mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: wrapping a mandrel with a composite tape to form a composite tube; partially curing the composite tube to achieve between 50% and 90% of mechanical properties of a fully cured state, removing the mandrel from the composite tube; cutting the composite tube to form composite tubular structures, the step of partially curing being prior to cutting the composite tube, the step of removing the mandrel being after partially curing the composite tube and prior to cutting the composite tube; arranging the composite tubular structures on a support structure; and bonding the composite tubular structures together by co-curing, co-bonding, or secondary bonding. wrapping a mandrel with a composite tape to form a composite tube; partially curing the composite tube to achieve between 50% and 90% of mechanical properties of a fully cured state, removing the mandrel from the composite tube; cutting the composite tube to form composite tubular structures, the step of partially curing being prior to cutting the composite tube, the step of removing the mandrel being after partially curing the composite tube and prior to cutting the composite tube; arranging the composite tubular structures on a support structure; and bonding the composite tubular structures together by co-curing, co-bonding, or secondary bonding.
A face recognition method comprising: detecting facial landmarks from a face area of a user appearing in a two-dimensional, '2D', input image; generating a personalized three-dimensional, '3D', face model by adjusting the shape of a generic 3D face model based on positional information of the detected facial landmarks; acquiring a normalized 2D image by adjusting a pose of the personalized 3D face model and projecting the personalized 3D face model onto a 2D plane; generating a depth image from the personalized 3D face model by converting a pose of the personalized 3D face model to a frontal face pose, thereby obtaining depth information; extracting feature information by inputting 2D image information of the normalized 2D image and the depth information to a first neural network, and inputting the 3D shape information to a second neural network model; and performing face recognition based on the determined feature information and feature information of the enrollment image. detecting facial landmarks from a face area of a user appearing in a two-dimensional, '2D', input image; generating a personalized three-dimensional, '3D', face model by adjusting the shape of a generic 3D face model based on positional information of the detected facial landmarks; acquiring a normalized 2D image by adjusting a pose of the personalized 3D face model and projecting the personalized 3D face model onto a 2D plane; generating a depth image from the personalized 3D face model by converting a pose of the personalized 3D face model to a frontal face pose, thereby obtaining depth information; extracting feature information by inputting 2D image information of the normalized 2D image and the depth information to a first neural network, and inputting the 3D shape information to a second neural network model; and performing face recognition based on the determined feature information and feature information of the enrollment image.
A multi-band amplifier, comprising: an amplification device (10; 11); and a matching circuit (40; 44) comprising a demultiplexer (20, 23) for demultiplexing a signal outputted from said amplification device (10; 11) into signals of respective frequency bands, and at least two matching blocks (30, 31; 321, 32m, 32M)) connected to the demultiplexer (20, 23; 21), for receiving the signals of the respective frequency bands and matching the output impedance of the demultiplexer (20, 23; 21) to a system impedance in the respective frequency bands of the inputted signals, wherein the demultiplexer (20, 23; 21) has as many band elimination filters (230, 231) as matching blocks (30, 31; 321, 32m, 32M)), each of the band elimination filters (230, 231) receiving the signal outputted from the amplification device (10; 11); wherein said amplification device (10; 11) is adapted to amplify an inputted signal and output the amplified signal to said demultiplexer (20, 23; 21) of the matching circuit (40; 44), each of the band elimination filters, (230, 231) comprises a transmission line and an end open line connected to one end of the transmission line, the transmission line and the end open line each having a length equal to a quarter of a wavelength of a frequency to be rejected by said each band elimination filter. an amplification device (10; 11); and a matching circuit (40; 44) comprising a demultiplexer (20, 23) for demultiplexing a signal outputted from said amplification device (10; 11) into signals of respective frequency bands, and at least two matching blocks (30, 31; 321, 32m, 32M)) connected to the demultiplexer (20, 23; 21), for receiving the signals of the respective frequency bands and matching the output impedance of the demultiplexer (20, 23; 21) to a system impedance in the respective frequency bands of the inputted signals, wherein the demultiplexer (20, 23; 21) has as many band elimination filters (230, 231) as matching blocks (30, 31; 321, 32m, 32M)), each of the band elimination filters (230, 231) receiving the signal outputted from the amplification device (10; 11); wherein said amplification device (10; 11) is adapted to amplify an inputted signal and output the amplified signal to said demultiplexer (20, 23; 21) of the matching circuit (40; 44), each of the band elimination filters, (230, 231) comprises a transmission line and an end open line connected to one end of the transmission line, the transmission line and the end open line each having a length equal to a quarter of a wavelength of a frequency to be rejected by said each band elimination filter.
