mhurhangee/ep-ind-claims huggingface dataset:
A high performance planing hull with drives of fixed or non-steerable type and provided with a trim tab system including an additional central volume which is integrated in the end part of the stern of the hull, said additional central volume extending beyond the transom in a substantially longitudinal direction and being symmetrical with respect to the longitudinal plane of symmetry of said hull, wherein two movable trim tabs are installed at the sides of said additional volume, characterized in that said additional volume is provided in the lower part thereof with two mutually inclined consecutive flat surfaces (11, 12), and wherein the rear surface is inclined downward by an acute angle (α) mesured respect to the horizontal.
Method for separating air by cryogenic distillation in a set of columns comprising a first column operating at a first pressure, a second column operating at a second pressure which is lower than the first pressure and a third column operating at a third pressure which is lower than the second pressure wherein: i) compressed, purified and cooled air is sent to the first column where it is separated to form an oxygen-enriched liquid and a nitrogen-enriched gas, ii) a portion of the nitrogen-enriched gas from the first column is condensed in an evaporator-condenser of a tank of the second column, iii) oxygen-enriched liquid is sent from the first column to the second column, iv) an oxygen-enriched liquid is sent from the tank of the second column to the third column, v) a nitrogen-enriched gas is sent from the head of the second column to a first evaporator-condenser of the third column where it is condensed, with the condensed liquid being sent back to the second column, vi) a nitrogen-enriched gas is withdrawn at the head of the third column, vii) a liquid containing at least 85% oxygen is withdrawn at the tank of the third column, pressurised and vaporised in order to form a gaseous product containing at least 85% oxygen, and wherein the first evaporator-condenser of the third is an evaporator-condenser arranged at an intermediate point of the third column, the third column has a second evaporator-condenser which is an evaporator-condenser of a tank, the evaporator-condenser of the second column is the only evaporator-condenser present in the second column, the head gas of the first column is sent to the evaporator-condenser of the second column without having been compressed, possibly nitrogen gas is withdrawn at the head of the first column and heated in order to form a product of the method, characterised in that a nitrogen-enriched gas from the second column is compressed in a compressor having an inlet temperature which is lower than the ambient temperature and sent to the second evaporator-condenser to be condensed therein, possibly a nitrogen-enriched liquid is pressurised then sent from the head of the second column to the head of the first column i) compressed, purified and cooled air is sent to the first column where it is separated to form an oxygen-enriched liquid and a nitrogen-enriched gas, ii) a portion of the nitrogen-enriched gas from the first column is condensed in an evaporator-condenser of a tank of the second column, iii) oxygen-enriched liquid is sent from the first column to the second column, iv) an oxygen-enriched liquid is sent from the tank of the second column to the third column, v) a nitrogen-enriched gas is sent from the head of the second column to a first evaporator-condenser of the third column where it is condensed, with the condensed liquid being sent back to the second column, vi) a nitrogen-enriched gas is withdrawn at the head of the third column, vii) a liquid containing at least 85% oxygen is withdrawn at the tank of the third column, pressurised and vaporised in order to form a gaseous product containing at least 85% oxygen,
A saw blade, comprising a generally circular blade base body, and a plurality of teeth (101a, 101b), extending radially from the base body, wherein the teeth (101a, 101b) are alternatingly set towards opposing axial directions of the saw blade, such that each tooth presents a respective tooth plane, which is angled relative to a base body plane, wherein the teeth (101a, 101b) present a respective first cutting edge (102a, 102b), extending along a radially distal edge portion of the respective tooth, along a length of the tooth, as seen in a direction of rotation of the saw blade, wherein the radially distal edge portion of the respective tooth presents a first bevel, providing a first bevel surface which is non-perpendicular relative to the tooth plane, characterized in that the radially distal edge portion presents, at a radially outermost portion thereof, a hard portion having greater hardness than the base body, and the hard portion extends more than 0.05 mm and less than 1.5 mm, preferably less than 1 mm or less than 0.5 mm, radially inwardly from the radially distal edge of the tooth (101a, 101b).
Golf club head, in particular golf putter head, with a blade part with a blade surface and with two brackets starting opposite the blade surface from the side end sections of the blade part and crossing each other without contacting, characterised in that the blade part is a monopart together with the brackets made of a high-strength aluminium alloy.
