mhurhangee/ep-ind-claims huggingface dataset:
A user interface for a lighting control, the user interface comprising: a touch sensitive front surface; a touch sensitive device responsive to a point actuation on the touch sensitive front surface, the point actuation characterized by a position and a force, the touch sensitive device comprising a resistive divider and an output for providing a control signal representative of the position of the point actuation; characterized by a usage detection circuit operatively coupled to the output of the touch sensitive device for determining if the point actuation is presently occurring; a stabilizing circuit operatively coupled to the output of the touch sensitive device and comprising an output, the stabilizing circuit comprising a first whacking-grade capacitor for stabilizing the control signal of the touch sensitive device, the first capacitor operable to charge and discharge through the resistive divider of the touch sensitive device, such that the control signal is representative of the position of the point actuation; and a controller coupled to the usage detection circuit and the output of the stabilizing circuit, the controller operable to determine when the point actuation is presently occurring in response to the usage detection circuit, the controller responsive to the control signal only when the point actuation is presently occurring. a touch sensitive front surface; a touch sensitive device responsive to a point actuation on the touch sensitive front surface, the point actuation characterized by a position and a force, the touch sensitive device comprising a resistive divider and an output for providing a control signal representative of the position of the point actuation; characterized by a usage detection circuit operatively coupled to the output of the touch sensitive device for determining if the point actuation is presently occurring; a stabilizing circuit operatively coupled to the output of the touch sensitive device and comprising an output, the stabilizing circuit comprising a first whacking-grade capacitor for stabilizing the control signal of the touch sensitive device, the first capacitor operable to charge and discharge through the resistive divider of the touch sensitive device, such that the control signal is representative of the position of the point actuation; and a controller coupled to the usage detection circuit and the output of the stabilizing circuit, the controller operable to determine when the point actuation is presently occurring in response to the usage detection circuit, the controller responsive to the control signal only when the point actuation is presently occurring.
A method of coating an electrical lead having one or more lead wires with an insulating polymer-based layer in a coater, wherein the electrical lead a) is unrolled from an unwinding unit, b) is guided through at least one coating unit and charged with polymer particles, c) is guided through at least one heating device, and d) is rolled onto a winding unit, the electrical line being transferred to a vertical position and guided in vertical alignment through the coating unit characterized in that in the coating unit a plurality of powder spray nozzles are provided, which discharge the polymer particles, and that the coating unit has at least one preferably cylindrical shaft through which the electrical line is passed and in which the polymer particles are sprayed, wherein the inner diameter of the shaft is preferably in the range of 1cm to 50cm. a) is unrolled from an unwinding unit, b) is guided through at least one coating unit and charged with polymer particles, c) is guided through at least one heating device, and d) is rolled onto a winding unit,
A header for an agricultural harvester comprising an infeed conveyor having a fore end and an aft end, a center knife drive disposed adjacent to and forwardly of the infeed conveyor, and a knife drive cover covering the center knife drive, the knife drive cover comprising a main body substantially covering an entire width of the center knife drive, characterized by the knife drive cover further comprising: a seed saver, being a plate element extending rearwardly from an aft end of the main body, wherein the seed saver is substantially planar, includes a width substantially coextensive with a width of the infeed conveyor, and defines a plane substantially parallel to the infeed conveyor.
Sample container arrangement comprising - a carrier comprising sample containers and - a tempering module, comprising at least one tempering element and being at least sectionally in contact with the carrier such that the at least one tempering element is suitable to temper the at least one sample container, wherein the sample container arrangement is such that the carrier is kept in contact to the tempering module by negative pressure relative to ambient pressure, wherein the sample containers are formed within the carrier, wherein at least one cavity is formed between the carrier and the tempering module and formed between the sample containers, the at least one cavity can be put under negative pressure, the carrier having a first side and a second side opposite to the tempering module. - a carrier comprising sample containers and - a tempering module, comprising at least one tempering element and being at least sectionally in contact with the carrier such that the at least one tempering element is suitable to temper the at least one sample container,
A dry-granulation method for producing a tablet comprising (a) a first pharmaceutical active ingredient in an amount 0.01-19.99% w/w and (b) one or more excipients including at least a binder and optionally one or more further active pharmaceutical ingredients in a total amount 80.01-99.99% w/w which comprises (i) preparing granules from a powder comprising the first active pharmaceutical ingredient and optionally one or more accompanying excipients wherein the ratio of excipients to active pharmaceutical ingredient is less than 5:1 by a process in which a compaction force is applied to the powder to produce a compacted mass comprising a mixture of fine particles and granules and separating and removing fine particles and/or small granules from the granules by means of an apparatus comprising fractionating means whereby fine particles and/or small granules are entrained in a gas stream in which the compacted mass flows, wherein the direction of the flow of the gas stream has a component which is contrary to that of the direction of flow of the compacted mass and collecting the accepted granules (ii) preparing granules from a powder comprising one or more excipients including at least a binder and optionally one or more further active pharmaceutical ingredients by a process in which a compaction force is applied to the powder to produce a compacted mass comprising a mixture of fine particles and granules and separating and removing fine particles and/or small granules from the granules by means of an apparatus comprising fractionating means whereby fine particles and/or small granules are entrained in a gas stream in which the compacted mass flows, wherein the direction of the flow of the gas stream has a component which is contrary to that of the direction of flow of the compacted mass and collecting the accepted granules (iii) blending the accepted granules of step (i) and step (ii) with each other and with any other components of the tablet in granular or fine powder form; and (iv) compressing the blend to form a tablet.
