mhurhangee/ep-ind-claims huggingface dataset:
A work plan verification device that includes a boom telescopically formed and horizontally turnably and derrickably provided on a vehicle body of a crane and that is used to move a suspension load suspended from a tip end of the boom through a rope, the work plan verification device, comprising: an image creator that is adapted to create an image when viewing a lower portion from the tip end of the boom; a monitor that is adapted to display the image; a movement position inputter in that an operator can indicate a movement position of the suspension load on the image displayed on the monitor; and a movement determination information calculator that is adapted to calculate movement determination information that allows the operator to determine whether the suspension load can be moved to the movement position and displays the calculated movement determination information on the image; and characterised in that the image creator is a camera; and that when the movement position is indicated, the movement determination information calculator is adapted to display on the image a performance line relating to a maximum suspension weight performance of the suspension load to pass through the movement position. the work plan verification device, comprising: an image creator that is adapted to create an image when viewing a lower portion from the tip end of the boom; a monitor that is adapted to display the image; a movement position inputter in that an operator can indicate a movement position of the suspension load on the image displayed on the monitor; and a movement determination information calculator that is adapted to calculate movement determination information that allows the operator to determine whether the suspension load can be moved to the movement position and displays the calculated movement determination information on the image; and characterised in that the image creator is a camera; and that when the movement position is indicated, the movement determination information calculator is adapted to display on the image a performance line relating to a maximum suspension weight performance of the suspension load to pass through the movement position.
A composition for permanent hydrophilic finishing of polyolefin fibers, polyester fibers and bicomponent fibers made of polyolefins and polyesters, and textile products made thereof, consisting of: a hydrophilically modified polyalkylsiloxane in a proportion of 3 to 30 weight percent; a cationic surfactant based on a quaternary ammonium compound in a proportion of 25 to 85 weight percent, the quaternary ammonium compound having a melting point of at least 45 °C; an, optionally hydroxylated, fatty alcohol having a melting point of at least 40 °C in a proportion of 0 to 25 weight percent; a non-ionic consistency enhancer in a proportion of 0 to 40 weight percent, the consistency enhancer having a melting point of at least 45 °C and being selected from the group consisting of alkoxylated C12-C28 fatty alcohols, optionally alkoxylated C12-C28 fatty acid amides, alkoxylated C12-C28 fatty acids, alkoxylated C12-C28 fatty acid esters and optionally alkoxylated C12-C28 fatty acid esters of polyfunctional alcohols, C12-C22 alkyl polyglycosides, synthetic and natural waxes and any mixture thereof; and a hydrotropic dispersion additive in a proportion of 0 to 10 weight percent, based on the total weight of the composition; the composition having a melting point of at least 45 °C. a hydrophilically modified polyalkylsiloxane in a proportion of 3 to 30 weight percent; a cationic surfactant based on a quaternary ammonium compound in a proportion of 25 to 85 weight percent, the quaternary ammonium compound having a melting point of at least 45 °C; an, optionally hydroxylated, fatty alcohol having a melting point of at least 40 °C in a proportion of 0 to 25 weight percent; a non-ionic consistency enhancer in a proportion of 0 to 40 weight percent, the consistency enhancer having a melting point of at least 45 °C and being selected from the group consisting of alkoxylated C12-C28 fatty alcohols, optionally alkoxylated C12-C28 fatty acid amides, alkoxylated C12-C28 fatty acids, alkoxylated C12-C28 fatty acid esters and optionally alkoxylated C12-C28 fatty acid esters of polyfunctional alcohols, C12-C22 alkyl polyglycosides, synthetic and natural waxes and any mixture thereof; and a hydrotropic dispersion additive in a proportion of 0 to 10 weight percent, based on the total weight of the composition;
Signalling cable comprising: - a cable core comprising: ∘ a plurality of electric conductors each insulated by a fire barrier and a flame retardant low smoke zero halogen polymeric insulating layer, characterized in that the cable core further comprises: o a core wrap comprising one or more inflammable plastic tapes, and in that the cable further comprises: - a metallic screen surrounding and in direct contact with the core wrap, wherein the metallic screen is a copper screen and comprises a copper tape applied longitudinally with overlap over the cable core or helically wound around the cable core; - at least one flame retardant low smoke zero halogen polymeric sheath (8, 9) in radially outer position with respect to the copper screen. - a cable core comprising: ∘ a plurality of electric conductors