mhurhangee/ep-ind-claims huggingface dataset:
A method of transmitting by a transmitter through a propagation environment using a plurality of N transmit antennas, the method comprising: by the transmitter: transmitting symbols simultaneously on the plurality of transmit antennas using a set of modulation constellations phase offset from each other, wherein, for each transmit antenna of the plurality of transmit antennas, symbols transmitted by the transmit antenna are independent of symbols transmitted simultaneously by other transmit antennas of the plurality of transmit antennas, wherein symbols for each transmit antenna are based on distinct data sequences, wherein modulation constellations in the set of modulation constellations are based on the same modulation scheme, and characterised in that the Mth modulation constellation, used for transmitting symbols on the Mth antenna, is phase offset from the (M-1)th modulation constellation, used for transmission on the (M-1)th antenna, by a predetermined non-zero amount of phase offset that is independent of the propagation environment, where 1 < M ≤ N. by the transmitter: transmitting symbols simultaneously on the plurality of transmit antennas using a set of modulation constellations phase offset from each other, wherein, for each transmit antenna of the plurality of transmit antennas, symbols transmitted by the transmit antenna are independent of symbols transmitted simultaneously by other transmit antennas of the plurality of transmit antennas, wherein symbols for each transmit antenna are based on distinct data sequences, wherein modulation constellations in the set of modulation constellations are based on the same modulation scheme, and transmitting symbols simultaneously on the plurality of transmit antennas using a set of modulation constellations phase offset from each other, wherein, for each transmit antenna of the plurality of transmit antennas, symbols transmitted by the transmit antenna are independent of symbols transmitted simultaneously by other transmit antennas of the plurality of transmit antennas, wherein symbols for each transmit antenna are based on distinct data sequences, wherein modulation constellations in the set of modulation constellations are based on the same modulation scheme, and characterised in that the Mth modulation constellation, used for transmitting symbols on the Mth antenna, is phase offset from the (M-1)th modulation constellation, used for transmission on the (M-1)th antenna, by a predetermined non-zero amount of phase offset that is independent of the propagation environment, where 1 < M ≤ N.
Method for identifying unknown substances in an object, comprising the steps of: a) Directing a collimated X-ray beam onto the object; b) Detecting and measuring X-ray energy scattered from the object; c) Comparing the measurements of step b) to known measurements corresponding to specific substances or classes of substances to identify the unknown substances in the object; d) Detecting and measuring a function of Rayleigh intensity at a number of angles in a predetermined angular range to determine the angular course of the function of Rayleigh intensity in the angular range; Characterised in that the method further comprises the following steps: e) Determining an angle or angle interval within the angular range at which the function of Rayleigh intensity is essentially zero; and f) Identifying the unknown substances in the object by comparing the angle or angle interval determined in step e) to known angles or angle intervals at which the function of Rayleigh intensity corresponding to specific substances or classes of substances is essentially zero. a) Directing a collimated X-ray beam onto the object; b) Detecting and measuring X-ray energy scattered from the object; c) Comparing the measurements of step b) to known measurements corresponding to specific substances or classes of substances to identify the unknown substances in the object; d) Detecting and measuring a function of Rayleigh intensity at a number of angles in a predetermined angular range to determine the angular course of the function of Rayleigh intensity in the angular range; Characterised in that the method further comprises the following steps: e) Determining an angle or angle interval within the angular range at which the function of Rayleigh intensity is essentially zero; and f) Identifying the unknown substances in the object by comparing the angle or angle interval determined in step e) to known angles or angle intervals at which the function of Rayleigh intensity corresponding to specific substances or classes of substances is essentially zero. e) Determining an angle or angle interval within the angular range at which the function of Rayleigh intensity is essentially zero; and f) Identifying the unknown substances in the object by comparing the angle or angle interval determined in step e) to known angles or angle intervals at which the function of Rayleigh intensity corresponding to specific substances or classes of substances is essentially zero.
A tibial prosthetic component for a partial or unicondylar meniscal bearing knee replacement comprising a plate for forming a tibial plateau of a tibia, wherein a peripheral region of the plate has a thickness (x) of less than 3mm, preferably between 1.00 and 2.5mm, and wherein the plate comprises a length in an anterior-posterior direction, characterised in that a dimension of the plate is arranged to have a proportional relationship with a patient characteristic including patient height, BMI, and/or tibial plateau size, the dimension including a thickness of the plate in a peripheral region, wherein a ratio of a length of the plate in an antero-posterior direction to the thickness of the peripheral region is in the range 20.25 ± 1.