A thermoplastic resin composition comprising: about 5 wt% to about 35 wt% of a modified polyaryletherketone resin comprising a repeat unit represented by Formula 1; about 5 wt% to about 35 wt% of a polyether ether ketone resin; about 20 wt% to about 40 wt% of a polyphenylsulfone resin; and about 15 wt% to about 50 wt% of glass fibers, wherein Ar 1, Ar 2, and Ar 3 are each independently a phenyl group or a biphenyl group and at least one of Ar 1, Ar 2, and Ar 3 is a biphenyl group. about 5 wt% to about 35 wt% of a modified polyaryletherketone resin comprising a repeat unit represented by Formula 1; about 5 wt% to about 35 wt% of a polyether ether ketone resin; about 20 wt% to about 40 wt% of a polyphenylsulfone resin; and about 15 wt% to about 50 wt% of glass fibers, wherein Ar 1, Ar 2, and Ar 3 are each independently a phenyl group or a biphenyl group and at least one of Ar 1, Ar 2, and Ar 3 is a biphenyl group.
A vacuum glazing comprising: a first glazing; a second glazing provided above the first glazing, the second glazing being spaced apart from the first glazing and having an exhaust hole configured to exhaust gas present between the first and second glazings (110,120) through an exhaust tube coupled to the exhaust hole; an exhaust finishing member provided in the second glazing and configured to seal the exhaust hole of the second glazing; a vacuum layer formed between the first glazing and the second glazing; a spacer provided in the vacuum layer to support the first glazing and the second glazing; a frame (150, 150a, 150b, 150c) provided at edge portions of the first and second glazings (110, 120) and making contact with the first and second glazings (110, 120); a sealant interposed between the frame (150, 150a, 150b, 150c) and surfaces of the first and second glazings (110, 120) to perform sealing of the vacuum layer; and an exhaust cap having a cap shape, provided at an upper region of the exhaust finishing member, arranged to cover the exhaust finishing member and configured to prevent the exhaust finishing member from deviating from the exhaust hole or prevent the exhaust finishing member from being broken, characterized in that: the exhaust hole is filled with the exhaust finishing member and the exhaust finishing member includes a glass frit having a lower melting point; and the exhaust cap includes a metallic material. a first glazing; a second glazing provided above the first glazing, the second glazing being spaced apart from the first glazing and having an exhaust hole configured to exhaust gas present between the first and second glazings (110,120) through an exhaust tube coupled to the exhaust hole; an exhaust finishing member provided in the second glazing and configured to seal the exhaust hole of the second glazing; a vacuum layer formed between the first glazing and the second glazing; a spacer provided in the vacuum layer to support the first glazing and the second glazing; a frame (150, 150a, 150b, 150c) provided at edge portions of the first and second glazings (110, 120) and making contact with the first and second glazings (110, 120); a sealant interposed between the frame (150, 150a, 150b, 150c) and surfaces of the first and second glazings (110, 120) to perform sealing of the vacuum layer; and an exhaust cap having a cap shape, provided at an upper region of the exhaust finishing member, arranged to cover the exhaust finishing member and configured to prevent the exhaust finishing member from deviating from the exhaust hole or prevent the exhaust finishing member from being broken, characterized in that: the exhaust hole is filled with the exhaust finishing member and the exhaust finishing member includes a glass frit having a lower melting point; and the exhaust cap includes a metallic material.
A method for operating a vehicle electrical system that has an energy store with a sensor computing unit assigned to it, and an electronic load distributor, wherein at least one measurement value of the energy store is detected by means of the sensor computing unit, and a parameter of the energy store is calculated by taking into account this at least one measurement value, characterized in that in a first step a plausibility check of the at least one measurement value is carried out and that in a second step a plausibility check of the calculation is carried out, for which purpose the electronic load distributor is used.