each insulated by a fire barrier and a flame retardant low smoke zero halogen polymeric insulating layer, characterized in that the cable core further comprises: o a core wrap comprising one or more inflammable plastic tapes, and in that the cable further comprises: - a metallic screen surrounding and in direct contact with the core wrap, wherein the metallic screen is a copper screen and comprises a copper tape applied longitudinally with overlap over the cable core or helically wound around the cable core; - at least one flame retardant low smoke zero halogen polymeric sheath (8, 9) in radially outer position with respect to the copper screen. ∘ a plurality of electric conductors each insulated by a fire barrier and a flame retardant low smoke zero halogen polymeric insulating layer, characterized in that the cable core further comprises: o a core wrap comprising one or more inflammable plastic tapes, o a core wrap comprising one or more inflammable plastic tapes, and in that the cable further comprises: - a metallic screen surrounding and in direct contact with the core wrap, wherein the metallic screen is a copper screen and comprises a copper tape applied longitudinally with overlap over the cable core or helically wound around the cable core; - at least one flame retardant low smoke zero halogen polymeric sheath (8, 9) in radially outer position with respect to the copper screen. - a metallic screen surrounding and in direct contact with the core wrap, wherein the metallic screen is a copper screen and comprises a copper tape applied longitudinally with overlap over the cable core or helically wound around the cable core; - at least one flame retardant low smoke zero halogen polymeric sheath (8, 9) in radially outer position with respect to the copper screen.
A device for accessing one or more locations of a subject, said device comprising: a needle having a distal end and a proximal end; and a pressure sensor in communication with said needle for sensing pressure in said one or more locations, characterized in that the device further comprises a manometric-monitoring access system configured to resolve a difference in a frequency of pressure waves measured in a thoracic space versus those in a pericardial space and indicate when the pressure waves have passed from one region into another region. a needle having a distal end and a proximal end; and a pressure sensor in communication with said needle for sensing pressure in said one or more locations, characterized in that the device further comprises a manometric-monitoring access system configured to resolve a difference in a frequency of pressure waves measured in a thoracic space versus those in a pericardial space and indicate when the pressure waves have passed from one region into another region.
A method for compressing and decompressing an SAR image generated by a radar on board an aircraft, in order to transmit said compressed image to a system reproducing said image, characterised in that it uses a first reference file on board said aircraft and comprising representative data (2, 3) that is known a priori from the area covered by said image, with a second reference file, comprising at least the same representative data, being available to said system, said method: - in a first step, changing the format of said image so that it is able to be compared with the representative data (2, 3); - in a second step, comparing said image with said on board representative data in order to form a differential image formed by the difference between the data of said image and said representative data (2, 3); the compressed image transmitted to said system being said differential image, the decompressed image generated by said system being formed on the basis of the same representative data that is available to said system and of said differential image, said change of format being implemented by encoding the SAR image in relation to a reference image originating from the representative data through grey scale transformation of the SAR image, then by applying a Laplacian filter on the two images and by adjusting the scale. - in a first step, changing the format of said image so that it is able to be compared with the representative data (2, 3); - in a second step, comparing said image with said on board representative data in order to form a differential image formed by the difference between the data of said image and said representative data (2, 3);
A tool magazine for a bending machine, in particular for a press brake, wherein the tool magazine has multiple storage rails, which are arranged in a magazine housing and serve to hold bending tools, wherein the storage rails are designed in such a way that multiple bending tools can fit lined up one behind the other in the longitudinal extension of the storage rails, wherein the storage rails can be pulled out from a front side of the magazine housing in the direction of their longitudinal extension, characterized in that at least one of the storage rails that can be pulled out is respectively designed for holding a bending punch and a bending die, wherein in this storage rail that can be pulled out, a lower receiving groove is designed for holding the bending punch and in this storage rail that can be pulled out, an upper receiving groove is designed for holding the bending die.
