mhurhangee/ep-ind-claims huggingface dataset:
A metamaterial device, comprising: a dielectric substrate having a first surface and a second, different surface; a first metallization layer formed on the first surface; and a second metallization layer formed on the second surface, wherein the first and second metallization layers are patterned to have two or more conductive parts to form a composite left and right handed (CRLH) metamaterial structure that comprises a unit cell which is free of a conductive via penetrating the dielectric substrate to connect the first metallization layer and the second metallization layer, characterized in that the two or more conductive parts include: a first ground electrode formed on the first surface; a cell patch formed on the first surface; a via line formed on the first surface, the via line coupling the cell patch with the first ground electrode; and a feed line formed on the second surface, the feed line electromagnetically coupled to the cell patch through a portion of the dielectric substrate sandwiched between the feed line and the cell patch to direct an antenna signal to or from the cell patch. a dielectric substrate having a first surface and a second, different surface; a first metallization layer formed on the first surface; and a second metallization layer formed on the second surface, wherein the first and second metallization layers are patterned to have two or more conductive parts to form a composite left and right handed (CRLH) metamaterial structure that comprises a unit cell which is free of a conductive via penetrating the dielectric substrate to connect the first metallization layer and the second metallization layer, characterized in that the two or more conductive parts include: a first ground electrode formed on the first surface; a cell patch formed on the first surface; a via line formed on the first surface, the via line coupling the cell patch with the first ground electrode; and a feed line formed on the second surface, the feed line electromagnetically coupled to the cell patch through a portion of the dielectric substrate sandwiched between the feed line and the cell patch to direct an antenna signal to or from the cell patch. a first ground electrode formed on the first surface; a cell patch formed on the first surface; a via line formed on the first surface, the via line coupling the cell patch with the first ground electrode; and a feed line formed on the second surface, the feed line electromagnetically coupled to the cell patch through a portion of the dielectric substrate sandwiched between the feed line and the cell patch to direct an antenna signal to or from the cell patch.
System for the modification of a human or animal bone with a two-dimensionally extending lifting/pressing element which is provided for introduction between the periosteum of the bone to be treated and the underlying bone or the connective tissue above it, and is made of a plastic matrix in which magnetic or magnetisable particles are embedded, and with a control element assigned thereto, wherein the control element is designed to apply a magnetic pressure or tensile form on the lifting/pressing element that is selected in such a way that taking into consideration the magnetisation of the lifting/pressing element, the resulting bone distraction is around 0.5 mm per day.
Charging station for a trolleybus, which comprises a current collector having two current collector heads having contact shoes for making contact with a direct-current-carrying trolley wire during operation, at least one drive motor for driving a drive axle and an energy store for the intermediate storage of electrical energy that is drawn by means of the current collector, wherein the charging station comprises a power supply and two contact elements conductively connected thereto for making contact with the two current collector heads, characterized in that the contact elements are embodied and arranged in such a way that, when the trolleybus is in the charging station in the charging position, a conductive connection is formed between the contact elements and metal surface regions of the current collector heads outside of the contact shoes.
Digital nonlinear corrector of an active magnetic bearing receiving an input signal x(t) and outputting an output control signal u(t) for controlling the position of said active magnetic bearing, the input signal being digitalized by an analog-to-digital converter circuit and provided to an adder, characterized in that it comprises a closed control loop delivering an intermediary sequence of numbers y[kT] and having a direct branch comprising a first proportional gain circuit and a feedback branch comprising a series connection of a low-pass filter and a dead zone circuit, such that said low-pass filter is activated when determined upper and lower values of said output control signal are reached, the output control signal reproducing the input signal when these determined upper and lower values are not reached.
