mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a headset device (100, 112), the method comprising: capturing an infrared image of a vicinity of the headset device (100, 112); determining a presence of a pre-determined peripheral device in the vicinity of the headset device (100, 112) based on the infrared image; and controlling a display of the headset device (100, 112) to display a representation of the pre-determined peripheral device based on the determined presence of the pre-determined peripheral device and an action taken by a user of the headset device (100, 112) in a program used by the user; wherein the action taken by the user comprises opening an input element in the program or closing the input element in the program. capturing an infrared image of a vicinity of the headset device (100, 112); determining a presence of a pre-determined peripheral device in the vicinity of the headset device (100, 112) based on the infrared image; and controlling a display of the headset device (100, 112) to display a representation of the pre-determined peripheral device based on the determined presence of the pre-determined peripheral device and an action taken by a user of the headset device (100, 112) in a program used by the user; wherein the action taken by the user comprises opening an input element in the program or closing the input element in the program.
A transfer device with unrolling device intended for providing a label handling system, IML, In Mould Labelling, machine (3, 4, 21) for an injection moulding unit with IML labels, characterized in that the transfer device comprises at least four holders, which are movable between a first and a second position, whereby the first position has a first predetermined relationship between the four or several holders regarding the distance in the X-direction, and wherein the holders are intended to retrieve IML labels from the unrolling device, which comprises a label web, the length of which extends in the Y-direction, having partially stamped out labels, which labels are attached to the web through micro connections, whereby the second position has a second predetermined relationship between the four or several holders regarding the distance in the X-direction, wherein the holders are intended to deliver the IML labels to the label handling system (3, 4, 21) and in which the unrolling device comprises adjustment means in order to allow retrieval of labels in the Y-direction, so that the distance in the Y-direction between delivered labels is different from the distance in the Y-direction between two adjacent labels in the web.
Hand tool provided for remote control, comprising a handle region, an actuating button and a removable attachment part held in the handle region, the attachment part having a handling extension, the attachment part furthermore being provided as a collar designed to encompass the handle region, and the collar consisting of two collar parts (15, 16) which are connected to one another so as to be hingedly movable, characterised in that the attachment part is designed to act on the actuating button and in that the actuating button is moved into the actuating position by a housing portion of the collar for the duration of the arrangement of the attachment part on the handle region, or in that a housing tang which delimits the actuating button with respect to the handle region passes through a window-like opening provided in a hinged joint region of the collar in an encompassing position, the attachment part being designed to act on the actuating button.
A method in a wireless station, the method comprising: sending one or more control packets to a network device coupled to the wireless station by a network link, the network device comprising a DMA engine and a memory storing data for transmittal in a packet of information to an other wireless device, the one or more control packets comprising control information configuring the DMA engine to set up a DMA request to retrieve the data from the memory and to encapsulate the data into a data element to be streamed over the network link to the wireless station; receiving the streamed data element over the network link at a DMA engine of the wireless station during wireless transmit time of the packet of information, the DMA engine of the wireless station matching the DMA engine in the network device, the streamed data element including the data transferred from the memory in the network device by a DMA transfer; and wirelessly transmitting the packet of information to the other wireless device, the information including the data included in the streamed data element. sending one or more control packets to a network device coupled to the wireless station by a network link, the network device comprising a DMA engine and a memory storing data for transmittal in a packet of information to an other wireless device, the one or more control packets comprising control information configuring the DMA engine to set up a DMA request to retrieve the data from the memory and to encapsulate the data into a data element to be streamed over the network link to the wireless station; receiving the streamed data element over the network link at a DMA engine of the wireless station during wireless transmit time of the packet of information, the DMA engine of the wireless station matching the DMA engine in the network device, the streamed data element including the data transferred from the memory in the network device by a DMA transfer; and wirelessly transmitting the packet of information to the other wireless device, the information including the data included in the streamed data element.
A 3- to 28-mer oligouronate for use in a therapeutic method of enhancing drug uptake by administration to a mucus secreting, or mucus carrying, surface in the body of a recipient.
