative of a difference between: (i) a first distance between a conductive target and a first of the at least two spaced apart magnetic field sensing elements; and (ii) a second distance between the conductive target and a second of the at least two magnetic field sensing elements. a coil responsive to an AC coil drive signal, wherein the coil comprises a first plurality of loops and a second plurality of loops spaced from the first plurality of loops by a gap; at least two spaced apart magnetic field sensing elements (604, 606) responsive to a sensing element drive signal and positioned proximate to the coil, wherein at least one of the magnetic field sensing elements is positioned within the gap; and a circuit coupled to the at least two magnetic field sensing elements to generate an output signal of the magnetic field sensor indicative of a difference between: (i) a first distance between a conductive target and a first of the at least two spaced apart magnetic field sensing elements; and (ii) a second distance between the conductive target and a second of the at least two magnetic field sensing elements.
Roof construction for a stall installation, in particular for laying nests (11, 12), having at least one roof tier (14, 15), wherein the latter is at least partially movable between two positions, specifically between a first lowered position, on the one hand, and a second raised position, on the other hand, wherein the roof tier (14, 15), or part of the latter, respectively, in the raised position is lockable against unintentional lowering, wherein spacers for locking the roof tier (14, 15), or part of the latter, in the raised position are provided, and wherein the spacers interact with receptacles in the roof construction, characterized in that the spacers are configured in the manner of stepped plugs, having a wide region which does not fit into the receptacle, and having a narrow region, which projects beyond the wide region, for plugging into the receptacle in the roof construction.
A method for a wireless data communication between a sensor system and a receiver capable of wirelessly receiving, from the sensor system, analyte values sensed by the sensor system in a continuous analyte monitoring, comprising - establishing an unconnected mode operation for the sensor system and the receiver; - receiving, by the receiver, a first data package broadcasted by the sensor system, the first data package comprising first status data indicative of at least one of a device status and an analyte value status; - processing the first status data by a receiver controller; and - establishing a connected mode operation for the sensor system and the receiver responsive to determining at least one of a critical device status and a critical analyte value status in the processing, the establishing comprising - establishing a communication channel between the sensor system and the receiver; and - receiving, through the communication channel, a second data package transmitted by the sensor system in the receiver, the second data package comprising one or more analyte values. - establishing an unconnected mode operation for the sensor system and the receiver; - receiving, by the receiver, a first data package broadcasted by the sensor system, the first data package comprising first status data indicative of at least one of a device status and an analyte value status; - processing the first status data by a receiver controller; and - establishing a connected mode operation for the sensor system and the receiver responsive to determining at least one of a critical device status and a critical analyte value status in the processing, the establishing comprising - establishing a communication channel between the sensor system and the receiver; and - receiving, through the communication channel, a second data package transmitted by the sensor system in the receiver, the second data package comprising one or more analyte values. - establishing a communication channel between the sensor system and the receiver; and - receiving, through the communication channel, a second data package transmitted by the sensor system in the receiver, the second data package comprising one or more analyte values.
Key ring, comprising a wire arranged in at least two rounds (20,21,22) providing a resilient spiral, said spiral having a first and a second end (23,24), wherein the first end by means of inertial resiliency is forced to tightly contact a first surface (21 A) of a lower round and the second end is forced to tightly contact a second surface (20 B) of an upper round wherein at least one end is openable wherein the opening of the key ring is accomplished by means of arranging a bend forming a first U-shaped gap and a peak (3 A), characterised in that said peak providing a second compressible gap between said at least two rounds (20,21,22).
A video display module comprising: a circuit board having a front face; a plurality of light-emitting elements electrically coupled to the front face of the circuit board; and a polymer encapsulating member adhered to at least a portion of the front face of at least a portion of the circuit board, the polymer encapsulating member covering at least a portion of the circuit board and at least a portion of the plurality of light-emitting elements, the polymer encapsulating member sealing the at least a portion of the circuit board and the at least a portion of the plurality of light-emitting elements; wherein the at least a portion of the front face of the at least a portion of the circuit board is treated to promote adhesion between the polymer encapsulating member and the front face. a circuit board having a front face; a plurality of light-emitting elements electrically coupled to the front face of the circuit board; and a polymer encapsulating member adhered to at least a portion of the front face of at least a portion of the circuit board, the polymer encapsulating member covering at least a portion of the circuit board and at least a portion of the plurality of light-emitting elements, the polymer encapsulating member sealing the at least a portion of the circuit board and the at least a portion of the plurality of light-emitting elements; wherein the at least a portion of the front face of the at least a portion of the circuit board is treated to promote adhesion between the polymer encapsulating member and the front face.
A curable composition comprising, based on the total weight of the curable composition, components: a) 1 to 65 percent by weight of polyepoxide comprising an addition reaction product of phenolphthalein and bisphenol A diglycidyl ether, wherein the addition reaction product of phenolphthalein and bisphenol A diglycidyl ether comprises a compound having the structural formula and b) 5 to 50 percent by weight of liquid polyepoxide, wherein the liquid polyepoxide is a polyeopoxide that is liquid at 20°C and the liquid polyepoxide is exclusive of component a); and c) an effective amount of curative for curing the curable composition. a) 1 to 65 percent by weight of polyepoxide comprising an addition reaction product of phenolphthalein and bisphenol A diglycidyl ether, wherein the addition reaction product of phenolphthalein and bisphenol A diglycidyl ether comprises a compound having the structural formula and b) 5 to 50 percent by weight of liquid polyepoxide, wherein the liquid polyepoxide is a polyeopoxide that is liquid at 20°C and the liquid polyepoxide is exclusive of component a); and c) an effective amount of curative for curing the curable composition.