A torque transmission device (10; 210; 310) for low-vibration transmission of torque via at least one shaft, wherein the torque transmission device is used for coupling two shaft ends, and includes: a drive element (12; 212; 312) and an output element (14; 214; 314) that is connected to the drive element (12; 212; 312), wherein at least one damping assembly is provided between the drive element (12; 214; 314) and the output element (14; 214; 314), and which connects the drive element (22; 222; 322) to the output element (14; 214; 314) so that they are rotatable relative to one another, wherein the damping assembly has a staged progressive characteristic with increasing relative rotation between the drive element (12; 212; 312) and the output element (14; 214; 314), wherein the drive element (12; 212; 312) has a stop formation (18; 240; 340) and the output element (14; 214;314) has a complementary counterstop formation (20; 242; 342), characterized in that at least one rubber-elastic predamper element that connects the drive element (212; 312) to the output element (214; 314) in a torsional vibration-reducing manner is provided between the drive element (12; 212; 312) and the output element (14; 214; 314), outside the cooperating stop formation (18; 218; 318) and the complementary counterstop formation (20; 220; 320), and between the stop formation (18; 240; 340) and the complementary counterstop formation (20; 242; 342) a circumferential radial space is provided which provides rotary play, and in which a circumferential compressible damping layer is provided.
A conductive diamond electrode comprising: a conductive substrate at least the surface of which comprises a carbonaceous material, a conductive diamond catalyst layer formed on a surface of the conductive substrate, and a carbon fluoride formed on an exposed portion present on a surface of the conductive substrate, the exposed portion corresponding to a defect portion of the conductive diamond catalyst layer, the defect portion including a pinhole or crack, wherein the carbonaceous material is at least one selected from the group consisting of graphite, amorphous carbon and silicon carbide. a conductive substrate at least the surface of which comprises a carbonaceous material, a conductive diamond catalyst layer formed on a surface of the conductive substrate, and a carbon fluoride formed on an exposed portion present on a surface of the conductive substrate,
An aqueous cleaning composition comprising: water and at least 0.1 weight percent of at least one alkyl 3-hydroxybutyrate defined by the following formula: wherein R1 is an alkyl group selected from the group consisting of isobutyl, n-butyl, and sec-butyl, and further comprising at least one surfactant.
Battery module having a multiplicity of battery cells in electrical contact with one another electrically in parallel or in series and having a battery module housing that is provided with at least two connection points for a data-carrying or current-channelling cable and with at least four cable guides for guiding a data-carrying or current-channelling cable connected to the connection points to a further battery module or data receiver, wherein the cable guides end at different outer edges of the battery module housing, characterized in that each of the cable guides (20a - 20f) has a cable guide length beginning at one of the connection points (16, 22) and ending at an outer edge of the battery module housing, and that the sum of a cable guide length of a first cable guide (20a - 20c) beginning at a first connection point and ending at a first outer edge of the battery module housing and of the cable guide length of a second cable guide (20d - 20f) beginning at a second connection point and ending at an outer edge, opposite the first outer edge, of the battery module housing is equal to the sum of a cable guide length of a third cable guide (20a - 20c) beginning at the first connection point and ending at a second outer edge of the battery module housing and of a cable guide length of a fourth cable guide (20d - 20f) beginning at the second connection point and ending at an outer edge, opposite the second outer edge, of the battery module housing.
Use of a therapeutically effective amount of a compound of Formula wherein R 1 represents hydrogen, a halogen or a sulfono group SO 3 M, in which M is a metal ion, and R 2 represents hydrogen, or R 1 is Cl and R 2 is I, or a pharmaceutically acceptable salt thereof for the manufacture of a medicament for use in combination with a proteasome inhibitor for treating a proliferative disorder.
