mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for reducing vibration of a structure of a helicopter which comprises a fuselage supporting or supported by a rotating system (11, 15), and in which parts of the structure are capable of relative motion at an exciting frequency, the apparatus comprising a plurality of electro-hydrostatic actuators adapted to be connected between the relatively movable parts of the structure, means, in use, continuously to oscillate the electro-hydrostatic actuators at a frequency substantially corresponding to the exciting frequency, and a plurality of sensors adapted to be attached to the rotating system (11, 15) and/or fuselage at selected locations on the rotating system (11, 15), the sensors in use, being adapted to generate signals representative of dynamic changes at the respective selected locations during rotations, the apparatus further comprising processing means adapted to process the signals from the sensors and to provide output signals for controlling the phase and magnitude of applied forces generated by the electro-hydrostatic actuators and for varying the phase and magnitude characteristics of the forces so as to compensate for changes in the dynamic characteristic of the rotating system (11, 15).
A process for increasing the hydrogen content of a synthesis gas mixture comprising hydrogen, carbon oxides and steam, comprising the steps of: passing the synthesis gas mixture at an inlet temperature in the range 280-500°C over a high temperature water-gas shift catalyst to form a hydrogen-enriched shifted gas mixture, wherein the water-gas shift catalyst is in the form of a cylindrical pellet having a length C and diameter D, wherein the surface of the cylindrical pellet has two or more flutes running along its length, said cylinder having no through-holes and domed ends of lengths A and B such that (A+B+C)/D is in the range 0.25 to 1.25, and (A+B)/C is in the range 0.03 to 0.3.
A method for zone management, said method performed by an apparatus for zone management, the method comprising: collecting environment information of each zone of a plurality of zones from at least one sensor installed in each zone of the plurality of zones, said each zone being a room, and said environment information being energy consumption information; determining an energy efficiency level of each zone of the plurality of zones based on the environment information; assigning one of the plurality of zones to a user according to a characteristic of the user and the energy efficiency level, wherein the characteristic of the user comprises a zone use pattern, and wherein the assigning comprises assigning a first user of a regular zone use pattern a zone of the energy efficiency level lower than a setting value, and assigning a second user of an irregular zone use pattern a zone of the energy efficiency level higher than the setting value; wherein the first user of the regular zone use pattern comprises a user defined as a business guest, and the second user of the irregular zone use pattern comprises a user defined as a tourist. collecting environment information of each zone of a plurality of zones from at least one sensor installed in each zone of the plurality of zones, said each zone being a room, and said environment information being energy consumption information; determining an energy efficiency level of each zone of the plurality of zones based on the environment information; assigning one of the plurality of zones to a user according to a characteristic of the user and the energy efficiency level, wherein the characteristic of the user comprises a zone use pattern, and wherein the assigning comprises assigning a first user of a regular zone use pattern a zone of the energy efficiency level lower than a setting value, and assigning a second user of an irregular zone use pattern a zone of the energy efficiency level higher than the setting value; wherein the first user of the regular zone use pattern comprises a user defined as a business guest, and the second user of the irregular zone use pattern comprises a user defined as a tourist.
Household device for caring for items of laundry, having a drum for receiving the items of laundry, which is rotatably mounted about a horizontal axis of rotation, and a tub which is fixedly arranged at a front edge web of the drum bounding a loading opening of the drum, separated from the drum and from a housing of the household device by a gap, and having a sleeve arranged in the region between the drum and the housing of the household device, characterised in that the household device comprises a sensor which is designed to detect the position of the drum in a specific operating state of the drum, in which the drum is loaded with items of laundry, and/or to detect the deviation in the position of the drum in the specific operating state from the position in a basic state of the drum in which the drum is not loaded, and that a height adjustment device is formed with which the height position of the drum relative to the position of the sleeve in the specific operating state of the drum can be adjusted as a function of the deviation in the position of the drum from the position in a basic state of the drum, such that the height position in the specific operating state of the drum is identical to the height position of the basic state of the drum or is within a tolerance range around the height position in the basic state of the drum.