A mobile terminal for performing a handover procedure in a mobile communication system from a source base station (200-a) to a target base station (200-b), the target base station (200-b) being configured for the mobile terminal with at least a first bandwidth part and a different second bandwidth part in the uplink and a first bandwidth part and a different second bandwidth part in the downlink, wherein a bandwidth part defines the UE's operating bandwidth within its cell's operating bandwidth, comprising: a transceiver adapted to receive from the source base station (200-a) a handover command message including information regarding the respectively in the uplink and downlink configured at least first bandwidth part and second bandwidth part; and a processor adapted, upon reception of the handover command message, to activate in the transceiver at least a pre-selected one of the configured at least first bandwidth part or second bandwidth part respectively in the uplink and downlink, and to control the transceiver to perform, over the respectively in the uplink and downlink activated at least one of the configured at least first bandwidth part or second bandwidth part, uplink and downlink communication with the target base station (200-b) as part of the handover procedure. a transceiver adapted to receive from the source base station (200-a) a handover command message including information regarding the respectively in the uplink and downlink configured at least first bandwidth part and second bandwidth part; and a processor adapted, upon reception of the handover command message, to activate in the transceiver at least a pre-selected one of the configured at least first bandwidth part or second bandwidth part respectively in the uplink and downlink, and to control the transceiver to perform, over the respectively in the uplink and downlink activated at least one of the configured at least first bandwidth part or second bandwidth part, uplink and downlink communication with the target base station (200-b) as part of the handover procedure.
Insulating element, comprising: an insulating body having an inner and an outer deck surface and having lateral surfaces, a coating made of a cured adhesive, which covers at least one region of the inner and/or outer deck surface of the insulating body surrounding the corners and edges, at least a first anchor element having a first region embedded in the coating and anchored in it that way, and having a second region which, starting from an edge of the insulating element, projects from it parallel to the inner deck surface, and by means of which the insulating element can be fixed to a wall, characterized in that the region of the anchor element, which is embedded in the coating, comprises two sub-regions embedded in the coating along distinct surfaces of the insulating body. an insulating body having an inner and an outer deck surface and having lateral surfaces, a coating made of a cured adhesive, which covers at least one region of the inner and/or outer deck surface of the insulating body surrounding the corners and edges, at least a first anchor element having a first region embedded in the coating and anchored in it that way, and having a second region which, starting from an edge of the insulating element, projects from it parallel to the inner deck surface, and by means of which the insulating element can be fixed to a wall, characterized in that the region of the anchor element, which is embedded in the coating, comprises two sub-regions embedded in the coating along distinct surfaces of the insulating body.
A method, comprising: Determining, at a terminal device, a matrix W̃ 2 comprising linear combination coefficients for a pre-coder matrix indicator, PMI, matrix, wherein: the PMI matrix is represented by W = W 1 W ̃ 2 W f H, matrix W 1 is a matrix of size 2N 1 N 2 × 2L and represents components of a spatial domain orthogonal basis of size 2L, matrix W f is a matrix of size N 3 × M and represents components of a frequency domain orthogonal basis of size M, and matrix W̃ 2 is a matrix of size 2L × M and has rows and columns corresponding to spatial components and frequency components, respectively; and wherein N 1 × N 2 is the number of antenna ports, N 3 is the number of configured PMI sub-bands and M is less than N 3; characterized by determining a shifted matrix by shifting the frequency components of matrix W̃ 2 circularly, such that a maximum coefficient of matrix W̃ 2 is located in a frequency component with a predetermined index; generating a strongest coefficient indicator with ⌈ log 2 2 L ⌉ bits, based on the index of the spatial component associated with the maximum coefficient of matrix W̃ 2; and transmitting, to a network device, uplink control information comprising the strongest coefficient indicator and locations and values of non-zero coefficients of the shifted matrix, wherein the transmitted non-zero coefficients exclude the maximum coefficient. the PMI matrix is represented by W = W 1 W ̃ 2 W f H, matrix W 1 is a matrix of size 2N 1 N 2 × 2L and represents components of a spatial domain orthogonal basis of size 2L, matrix W f is a matrix of size N 3 × M and represents components of a frequency domain orthogonal basis of size M, and matrix W̃ 2 is a matrix of size 2L × M and has rows and columns corresponding to spatial components and frequency components, respectively; and wherein N 1 × N 2 is the number of antenna ports, N 3 is the number of configured PMI sub-bands and M is less than N 3; determining a shifted matrix by shifting the frequency components of matrix W̃ 2 circularly, such that a maximum coefficient of matrix W̃ 2 is located in a frequency component with a predetermined index; generating a strongest coefficient indicator with ⌈ log 2 2 L ⌉ bits, based on the index of the spatial component associated with the maximum coefficient of matrix W̃ 2; and transmitting, to a network device, uplink control information comprising the strongest coefficient indicator and locations and values of non-zero coefficients of the shifted matrix, wherein the transmitted non-zero coefficients exclude the maximum coefficient.