An optical element (1, 100) for use in a camera system for the inspection of wellbore passageways, the element (1, 100) comprising an optical layer (2, 102) having opposing first and second end faces, and the optical layer comprising: - a first optical portion (6, 106, 206) arranged to transmit light into a camera, the first optical portion having opposing front and rear faces (14, 16); - a second optical portion (8, 108, 208) arranged to transmit light emitted from a light source, said second optical portion located adjacent said first optical portion and said second optical portion having opposing front and rear faces (14', 16'), the front faces (14, 14') of the first and second optical portions (6, 8) being co-planar and forming said first end face of the optical layer, and the rear faces (16, 16') of the first and second optical portions (6, 8) being co-planar and forming said second end face of the optical layer; and - barrier means arranged to prevent light being transmitted from said second optical portion into said first optical portion, characterised in that the optical element further comprises a base plate made of titanium attached to said second end face of the optical layer and the first and second optical portions (106, 206, 108, 208) are bonded to the base plate by diffusion bonding. - a first optical portion (6, 106, 206) arranged to transmit light into a camera, the first optical portion having opposing front and rear faces (14, 16); - a second optical portion (8, 108, 208) arranged to transmit light emitted from a light source, said second optical portion located adjacent said first optical portion and said second optical portion having opposing front and rear faces (14', 16'), the front faces (14, 14') of the first and second optical portions (6, 8) being co-planar and forming said first end face of the optical layer, and the rear faces (16, 16') of the first and second optical portions (6, 8) being co-planar and forming said second end face of the optical layer; and - barrier means arranged to prevent light being transmitted from said second optical portion into said first optical portion, characterised in that the optical element further comprises a base plate made of titanium attached to said second end face of the optical layer and the first and second optical portions (106, 206, 108, 208) are bonded to the base plate by diffusion bonding.
A degassing method for an electrode paste, comprising: introducing an electrode paste formed by kneading a solid content that contains an electrode active material and a dispersion medium into a decompressed container, and degassing the electrode paste while a shear force is applied to the electrode paste, wherein a ratio of the solid content in the electrode paste is set to be 55 mass% or more, characterized in that a pressure P in the decompressed container is set to be -50 kPa ≤ P ≤ -20 kPa. introducing an electrode paste formed by kneading a solid content that contains an electrode active material and a dispersion medium into a decompressed container, and degassing the electrode paste while a shear force is applied to the electrode paste, wherein a ratio of the solid content in the electrode paste is set to be 55 mass% or more, characterized in that a pressure P in the decompressed container is set to be -50 kPa ≤ P ≤ -20 kPa.
Battery compartment of an electric or hybrid motor vehicle, comprising a flat base perpendicular to an axis, and along this axis, on one side called the upper side a cover arranged in a parallel plane, forming between them a volume for receiving electrochemical cells, and comprising in this volume internal partitions fixed to the base, which have towards the cover thick parts receiving along the axis in this thickness screws for fixing the compartment passing through holes in the cover, characterized in that the partitions have between their thick parts and the base a connecting part which is thinner, having compared to this thick part a lateral flexibility and a resistance to axial traction which are reduced.
A floating photovoltaic power station, comprising a photovoltaic assembly and a load-bearing system bearing the photovoltaic assembly, wherein the load-bearing system comprises an aisle floating body, providing buoyancy and forming a first operation and maintenance passage, the aisle floating body is provided with a fixing portion for fixedly connecting with a front side of the photovoltaic assembly, and one photovoltaic assembly is only fixedly connected to one aisle floating body located on the front side of the photovoltaic assembly, wherein at least two aisle floating bodies are provided in rows, and two adjacent aisle floating bodies in each row are fixedly connected, and wherein the load-bearing system further comprises a support bracket for fixedly connecting with a rear side of the photovoltaic assembly, one end of the support bracket is fixedly connected with the aisle floating body located on the front side of the photovoltaic assembly, and another end of the support bracket is fixedly connected with the aisle floating body located on the rear side of the photovoltaic assembly, the load-bearing system being characterized in that: the support bracket is configured to span the aisle floating body, and the aisle floating body is provided with an avoidance groove for accommodating the support bracket. wherein the load-bearing system comprises an aisle floating body, providing buoyancy and forming a first operation and maintenance passage, the aisle floating body is provided with a fixing portion for fixedly connecting with a front side of the photovoltaic assembly, and one photovoltaic assembly is only fixedly connected to one aisle floating body located on the front side of the photovoltaic assembly, wherein at least two aisle floating bodies are provided in rows, and two adjacent aisle floating bodies in each row are fixedly connected, and wherein the load-bearing system further comprises a support bracket for fixedly connecting with a rear side of the photovoltaic assembly, one end of the support bracket is fixedly connected with the aisle floating body located on the front side of the photovoltaic assembly, and another end of the support bracket is fixedly connected with the aisle floating body located on the rear side of the photovoltaic assembly, the load-bearing system being characterized in that: the support bracket is configured to span the aisle floating body, and the aisle floating body is provided with an avoidance groove for accommodating the support bracket.
