mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling multiple external electronic devices by using a single remote controller, the method being performed in a television, the method comprising: connecting to at least one external electronic device; entering into an universal remote controller setting mode in response to a first request signal from the single remote controller; selecting an input terminal to which a specific external electronic device is connected in response to a second request signal from the single remote controller; selecting product information of the connected specific external electronic device in response to a third request signal from the single remote controller; displaying video data from the connected specific external electronic device in the universal remote controller setting mode; requesting at least one IR code value necessary to control at least one function of the connected specific external electronic device to an external server; receiving the at least one IR code value from the external server; storing the received at least one IR code value; and performing a test by: displaying a channel up image for testing with the displaying the video data in the universal remote controller setting mode; and displaying another video data of a changed channel when the displayed channel up image is selected by using the single remote controller. connecting to at least one external electronic device; entering into an universal remote controller setting mode in response to a first request signal from the single remote controller; selecting an input terminal to which a specific external electronic device is connected in response to a second request signal from the single remote controller; selecting product information of the connected specific external electronic device in response to a third request signal from the single remote controller; displaying video data from the connected specific external electronic device in the universal remote controller setting mode; requesting at least one IR code value necessary to control at least one function of the connected specific external electronic device to an external server; receiving the at least one IR code value from the external server; storing the received at least one IR code value; and performing a test by: displaying a channel up image for testing with the displaying the video data in the universal remote controller setting mode; and displaying another video data of a changed channel when the displayed channel up image is selected by using the single remote controller. displaying a channel up image for testing with the displaying the video data in the universal remote controller setting mode; and displaying another video data of a changed channel when the displayed channel up image is selected by using the single remote controller.
Method for controlling a permanent-magnet synchronous electric machine for a motor vehicle supplied with power by an inverter, the inverter being connected at input to an electric power supply DC-current bus, the inverter comprising at least three arms (1a, 1b, 1c) connected in parallel, each arm comprising a high-side switch (1ha, 1hb, 1hc) connected in series with a low-side switch (1ba, 1bb, 1bc), each switch being equipped with a freewheeling diode, characterized in that it comprises the following steps: detecting a fault requiring the inverter to be put into a safe state, controlling the inverter so as to put it into an "open-circuit" safe mode, then determining whether the voltage of the DC bus is greater than its nominal value, if this is the case, controlling the inverter so as to put it into a "short-circuit" safe mode, if on the other hand the voltage of the DC bus is less than its nominal value, detecting whether non-zero phase currents are still present in the machine, in which case the inverter is controlled so as to put it into a "short-circuit" safe mode, the inverter being controlled so as to put it into an "open-circuit" safe mode by commanding the opening of all of the switches of the inverter, and the inverter being controlled so as to put it into a "short-circuit" safe mode by commanding the closure of all of the high-side switches and the opening of all of the low-side switches, or vice versa. detecting a fault requiring the inverter to be put into a safe state, controlling the inverter so as to put it into an "open-circuit" safe mode, then determining whether the voltage of the DC bus is greater than its nominal value, if this is the case, controlling the inverter so as to put it into a "short-circuit" safe mode, if on the other hand the voltage of the DC bus is less than its nominal value, detecting whether non-zero phase currents are still present in the machine, in which case the inverter is controlled so as to put it into a "short-circuit" safe mode, the inverter being controlled so as to put it into an "open-circuit" safe mode by commanding the opening of all of the switches of the inverter, and the inverter being controlled so as to put it into a "short-circuit" safe mode by commanding the closure of all of the high-side switches and the opening of all of the low-side switches, or vice versa.
