mhurhangee/ep-ind-claims huggingface dataset:
A powdered tobermorite-type calcium silicate-based material, wherein a molar ratio of SiO 2 /CaO in the material is 1.5 or more, and a cumulative pore volume having a pore size of 3.6 nm to 200 nm in the material is 0.9 cc/g or more, and a cumulative pore volume having a pore size of 3.6 nm to 5000 nm is 2.6 cc/g or more, as measured in accordance with the method specified in the description. a molar ratio of SiO 2 /CaO in the material is 1.5 or more, and a cumulative pore volume having a pore size of 3.6 nm to 200 nm in the material is 0.9 cc/g or more, and a cumulative pore volume having a pore size of 3.6 nm to 5000 nm is 2.6 cc/g or more, as measured in accordance with the method specified in the description.
A radio frequency, RF, signal receiving device (310_n) configured to receive RF signals from K user communication devices, wherein K is a positive integer, and wherein said RF signal receiving device comprises: - a decompression entity configured to generate n-1 decompressed signals by decompressing n-1 compressed output signals, received from n-1 further RF signal receiving devices (310_1... 310_n-1) of an arrangement of N RF signal receiving devices, wherein N is a positive integer and wherein n is a positive integer that is less than or equal to N-1; - a compression entity configured to generate a compressed output signal by executing a signal compression with regard to the n-1 decompressed signals and with regard to a RF signal received by the RF signal receiving device; and - a processing entity configured to execute a signal processing with regard to the n-1 decompressed signals and with regard to the received RF signal before the compression of the n-1 decompressed signals and the received RF signal by the compression entity, characterized in that: - the signal processing, executed by the processing entity, comprises a generation of a distributed beamforming estimation signal of N RF signals, received at the N RF signal receiving devices, wherein the distributed beamforming estimation signal is based on a sum of the n-1 decompressed signals and on a beamformed signal which is based on the received RF signal; and - the compression entity is configured to execute the signal compression by compressing the distributed beamforming estimation signal and to output the compressed estimation signal as the compressed output signal. - a decompression entity configured to generate n-1 decompressed signals by decompressing n-1 compressed output signals, received from n-1 further RF signal receiving devices (310_1... 310_n-1) of an arrangement of N RF signal receiving devices, wherein N is a positive integer and wherein n is a positive integer that is less than or equal to N-1; - a compression entity configured to generate a compressed output signal by executing a signal compression with regard to the n-1 decompressed signals and with regard to a RF signal received by the RF signal receiving device; and - a processing entity configured to execute a signal processing with regard to the n-1 decompressed signals and with regard to the received RF signal before the compression of the n-1 decompressed signals and the received RF signal by the compression entity, - the signal processing, executed by the processing entity, comprises a generation of a distributed beamforming estimation signal of N RF signals, received at the N RF signal receiving devices, wherein the distributed beamforming estimation signal is based on a sum of the n-1 decompressed signals and on a beamformed signal which is based on the received RF signal; and - the compression entity is configured to execute the signal compression by compressing the distributed beamforming estimation signal and to output the compressed estimation signal as the compressed output signal.
Device for the automatic removal of wrong weft threads from the shed of an air weaving loom, of the type comprising a pneumatic or pneumo-mechanical extraction device of a wrong weft thread, a tensiometer, arranged upstream of said extraction device, which detects the variations of a tension imparted on the weft thread by said extraction device during the extraction step of the weft thread from the shed, and a processing unit which processes the variations of tension of the weft thread and disables the automatic restart of the loom when said variations of tension satisfy set threshold conditions, characterized in that said tensiometer comprises guide elements, which deviate the weft thread from its straight trajectory, and a sensitive element (3, 4), interposed between said guide elements, which detects said variations of tension of the weft thread, and in that said tensiometer is mounted on a carriage which can be moved in a direction perpendicular to the direction of insertion of the weft threads, and in that said tensiometer, when the insertion of a wrong weft thread is detected, is made to approach the weft thread until bringing said guide elements and said sensitive element (3, 4) into contact with the wrong weft thread.
A method for testing a hollow metal article, the method comprising: submitting a hollow metal article to x-ray imaging, wherein the hollow metal article was fabricated by casting a molten metal alloy around a core that had a ceramic core body and an x-ray radiopaque coating disposed on the ceramic core body, the core having been chemically removed, wherein the ceramic core body has a maximum thickness and the x-ray radiopaque coating has a thickness of 5% or less of the maximum thickness of the ceramic core body; and determining based upon the x-ray imaging whether any of the x-ray radiopaque coating of the core remains in the hollow metal article. submitting a hollow metal article to x-ray imaging, wherein the hollow metal article was fabricated by casting a molten metal alloy around a core that had a ceramic core body and an x-ray radiopaque coating disposed on the ceramic core body, the core having been chemically removed, wherein the ceramic core body has a maximum thickness and the x-ray radiopaque coating has a thickness of 5% or less of the maximum thickness of the ceramic core body; and determining based upon the x-ray imaging whether any of the x-ray radiopaque coating of the core remains in the hollow metal article.
