mhurhangee/patent-ind-claim-en huggingface dataset:
A method on a first user device for listing an item for sale using an image of the item captured from a camera on a second user device , the method comprising: running an item listing process in an item listing application to publish information concerning the item of goods or services for sale as an item listing; upon reaching a specified point in the item listing process, spawning a camera application subprocess on the second user device to enable a user to capture images using the camera, wherein the spawning includes transmitting a wireframe overlay to the second user device for display on top of a viewfinder within the camera application subprocess to inform the user as to an angle at which to capture images from the camera; and receiving images from the camera of the second user device in response to the user depressing a virtual or actual button on the second user device ; wherein the item listing process sends the item listing to an item listing server; and the images from the camera are uploaded as part of the item listing sent to the item listing server. running an item listing process in an item listing application to publish information concerning the item of goods or services for sale as an item listing; upon reaching a specified point in the item listing process, spawning a camera application subprocess on the second user device to enable a user to capture images using the camera, wherein the spawning includes transmitting a wireframe overlay to the second user device for display on top of a viewfinder within the camera application subprocess to inform the user as to an angle at which to capture images from the camera; and receiving images from the camera of the second user device in response to the user depressing a virtual or actual button on the second user device ; wherein the item listing process sends the item listing to an item listing server; and the images from the camera are uploaded as part of the item listing sent to the item listing server.
A connection structure of a cable and a terminal , the connection structure comprising: a cable including a core wire exposed from an insulating sheath ; and a terminal including a base plate and at least a pair of elastic connection pieces formed by being cut-raised in the base plate , the at least a pair of elastic connection pieces each having a cable insertion hole formed therein, wherein at least the core wire of the cable is pressed against and electrically connected to the base plate by elastic restoring force of each of the at least a pair of elastic connection pieces in a state in which at least the core wire of the cable is inserted in the cable insertion hole formed in each of the at least a pair of elastic connection pieces . a cable including a core wire exposed from an insulating sheath ; and a terminal including a base plate and at least a pair of elastic connection pieces formed by being cut-raised in the base plate , the at least a pair of elastic connection pieces each having a cable insertion hole formed therein, wherein at least the core wire of the cable is pressed against and electrically connected to the base plate by elastic restoring force of each of the at least a pair of elastic connection pieces in a state in which at least the core wire of the cable is inserted in the cable insertion hole formed in each of the at least a pair of elastic connection pieces .
A method for projecting an image on a screen , the method comprising: processing an X bit high-dynamic range video signal using an image processing device executing a local dimming algorithm that performs bit separation and scaling to convert the high dynamic range video signal into a binary weighted digital byte to derive a separate Y bit Least-Significant-Bit (LSB) component comprising consecutive bits of high spatial frequency/low brightness including the least-significant-bit of the X-bit high-dynamic range video signal and an N bit Most-Significant-Bit (MSB) component comprising consecutive bits of low spatial frequency/high brightness including the most-significant-bit of the X-bit high-dynamic range video signal that are scaled with a brightness weighting, wherein X, Y and N are integers; characterized in that X > N + Y; and in that the method further comprises: projecting the LSB component of the image onto a front of the screen with a standard dynamic range (SDR) projector; and projecting the MSB component of the image onto a back of the screen using a high intensity light source . processing an X bit high-dynamic range video signal using an image processing device executing a local dimming algorithm that performs bit separation and scaling to convert the high dynamic range video signal into a binary weighted digital byte to derive a separate Y bit Least-Significant-Bit (LSB) component comprising consecutive bits of high spatial frequency/low brightness including the least-significant-bit of the X-bit high-dynamic range video signal and an N bit Most-Significant-Bit (MSB) component comprising consecutive bits of low spatial frequency/high brightness including the most-significant-bit of the X-bit high-dynamic range video signal that are scaled with a brightness weighting, wherein X, Y and N are integers; characterized in that X > N + Y; and in that the method further comprises: projecting the LSB component of the image onto a front of the screen with a standard dynamic range (SDR) projector; and projecting the MSB component of the image onto a back of the screen using a high intensity light source . projecting the LSB component of the image onto a front of the screen with a standard dynamic range (SDR) projector; and projecting the MSB component of the image onto a back of the screen using a high intensity light source .
A heat sink element for an electronic part of an electric pump, comprising a heat sink portion made of metallic material and a thermally insulating portion , characterized in that it comprises a substantially block-like shape, in which said heat sink portion is provided with a groove in which said insulating portion is present and from which the latter protrudes, said groove being formed by two walls with grip protrusions for said insulating portion .
A system for automatic positioning of a railway overhead line, comprising: a mechanical arm ; a first hooking device that can be fixed to the end of said mechanical arm ; a mast for positioning an overhead line; characterized by comprising a second fixed hooking device , which is fixed to said mast and can be fixed to said first hooking device ; said mast comprising at least one horizontal arm , set on which is a set of rollers , with roller head, for correct positioning of an overhead line.
