mhurhangee/ep-ind-claims huggingface dataset:
A method for acquiring, with an information processing device, data of user information stored in a storage device and making it possible to utilize the data of user information stored in the storage device, the method is characterized by the step of: transmitting, by the information processing device, data which specifies a location on a blockchain network accessible by the information processing device to another information processing device on a provider side via a network; registering, by the another information processing device, on the blockchain network, data for access including the data which specifies the location of the data of user information stored in the storage device; accessing, by the information processing device, the blockchain network to retrieve the data for access from the blockchain network; and acquiring, by the information processing device, the data of user information stored in the storage device by referring to the data for access retrieved from the blockchain network. transmitting, by the information processing device, data which specifies a location on a blockchain network accessible by the information processing device to another information processing device on a provider side via a network; registering, by the another information processing device, on the blockchain network, data for access including the data which specifies the location of the data of user information stored in the storage device; accessing, by the information processing device, the blockchain network to retrieve the data for access from the blockchain network; and acquiring, by the information processing device, the data of user information stored in the storage device by referring to the data for access retrieved from the blockchain network.
A method of filtering depth information, the method comprising: illuminating a scene with a modulated illumination light having a plurality of different modulation frequencies, the modulated illumination light reflecting from surfaces in the scene as modulated reflection light; receiving at each of a plurality of pixels the modulated reflection light; observing a phase difference between the modulated illumination light and the modulated reflection light at each of the plurality of pixels for each of the modulation frequencies; for each of the plurality of pixels and modulation frequencies, recognizing an edginess of that pixel corresponding to a relative difference between the phase difference of that pixel and phase differences of one or more neighboring pixels; and for each of the plurality of pixels and modulation frequencies, smoothing the phase difference of that pixel relative to phase differences of one or more neighboring pixels as a function of the edginess of that pixel such that greater edginess corresponds to less smoothing and lesser edginess corresponds to more smoothing. illuminating a scene with a modulated illumination light having a plurality of different modulation frequencies, the modulated illumination light reflecting from surfaces in the scene as modulated reflection light; receiving at each of a plurality of pixels the modulated reflection light; observing a phase difference between the modulated illumination light and the modulated reflection light at each of the plurality of pixels for each of the modulation frequencies; for each of the plurality of pixels and modulation frequencies, recognizing an edginess of that pixel corresponding to a relative difference between the phase difference of that pixel and phase differences of one or more neighboring pixels; and for each of the plurality of pixels and modulation frequencies, smoothing the phase difference of that pixel relative to phase differences of one or more neighboring pixels as a function of the edginess of that pixel such that greater edginess corresponds to less smoothing and lesser edginess corresponds to more smoothing.
Filter bag for pocket air filters with two side parts (2, 3) resting against each other and made of an air-permeable filter material weldable by ultrasonic welding, wherein the side parts (2, 3) are continuously welded to one another in side edge portions on three sides (5, 6, 7) of the side parts (2,3), so that a pocket having two side edges (9, 10) opposite to one another, a bottom edge and an opening opposite the bottom edge is formed, wherein multiple webs made of a flexible material sheet are formed in the pocket, wherein the webs connect the side parts (2, 3) to one another and are oriented in a manner extending from an opening side of the filter bag in the direction of the bottom edge, wherein the flexible material sheet is, at least in regions, alternatingly connected with respectively one of the side parts (2, 3) in welding portions delimited by at least one weld seam alongside the flow direction, so that the flexible material sheet, in a welding portion, is respectively exclusively connected with one side part (2, 3), wherein the webs are formed by web portions of the flexible material sheet, wherein the web portions respectively extend between two neighboring welding portions, by means of which the flexible material sheet is connected with both opposite side parts (2, 3), and wherein a web portion width of the web portions defined by a length of the web portion between the side parts (2, 3) decreases from the opening side towards the bottom edge, characterized in that a welding portion width of at least one welding portion increases at least in sections, from the opening side in the direction of the bottom edge.
