mhurhangee/ep-ind-claims huggingface dataset:
A load carrying assembly for carrying a load with a rotary wing aircraft, comprising a cargo cable and a load engaging system, the cargo cable comprising: a first end that is attachable to at least one of a hoist or a cargo hook arrangement of the rotary wing aircraft, and a second end; and the load engaging system, comprising: a first attachment that is attached to the second end of the cargo cable, a second attachment that is adapted for receiving a load, a connecting apparatus that connects the first attachment with the second attachment, wherein the connecting apparatus extends between the first and second attachments (230, 235) in a first direction (z), at least two first thrust producing devices (210a, 210b) that are attached to the connecting apparatus and produce thrust in a second direction (x) that is orthogonal to the first direction (z), and at least two second thrust producing devices (220a, 220b) that are attached to the connecting apparatus and produce thrust in a third direction (y) that is orthogonal to the first and the second directions (z, x). the cargo cable comprising: a first end that is attachable to at least one of a hoist or a cargo hook arrangement of the rotary wing aircraft, and a second end; and a first end that is attachable to at least one of a hoist or a cargo hook arrangement of the rotary wing aircraft, and a second end; and the load engaging system, comprising: a first attachment that is attached to the second end of the cargo cable, a second attachment that is adapted for receiving a load, a connecting apparatus that connects the first attachment with the second attachment, wherein the connecting apparatus extends between the first and second attachments (230, 235) in a first direction (z), at least two first thrust producing devices (210a, 210b) that are attached to the connecting apparatus and produce thrust in a second direction (x) that is orthogonal to the first direction (z), and at least two second thrust producing devices (220a, 220b) that are attached to the connecting apparatus and produce thrust in a third direction (y) that is orthogonal to the first and the second directions (z, x). a first attachment that is attached to the second end of the cargo cable, a second attachment that is adapted for receiving a load, a connecting apparatus that connects the first attachment with the second attachment, wherein the connecting apparatus extends between the first and second attachments (230, 235) in a first direction (z), at least two first thrust producing devices (210a, 210b) that are attached to the connecting apparatus and produce thrust in a second direction (x) that is orthogonal to the first direction (z), and at least two second thrust producing devices (220a, 220b) that are attached to the connecting apparatus and produce thrust in a third direction (y) that is orthogonal to the first and the second directions (z, x).
A system for tracking airborne organisms, comprising: an imager comprising at least one imaging device having an image resolution and a field of view; a backlight source configured to be placed in the field of view of the imager; and at least one processor configured to analyze one or more images captured by the imager including at least a portion of the backlight source, the at least one processor being configured to identify a biological property of an organism in the field of view of the imager using at least one datum selected from the group consisting of characteristic frequency, harmonic amplitude, shape, size, airspeed, ground speed, and location. an imager comprising at least one imaging device having an image resolution and a field of view; a backlight source configured to be placed in the field of view of the imager; and at least one processor configured to analyze one or more images captured by the imager including at least a portion of the backlight source, the at least one processor being configured to identify a biological property of an organism in the field of view of the imager using at least one datum selected from the group consisting of characteristic frequency, harmonic amplitude, shape, size, airspeed, ground speed, and location.
A moving robot, comprising: a main body configured to travel in an area a spin mop comprising a first rotary plate and a second rotary plate, wherein a first cleaning cloth is installed at the first rotary plate and a second cleaning cloth is installed at the second rotary plate; a cleaner rotating the first rotary plate and the second rotary plate of the spin mop and configured to move the main body in response to rotation of the spin mop while removing foreign substances from a floor surface; and a controller is configured to set a traveling pattern for the area and a moving path according to the traveling pattern, to determine a traveling state by calculating displacement of the main body deviating from the moving path during traveling, to output a notification in response to occurrence of abnormal traveling by deviating from the moving path, and set re-cleaning to clean a location where the abnormal traveling occurs, characterized in that the controller is configured to, when the abnormal traveling occurs, return to the moving path, perform preset cleaning, move to a location or an area where the abnormal traveling occurred, and perform the re-cleaning. a main body configured to travel in an area a spin mop comprising a first rotary plate and a second rotary plate, wherein a first cleaning cloth is installed at the first rotary plate and a second cleaning cloth is installed at the second rotary plate; a cleaner rotating the first rotary plate and the second rotary plate of the spin mop and configured to move the main body in response to rotation of the spin mop while removing foreign substances from a floor surface; and a controller is configured to set a traveling pattern for the area and a moving path according to the traveling pattern, to determine a traveling state by calculating displacement of the main body deviating from the moving path during traveling, to output a notification in response to occurrence of abnormal traveling by deviating from the moving path, and set re-cleaning to clean a location where the abnormal traveling occurs, characterized in that the controller is configured to, when the abnormal traveling occurs, return to the moving path, perform preset cleaning, move to a location or an area where the abnormal traveling occurred, and perform the re-cleaning.