A method for shimming a magnetic field in which there is an inhomogeneity having more than one functional magnetic component in an expansion of the magnetic field on a set of functions, the magnetic field being produced by a magnet assembly having two distanced assembly ends and an assembly axis, the method comprising: providing a plurality of commonly oriented shim paths , said shim paths disposed on a common surface having first and second distanced ends , each of said first and second distanced ends having at least one associated connector ; applying a plurality of coordinately modulated single shim currents along corresponding ones of the plurality of shim paths, each of said shim currents entering said connector at the first end , flowing from said connector at the first end to said connector at the second end , and exiting said connector at the second end; and suppressing the more than one functional magnetic component of the inhomogeneity in the magnetic field using the plurality of shim currents, wherein the magnet assembly is that of a device for measurement of magnetic resonance of a sample , wherein the magnet assembly further comprises a cavity extending along the assembly axis, wherein the sample is positioned in the cavity along the assembly axis, wherein the magnet assembly comprises mutually opposing pole pieces in the cavity, wherein one of at least two shim panels is placed at or near the surface of each pole piece, wherein the plurality of shim paths is placed on said at least two shim panels, and wherein a portion of each shim path is located within the magnet assembly. providing a plurality of commonly oriented shim paths , said shim paths disposed on a common surface having first and second distanced ends , each of said first and second distanced ends having at least one associated connector ; applying a plurality of coordinately modulated single shim currents along corresponding ones of the plurality of shim paths, each of said shim currents entering said connector at the first end , flowing from said connector at the first end to said connector at the second end , and exiting said connector at the second end; and suppressing the more than one functional magnetic component of the inhomogeneity in the magnetic field using the plurality of shim currents, wherein the magnet assembly is that of a device for measurement of magnetic resonance of a sample , wherein the magnet assembly further comprises a cavity extending along the assembly axis, wherein the sample is positioned in the cavity along the assembly axis, wherein the magnet assembly comprises mutually opposing pole pieces in the cavity, wherein one of at least two shim panels is placed at or near the surface of each pole piece, wherein the plurality of shim paths is placed on said at least two shim panels, and wherein a portion of each shim path is located within the magnet assembly.
A gear spindle device for a rolling mill, comprising: a spindle outer cylinder having, at a first end side , an inner circumferential surface provided with an inner circumferential gear ; a spindle inner cylinder having an outer circumferential surface provided with an outer circumferential gear which engages with the inner circumferential gear ; a seal member disposed between the spindle outer cylinder and the spindle inner cylinder , for holding a lubricant oil at an engagement portion between the inner circumferential gear and the outer circumferential gear ; and a coolant supply unit for supplying a coolant toward the spindle outer cylinder , characterized in that the coolant supply unit is disposed at an opposite side to the seal member across the engagement portion in an axial direction of the spindle outer cylinder , for supplying the coolant toward the spindle outer cylinder in a formation region of the engagement portion where the engagement portion is formed, and the coolant supply unit includes a nozzle configured to inject the coolant toward the spindle outer cylinder in the formation region of the engagement portion , wherein the nozzle is configured to inject the coolant in a direction from a second end side toward the first end side of the spindle outer cylinder in the axial direction, and the spindle outer cylinder is configured for coupling a gear box, a motor, or a mill roll of the rolling mill to its second end side . a spindle outer cylinder having, at a first end side , an inner circumferential surface provided with an inner circumferential gear ; a spindle inner cylinder having an outer circumferential surface provided with an outer circumferential gear which engages with the inner circumferential gear ; a seal member disposed between the spindle outer cylinder and the spindle inner cylinder , for holding a lubricant oil at an engagement portion between the inner circumferential gear and the outer circumferential gear ; and a coolant supply unit for supplying a coolant toward the spindle outer cylinder , characterized in that the coolant supply unit is disposed at an opposite side to the seal member across the engagement portion in an axial direction of the spindle outer cylinder , for supplying the coolant toward the spindle outer cylinder in a formation region of the engagement portion where the engagement portion is formed, and the coolant supply unit includes a nozzle configured to inject the coolant toward the spindle outer cylinder in the formation region of the engagement portion , wherein the nozzle is configured to inject the coolant in a direction from a second end side toward the first end side of the spindle outer cylinder in the axial direction, and the spindle outer cylinder is configured for coupling a gear box, a motor, or a mill roll of the rolling mill to its second end side .
