mhurhangee/ep-ind-claims huggingface dataset:
A position and orientation measuring method, comprising the steps of: inputting a measured inclination value of an inclination sensor mounted to an image capturing device; inputting a captured image from the image capturing device; detecting a plurality of indices from the captured image; determining whether the plurality of indices detected by the detecting step are on the same plane perpendicular to a predetermined axis in the world co-ordinate system; selecting a position and orientation calculating procedure from among two position and orientation calculation procedures, based on a result of the determination; and calculating a position and an orientation of the image capturing device to which the inclination sensor is mounted on the basis of the measured inclination value, the image coordinates of the detected indices, and known positional information on the detected indices, based on the selected position and orientation calculating procedure, wherein the calculating step calculates the position and orientation under constraint condition where the detected indices are on the same plane perpendicular to a predetermined axis in the world co-ordinate system; and wherein the calculating step solves simultaneous equations obtained by establishing a linear equation for each of the detected indices. inputting a measured inclination value of an inclination sensor mounted to an image capturing device; inputting a captured image from the image capturing device; detecting a plurality of indices from the captured image; determining whether the plurality of indices detected by the detecting step are on the same plane perpendicular to a predetermined axis in the world co-ordinate system; selecting a position and orientation calculating procedure from among two position and orientation calculation procedures, based on a result of the determination; and calculating a position and an orientation of the image capturing device to which the inclination sensor is mounted on the basis of the measured inclination value, the image coordinates of the detected indices, and known positional information on the detected indices, based on the selected position and orientation calculating procedure, wherein the calculating step calculates the position and orientation under constraint condition where the detected indices are on the same plane perpendicular to a predetermined axis in the world co-ordinate system; and wherein the calculating step solves simultaneous equations obtained by establishing a linear equation for each of the detected indices.
An electrolyte for electrodepositing metals comprising an imidazolium compound, a metal salt, and water, wherein the imidazolium compound has formula: wherein R 1, R 2, R 3, R 4, and R 5 are each independently selected from the group consisting of an H atom and an organic radical, and L - is a compatible anion, and wherein the molar ratio of imidazolium compound to metal salt is from 0.1:4 to 200:1, characterized in that the water is present in the electrolyte in an amount from 6M to 40M. wherein R 1, R 2, R 3, R 4, and R 5 are each independently selected from the group consisting of an H atom and an organic radical, and L - is a compatible anion, and wherein the molar ratio of imidazolium compound to metal salt is from 0.1:4 to 200:1, characterized in that the water is present in the electrolyte in an amount from 6M to 40M.
A cleaning solution comprising one or more solvents selected from the group consisting of acetoacetates, alcohols, glycol ethers, glycol esters, terpenes, and water; wherein a) the cleaning solution is free of surfactants; b) the relative evaporation time of the solvents is less than or equal to 60 seconds; c) the ratio of RET of the solvents to the radius of the sphere of solubility of the resin of the ink or coating to be removed is less than or equal to 6; wherein the one or more acetoacetates are present in the cleaning solution and is/are present in an amount of 10 wt% to 35 wt% based on the total weight of the cleaning solution; and wherein the cleaning solution removes residual inks and coatings from a surface. a) the cleaning solution is free of surfactants; b) the relative evaporation time of the solvents is less than or equal to 60 seconds; c) the ratio of RET of the solvents to the radius of the sphere of solubility of the resin of the ink or coating to be removed is less than or equal to 6;
An extrusion die comprising: a storage part for holding a raw material; a pressure part for moving the raw material in the storage part at a predetermined pressure; a first die provided so that the flow width of the raw material passing through the storage part becomes narrower; a second die provided so that the flow width of the raw material passing through the first die becomes wider and the flow thickness becomes smaller, along the flow direction of the raw material; and a heating part for heating the raw material passing through the second die, characterized in that the heating part is provided such that the start portion and the end portion of the heating zone are each formed in a curved line shape. a storage part for holding a raw material; a pressure part for moving the raw material in the storage part at a predetermined pressure; a first die provided so that the flow width of the raw material passing through the storage part becomes narrower; a second die provided so that the flow width of the raw material passing through the first die becomes wider and the flow thickness becomes smaller, along the flow direction of the raw material; and a heating part for heating the raw material passing through the second die, characterized in that the heating part is provided such that the start portion and the end portion of the heating zone are each formed in a curved line shape.
