mhurhangee/ep-ind-claims huggingface dataset:
An image displaying device, comprising: a photographing image generating unit configured to generate a photographing image by processing photographing data outputted by an image pickup device (102, 106, 108, 110, 112, 114, 122); an area designation unit configured to designate a cut-out area in the photographing image; a contour image generating unit configured to generate a contour image of the cut-out area based on a high frequency component of the cut-out area after the cut-out area is designated; a combined image generating unit configured to generate a combined image in which the contour image is combined with a part of the photographing image; and a combined image displaying unit configured to display the combined image on a display screen. a photographing image generating unit configured to generate a photographing image by processing photographing data outputted by an image pickup device (102, 106, 108, 110, 112, 114, 122); an area designation unit configured to designate a cut-out area in the photographing image; a contour image generating unit configured to generate a contour image of the cut-out area based on a high frequency component of the cut-out area after the cut-out area is designated; a combined image generating unit configured to generate a combined image in which the contour image is combined with a part of the photographing image; and a combined image displaying unit configured to display the combined image on a display screen.
Method for synchronising an emitter with a receiver of an FBMC system, characterised in that on the emitter a pseudo-random sequence is inserted, in an access channel defined by an interval of subcarriers of an FBMC frame, said pseudo-random sequence having a given offset, C v, with respect to a reference sequence with real values, and that at the level of the receiver: (a) a sliding FFT of the received signal of size KN is carried out using a starting sample with a given index ( i =0), with the window of the FFT sliding by N /2 samples between two successive FFT where N is the number of subcarriers of an FBMC symbol and K is the overlapping factor; (b) a sequence received on said channel is extracted from the FFT results and the sequence received is correlated with the reference pseudo-random sequence; (c) the correlation peak between these two sequences is determined and, with respect to the index of the starting sample, a metric of the correlation peak is stored in memory as well as the correlation position that corresponds to this peak; with the steps (a), (b), (c) being repeated for a plurality of indexes of the starting sample and (d) the index, i max, of the starting sample associated with the correlation peak of the maximum metric is determined as well as the correlation position, j max, corresponding to this maximum metric correlation peak; (e) the offset, τ tot seq, is determined between the sequence received and the reference sequence using the index i max and the correlation position j max, with the receiver transmitting to the emitter the offset determined as such; (f) the emitter estimates a delay using the offset determined as such and the given offset, and compensates this delay at the emission. (a) a sliding FFT of the received signal of size KN is carried out using a starting sample with a given index ( i =0), with the window of the FFT sliding by N /2 samples between two successive FFT where N is the number of subcarriers of an FBMC symbol and K is the overlapping factor; (b) a sequence received on said channel is extracted from the FFT results and the sequence received is correlated with the reference pseudo-random sequence; (c) the correlation peak between these two sequences is determined and, with respect to the index of the starting sample, a metric of the correlation peak is stored in memory as well as the correlation position that corresponds to this peak; with the steps (a), (b), (c) being repeated for a plurality of indexes of the starting sample and (d) the index, i max, of the starting sample associated with the correlation peak of the maximum metric is determined as well as the correlation position, j max, corresponding to this maximum metric correlation peak; (e) the offset, τ tot seq, is determined between the sequence received and the reference sequence using the index i max and the correlation position j max, with the receiver transmitting to the emitter the offset determined as such; (f) the emitter estimates a delay using the offset determined as such and the given offset, and compensates this delay at the emission.
A peptide comprising, in the amino acid sequence thereof, an adhesive site consisting of residues of amino acids including a 2,3-dihydroxyphenyl group or 3,4-dihydroxyphenyl group, and a basic site including three or more consecutive basic amino acid residues.
A composition comprising pterostilbene and nicotinamide riboside for use in a method of treating or preventing amyotrophic lateral sclerosis in a subject.
A vacuum tool designed to immobilize a part, the vacuum tool comprising a bearing surface, at least one sealing gasket that is interposed when in operation between the bearing surface and the part and at least one groove in the bearing surface that is designed to at least partially receive the sealing gasket, the groove having a central slot having a main bottom wall (42.1) and main right- and left-hand side walls (42.2, 42.3) as well as right- and left-hand gaps (44, 46) that are arranged on either side of the central slot, each having a secondary bottom wall (44.1, 46.1) and a right- or left-hand secondary side wall (44.2, 46.2), the sealing gasket having a lower portion that cooperates with the central slot and an upper portion that is in contact with the part when in operation, characterized in that the sealing gasket has right- and left-hand flanges (50, 52) that are interposed between the lower and upper portions (48, 54), that extend on either side of the lower portion, and that are seated respectively in the right and left hand gaps (44, 46).
