mhurhangee/ep-ind-claims huggingface dataset:
An anchor for attachment to a bony structure, the anchor comprising a hook, an anchor body and a fastening system for fastening a connection member to the anchor body, wherein the anchor body has a proximal side, a distal side, a distal wall facing the hook, and a first passage, the first passage extending through the distal wall, in the proximal-distal direction, between a proximal opening and a distal opening, wherein a slot is defined between the hook and the distal wall, the slot being configured to receive a bony structure and the hook being configured to rest on the bony structure, characterized in that the anchor further comprises a retention member having a proximal end defining a seat for the connection member and a distal end, and wherein the retention member is received in the first passage and is movable relative to the anchor body, in the proximal-distal direction, from a retracted position where the proximal end of the retention member protrudes out of the proximal opening of the first passage, to a protracted position where the distal end protrudes out of the distal opening of the first passage, inside the slot.
A piston for a large four-stroke internal combustion engine, the piston is formed of a piston crown and a piston skirt fastened to one another; the piston crown having exactly three grooves for piston rings in its outer circumference including a groove for an uppermost piston ring, a top surface and a diameter Dp; the top surface having a centre area, a depressed bowl area (146") and an edge area at a level Le; the level Le being a reference level at right angles to the longitudinal axis X of the piston; the depressed bowl area (146") having a bottom below the level Le of the edge area, and the centre area is a raised centre area extending above the edge area at a distance Hc from the reference level Le, the piston crown further having a top land between the groove for the uppermost piston ring and the level Le of the edge area, characterized in the top land having a thickness HI between the groove for the uppermost piston ring and level Le of the edge area, the thickness HI being 3... 10 % of the diameter Dp.
A fixing structure for a fishing line guide mounted on a fishing rod, the fixing structure comprising: a fishing line guide including an opening for guiding a fishing line and a circular portion having an insertion hole through which the fishing rod (1, 7) is to be passed; and two fixing pipes (15A, 15B) contacting a front surface and a rear surface of the circular portion of the fishing line guide so as to fix the fishing line guide on the fishing rod (1, 7), characterized in that the circular portion of the fishing line guide and end surfaces of the fixing pipes (15A, 15B) contacting the circular portion are inclined, in a side view, at a same angle with respect to a vertical plane orthogonal to an axial direction of the fishing rod (1, 7), and the fishing line guide is squeezed between the two fixing pipes (15, 15A, 15B) and fixed on the fishing rod (1, 7). a fishing line guide including an opening for guiding a fishing line and a circular portion having an insertion hole through which the fishing rod (1, 7) is to be passed; and two fixing pipes (15A, 15B) contacting a front surface and a rear surface of the circular portion of the fishing line guide so as to fix the fishing line guide on the fishing rod (1, 7), characterized in that the circular portion of the fishing line guide and end surfaces of the fixing pipes (15A, 15B) contacting the circular portion are inclined, in a side view, at a same angle with respect to a vertical plane orthogonal to an axial direction of the fishing rod (1, 7), and the fishing line guide is squeezed between the two fixing pipes (15, 15A, 15B) and fixed on the fishing rod (1, 7).
A method performed by a wireless device for validating one or more parameters, the method comprising: obtaining information about measurement change for validating the one or more parameters; obtaining information about a number of thresholds and associated thresholds used for validating the one or more parameters; and performing parameter validation based on the obtained information; wherein a value of K is an integer and each threshold is associated with a certain value range that the wireless device uses for validating the parameter. obtaining information about measurement change for validating the one or more parameters; obtaining information about a number of thresholds and associated thresholds used for validating the one or more parameters; and performing parameter validation based on the obtained information; wherein a value of K is an integer and each threshold is associated with a certain value range that the wireless device uses for validating the parameter.
A method for wireless communication at a user equipment, UE, comprising: receiving, from a base station, a group identifier of the UE; performing one or more instances of a UE-to-UE measurement procedure; and transmitting a feedback message to the base station based at least in part on the UE-to-UE measurement procedure, wherein the group identifier of the UE is based at least in part on the feedback message; receiving, from the base station, an indication of one or more group identifiers associated with scheduled communications with the base station during a time period; contending, if the group identifier of the UE is in the one or more group identifiers received from the base station, for access to a set of autonomous uplink, AUL, resources during the time period; and performing, based at least in part on the contending, an AUL transmission to the base station using the set of autonomous uplink resources. receiving, from a base station, a group identifier of the UE; performing one or more instances of a UE-to-UE measurement procedure; and transmitting a feedback message to the base station based at least in part on the UE-to-UE measurement procedure, wherein the group identifier of the UE is based at least in part on the feedback message; receiving, from the base station, an indication of one or more group identifiers associated with scheduled communications with the base station during a time period; contending, if the group identifier of the UE is in the one or more group identifiers received from the base station, for access to a set of autonomous uplink, AUL, resources during the time period; and performing, based at least in part on the contending, an AUL transmission to the base station using the set of autonomous uplink resources.