A vehicle having a pick-up device for crop material and a distribution device for distributing a spreading material which is separated from the crop material during travel in the form of a spreading material strip behind the vehicle, wherein the distribution device is controllable to vary the position of the spreading material strip transversely relative to the direction of travel, wherein it has a detection means for detecting the distribution of the crop material over the width of the pick-up device and a control unit is adapted to control the position of the spreading material strip on the basis of the detected distribution, characterised in that the detection means includes a camera directed on to the pick-up device or crop material in front of the pick-up device.
An angioplasty catheter comprising: a catheter body having a proximal end and a distal end and a longitudinal axis; a radially expandable shell near the distal end of the catheter body; an external structure carried over but unattached to the shell, which shares the longitudinal axis of the catheter body and which expands radially and contracts axially when the expandable shell is caused to expand; and an attachment structure having a proximal end and a distal end, wherein the distal end is attached to the external structure, wherein the attachment structure comprises a compliance tube comprising an elastomeric material and having an outer diameter and an inner diameter that extends over and shares the longitudinal axis of the catheter body and is sufficiently sized and compliant to stretch axially to accommodate geometrical changes and reaction forces produced by the axial contraction of the external structure as it is radially expanded by the shell. a catheter body having a proximal end and a distal end and a longitudinal axis; a radially expandable shell near the distal end of the catheter body; an external structure carried over but unattached to the shell, which shares the longitudinal axis of the catheter body and which expands radially and contracts axially when the expandable shell is caused to expand; and an attachment structure having a proximal end and a distal end, wherein the distal end is attached to the external structure, wherein the attachment structure comprises a compliance tube comprising an elastomeric material and having an outer diameter and an inner diameter that extends over and shares the longitudinal axis of the catheter body and is sufficiently sized and compliant to stretch axially to accommodate geometrical changes and reaction forces produced by the axial contraction of the external structure as it is radially expanded by the shell.
A method of forming an animal chew comprising: providing a resin melt flow of a first resin, the first resin comprising rawhide or an edible resin composition comprising starch or gluten; providing a resin melt flow of a second resin, the second resin comprising rawhide or an edible resin composition comprising starch or gluten; joining, via extrusion, the first resin and the second resin to form a product having a selected shape, wherein: either the first resin at least partially covers the second resin, or the second resin at least partially covers the first resin; and either the first resin comprises rawhide and the second resin comprises the edible resin composition comprising starch or gluten, or the first resin comprises the edible resin composition comprising starch or gluten and the second resin comprises rawhide. providing a resin melt flow of a first resin, the first resin comprising rawhide or an edible resin composition comprising starch or gluten; providing a resin melt flow of a second resin, the second resin comprising rawhide or an edible resin composition comprising starch or gluten; joining, via extrusion, the first resin and the second resin to form a product having a selected shape, either the first resin at least partially covers the second resin, or the second resin at least partially covers the first resin; and either the first resin comprises rawhide and the second resin comprises the edible resin composition comprising starch or gluten, or the first resin comprises the edible resin composition comprising starch or gluten and the second resin comprises rawhide.
An extension device (6; 206; 306) for a frame, the extension device (6; 206; 306) comprising: • a guide (70; 370), which is configured to be fixed to an edge of the frame; and • an extension piece (60; 260; 360), which is mounted so as to slide on the guide (70; 370), parallel to a longitudinal direction of the extension device (6; 206; 306), the extension piece (60; 260; 360) comprising a detection end and a drive end, which are opposite to one another in the longitudinal direction, the extension piece (60; 260; 360) able to be positioned relative to the guide (70; 370) so that the drive end and the detection end each projecting simultaneously from the guide (70; 370) in the longitudinal direction, the extension piece (60; 260; 360) being configured so as to bear against a movable part of a fitting (22; 122; 322) belonging to the frame via the drive end, in the longitudinal direction. • a guide (70; 370), which is configured to be fixed to an edge of the frame; and • an extension piece (60; 260; 360), which is mounted so as to slide on the guide (70; 370), parallel to a longitudinal direction of the extension device (6; 206; 306), the extension piece (60; 260; 360) comprising a detection end and a drive end, which are opposite to one another in the longitudinal direction, the extension piece (60; 260; 360) able to be positioned relative to the guide (70; 370) so that the drive end and the detection end each projecting simultaneously from the guide (70; 370) in the longitudinal direction, the extension piece (60; 260; 360) being configured so as to bear against a movable part of a fitting (22; 122; 322) belonging to the frame via the drive end, in the longitudinal direction.