mhurhangee/patent-ind-claim-en huggingface dataset:
A housing for a multi-fiber optic connector comprising: a main body extending between a front end and a rear end and has three sections; the main body has an opening extending between the front end and the rear end ; said three sections are a front section of the main body to receive an elastic member into the opening from the front end, said elastic member is adapted to bias a multi-fiber optic ferrule ; a middle section of the main body to transition optical fibers between the fiber optic ferrule and a fiber optic cable; a rear section of the main body having an outer surface to engage a crimp ring , characterized in that the rear section has a first portion and a second portion , the second portion removably attachable to the first portion and forms a cylindrical outer surface with the first portion. a main body extending between a front end and a rear end and has three sections; the main body has an opening extending between the front end and the rear end ; said three sections are a front section of the main body to receive an elastic member into the opening from the front end, said elastic member is adapted to bias a multi-fiber optic ferrule ; a middle section of the main body to transition optical fibers between the fiber optic ferrule and a fiber optic cable; a rear section of the main body having an outer surface to engage a crimp ring ,
A power semiconductor module in which a semiconductor chip is sealed with resin, wherein said power semiconductor module comprises: a plurality of electrode plates in each of which an external connection terminal portion and a body portion are integrally formed, and the body portions are arranged on the same flat surface; a semiconductor chip mounted on one surface of the body portions of said electrode plates ; and a resin package in which at least a part of the other surfaces of the body portions of said electrode plates is exposed, and the body portions of said electrode plates and said semiconductor chip are sealed with resin characterized in that the exposed surfaces of the body portions of said electrode plates form the same surface as the bottom of said resin package on the exposed surface side except for an outer edge portion of the bottom ; and the outer edge portion of the bottom of said resin package is formed with a resin protrusion portion continuously or intermittently, and base portions of the external connection terminal portions , respectively, pass through the resin protrusion portion . a plurality of electrode plates in each of which an external connection terminal portion and a body portion are integrally formed, and the body portions are arranged on the same flat surface; a semiconductor chip mounted on one surface of the body portions of said electrode plates ; and a resin package in which at least a part of the other surfaces of the body portions of said electrode plates is exposed, and the body portions of said electrode plates and said semiconductor chip are sealed with resin characterized in that the exposed surfaces of the body portions of said electrode plates form the same surface as the bottom of said resin package on the exposed surface side except for an outer edge portion of the bottom ; and the outer edge portion of the bottom of said resin package is formed with a resin protrusion portion continuously or intermittently, and base portions of the external connection terminal portions , respectively, pass through the resin protrusion portion .
An organic light emitting device comprising: a substrate; a first electrode provided on the substrate; a second electrode provided opposite to the first electrode; an organic material layer provided between the first electrode and the second electrode, wherein the first electrode is provided between the substrate and the organic material layer; and an auxiliary electrode of the first electrode, wherein the auxiliary electrode of the first electrode has a laminated structure of an Aluminum (Al) layer having reflectivity of 80% or greater at a wavelength of 550 nm and a Molybdenum (Mo) layer and wherein the Al layer is provided closer to the substrate than the Mo layer; and wherein the Aluminum (Al) layer and the Molybdenum (Mo) layer of the auxiliary electrode of the first electrode are provided between the first electrode and the substrate, wherein a taper angle of the Al layer is greater than 0° and less than or equal to 60° and a ratio of an upper surface line width (a') of the Al layer with respect to a lower surface line width (a) of the Al layer is less than 1, and wherein the upper surface line width is the width of a surface of the Al layer facing the Mo layer, and the lower surface line width is the width of a surface of the Al layer facing the substrate. a substrate; a first electrode provided on the substrate; a second electrode provided opposite to the first electrode; an organic material layer provided between the first electrode and the second electrode, wherein the first electrode is provided between the substrate and the organic material layer; and an auxiliary electrode of the first electrode,
A medical image processing system comprising: a medical image acquisition unit configured to acquire a first medical image obtained by imaging an observation target; an effective diagnosis region detection unit configured to detect an effective diagnosis region in which a non-target region of interest other than a region of interest is removed from the first medical image; wherein the effective diagnosis region detection unit is configured to detect the effective diagnosis region from the first medical image, by using an effective diagnosis region detection model obtained by learning using first learning data including the first medical image and effective diagnosis region information regarding the effective diagnosis region; and characterized in that : the medical image acquisition unit is configured to acquire a second medical image obtained with illumination light having a wavelength band different from that for obtaining the first medical image, and the effective diagnosis region detection unit is configured to set an effective diagnosis region of the second medical image corresponding to the effective diagnosis region of the first medical image; and further comprising: a region-of-interest detection unit configured to detect the region of interest from the effective diagnosis region of the second medical image. a medical image acquisition unit configured to acquire a first medical image obtained by imaging an observation target; an effective diagnosis region detection unit configured to detect an effective diagnosis region in which a non-target region of interest other than a region of interest is removed from the first medical image; wherein the effective diagnosis region detection unit is configured to detect the effective diagnosis region from the first medical image, by using an effective diagnosis region detection model obtained by learning using first learning data including the first medical image and effective diagnosis region information regarding the effective diagnosis region; and characterized in that : the medical image acquisition unit is configured to acquire a second medical image obtained with illumination light having a wavelength band different from that for obtaining the first medical image, and the effective diagnosis region detection unit is configured to set an effective diagnosis region of the second medical image corresponding to the effective diagnosis region of the first medical image; and further comprising: a region-of-interest detection unit configured to detect the region of interest from the effective diagnosis region of the second medical image.