An integrated circuit comprising, circuitry adapted to control: receiving a transmission signal that includes a legacy preamble, a non-legacy preamble and a data field, wherein the non-legacy preamble comprises a first non-legacy signal (SIG-A) field and a second non-legacy signal (SIG-B) field, the SIG-B field comprising a first channel field that corresponds to a first frequency subband and a second channel field that corresponds to a second frequency subband different from the first frequency subband, wherein the SIG-A field comprises a SIG-B compression subfield and a number of SIG-B symbols subfield, wherein the number of SIG-B symbols subfield indicates a number of SIG-B symbols in the SIG-B field when the SIG-B compression subfield indicates that a full bandwidth containing the first frequency subband and the second frequency subband is not allocated for multi-user MIMO transmission, and the number of SIG-B symbols subfield indicates a number of MU MIMO users when the SIG-B compression subfield indicates that the full bandwidth is allocated for MU MIMO; and decoding the received signal. receiving a transmission signal that includes a legacy preamble, a non-legacy preamble and a data field, wherein the non-legacy preamble comprises a first non-legacy signal (SIG-A) field and a second non-legacy signal (SIG-B) field, the SIG-B field comprising a first channel field that corresponds to a first frequency subband and a second channel field that corresponds to a second frequency subband different from the first frequency subband, wherein the SIG-A field comprises a SIG-B compression subfield and a number of SIG-B symbols subfield, wherein the number of SIG-B symbols subfield indicates a number of SIG-B symbols in the SIG-B field when the SIG-B compression subfield indicates that a full bandwidth containing the first frequency subband and the second frequency subband is not allocated for multi-user MIMO transmission, and the number of SIG-B symbols subfield indicates a number of MU MIMO users when the SIG-B compression subfield indicates that the full bandwidth is allocated for MU MIMO; and decoding the received signal.
A radio frequency apparatus, wherein the radio frequency apparatus comprises a radome (301, 401, 601, 801, 1001), an absorber (302, 402, 602, 802, 1002), and a radio frequency circuit board (303, 403, 603, 803, 1003), wherein: the radome is configured to accommodate the radio frequency circuit board; the absorber comprises a top surface (302a, 402a, 602a, 802a, 1002a, 71, 91, 111), one or more supporting pieces (302b, 402b, 52, 602b, 72, 802b, 92, 1002b, 112), and one or more fixing pieces (302c, 402c, 53, 602c, 73, 802c, 93, 1002c, 113); the radio frequency circuit board comprises at least one radio frequency chip (305, 405, 605, 805, 1005), at least one antenna feeder, and at least one radio frequency antenna; the top surface covers the at least one radio frequency chip and the at least one antenna feeder, but does not cover the at least one radio frequency antenna; the one or more fixing pieces are configured to fix the absorber on the radio frequency circuit board; and the one or more supporting pieces are configured to support the top surface between the radome and the radio frequency circuit board; characterized in that the fixing piece is a scrivet, the scrivet comprises an elastic part, and the elastic part is configured to pass through a through hole corresponding to the scrivet on the radio frequency circuit board (303, 403); or the fixing piece is a fixing pin, the fixing pin is configured to be inserted into a through hole corresponding to the fixing pin on the radio frequency circuit board, and the one or more fixing pieces or the one or more supporting pieces are glued to the radio frequency circuit board. the fixing piece is a scrivet, the scrivet comprises an elastic part, and the elastic part is configured to pass through a through hole corresponding to the scrivet on the radio frequency circuit board (303, 403); or the fixing piece is a fixing pin, the fixing pin is configured to be inserted into a through hole corresponding to the fixing pin on the radio frequency circuit board, and the one or more fixing pieces or the one or more supporting pieces are glued to the radio frequency circuit board.
Porous polymer fibers satisfying the following conditions (a), (b), (c), and (d) and having a shape in which three or more projected parts are continuously present in the lengthwise direction on the periphery part of a solid-state fiber which does not have a hollow portion: (a) when the diameter of an inscribed circle is denoted by Di and the diameter of a circumscribed circle is denoted by Do in a cross section, a modification degree Do/Di, measured as described in the specification, is 1.2 to 6.6 (b) the specific surface area of pores, measured as described in the specification, is 50 m 2 /g or more; (c) the average of widths of all projected parts in the cross section is denoted by ω, and ω/Di, measured as described in the specification, is 0.05 to 2.0; and (d) the surface pore ratio, measured as described in the specification, is 1.5% or more and 30% or less. (a) when the diameter of an inscribed circle is denoted by Di and the diameter of a circumscribed circle is denoted by Do in a cross section, a modification degree Do/Di, measured as described in the specification, is 1.2 to 6.6 (b) the specific surface area of pores, measured as described in the specification, is 50 m 2 /g or more; (c) the average of widths of all projected parts in the cross section is denoted by ω, and ω/Di, measured as described in the specification, is 0.05 to 2.0; and (d) the surface pore ratio, measured as described in the specification, is 1.5% or more and 30% or less.