A motorcycle tire comprising a tread portion having a designated rotational direction, the tread portion comprising a central region (Ca) having its center on a tire equator and having a developed width of one third of a tread developed width, a pair of shoulder regions (Sa) each having a developed width of one sixth of the tread developed width from a tread edge (zt), and a pair of middle regions (Ma) each between the central region and the shoulder region, the tread portion provided with a plurality of first inclined grooves each extending from the central region to the shoulder region, and a plurality of second inclined grooves each extending from the middle region to the shoulder region between circumferentially adjacent first inclined grooves, each first inclined groove comprising a main portion, and a first tapered portion having a groove width decreasing toward the rotational direction of the tire, each second inclined groove comprising a second tapered portion having a groove width decreasing toward the rotational direction of the tire, characterized in that in a pair of the first and second inclined grooves that are arranged closest to each other, the second tapered portion is located behind a forward end of the first tapered portion in the rotational direction of the tire such that a straight line connecting a forward end of the second tapered portion and a backward end of the first tapered portion has an angle in a range of from 85 to 90 degrees with respect to a circumferential direction of the tire.
A method of operating an user equipment, the method comprising: receiving one or more signals from one or more transmission points for a coordinated multi-point, CoMP, transmission; identifying a timing reference as a time when a first signal is received from the transmission points; and determining a timing advance for an uplink transmission for multipoint reception based on the identified timing reference. receiving one or more signals from one or more transmission points for a coordinated multi-point, CoMP, transmission; identifying a timing reference as a time when a first signal is received from the transmission points; and determining a timing advance for an uplink transmission for multipoint reception based on the identified timing reference.
An optical communication apparatus comprising; a demultiplexer (201, 301A-301C) configured to demultiplex a wavelength multiplexed signal into a plurality of optical signals; a plurality of attenuators (202A-202D, 303A-303D) configured to attenuate the plurality of optical signals, respectively, the attenuated optical signals being sent to an optical device; a controller (205, 305, 502) configured to send, to the plurality of attenuators (202A-202D, 303A-303D), an attenuation information corresponding to the optical device; wherein the plurality of attenuators (202A-202D, 303A-303D) attenuate the plurality of optical signals with an attenuation amount corresponding to the attenuation information, characterised in that the controller (205, 305, 502) is further configured to send the attenuation information according to a second optical device when a destination of the attenuated optical signals is switched from a first optical device to the second optical device, and the controller (205, 305, 502) is further configured to receive, from a management device, a connection information, and identify the attenuation information corresponding to the second optical device when the connection information indicates that a destination of the attenuated optical signal is switched from a first optical device to the second optical device. a demultiplexer (201, 301A-301C) configured to demultiplex a wavelength multiplexed signal into a plurality of optical signals; a plurality of attenuators (202A-202D, 303A-303D) configured to attenuate the plurality of optical signals, respectively, the attenuated optical signals being sent to an optical device; a controller (205, 305, 502) configured to send, to the plurality of attenuators (202A-202D, 303A-303D), an attenuation information corresponding to the optical device; wherein the plurality of attenuators (202A-202D, 303A-303D) attenuate the plurality of optical signals with an attenuation amount corresponding to the attenuation information, characterised in that the controller (205, 305, 502) is further configured to send the attenuation information according to a second optical device when a destination of the attenuated optical signals is switched from a first optical device to the second optical device, and the controller (205, 305, 502) is further configured to receive, from a management device, a connection information, and identify the attenuation information corresponding to the second optical device when the connection information indicates that a destination of the attenuated optical signal is switched from a first optical device to the second optical device.
A determination method of determining whether or not an attack on a server by an attack code has succeeded, comprising the steps performed by a determination device of: an attack type determination step of determining an attack type of an attack code included in an attack request on the server; an attack code analysis step of carrying out emulation of an attack by the attack code on the server in accordance with the determined attack type; a feature extraction step of extracting a feature including a port number related to a backdoor operation appearing in an attack code on the server in a case of succeeding in an attack on the server as a result of the emulation; and a success/failure determination step of determining that an attack by the attack code has succeeded in a case where a communication log of the server has the extracted feature. an attack type determination step of determining an attack type of an attack code included in an attack request on the server; an attack code analysis step of carrying out emulation of an attack by the attack code on the server in accordance with the determined attack type; a feature extraction step of extracting a feature including a port number related to a backdoor operation appearing in an attack code on the server in a case of succeeding in an attack on the server as a result of the emulation; and a success/failure determination step of determining that an attack by the attack code has succeeded in a case where a communication log of the server has the extracted feature.
