mhurhangee/ep-ind-claims huggingface dataset:
A crystal form, Form I, of 4-[5-(4-fluorophenyl)-3-(trifluoromethyl)-1H-pyrazol-1-yl]-benzenesulfonamide having a powder X-ray diffraction pattern comprising peaks expressed in degrees (± 0.1 degree) of two theta angle of 14.0, 18.9, 21.3, 21.9, and 25.7 obtained using CuKα 1 X-ray (wavelength = 1.5406 Angstroms).
A display device comprising: a substrate having a signal wiring thereon, the substrate having a planar area, a surrounding area, a bending area extending from the planar area to the surrounding area, and a display area within the planar area, the signal wiring extending from the display area to the sourrounding area through the bending area, a first protective layer disposed on the substrate and the signal wiring, and a second protective layer; wherein the first protective layer is disposed in a part of the planar area and in a part of the bending area adjacent to the planar area, such that the first protective layer covers a boundary between the planar area and the bending area, and is spaced apart from the display area and from a center portion of the bending area in a plan view, and the second protective layer is disposed directly on the first protective layer and spaced apart from the display area in a plan view, and the second protective layer is disposed on the substrate and the signal wiring in the bending area and in a part of the planar area spaced apart from the display area in a plan view, and in a cross sectional view perpendicular to the planar area and the bending area, the second protective layer covers an entirety of the first protective layer and the bending area. a substrate having a signal wiring thereon, the substrate having a planar area, a surrounding area, a bending area extending from the planar area to the surrounding area, and a display area within the planar area, the signal wiring extending from the display area to the sourrounding area through the bending area, a first protective layer disposed on the substrate and the signal wiring, and a second protective layer; wherein the first protective layer is disposed in a part of the planar area and in a part of the bending area adjacent to the planar area, such that the first protective layer covers a boundary between the planar area and the bending area, and is spaced apart from the display area and from a center portion of the bending area in a plan view, and the second protective layer is disposed directly on the first protective layer and spaced apart from the display area in a plan view, and the second protective layer is disposed on the substrate and the signal wiring in the bending area and in a part of the planar area spaced apart from the display area in a plan view, and in a cross sectional view perpendicular to the planar area and the bending area, the second protective layer covers an entirety of the first protective layer and the bending area.
A heater, comprising: a ferromagnetic conductor; and an electrical conductor electrically coupled to the ferromagnetic conductor; wherein the heater is configured to provide a first amount of heat at a lower temperature and, characterized in that the heater is configured to provide a second reduced amount of heat when the heater reaches a selected temperature, or enters a selected temperature range, wherein the ferromagnetic conductor comprises a ferromagnetic material which is chosen such that the ferromagnetic conductor undergoes a phase transformation from ferrite to austenite at the selected temperature or the selected temparture range. a ferromagnetic conductor; and an electrical conductor electrically coupled to the ferromagnetic conductor; wherein the heater is configured to provide a first amount of heat at a lower temperature and, characterized in that the heater is configured to provide a second reduced amount of heat when the heater reaches a selected temperature, or enters a selected temperature range, wherein the ferromagnetic conductor comprises a ferromagnetic material which is chosen such that the ferromagnetic conductor undergoes a phase transformation from ferrite to austenite at the selected temperature or the selected temparture range.
A pharmaceutical composition, especially a dermatological composition, characterized in that it comprises, into a physiologically acceptable medium, at least one compound of the avermectin family, at least one compound selected from among azelaic acid and salts thereof, and a gelling agent selected from among the sodium acryloyldimethyltaurate copolymer/isohexadecane/polysorbate 80 mixture and/or the polyacrylamide/C13-14 isoparaffin/Laureth-7 mixture.
A nucleic acid construct encoding a fusion protein, wherein the construct comprises a coding sequence for a protein of interest and a coding sequence for a subtilisin prodomain protein, wherein the fusion protein comprises the protein of interest operatively linked to the subtilisin prodomain protein and further comprises an enzymatic cleavage site between the protein of interest and the subtilisin prodomain protein, wherein the subtilisin prodomain protein binds to a subtilisin or variant thereof to form a binding complex with the subtilisin or variant thereof, wherein the subtilisin or variant thereof is effective to cleave the peptide bond joining the protein of interest and the subtilisin prodomain protein, and wherein the subtilisin prodomain protein comprises a replacement sequence for the P1-P4 amino acid sequence comprising substitutions of amino acid residues F or Y for P4, any amino acid residue for P3, A or S for P2 and M, F, Y, H, or L for P1.