Random clock generator which comprises: - a clock signal input which receives a master clock signal (MClk) consisting of a series of regular and regularly spaced pulses, - a clock signal reduction circuit which receives the master clock signal and an integer N and provides an output signal corresponding to a train of N pulses every M clock pulses, M being an integer greater than 1 and N being an integer greater than 1 and less than or equal to M, characterized in that it also comprises: - a number generator (102, 103) which provides a new number N to the clock signal reduction circuit every P pulses of a master clock signal, N and/or P being randomly produced. - a clock signal input which receives a master clock signal (MClk) consisting of a series of regular and regularly spaced pulses, - a clock signal reduction circuit which receives the master clock signal and an integer N and provides an output signal corresponding to a train of N pulses every M clock pulses, M being an integer greater than 1 and N being an integer greater than 1 and less than or equal to M, - a number generator (102, 103) which provides a new number N to the clock signal reduction circuit every P pulses of a master clock signal, N and/or P being randomly produced.
Receiver circuitry for adjusting a digital signal, comprising: an equalization circuit (108; 602) that provides frequency content adjustment (120; 604); a signal normalization circuit (110; 400; 608) that is connected to an output of the equalization circuitry (108; 602), wherein the signal normalization circuit (110; 400; 608) converts a digital signal amplitude to a normalized signal amplitude (114; 610); and a control circuit (112; 606) that is connected to the equalization circuit (108; 602) and to the signal normalization circuit (110; 400; 608) to form a feedback loop with the equalization circuit (108; 602), wherein the control circuit (112; 606) controls the frequency content adjustment and controls the normalized signal amplitude (114; 610), characterized in that the control circuit (112; 602) is configured to form a feedback loop with the normalization circuit (110; 400; 608), for the equalization circuit (108; 602), the control circuit (112; 606) controls the frequency content adjustment (120; 604) for frequencies above a first boundary frequency without controlling frequency content adjustment (120; 604) for frequencies below a second boundary frequency, wherein the frequencies above the first boundary frequency are characterized as high frequencies and frequencies below the second boundary frequency are characterized as low frequencies, and wherein the control circuit (105; 106) is configured to control the normalized signal amplitude (114; 610) in the signal normalization circuit(110; 400; 608) to control the frequency content adjustment (120; 604) for the low frequencies. an equalization circuit (108; 602) that provides frequency content adjustment (120; 604); a signal normalization circuit (110; 400; 608) that is connected to an output of the equalization circuitry (108; 602), wherein the signal normalization circuit (110; 400; 608) converts a digital signal amplitude to a normalized signal amplitude (114; 610); and a control circuit (112; 606) that is connected to the equalization circuit (108; 602) and to the signal normalization circuit (110; 400; 608) to form a feedback loop with the equalization circuit (108; 602), wherein the control circuit (112; 606) controls the frequency content adjustment and controls the normalized signal amplitude (114; 610), characterized in that the control circuit (112; 602) is configured to form a feedback loop with the normalization circuit (110; 400; 608), for the equalization circuit (108; 602), the control circuit (112; 606) controls the frequency content adjustment (120; 604) for frequencies above a first boundary frequency without controlling frequency content adjustment (120; 604) for frequencies below a second boundary frequency, wherein the frequencies above the first boundary frequency are characterized as high frequencies and frequencies below the second boundary frequency are characterized as low frequencies, and wherein the control circuit (105; 106) is configured to control the normalized signal amplitude (114; 610) in the signal normalization circuit(110; 400; 608) to control the frequency content adjustment (120; 604) for the low frequencies.