A rotating equipment assembly, comprising: an integrally produced combination of at least a portion of a gearbox housing and at least a portion of a rotating equipment housing with openings at a predetermined distance for a driving shaft into the gearbox housing and a driven shaft from said gearbox housing into said rotating equipment housing; said rotating equipment housing further comprising a seal assembly through which a driven shaft enters, said driven shaft further comprising a first driven gear (34, 44) and an end element disposed on said driven shaft and located in said rotating equipment housing; said gear box housing further comprising a driving shaft and a driving gear engaged to said first driven gear (34, 44); said seal assembly further comprising an offset opening with respect to a centre thereof; characterised in that: said first driven gear (34, 44) is replaceable with a second driven gear of a different size that changes said shaft to shaft centre distance and said seal assembly can accommodate said changed shaft to shaft centre distance by reorientation of said offset opening. an integrally produced combination of at least a portion of a gearbox housing and at least a portion of a rotating equipment housing with openings at a predetermined distance for a driving shaft into the gearbox housing and a driven shaft from said gearbox housing into said rotating equipment housing; said rotating equipment housing further comprising a seal assembly through which a driven shaft enters, said driven shaft further comprising a first driven gear (34, 44) and an end element disposed on said driven shaft and located in said rotating equipment housing; said gear box housing further comprising a driving shaft and a driving gear engaged to said first driven gear (34, 44); said seal assembly further comprising an offset opening with respect to a centre thereof; characterised in that: said first driven gear (34, 44) is replaceable with a second driven gear of a different size that changes said shaft to shaft centre distance and said seal assembly can accommodate said changed shaft to shaft centre distance by reorientation of said offset opening. said first driven gear (34, 44) is replaceable with a second driven gear of a different size that changes said shaft to shaft centre distance and said seal assembly can accommodate said changed shaft to shaft centre distance by reorientation of said offset opening.
A ducted shelf for an open-fronted display unit employing air curtains, the shelf having: a front and a back defining a forward direction from back to front and opposed sides defining a widthwise direction from side to side; at least one continuous duct extending generally forwardly or rearwardly through the shelf and communicating at a forward end with a discharge or return opening, the duct being wider in the widthwise direction at the forward end than at a rearward end of the duct; and guide walls that extend along the duct to divide the duct into a group of pathways disposed successively side-by-side in the widthwise direction, each pathway comprising a respective channel having respective forward and rearward ends, the guide walls splaying forwardly such that the channels are wider in the widthwise direction at their forward ends than at their rearward ends; wherein each pathway has a respective length reflecting a degree of widthwise offset between the rearward end and the forward end of the associated channel; a longer pathway of the group has a greater width in the widthwise direction at rearward and forward ends of the associated channel than a shorter pathway of the group; and the width of the channels increases in the widthwise direction along both the forward and rearward ends of the channels. a front and a back defining a forward direction from back to front and opposed sides defining a widthwise direction from side to side; at least one continuous duct extending generally forwardly or rearwardly through the shelf and communicating at a forward end with a discharge or return opening, the duct being wider in the widthwise direction at the forward end than at a rearward end of the duct; and guide walls that extend along the duct to divide the duct into a group of pathways disposed successively side-by-side in the widthwise direction, each pathway comprising a respective channel having respective forward and rearward ends, the guide walls splaying forwardly such that the channels are wider in the widthwise direction at their forward ends than at their rearward ends; wherein each pathway has a respective length reflecting a degree of widthwise offset between the rearward end and the forward end of the associated channel; a longer pathway of the group has a greater width in the widthwise direction at rearward and forward ends of the associated channel than a shorter pathway of the group; and the width of the channels increases in the widthwise direction along both the forward and rearward ends of the channels.
An adhesive-tape stamper designed to realize a sequence of movements during which an adhesive-tape portion is put on an object, with a detaching device designed and/or arranged to detach an adhesive-tape end as the adhesive-tape portion from a continuous adhesive tape at a point of detachment during the sequence of movements, and with a stamping device designed and/or arranged to press the adhesive-tape end and/or the adhesive-tape portion onto the object in a stamping direction during the sequence of movements, characterized in that the adhesive-tape stamper is designed to fix the continuous adhesive tape in a clamping manner during the sequence of movements.