A method of producing a substrate having a decorated surface, the method comprising: providing two or more pluralities of coloured particles having an initial colour and an exposed surface comprising one or more polymer, wherein the coloured particles have a melt flow index, MFI, of up to about 50, and wherein the coloured particles of each plurality of coloured particles differ in composition or a physical property or characteristic; providing a substrate having an exposed surface to be decorated comprising one or more polymers; bringing into contact said two or more pluralities of coloured particles and said exposed surface to be decorated; and exposing said coloured particles and/or said exposed surface to be decorated to a temperature and pressure sufficient to cause said coloured particles to fuse into or fuse to or coalesce with said exposed surface to be decorated, said temperature and pressure being controlled over a period of time to thereby produce a substrate having a decorated surface. providing two or more pluralities of coloured particles having an initial colour and an exposed surface comprising one or more polymer, wherein the coloured particles have a melt flow index, MFI, of up to about 50, and wherein the coloured particles of each plurality of coloured particles differ in composition or a physical property or characteristic; providing a substrate having an exposed surface to be decorated comprising one or more polymers; bringing into contact said two or more pluralities of coloured particles and said exposed surface to be decorated; and exposing said coloured particles and/or said exposed surface to be decorated to a temperature and pressure sufficient to cause said coloured particles to fuse into or fuse to or coalesce with said exposed surface to be decorated, said temperature and pressure being controlled over a period of time to thereby produce a substrate having a decorated surface.
A method of wireless communications, comprising: receiving, from a network entity, an indication including: a duration of at least one of one or more first transmission opportunities or one or more second transmission opportunities within at least one frame, and a priority for each of a first operator and a second operator on each of the one or more first or second transmission opportunities; and transmitting the at least one frame, wherein the frame includes a first acquisition interval associated with the first operator and the one or more first transmission opportunities having a guarantee interval (510, 512) for the first operator, and a second acquisition interval associated with the second operator different from the first operator and the one or more second transmission opportunities having a guarantee interval (514, 516) for the second operator, the first acquisition interval and the one or more first transmission opportunities non-overlapping with the second acquisition interval and the one or more second transmission opportunities, wherein the first acquisition interval is adjacent to the second acquisition interval and followed by the one or more first transmission opportunities and the one or more second transmission opportunities. a duration of at least one of one or more first transmission opportunities or one or more second transmission opportunities within at least one frame, and a priority for each of a first operator and a second operator on each of the one or more first or second transmission opportunities; and transmitting the at least one frame, wherein the frame includes a first acquisition interval associated with the first operator and the one or more first transmission opportunities having a guarantee interval (510, 512) for the first operator, and a second acquisition interval associated with the second operator different from the first operator and the one or more second transmission opportunities having a guarantee interval (514, 516) for the second operator, the first acquisition interval and the one or more first transmission opportunities non-overlapping with the second acquisition interval and the one or more second transmission opportunities, wherein the first acquisition interval is adjacent to the second acquisition interval and followed by the one or more first transmission opportunities and the one or more second transmission opportunities.
Laser (12,18) with a laser resonator, the laser resonator comprising a non-linear optical loop mirror (1, 1'), NOLM, which is adapted to guide counter-propagating portions of laser pulses, and to bring the counter-propagating portions of laser pulses into interference with each other at an exit point of the NOLM (1, 1'), wherein the non-linear optical loop mirror (1, 1') comprises a non-reciprocal optical element (7, 7'), characterised in that the NOLM (1, 1') comprises a loop section as well as a linear section, on which linear section the laser pulse portions counter-propagating through the NOLM (1, 1') travel collinearly, the linear section of the NOLM (1, 1') being defined between a first and a second polarising beam splitter (26, 29), wherein the non-reciprocal optical element (7, 7') is arranged in the linear section of the NOLM (1, 1'), and the first polarising beam splitter defines the exit point of the NOLM (1, 1').
Joint prosthesis with removal device comprising a first portion suitable to be implanted in a bone structure and suitable to couple with a second portion which houses within it a removal element suitable to interact with at least one of said first and second portions (10, 50); said removal element, being configured to be operated in translation with respect to the second portion, and to generate a detachment force such as to uncouple the first portion from the second portion of the joint prosthesis; said second portion comprising a medial stem part, having a cylindrical shape with an axial cavity (51.4), and a side part, having a substantially elliptical section and presenting a medial face (52.2) and a side face (52.1), the removal element being contained, at least partially, inside the axial cavity (51.4) of the second portion and has a coupling area (70.6) configured to couple with an attachment device, said coupling area being contained inside a housing area (52.3) of the second portion; wherein the medial stem part has a lower end (51.6), open to ensure access to said axial cavity (51.4), and an upper end (51.5), closed and integrally connected to the medial face (52.2) of the side part when the joint prosthesis is in use.