Cylindrical thermal protection sheath (1; 60) for covering a length of an elongated structural element, comprising a flexible sandwich-like composite insulation system (10, 12, 16, 18, 20) which has a thermal conductivity lower or equal to 0.11 W/m.°C at 800°C and a thickness lower than 50 millimeters, said sandwich-like composite insulation system (10, 12, 16, 18, 20) comprising at least: - an outer first layer having a protective outer side, - a second layer being a fabric made from filaments and reinforcement yarns, said second layer covering the inner side of said outer first layer, - a third layer covering the inner side of the second layer and comprising a thermal insulation layer essentially made from fibers, and - a fourth layer covering the inner side of the third layer and being a flexible micro-porous thermal insulation material. - an outer first layer having a protective outer side, - a second layer being a fabric made from filaments and reinforcement yarns, said second layer covering the inner side of said outer first layer, - a third layer covering the inner side of the second layer and comprising a thermal insulation layer essentially made from fibers, and - a fourth layer covering the inner side of the third layer and being a flexible micro-porous thermal insulation material.
Process for producing a semi-finished automotive component, including the steps of: - applying to a solid substrate, preferably a metal substrate, a liquid rubber composition to obtain a bead structure or a coating which covers an area of the solid substrate; - treating the solid substrate carrying the bead structure or coating by cathodic dip coating; - curing the coated solid substrate carrying the bead structure or coating to obtain an elastomeric rubber bead structure or an elastomeric rubber coating; characterized in that the liquid rubber composition comprises polybutadiene resin with a vinyl functionality > 70 % and a peroxide and wherein the liquid rubber composition has a total amount of sulfur and organic sulfur donators and sulfur-containing accelerators of less than 1 wt.-%, preferably less than 0.5 wt.-%, more preferably 0 wt.-%, of the rubber composition. - applying to a solid substrate, preferably a metal substrate, a liquid rubber composition to obtain a bead structure or a coating which covers an area of the solid substrate; - treating the solid substrate carrying the bead structure or coating by cathodic dip coating; - curing the coated solid substrate carrying the bead structure or coating to obtain an elastomeric rubber bead structure or an elastomeric rubber coating;
A clustered Single-Carrier Frequency Division Multiple Access, SC-FDMA, receiving apparatus comprising: a receiving section configured to receive, from a clustered SC-FDMA transmitting apparatus, signals that are mapped on a plurality of discontinuous frequency bands in a frequency domain, the signals being generated by dividing an output of a single DFT section of the clustered SC-FDMA transmitting apparatus; a combiner configured to combine the received signals mapped on the plurality of discontinuous frequency bands in the frequency domain into a combined signal; and a transforming section configured to transform the combined signal in the frequency domain into a symbol in a time domain by performing an inverse discrete Fourier transformation, IDFT, on the combined signal in the frequency domain, characterized in that a vector length, corresponding to a size of at least one of the plurality of discontinuous frequency bands, is a multiple of a product of two or more powers of prime numbers, each prime number being equal to or larger than two, and the two or more prime numbers being different from each other, the vector length being a number of subcarriers allocated to the at least one of the plurality of discontinuous frequency bands; and the IDFT is performed using an IDFT matrix with an IDFT size which is a product of powers of a plurality of values, wherein the vector length is a partially orthogonal vector length of column vectors constituting the IDFT matrix. a receiving section configured to receive, from a clustered SC-FDMA transmitting apparatus, signals that are mapped on a plurality of discontinuous frequency bands in a frequency domain, the signals being generated by dividing an output of a single DFT section of the clustered SC-FDMA transmitting apparatus; a combiner configured to combine the received signals mapped on the plurality of discontinuous frequency bands in the frequency domain into a combined signal; and a transforming section configured to transform the combined signal in the frequency domain into a symbol in a time domain by performing an inverse discrete Fourier transformation, IDFT, on the combined signal in the frequency domain, characterized in that a vector length, corresponding to a size of at least one of the plurality of discontinuous frequency bands, is a multiple of a product of two or more powers of prime numbers, each prime number being equal to or larger than two, and the two or more prime numbers being different from each other, the vector length being a number of subcarriers allocated to the at least one of the plurality of discontinuous frequency bands; and the IDFT is performed using an IDFT matrix with an IDFT size which is a product of powers of a plurality of values, wherein the vector length is a partially orthogonal vector length of column vectors constituting the IDFT matrix.
