mhurhangee/patent-ind-claim-en huggingface dataset:
A method of forming a wire portion of a liquid crystal chromic device, the method comprising: a) preparing the liquid crystal chromic device including a substrate , a transparent electrode formed on the substrate , an alignment film formed on the transparent electrode , and a liquid crystal alignment film formed on the alignment film , wherein the alignment film includes at least one photoalignment compound selected from a monomolecular compound, a monomeric compound, an oligomeric compound, and a polymeric compound; b) forming two or more etching lines such that they have valley regions and are spaced by a constant interval by irradiating a laser light onto the alignment film or onto the liquid crystal alignment film when the liquid crystal alignment film is present at the etching lines to be formed, such that the etching lines penetrate the alignment film and the liquid crystal alignment film when the liquid crystal alignment film is present at the etching lines, so that at least a part of the transparent electrode is etched; and c) applying a conductive paste to a valley region of each of the etching lines, such as to restore the electrical conductivity of the damaged transparent electrode in the etching line region, wherein the liquid crystal alignment film includes a reactive mesogen. a) preparing the liquid crystal chromic device including a substrate , a transparent electrode formed on the substrate , an alignment film formed on the transparent electrode , and a liquid crystal alignment film formed on the alignment film , wherein the alignment film includes at least one photoalignment compound selected from a monomolecular compound, a monomeric compound, an oligomeric compound, and a polymeric compound; b) forming two or more etching lines such that they have valley regions and are spaced by a constant interval by irradiating a laser light onto the alignment film or onto the liquid crystal alignment film when the liquid crystal alignment film is present at the etching lines to be formed, such that the etching lines penetrate the alignment film and the liquid crystal alignment film when the liquid crystal alignment film is present at the etching lines, so that at least a part of the transparent electrode is etched; and c) applying a conductive paste to a valley region of each of the etching lines, such as to restore the electrical conductivity of the damaged transparent electrode in the etching line region,
An antibody or antigen-binding fragment thereof capable of binding to a FZD10 protein or a partial peptide thereof, which comprises both of a heavy chain variable region comprising CDR1 comprising the amino acid sequence of SEQ ID NO: 1, CDR2 comprising the amino acid sequence of SEQ ID NO: 2, and CDR3 comprising the amino acid sequence of SEQ ID NO: 3; and a light chain variable region comprising CDR1 comprising the amino acid sequence of SEQ ID NO: 4, CDR2 comprising the amino acid sequence of SEQ ID NO: 5, and CDR3 comprising the amino acid sequence of SEQ ID NO: 6. a heavy chain variable region comprising CDR1 comprising the amino acid sequence of SEQ ID NO: 1, CDR2 comprising the amino acid sequence of SEQ ID NO: 2, and CDR3 comprising the amino acid sequence of SEQ ID NO: 3; and CDR1 comprising the amino acid sequence of SEQ ID NO: 1, CDR2 comprising the amino acid sequence of SEQ ID NO: 2, and CDR3 comprising the amino acid sequence of SEQ ID NO: 3; and a light chain variable region comprising CDR1 comprising the amino acid sequence of SEQ ID NO: 4, CDR2 comprising the amino acid sequence of SEQ ID NO: 5, and CDR3 comprising the amino acid sequence of SEQ ID NO: 6. CDR1 comprising the amino acid sequence of SEQ ID NO: 4, CDR2 comprising the amino acid sequence of SEQ ID NO: 5, and CDR3 comprising the amino acid sequence of SEQ ID NO: 6.
A method for the chromatographic purification and/or separation of protein glycoforms by contacting the sample comprising the protein glycoforms with a separation material comprising of a base matrix to the surfaces of which polymer chains are covalently bonded, characterised in that the polymer chains comprise end groups -N(Y)-R3 with Y being independently from each other H or CH 3 , and R3 being -CHCOOMR4 with R4 being C1 to C4 alkyl or C1 to C4 perfluoroalkyl and M being H, Na, K, or NH 4 . the polymer chains comprise end groups -N(Y)-R3 with Y being independently from each other H or CH 3 , and R3 being -CHCOOMR4 with R4 being C1 to C4 alkyl or C1 to C4 perfluoroalkyl and M being H, Na, K, or NH 4 .