A method for receiving broadcastdata at a user equipment, UE, within a wireless communications system, the method comprising: detecting if a single frequency network mode is being employed; using a long cyclic prefix for decoding a primary broadcast channel, if the single frequency network mode is detected; and using a short cyclic prefix and a parsed downlink reference structure signal for decoding the primary broadcast channel, if the single frequency network mode is not detected. detecting if a single frequency network mode is being employed; using a long cyclic prefix for decoding a primary broadcast channel, if the single frequency network mode is detected; and using a short cyclic prefix and a parsed downlink reference structure signal for decoding the primary broadcast channel, if the single frequency network mode is not detected.
Arrangement for a rock grouting equipment for positioning at least one cartridge, wherein the arrangement comprises at least one magazine arranged around a horizontally arranged axis, and intended to comprise a plurality of said cartridges, said magazine comprising at least one compartment, in which compartment a plurality of said cartridges are placed, characterized in that the arrangement further comprises at least one in relation to the horizontally arranged axis in radial direction extending catching organ (3, 14), wherein said catching organ (3, 14) is arranged to perform a rotating movement around the horizontally arranged axis, and wherein said catching organ (3, 14) is arranged and formed such that it, during said rotating movement, catches at least one of said cartridges at a periphery of the magazine. at least one magazine arranged around a horizontally arranged axis, and intended to comprise a plurality of said cartridges, said magazine comprising at least one compartment, in which compartment a plurality of said cartridges are placed, characterized in that the arrangement further comprises at least one in relation to the horizontally arranged axis in radial direction extending catching organ (3, 14), wherein said catching organ (3, 14) is arranged to perform a rotating movement around the horizontally arranged axis, and wherein said catching organ (3, 14) is arranged and formed such that it, during said rotating movement, catches at least one of said cartridges at a periphery of the magazine.
A support plate system for a gas turbine engine comprising: a gas turbine engine casing having an annular casing wall defining a center axis, a flange extending from the annular casing wall radially outwardly to an outer flange wall, the flange having a plurality of flange holes radially inward of the outer flange wall, each of the plurality of flange holes having a hole center axis; and a support plate comprising: a body having a first side and a second side opposite the first side, the body extending between an outer end and an inner end and defining a center axis of the support plate; a support plate hole extending through the body between the first and second sides (32M, 320) and about the center axis; an anti-rotation rib on one or both of the first and second sides (32M, the anti-rotation rib abutting the outer flange wall; characterised in that the anti-rotation rib is disposed radially outwardly of the support plate hole; and the support plate is further comprising a misalignment tab extending radially outwardly from the anti-rotation rib at the outer end, the misalignment tab configured to prevent the center axis of the support plate from aligning with the hole center axis of an associated one of the plurality of flange holes when the support plate is incorrectly oriented with respect to the flange. a gas turbine engine casing having an annular casing wall defining a center axis, a flange extending from the annular casing wall radially outwardly to an outer flange wall, the flange having a plurality of flange holes radially inward of the outer flange wall, each of the plurality of flange holes having a hole center axis; and a support plate comprising: a body having a first side and a second side opposite the first side, the body extending between an outer end and an inner end and defining a center axis of the support plate; a support plate hole extending through the body between the first and second sides (32M, 320) and about the center axis; an anti-rotation rib on one or both of the first and second sides (32M, the anti-rotation rib abutting the outer flange wall; a body having a first side and a second side opposite the first side, the body extending between an outer end and an inner end and defining a center axis of the support plate; a support plate hole extending through the body between the first and second sides (32M, 320) and about the center axis; an anti-rotation rib on one or both of the first and second sides (32M, the anti-rotation rib abutting the outer flange wall;
An arrangement for a rock bolt that is intended to be embedded in grout in a borehole, where the rock bolt is equipped with a longitudinal tube with a passage and a monitoring arrangement designed to be connected to the rock bolt, characterised in that an extended electrically conducting sensor that is introduced into the passage of the tube and that the sensor is connected with an anchoring end of the rock bolt in order to form an electrically conducting connection, that an electrically conducting circuit is formed through the connection of the rock bolt, the sensor and the monitoring arrangement, and that the monitoring arrangement demonstrates evaluation means intended to evaluate presence of changes in condition of the bolt, and signalling means designed for the signalling of the condition of the bolt.