Coating composition for electrical conductors, consisting of ➢ 1 - 50 wt. % of microparticles with a selectively adjusted electronic defect structure in the crystal lattice, said defect structure making the valence electrons more easily polarizable, and ➢ an organic and/or organic-inorganic polymeric matrix, said matrix consisting of polyurethane, the microparticles with the selectively adjusted electronic defect structure being made up of ZrO 2 in such manner that by means of doping with Y 2 O 3 the basic crystal lattice is provided with vacancies which, by way of defect chemistry (defect structure) make it easier for the microparticles to be electronically polarized, the amount of doping elements used being 0.5 to 15 mol %. ➢ 1 - 50 wt. % of microparticles with a selectively adjusted electronic defect structure in the crystal lattice, said defect structure making the valence electrons more easily polarizable, and ➢ an organic and/or organic-inorganic polymeric matrix, said matrix consisting of polyurethane,
A pump device for lubricant comprising a block-shaped pump main body provided with a suction path which suctions lubricant stored in a tank from a suction port and a discharge path which discharges the suctioned lubricant from a discharge port, a cylinder part provided with an introduction port which is formed in the pump main body and is intercommunicated with the suction path and introduces lubricant from the suction path and a derivation port which is intercommunicated with the discharge path and derivates lubricant to the discharge path, a piston which is inserted into the cylinder part such that it can move forward and backward and suctions lubricant from the introduction port when it moves backward and discharges lubricant from the derivation port when it moves forward, and an actuator which allows the piston to move forward to a 1 st position at which lubricant is discharged, move backward from the 1 st position to a 2 nd position at which lubricant is suctioned and further move backward from the 2 nd position to a 3 rd position at which the suction and discharge of the lubricant is stopped, wherein the cylinder part of the pump main body is formed with a 1 st opening and a 2 nd opening which are blocked when the piston moves between the 1 st position and the 2 nd position and are opened when the piston is allowed to move back to the 3 rd position, and the pump main body is formed with a 1 st path which connects the 1 st opening and the discharge path, a 2 nd path which connects the 2 nd opening and the suction path, and a decompression path which reaches the suction path after passing the discharge path, the 1 st path, the cylinder part and the 2 nd path when the piston is allowed to move backward to the 3 rd position, the pump device for lubricant further comprising driving control means which drives and controls the actuator such that when the lubricant is supplied, the piston is allowed to move from the 3 rd position to the 1 st position and allowed to move between the 1 st position and the 2 nd position, and when the lubricant is not supplied, the piston is allowed to move to the 3 rd position and stop, characterized in that the pump device further comprises a 1 st detection part which detects that the piston is positioned at the 1 st position, a 2 nd detection part which detects that the piston is positioned at the 2 nd position, and a 3 rd detection part which detects that the piston is positioned at the 3 rd position, wherein the 1 st detection part, the 2 nd detection part and the 3 rd detection part each consist of a hall device which detects a magnet provided on the side of the piston, and the driving control means drives and controls the actuator based on each of start command signals, detection signals from the 1 st detection part, the 2 nd detection part and the 3 rd detection part and stop command signals.
A computer device (100, 200, 500, 700), configured to: monitor control signals from more than one adjustment system (102, A, B, 502, 712) indicating a need to adjust operation of at least one energy storage; characterised by the computer device (100, 200, 500, 700) being further configured to: convert the control signals into current values; compare the control signals and select the one with the smallest current value; and control operation of at least one control device configured to regulate the current of the energy storage based on the selection by dispatching an adjustment signal by internet based communication. convert the control signals into current values; compare the control signals and select the one with the smallest current value; and control operation of at least one control device configured to regulate the current of the energy storage based on the selection by dispatching an adjustment signal by internet based communication.
A display for a handheld computing device, the display comprising: a substrate; an array of pixels formed on the substrate, individual pixels including a corresponding pixel circuit, each pixel circuit including an active matrix organic light emitting diode, AMOLED, wherein individual pixels are separated from other pixels by a gap; and a fingerprint sensor formed on the substrate, the fingerprint sensor including a plurality of PIN diode circuits (350, 450) individual ones of which formed at least partially within respective individual gaps that separate individual pixels, wherein: the array of pixels includes a plurality of four-pixel cells, each individual four-pixel cell having an associated PIN diode circuit (350, 450). a substrate; an array of pixels formed on the substrate, individual pixels including a corresponding pixel circuit, each pixel circuit including an active matrix organic light emitting diode, AMOLED, wherein individual pixels are separated from other pixels by a gap; and a fingerprint sensor formed on the substrate, the fingerprint sensor including a plurality of PIN diode circuits (350, 450) individual ones of which formed at least partially within respective individual gaps that separate individual pixels, wherein: the array of pixels includes a plurality of four-pixel cells, each individual four-pixel cell having an associated PIN diode circuit (350, 450).
A laser welding method of making a workpiece and an end of a fin member face each other, and applying a laser beam between the workpiece and the fin member to join the workpiece and the fin member, wherein an end of the fin member before laser welding is disposed to face the workpiece, and an installed state of the workpiece and the fin member includes a gap between the workpiece and the fin member, the fin member has a beveled portion which is beveled at the end facing the workpiece, the fin member has a front side, a back side formed on an opposite side of the front side, an end surface of the end facing the workpiece, and a beveled surface of the beveled portion beveled at the end portion, a space area formed between the workpiece and the fin member is an area, in a cross-section perpendicular to the traveling direction of the laser welding, that is surrounded by a welding target surface of the workpiece facing the fin member, the end surface facing the welding target surface of the workpiece, the beveled surface of the beveled portion, a front side virtual surface extending to the workpiece side along the front side of the fin member, and a back side virtual surface extending to the workpiece side along the back side of the fin member, and when a maximum space area in which the space area becomes the maximum is set as Emax, and a minimum space area in which the space area becomes the minimum is set as Emin, the beveled portion is beveled to satisfy the relation of Emax/Emin ≤ 5.