Plug-in connector for mechanical and electrical connection to a corresponding mating plug-in connector, comprising a housing, a protective conductor bridge and a plug insert, wherein the protective conductor bridge is held on the housing, wherein the protective conductor bridge has at least one connecting region for connection to the plug insert, and the plug insert is held on the at least one connecting region, characterized in that the at least one connecting region is designed with a tubular body, wherein the tubular body has two opposite passage holes (11, 12) and one of the passage holes is designed with an internal thread, and in that the at least one connecting region has fastening means for connecting the protective conductor bridge to the housing, wherein the fastening means are designed as latching means in order to latch with corresponding latching means of the housing.
Method for serially transmitting data in a bus system having at least two bus subscribers which interchange messages via the bus, the transmitted messages having a logical structure according to the ISO 11898-1 CAN standard, the logical structure comprising a start-of-frame bit, an arbitration field, a control field, a data field, a CRC field, an acknowledge field and an end-of-frame sequence, the control field comprising a data length code containing an item of information relating to the length of the data field, characterized in that, when a first identification is present, the control field of the messages comprises more than six bits in a manner differing from the ISO 11898-1 CAN standard, the control field of the message being extended with at least one further bit when the first identification is present, an item of information relating to the "Error Passive" state of the bus subscriber being integrated in transmitted messages by means of the further bit or one of the further bits.
A device for preparing foods received in a vessel, in particular ready meals, the device comprising a steam generator unit for generating steam, a steam delivery unit having a steam probe containing at least one steam discharge opening, the steam delivery unit being connected to the steam generator unit in a steam-conducting manner via a steam feed line, and drive means for the, in particular translational, displacement of the steam delivery unit relative to a rinsing device, preferably disposed below the steam delivery unit along the vertical, having a rinsing tank and rinsing water application means, in particular comprising a rinsing nozzle, for rinsing the steam probe after a food preparation process, the rinsing tank being in fluid communication with a drain line section for discharging dirty rinsing water, characterized in that a drain funnel comprising the drain line section is fixed to the rising tank, wherein the drain funnel can be detached from the rinsing tank, in particular without any tools being required, for cleaning and/or exchange purposes and is sealed in relation to the rinsing tank by sealing means.
An electrical socket having a socket base which comprises terminals and contact elements which are electrically connected to one another by conductor tracks, characterized in that a conductor track has a separation point to which conductor track ends (19, 20) are releasably and electrically conductively connected, with an element being releasably arranged at the separation point and connecting the conductor track ends (19, 20) to one another in an electrically conductive manner; and in that the element can be reversibly arranged at the separation point and has an insulated grip.
A Universal Serial Bus, USB, device, comprising: means for determining capability of the USB device to exchange data with a USB host; means for sending a notification for flow control to the USB host based on the determined capability of the USB device; wherein the notification for flow control is a flow off notification; wherein the means for sending is configured to send the flow off notification on an interrupt pipe between the USB device and the USB host, after receiving an IN token packet for the interrupt pipe; and wherein the means for sending is configured to send the flow off notification in a manner to account for the bus access period of the interrupt pipe and the delay of USB host from the time that USB host receives the flow off notification to the time that transactions are suspended on a data pipe. means for determining capability of the USB device to exchange data with a USB host; means for sending a notification for flow control to the USB host based on the determined capability of the USB device; wherein the notification for flow control is a flow off notification; wherein the means for sending is configured to send the flow off notification on an interrupt pipe between the USB device and the USB host, after receiving an IN token packet for the interrupt pipe; and wherein the means for sending is configured to send the flow off notification in a manner to account for the bus access period of the interrupt pipe and the delay of USB host from the time that USB host receives the flow off notification to the time that transactions are suspended on a data pipe.
An adjustable guide blade assembly of a fluid flow engine, with a plurality of guide blades forming a guide blade row, and with an inner ring for stabilizing the guide blade row, wherein the guide blades each have an adjusting pin, which is positioned radially outside with respect to the assembly longitudinal axis, for interacting with an adjusting device, and wherein the guide blades are housed, with a respective radially inner blade plate, inside bearing recesses of the inner ring, wherein a radial blade plate height increases in a downstream direction of a primary flow and the blade airfoils have an overhang on the trailing edge side, characterized in that the radially inner blade plates have no bearing pin and act as bearing pins, wherein the smallest blade plate thickness is between 15% and 30% of the blade plate diameter and wherein the same and/or the bearing recesses are coated on their respective bearing surfaces (36, 38, 40).