A control device for a clock movement, comprising: - a crown tube mounted on a middle part , - a control crown mounted so as to be movable in rotation on the crown tube using mounting means , - a control stem mounted so as to be movable in rotation through the crown tube , with said stem cinematically linking the control crown with the movement, and - adjustment means for automatically adjusting the length of the sub-assembly consisting of the control crown and the control stem , with the adjusting means comprising: - a housing provided in the control crown , wherein an axial portion of the crown tube is engaged, - an end portion of the control stem , of the cylindrical portion type, movable in translation in the crown tube , - and a spring positioned in the housing between the end portion and a support located within said housing so as to axially constrain the control stem towards the movement, characterized in that the mounting means is adapted to rigidly hold the control crown in a unique axial position relative to the crown tube . - a crown tube mounted on a middle part , - a control crown mounted so as to be movable in rotation on the crown tube using mounting means , - a control stem mounted so as to be movable in rotation through the crown tube , with said stem cinematically linking the control crown with the movement, and - adjustment means for automatically adjusting the length of the sub-assembly consisting of the control crown and the control stem , - a housing provided in the control crown , wherein an axial portion of the crown tube is engaged, - an end portion of the control stem , of the cylindrical portion type, movable in translation in the crown tube , - and a spring positioned in the housing between the end portion and a support located within said housing so as to axially constrain the control stem towards the movement, characterized in that the mounting means is adapted to rigidly hold the control crown in a unique axial position relative to the crown tube .
A spun-bonded nonwoven fabric composed of polyolefin fibers, wherein a surface of the nonwoven fabric has an average pore diameter of 0.1 to 25 μm, and a maximum pore diameter of 50 μm or less, both measured in according with JIS K 3832 and the nonwoven fabric has water pressure resistance per unit basis weight of 7 mm H 2 O/(g/m 2 ) or more measured in according with JIS L1092:2009, wherein the fiber constituting the nonwoven fabric has an average single fiber diameter of 6.5 to 11.9 μm and a CV value of a single fiber diameter of 0.1% to 7.0% both measured as described in the specification; and wherein the fiber constituting the nonwoven fabric has an MFR of 155 to 850 g/10 min, in which the MFR is measured in accordance with ASTM D-1238 respectively under the conditions of a load of 2,160 g and a temperature of 230°C. wherein the fiber constituting the nonwoven fabric has an average single fiber diameter of 6.5 to 11.9 μm and a CV value of a single fiber diameter of 0.1% to 7.0% both measured as described in the specification; and wherein the fiber constituting the nonwoven fabric has an MFR of 155 to 850 g/10 min, in which the MFR is measured in accordance with ASTM D-1238 respectively under the conditions of a load of 2,160 g and a temperature of 230°C.
Device for heating a pipe, in particular for heating and bending or a plastic pipe, having - an inner electrode and - an outer electrode and the outer electrode and/or the inner electrode are connected to a voltage source , the inner electrode and the outer electrode being arranged in such a way that a pipe wall can be inserted between the inner electrode and the outer electrode, and the inner electrode being arranged concentrically to the outer electrode characterized in that the inner electrode runs through the entire length of the outer electrode . - an inner electrode and - an outer electrode
An engine assembly comprising: a crankcase comprising a crankcase chamber formed at least partially within a crankcase inner surface ; a crankshaft rotatably mounted in the crankcase chamber , wherein during rotation the crankshaft is configured to drive a crankcase fluid flow in the crankcase chamber ; a lubrication system comprising a lubricant drain for a drain fluid flow therethrough, the lubricant drain extending through the crankcase to a drain aperture at the crankcase chamber ; and a fluid guide arrangement mounted to the crankcase , extending into the crankcase chamber from the crankcase inner surface and located adjacent the drain aperture , the fluid guide arrangement being configured for guiding crankcase fluid flow away from the drain aperture and/or for reducing the pressure of the crankcase fluid flow past the drain aperture , such that drain fluid flows from the lubricant drain ; wherein the fluid guide arrangement comprises a first fluid guide wall mounted to the crankcase in the crankcase chamber and located at least partially over and/or extending upstream from the drain aperture , wherein the first fluid guide wall comprises a first wall surface which is concave; and wherein the first fluid guide wall extends from a first wall proximal end adjacent the drain aperture to a first wall distal end and the separation between the first fluid guide wall and crankshaft increases from the first wall proximal end to the first wall distal end or increases from the first wall distal end to the first wall proximal end . a crankcase comprising a crankcase chamber formed at least partially within a crankcase inner surface ; a crankshaft rotatably mounted in the crankcase chamber , wherein during rotation the crankshaft is configured to drive a crankcase fluid flow in the crankcase chamber ; a lubrication system comprising a lubricant drain for a drain fluid flow therethrough, the lubricant drain extending through the crankcase to a drain aperture at the crankcase chamber ; and a fluid guide arrangement mounted to the crankcase , extending into the crankcase chamber from the crankcase inner surface and located adjacent the drain aperture , the fluid guide arrangement being configured for guiding crankcase fluid flow away from the drain aperture and/or for reducing the pressure of the crankcase fluid flow past the drain aperture , such that drain fluid flows from the lubricant drain ; wherein the fluid guide arrangement comprises a first fluid guide wall mounted to the crankcase in the crankcase chamber and located at least partially over and/or extending upstream from the drain aperture , wherein the first fluid guide wall comprises a first wall surface which is concave; and wherein the first fluid guide wall extends from a first wall proximal end adjacent the drain aperture to a first wall distal end and the separation between the first fluid guide wall and crankshaft increases from the first wall proximal end to the first wall distal end or increases from the first wall distal end to the first wall proximal end .