An apparatus, comprising: an array of memory cells comprising a plurality of sense lines connected via a multiplexer to a shared input/output 'I/O' line; sensing circuitry coupled to the array of memory cells wherein the sensing circuitry comprises a first plurality of compute components (231, 331) and a plurality of sense amplifiers; the I/O line providing a data path associated with the array, wherein the shared I/O line couples the sensing circuitry to a second plurality of compute components (360, 431, 451) in the data path of the shared I/O line, characterized by the second plurality of compute components comprises a logic stripe operable in a plurality of chunks to perform an operation, wherein a chunk of the plurality of chunks references a smaller bit length than a bit length of the logic stripe. an array of memory cells comprising a plurality of sense lines connected via a multiplexer to a shared input/output 'I/O' line; sensing circuitry coupled to the array of memory cells wherein the sensing circuitry comprises a first plurality of compute components (231, 331) and a plurality of sense amplifiers; the I/O line providing a data path associated with the array, wherein the shared I/O line couples the sensing circuitry to a second plurality of compute components (360, 431, 451) in the data path of the shared I/O line, characterized by the second plurality of compute components comprises a logic stripe operable in a plurality of chunks to perform an operation, wherein a chunk of the plurality of chunks references a smaller bit length than a bit length of the logic stripe.
A multilayer film, characterized by comprising: a repeatedly laminated part formed by alternately and repeatedly laminating a first layer that consists mainly of a polyamide resin, wherein said polyamide resin is not a polyamide elastomer; and a second layer that consists mainly of a copolymer of an olefin-based hydrocarbon having carbon number of 2 to 4 and a vinyl group-containing monomer; and further comprising an outer layer and a sealing layer, wherein said repeatedly laminated part is arranged between said outer layer and said sealing layer, and at least one of: a layer of said repeatedly laminated part, said layer being closest to said outer layer; and a layer of said repeatedly laminated part, said layer being closest to said sealing layer, is said first layer. a repeatedly laminated part formed by alternately and repeatedly laminating a first layer that consists mainly of a polyamide resin, wherein said polyamide resin is not a polyamide elastomer; and a second layer that consists mainly of a copolymer of an olefin-based hydrocarbon having carbon number of 2 to 4 and a vinyl group-containing monomer; and further comprising a first layer that consists mainly of a polyamide resin, wherein said polyamide resin is not a polyamide elastomer; and a second layer that consists mainly of a copolymer of an olefin-based hydrocarbon having carbon number of 2 to 4 and a vinyl group-containing monomer; and further comprising an outer layer and a sealing layer, wherein said repeatedly laminated part is arranged between said outer layer and said sealing layer, and at least one of: a layer of said repeatedly laminated part, said layer being closest to said outer layer; and a layer of said repeatedly laminated part, said layer being closest to said sealing layer, is said first layer.
A communication device comprising: a data transmission unit that is adapted to transmit uncompressed image data to an external device through a transmission path (14-1, 14-2); an information transmission unit that is adapted to transmit dynamic range conversion definition information of the uncompressed image data to the external device through the transmission path; and a control reception unit that is adapted to receive transmission control information of the dynamic range conversion definition information from the external device through the transmission path, wherein: the dynamic range conversion definition information varying with a switching operation is thinned; and transmission of the dynamic range conversion definition information from the information transmission unit to the external device is controlled on the basis of the transmission control information received in the control reception unit from the external device; and the transmission control information is reception recognition information of an instruction to stop. a data transmission unit that is adapted to transmit uncompressed image data to an external device through a transmission path (14-1, 14-2); an information transmission unit that is adapted to transmit dynamic range conversion definition information of the uncompressed image data to the external device through the transmission path; and a control reception unit that is adapted to receive transmission control information of the dynamic range conversion definition information from the external device through the transmission path, wherein: the dynamic range conversion definition information varying with a switching operation is thinned; and transmission of the dynamic range conversion definition information from the information transmission unit to the external device is controlled on the basis of the transmission control information received in the control reception unit from the external device; and the dynamic range conversion definition information varying with a switching operation is thinned; and transmission of the dynamic range conversion definition information from the information transmission unit to the external device is controlled on the basis of the transmission control information received in the control reception unit from the external device; and the transmission control information is reception recognition information of an instruction to stop.
