mhurhangee/ep-ind-claims huggingface dataset:
A punching device comprising; a body; a drive unit having a drive shaft disposed in the body and which is displaced in an axial direction; a rod disposed in parallel with a direction in which the drive shaft is displaced, and which is disposed displaceably with respect to the body; and a driving force transmission mechanism having a slider displaceable in a direction substantially perpendicular to a direction of displacement of the drive shaft, and which transmits to the rod through the slider a driving force output by the drive unit; wherein the slider includes: a first inclined section, which is inclined with respect to the direction of displacement of the drive shaft, and with which an end of the drive shaft is engaged; characterized by a second inclined section, which is inclined with respect to the direction of displacement, and with which an end of the rod is engaged; and further comprising a force boosting mechanism, which converts a transmission direction of the driving force into a substantially perpendicular direction by the first inclined section, and transmits the driving force to the slider, together with pressing the rod by the second inclined section under a displacement action of the slider, whereby the rod is displaced in the axial direction while boosting the driving force. a first inclined section, which is inclined with respect to the direction of displacement of the drive shaft, and with which an end of the drive shaft is engaged; characterized by a second inclined section, which is inclined with respect to the direction of displacement, and with which an end of the rod is engaged; and further comprising a force boosting mechanism, which converts a transmission direction of the driving force into a substantially perpendicular direction by the first inclined section, and transmits the driving force to the slider, together with pressing the rod by the second inclined section under a displacement action of the slider, whereby the rod is displaced in the axial direction while boosting the driving force.
A lens system comprising a lens, wherein, the lens comprises a front surface, a rear surface, a side surface extending between the front surface and the rear surface; the rear surface defines a rear-facing chamber; the front surface comprises a central surface and an edge surface connected in a surrounding manner with the central surface; the edge surface extends between the central surface and the side surface; the lens defines a central axis; the chamber comprises a side wall and a bottom, the side wall and the bottom define a space of the chamber, and the central axis passes through the central surface and the bottom; lines corresponding to the edge surface on the central cross section which are edge lines, are consisted of segments parallel to the central axis and segments perpendicular to the central axis in an alternately connecting manner; any cross section of the lens along the central axis which is a central cross section is of the same shape; a line corresponding to the central surface on the central cross section which is a central line is an arc line; wherein, the direction of an arc-shaped convex of the central line is away from the bottom, the extending direction of the edge lines parallel to the central axis is same as the direction of the arc-shaped convex of the central line, and the edge lines extend away from the central line in the direction perpendicular to the central axis; wherein, the side wall cooperates with the side surface to meet that a reflected light is parallel to the central axis, and the reflected light is reflected by the side surface after an incident light being emitted from a pointolite located at the central axis and entering the lens from the side wall; the size of the edge surface meets that the reflected light reflected by the side surface is emitted directly from the edge surface; the shape of the side surface meets that the incident light entering from the side wall is totally reflected by the side surface; the central surface cooperates with the bottom to meet that if the incident light emitted from the pointolite located at the central axis enters the lens from the bottom, the corresponding emergent light is emitted from the central surface only; the shape of the edge surface meets that the emergent light emitted from the central surface is not blocked by the edge surface, and wherein, the lens system comprises the lens and a light source which provides the incident light for the lens; wherein the light source is located at the central axis of the lens; the light source can move along the central axis; wherein the range of the movement of the light source is within the inside of the chamber of the lens; the range of the movement of the light source is from 0 mm apart from the chamber to 10 mm deep in the chamber; wherein, when the light source moves from 0 mm apart from the chamber to 10 mm deep in the chamber, the maximum included angle of the emergent light emitted from the central surface of the lens is 8 to 90 degrees.
A data service processing method, comprising: obtaining, by a user equipment, information about a roaming service provider, wherein the roaming service provider is a mobile virtual network operator, MVNO, the information about the roaming service provider comprises at least an identifier of the roaming service provider, and the identifier of the roaming service provider, is a virtual access point name, APN, different from an actually used APN; and providing, by the user equipment, the information about the roaming service provider to a visited network element, wherein the information about the roaming service provider is used for selection of a gateway. obtaining, by a user equipment, information about a roaming service provider, wherein the roaming service provider is a mobile virtual network operator, MVNO, the information about the roaming service provider comprises at least an identifier of the roaming service provider, and the identifier of the roaming service provider, is a virtual access point name, APN, different from an actually used APN; and providing, by the user equipment, the information about the roaming service provider to a visited network element, wherein the information about the roaming service provider is used for selection of a gateway.