A wet tissue with water disintegratability, including a multilayer sheet comprising a first sheet and a second sheet: wherein each of the first sheet and second sheet includes hydrophilic fibers and hydrophobic fibers, the multilayer sheet having a plurality of connected sections connecting the first sheet and the second sheet and being disposed across spacings, the spacings between the plurality of connected sections being 0.6 times or above the mean fiber length of the hydrophobic fibers of the hydrophobic fibers of the first sheet and 0.6 times or above the mean fiber length of the hydrophobic fibers of the second sheet, the plurality of connected sections having an area ratio of 0.5 to 12.0% with respect to the multilayer sheet, each of the first sheet and second sheet, which is separated from the multilayer sheet, having a disintegratability of 100 seconds or less in a disintegration test, the multilayer sheet having a bending resistance of 150 mm or less, and the wet tissue having a tensile strength of 1.0N or greater per 25 mm width, wherein each of the first sheet and second sheet includes, as the hydrophobic fibers, heat-fusible fibers consisting of composite fibers that include a low-melting-point component and a high-melting-point component having a higher melting point than the low-melting-point component, wherein each of the connected sections is an embossed section, and in the embossed section, at least some of the low-melting-point component of the hydrophobic fibers of the first sheet is fused with the fibers in the second sheet, and/or at least some of the low-melting-point component of the hydrophobic fibers of the second sheet is fused with the fibers in the first sheet, and wherein each of the first sheet and the second sheet includes the hydrophilic fibers and hydrophobic fibers at a proportion of 82 to 95 mass% and 5 to 18 mass%, respectively, based on total amount thereof. wherein each of the first sheet and second sheet includes hydrophilic fibers and hydrophobic fibers, the multilayer sheet having a plurality of connected sections connecting the first sheet and the second sheet and being disposed across spacings, the spacings between the plurality of connected sections being 0.6 times or above the mean fiber length of the hydrophobic fibers of the hydrophobic fibers of the first sheet and 0.6 times or above the mean fiber length of the hydrophobic fibers of the second sheet, the plurality of connected sections having an area ratio of 0.5 to 12.0% with respect to the multilayer sheet, each of the first sheet and second sheet, which is separated from the multilayer sheet, having a disintegratability of 100 seconds or less in a disintegration test, the multilayer sheet having a bending resistance of 150 mm or less, and the wet tissue having a tensile strength of 1.0N or greater per 25 mm width,
A method for validating a native code module to be executed on a computing device, where the native code module comprises untrusted program code expressed using an instruction set architecture associated with the computing device, comprising: receiving the native code module; and validating that the native code module will execute safely by: determining that a set of instructions in the native code module do not include restricted instructions and/or do not access restricted features of the computing device; and determining that the set of instructions are aligned along byte boundaries such that a specified set of byte boundaries always contain a valid instruction and each control flow instruction of a set of control flow instructions in the native code module has a valid target address; and executing the validated native code module in a secure runtime environment that moderates access to resources on the computing device according to a security policy, the validated native code module executed directly on a processor of the computing device. receiving the native code module; and validating that the native code module will execute safely by: determining that a set of instructions in the native code module do not include restricted instructions and/or do not access restricted features of the computing device; and determining that the set of instructions are aligned along byte boundaries such that a specified set of byte boundaries always contain a valid instruction and each control flow instruction of a set of control flow instructions in the native code module has a valid target address; and executing the validated native code module in a secure runtime environment that moderates access to resources on the computing device according to a security policy, the validated native code module executed directly on a processor of the computing device. determining that a set of instructions in the native code module do not include restricted instructions and/or do not access restricted features of the computing device; and determining that the set of instructions are aligned along byte boundaries such that a specified set of byte boundaries always contain a valid instruction and each control flow instruction of a set of control flow instructions in the native code module has a valid target address; and
A real time imaging method for generating an ultrasound image of an anatomical region having a volume, the method comprising: receiving image data for the anatomical region in the form of a first quantity of ultrasound image data in respect of the anatomical region volume; accessing a 3D model which is a representation of the anatomical region and which defines the spatial extent of anatomy parts of the anatomical region; adapting the 3D model to the image data; and using the adapted 3D model to perform processing of the image data thereby to generate a second, greater, quantity of ultrasound image data in respect of the anatomical region; and displaying volumetric information using the second quantity of ultrasound image data. receiving image data for the anatomical region in the form of a first quantity of ultrasound image data in respect of the anatomical region volume; accessing a 3D model which is a representation of the anatomical region and which defines the spatial extent of anatomy parts of the anatomical region; adapting the 3D model to the image data; and using the adapted 3D model to perform processing of the image data thereby to generate a second, greater, quantity of ultrasound image data in respect of the anatomical region; and displaying volumetric information using the second quantity of ultrasound image data.