A blade pitch controller for a fixed foundation offshore wind turbine , the blade pitch controller comprising a nominal control system and a tower feedback loop , wherein the tower feedback loop comprises a filtering system and a feedback controller ; the nominal control system is arranged to control a blade pitch of the wind turbine in order to optimise power production; the filtering system comprises a high-pass filter with a filter frequency of less than 0.2 Hz, the filtering system being arranged to receive at least one of position or velocity measurements or estimates of the wind turbine as input and to output at least one filtered position or velocity measurements or estimates of the wind turbine ; and the feedback controller is arranged to receive at least one of the output filtered position or velocity measurements or estimates of the wind turbine from the filtering system and to output a blade pitch reference signal determined from at least one of the filtered position or velocity measurements or estimates of the wind turbine to the nominal control system , wherein the blade pitch reference signal is an adjustment which is added to a nominal blade pitch reference signal provided from a basic controller in the nominal control system , such that the tower feedback loop is arranged to control wind turbine blade pitch so as to provide additional effective stiffness to the wind turbine in response to motion of the wind turbine above the filter frequency of the high-pass filter of the filtering system . wherein the tower feedback loop comprises a filtering system and a feedback controller ; the nominal control system is arranged to control a blade pitch of the wind turbine in order to optimise power production; the filtering system comprises a high-pass filter with a filter frequency of less than 0.2 Hz, the filtering system being arranged to receive at least one of position or velocity measurements or estimates of the wind turbine as input and to output at least one filtered position or velocity measurements or estimates of the wind turbine ; and the feedback controller is arranged to receive at least one of the output filtered position or velocity measurements or estimates of the wind turbine from the filtering system and to output a blade pitch reference signal determined from at least one of the filtered position or velocity measurements or estimates of the wind turbine to the nominal control system , wherein the blade pitch reference signal is an adjustment which is added to a nominal blade pitch reference signal provided from a basic controller in the nominal control system , such that the tower feedback loop is arranged to control wind turbine blade pitch so as to provide additional effective stiffness to the wind turbine in response to motion of the wind turbine above the filter frequency of the high-pass filter of the filtering system .
A method for predicting deficiency in the DNA homologous recombination (HR) pathway in a patient suffering from cancer, comprising quantifying the number of rearrangements in the genomic DNA of a tumor sample obtained from said patient, wherein the number of rearrangements corresponds to the number, per genome, of breakpoints resulting in segments of at least 3 megabases; and determining whether said tumor sample comprises cells having a genetic mutation in at least one HR pathway gene selected from the group consisting of BRCA1, BRCA2, PALB2/FANCN, BRIP1/FANCJ, BARD1, RAD51 and RAD51 paralogs which are RAD51B, RAD51C, RAD51D, XRCC2 and XRCC3. quantifying the number of rearrangements in the genomic DNA of a tumor sample obtained from said patient, wherein the number of rearrangements corresponds to the number, per genome, of breakpoints resulting in segments of at least 3 megabases; and determining whether said tumor sample comprises cells having a genetic mutation in at least one HR pathway gene selected from the group consisting of BRCA1, BRCA2, PALB2/FANCN, BRIP1/FANCJ, BARD1, RAD51 and RAD51 paralogs which are RAD51B, RAD51C, RAD51D, XRCC2 and XRCC3.
An in vitro method of determining a subject's risk of liver dysfunction after partial liver resection said method comprising the steps of: a) providing a blood sample from said subject before partial liver resection, b) determining in said sample the expression level of miR-151a and miR-192, and optionally of miR-122, and i. identifying the ratios of miR-151a to miR-192, and optionally of miR-122 to miR-151a, based on the expression levels determined in b), and comparing said expression level ratios with reference expression level ratios, or ii. comparing the expression levels of miR-151a, miR-192 and miR-122 with reference expression levels, and c) classifying the sample from the outcome of step i) or step ii) into one of at least two classes, wherein each class is one of the at least two categories "high-risk" and "low-risk". a) providing a blood sample from said subject before partial liver resection, b) determining in said sample the expression level of miR-151a and miR-192, and optionally of miR-122, and i. identifying the ratios of miR-151a to miR-192, and optionally of miR-122 to miR-151a, based on the expression levels determined in b), and comparing said expression level ratios with reference expression level ratios, or ii. comparing the expression levels of miR-151a, miR-192 and miR-122 with reference expression levels, and i. identifying the ratios of miR-151a to miR-192, and optionally of miR-122 to miR-151a, based on the expression levels determined in b), and comparing said expression level ratios with reference expression level ratios, or ii. comparing the expression levels of miR-151a, miR-192 and miR-122 with reference expression levels, and c) classifying the sample from the outcome of step i) or step ii) into one of at least two classes, wherein each class is one of the at least two categories "high-risk" and "low-risk".