Double-layer capacitor containing as a separator a biaxially oriented, monolayer or multilayer porous film that comprises at least one porous layer, the porosity of which is created by conversion of β-crystalline polypropylene while the film is being stretched, and wherein said layer contains propylene homopolymer and/or propylene block copolymer and β-nucleating agent, characterized in that said film has a Gurley value of 50 to 400 s and has a shrinkage value of <5% in the longitudinal direction at 100 °C/1 hour and a transverse shrinkage value of <10% at 100 °C/1 hour.
A system comprising a video signature extraction device for extracting a video signature from a video, and a matching device for performing matching using the extracted video signature for retrieval of a similar or identical video or videos from various videos, the video signature extraction device comprising: a frame signature extraction unit that extracts a frame signature from a video frame of the video, wherein the frame signature extraction unit calculates a value, with respect to each of one or more dimensions, of the frame signature using a difference between features of two sub-regions associated with said dimension, and a confidence value calculation unit that calculates, for the video frame, a confidence value of the frame signature, wherein the confidence value is a value from a predetermined minimum value to a predetermined maximum value for the entire frame signature, the confidence value representing a certainty of a matching result when the matching device performs matching using the frame signature between the corresponding video frame and a video frame of another video, the confidence value calculation unit is configured to calculate, if the video frame is a particular pattern, a confidence value that is smaller compared to a case in which the video frame is other than the particular pattern, and the particular pattern is of a video frame having uniform luminance values or having a variance of luminance values that is equal or lower than a threshold. a frame signature extraction unit that extracts a frame signature from a video frame of the video, wherein the frame signature extraction unit calculates a value, with respect to each of one or more dimensions, of the frame signature using a difference between features of two sub-regions associated with said dimension, and a confidence value calculation unit that calculates, for the video frame, a confidence value of the frame signature, wherein the confidence value is a value from a predetermined minimum value to a predetermined maximum value for the entire frame signature, the confidence value representing a certainty of a matching result when the matching device performs matching using the frame signature between the corresponding video frame and a video frame of another video, the confidence value calculation unit is configured to calculate, if the video frame is a particular pattern, a confidence value that is smaller compared to a case in which the video frame is other than the particular pattern, and the particular pattern is of a video frame having uniform luminance values or having a variance of luminance values that is equal or lower than a threshold.
A drum for a crushing device, in particular a precision chipper, having a shaft on which the drum is arranged, wherein on the outer periphery of the drum cutting tools are provided in blade holding fixtures, which serve the crushing of the material to be crushed, having at least one spacer that has on the drum a support surface and/or contact surface for the material to be crushed, the chip size for the crushing being determined by the height of said spacer, wherein the height position of the spacer on the drum is variable and/or changeable, in particular adjustable, characterised in that the spacer, when seen in section view, is approximately T-shaped, wherein the two sides of the upper cross web are arranged to one another, such that the spacer can be placed on the outer periphery of the drum disc in two different height positions relative to the central axis of the drum by means of the positive-locking surfaces formed with the inner radius of the spacer on the side facing the drum.