An assembly for a turbine engine, the assembly comprising: a combustor wall (76, 78) including a shell and a heat shield, the combustor wall (76, 78) defining a quench aperture therethrough and defining a cavity between the shell and the heat shield; the shell defining a first aperture through which air is directed into the cavity; and the heat shield including a rail that at least partially defines a second aperture configured to direct at least some of the air within the cavity out of the combustor wall (76, 78) and towards the quench aperture, wherein the heat shield includes a first panel adjacent a second panel; the first panel includes the rail; and the quench aperture extends through the second panel, characterised in that the second aperture comprises a circumferentially elongated slot. a combustor wall (76, 78) including a shell and a heat shield, the combustor wall (76, 78) defining a quench aperture therethrough and defining a cavity between the shell and the heat shield; the shell defining a first aperture through which air is directed into the cavity; and the heat shield including a rail that at least partially defines a second aperture configured to direct at least some of the air within the cavity out of the combustor wall (76, 78) and towards the quench aperture, wherein the heat shield includes a first panel adjacent a second panel; the first panel includes the rail; and the quench aperture extends through the second panel, characterised in that the second aperture comprises a circumferentially elongated slot.
Electric machine having at least one winding comprising at least one winding wire, wherein the winding wire comprises a multiplicity of individual, electrically conductive litz wires, and wherein the winding wire comprises an electrically insulating outer sleeve enveloping all of the litz wires, characterized in that the individual litz wires of the wound winding wire are deformed to give an ellipsoidal litz-wire cross section in order to increase the fill factor of the winding.
Liquefaction apparatus for liquefying a product gas, said apparatus comprising: • a compressor for compressing the product gas, said compressor having a variable discharge flow rate; • a predicted power calculation unit for obtaining a predicted amount of power used by the compressor after a predetermined time has elapsed, on the basis of an integrated power value obtained by integrating a usage power of the compressor; characterized in that the liquefaction apparatus further comprises: • a power demand control unit for comparing the predicted amount of power and a moving average of instantaneous power used by the compressor, and controlling the discharge flow rate of the compressor in such a way as to come infinitely close to a target value of power used by the compressor, without exceeding the target value, and while using the larger value of the predicted amount of power and the moving average of instantaneous power as a value being controlled. • a compressor for compressing the product gas, said compressor having a variable discharge flow rate; • a predicted power calculation unit for obtaining a predicted amount of power used by the compressor after a predetermined time has elapsed, on the basis of an integrated power value obtained by integrating a usage power of the compressor; • a power demand control unit for comparing the predicted amount of power and a moving average of instantaneous power used by the compressor, and controlling the discharge flow rate of the compressor in such a way as to come infinitely close to a target value of power used by the compressor, without exceeding the target value, and while using the larger value of the predicted amount of power and the moving average of instantaneous power as a value being controlled.
A method for image processing comprising: training a neural network using composite image data including a background image and a manuscript image and correct image data corresponding to the composite image data and to a predetermined image processing for manuscript extraction; obtaining a captured image of an original that contains a manuscript character; and performing the predetermined image processing for manuscript extraction on the captured image using the neural network, characterized by further comprising: a training data generating process of generating the composite image data, wherein pieces of the composite image data are generated based on a combination of a background sample image and a manuscript sample image such that a manuscript image in the manuscript sample image is composited with a margin region that is contained in the background sample image, or such that a background image that is contained in the background sample image and a manuscript image that is contained in the manuscript sample image are arranged with a margin region interposed therebetween. training a neural network using composite image data including a background image and a manuscript image and correct image data corresponding to the composite image data and to a predetermined image processing for manuscript extraction; obtaining a captured image of an original that contains a manuscript character; and performing the predetermined image processing for manuscript extraction on the captured image using the neural network, characterized by further comprising: a training data generating process of generating the composite image data, wherein pieces of the composite image data are generated based on a combination of a background sample image and a manuscript sample image such that a manuscript image in the manuscript sample image is composited with a margin region that is contained in the background sample image, or such that a background image that is contained in the background sample image and a manuscript image that is contained in the manuscript sample image are arranged with a margin region interposed therebetween.