Process for manufacturing a packaging comprising a container, this process comprising: - an operation for forming the container by blow moulding or stretch blow moulding starting from a plastic preform; - an operation for treating an inner face of the container, during which a thin barrier layer is formed on the inner face by plasma-enhanced chemical vapour deposition, this process being characterized in that it comprises an operation for printing an outer face of the container, during which an ink is deposited on the outer face in order to form thereon a decorative and/or informative inscription, and in that the printing is carried out by inkjet. - an operation for forming the container by blow moulding or stretch blow moulding starting from a plastic preform; - an operation for treating an inner face of the container, during which a thin barrier layer is formed on the inner face by plasma-enhanced chemical vapour deposition,
A V-ribbed belt having a plurality of ribs for the engagement of a multi-grooved belt pulley, the belt having at least two different elastomer materials, characterized in that - the upper rib segments, pointing toward the belt pulley, consist of an elastomer material that is electrically non-conductive, - the lower rib segments consist of an electrically conductive elastomer material, and - the height ratio a/(a+b) of the height (a) of the lower rib segments to the overall height (a+b) of the rib, measured at the material boundary occurring at the rib flank, is at least 6%, or the absolute height (a) of the lower rib segments is at least 0.12 mm. - the upper rib segments, pointing toward the belt pulley, consist of an elastomer material that is electrically non-conductive, - the lower rib segments consist of an electrically conductive elastomer material, and - the height ratio a/(a+b) of the height (a) of the lower rib segments to the overall height (a+b) of the rib, measured at the material boundary occurring at the rib flank, is at least 6%, or the absolute height (a) of the lower rib segments is at least 0.12 mm.
A method for application of an aqueous treatment solution to the surface of a strip moving at a preset strip speed (v) in a travel direction, with the following steps: - spraying the aqueous treatment solution onto at least one rotating roll of a roll coater with a rotary sprayer having a plurality of spray rotors, which are disposed side by side in the longitudinal direction of the roll and to which the aqueous treatment solution is supplied and which are made to rotate by a spray rotor drive so that the treatment solution, driven by the centrifugal force, is sprayed in the form of a spray jet onto the surface of the roll, - applying the aqueous treatment solution to at least one surface of the strip by moving the strip at the preset strip speed past a rotating application roll of the roll coater, whereby the aqueous treatment solution is applied by the application roll in the form of a wet film onto the surface (O') of the strip, characterized in that the treatment solution is sprayed by the rotary sprayer onto a transfer roll having an axis running parallel to the axis of the application roll and a surface which is contacting the surface of the application roll. - spraying the aqueous treatment solution onto at least one rotating roll of a roll coater with a rotary sprayer having a plurality of spray rotors, which are disposed side by side in the longitudinal direction of the roll and to which the aqueous treatment solution is supplied and which are made to rotate by a spray rotor drive so that the treatment solution, driven by the centrifugal force, is sprayed in the form of a spray jet onto the surface of the roll, - applying the aqueous treatment solution to at least one surface of the strip by moving the strip at the preset strip speed past a rotating application roll of the roll coater, whereby the aqueous treatment solution is applied by the application roll in the form of a wet film onto the surface (O') of the strip,
Household appliance having a processing chamber and a support frame arranged therein, which comprises at least two vertical posts that are spaced apart from one another and at least one pair of guide rods (14, 16) that connects the two posts, which guide rods extend horizontally and are vertically spaced apart from one another, each pair comprising an upper guide rod and a lower guide rod spaced therefrom, such that an intermediate space for guiding a tray that can be inserted into the processing chamber is formed between the upper and the lower guide rod, and having a telescopic extension device which comprises a holding rail and a sliding rail for supporting a tray that can extend out of the processing chamber and which is fastened to the support frame by means of a fastening device (28, 30) that is integrally moulded or arranged on the holding rail, the fastening device (28, 30) being designed to produce a detachable connection of the holding rail to the support frame, characterised in that the rails (22, 26) of the telescopic extension device are arranged, with the exception of a raised portion and with respect to the installation position of the telescopic extension device, outside of the intermediate space formed between the upper and lower guide rods (14, 16), and in that the sliding rail comprises the raised portion having a support portion for a tray, the raised portion being arranged on the sliding rail in such a way that the support portion is positioned at a height between the upper side of the lower guide rod and the lower side of the upper guide rod.