A mixture comprising - at least one polyisocyanate obtainable by reacting at least one monomeric isocyanate, - p-cymene, - optionally at least one further solvent other than, - optionally at least one Lewis-acidic organic metal compound capable of accelerating the reaction of isocyanate groups with isocyanate-reactive groups and - optionally other coatings additives - at least one polyisocyanate obtainable by reacting at least one monomeric isocyanate, - p-cymene, - optionally at least one further solvent other than, - optionally at least one Lewis-acidic organic metal compound capable of accelerating the reaction of isocyanate groups with isocyanate-reactive groups and - optionally other coatings additives
Supported main shaft for a wind turbine, having the following features: - a first support point comprises a roller bearing having at least one row of rolling elements, - the roller bearing is designed as a spherical roller bearing or as a toroidal roller bearing, - the roller bearing comprises at least one one-piece race element on which the rolling elements are designed to roll, - sealing means are arranged directly against the race element, for the purpose of sealing a space containing the rolling elements, - the sealing means comprise a contactless seal or a seal which is designed to bear and rub against a mating surface, characterized in that - use is made of a roller bearing with seals integrated into the roller bearing. - a first support point comprises a roller bearing having at least one row of rolling elements, - the roller bearing is designed as a spherical roller bearing or as a toroidal roller bearing, - the roller bearing comprises at least one one-piece race element on which the rolling elements are designed to roll, - sealing means are arranged directly against the race element, for the purpose of sealing a space containing the rolling elements, - the sealing means comprise a contactless seal or a seal which is designed to bear and rub against a mating surface, - use is made of a roller bearing with seals integrated into the roller bearing.
An intramedullary fixation device comprising: (a) a distal section having a reduced diameter arm on its upper end and an internal bore; (b) a proximal section having an internal bore in its rearward end, the bore having a non threaded area, the non threaded area being sized to slidingly receive the reduced diameter arm; (c) a connecting member for adjustably securing the distal and proximal sections end to end along a longitudinal axis; (d) means for securing the proximal section to a first bone; and (e) means for securing the distal section to a least one different bone; characterised in that: the internal bore of the distal section has a first section and a second section, the second section having a smaller diameter than the first section; the internal bore of the proximal section has a threaded area; the forward end of the connecting member is threadably received in the threaded area of the proximal section internal bore, and the rearward end is sized to be received in the first section of the internal bore in the distal section; and the connecting member can provide compression across a bone arthrodesis site by rotating within the proximal and distal sections. (a) a distal section having a reduced diameter arm on its upper end and an internal bore; (b) a proximal section having an internal bore in its rearward end, the bore having a non threaded area, the non threaded area being sized to slidingly receive the reduced diameter arm; (c) a connecting member for adjustably securing the distal and proximal sections end to end along a longitudinal axis; (d) means for securing the proximal section to a first bone; and (e) means for securing the distal section to a least one different bone; characterised in that: the internal bore of the distal section has a first section and a second section, the second section having a smaller diameter than the first section; the internal bore of the proximal section has a threaded area; the forward end of the connecting member is threadably received in the threaded area of the proximal section internal bore, and the rearward end is sized to be received in the first section of the internal bore in the distal section; and the connecting member can provide compression across a bone arthrodesis site by rotating within the proximal and distal sections. the internal bore of the distal section has a first section and a second section, the second section having a smaller diameter than the first section; the internal bore of the proximal section has a threaded area; the forward end of the connecting member is threadably received in the threaded area of the proximal section internal bore, and the rearward end is sized to be received in the first section of the internal bore in the distal section; and the connecting member can provide compression across a bone arthrodesis site by rotating within the proximal and distal sections.
Process for coating a substrate with catalytically active material on one or more sides, comprising deposition of material under reduced pressure in a vacuum chamber, with the following steps being carried out (a) loading of the vacuum chamber with at least one substrate, (b) closure and evacuation of the vacuum chamber, (c) cleaning of the substrate by introduction of a gaseous reducing agent into the vacuum chamber, (d) removal of the gaseous reducing agent, (e) application of an intermediate layer, with a material which is identical to the material of which the substrate consists being introduced into the vacuum chamber, (f) setting of the vacuum chamber to a temperature of from 150°C to 400°C, (g) application of a further coating on top of the intermediate layer, with at least one metal selected from the group consisting of ruthenium, iridium, titanium and mixtures thereof being introduced into the vacuum chamber and oxygen being fed in during the entire coating time, (h) in a last step, the vacuum chamber is flooded again and the coated substrate is taken from the chamber, where the abovementioned steps and transitions from one step to the respective next step are carried out under reduced pressure at optionally different pressures which are set by means of a protective gas, characterized in that the application of the intermediate layer in step (e) and the application of the further coating in step (g) on top of the intermediate layer are each carried out by means of vacuum arc deposition, where the further coating on one or more sides is at least 99% free of constituents originally present in the substrate itself and the further coating applied on top of the intermediate layer is at least 99% free of unoxidized metals. (a) loading of the vacuum chamber with at least one substrate, (b) closure and evacuation of the vacuum chamber, (c) cleaning of the substrate by introduction of a gaseous reducing agent into the vacuum chamber, (d) removal of the gaseous reducing agent, (e) application of an intermediate layer, with a material which is identical to the material of which the substrate consists being introduced into the vacuum chamber, (f) setting of the vacuum chamber to a temperature of from 150°C to 400°C, (g) application of a further coating on top of the intermediate layer, with at least one metal selected from the group consisting of ruthenium, iridium, titanium and mixtures thereof being introduced into the vacuum chamber and oxygen being fed in during the entire coating time, (h) in a last step, the vacuum chamber is flooded again and the coated substrate is taken from the chamber,
A method of forming an at least partly hollow board material, the method including: supplying medium and/or high density fiber board (MDF, HDF) wound up on at least one board element roll, unwinding the medium and/or high density fiber board from the roll to form a web of fibrous sheet, flattening the web of fibrous sheet to form first and second flat fiber board elements (23, 24), attaching spacing elements (25, 26) on the first flat fiber board element, and attaching said second flat fiber board element on top of the spacing elements (25, 26) to form a hollow board having the first and second fiber board elements (23, 24) connected to each other by means of the spacing elements (25, 26).