A blood processing filter (1A; 1B; 1C; 1D) comprising a flexible container (2A; 2B; 2C; 2D) having an inlet and an outlet for blood, a sheet-like filter media that is assembled in the flexible container, a seal part (6; 21; 27; 55) that seals the flexible container and the filter media to form an effective filtration portion of the filter media, a partition part (7; 23; 28; 29; 52) that seals the flexible container and the filter media to partition the effective filtration portion into a plurality of areas; wherein the seal part and the partition part cooperate with the filter media to divide inside of the flexible container into three or more internal spaces (51-53; 54-56; 57-510; 511-513) including an inlet spaced (51; 54; 57; 511) that communicates with the inlet, and an outlet space (52; 55; 510; 512) that communicates with the outlet, and also form, as a blood channel, a channel r (RA; RB; RC; RD) that passes through each of three or more of the internal spaces and also passes multiple times through the filter media.
An LED illumination device, comprising at least two light-emitting modules in serial connection, wherein the light-emitting module comprises a circuit board and at least one LED chip arranged on the circuit board, wherein the circuit board comprises a first superimposed portion and a second superimposed portion at two opposite ends of the circuit board, wherein a first electrical connection surface is formed in the first superimposed portion, and a second electrical connection surface is formed in the second superimposed portion, wherein the first superimposed portion of the circuit board of one of the light-emitting modules at least partially overlaps the second superimposed portion of the circuit board of an adjacent light-emitting module, and the first electrical connection surface of the circuit board of one of the light-emitting modules is in electrical connection with the second electrical connection surface of the circuit board of an adjacent light-emitting module, wherein the first superimposed portion is formed as a first step-like structure, the second superimposed portion is formed as a second step-like structure, the first step-like structure of the circuit board of one of the light-emitting modules is complementary to the second step-like structure of the circuit board of an adjacent light-emitting module, such that connection portions of the circuit boards of the adjacent light-emitting modules are flush with each other in an overlapping region, wherein the first step-like structure and the second step-like structure respectively comprise a first abutment surface (A1, B1) in parallel with the mounting surface of the circuit board and a second abutment surface (A2, B2) perpendicular to the mounting surface, wherein the first abutment surface (A1, B1) and the second abutment surface (A2, B2) form connection surfaces between the circuit boards, characterized in that the first abutment surface (A1, B1) is designed in a square shape, in that the circuit board comprises a basic material layer, an insulating layer arranged on the basic material layer, a first conductive layer arranged on the insulating layer, and a second conductive layer arranged on the first conductive layer, in that the circuit board comprises an electrical connection structure, wherein the electrical connection structure includes a conductive column, one end of the conductive column being in electrical connection with the second conductive layer and/or the first conductive layer, and a free end surface of the other end of the conductive column constituting at least a portion of the first abutment surface (A1, B1) and forming the first electrical connection surface or the second electrical connection surface, and in that the electrical connection structure further includes an insulating wall surrounding a circumferential surface of the conductive column, such that the conductive column is electrically isolated from the basic material layer.