Antenna system having a first and a second antenna (31, 32), which each have a positioning system, wherein the positioning system is configured for a respective antenna aperture such that • the antenna aperture is fastened to a bracket in a rotatable manner along a first axis, • the bracket is fastened to a second pivot bearing at a second axis, and wherein the second pivot bearing of the positioning system is provided with at least one stop which, as a mechanical limitation, restricts the angular range of the rotary movement of the bracket on the second axis to less than +/- 90°, • the second pivot bearing is mounted on a positioner platform in a rotatable manner at a third axis, wherein the two positioning systems use a common positioner platform, and wherein the first axis of the positioning system forms an oblique angle with the second axis, and the second axis forms an oblique angle with the third axis, said angles deviating from the perpendicular. • the antenna aperture is fastened to a bracket in a rotatable manner along a first axis, • the bracket is fastened to a second pivot bearing at a second axis, and wherein the second pivot bearing of the positioning system is provided with at least one stop which, as a mechanical limitation, restricts the angular range of the rotary movement of the bracket on the second axis to less than +/- 90°, • the second pivot bearing is mounted on a positioner platform in a rotatable manner at a third axis,
A tire comprising: a toroidal tire frame member formed of resin, and is formed by joining a plurality of tire pieces together in a tire width direction; a join portion reinforcement belt (18, 52, 72), provided at an inner side in a tire radial direction or at an outer side in the tire radial direction of a join portion between the tire pieces, that extends in a tire circumferential direction, and that is formed so as to include a cord that straddles the join portion; and a tread layer provided at the outer side in the tire radial direction of the tire frame member and the join portion reinforcement belt (18, 52, 72), characterized in that the cord is folded back at end portions in the width direction of the join portion reinforcement belt (18, 52, 72), and end portions are disposed further to an inner side in the width direction than the end portions in the width direction of the join portion reinforcement belt (18, 52, 72). a toroidal tire frame member formed of resin, and is formed by joining a plurality of tire pieces together in a tire width direction; a join portion reinforcement belt (18, 52, 72), provided at an inner side in a tire radial direction or at an outer side in the tire radial direction of a join portion between the tire pieces, that extends in a tire circumferential direction, and that is formed so as to include a cord that straddles the join portion; and a tread layer provided at the outer side in the tire radial direction of the tire frame member and the join portion reinforcement belt (18, 52, 72), characterized in that the cord is folded back at end portions in the width direction of the join portion reinforcement belt (18, 52, 72), and end portions are disposed further to an inner side in the width direction than the end portions in the width direction of the join portion reinforcement belt (18, 52, 72).
A multifunctional tool comprising a ruler, a compass, a protractor and a gold ratio measurement, characterized in that said four integrated tools have the following features: - the ruler has a left part of the ruler and a right part of the ruler, which are connected at a connecting point, wherein both parts (2a, 2b) of the ruler merge and form a single part of the ruler in an extended state; - the compass is formed on the basis of two parts of the ruler (2a, 2b), wherein: one leg of the compass is integrated into the left part of the ruler and the other leg of the compass is respectively integrated into the right part of the ruler; one leg of the compass has a support point and the other leg of the compass has a drawing means; - the golden ratio measurement is formed between parts of the ruler (2a, 2b) and comprises a pointer and a holder, wherein the pointer is attached to the right part of the ruler at a first connection point and the holder is attached to the left part of the ruler at a second connection point, said pointer and said holder are also interconnected at a third connection point in such a way that when the radius of the compass increases proportionally, a tip of the pointer changes the place proportionally and the value of the golden ratio which is approximately 1.618 remains between the tip and the said radius; - the protractor is locked on the pointer and the other leg of the compass in such a way that the base of the protractor coincides with a part of the pointer. - the ruler has a left part of the ruler and a right part of the ruler, which are connected at a connecting point, wherein both parts (2a, 2b) of the ruler merge and form a single part of the ruler in an extended state; - the compass is formed on the basis of two parts of the ruler (2a, 2b), wherein: one leg of the compass is integrated into the left part of the ruler and the other leg of the compass is respectively integrated into the right part of the ruler; one leg of the compass has a support point and the other leg of the compass has a drawing means; one leg of the compass is integrated into the left part of the ruler and the other leg of the compass is respectively integrated into the right part of the ruler; one leg of the compass has a support point and the other leg of the compass has a drawing means; - the golden ratio measurement is formed between parts of the ruler (2a, 2b) and comprises a pointer and a holder, wherein the pointer is attached to the right part of the ruler at a first connection point and the holder is attached to the left part of the ruler at a second connection point, said pointer and said holder are also interconnected at a third connection point in such a way that when the radius of the compass increases proportionally, a tip of the pointer changes the place proportionally and the value of the golden ratio which is approximately 1.618 remains between the tip and the said radius; - the protractor is locked on the pointer and the other leg of the compass in such a way that the base of the protractor coincides with a part of the pointer.