An oral smokeless tobacco composition comprising liberated, delignified tobacco fibres, wherein the liberated, delignified tobacco fibres are 1 to 75 weight percent of the dry weight of the final composition, and wherein the liberated, delignified tobacco fibres have an average length-to-width ratio equal to or greater than 4:1 and equal to or lower than 100:1.
A device for detecting an analyte, the device comprising: a thermocouple coated with an assay polymer, the assay polymer formulated to bind to the analyte, wherein a heat transfer property of the assay polymer varies responsive to an amount of the analyte bound thereto.
An array of breakable wax melts comprising: a first breakable wax melt having a first shape that corresponds with a first theme; a second breakable wax melt having a second shape that is different from the first shape, wherein the second shape corresponds to a second theme, wherein the first and second themes are each selected from the group consisting of: a perfume mixture, holiday, season, a graphic on a container for containing the first or second breakable wax melts, and combinations thereof, wherein the first and second breakable wax melts have a different perfume mixture; wherein the first and second breakable wax melts each comprise at least two shaped portions that are joined together along at least one frangible connecting portion and combine to form an overall shape for the breakable max melt. a first breakable wax melt having a first shape that corresponds with a first theme; a second breakable wax melt having a second shape that is different from the first shape, wherein the second shape corresponds to a second theme, wherein the first and second themes are each selected from the group consisting of: a perfume mixture, holiday, season, a graphic on a container for containing the first or second breakable wax melts, and combinations thereof, wherein the first and second breakable wax melts have a different perfume mixture; wherein the first and second breakable wax melts each comprise at least two shaped portions that are joined together along at least one frangible connecting portion and combine to form an overall shape for the breakable max melt.
A method for receiving uplink control information of a base station, the method comprising: configuring a plurality of serving cells comprising LTE SCells for a terminal; configuring a simultaneous transmission of a physical uplink control channel, PUCCH, and a physical uplink shared channel, PUSCH, for the terminal; in case that the PUSCH is transmitted on at least one SCell associated with a licensed band, the method further comprising: receiving, from the terminal, periodic channel state information, CSI, on a PUSCH of an SCell with a smallest SCell index among the at least one SCell for the licensed band; and in case that the PUSCH is transmitted only on at least one SCell associated with the unlicensed band, and a simultaneous transmission of the periodic CSI and the HARQ-ACK is configured according to a parameter simultaneousAckNackAndCQI configured to the terminal, the method further comprising: receiving, from the terminal, the periodic CSI and the HARQ-ACK on the PUCCH in a serving cell in which the PUCCH is configured; in case that the PUSCH is transmitted only on at least one SCell associated with the unlicensed band, and the simultaneous transmission of the periodic CSI and the HARQ-ACK is not configured according to the parameter simultaneousAckNackAndCQI configured to the terminal, the method further comprising: receiving, from the terminal, the HARQ-ACK on the PUCCH without CSI in the serving cell in which the PUCCH is configured. configuring a plurality of serving cells comprising LTE SCells for a terminal; configuring a simultaneous transmission of a physical uplink control channel, PUCCH, and a physical uplink shared channel, PUSCH, for the terminal; in case that the PUSCH is transmitted on at least one SCell associated with a licensed band, the method further comprising: receiving, from the terminal, periodic channel state information, CSI, on a PUSCH of an SCell with a smallest SCell index among the at least one SCell for the licensed band; and in case that the PUSCH is transmitted only on at least one SCell associated with the unlicensed band, and a simultaneous transmission of the periodic CSI and the HARQ-ACK is configured according to a parameter simultaneousAckNackAndCQI configured to the terminal, the method further comprising: receiving, from the terminal, the periodic CSI and the HARQ-ACK on the PUCCH in a serving cell in which the PUCCH is configured; in case that the PUSCH is transmitted only on at least one SCell associated with the unlicensed band, and the simultaneous transmission of the periodic CSI and the HARQ-ACK is not configured according to the parameter simultaneousAckNackAndCQI configured to the terminal, the method further comprising: receiving, from the terminal, the HARQ-ACK on the PUCCH without CSI in the serving cell in which the PUCCH is configured.