A de-exciting system for dissipating energy from an inductive circuit (1, 2) that comprises at least one coil, adapted to be attached to said inductive circuit (1, 2) and comprising: • a series connection of a discharge resistor and a unidirectional discharge switching element, said series connection being arranged such that, if the de-exciting system is attached to the inductive circuit (1, 2) and the discharge switching element is in a conducting state, a closed conducting path comprising the coil and the discharge resistor is formed; and • a unidirectional bypass switching element that is connected in parallel to the discharge resistor such that, if the de-exciting system is attached to the inductive circuit (1, 2) and both the discharge switching element and the bypass switching element are in a conducting state, a closed conducting path comprising the coil, the discharge switching element, and the bypass switching element is formed; characterized in that the de-exciting system further comprises control means configured to: in a first de-excitation phase, switch both the discharge switching element and the bypass switching element into a conducting state, and in a second de-excitation phase, switch the bypass switching element into a non-conducting state, while keeping the discharge switching element in the conducting state, wherein the control means of the de-exciting system are coupled or integrated with control means of a circuit breaker (9a, 9b) in a powering path to the inductive circuit (1, 2), and configured to: in response to a request for de-excitation of the inductive circuit (1, 2), begin the first de-excitation phase before the circuit breaker (9a, 9b) begins to open. • a series connection of a discharge resistor and a unidirectional discharge switching element, said series connection being arranged such that, if the de-exciting system is attached to the inductive circuit (1, 2) and the discharge switching element is in a conducting state, a closed conducting path comprising the coil and the discharge resistor is formed; and • a unidirectional bypass switching element that is connected in parallel to the discharge resistor such that, if the de-exciting system is attached to the inductive circuit (1, 2) and both the discharge switching element and the bypass switching element are in a conducting state, a closed conducting path comprising the coil, the discharge switching element, and the bypass switching element is formed;
Two-component mortar composition comprising at least one resin component that contains at least one epoxide-based resin, which can be polymerized by addition reaction, as a curable component, and a hardener component which contains a curing agent for the resin of the resin component, characterized in that at least one of the components contains at least one siloxane which comprises at least one functional group which is capable of addition reaction to epoxides, but which has no hydrolyzable groups bonded to a silicon atom.
A supporting apparatus for medical device, comprising: a stand unit; a supporting section which is connected to the stand unit, comprises an arm mechanism including a plurality of joint parts (4K1, 4K2, 4K3, 4K4), and is configured to movably and tiltably support a medical device supported by the arm mechanism; a brake section which is configured to switch between a fixed state of fixing at least one of the joint parts (4K1, 4K2, 4K3, 4K4) of the supporting section and a fixing release state of releasing the fixing of the at least one of the joint parts (4K1, 4K2, 4K3, 4K4); and a detector which is comprised by the supporting section and is configured to detect attachment/detachment of the medical device; wherein the supporting apparatus further comprises a controller configured to output a control signal to the brake section; characterized in that the controller is configured to output the control signal to switch the brake section to a fixed state, based on a detection signal from the detector, and fix the joint parts (4K1, 4K2, 4K3, 4K4) by the brake section, when the detector detects that the medical device is detached from the supporting section. a stand unit; a supporting section which is connected to the stand unit, comprises an arm mechanism including a plurality of joint parts (4K1, 4K2, 4K3, 4K4), and is configured to movably and tiltably support a medical device supported by the arm mechanism; a brake section which is configured to switch between a fixed state of fixing at least one of the joint parts (4K1, 4K2, 4K3, 4K4) of the supporting section and a fixing release state of releasing the fixing of the at least one of the joint parts (4K1, 4K2, 4K3, 4K4); and a detector which is comprised by the supporting section and is configured to detect attachment/detachment of the medical device; wherein the supporting apparatus further comprises a controller configured to output a control signal to the brake section; characterized in that the controller is configured to output the control signal to switch the brake section to a fixed state, based on a detection signal from the detector, and fix the joint parts (4K1, 4K2, 4K3, 4K4) by the brake section, when the detector detects that the medical device is detached from the supporting section.
Motorized joint for connecting two carriers (2, 3), movable relative to one another, of a programmable automatic moving device which comprises a drive motor, a transmission which is connected downstream of the drive motor in drive terms, and a locking device, the locking device being configured and arranged to directly lock an output shaft of the drive motor or a locking means which is connected fixedly to the output shaft of the drive motor for conjoint rotation, and the output shaft being connected fixedly to a drive shaft of the transmission for conjoint rotation by means of a connecting coupling, the connecting coupling permitting a relative movement of the output shaft with respect to the drive shaft in the case of the occurrence of a torque between the output shaft of the drive motor and the drive shaft of the transmission above a predefined or predefinable value, characterized in that a. the connecting coupling has an end-side recess in the output shaft, in which recess one end of the drive shaft is anchored non-positively by means of a clamping component which is configured as a corrugated and/or elastic and/or cylindrically curved strip or as a slotted ring, or in that b. the connecting coupling has an end-side recess in the drive shaft, in which recess one end of the output shaft is anchored non-positively by means of a clamping component which is configured as a corrugated and/or elastic and/or cylindrically curved strip or as a slotted ring. a. the connecting coupling has an end-side recess in the output shaft, in which recess one end of the drive shaft is anchored non-positively by means of a clamping component which is configured as a corrugated and/or elastic and/or cylindrically curved strip or as a slotted ring, or in that b. the connecting coupling has an end-side recess in the drive shaft, in which recess one end of the output shaft is anchored non-positively by means of a clamping component which is configured as a corrugated and/or elastic and/or cylindrically curved strip or as a slotted ring.
