mhurhangee/ep-ind-claims huggingface dataset:
An ultrasonic waveguide-radiator having a total length formed from a predetermined material, comprising: a first cylindrical section having a first diameter and a first length, and including an entrance surface having an entrance cross-sectional area; a first transitional section acoustically coupled to the first cylindrical section and having a catenoidal shape decreasing from said first diameter to a second diameter over a first transitional length; a second cylindrical section acoustically coupled to the first transitional section and having said second diameter and a second length; a second transitional section acoustically coupled to the second cylindrical section and having a second variable cross-section increasing from said second diameter to a third diameter over a second transitional length; a third cylindrical section acoustically coupled to the second transitional section and having said third diameter and a third length, and including an exit surface having an exit cross-sectional area; wherein the total length is equal to a multiple of one-half of the acoustic wavelength in the predetermined material accounting for phase velocity dispersion; characterised in that the length of said first transitional section is less than the value of Log / k, where N is the ratio of the first and second diameters of the first and second cylindrical sections, respectively, and k is the wave number representing the angular frequency of ultrasonic vibrations divided by the speed of sound in the predetermined material. a first cylindrical section having a first diameter and a first length, and including an entrance surface having an entrance cross-sectional area; a first transitional section acoustically coupled to the first cylindrical section and having a catenoidal shape decreasing from said first diameter to a second diameter over a first transitional length; a second cylindrical section acoustically coupled to the first transitional section and having said second diameter and a second length; a second transitional section acoustically coupled to the second cylindrical section and having a second variable cross-section increasing from said second diameter to a third diameter over a second transitional length; a third cylindrical section acoustically coupled to the second transitional section and having said third diameter and a third length, and including an exit surface having an exit cross-sectional area; wherein the total length is equal to a multiple of one-half of the acoustic wavelength in the predetermined material accounting for phase velocity dispersion; characterised in that the length of said first transitional section is less than the value of Log / k, where N is the ratio of the first and second diameters of the first and second cylindrical sections, respectively, and k is the wave number representing the angular frequency of ultrasonic vibrations divided by the speed of sound in the predetermined material.
A magnetic core arrangement for an inductive device, in particular an inductor or transformer, the magnetic core arrangement comprising: - a first magnetic core; and - a second magnetic core, the second core including at least one non-magnetic gap (122, 122a, 122b), the at least one non-magnetic gap (122, 122a, 122b) being partly or totally filled by a resin, characterized in that the gap comprises the resin and one or more solid spacers, inserted partly or fully into the gap and/or filler particles dispersed in the resin. - a first magnetic core; and - a second magnetic core, the second core including at least one non-magnetic gap (122, 122a, 122b), the at least one non-magnetic gap (122, 122a, 122b) being partly or totally filled by a resin,
A method for manufacturing a steering device comprising: manufacturing an outer shaft including an inner space with a spline hole portion; manufacturing a metallic core including a spline shaft portion with a surface disposed around a center axis; processing the surface of the spline shaft portion so as to manufacture an inner shaft including a first spline shaft portion and a second spline shaft portion, the first spline shaft portion including a first surface formed of synthetic resin, the second spline shaft portion being disposed adjacent to one side of the first spline shaft portion in the axial direction parallel to the center axis, including one end of the core disposed in the inner space, and including a second surface formed of metal, a distance between the second surface and the center axis being smaller than a distance between the center axis and the first surface; inserting the second spline shaft portion into the inner space and spline-fitting the spline hole portion and the first spline shaft portion to each other so that the outer shaft and the inner shaft relatively move in the axial direction; the method being characterised by: covering a part of a surface of the spline shaft portion including one end of the core by a mask member; and supplying synthetic resin to the spline shaft portion covered by the mask member so as to form the first spline shaft portion, wherein the mask member includes a cap member provided with a spline. manufacturing an outer shaft including an inner space with a spline hole portion; manufacturing a metallic core including a spline shaft portion with a surface disposed around a center axis; processing the surface of the spline shaft portion so as to manufacture an inner shaft including a first spline shaft portion and a second spline shaft portion, the first spline shaft portion including a first surface formed of synthetic resin, the second spline shaft portion being disposed adjacent to one side of the first spline shaft portion in the axial direction parallel to the center axis, including one end of the core disposed in the inner space, and including a second surface formed of metal, a distance between the second surface and the center axis being smaller than a distance between the center axis and the first surface; inserting the second spline shaft portion into the inner space and spline-fitting the spline hole portion and the first spline shaft portion to each other so that the outer shaft and the inner shaft relatively move in the axial direction; the method being characterised by: covering a part of a surface of the spline shaft portion including one end of the core by a mask member; and supplying synthetic resin to the spline shaft portion covered by the mask member so as to form the first spline shaft portion, wherein the mask member includes a cap member provided with a spline. covering a part of a surface of the spline shaft portion including one end of the core by a mask member; and supplying synthetic resin to the spline shaft portion covered by the mask member so as to form the first spline shaft portion, wherein the mask member includes a cap member provided with a spline.