An arrangement for equipping plug housings with fitted-out cable ends of cables using a equipping unit , by means of which the cable ends can be inserted into cells of the plug housing , wherein said arrangement comprises a housing receptacle device for temporarily receiving plug housings for the equipping process, characterized in that the arrangement has a cable accumulator , which is or can be separably connected to the housing receptacle device and serves for holding together cables , wherein the cable accumulator can be temporarily received by the housing receptacle device when the plug housing is temporarily received in the housing receptacle device .
Hard coating layer system deposited on a substrate surface with a multilayered structure comprising alternating layers A and B, with A layers having the composition in atomic percent Me ApA O nA N mA and B layers having the composition in atomic percent Me BpB O nB N mB , wherein a. the thermal conductivity of A layers is greater than the thermal conductivity of B layers, b. Me A and Me B each comprise at least one metal from the group Ti and Cr, c. pA denotes the atomic percent of MeA and pB denotes the atomic percent of MeB, and the following holds: pA = pB, d. nA denotes the oxygen concentration in A layers in atomic percent, and nB denotes the oxygen concentration in B layers in atomic percent, and the following holds: nA < nB, e. mA denotes the nitrogen concentration in A layers in atomic percent, and mB denotes the nitrogen concentration in B layers in atomic percent, and the following holds: p A /(n A +m A ) = p B /(n B +m B ), f. Me A = Me B , and g. 5% ≤ n B ≤ 30%, with the condition that p A +n A +m A = p B +n B +m B = 100%, characterized in that at least one A layer or one B layer along at least a portion of the layer thickness has a graded oxygen concentration, or the hard coating layer system comprises at least one additional hard coating layer of type Me p O n N m with n ≥ 0, with Me = Me A and p = p A or with Me = Me B and p = p B , as a cover layer, which has a graded oxygen concentration along at least a portion of the layer thickness. a. the thermal conductivity of A layers is greater than the thermal conductivity of B layers, b. Me A and Me B each comprise at least one metal from the group Ti and Cr, c. pA denotes the atomic percent of MeA and pB denotes the atomic percent of MeB, and the following holds: pA = pB, d. nA denotes the oxygen concentration in A layers in atomic percent, and nB denotes the oxygen concentration in B layers in atomic percent, and the following holds: nA < nB, e. mA denotes the nitrogen concentration in A layers in atomic percent, and mB denotes the nitrogen concentration in B layers in atomic percent, and the following holds: p A /(n A +m A ) = p B /(n B +m B ), f. Me A = Me B , and g. 5% ≤ n B ≤ 30%, with the condition that p A +n A +m A = p B +n B +m B = 100%,
Method for dyeing a shaped part produced in a 3D printing process with a polymer, wherein the method comprises - a dyeing step (FS) for dyeing the surface of the shaped part with a dye, and - a first post-treatment step (NBS1) for fixing the dye which has penetrated the surface of the shaped part, wherein the first post-treatment step is carried out after the dyeing step, wherein, in the dyeing step, - the shaped part is placed in a dye solution, wherein the dye solution comprises - a dye, and - water, preferably deionized water, wherein the dye is introduced into the material of the surface of the shaped part, and - the dye solution is heated, and, in the first post-treatment step, - the shaped part dyed in the dyeing step is placed in a first fixing solution, as a result of which the dye introduced into the material of the surface of the shaped part is fixed, wherein the first fixing solution comprises - a polyphenol, an acrylic-based syntan compound, or a synthetic condensation product of aromatic compounds, in particular phenols or naphthalenesulfonic acid, with formaldehyde or urea, and - water, preferably deionized water, and - the first fixing solution is heated. - a dyeing step (FS) for dyeing the surface of the shaped part with a dye, and - a first post-treatment step (NBS1) for fixing the dye which has penetrated the surface of the shaped part, wherein the first post-treatment step is carried out after the dyeing step, wherein, in the dyeing step, - the shaped part is placed in a dye solution, wherein the dye solution comprises - a dye, and - water, preferably deionized water, wherein the dye is introduced into the material of the surface of the shaped part, and - the dye solution is heated, and, in the first post-treatment step, - the shaped part dyed in the dyeing step is placed in a first fixing solution, as a result of which the dye introduced into the material of the surface of the shaped part is fixed, wherein the first fixing solution comprises - a polyphenol, an acrylic-based syntan compound, or a synthetic condensation product of aromatic compounds, in particular phenols or naphthalenesulfonic acid, with formaldehyde or urea, and - water, preferably deionized water, and - the first fixing solution is heated.
Auxiliary device for examining, by means of magnetic resonance imaging, a hip joint of a patient lying on the table of a magnetic resonance imaging system, wherein the auxiliary device has a frame which comprises a traction means , which can be loaded with a specified tensile force in the direction of the longitudinal axis of the patient, and a foot support which is effective in the direction of the longitudinal axis of the patient, characterised in that the traction means for loading the leg of the hip joint to be examined with a tensile force can be fastened to this leg while the foot support supports the other leg.