A method for decoding an image by a decoding apparatus, the method comprising: deriving an intra prediction mode of a current block; configuring reference samples with samples neighboring to an upper end and samples neighboring to a left side of the current block; generating a prediction block of the current block by intra prediction using the reference samples and the derived intra prediction mode; and selectively filtering samples adjacent to an upper boundary (S2503; 52703) and/or a left boundary (S2505; 52705) of the current block among prediction samples based on the derived intra prediction mode and a width or a height of the current block, characterized by when the current block is a non-square rectangular block, whether to filter the samples adjacent to the upper boundary of the current block is determined by considering a condition depending only on the width among the width and the height of the current block and on the derived intra prediction mode, and whether to filter the samples adjacent to the left boundary of the current block is determined by considering a condition depending only on the height among the width and the height of the current block and on the derived intra prediction mode. deriving an intra prediction mode of a current block; configuring reference samples with samples neighboring to an upper end and samples neighboring to a left side of the current block; generating a prediction block of the current block by intra prediction using the reference samples and the derived intra prediction mode; and selectively filtering samples adjacent to an upper boundary (S2503; 52703) and/or a left boundary (S2505; 52705) of the current block among prediction samples based on the derived intra prediction mode and a width or a height of the current block, characterized by when the current block is a non-square rectangular block, whether to filter the samples adjacent to the upper boundary of the current block is determined by considering a condition depending only on the width among the width and the height of the current block and on the derived intra prediction mode, and whether to filter the samples adjacent to the left boundary of the current block is determined by considering a condition depending only on the height among the width and the height of the current block and on the derived intra prediction mode.
An antibody drug conjugate, comprising an antibody or antigen binding fragment thereof that binds specifically to a 161P2F10B protein comprising the amino acid sequence of SEQ ID NO: 2, wherein the antibody or fragment thereof comprises the amino acid sequence of the V H region of SEQ ID NO: 7, from residue 20 to 142, and the amino acid sequence of the V L region of SEQ ID NO: 8, from residue 20 to 127 and wherein said antibody or fragment thereof is conjugated to monomethyl auristatin F (MMAF) using a linker.
A movable contact assembly for use in an electrical switching apparatus that comprises a stationary contact assembly and the movable contact assembly, the stationary contact assembly comprising a number of stationary contacts, wherein the movable contact assembly comprises a number of movable contacts, a number of contact arms, a number of biasing elements, and a carrier housing, the number of movable contacts being disposed on the number of contact arms, the number of contact arms being disposed on the carrier housing, the movable contact assembly being movable between a first operational condition in which the number of stationary contacts and the number of movable contacts are electrically connected and a second operational condition in which the number of stationary contacts and the number of movable contacts are electrically disconnected, wherein in the first operational condition the number of biasing elements bias the number of contact arms away from the carrier housing and toward the number of stationary contacts, characterized in that the movable contact assembly further comprises a shield apparatus comprising a plate-like shield member movable with respect to the carrier housing and structured to protect the number of biasing elements from damage due to an arc event.