One or more computer-readable storage devices comprising computer-readable instructions that, responsive to execution by one or more processors, perform operations comprising: receiving, at a computing device with which a user has not been known to have previously interacted, an identifier associated with the user; determining, based on the identifier, multiple applications associated with the user; receiving metadata of one or more uninstalled applications of the multiple applications, the metadata having an indicator for at least one of - identifying an application of the one or more uninstalled applications, - a link to new or all content for the application, - a universal resource locator, URL, to retrieve content for the application, - a frequency at which to retrieve content for the application, or - a format in which to present content for the application; based on the information included in the indicator, retrieving content associated with the one or more uninstalled applications of the multiple applications, the one or more uninstalled applications not installed on the computing device; and presenting, within live tiles associated with the one or more uninstalled applications through a user interface associated with the user, the content retrieved, selecting a live tile to be presented from the live tiles and configuring a layout of the live tile matching user preferences. receiving, at a computing device with which a user has not been known to have previously interacted, an identifier associated with the user; determining, based on the identifier, multiple applications associated with the user; receiving metadata of one or more uninstalled applications of the multiple applications, the metadata having an indicator for at least one of - identifying an application of the one or more uninstalled applications, - a link to new or all content for the application, - a universal resource locator, URL, to retrieve content for the application, - a frequency at which to retrieve content for the application, or - a format in which to present content for the application; - identifying an application of the one or more uninstalled applications, - a link to new or all content for the application, - a universal resource locator, URL, to retrieve content for the application, - a frequency at which to retrieve content for the application, or - a format in which to present content for the application; based on the information included in the indicator, retrieving content associated with the one or more uninstalled applications of the multiple applications, the one or more uninstalled applications not installed on the computing device; and presenting, within live tiles associated with the one or more uninstalled applications through a user interface associated with the user, the content retrieved, selecting a live tile to be presented from the live tiles and configuring a layout of the live tile matching user preferences.
A piston ring comprising a hard carbon film formed on at least an outer peripheral sliding surface of a piston ring base material; the hard carbon film being a laminated film comprising a plurality of layers, and containing boron within a range of an atomic density of 0.2 × 10 22 atoms/cm 3 to 2.0 × 10 22 atoms/cm 3 inclusive, wherein individual layers being the plurality of layers are formed by repeatedly changing the film-forming conditions, the hard carbon film has an sp 2 component ratio within a range of 40% to 80% inclusive, measured in a TEM-EELS spectrum formed by combining electron energy loss spectroscopy (EELS) with a transmission electron microscope, and an amount of macroparticles appearing on a surface of the hard carbon film is within a range of 0.1% to 10% inclusive by area ratio. the hard carbon film being a laminated film comprising a plurality of layers, and containing boron within a range of an atomic density of 0.2 × 10 22 atoms/cm 3 to 2.0 × 10 22 atoms/cm 3 inclusive, wherein individual layers being the plurality of layers are formed by repeatedly changing the film-forming conditions, the hard carbon film has an sp 2 component ratio within a range of 40% to 80% inclusive, measured in a TEM-EELS spectrum formed by combining electron energy loss spectroscopy (EELS) with a transmission electron microscope, and an amount of macroparticles appearing on a surface of the hard carbon film is within a range of 0.1% to 10% inclusive by area ratio.
ANi-based brazing composition consisting of, in mass %, 1.0% or more and 1.3% or less of B, 4.0% or more and 6.0% or less of Si, more than 0% to 25% or less by mass of Cr, more than 0% to 15% or less by mass of Co more than 0% to 4.0% or less by mass of Al, more than 0% to 4.0% or less by mass of Ta, and the balance of Ni and unavoidable impurities.
A portable laminating machine for hot stamping license plates, applicable for hot stamping characters on license plates, particularly alphanumerical characters or signs included in said plates which may be smooth or have been previously subjected to an embossing process for creating embossed characters or signs, by means of temperature and pressure transmission through a bag or film containing dyes, paints, or heat-transferable metalized compounds, characterized in that the machine is formed as a structure of a portable nature comprising a metallic frame with a rectangular prismatic configuration in which there are coupled an upper base having a flat surface and made of a plastic material for positioning the plate to be stamped, and a metallic side base constituting a laminating housing comprising therein, protected by a first collapsible lid, at least one main laminating roller with a silicone surface and rotating when actuated by a motor coupled to one end thereof, and thermal resistors coupled on the inner face of the lid such that they cover the roller when the lid is in a closed position; with there being a first switch actuating the motor, a second switch connecting the thermal resistors, a temperature controller, and a temperature sensor located next to the roller.