A sampling device comprising: a lower portion comprising a sample container and a dead space passage adjacent to the sample container; a cap moveably attached with the lower portion and comprising a cutting edge configured for cutting a leaf, such that when the cap is attached to the lower portion with a leaf there between, a leaf sample is deposited into the sample container of the lower portion, the cap also comprising a dead space opening configured to receive a first pipette, wherein the cap is moveably attached to the lower portion by a lateral post extending out of the lower portion, wherein the dead space opening is open to the dead space passage, wherein the dead space passage extends through the lateral post, and wherein the cap includes a shaft configured to cooperate with the lateral post and wherein the cap includes a vent in fluid communication with the sample container such that the leaf sample is dried during transport of the sampling device, the vent being configured to receive a second pipette. a lower portion comprising a sample container and a dead space passage adjacent to the sample container; a cap moveably attached with the lower portion and comprising a cutting edge configured for cutting a leaf, such that when the cap is attached to the lower portion with a leaf there between, a leaf sample is deposited into the sample container of the lower portion, the cap also comprising a dead space opening configured to receive a first pipette, wherein the cap is moveably attached to the lower portion by a lateral post extending out of the lower portion, wherein the dead space opening is open to the dead space passage, wherein the dead space passage extends through the lateral post, and wherein the cap includes a shaft configured to cooperate with the lateral post and wherein the cap includes a vent in fluid communication with the sample container such that the leaf sample is dried during transport of the sampling device, the vent being configured to receive a second pipette.
A manipulator for medical use comprising: a hollow shaft; a wire (52, 54, 56) disposed on said shaft; and a working unit disposed at a distal end of said shaft and being driven by said wire (52, 54, 56), said working unit having a tip tool, a body and a mounting mechanism, wherein the body has a first end and a second end opposite to the first end, wherein the tip tool is positioned at the first end and includes a rolling mechanism rotatable about an axis (Or) directed to a distal end thereof, and the mounting mechanism is positioned at the second end; wherein said wire (54, 56) is fastened to a tubular member (116, 136) constituting a part of said rolling mechanism by a wire securing mechanism, said rolling mechanism is rotatable by said wire (54, 56), characterized in that a rotation identifier is provided on the body near the second end, said rotation identifier indicating a degree of rotation of said tip tool with respect to the shaft. a hollow shaft; a wire (52, 54, 56) disposed on said shaft; and a working unit disposed at a distal end of said shaft and being driven by said wire (52, 54, 56), said working unit having a tip tool, a body and a mounting mechanism, wherein the body has a first end and a second end opposite to the first end, wherein the tip tool is positioned at the first end and includes a rolling mechanism rotatable about an axis (Or) directed to a distal end thereof, and the mounting mechanism is positioned at the second end; wherein said wire (54, 56) is fastened to a tubular member (116, 136) constituting a part of said rolling mechanism by a wire securing mechanism, said rolling mechanism is rotatable by said wire (54, 56), characterized in that a rotation identifier is provided on the body near the second end, said rotation identifier indicating a degree of rotation of said tip tool with respect to the shaft.
An apparatus for delivering particulate material to a flowing stream of frozen confectionery material to provide a single serving to a consumer, the apparatus comprising: a dispenser for the particulate material; and a dispenser for providing the flowing stream of confectionery material flowing vertically downwards from an outlet, the flowing stream having an outer surface; wherein the dispenser for the particulate material comprises a particulate material deposition device for depositing the particulate material at a common particulate deposition location, and a plurality of chutes, each chute arranged to catch deposited particulate material and redirect it in a substantially horizontal direction to collide with the outer surface of the flowing stream of frozen confection, each chute beginning at the common particulate deposition location and spreading out from each other to each deposit the particulates at a different radial location around the flowing stream of frozen confectionery. a dispenser for the particulate material; and a dispenser for providing the flowing stream of confectionery material flowing vertically downwards from an outlet, the flowing stream having an outer surface; wherein the dispenser for the particulate material comprises a particulate material deposition device for depositing the particulate material at a common particulate deposition location, and a plurality of chutes, each chute arranged to catch deposited particulate material and redirect it in a substantially horizontal direction to collide with the outer surface of the flowing stream of frozen confection, each chute beginning at the common particulate deposition location and spreading out from each other to each deposit the particulates at a different radial location around the flowing stream of frozen confectionery.
An apparatus (200;300) for obtaining a core from a formation, comprising: an outer rotatable member (204;304) coupled to a drill bit (212;312) configured to drill the core from the formation; an inner member (206;306) in the outer member (204;304) configured to receive the core therein; and a sensor (218;318) configured to provide signals for measuring rotation of the inner member (206;306) when the rotating member (204;304) is rotating to drill the core from the formation, wherein the sensor (218;318) includes a target (220;320) and a sensing element; characterised in that: the target (220;320) includes a plurality of target elements (222;322). an outer rotatable member (204;304) coupled to a drill bit (212;312) configured to drill the core from the formation; an inner member (206;306) in the outer member (204;304) configured to receive the core therein; and a sensor (218;318) configured to provide signals for measuring rotation of the inner member (206;306) when the rotating member (204;304) is rotating to drill the core from the formation, wherein the sensor (218;318) includes a target (220;320) and a sensing element; characterised in that: the target (220;320) includes a plurality of target elements (222;322).