A composition comprising a Neisseria meningitidis Cas9 (NmeCas9) enzyme and a guide RNA (gRNA) sequence, wherein the gRNA lacks a transactivating CRISPR RNA (tracrRNA) sequence.
A filter for e-vaping, comprising: a contained filter material including, one or more portions of a filter material, including at least one sheet of filter material that is crimped to define interstices running through a longitudinal length of the contained filter material , the interstices being configured to allow an airflow to pass through the longitudinal length of the contained filter material , and at least one first consumable substance infused within the filter material , the at least one first consumable substance including at least one of nicotine, at least one first flavorant, a pre-vapor formulation, a sub-combination thereof, or a combination thereof. one or more portions of a filter material, including at least one sheet of filter material that is crimped to define interstices running through a longitudinal length of the contained filter material , the interstices being configured to allow an airflow to pass through the longitudinal length of the contained filter material , and at least one first consumable substance infused within the filter material , the at least one first consumable substance including at least one of nicotine, at least one first flavorant, a pre-vapor formulation, a sub-combination thereof, or a combination thereof.
A method for controlling a video camera which is configured to capture and process image frames prior to encoding, characterized by : determining (S02) whether the video camera is going to encode the image frames as intra-frames or as inter-frames; for image frames which are going to be encoded as inter-frames, controlling (S04) the video camera to capture and process the image frame using first settings prior to encoding; and for image frames which are going to be encoded as intra-frames, controlling (S06) the video camera to capture and process the image frames using second settings prior to encoding, wherein the second settings are modified in relation to the first settings by performing at least one of: increasing a ratio between exposure time and gain of the image frames, decreasing sharpness of the image frames, increasing a strength of at least one of a temporal noise filtering and a spatial noise filtering of the image frames, and increasing a complexity level of at least one of a filtering and a processing algorithm applied to the image frames, wherein the complexity level is indicative of how time or resource demanding the filtering or processing algorithm is. determining (S02) whether the video camera is going to encode the image frames as intra-frames or as inter-frames; for image frames which are going to be encoded as inter-frames, controlling (S04) the video camera to capture and process the image frame using first settings prior to encoding; and for image frames which are going to be encoded as intra-frames, controlling (S06) the video camera to capture and process the image frames using second settings prior to encoding, wherein the second settings are modified in relation to the first settings by performing at least one of: increasing a ratio between exposure time and gain of the image frames, decreasing sharpness of the image frames, increasing a strength of at least one of a temporal noise filtering and a spatial noise filtering of the image frames, and increasing a complexity level of at least one of a filtering and a processing algorithm applied to the image frames, wherein the complexity level is indicative of how time or resource demanding the filtering or processing algorithm is. increasing a ratio between exposure time and gain of the image frames, decreasing sharpness of the image frames, increasing a strength of at least one of a temporal noise filtering and a spatial noise filtering of the image frames, and increasing a complexity level of at least one of a filtering and a processing algorithm applied to the image frames, wherein the complexity level is indicative of how time or resource demanding the filtering or processing algorithm is.