Method for closing a clearance between ends of a spacer which has been applied to a glass pane, wherein the ends of the spacer are connected to one another by introducing a solidifying material into the clearance, characterized in that the clearance between the ends of the spacer is present in the region of a corner of the spacer, in that a shuttering which surrounds the clearance between the ends of the spacer is fitted in the region of the clearance between the ends of the spacer, and in that the solidifying material is introduced into the clearance enclosed by the shuttering.
A transmission method of a terminal in a wireless communication system, the communication method comprising: transmitting a plurality of terminal categories, each of which corresponds to one of at least two category groups; characterized in receiving transmission mode information corresponding to one of the plurality of terminal categories; if the transmission mode information includes a first transmission mode, configuring total number of soft channel bits as a first value based on the first transmission mode, else configuring the total number of soft channel bits as a second value; and transmitting data based on the transmission mode information. transmitting a plurality of terminal categories, each of which corresponds to one of at least two category groups; characterized in receiving transmission mode information corresponding to one of the plurality of terminal categories; if the transmission mode information includes a first transmission mode, configuring total number of soft channel bits as a first value based on the first transmission mode, else configuring the total number of soft channel bits as a second value; and transmitting data based on the transmission mode information.
A device for measuring a directed signal on a bidirectional transmission line, the device comprising: a first probe adapted to measure a first measurement signal at a first position on the transmission line; a second probe adapted to measure a second measurement signal at a second position on the transmission line; and a signal processor adapted to determine a delayed second measurement signal based on a distance between the first position and the second position on the transmission line, and to compute a forward directed signal on the transmission line using a difference between the first measurement signal and the delayed second measurement signal characterized in that a spatial distance between first position and the second position on the transmission line is set up based on the frequency and/or the bandwidth of the signals transmitted on the transmission line. a first probe adapted to measure a first measurement signal at a first position on the transmission line; a second probe adapted to measure a second measurement signal at a second position on the transmission line; and a signal processor adapted to determine a delayed second measurement signal based on a distance between the first position and the second position on the transmission line, and to compute a forward directed signal on the transmission line using a difference between the first measurement signal and the delayed second measurement signal characterized in that a spatial distance between first position and the second position on the transmission line is set up based on the frequency and/or the bandwidth of the signals transmitted on the transmission line.