A personal care composition comprising: a) at least 0.5% by weight of the personal care composition menthol and b) at least one of an antagonist to TRPV1 receptor, wherein the TRPV1 antagonist is at least one of copper iodide; butyl 4-hydroxybenzoate; diphenyl disulfide; 2,3-butanedithiol; 2,5-dimethyl-1.4-dithiane-2,5-diol; cellulose acetate. a) at least 0.5% by weight of the personal care composition menthol and b) at least one of an antagonist to TRPV1 receptor, wherein the TRPV1 antagonist is at least one of copper iodide; butyl 4-hydroxybenzoate; diphenyl disulfide; 2,3-butanedithiol; 2,5-dimethyl-1.4-dithiane-2,5-diol; cellulose acetate.
A method of manufacturing a roof window frame comprising at least four elongate frame members joined about their ends forming a quadrangular shaped frame defining a central aperture, each frame member having a main aperture facing surface and a main roof facing surface, the two main surfaces facing in opposite directions with the thickness of the frame member being defined between these main surfaces, the method comprising the steps of preparing a frame member of the frame with a reduced thickness base member by removing a part of the material thickness of an unaltered frame member of a roof window with the same specification and adhering an insulation means to a roof facing surface of the reduced thickness base member so that the overall thickness of the reduced thickness base member and the insulation means is the same as said unaltered frame member for the same specification of roof window.
A method facilitating pre-fetching ads of a live stream, the method comprising: sending, by a live streaming server, a live stream to display on a client; ingesting a new ads pre-fetching criteria into the live stream; sending the ingested new ads pre-fetching criteria to the client to update a default set of ads pre-fetching criteria on the client; upon determining that the client has been idle for a particular amount of time, notifying, by the live-streaming server, the client to pre-fetch ads from the live streaming server, based on the updated default set of ads pre-fetching criteria; and notifying, by the live-streaming server, the client to show the pre-fetched ads. sending, by a live streaming server, a live stream to display on a client; ingesting a new ads pre-fetching criteria into the live stream; sending the ingested new ads pre-fetching criteria to the client to update a default set of ads pre-fetching criteria on the client; upon determining that the client has been idle for a particular amount of time, notifying, by the live-streaming server, the client to pre-fetch ads from the live streaming server, based on the updated default set of ads pre-fetching criteria; and notifying, by the live-streaming server, the client to show the pre-fetched ads.
A memory management scheme for a communications device in a shared access media comprising the steps of: packing a frame of incoming data in blocks of no more than a predetermined size; associating a tag of control data comprising data indicative of the size of an associated block with each of said blocks; storing each of said blocks and said associated tag of control data in a data portion of a memory; generating a link pointer for each of said blocks to indicate where in said memory a next block is stored; storing said link pointers to a link pointer portion of said memory; and generating a start pointer to indicate where in said link pointer portion of said memory the pointers associated with said incoming frame of data start. packing a frame of incoming data in blocks of no more than a predetermined size; associating a tag of control data comprising data indicative of the size of an associated block with each of said blocks; storing each of said blocks and said associated tag of control data in a data portion of a memory; generating a link pointer for each of said blocks to indicate where in said memory a next block is stored; storing said link pointers to a link pointer portion of said memory; and generating a start pointer to indicate where in said link pointer portion of said memory the pointers associated with said incoming frame of data start.
A method of extracting data from an existing well installation which installation having a downhole metallic structure, which installation comprises an existing cable running from the surface to a downhole sensor unit at a downhole location, the cable being provided in the well installation for providing a communication path to the surface for readings taken by-the downhole sensor unit the downhole sensor unit being arranged so that the cable is electrically connectable to the downhole metallic structure of the well installation through the sensor unit, and the method comprising the steps of: operating on the downhole sensor unit to electrically connect the cable to the downhole metallic structure of the well; introducing a tool into the existing well installation for applying signals to the downhole metallic structure of the well; and applying signals, which encode data, to the metallic structure using the tool and extracting the encoded data at the surface by making a connection to the existing cable and sensing signals in the cable. operating on the downhole sensor unit to electrically connect the cable to the downhole metallic structure of the well; introducing a tool into the existing well installation for applying signals to the downhole metallic structure of the well; and applying signals, which encode data, to the metallic structure using the tool and extracting the encoded data at the surface by making a connection to the existing cable and sensing signals in the cable.