A method executed by a base station (2200, eNB1) to indicate a cell splitting pattern to a neighboring base station (eNB2), the method comprising: deactivating a first cell; activating multiple second cells within a coverage of the first cell; transmitting (S2020, S2120), to the neighboring base station (eNB2), both an identifier of the deactivated first cell and an index for a coverage shape of the deactivated first cell, wherein the index for the coverage shape of the deactivated first cell represents deactivation of the first cell; and transmitting, to the neighboring base station (eNB2), both identifiers of the activated multiple second cells and indices for a coverage shape of the activated multiple second cells, wherein each of the indices for the coverage shape of the activated multiple second cells represents both activation of the second cells and the coverage shape of each of the activated multiple second cells. deactivating a first cell; activating multiple second cells within a coverage of the first cell; transmitting (S2020, S2120), to the neighboring base station (eNB2), both an identifier of the deactivated first cell and an index for a coverage shape of the deactivated first cell, wherein the index for the coverage shape of the deactivated first cell represents deactivation of the first cell; and transmitting, to the neighboring base station (eNB2), both identifiers of the activated multiple second cells and indices for a coverage shape of the activated multiple second cells, wherein each of the indices for the coverage shape of the activated multiple second cells represents both activation of the second cells and the coverage shape of each of the activated multiple second cells.
A blood vessel compression device for a limb comprising: a hollow body having an internal substantially annular surface and a longitudinal base defining a generally tubular space extending in a longitudinal direction, said base being accessible by the generally tubular space ; a compression area located at an external surface of the base ; a compression control mechanism for regulating compression applied by the device, ; a strap for securing the device to the limb and effecting compression thereon, the strap being attached to body at the base and releasably attachable with and adjustable by the compression control mechanism without blocking the tubular space , characterized in that the compression control mechanism is located on the body distal to and opposite the compression area and the base and the device further comprises a support for stabilising the device on the limb, the support being located adjacent the base and extending in a longitudinal direction parallel therewith. a hollow body having an internal substantially annular surface and a longitudinal base defining a generally tubular space extending in a longitudinal direction, said base being accessible by the generally tubular space ; a compression area located at an external surface of the base ; a compression control mechanism for regulating compression applied by the device, ; a strap for securing the device to the limb and effecting compression thereon, the strap being attached to body at the base and releasably attachable with and adjustable by the compression control mechanism without blocking the tubular space , characterized in that the compression control mechanism is located on the body distal to and opposite the compression area and the base and the device further comprises a support for stabilising the device on the limb, the support being located adjacent the base and extending in a longitudinal direction parallel therewith.
An aqueous electrolyte solution suitable for being used in an aqueous lithium ion secondary battery, the aqueous electrolyte solution comprising: water; a lithium ion; at least one imide based anion selected from a TFSI anion and a FSI anion; and a metal cation, wherein the content of the metal cation is no more than 0.01 mol per kilogram of the aqueous electrolyte solution, wherein: pH of the aqueous electrolyte solution is 3 to 12; and either: (i) the metal cation is at least one metal cation selected from a manganese ion, and a hafnium ion, and the content of the metal cation is no less than 0.0001 mol per kilogram of the aqueous electrolyte solution; and/or (ii) the metal cation is at least one selected from a cerium ion, and a neodymium ion, and the content of the metal cation is no less than 0.0008 mol per kilogram of the aqueous electrolyte solution. water; a lithium ion; at least one imide based anion selected from a TFSI anion and a FSI anion; and a metal cation, wherein the content of the metal cation is no more than 0.01 mol per kilogram of the aqueous electrolyte solution, wherein: pH of the aqueous electrolyte solution is 3 to 12; and either: (i) the metal cation is at least one metal cation selected from a manganese ion, and a hafnium ion, and the content of the metal cation is no less than 0.0001 mol per kilogram of the aqueous electrolyte solution; and/or (ii) the metal cation is at least one selected from a cerium ion, and a neodymium ion, and the content of the metal cation is no less than 0.0008 mol per kilogram of the aqueous electrolyte solution. (i) the metal cation is at least one metal cation selected from a manganese ion, and a hafnium ion, and the content of the metal cation is no less than 0.0001 mol per kilogram of the aqueous electrolyte solution; and/or (ii) the metal cation is at least one selected from a cerium ion, and a neodymium ion, and the content of the metal cation is no less than 0.0008 mol per kilogram of the aqueous electrolyte solution.