Electrical switch, in particular for high voltages and/or high currents, having a contact unit which comprises at least two contacts (3, 5, 7, 7'), a switching member and a drive for the switching member, wherein the drive is configured such that it moves the switching member from a starting position to an end position, wherein the switching member is accelerated by the drive indirectly by means of a pulse transmission element during an acceleration phase and then runs through a free movement phase until the end position is reached, characterized in that the drive accelerates the pulse transmission element in the direction of the switching member when a switching process is triggered, wherein the pulse transmission element is then decoupled from the drive, so that the pulse transmission element runs through a free flight phase with a prespecified pulse and transmits at least such a portion of the pulse to the switching member that the switching member is moved from the starting position to the end position.
A roller for a conveyor, comprising: an annular body having a first face, a second face and a peripheral outer surface; and a nonlinear bore hole extending through the annular body from the first face to the second face for receiving a shaft; wherein the nonlinear bore hole comprises: a central cylindrical portion configured to seat a rotation portion of a shaft and extending from the first face to the second face along a central axis about which the roller rotates; and a nonlinear track portion in communication with the central cylindrical portion, the nonlinear track portion comprising a first transverse leg extending from the first face towards the second face and in communication with the central cylindrical portion and a second transverse leg extending from the second face towards the first face and in communication with the central cylindrical portion. an annular body having a first face, a second face and a peripheral outer surface; and a nonlinear bore hole extending through the annular body from the first face to the second face for receiving a shaft; wherein the nonlinear bore hole comprises: a central cylindrical portion configured to seat a rotation portion of a shaft and extending from the first face to the second face along a central axis about which the roller rotates; and a nonlinear track portion in communication with the central cylindrical portion, the nonlinear track portion comprising a first transverse leg extending from the first face towards the second face and in communication with the central cylindrical portion and a second transverse leg extending from the second face towards the first face and in communication with the central cylindrical portion. a central cylindrical portion configured to seat a rotation portion of a shaft and extending from the first face to the second face along a central axis about which the roller rotates; and a nonlinear track portion in communication with the central cylindrical portion, the nonlinear track portion comprising a first transverse leg extending from the first face towards the second face and in communication with the central cylindrical portion and a second transverse leg extending from the second face towards the first face and in communication with the central cylindrical portion.
A device for dispensing a substance for insects or mites, the device comprising a container holding a liquid formulation comprising said substance and a substrate made of a porous material, the container having a dispensing nozzle, wherein said formulation also comprises a nutritional substance, parapheromone or pheromone to lure the insects; said container comprises an additional opening for allowing entry of air into the container; said nozzle being in physical contact with the substrate and enables the discharging of a predetermined amount of the substance at a predetermined rate in a continuing controlled release directly onto said substrate, and said substrate being a liquid-retaining substrate for receiving and accommodating the dispensed substance for insects coming into contact therewith. wherein said formulation also comprises a nutritional substance, parapheromone or pheromone to lure the insects; said container comprises an additional opening for allowing entry of air into the container; said nozzle being in physical contact with the substrate and enables the discharging of a predetermined amount of the substance at a predetermined rate in a continuing controlled release directly onto said substrate, and said substrate being a liquid-retaining substrate for receiving and accommodating the dispensed substance for insects coming into contact therewith.