A mutant of PQQ-dependent soluble glucose dehydrogenase (s-GDH; EC 1.1.5.2) with improved specificity for glucose as compared to maltose, having a substitution of threonine at position 348 by either glycine, alanine or serine, wherein said mutant additionally comprises a) at least one mutation for improving the stability of the mutant, b) at least one mutation for improving the affinity of the mutant to glucose, wherein said mutation for improving the affinity to glucose is selected from the group consisting of L110H or Y; N229A, G or S; Q246H, M or N; Y333A; G339T; and V436P, and optionally c) one or more mutation(s) for further improving the specificity of the mutant for glucose as compared to maltose, and wherein these positions correspond to the amino acid positions known from the A. calcoaceticus s-GDH wild-type sequence (SEQ ID NO: 2). a) at least one mutation for improving the stability of the mutant, b) at least one mutation for improving the affinity of the mutant to glucose, wherein said mutation for improving the affinity to glucose is selected from the group consisting of L110H or Y; N229A, G or S; Q246H, M or N; Y333A; G339T; and V436P, and optionally c) one or more mutation(s) for further improving the specificity of the mutant for glucose as compared to maltose, and
A combined cooling, heating and air supply treatment system (302; 601; 751) for a suspended ceiling installation, comprising: a housing including an air treatment device comprising a heat exchanger (606, 642, 905, 906, 716, 750), and a movable access member which is configured to form an enclosure with the housing when in a first position and to allow access to the air treatment device when in a second position; wherein the access member includes a plurality of openings configured to permit passage of ambient air from a space outside of the enclosure into the enclosure, and passage of air treated by the air treatment device from the enclosure to the space outside of it, characterised by at least one UV light source attached to an inside portion of the access member, which is pivotable, such that the UV light source moves with the access member. a housing including an air treatment device comprising a heat exchanger (606, 642, 905, 906, 716, 750), and a movable access member which is configured to form an enclosure with the housing when in a first position and to allow access to the air treatment device when in a second position; wherein the access member includes a plurality of openings configured to permit passage of ambient air from a space outside of the enclosure into the enclosure, and passage of air treated by the air treatment device from the enclosure to the space outside of it, characterised by at least one UV light source attached to an inside portion of the access member, which is pivotable, such that the UV light source moves with the access member.
A circuit board, comprising: a ceramic board; a metal layer on the ceramic board; and a metal plate on the metal layer, wherein the metal layer includes: a first metal portion which is in contact with the ceramic board, a second metal portion which is in contact with the metal plate, and a third metal portion between the first metal portion and the second metal portion, and a part of the first metal portion extends toward a direction of the second metal portion such that the part of the first metal portion penetrates the third metal portion, and the part of the first metal portion spreads out in a lateral direction along the second metal portion; wherein the first metal portion includes silver as a main component and is formed by a paste made of a silver brazing material printed and applied with a thickness of 30 μm to 50 μm in a predetermined pattern, wherein the third metal portion includes copper or aluminum as a main component, and wherein the second metal portion includes any one of molybdenum, invar, and tungsten as a main component, and the metal plate includes copper or aluminum as a main component. a ceramic board; a metal layer on the ceramic board; and a metal plate on the metal layer, wherein the metal layer includes: a first metal portion which is in contact with the ceramic board, a second metal portion which is in contact with the metal plate, and a third metal portion between the first metal portion and the second metal portion, and a first metal portion which is in contact with the ceramic board, a second metal portion which is in contact with the metal plate, and a third metal portion between the first metal portion and the second metal portion, and a part of the first metal portion extends toward a direction of the second metal portion such that the part of the first metal portion penetrates the third metal portion, and the part of the first metal portion spreads out in a lateral direction along the second metal portion; wherein the first metal portion includes silver as a main component and is formed by a paste made of a silver brazing material printed and applied with a thickness of 30 μm to 50 μm in a predetermined pattern, wherein the third metal portion includes copper or aluminum as a main component, and wherein the second metal portion includes any one of molybdenum, invar, and tungsten as a main component, and the metal plate includes copper or aluminum as a main component.