An information processing apparatus comprising: a detection unit configured to detect an abnormal region inside a body from a captured image in which the inside of the body is imaged; and an output unit configured to count the number of the abnormal regions detected by the detection unit , generate output information including information indicating the number of the abnormal regions , and output the generated output information, characterized in that the output unit is configured to output the generated output information in such a manner that for each of the abnormal regions the information indicating the number of the abnormal regions is superimposed on the captured image at a position at which a distance is equal to or less than a predetermined value from the respective abnormal region . a detection unit configured to detect an abnormal region inside a body from a captured image in which the inside of the body is imaged; and an output unit configured to count the number of the abnormal regions detected by the detection unit , generate output information including information indicating the number of the abnormal regions , and output the generated output information, characterized in that the output unit is configured to output the generated output information in such a manner that for each of the abnormal regions the information indicating the number of the abnormal regions is superimposed on the captured image at a position at which a distance is equal to or less than a predetermined value from the respective abnormal region .
Planar photodiode , comprising: o a main layer having a first face and a second face that are opposite one another and parallel to a main plane, made of a first crystalline semiconductor material based on germanium, comprising a detection portion formed of: • an n-doped first region flush with the first face , intended to be electrically biased; • a p-doped second region flush with the second face ; • an intermediate region , located between the doped first region and the doped second region and surrounding the doped first region in the main plane; o a peripheral lateral portion , made of a p-doped second semiconductor material, surrounding the detection portion in the main plane, and coming into contact with the doped second region , and intended to be electrically biased; o characterized in that it comprises: o a peripheral intermediate portion , made of an alternation of monocrystalline thin layers of silicon-germanium (27.1) and germanium (27.2), located in contact with the detection portion on the first face , and extending between and at a non-zero distance from the doped first region and from the peripheral lateral portion so as to surround the doped first region in the main plane. o a main layer having a first face and a second face that are opposite one another and parallel to a main plane, made of a first crystalline semiconductor material based on germanium, comprising a detection portion formed of: • an n-doped first region flush with the first face , intended to be electrically biased; • a p-doped second region flush with the second face ; • an intermediate region , located between the doped first region and the doped second region and surrounding the doped first region in the main plane; • an n-doped first region flush with the first face , intended to be electrically biased; • a p-doped second region flush with the second face ; • an intermediate region , located between the doped first region and the doped second region and surrounding the doped first region in the main plane; o a peripheral lateral portion , made of a p-doped second semiconductor material, surrounding the detection portion in the main plane, and coming into contact with the doped second region , and intended to be electrically biased; o characterized in that it comprises: o a peripheral intermediate portion , made of an alternation of monocrystalline thin layers of silicon-germanium (27.1) and germanium (27.2), located in contact with the detection portion on the first face , and extending between and at a non-zero distance from the doped first region and from the peripheral lateral portion so as to surround the doped first region in the main plane. o a peripheral intermediate portion , made of an alternation of monocrystalline thin layers of silicon-germanium (27.1) and germanium (27.2), located in contact with the detection portion on the first face , and extending between and at a non-zero distance from the doped first region and from the peripheral lateral portion so as to surround the doped first region in the main plane.
A method comprising: at an electronic greeting system of a smart home environment having one or more processors and memory : detecting a visitor of the smart home environment ; obtaining context information from the smart home environment regarding the visitor ; based on the context information, identifying a plurality of appropriate actions available to a user of a client device for interacting with the visitor via the electronic greeting system, wherein identifying the plurality of appropriate actions available to the user includes selecting N appropriate actions from a superset of P appropriate actions, where N and P are integers and P is greater than N, and identifying the selected appropriate actions as the plurality of appropriate actions ; causing the identified actions to be presented to the user of the client device ; receiving a selection of an identified action from the user of the client device ; and causing the action to be performed. detecting a visitor of the smart home environment ; obtaining context information from the smart home environment regarding the visitor ; based on the context information, identifying a plurality of appropriate actions available to a user of a client device for interacting with the visitor via the electronic greeting system, wherein identifying the plurality of appropriate actions available to the user includes selecting N appropriate actions from a superset of P appropriate actions, where N and P are integers and P is greater than N, and identifying the selected appropriate actions as the plurality of appropriate actions ; causing the identified actions to be presented to the user of the client device ; receiving a selection of an identified action from the user of the client device ; and causing the action to be performed.