Optical system for transmitting a source image (12; 12'; 302; 402), wherein light having a field angle spectrum emanates from the source image (12; 12'; 302; 402), comprising an optical waveguide arrangement (15; 15'; 306a-306c; 406; 456), in which the light can propagate by total internal reflection, comprising a diffractive optical input coupling arrangement (16; 308a-308c; 408a, 408b; 458a, 458b) for coupling the light emanating from the source image (12; 12'; 302; 402) into the optical waveguide arrangement (15; 15'; 306a-306c; 406; 456), and comprising a diffractive optical output coupling arrangement (17; 17'; 310a-310c; 410; 462) for coupling the light that has propagated in the optical waveguide arrangement (15; 15'; 306a-306c; 406; 456) out from the optical waveguide arrangement (15; 15'; 306a-306c; 406; 456), wherein the input coupling arrangement (16; 308a-308c; 408a, 408b; 458a, 458b) has a first input coupling element (18; 18'; 308a; 408a; 458a) arranged for coupling light from a first subfield (12a; 12a'; 252; 402a; 452a) of the source image (12; 12'; 302; 402) having field angles from a first field angle range of the field angle spectrum into the optical waveguide arrangement (15; 15'; 306a-306c; 406; 456), and in that the input coupling arrangement has at least one second input coupling element (19; 19'; 308b; 408b; 458b) arranged for coupling light from at least one second subfield (12b; 12b'; 254; 402b; 452b) - at least partly different from the first subfield (12a; 12a'; 252; 402a; 452a) - of the source image (12; 12'; 302; 402) having field angles from a second field angle range - at least partly different from the first field angle range - of the field angle spectrum into the optical waveguide arrangement (15; 15'; 306a-306c; 406; 456), and in that the transmitted first subfield (12a; 12a'; 252; 402a; 452a) and the transmitted at least one second subfield (12b; 12b'; 254; 402b; 452b) of the source image (12; 12'; 302; 402) are at least partly superimposed on one another after coupling out from the optical waveguide arrangement (15; 15'; 306a-306c; 406; 456), characterized in that the system comprises a device for dividing the source image into the first and at least one second subfield (12a, 12b) and in that the first subfield (252; 402a; 452a) and the at least one second subfield (254; 402b; 452b) are at least partly arcuately bounded before coupling into the optical waveguide arrangement (15; 15'; 306a-306c; 406; 456), wherein the first subfield has a first field edge and the at least one second subfield (254; 256) has a second field edge, wherein the first field edge is directly adjacent to the second field edge, and wherein the first field edge is concavely arcuate and the second field edge is convexly arcuate, or wherein the first field edge is convexly arcuate and the second field edge is concavely arcuate.
A double tube for heat exchange, comprising: a spiral pipe having ridges and valleys alternately formed on a circumferential surface thereof along a spiral track thereof and guiding a first fluid to flow therethrough; an outer pipe receiving the spiral pipe axially inserted thereinto and guiding a second fluid to flow along the circumferential surface of the spiral pipe in an axial direction such that the second fluid exchanges heat with the first fluid; inner pipes (112, 114) connected to opposite sides of the spiral pipe to allow the first fluid to flow therethrough; and pipe expansion joints (132, 134) provided at opposite sides of the outer pipe to have a greater diameter than the outer pipe to be placed at junctions of the spiral pipe and the inner pipes (112, 114), pipe expansion joints (132, 134) being sealed against the corresponding pipe of the inner pipes (112, 114) and provided with ports (133, 135) for introducing and discharging the second fluid, respectively, wherein the pipe expansion joints (132, 134) include pipe expansion portions (137a, 137b) having a greater diameter than the outer pipe and integrally connected to the outer pipe, wherein each of the valleys has at least three grooves formed along the spiral track, and wherein a resistance member is protruded at least partially over the remaining grooves except for two grooves located outside among the at least three grooves. a spiral pipe having ridges and valleys alternately formed on a circumferential surface thereof along a spiral track thereof and guiding a first fluid to flow therethrough; an outer pipe receiving the spiral pipe axially inserted thereinto and guiding a second fluid to flow along the circumferential surface of the spiral pipe in an axial direction such that the second fluid exchanges heat with the first fluid; inner pipes (112, 114) connected to opposite sides of the spiral pipe to allow the first fluid to flow therethrough; and pipe expansion joints (132, 134) provided at opposite sides of the outer pipe to have a greater diameter than the outer pipe to be placed at junctions of the spiral pipe and the inner pipes (112, 114), pipe expansion joints (132, 134) being sealed against the corresponding pipe of the inner pipes (112, 114) and provided with ports (133, 135) for introducing and discharging the second fluid, respectively, wherein the pipe expansion joints (132, 134) include pipe expansion portions (137a, 137b) having a greater diameter than the outer pipe and integrally connected to the outer pipe, wherein each of the valleys has at least three grooves formed along the spiral track, and wherein a resistance member is protruded at least partially over the remaining grooves except for two grooves located outside among the at least three grooves.
Cargo supporting structure for arrangement inside a container from its open side comprising a plurality of pre-tensioned belts, at least an element, at least a tensioning means wherein: • said cargo supporting structure consists in the reciprocal coupling between said pre-tensioned belts and said element to which all said belts are connected, which make up the structure; characterised in that said element is deformable and not extensible, wherein said deformable and not extensible element is shaped as a circular ring of composite material and is arranged in the centre. • said cargo supporting structure consists in the reciprocal coupling between said pre-tensioned belts and said element to which all said belts are connected, which make up the structure; characterised in that said element is deformable and not extensible, wherein said deformable and not extensible element is shaped as a circular ring of composite material and is arranged in the centre.