A method for attaching an endoprosthesis, in particular an intraluminal endoprosthesis, to a balloon catheter, wherein the endoprosthesis consists of - a tubular main body and - at least one function element, and wherein the at least one function element is also tubular and is arranged on the main body in such a way that the at least one function element surrounds the main body at least in partial areas and does so at least partially, so that it is oriented concentrically with the main body, characterised in that in a first step the main body is advanced over the balloon and crimped there, and in a second step the function element is brought over this arrangement of balloon and main body and then crimped, and the main body and function element consist of a mesh structure. - a tubular main body and - at least one function element, and
Clamp for gripping sheet metal and used in association with a manipulating arm, called a robot, and including: - a rigid frame, associated with a support element, - a so-called articulation subassembly, comprising: -- a first so-called stationary arm, -- a second so-called mobile arm, and -- a main actuator, bearing against said frame supporting said stationary arm, and capable of moving the mobile arm with respect to the stationary arm, according to a first degree of freedom, in translation or rotation, so as to close or open the clamp, in order, respectively, to grip a sheet metal assembly between the stationary and mobile arms or release the sheet metal assembly, the clamp belonging to a line of clamps including clamps with C-type kinematics and clamps with X-type kinematics, and the frame is identical for all of the clamps of said line of clamps, characterised in that an orifice is produced in the frame, suitable for a pivot pin to be mounted in the orifice around which a rigid lever, supporting the mobile arm, can pivot, in that in that the frame is in the form of a lateral flank, the components forming the articulation subassembly being laterally attached to a same face of the frame, the opposite face of the frame being suitable for connection to the support element, and in that a second orifice is produced in the frame 10, suitable for a second pivot pin to be mounted in the second orifice around the main actuator can pivot. - a rigid frame, associated with a support element, - a so-called articulation subassembly, comprising: -- a first so-called stationary arm, -- a second so-called mobile arm, and -- a main actuator, bearing against said frame supporting said stationary arm, and capable of moving the mobile arm with respect to the stationary arm, according to a first degree of freedom, in translation or rotation, so as to close or open the clamp, in order, respectively, to grip a sheet metal assembly between the stationary and mobile arms or release the sheet metal assembly, -- a first so-called stationary arm, -- a second so-called mobile arm, and -- a main actuator, bearing against said frame supporting said stationary arm, and capable of moving the mobile arm with respect to the stationary arm, according to a first degree of freedom, in translation or rotation, so as to close or open the clamp, in order, respectively, to grip a sheet metal assembly between the stationary and mobile arms or release the sheet metal assembly,
A device D which can be accommodated in a reactor R and contains a gas- and/or liquid-permeable bottom B, in the peripheral region of which is arranged a lateral boundary W which completely surrounds the bottom B and forms a volume V which is partially or completely filled with catalytic and/or non-catalytic moldings, there optionally being located on the side facing the bottom B in the upstream direction at least one noble metal and/or non-noble metal fabric and a thermal insulation layer S being located on at least part of the surface of the inner side of the lateral boundary W of the device D, wherein the material for the thermal insulation layer S is microporous material which does not decompose in the temperature range from approx. 700 to 1100°C and has a thermal conductivity in the range from 0.04 to 0.09 W/m/K, and the microporous material being microporous silicatic substances containing highly dispersed silica and opacifiers.
A composition for a foam tire comprising a blend of an olefin block copolymer and a rubber as a polymer matrix, a crosslinking agent, and a foaming agent, wherein the olefin block copolymer is a multi-block copolymer which comprises ethylene and one or more copolymerizable α-olefin comonomers in a polymerized form and has a plurality of blocks or segments of two or more polymerized monomer units having different chemical or physical properties, wherein the olefin block copolymer and the rubber are present in amounts of 50 to 80% by weight and 20 to 50% by weight, respectively, based on the total weight of the polymer matrix.
A ring-shaped tool for processing a workpiece, wherein the tool has a fastening area for fastening onto a rotatable drive shaft, wherein the fastening area is centred in relation to the ring shape of the tool, wherein the tool also has teeth arranged around the circumference of the tool, wherein the teeth are arranged on the head end of the tool, wherein the teeth have an arc shape running in the axial direction in relation to the ring shape, the arc shape having a summit, wherein the arc shape is given by two circles, the circles having a first circle radius and a second circle radius, wherein the circle centre for the first circle radius is located below the summit, and wherein the circle centre for the second circle radius is located below the circle centre for the first circle radius in the radial direction, wherein the first circle radius is smaller than the second circle radius, characterised in that the teeth are formed mirror symmetrically relative to the ring surface of the tool passing through the summit, wherein the two circles transition tangentially into one another in a contour-less way, wherein the ratio between the second circle radius and the first circle radius is between 14 and 17.