A suspended load calculation device comprising: a detection unit configured to detect information for specifying a load suspended by a crane ; a calculation unit configured to calculate the suspended load based on a value detected by the detection unit; an acquisition unit configured to acquire a boom length; a storage unit configured to store a correction value table, in which a correction value is registered for each boom length; and a correction value acquisition unit configured to calculate a correction value corresponding to the boom length acquired by the acquisition unit , wherein the calculation unit is configured to correct the suspended load by the correction value corresponding to the boom length acquired by the acquisition unit , and wherein in a case where a correction value table corresponding to the boom length acquired by the acquisition unit is not stored in the storage unit , the correction value acquisition unit is configured to calculate, by performing linear interpolation processing, the correction value corresponding to the boom length acquired by the acquisition unit based on correction values registered in the existing correction value tables. a detection unit configured to detect information for specifying a load suspended by a crane ; a calculation unit configured to calculate the suspended load based on a value detected by the detection unit; an acquisition unit configured to acquire a boom length; a storage unit configured to store a correction value table, in which a correction value is registered for each boom length; and a correction value acquisition unit configured to calculate a correction value corresponding to the boom length acquired by the acquisition unit , wherein the calculation unit is configured to correct the suspended load by the correction value corresponding to the boom length acquired by the acquisition unit , and wherein in a case where a correction value table corresponding to the boom length acquired by the acquisition unit is not stored in the storage unit , the correction value acquisition unit is configured to calculate, by performing linear interpolation processing, the correction value corresponding to the boom length acquired by the acquisition unit based on correction values registered in the existing correction value tables.
Paliperidone controlled release tablet in the form of a multi-layered tablet comprising: a) a matrix core comprising Paliperidone, a hydrophilic swelling polymer and a hydrophobic methacrylic acid copolymer containing low level of quaternary ammonium groups; b) an insoluble coating layer comprising a methacrylic acid copolymer containing high level of quaternary ammonium groups and Paliperidone; c) an enteric coating layer comprising an anionic pH dependent polymer. a) a matrix core comprising Paliperidone, a hydrophilic swelling polymer and a hydrophobic methacrylic acid copolymer containing low level of quaternary ammonium groups; b) an insoluble coating layer comprising a methacrylic acid copolymer containing high level of quaternary ammonium groups and Paliperidone; c) an enteric coating layer comprising an anionic pH dependent polymer.
Method for supplementing a digital map of a traffic route network stored on a central computer and for making it possible to assess potential wear of the traffic route network, wherein respective weight data relating to a respective current vehicle weight of various vehicles are determined, wherein the determined respective weight data and respective position data relating to a respective current vehicle position of the respective vehicle and time data relating to a respective current time specification are transmitted to the central computer , wherein the transmitted respective weight data are assigned to a respective location in the traffic route network in the digital map on the basis of the transmitted respective position data, and wherein the weight data assigned to the respective location in the digital map are stored and/or displayed in a manner assigned to the respective location, and wherein weight data relating to the respective vehicle weight of a plurality of vehicles , which are assigned to a particular location in the traffic route network in the digital map , are combined, wherein the weight data are combined by adding them, and wherein the weight data are determined in that vehicle from whose vehicle weight the weight data are determined, and wherein the weight data and the position data and the time data are transmitted from the vehicle to the central computer. wherein the determined respective weight data and respective position data relating to a respective current vehicle position of the respective vehicle and time data relating to a respective current time specification are transmitted to the central computer , wherein the transmitted respective weight data are assigned to a respective location in the traffic route network in the digital map on the basis of the transmitted respective position data, and wherein the weight data assigned to the respective location in the digital map are stored and/or displayed in a manner assigned to the respective location, and wherein weight data relating to the respective vehicle weight of a plurality of vehicles , which are assigned to a particular location in the traffic route network in the digital map , are combined, wherein the weight data are combined by adding them, and wherein the weight data are determined in that vehicle from whose vehicle weight the weight data are determined, and wherein the weight data and the position data and the time data are transmitted from the vehicle to the central computer.