A method for preparing a non-infectious antigenic composition capable of producing neutralizing HIV-1 antibodies comprising: obtaining infectious HIV-1 virus particles from human CD4+ cell-culture grown in serum-free media comprising insulin, transferrin, selenium and human IL-2; contacting said infectious HIV-1 virus particles with agents that selectively remove from said particle viral RNA and viral capsid protein while retaining viral envelope protein in a non-denatured conformation, wherein said agents comprise cyclodextrin and do not chemically fix or cross-link said envelope protein; and isolating protein from said contacted infectious HIV-1 virus particles wherein said isolated protein comprises non-infectious complexes comprising a trimeric envelope glycoprotein subunit, said subunit comprising HIV-1 envelope, gp120, and gp41 proteins that are not chemically fixed or cross-linked and substantially free of HIV-1 capsid protein, reverse transcriptase and RNA, optionally wherein said infectious HIV-1 virus particles are Fiebig I/II isolates or founder virus. obtaining infectious HIV-1 virus particles from human CD4+ cell-culture grown in serum-free media comprising insulin, transferrin, selenium and human IL-2; contacting said infectious HIV-1 virus particles with agents that selectively remove from said particle viral RNA and viral capsid protein while retaining viral envelope protein in a non-denatured conformation, wherein said agents comprise cyclodextrin and do not chemically fix or cross-link said envelope protein; and isolating protein from said contacted infectious HIV-1 virus particles wherein said isolated protein comprises non-infectious complexes comprising a trimeric envelope glycoprotein subunit, said subunit comprising HIV-1 envelope, gp120, and gp41 proteins that are not chemically fixed or cross-linked and substantially free of HIV-1 capsid protein, reverse transcriptase and RNA, optionally wherein said infectious HIV-1 virus particles are Fiebig I/II isolates or founder virus.
Electrical circuit for the operation of a transceiver unit, wherein the circuit comprises: - a first resonant circuit (SK 1) for generating a transmission signal, - a second resonant circuit (SK 2) comprising a transceiver unit and - a switching unit (S 1, S 2), characterized in that the switching unit (S 1, S 2) is designed to couple the first resonant circuit (SK 1) and the second resonant circuit (SK 2) to one another when a state variable of the first resonant circuit (SK 1) has exceeded a predefined threshold value. - a first resonant circuit (SK 1) for generating a transmission signal, - a second resonant circuit (SK 2) comprising a transceiver unit and - a switching unit (S 1, S 2), characterized in that the switching unit (S 1, S 2) is designed to couple the first resonant circuit (SK 1) and the second resonant circuit (SK 2) to one another when a state variable of the first resonant circuit (SK 1) has exceeded a predefined threshold value.
A method for determining an automatic parking strategy, comprising: determining, according to an automatic parking strategy, a target parking action corresponding to a current parking stage, wherein the current parking stage is one of a plurality of parking stages comprised in a parking process of a vehicle, the automatic parking strategy is determining, as the target parking action, the parking action with the highest value in the plurality of parking actions corresponding to the current parking stage; performing the target parking action; obtaining feedback information, wherein the feedback information is used to indicate whether a result of performing the target parking action reaches a predetermined objective, and the predetermined objective is a predetermined position of the vehicle relative to a target parking spot, and/or the predetermined objective is a status of the vehicle in the parking process; and updating the automatic parking strategy based on the feedback information, where when the feedback information is θ t and θ t -1, and | θ t | < |θ t-1 |, increasing the value of the target parking action based on θ t and θ t -1, wherein θ t and θ t -1 are the included angles at the two adjacent moments, | θ t | ≠ 0, and the value of the target parking action is directly proportional to θ t − 1 θ t. determining, according to an automatic parking strategy, a target parking action corresponding to a current parking stage, wherein the current parking stage is one of a plurality of parking stages comprised in a parking process of a vehicle, the automatic parking strategy is determining, as the target parking action, the parking action with the highest value in the plurality of parking actions corresponding to the current parking stage; performing the target parking action; obtaining feedback information, wherein the feedback information is used to indicate whether a result of performing the target parking action reaches a predetermined objective, and the predetermined objective is a predetermined position of the vehicle relative to a target parking spot, and/or the predetermined objective is a status of the vehicle in the parking process; and updating the automatic parking strategy based on the feedback information, where when the feedback information is θ t and θ t -1, and | θ t | < |θ t-1 |, increasing the value of the target parking action based on θ t and θ t -1, wherein θ t and θ t -1 are the included angles at the two adjacent moments, | θ t | ≠ 0, and the value of the target parking action is directly proportional to θ t − 1 θ t.