A fluorinated copolymer comprising a first repeating unit, a second repeating unit, and having a backbone comprising a fluorinated and cyclic structure from the first repeating unit; the second repeating unit comprises a pendant amide functionality and has the following structure: wherein X is H or an alkyl group; R 1 is H, an alkyl group, or an alkyl group that together with X form a cyclic ring with the proviso that X is not H.
A method for communicating safety data regarding an elevator installation using a serial communication channel, the method comprising a set of transmission and receipt steps comprising: a. at a serialization module: i. receiving a plurality of items of safety data for an elevator car; ii. building a serializer data package (301,302,303,304,305,306) comprising the plurality of items of safety data for the elevator car; and iii. sending the serializer data package comprising the plurality of items of safety data for the elevator car to a deserialization module; b. at the deserialization module: i. receiving the serializer data package comprising the plurality of items of safety data for the elevator car; ii. building a deserializer data package comprising the plurality of items of safety data for the elevator car; and iii. sending the deserializer data package comprising the plurality of items of safety data to a controller; characterized in that at the controller, determining, based on information from the deserialization module, whether the elevator car should be prevented from operating as a result of a safety problem. a. at a serialization module: i. receiving a plurality of items of safety data for an elevator car; ii. building a serializer data package (301,302,303,304,305,306) comprising the plurality of items of safety data for the elevator car; and iii. sending the serializer data package comprising the plurality of items of safety data for the elevator car to a deserialization module; i. receiving a plurality of items of safety data for an elevator car; ii. building a serializer data package (301,302,303,304,305,306) comprising the plurality of items of safety data for the elevator car; and iii. sending the serializer data package comprising the plurality of items of safety data for the elevator car to a deserialization module; b. at the deserialization module: i. receiving the serializer data package comprising the plurality of items of safety data for the elevator car; ii. building a deserializer data package comprising the plurality of items of safety data for the elevator car; and iii. sending the deserializer data package comprising the plurality of items of safety data to a controller; i. receiving the serializer data package comprising the plurality of items of safety data for the elevator car; ii. building a deserializer data package comprising the plurality of items of safety data for the elevator car; and iii. sending the deserializer data package comprising the plurality of items of safety data to a controller;
A formulation comprising extracts of at least two of Rheum palmatum, Chrysanthemum indicum and Sanguisorba officinalis and a pharmaceutically acceptable carrier for use in the treatment of a herpesvirus infection and/or prevention of diseases resulting therefrom.
A nosepiece for a nasal cannula, comprising: two prongs (12, 52) for administering air into each nostril of a user; two connections points for mounting each of the ends of a forked tube; and a connection piece which mechanically connects the prongs (12, 52) to the two connection points, the connection piece comprising: a central connection piece mechanically and pneumatically connecting the two prongs (12, 52); and two connection pieces, each connection piece mechanically and pneumatically connecting one prong (12, 52) to one connection point, and wherein the transition region between each of the prongs (12, 52) and the connection piece has a radius in a plane which is defined by the prong and the connection piece, the radius being larger than the radius of the prong (12, 52), characterized in that the central connection piece includes an indentation so that the area of the clear cross-section of the central connection piece is smaller than the area of the clear cross-sections of the two connection pieces. two prongs (12, 52) for administering air into each nostril of a user; two connections points for mounting each of the ends of a forked tube; and a connection piece which mechanically connects the prongs (12, 52) to the two connection points, the connection piece comprising: a central connection piece mechanically and pneumatically connecting the two prongs (12, 52); and two connection pieces, each connection piece mechanically and pneumatically connecting one prong (12, 52) to one connection point, and wherein the transition region between each of the prongs (12, 52) and the connection piece has a radius in a plane which is defined by the prong and the connection piece, the radius being larger than the radius of the prong (12, 52), characterized in that the central connection piece includes an indentation so that the area of the clear cross-section of the central connection piece is smaller than the area of the clear cross-sections of the two connection pieces. a central connection piece mechanically and pneumatically connecting the two prongs (12, 52); and two connection pieces, each connection piece mechanically and pneumatically connecting one prong (12, 52) to one connection point, and wherein the transition region between each of the prongs (12, 52) and the connection piece has a radius in a plane which is defined by the prong and the connection piece, the radius being larger than the radius of the prong (12, 52), characterized in that the central connection piece includes an indentation so that the area of the clear cross-section of the central connection piece is smaller than the area of the clear cross-sections of the two connection pieces.