Pocket-type conveyor belt installation having a pocket-type conveyor belt and having a plurality of carrying rollers, which are designed to support a lower conveyor belt edge of a pocket-type conveyor belt, wherein the carrying rollers are each connected in load-bearing fashion by means of at least one carrying roller holder to a carrying frame of the pocket-type conveyor belt installation, characterized in that at least one carrying roller holder, preferably a plurality of carrying roller holders, has at least one sensor element, which is arranged and designed to record at least a force and/or a change in force between the carrying roller and the carrying frame, wherein the carrying roller holder has a neck, preferably in the longitudinal direction, wherein the sensor element is arranged in the region of the neck. a pocket-type conveyor belt and having a plurality of carrying rollers, which are designed to support a lower conveyor belt edge of a pocket-type conveyor belt, wherein the carrying rollers are each connected in load-bearing fashion by means of at least one carrying roller holder to a carrying frame of the pocket-type conveyor belt installation, characterized in that at least one carrying roller holder, preferably a plurality of carrying roller holders, has at least one sensor element, which is arranged and designed to record at least a force and/or a change in force between the carrying roller and the carrying frame, wherein the carrying roller holder has a neck, preferably in the longitudinal direction, wherein the sensor element is arranged in the region of the neck.
A method for scheduling data blocks for transmission from a plurality of transmission elements (110; 802) in timeslots in a communication system (100; 100'), the method comprising: determining for the transmission elements respective channel capacities; adjusting one or more of the channel capacities based on amounts of data available to transmit in the corresponding transmission elements; and selecting one or more of the transmission elements for scheduling in a given one of the timeslots based on the one or more adjusted channel capacities; the method being characterized in that a given one of the one or more adjusted channel capacities is a function of a corresponding determined channel capacity and an amount of data available to transmit in the corresponding transmission element. determining for the transmission elements respective channel capacities; adjusting one or more of the channel capacities based on amounts of data available to transmit in the corresponding transmission elements; and selecting one or more of the transmission elements for scheduling in a given one of the timeslots based on the one or more adjusted channel capacities;
A medical device, comprising: an elongate catheter body including a proximal portion coupled to a handle, and a distal portion; a cryogenic treatment region coupled to the distal portion of the catheter body; and an electroporation treatment region coupled to the distal portion of the catheter body an electroporation pulse source coupled to the electroporation treatment region; characterised in that the electroporation treatment region is coupled to the distal portion of the catheter body (656a-b) at a location distal to the cryogenic treatment region and wherein the electroporation treatment region defines an outer surface of, and a distal tip of, the medical device. an elongate catheter body including a proximal portion coupled to a handle, and a distal portion; a cryogenic treatment region coupled to the distal portion of the catheter body; and an electroporation treatment region coupled to the distal portion of the catheter body an electroporation pulse source coupled to the electroporation treatment region; characterised in that the electroporation treatment region is coupled to the distal portion of the catheter body (656a-b) at a location distal to the cryogenic treatment region and wherein the electroporation treatment region defines an outer surface of, and a distal tip of, the medical device.
A wind power generation system comprising: a wind power generation equipment having a rotor which is operative to convert energy of received wind to rotational energy, a nacelle which supports the rotor rotatably, a tower which supports the nacelle rotatably, a floating body which supports the tower and at least a part of itself is positioned above the surface of the sea, a fixing member which is installed or fixed on the sea bed, a mooring member (6, 21, 22) which couples the floating body and the fixing member, wherein the mooring member (6, 21, 22) is coupled to the floating body at place upward of the center of gravity of the floating body and the wind power generation equipment, and the floating body is practically supported by one fixing member wherein the wind power generation system is of a downwind type; wherein the rotor has a plurality of blades (1, 1a, 1b), characterized in that the rotor is tilted upward with respect to the horizontal plane, in low wind conditions. a wind power generation equipment having a rotor which is operative to convert energy of received wind to rotational energy, a nacelle which supports the rotor rotatably, a tower which supports the nacelle rotatably, a floating body which supports the tower and at least a part of itself is positioned above the surface of the sea, a fixing member which is installed or fixed on the sea bed, a mooring member (6, 21, 22) which couples the floating body and the fixing member, wherein the mooring member (6, 21, 22) is coupled to the floating body at place upward of the center of gravity of the floating body and the wind power generation equipment, and the floating body is practically supported by one fixing member wherein the wind power generation system is of a downwind type; wherein the rotor has a plurality of blades (1, 1a, 1b), characterized in that the rotor is tilted upward with respect to the horizontal plane, in low wind conditions.
Biodegradable film characterized in that it is made out of at least one co-product derived from a process for treating soybeans aimed at obtaining soy-based finished products by ultrafiltration, said co-product being chosen from the group comprising okara and permeate.