A method for estimating a channel, comprising: determining an equivalent pilot sequence according to a historical valid frequency offset; determining a sequence for a correlation, using the equivalent pilot sequence; and performing a correlation calculation for channel estimation using the sequence for the correlation, wherein the correlation calculation defines a correlation of the sequence for the correlation with a received pilot sequence in the frequency domain; wherein determining the equivalent pilot sequence according to the historical valid frequency offset comprises: determining a phase complex multiplication coefficient using the historical valid frequency offset; multiplying a local pilot sequence in a time domain with the phase complex multiplication coefficient; and transforming the local pilot sequence in the time domain multiplied with the phase complex multiplication coefficient into a frequency domain to obtain the equivalent pilot sequence; wherein determining the sequence for the correlation, using the equivalent pilot sequence comprises: determining, for each sample point of the equivalent pilot sequence, a square of a modulus of the sample point, and dividing the sample point by the square of the modulus of the sample point to obtain the sequence for the correlation. determining an equivalent pilot sequence according to a historical valid frequency offset; determining a sequence for a correlation, using the equivalent pilot sequence; and performing a correlation calculation for channel estimation using the sequence for the correlation, wherein the correlation calculation defines a correlation of the sequence for the correlation with a received pilot sequence in the frequency domain; wherein determining the equivalent pilot sequence according to the historical valid frequency offset comprises: determining a phase complex multiplication coefficient using the historical valid frequency offset; multiplying a local pilot sequence in a time domain with the phase complex multiplication coefficient; and transforming the local pilot sequence in the time domain multiplied with the phase complex multiplication coefficient into a frequency domain to obtain the equivalent pilot sequence; determining a phase complex multiplication coefficient using the historical valid frequency offset; multiplying a local pilot sequence in a time domain with the phase complex multiplication coefficient; and transforming the local pilot sequence in the time domain multiplied with the phase complex multiplication coefficient into a frequency domain to obtain the equivalent pilot sequence; wherein determining the sequence for the correlation, using the equivalent pilot sequence comprises: determining, for each sample point of the equivalent pilot sequence, a square of a modulus of the sample point, and dividing the sample point by the square of the modulus of the sample point to obtain the sequence for the correlation.
A method for operating an internal combustion engine under dynamically varying conditions, comprising: injecting a liquid primary fuel into the engine; monitoring a magnitude of an engine characteristic with a sensor positioned to measure magnitudes of a first dependent variable associated with combustion of the primary fuel source in the presence of a secondary fuel source, the dependent variable taken from the group consisting of exhaust gas temperature, NOx content and SOx content; injecting into the engine, as the secondary fuel, a combustible, gaseous product comprising reactive hydrogen while injecting the primary fuel into the engine; and while the liquid primary fuel is being delivered into the engine, continually adjusting the rate of delivery of the reactive hydrogen into the engine as a function of change in engine operation under the dynamically varying conditions, said adjusting including, over a range of sixty percent to one hundred percent of engine power, continually increasing the rate of delivery of the reactive hydrogen into the engine as a function of an increase in the rate at which the primary fuel is delivered into the engine, to reduce NOx exhaust gas content. injecting a liquid primary fuel into the engine; monitoring a magnitude of an engine characteristic with a sensor positioned to measure magnitudes of a first dependent variable associated with combustion of the primary fuel source in the presence of a secondary fuel source, the dependent variable taken from the group consisting of exhaust gas temperature, NOx content and SOx content; injecting into the engine, as the secondary fuel, a combustible, gaseous product comprising reactive hydrogen while injecting the primary fuel into the engine; and while the liquid primary fuel is being delivered into the engine, continually adjusting the rate of delivery of the reactive hydrogen into the engine as a function of change in engine operation under the dynamically varying conditions, said adjusting including, over a range of sixty percent to one hundred percent of engine power, continually increasing the rate of delivery of the reactive hydrogen into the engine as a function of an increase in the rate at which the primary fuel is delivered into the engine, to reduce NOx exhaust gas content.
A protector annular shield for a sidewall of a motor vehicle tire, said shield being configured to be mounted on a wheel rim (30, 30') receiving said tire, wherein the protector shield comprises at least two concentric shield rings (10 and 20, 310) comprising a first shield ring (10, 310) and a second shield ring which are axially juxtaposed and which respectively comprise, substantially arranged end to end in a circumferential direction, a plurality of first arcuate sectors (11a and 12a, 111a and 112a, 211a and 212a, 311a and 312a) and a plurality of second arcuate sectors (21a, 22a) which angularly overlap each other, so that every two consecutive second sectors are substantially arranged end to end axially in front of a first sector short of both ends of this first sector.