Bellow for a laundry drying machine, made of an elastically deformable material, comprising: - a ring shaped main portion with a first, external rim intended to be sealingly mounted to a casing of the laundry drying machine and a second, internal rim intended to be sealingly mounted to a tub of the laundry drying machine; - a projection portion, made in one piece with the main portion and radially extending from the main portion to a distal end; - a bellow duct formed within the projection portion of the bellow, extending from an inlet mouth, formed at the distal end of the projection portion and intended to be connected to a downstream end of a dry air duct connected to an air drying unit of the laundry drying machine, to an outlet mouth, formed in the main portion of the bellow, at the projection portion, and open towards the tub of the laundry drying machine; characterised in that the projection portion of the bellow has a substantially flat shape, with two major sides (36, 37) and two minor sides (38, 39), and the bellow duct comprises at least a protrusion (40; 40'), internally formed in one of the major sides (36, 37). - a ring shaped main portion with a first, external rim intended to be sealingly mounted to a casing of the laundry drying machine and a second, internal rim intended to be sealingly mounted to a tub of the laundry drying machine; - a projection portion, made in one piece with the main portion and radially extending from the main portion to a distal end; - a bellow duct formed within the projection portion of the bellow, extending from an inlet mouth, formed at the distal end of the projection portion and intended to be connected to a downstream end of a dry air duct connected to an air drying unit of the laundry drying machine, to an outlet mouth, formed in the main portion of the bellow, at the projection portion, and open towards the tub of the laundry drying machine;
A waste storage tank (102; 202; 302; 402) of a vacuum waste collection system (101; 201; 301; 401), having a waste infeed opening (105; 205; 305; 405) in an infeed area (103; 203; 303) thereof, a tank waste collection volume (104; 204; 304; 404) for temporary storing waste introduced through the infeed opening, a lower tank discharge area (109; 209; 309) to which vacuum is applied for emptying of the waste storage tank (102; 202; 302; 402) and means (108, 115-119; 211-214, 215-219; 311-314; 411-414) for stowing and distributing waste in distribution sequences inside the waste storage tank (102; 202; 302; 402), said means comprising a waste emptying screw (108; 208; 308; 408) in a bottom area (106; 206; 306) of the tank waste collection volume (104; 204; 304; 404) for assisting emptying of the waste storage tank (102; 202; 302; 402), and associated first control means for activating and controlling operation of the waste emptying screw (108; 208; 308; 408), characterized in that the associated first control means activates and controls operation of the waste emptying screw (108; 208; 308; 408) at least in the direction for feeding waste in the tank waste collection volume (104; 204; 304; 404) towards the lower tank discharge area (109; 209; 309) during the distribution sequences outside tank emptying phases, and by means (130-132; 230-232; 330; 221; 221'; 221"; 321A, 321B; 421A-C) for preventing packing and compression of waste in the discharge area (109; 209; 309) during said distribution sequences comprising a blocking beam (130-132; 230-232; 330) extendable into a transition area between the tank waste collection volume (104; 204; 304; 404) and the tank discharge area (109; 209; 309), as well as retractable therefrom.
A barrier panel for a temporary edge protection system, the barrier panel comprising a set of aluminum bars including a top bar, a bottom bar, two side bars, and an intermediate bar, wherein the side bars are connected at their ends (14, 16) with first respectively second ends (15, 17) of the top and bottom bars to form a rectangular section, wherein the intermediate bar is attached to the side bars between the top and bottom bars, wherein the intermediate bar is provided with a top connection groove extending along its length and facing the top bar, and a bottom connection groove extending along its length and facing the bottom bar, characterized in that: the top and bottom connection grooves are connectable with a material covering the openings between the bars by means of a complementary connection element, wherein each side bar is provided with several bar attachment portions spaced along the side bar, the barrier panel further comprising fastening members, wherein a first fastening member is engaged with one of the side bars at one of its bar attachment portions, and is received in one of the connection grooves (18, 19) of the intermediate bar at one end thereof and engaged with that connection groove, wherein a second fastening member is engaged with the other side bar at one of its bar attachment portions, and is received in one of the connection grooves of the intermediate bar at the other end thereof and engaged with that connection groove, and wherein each side bar is provided with a friction element on its surface facing the opposite side bar, said friction element being arranged to engage with an end surface (38, 39) of each bar which is connected with the side bar. the top and bottom connection grooves are connectable with a material covering the openings between the bars by means of a complementary connection element, wherein each side bar is provided with several bar attachment portions spaced along the side bar, the barrier panel further comprising fastening members, wherein a first fastening member is engaged with one of the side bars at one of its bar attachment portions, and is received in one of the connection grooves (18, 19) of the intermediate bar at one end thereof and engaged with that connection groove, wherein a second fastening member is engaged with the other side bar at one of its bar attachment portions, and is received in one of the connection grooves of the intermediate bar at the other end thereof and engaged with that connection groove, and wherein each side bar is provided with a friction element on its surface facing the opposite side bar, said friction element being arranged to engage with an end surface (38, 39) of each bar which is connected with the side bar.