A method of producing a tungsten twist-coated and wrapped cut-resistant yarn, comprising the following operation steps: a. producing a tungsten filament twist-coated yarn: an auxiliary yarn I and one or more tungsten filaments are twisted with a twist of 400 to 700 twists/meter, wherein the auxiliary yarn I is made from one of nylon, polyester, cotton, bamboo fiber, and tencel and has a linear density of 40D to 140D (4,44 Tex to 15,55 Tex) and the one or more of tungsten filaments having diameters of 0.02 mm, 0.025 mm, or 0.03 mm; and b. producing the tungsten twist-coated and wrapped cut-resistant yarn: wrapping a high-molecular-weight polyethylene yarn around the tungsten filament twist-coated yarn obtained in step a, at the twist of 120 to 280 twists/meter wherein the high-molecular-weight polyethylene yarn has a molecular weight of 10MW to 500MW and a linear density of 50D to 400D (5,55 Tex to 44,44 Tex). a. producing a tungsten filament twist-coated yarn: an auxiliary yarn I and one or more tungsten filaments are twisted with a twist of 400 to 700 twists/meter, wherein the auxiliary yarn I is made from one of nylon, polyester, cotton, bamboo fiber, and tencel and has a linear density of 40D to 140D (4,44 Tex to 15,55 Tex) and the one or more of tungsten filaments having diameters of 0.02 mm, 0.025 mm, or 0.03 mm; and b. producing the tungsten twist-coated and wrapped cut-resistant yarn: wrapping a high-molecular-weight polyethylene yarn around the tungsten filament twist-coated yarn obtained in step a, at the twist of 120 to 280 twists/meter wherein the high-molecular-weight polyethylene yarn has a molecular weight of 10MW to 500MW and a linear density of 50D to 400D (5,55 Tex to 44,44 Tex).
A light source apparatus using a plurality of semiconductor laser devices (2010, 2011), comprising a holding member on which the plurality of semiconductor laser devices is arranged, wherein at least one semiconductor laser device among the plurality of semiconductor laser devices is arranged on the holding member such that a relative position of the semiconductor laser device in an optical axis direction with respect to an adjacent semiconductor laser device in a front view of the holding member is greater than a relative position of the semiconductor laser device in a direction perpendicular to the optical axis direction with respect to the adjacent semiconductor laser device, wherein the holding member on which the plurality of semiconductor laser devices is arranged comprises: a first holding member which holds a first semiconductor laser device having a stem; and a second holding member which holds a second semiconductor laser device having a stem and which is provided on top of the first holding member, wherein the second holding member has a window portion through which light from the first semiconductor laser device is emitted, and the second holding member holds the second semiconductor laser device such that the stem of the second semiconductor laser device overlaps a part of the stem of the first semiconductor laser device when viewed from a light emitting-side, characterized in that at least a part of the first semiconductor laser device is inserted into a window portion of the second holding member. a first holding member which holds a first semiconductor laser device having a stem; and a second holding member which holds a second semiconductor laser device having a stem and which is provided on top of the first holding member, wherein the second holding member has a window portion through which light from the first semiconductor laser device is emitted, and the second holding member holds the second semiconductor laser device such that the stem of the second semiconductor laser device overlaps a part of the stem of the first semiconductor laser device when viewed from a light emitting-side, characterized in that at least a part of the first semiconductor laser device is inserted into a window portion of the second holding member.
A method performed by a user equipment, comprising: selecting a first adaptive measurement period and a second adaptive measurement period, that is different than the first adaptive measurement period, to use for one or more measurements, based at least in part on an assessment of one or more conditions, wherein each of the first and second adaptive measurement periods is associated with at least one condition; maintaining (810,820) concurrently a first sampling and filtering and a second filtering, where the first sampling and filtering corresponds to the first adaptive measurement period and the second filtering corresponds to the second adaptive measurement period; and using the first and second adaptive measurement period to perform the one or more measurements; performing sampling and filtering based on the first sampling and filtering concurrently with performing filtering based on the second filtering to determine respectively a first filtering result and a second filtering result; selecting a filtering result from the first filtering result and the second filtering result and creating a measurement report based on the selected filtering result, and reporting the measurement report to a higher layer, a network node or a second UE, wherein the measurements are radio measurements. selecting a first adaptive measurement period and a second adaptive measurement period, that is different than the first adaptive measurement period, to use for one or more measurements, based at least in part on an assessment of one or more conditions, wherein each of the first and second adaptive measurement periods is associated with at least one condition; maintaining (810,820) concurrently a first sampling and filtering and a second filtering, where the first sampling and filtering corresponds to the first adaptive measurement period and the second filtering corresponds to the second adaptive measurement period; and using the first and second adaptive measurement period to perform the one or more measurements; performing sampling and filtering based on the first sampling and filtering concurrently with performing filtering based on the second filtering to determine respectively a first filtering result and a second filtering result; selecting a filtering result from the first filtering result and the second filtering result and creating a measurement report based on the selected filtering result, and reporting the measurement report to a higher layer, a network node or a second UE,