A device (4000, 4400, 4500) for the dispensing of liquids, comprising: a first hollow bulb (4002, 4402, 4502), wherein the first hollow bulb (4002, 4402, 4502) is compressible; a second hollow bulb (4004, 4404, 4504); a gap (4430, 4530) between the first hollow bulb (4002, 4402, 4502) and the second hollow bulb (4004, 4404, 4504); and a hollow stem comprising a first end and a second end, wherein the first hollow bulb (4002, 4402, 4502) is coupled to the first end and the second hollow bulb (4004, 4404, 4504) is coupled to the second end; wherein the second hollow bulb (4004, 4404, 4504) defines an opening (4010, 4410, 4510) opposite from the hollow stem, and comprises one or more grooves (4450, 4550) along the outside surface of the bulb (4004, 4404, 4504) between the gap (4430, 4530) and the opening (4010, 4410, 4510); wherein the first hollow bulb (4002, 4402, 4502) is in fluid communication with the second hollow bulb (4004, 4404, 4504) through the hollow stem; wherein the second end of the hollow stem terminates within the second hollow bulb (4004, 4404, 4504); and wherein the first hollow bulb (4002, 4402, 4502) comprises a fill port. a first hollow bulb (4002, 4402, 4502), wherein the first hollow bulb (4002, 4402, 4502) is compressible; a second hollow bulb (4004, 4404, 4504); a gap (4430, 4530) between the first hollow bulb (4002, 4402, 4502) and the second hollow bulb (4004, 4404, 4504); and a hollow stem comprising a first end and a second end, wherein the first hollow bulb (4002, 4402, 4502) is coupled to the first end and the second hollow bulb (4004, 4404, 4504) is coupled to the second end; wherein the second hollow bulb (4004, 4404, 4504) defines an opening (4010, 4410, 4510) opposite from the hollow stem, and comprises one or more grooves (4450, 4550) along the outside surface of the bulb (4004, 4404, 4504) between the gap (4430, 4530) and the opening (4010, 4410, 4510); wherein the first hollow bulb (4002, 4402, 4502) is in fluid communication with the second hollow bulb (4004, 4404, 4504) through the hollow stem; wherein the second end of the hollow stem terminates within the second hollow bulb (4004, 4404, 4504); and wherein the first hollow bulb (4002, 4402, 4502) comprises a fill port.
A system for monitoring and recording movement of packages of playing cards in a card game facility, the system comprising: a plurality of the packages of the playing cards, each having remotely readable ID code associated therewith; a plurality of ID code sensors for obtaining the ID code of each of the packages when any at least one of the packages comes into a detectable range of the ID code sensor and for individually generating an event signal including information on the obtained ID code and a location of the ID code obtained in the card game facility; wherein at least one of the ID code sensors is installed at a storage area where the packages are stored in the card game facility, wherein at least one of the ID code reader sensors is installed in an area where each of the packages are carried in the card game facility, wherein each of the ID code sensors obtains the ID code when any one of the packages either enters or departs, or both enters and departs, the detectable range of the ID code sensor, characterized in that the system further comprises a processor for creating, based on the event signal, an event record including information on the obtained ID code, a time of the detection and a location of the detection; and a database being communicably connected to the processor, wherein the processor writes the event record into the database, and wherein the processor creates the event record periodically based on the event signals generated by the ID code sensor. a plurality of the packages of the playing cards, each having remotely readable ID code associated therewith; a plurality of ID code sensors for obtaining the ID code of each of the packages when any at least one of the packages comes into a detectable range of the ID code sensor and for individually generating an event signal including information on the obtained ID code and a location of the ID code obtained in the card game facility; wherein at least one of the ID code sensors is installed at a storage area where the packages are stored in the card game facility, wherein at least one of the ID code reader sensors is installed in an area where each of the packages are carried in the card game facility, wherein each of the ID code sensors obtains the ID code when any one of the packages either enters or departs, or both enters and departs, the detectable range of the ID code sensor, characterized in that the system further comprises a processor for creating, based on the event signal, an event record including information on the obtained ID code, a time of the detection and a location of the detection; and a database being communicably connected to the processor,