A method to combine on a double selection circular knitting machine in a single fabric having a first and a second outer layer, an air circulating construction, which connects the outer layers combined, with a double-knit construction, said method comprising; - a first selection of needles for knitting the first outer layer of the fabric; - a second selection of needles for knitting the second outer layer of the fabric; - a third selection of needles to introduce a connection yarn into the fabric and - adding a lay-in or filler yarn in between the two outer layers of the fabric, said method being characterized in that - the connection yarn is connecting the outer layers in the air circulating construction and floating and/or knitted to only one of the outer layers in the double-knit construction; and in that - the lay-in yarn is lying loose between the outer layers in the double-knit construction and grouped through the connection yarn in the air circulating construction by means of tuck or tuck/miss combinations, such that no filling yarns lay inside ventilation holes present within the air circulating construction. - a first selection of needles for knitting the first outer layer of the fabric; - a second selection of needles for knitting the second outer layer of the fabric; - a third selection of needles to introduce a connection yarn into the fabric and - adding a lay-in or filler yarn in between the two outer layers of the fabric, said method being characterized in that - the connection yarn is connecting the outer layers in the air circulating construction and floating and/or knitted to only one of the outer layers in the double-knit construction; and in that - the lay-in yarn is lying loose between the outer layers in the double-knit construction and grouped through the connection yarn in the air circulating construction by means of tuck or tuck/miss combinations, such that no filling yarns lay inside ventilation holes present within the air circulating construction.
System comprising a display rack, wherein the display rack comprises multiple shelves (2', 2", 2"', 2"") and a base for supporting the shelves, wherein each of the shelves comprises a sensor mat comprising a lattice of load sensors, wherein the base is configured for measuring a total weight, wherein the total weight includes weights of any objects positioned on the shelves, characterized in that, the system is configured for determining object addition or removal event data based on in time corresponding changes of: - total weight measured at the base; and - binary load status of multiple load sensors of a sensor mat of the display rack, wherein a binary load status of a load sensor indicates whether the load sensor at least in part supports an object or not, wherein the object addition or removal event data comprises: - an object weight based on said change of total weight measured at the base; and - an object support shape and an object location both based on said change of binary load status of multiple load sensors of said sensor mat of the display rack. - total weight measured at the base; and - binary load status of multiple load sensors of a sensor mat of the display rack, wherein a binary load status of a load sensor indicates whether the load sensor at least in part supports an object or not, - an object weight based on said change of total weight measured at the base; and - an object support shape and an object location both based on said change of binary load status of multiple load sensors of said sensor mat of the display rack.
A recording apparatus comprising: a housing with a recording unit that is configured to record onto a recording medium, the housing having a first medium path through which the recording medium is configured to pass; and a medium support part slidable with respect to the housing in a sliding direction, the medium support part having a second medium path through which the recording medium is configured to pass, with the second medium path being configured to connect with the first medium path, wherein a wall of the first medium path on one side in the sliding direction and a wall of the second medium path on the other side in the sliding direction are arranged not to contact each other while the medium support part slides towards the one side in the sliding direction, the recording medium is configured to pass through the first and second medium paths (30, 60) while the medium support part is located at a stowed position, and a portion of a wall of the second medium path on the one side in the sliding direction is disposed on the other side in the sliding direction with respect to a portion of the wall of the first medium path on the one side in the sliding direction while the medium support part is located at the stowed position, with the portions of the walls (31, 61) of the first and second medium paths (30, 60) being configured to overlap each other in a side view, characterized in that the first and second medium paths have openings (30a, 60a) that are at least partially disposed on a sliding plane defined between the housing and the medium support part. a housing with a recording unit that is configured to record onto a recording medium, the housing having a first medium path through which the recording medium is configured to pass; and a medium support part slidable with respect to the housing in a sliding direction, the medium support part having a second medium path through which the recording medium is configured to pass, with the second medium path being configured to connect with the first medium path, wherein a wall of the first medium path on one side in the sliding direction and a wall of the second medium path on the other side in the sliding direction are arranged not to contact each other while the medium support part slides towards the one side in the sliding direction, the recording medium is configured to pass through the first and second medium paths (30, 60) while the medium support part is located at a stowed position, and a portion of a wall of the second medium path on the one side in the sliding direction is disposed on the other side in the sliding direction with respect to a portion of the wall of the first medium path on the one side in the sliding direction while the medium support part is located at the stowed position, with the portions of the walls (31, 61) of the first and second medium paths (30, 60) being configured to overlap each other in a side view, characterized in that the first and second medium paths have openings (30a, 60a) that are at least partially disposed on a sliding plane defined between the housing and the medium support part.