An electrostatic charge image developer comprising: a toner containing a toner particle and an external additive; and a carrier containing a magnetic particle which is a particle of a magnetic oxide wherein the particle of a magnetic oxide is selected from ferrite and magnetite, and a resin layer covering the magnetic particle and the resin layer has an average thickness of 0.6 μm or more and 1.4 μm or less as determined in accordance with the description, wherein the toner particle has a surface property index value of 2.0 or more and 2.8 or less and is measured in accordance with the description; and the toner contains a binder resin and the binder resin is a polyester resin including a crystalline polyester resin in combination with an amorphous polyester resin and the crystalline polyester resin is used in a range in which a content thereof is 2 mass% or more and 40 mass% or less with respect to a total amount of the binder resin; the carrier has a surface having a ratio B/A of a surface area B to a planar view area A of 1.020 or more and 1.100 or less, the planar view area A and the surface area B being obtained by three-dimensional analysis of the surface of the carrier and in accordance with the description; the resin layer contains an acrylic resin having an alicyclic and the resin layer contains silica particles, and has a silicon element concentration of more than 2 atomic% and less than 20 atomic% at the surface of the carrier, the silicon element concentration being determined by X-ray photoelectron spectroscopy and in accordance with the description. a toner containing a toner particle and an external additive; and a carrier containing a magnetic particle which is a particle of a magnetic oxide wherein the particle of a magnetic oxide is selected from ferrite and magnetite, and a resin layer covering the magnetic particle and the resin layer has an average thickness of 0.6 μm or more and 1.4 μm or less as determined in accordance with the description, wherein the toner particle has a surface property index value of 2.0 or more and 2.8 or less and is measured in accordance with the description; and the toner contains a binder resin and the binder resin is a polyester resin including a crystalline polyester resin in combination with an amorphous polyester resin and the crystalline polyester resin is used in a range in which a content thereof is 2 mass% or more and 40 mass% or less with respect to a total amount of the binder resin; the carrier has a surface having a ratio B/A of a surface area B to a planar view area A of 1.020 or more and 1.100 or less, the planar view area A and the surface area B being obtained by three-dimensional analysis of the surface of the carrier and in accordance with the description; the resin layer contains an acrylic resin having an alicyclic and the resin layer contains silica particles, and has a silicon element concentration of more than 2 atomic% and less than 20 atomic% at the surface of the carrier, the silicon element concentration being determined by X-ray photoelectron spectroscopy and in accordance with the description.
A vacuum cleaner includes a head assembly, wherein the head assembly includes a fan cover and an electric motor mount that are fastening and hermetically connected to each other, and the electric motor mount includes a side wall and a bottom wall; a filter assembly, wherein the filter assembly and the electric motor mount are disposed on a same side of the fan cover, and the filter assembly is disposed at the outer periphery of the side wall and the bottom wall; characterized in that a hermetic gap is defined between the free end of the filter assembly and the head assembly, and a second hermetic member is disposed in the hermetic gap; wherein a spiral fitting structure is disposed between the free end of the filter assembly and the head assembly, and is screwed to tighten and narrow the hermetic gap. a head assembly, wherein the head assembly includes a fan cover and an electric motor mount that are fastening and hermetically connected to each other, and the electric motor mount includes a side wall and a bottom wall; a filter assembly, wherein the filter assembly and the electric motor mount are disposed on a same side of the fan cover, and the filter assembly is disposed at the outer periphery of the side wall and the bottom wall;
Hydraulic two-circuit system, which serves for the actuation of hydraulic consumers (12, 14) and which comprises a first hydraulic circuit and a second hydraulic circuit and an interconnection valve, wherein each hydraulic circuit (1, 2) includes a variable-displacement pump (8, 10) by means of which hydraulic consumers (12, 14) assigned to said circuit (1, 2) can be supplied with pressure medium, wherein the two hydraulic circuits (1, 2) are connectable to one another by means of the interconnection valve such that the variable-displacement pump (8, 10) of one hydraulic circuit (1, 2) adds pressure medium into the other hydraulic circuit (2, 1), and wherein, by means of a deactivation device, the pressure medium demand in the two circuits (1, 2) can be detected and the interconnection valve can be deactivated if the pressure medium demand in one hydraulic circuit (1, 2) is lower than the maximum pump delivery flow and higher than a switchover pressure medium demand, characterized in that the interconnection valve has a valve slide which has two control surfaces (46, 48) acting in one direction, of which one can be acted on by the highest load pressure in the first hydraulic circuit (1, 2) and the other can be acted on by the pump pressure in the second circuit (2, 1), and has two control surfaces (50, 52) acting in the other direction, of which one can be acted on by the highest load pressure in the second circuit (2, 1) and the other can be acted on by the pump pressure in the first hydraulic circuit (1, 2), and in that the deactivation device has a deactivation valve by means of which, for the purposes of deactivation, in each case one of the two control surfaces (46, 48; 50, 52) acting in one direction and acted on by the pump pressure in the first and the load pressure in the second hydraulic circuit (1, 2) can be acted on with the load pressure or the pump pressure respectively in the respective other hydraulic circuit (2, 1), such that the resultant control pressure difference is equal to zero.