Device set intended for installing and/or removing a sensor which is to be positioned or is positioned in the flow cross section of a pressurized underground fluid conduit, with feeding of the sensor through a through-hole which is present in the tube wall of the fluid conduit and over which a tube port is arranged, which tube port can be sealed off from the outside by means of a shut-off element, wherein the device set comprises: a) a first gripper tool with an adapter piece arranged at the bottom; b) a sensor unit composed of a docking bell which is provided for releasably connecting to the adapter piece, the sensor, a rod part which extends from the sensor, a tensioner which can be secured on the rod part, and a cable which extends from the rod part; and c) a second gripper tool which is intended for insertion into the first gripper tool, in order to receive the rod part and the cable and to grasp the tensioner with its claw which is arranged at the bottom. a) a first gripper tool with an adapter piece arranged at the bottom; b) a sensor unit composed of a docking bell which is provided for releasably connecting to the adapter piece, the sensor, a rod part which extends from the sensor, a tensioner which can be secured on the rod part, and a cable which extends from the rod part; and c) a second gripper tool which is intended for insertion into the first gripper tool, in order to receive the rod part and the cable and to grasp the tensioner with its claw which is arranged at the bottom.
A computerized method performed by a first device comprising receiving, in the first device, identification information on one or more second devices (1, 2, 3) reachable by the first device via a local connection network; obtaining, in the first device, identification information from a database, on one or more third devices (11,12,13,14,15) trusting at least one second device of said one or more second devices; outputting, in the first device, the identification information on said one or more third devices; receiving, in the first device, a user input indicating a third device selected by a user based on the outputted identification information on said one or more third devices; causing, in the first device, performing a two-way ad-hoc connection pairing via said local connection network to a second device trusted by the selected third device; causing establishing a connection from the first device to the selected third device via said second device trusted by the selected third device; wherein the third device (11, 12, 13, 14, 15) comprises an industrial device, wherein the industrial device is an industrial automation device selected from a group consisting of a drive, frequency converter, AC/DC converter, DC/AC converter, DC/DC converter, programmable logic controller, switch, motion controller, motion drive, servo motor, and soft starter.
Switching device, in particular DC switching device, with at least one electrical input and at least one electrical output, and with at least one first switching contact and a movable switching bridge, wherein the switching device further comprises an arc extinguishing arrangement with at least one arc extinguishing chamber, wherein a U-shaped yoke is arranged in regions externally around at least one arc extinguishing chamber, characterised in that at least one first leg of the U-shaped yoke has a predeterminable plurality of apertures which are provided or arranged to allow a view of the interior of the arc extinguishing arrangement.
An antenna-and-cable connection-state verification device, comprising: - an antenna mounted on an inner side of a frame of an electric apparatus, for receiving a signal generated due to partial discharge from the electric apparatus; - a first coaxial cable connected to the antenna on an inner side of the frame, for transmitting the signal received by the antenna; - a second coaxial cable placed on an outer side of the frame, for transmitting the signal received by the antenna; - a penetration terminal being attached on the frame to pass through the frame and connecting the first coaxial cable to the second coaxial cable, for transmitting the signal therethrough; and - a detection unit for detecting the signal received by the antenna by way of the first coaxial cable, the penetration terminal and the second coaxial cable, wherein the device is adapted to verify connection states of the antenna and the first coaxial cable, by measuring, from an outer side of the frame, a combined capacitance of the antenna and the first coaxial cable mounted on an inner side of the frame, wherein the combined capacitance is determined as two capacitors connected in parallel. - an antenna mounted on an inner side of a frame of an electric apparatus, for receiving a signal generated due to partial discharge from the electric apparatus; - a first coaxial cable connected to the antenna on an inner side of the frame, for transmitting the signal received by the antenna; - a second coaxial cable placed on an outer side of the frame, for transmitting the signal received by the antenna; - a penetration terminal being attached on the frame to pass through the frame and connecting the first coaxial cable to the second coaxial cable, for transmitting the signal therethrough; and - a detection unit for detecting the signal received by the antenna by way of the first coaxial cable, the penetration terminal and the second coaxial cable, wherein the device is adapted to verify connection states of the antenna and the first coaxial cable, by measuring, from an outer side of the frame, a combined capacitance of the antenna and the first coaxial cable mounted on an inner side of the frame, wherein the combined capacitance is determined as two capacitors connected in parallel.
Lifting mast for an industrial truck with two load-carrying means (28, 30), which has a pair of outer mast profiles (12a, 12b) and a pair of inner mast profiles (24a, 24b), which are arranged movably in the outer mast profiles (12a, 12b) and are height-adjustable via a mast lifting unit, a free-lifting unit being provided, characterised in that a lower load-bearing means is connected to the inner mast profiles (24a, 24b) and can be adjusted in height via the mast lifting unit and an upper load-bearing means is mounted in the inner mast profiles (24a, 24b) and can be adjusted in height via the free-lifting unit.