A gear system for a wind turbine, the gear system comprising: - a gear housing arranged to substantially enclose the gear system, said gear housing defining a lubricant drain towards the exterior of the gear housing, - a rotating gear part accommodated in an interior part of the gear housing in a manner which allows rotational movements of the rotating gear part relative to the gear housing, and in such a manner that lubricant can be contained between the gear housing and the rotating gear part, characterized in that the rotating gear part is arranged in the interior part of the gear housing in such a manner that the rotating gear part is arranged closer to a wall of the gear housing in an upper region of the gear housing than in a lower region of the gear housing, and in that the lubricant drain is arranged in a lower region of the gear housing, the gear housing and/or the rotating gear part thereby being arranged to provide a pumping action forcing lubricant arranged in an interior part of the gear housing towards the lubricant drain during rotational movements of the rotating gear part relative to the gear housing. - a gear housing arranged to substantially enclose the gear system, said gear housing defining a lubricant drain towards the exterior of the gear housing, - a rotating gear part accommodated in an interior part of the gear housing in a manner which allows rotational movements of the rotating gear part relative to the gear housing, and in such a manner that lubricant can be contained between the gear housing and the rotating gear part,
Fastening element for fastening two visible profiles (3, 4), more particularly terrace profiles, to a substructure, with a plate, which is formed for engaging in opposite grooves (8, 9) on the facing longitudinal sides of the profile (3.1, 3.2) of the visible profiles (3, 4), with at least one mounting opening recessed in the plate for fastening means, with at least one elevation introduced into the plate for clamping the plate in at least one groove (8, 9) of the visible profiles (3, 4), wherein the elevation is forming a hook (12.1, 12.2) on the plate, and with one, more particularly in the middle, of the plate arranged spacer (16, 17), which is protruding inclined from the plate, wherein spacer (16, 17) and elevation projecting away from opposite plate broad sides (2.1, 2.6), wherein the spacer (16, 17) is arranged on a plate front side (2.4, 2.5) of the plate, characterized in that the elevation is formed by cutting and form bending of a tongue-shaped section (11.1, 11.2 or 111.1, 111.2) from the plate made from a metal sheet.
Wick holder, having a base plate with a hollow neck piece as a passage for a wick, characterised in that a sleeve-like extension piece attached to the neck piece, the axis of which is aligned with that of the neck piece and the extension piece is inserted into the neck piece or encloses the neck piece, wherein the extension piece is held immobile by clamping action on the neck piece.
A linear drive, especially for a belt tensioner, comprising a casing including a piston seat, a piston element movably received in the piston seat and a pyrotechnical drive element which is adapted to provide gas for displacing the piston element, wherein the inner wall of the piston seat includes a groove extending in the displacing direction of the piston element through which gas may discharge from the piston seat, characterized in that the groove extends in the displacing direction and reaches to the axial end of the piston seat and in that at the piston element at least one sealing element is arranged which is located between the piston element and the inner wall of the piston seat but is configured so that it does not prevent gas from discharging into the groove when the sealing element penetrates the area of the groove, and in that the groove widens in the displacing direction.
An aircraft wing comprising: a rib (35, 95) having an aperture; and a support member for supporting a fuel pipe (48, 98) within the aperture, the support member having a funnel part (21, 51) and being fixedly attached to the rib such that the funnel part is coaxial with the aperture, wherein the diameter of the base of the funnel is less than or equal to the diameter of the aperture, and is substantially equal to the diameter of a part of the fuel pipe; and a fuel pipe within the aperture, wherein the fuel pipe is oriented coaxially with the funnel part of the support member and extends through the funnel part of the support member. a rib (35, 95) having an aperture; and a support member for supporting a fuel pipe (48, 98) within the aperture, the support member having a funnel part (21, 51) and being fixedly attached to the rib such that the funnel part is coaxial with the aperture, wherein the diameter of the base of the funnel is less than or equal to the diameter of the aperture, and is substantially equal to the diameter of a part of the fuel pipe; and a fuel pipe within the aperture, wherein the fuel pipe is oriented coaxially with the funnel part of the support member and extends through the funnel part of the support member.