A method of making a mold, comprising: forming a first mold insert using a rapid prototyping technique; releasably engaging the first mold insert in a first aperture or cavity formed in a mold carrier plate; positioning the first mold insert between the mold carrier plate and a mold plate in a manner such that a surface of the first mold insert forms a portion of a mold cavity of the mold, wherein the mold plate is made from a first material, and the first mold insert is made from a second material and includes embedded thermistors therein. forming a first mold insert using a rapid prototyping technique; releasably engaging the first mold insert in a first aperture or cavity formed in a mold carrier plate; positioning the first mold insert between the mold carrier plate and a mold plate in a manner such that a surface of the first mold insert forms a portion of a mold cavity of the mold, wherein the mold plate is made from a first material, and the first mold insert is made from a second material and includes embedded thermistors therein.
A method comprising: transmitting, by a weather radar system onboard a vehicle, radar signals; receiving, by the weather radar system, reflections of the radar signals; determining, by the weather radar system based on the reflections, an area of inclement weather in a travel path of the vehicle; determining, by the weather radar system, a recommended maneuver for the vehicle to avoid the area of inclement weather; communicating, by processing circuitry to a navigation system onboard the vehicle, a first indication of the recommended maneuver for the vehicle, wherein the navigation system comprises a traffic collision avoidance system or a flight management system; determining, by the navigation system, that the recommended maneuver for the vehicle will maintain minimum separation with other vehicles; and presenting, by the navigation system, a second indication of the recommended maneuver to a user for approval. transmitting, by a weather radar system onboard a vehicle, radar signals; receiving, by the weather radar system, reflections of the radar signals; determining, by the weather radar system based on the reflections, an area of inclement weather in a travel path of the vehicle; determining, by the weather radar system, a recommended maneuver for the vehicle to avoid the area of inclement weather; communicating, by processing circuitry to a navigation system onboard the vehicle, a first indication of the recommended maneuver for the vehicle, wherein the navigation system comprises a traffic collision avoidance system or a flight management system; determining, by the navigation system, that the recommended maneuver for the vehicle will maintain minimum separation with other vehicles; and presenting, by the navigation system, a second indication of the recommended maneuver to a user for approval.
A method for the preparation of polyols from a fatty acid substrate having at least one C-C double bond, comprising the steps of: (a) epoxidizing the fatty acid substrate with an acid and an oxidizing agent to obtain an epoxidized fatty acid substrate; and (b) hydroxylating the epoxidized fatty acid substrate with 1,3 propanediol and a mineral acid to obtain a polyol. (a) epoxidizing the fatty acid substrate with an acid and an oxidizing agent to obtain an epoxidized fatty acid substrate; and (b) hydroxylating the epoxidized fatty acid substrate with 1,3 propanediol and a mineral acid to obtain a polyol.
A zoom lens system comprising, in order of from an object side to an image side: a first lens unit having a positive refractive power; a second lens unit having a negative refractive power; a third lens unit having a negative refractive power; an aperture stop; and a fourth lens unit having a positive refractive power, characterized in that the fourth lens unit is arranged not to move during zooming and includes, in order from the object side, a front lens subunit having a positive refractive power and a rear lens subunit having a positive refractive power with a largest air interval in the fourth lens unit therebetween, wherein the following expression is satisfied, 0.400 < νm / νrp − νrn < 0.630, where vm represents the Abbe number of the material of a first positive lens (Lm) having the largest dispersion of the positive lenses included in the rear lens subunit, vrp represents the average Abbe number of materials of positive lenses other than the first positive lens in the rear lens subunit, and vrn represents the average Abbe number of materials of negative lenses in the rear lens subunit. a first lens unit having a positive refractive power; a second lens unit having a negative refractive power; a third lens unit having a negative refractive power; an aperture stop; and a fourth lens unit having a positive refractive power, characterized in that the fourth lens unit is arranged not to move during zooming and includes, in order from the object side, a front lens subunit having a positive refractive power and a rear lens subunit having a positive refractive power with a largest air interval in the fourth lens unit therebetween, wherein the following expression is satisfied, 0.400 < νm / νrp − νrn < 0.630, where vm represents the Abbe number of the material of a first positive lens (Lm) having the largest dispersion of the positive lenses included in the rear lens subunit, vrp represents the average Abbe number of materials of positive lenses other than the first positive lens in the rear lens subunit, and vrn represents the average Abbe number of materials of negative lenses in the rear lens subunit.