Method for coding a digital audio input signal (x(n)) in a hierarchical coder comprising a core coding stage with B bits and at least one current improvement coding stage k, the core coding and the coding of the improvement stages preceding the current stage k delivering quantization indices which are concatenated to form the indices of the preceding embedded coder (I B+k-1), the method being characterized in that it comprises the following steps: - obtaining of possible quantization values () for the current improvement stage k on the basis of the absolute reconstruction levels y i B + k of just the current stage k and of the indices of the preceding embedded coder ( I B+K- 1); - quantization of the input signal of the hierarchical coder having undergone or not a perceptual weighting processing (x(n) or x'(n)), on the basis of said possible quantization values d i B + k n so as to form a quantization index for the stage k (I enh B+k (n)) and a quantized signal ( x̃ B+k ( n)) corresponding to one of the possible quantization values. - obtaining of possible quantization values () for the current improvement stage k on the basis of the absolute reconstruction levels y i B + k of just the current stage k and of the indices of the preceding embedded coder ( I B+K- 1); - quantization of the input signal of the hierarchical coder having undergone or not a perceptual weighting processing (x(n) or x'(n)), on the basis of said possible quantization values d i B + k n so as to form a quantization index for the stage k (I enh B+k (n)) and a quantized signal ( x̃ B+k ( n)) corresponding to one of the possible quantization values.
An offset correcting apparatus of a yaw rate sensor, comprising: a current status determining unit which determines a status of its own vehicle as one of a driving vehicle and a stopped vehicle; a first offset correcting unit which if its own vehicle is determined as the driving vehicle, when its own vehicle is being driven in a straight line, corrects an offset of a yaw rate sensor which is installed in its own vehicle; and a second offset correcting unit which if its own vehicle is determined as the stopped vehicle, when a position of its own vehicle is not changed, corrects the offset of the yaw rate sensor. a current status determining unit which determines a status of its own vehicle as one of a driving vehicle and a stopped vehicle; a first offset correcting unit which if its own vehicle is determined as the driving vehicle, when its own vehicle is being driven in a straight line, corrects an offset of a yaw rate sensor which is installed in its own vehicle; and a second offset correcting unit which if its own vehicle is determined as the stopped vehicle, when a position of its own vehicle is not changed, corrects the offset of the yaw rate sensor.
A battery state detection device that detects a battery state, comprising: a first permissible current calculating unit configured to calculate a first maximum permissible current of a battery based on a voltage of the battery detected by a voltage detecting unit; a second permissible current calculating unit configured to calculate a second maximum permissible current of the battery without using the voltage of the battery, wherein the calculation is based on at least stored internal resistance characteristics and temperature measurements received from a temperature detecting unit; and a correction unit configured to compare the first maximum permissible current and the second maximum permissible current and to perform a predetermined correction process on the basis of the comparison result, to perform the correction process by correcting the calculation result of the second maximum permissible current by the second permissible current calculating unit or characteristic information of the battery which is used for the second permissible current calculating unit to calculate the second maximum permissible current, to store a plurality of correction coefficients based on a difference between the first permissible maximum current and the second permissible maximum current in advance and performs the correction process using the correction coefficient selected from the plurality of correction coefficients, and to determine the correction coefficient which is used for the correction process on the basis of a charging/discharging time of the battery or a polarization voltage of the battery. a first permissible current calculating unit configured to calculate a first maximum permissible current of a battery based on a voltage of the battery detected by a voltage detecting unit; a second permissible current calculating unit configured to calculate a second maximum permissible current of the battery without using the voltage of the battery, wherein the calculation is based on at least stored internal resistance characteristics and temperature measurements received from a temperature detecting unit; and a correction unit configured to compare the first maximum permissible current and the second maximum permissible current and to perform a predetermined correction process on the basis of the comparison result,