Cryogenic propellant tank for spacecraft engine, comprising an outer enclosure defining an inner volume, wherein the inner volume of the tank comprises a primary volume (V1) and a secondary volume (V2) connected to the primary volume (V1) by a valve configured to selectively allow the passing of fluid from the primary volume (V1) towards the secondary volume (V2), or to isolate the secondary volume (V2) from the primary volume (V1), the secondary volume (V2) having a supply orifice adapted to be connected to a supply line of a spacecraft engine , and a secondary orifice adapted to be connected to a second pressurization source , characterized in that the primary volume (V1) comprises a primary orifice adapted to be connected to a first pressurization source . wherein the inner volume of the tank comprises a primary volume (V1) and a secondary volume (V2) connected to the primary volume (V1) by a valve configured to selectively allow the passing of fluid from the primary volume (V1) towards the secondary volume (V2), or to isolate the secondary volume (V2) from the primary volume (V1), the secondary volume (V2) having a supply orifice adapted to be connected to a supply line of a spacecraft engine , and a secondary orifice adapted to be connected to a second pressurization source , characterized in that the primary volume (V1) comprises a primary orifice adapted to be connected to a first pressurization source .
An antibody capable of binding to a human Eva1 protein, the antibody comprising: (a) a light chain variable region comprising, as CDRs 1-3, (i) amino acid sequences of SEQ ID NOs: 4 to 6 respectively, or (ii) the amino acid sequences of SEQ ID NOs: 4 to 6 respectively, in each of which no more than one amino acid is substituted, deleted, or inserted, and (b) a heavy chain variable region comprising, as CDRs 1-3, (i) amino acid sequences of SEQ ID NOs: 10 to 12 respectively, or (ii) the amino acid sequences of SEQ ID NOs: 10 to 12 respectively in each of which no more than one amino acid is substituted, deleted, or inserted. (a) a light chain variable region comprising, as CDRs 1-3, (i) amino acid sequences of SEQ ID NOs: 4 to 6 respectively, or (ii) the amino acid sequences of SEQ ID NOs: 4 to 6 respectively, in each of which no more than one amino acid is substituted, deleted, or inserted, and (i) amino acid sequences of SEQ ID NOs: 4 to 6 respectively, or (ii) the amino acid sequences of SEQ ID NOs: 4 to 6 respectively, in each of which no more than one amino acid is substituted, deleted, or inserted, and (b) a heavy chain variable region comprising, as CDRs 1-3, (i) amino acid sequences of SEQ ID NOs: 10 to 12 respectively, or (ii) the amino acid sequences of SEQ ID NOs: 10 to 12 respectively in each of which no more than one amino acid is substituted, deleted, or inserted. (i) amino acid sequences of SEQ ID NOs: 10 to 12 respectively, or (ii) the amino acid sequences of SEQ ID NOs: 10 to 12 respectively in each of which no more than one amino acid is substituted, deleted, or inserted.
Disinfectant cloth, which is activated prior to use by contacting A.) a cloth, impregnated with a chlorite salt or a chlorate salt, preferably sodium chlorite, sodium chlorate, potassium chlorite, potassium chlorate, ammonium chlorite or ammonium chlorate, with B.) a clearly defined amount of an appropriate activating agent, liquid and / or dissolved and / or mixed in a liquid, prepackaged as a single dose, for the production of chlorine dioxide, preferably hydrochloric acid, peroxodisulphuric acid, phosphoric acid or an oxidizing agent; wherein one or more impregnated cloths and the activating liquid are packaged in a common packaging unit, and the activation occurs by opening and / or breaking and / or dissolving a barrier which separates the cloth and / or the cloths and the activating liquid ; characterised in that the packaging is a moulded part with two or more packaging compartments separated from each other by removable barriers which can be converted into a moulded part with only one chamber by simple pressure or pull in one direction. A.) a cloth, impregnated with a chlorite salt or a chlorate salt, preferably sodium chlorite, sodium chlorate, potassium chlorite, potassium chlorate, ammonium chlorite or ammonium chlorate, with B.) a clearly defined amount of an appropriate activating agent, liquid and / or dissolved and / or mixed in a liquid, prepackaged as a single dose, for the production of chlorine dioxide, preferably hydrochloric acid, peroxodisulphuric acid, phosphoric acid or an oxidizing agent; wherein one or more impregnated cloths and the activating liquid are packaged in a common packaging unit, and the activation occurs by opening and / or breaking and / or dissolving a barrier which separates the cloth and / or the cloths and the activating liquid ; characterised in that the packaging is a moulded part with two or more packaging compartments separated from each other by removable barriers which can be converted into a moulded part with only one chamber by simple pressure or pull in one direction.