Induction sealing device for heat sealing packaging material, which packaging material comprising a base layer of fibrous material, a number of layers of heat-sealable polymeric material and an electrically conductive material, for producing sealed packages, comprising at least one inductor made of an alloy comprising silver (Ag) and copper (Cu) and provided with at least one sealing surface (12a, 12b) adapted for cooperation with the packaging material during sealing, and partly encapsulated in a supporting body, wherein the at least one sealing surface (12a, 12b) are exposed to an outer, upper surface of the supporting body, wherein the upper surface is being planar to provide a close contact with the packaging material.
Metal girder suitable for producing a constituent element of the beam of a bridge and comprising two planar flanges (3, 4), called bottom and top flanges, which are held parallel to one another by a core configured as a box of square or rectangular cross-section, characterised in that one end of the core of the girder is equipped with a male connecting member and a female connecting member arranged at mid-distance between the bottom flange and the top flange.
A composition comprising: (a) about 8 weight % of 1,1-difluoroethene (R-1132a); (b) about 40 weight % of difluoromethane (R-32); and (c) about 52 weight % of 2,3,3,3-tetrafluoropropene (R-1234yf); based on the total weight of the composition. (a) about 8 weight % of 1,1-difluoroethene (R-1132a); (b) about 40 weight % of difluoromethane (R-32); and (c) about 52 weight % of 2,3,3,3-tetrafluoropropene (R-1234yf);
An inerting system for inerting at least one fuel tank of an aircraft, said system comprising: - at least one inerting gas generator fed with bleed air diverted from at least one engine and/or with air from a passenger cabin; - distribution means for distributing inerting gas to the fuel tank(s), connected to the inerting gas generator and incorporating a measurement device for measuring the quantity of oxygen present in said inerting gas. - a sensor including a phosphorescent material, arranged in the distribution means and in contact with the inerting gas; - a light source illuminating the phosphorescent material; - measurement means for measuring the phosphorescence of the phosphorescent material; and - computation means for computing the quantity of oxygen present in the inerting gas as a function of the attenuation of the phosphorescence as measured that is directly related to the quantity of oxygen in the inerting gas. - at least one inerting gas generator fed with bleed air diverted from at least one engine and/or with air from a passenger cabin; - distribution means for distributing inerting gas to the fuel tank(s), connected to the inerting gas generator and incorporating a measurement device for measuring the quantity of oxygen present in said inerting gas. - a sensor including a phosphorescent material, arranged in the distribution means and in contact with the inerting gas; - a light source illuminating the phosphorescent material; - measurement means for measuring the phosphorescence of the phosphorescent material; and - computation means for computing the quantity of oxygen present in the inerting gas as a function of the attenuation of the phosphorescence as measured that is directly related to the quantity of oxygen in the inerting gas.
Front and rear landing gear for a helicopter with a locking device for locking the landing gear in a retracted and an extended position, with a locking cylinder which is arranged on a landing gear leg, and a locking bolt which is displaceably arranged in the locking cylinder, wherein in the retracted position and in the extended position of the landing gear the locking bolt serves to fix the landing gear leg, as well as a connecting point for interacting with the locking piston extended out of the locking cylinder, in order to fix the landing gear leg in a retracted or an extended condition.
A tapping connector for mounting on and tapping a pipe, said connector comprising a saddle part including a through-going branch opening and a spatula opening, spatula means arranged to be inserted into said saddle part to block flow through said branch opening, a clamp part, wherein that said saddle part and said clamp part are formed to encircle said pipe, said saddle part being connected to said clamp part, an upper insertion part being upper in relation to said pipe, an upper gasket arranged to encircle a through-going upper insertion opening in said upper insertion part, a lower insertion part being lower in relation to said pipe, and an lower gasket arranged to encircle a through-going lower insertion opening in said lower insertion part, wherein said upper insertion part comprising said upper gasket and said lower insertion part comprising said lower gasket are arranged in axial succession of each other in said through-going branch opening so that said branch opening is substantially aligned with said upper insertion opening and said lower insertion opening and wherein said upper gasket and said lower gasket are substantially aligned with said spatula opening so that said spatula means may be inserted between said upper gasket and said lower gasket.