A focused pinhole gamma detection device, comprising: - at least one detector, having a detector surface and being sensitive to gamma-photons, - a collimator, - an object carrier, arranged to position an object to be examined in an object space, wherein the collimator is provided between the at least one detector and the object space, and wherein the collimator has a plurality of pinhole systems, each pinhole system having a plurality of pinholes having mutually non-parallel central lines, having a mutual distance (d) that is smaller than a distance between any of the at least two pinholes of said pinhole system on the one hand and any pinhole of any other pinhole system on the other hand and having a pinhole system field of view, that is composed of the fields of view of the plurality of pinholes of the pinhole system, wherein in the device all pinhole systems are constructed and arranged so as to establish a common overlap of their pinhole system fields of view, said overlap defining a focus volume, that is seen by all pinhole systems of the device, and characterized in that at least one pinhole system is arranged and constructed such that, for at least one of, and preferably each of the pinholes of said pinhole system, a portion of the focus volume is outside the field of view of said pinhole. - at least one detector, having a detector surface and being sensitive to gamma-photons, - a collimator, - an object carrier, arranged to position an object to be examined in an object space,
Method for analysing a fracture or crack face of a metal part of a turbine engine, in particular made of extremely fragile fracture material, such as a TiAl-based alloy, said face corresponding to the fracture surface or to the cracking surface before opening in the laboratory for an unbroken cracked part, characterised in that it comprises at least one of the steps consisting in: a) identifying on the face the position and orientation of cleavage facets so as to identify an initiation region of the fracture or crack and to determine the direction of propagation of said fracture or crack, b) examining the face and detecting the regions where equiaxed grains and/or lamellar grains are present, so as to evaluate the temperature at which the fracture or crack was made, and c) comparing the heat tint(s) of the face with those of samples from a heat tint colour chart, said samples being produced from the same material as the part and being subjected to oxidising heat treatments at predetermined temperatures and for predetermined periods of time, so as to evaluate the speed of propagation of the fracture or crack, steps a), b) and c) being carried out in any order. a) identifying on the face the position and orientation of cleavage facets so as to identify an initiation region of the fracture or crack and to determine the direction of propagation of said fracture or crack, b) examining the face and detecting the regions where equiaxed grains and/or lamellar grains are present, so as to evaluate the temperature at which the fracture or crack was made, and c) comparing the heat tint(s) of the face with those of samples from a heat tint colour chart, said samples being produced from the same material as the part and being subjected to oxidising heat treatments at predetermined temperatures and for predetermined periods of time, so as to evaluate the speed of propagation of the fracture or crack,
An assembly including: - a pulsed light therapy machine including a handset including a flashlamp and a first absorbing filter for filtering the light emitted by the flashlamp before it exits the handset, - a pair of glasses or googles for protecting the operator, including a second absorbing filter for filtering the incident light, assembly characterized in that the overall transmittance of visible and infrared light through the first and second filters is sufficiently low in the range of emission of the HS that the operator is not visually discomforted by the emission of a flash, or harmed by the infrared light, the global transmission being less tha, or equal to 10% in the range 580 nm to 1200 nm, the second absorbing filter having a transmittance of 1% or less in the range λ c to λ d of emission of the machine, the transmission coefficient of the glasses or of the googles being 20% or more in a range 400 to λ c, with λ c longer than 400 nm, the absorbing filter of the glasses or of the googles having a transmission coefficient lower than 1% both for λ < 400 nm. - a pulsed light therapy machine including a handset including a flashlamp and a first absorbing filter for filtering the light emitted by the flashlamp before it exits the handset, - a pair of glasses or googles for protecting the operator, including a second absorbing filter for filtering the incident light,