Packaging machine, comprising: a controller; a conveyor assembly configured to convey packages along a production direction, the conveyor assembly comprising an endless circulation device configured to be redirected about a return axis; characterized in that the packaging machine further comprises: a first protective guard that is curved around the return axis and movably provided in a first protection position, wherein the first protective guard is configured to be rotated about the return axis; and a first sensor configured to detect when the first protective guard moves out of the first protection position, wherein the controller is configured to prevent operation of the conveyor assembly in response to a detection of the first protective guard moving out of the first protection position. a controller; a conveyor assembly configured to convey packages along a production direction, the conveyor assembly comprising an endless circulation device configured to be redirected about a return axis; characterized in that the packaging machine further comprises: a first protective guard that is curved around the return axis and movably provided in a first protection position, wherein the first protective guard is configured to be rotated about the return axis; and a first sensor configured to detect when the first protective guard moves out of the first protection position, wherein the controller is configured to prevent operation of the conveyor assembly in response to a detection of the first protective guard moving out of the first protection position. a first protective guard that is curved around the return axis and movably provided in a first protection position, wherein the first protective guard is configured to be rotated about the return axis; and a first sensor configured to detect when the first protective guard moves out of the first protection position, wherein the controller is configured to prevent operation of the conveyor assembly in response to a detection of the first protective guard moving out of the first protection position.
Arrangement, in particular fuel injection system for high-pressure injection in internal combustion engines, having a fuel distributor and having multiple fuel injection valves (3, 4), wherein each of the fuel injection valves (3, 4) is arranged on a cup (9, 10) of the fuel distributor, and wherein at least one of the fuel injection valves (3, 4) is fastened to the associated cup (9, 10) by way of a holding element, characterized in that the holding element has a support surface, in that the cup has, on the underside of the cup, a contact surface by way of which the cup is supported on the support surface of the holding element via at least one damping layer, in that the holding element is fixed to the cup, and in that the fuel injection valve has a collar which is supported at least indirectly on the holding element, wherein the cup has a collar and the holding element has holding sections (22, 23), in such a way that the holding sections (22, 23) of the holding element engage behind the collar of the cup at both sides.
Blood stopping device having a clamping/pinching body which is biased against a flexible hose, characterised by a release lever or release button which is in operative engagement or can be brought into operative engagement with the clamping/pinching body, which release lever or release button is arranged such that during/by applying the blood stopping means on a surface it is moved into a first position in which it keeps the clamping/pinching body spaced from the hose and during lifting the clamping/pinching body from the surface automatically moves to a second position in which the clamping/pinching body pinches off the hose.
A method for reducing signaling load in a radio access network, the method comprising: determining, by a wireless communication device, that the wireless communication device has moved from a first mobility area to a second mobility area of the radio access network; refraining, by the wireless communication device, from performing a location update with the radio access network in response to determining that the wireless communication device has moved from the first mobility area to the second mobility area; receiving, by the wireless communication device, information identifying a plurality of mobility areas; determining that the wireless communication device has moved into a mobility area not included in the plurality of mobility areas; and performing, by the wireless communication device, a location update with the radio access network in response to determining that the wireless communication device has moved into the mobility area not included in the plurality of mobility areas. determining, by a wireless communication device, that the wireless communication device has moved from a first mobility area to a second mobility area of the radio access network; refraining, by the wireless communication device, from performing a location update with the radio access network in response to determining that the wireless communication device has moved from the first mobility area to the second mobility area; receiving, by the wireless communication device, information identifying a plurality of mobility areas; determining that the wireless communication device has moved into a mobility area not included in the plurality of mobility areas; and performing, by the wireless communication device, a location update with the radio access network in response to determining that the wireless communication device has moved into the mobility area not included in the plurality of mobility areas.
A monoclonal antibody or a fragment including an antigen-binding region thereof that binds to an extracellular domain of human receptor-type protein tyrosine phosphatase σ (human PTPRS) on a plasmacytoid dendritic cell and suppresses production of IFN by, and/or survival of, the cell.
A contact cooking device for food products, of the plancha type, comprising a cooking plate and heating means for heating and maintaining the plate at a substantially homogeneous and constant temperature through generating saturated steam and water condensation under the plate in the presence of products to be cooked, connecting means for the plate being provided for maintaining it in a planar state, characterized in that the connecting means are in the form of a pleated metal sheet which is soldered or brazed under the cooking plate and which is arranged so that the pressure generated by the saturated steam, itself generated by the presence of the products to be cooked on the plate, could be applied evenly substantially on the whole lower surface of the plate submitted to the action of the saturated steam.