Towing apparatus (200, 300) for towing a vehicle with a cable transport arrangement, the towing apparatus comprising: a first attachment arrangement (204, 302) configured to provide for attachment to a towing part of the cable transport arrangement; and a second attachment arrangement (208, 304) configured for releasable attachment to a vehicle, the second attachment arrangement comprising a main body (210, 306) and first (212, 308) and second (214, 310) arms, the first and second arms being spaced apart from each other, each of the first and second arms defining a vehicle engaging profile, characterised by the first and second arms being immovably mounted on the main body and the main body being rotatable such that the first and second arms mounted immovably thereon move between: a first position in which the vehicle engaging profiles can be brought into engagement with or disengaged from a part of the vehicle (202, 316); and a second position in which the vehicle engaging profiles engage with the part of the vehicle so as to provide for towing of the vehicle. a first attachment arrangement (204, 302) configured to provide for attachment to a towing part of the cable transport arrangement; and a second attachment arrangement (208, 304) configured for releasable attachment to a vehicle, the second attachment arrangement comprising a main body (210, 306) and first (212, 308) and second (214, 310) arms, the first and second arms being spaced apart from each other, each of the first and second arms defining a vehicle engaging profile, characterised by the first and second arms being immovably mounted on the main body and the main body being rotatable such that the first and second arms mounted immovably thereon move between: a first position in which the vehicle engaging profiles can be brought into engagement with or disengaged from a part of the vehicle (202, 316); and a second position in which the vehicle engaging profiles engage with the part of the vehicle so as to provide for towing of the vehicle.
Plug connector assembly having: a plug connector, a mating plug connector, and a lever unit which is disposed on the plug connector and has a locking element and a securing element, wherein the plug connector and the mating plug connector are movable to a connecting position in which the plug connector and the mating plug connector are conductively connected, the plug connector and the mating plug connector each have a contact carrier (7.1; 7.2) having in each case one receptacle opening (8.1; 8.2), the lever unit in the connecting position is movable between a locking position and an unlocking position, the locking element in the locking position is disposed in the receptacle openings (8.1; 8.2) of both contact carriers (7.1; 7.2), and in the unlocking position is disposed outside the receptacle opening (8.1; 8.2) of at least one contact carrier (7.1; 7.2), and the locking element in the connecting position is movable to a blocking position in which the securing element fixes the lever unit in the locking position, characterized in that the locking element at least in the locking position is displaceable parallel to a plug-in axis (x) between the blocking position and a releasing position. a plug connector, a mating plug connector, and a lever unit which is disposed on the plug connector and has a locking element and a securing element, wherein the plug connector and the mating plug connector are movable to a connecting position in which the plug connector and the mating plug connector are conductively connected, the plug connector and the mating plug connector each have a contact carrier (7.1; 7.2) having in each case one receptacle opening (8.1; 8.2), the lever unit in the connecting position is movable between a locking position and an unlocking position, the locking element in the locking position is disposed in the receptacle openings (8.1; 8.2) of both contact carriers (7.1; 7.2), and in the unlocking position is disposed outside the receptacle opening (8.1; 8.2) of at least one contact carrier (7.1; 7.2), and the locking element in the connecting position is movable to a blocking position in which the securing element fixes the lever unit in the locking position, characterized in that the locking element at least in the locking position is displaceable parallel to a plug-in axis (x) between the blocking position and a releasing position.
Connector assembly comprising: - a connector housing, - a sealing member, for sealing the connector housing, when connected to a corresponding counter-connector, - a mate assist member, associated to the connector housing for facilitating a mating of the connector housing with the corresponding counter-connector, and - a seal protection cap, being mountable to the connector assembly, for protecting the sealing member, the seal protection cap being provided with retaining means for blocking the mate assist member in a pre-closed position, being a not closed transport position, such that the mate assist member cannot be moved into its final closed position, being the position into which the mate assist member has to be moved for a mating of connector and counter-connector, characterized in that, the seal protection cap comprises a channel-shaped configuration adapted to, at least partially, receive the sealing member therein. - a connector housing, - a sealing member, for sealing the connector housing, when connected to a corresponding counter-connector, - a mate assist member, associated to the connector housing for facilitating a mating of the connector housing with the corresponding counter-connector, and - a seal protection cap, being mountable to the connector assembly, for protecting the sealing member,