A method for use restriction of an electric appliance, wherein - a radio signal is wirelessly transmitted by means of an external transmitting device; - it is examined by means of a control unit of the electric appliance if the radio signal has been received by the electric appliance; - if the radio signal has been received by the electric appliance according to a result of the examination, a spatial distance of the electric appliance from the transmitting device is determined by means of the control unit depending on the received radio signal; and - an operation of the electric appliance is enabled or disabled by means of the control unit depending on the distance. - a radio signal is wirelessly transmitted by means of an external transmitting device; - it is examined by means of a control unit of the electric appliance if the radio signal has been received by the electric appliance; - if the radio signal has been received by the electric appliance according to a result of the examination, a spatial distance of the electric appliance from the transmitting device is determined by means of the control unit depending on the received radio signal; and - an operation of the electric appliance is enabled or disabled by means of the control unit depending on the distance.
An apparatus (120a - 120h, 120m, 302) for wireless communications, comprising: means for storing a first portion of Counter Cipher Mode Protocol, CCMP, information, obtained via a previously received packet with a full CCMP header, locally, at the apparatus (120a - 120h, 120m, 302); means for receiving a packet (700, 800, 900), said packet (700, 800, 900) comprising a data field encoded using the CCMP information; and means for decoding the data field using the stored first portion of the CCMP information and additional information contained in the packet (700, 800, 900); and wherein the apparatus (120a - 120h, 120m, 302) further comprises means for obtaining a second portion of the CCMP information used to encode the data field from a compressed CCMP header contained in the packet (700, 800, 900) and for obtaining the stored first portion of the CCMP information used to encode the data field and wherein the means (so6A) for decoding is adapted to use the obtained first and second portions of the CCMP information to decode the data field. means for storing a first portion of Counter Cipher Mode Protocol, CCMP, information, obtained via a previously received packet with a full CCMP header, locally, at the apparatus (120a - 120h, 120m, 302); means for receiving a packet (700, 800, 900), said packet (700, 800, 900) comprising a data field encoded using the CCMP information; and means for decoding the data field using the stored first portion of the CCMP information and additional information contained in the packet (700, 800, 900); and wherein the apparatus (120a - 120h, 120m, 302) further comprises means for obtaining a second portion of the CCMP information used to encode the data field from a compressed CCMP header contained in the packet (700, 800, 900) and for obtaining the stored first portion of the CCMP information used to encode the data field and wherein the means (so6A) for decoding is adapted to use the obtained first and second portions of the CCMP information to decode the data field.
A method of determining the presence of an Autism Spectrum Disorder or the risk of an ASD in an individual, the method comprising: assaying a genetic sample from the individual for the presence of at least one allele of a SNP located at human chromosome location chr2:73156164 (hg18 position), wherein the presence in the genetic sample of the at least one allele of the SNP indicates that the individual has an ASD or is at risk of an ASD. assaying a genetic sample from the individual for the presence of at least one allele of a SNP located at human chromosome location chr2:73156164 (hg18 position), wherein the presence in the genetic sample of the at least one allele of the SNP indicates that the individual has an ASD or is at risk of an ASD.
A composition comprising at least 80% by weight, based on the total weight of the composition, of a magnesium sulfate-urea compound selected from the compound of formula and mixtures of the compound of formula with the compound of formula: [MgSO 4 • m CO(NH 2) 2 • n H 2 O], [MgSO 4 • x CO(NH 2) 2 • y H 2 O], where m and x are in the range from 0.9 to 1.1, n is in the range from 1.9 to < 2.1 and y is in the range from 2.9 to 3.1, wherein the composition, based on the total weight of the composition, contains less than 10% by weight of free MgSO 4 in the form of the anhydrate or in the form of hydrates of magnesium sulfate and less than 10% by weight of unbound urea, and wherein the proportion of the compound of formula based on the total amount of compounds of formulae and is at least 90% by weight. where m and x are in the range from 0.9 to 1.1, n is in the range from 1.9 to < 2.1 and y is in the range from 2.9 to 3.1, wherein the composition, based on the total weight of the composition, contains less than 10% by weight of free MgSO 4 in the form of the anhydrate or in the form of hydrates of magnesium sulfate and less than 10% by weight of unbound urea, and wherein the proportion of the compound of formula based on the total amount of compounds of formulae and is at least 90% by weight.
An air conditioning device used to cool air for an electronic equipment rack or the equivalent, comprising: - a housing having a front side and, opposite the front side, a back side, - at least one fan and - a heat exchanger, wherein the heat exchanger is connected with an external cooling apparatus or an internal cooling apparatus in order to supply the heat exchanger with chilled coolant, and wherein the fan draws air in from the back side, conducts it through the heat exchanger to the front side, and emits the air in a direction radial to the front side; an outlet grille, through which the airflow is guided, is arranged on an air outlet opening, which is located on the sidewall of the housing for the air conditioning device, and the fan is designed as a radial blower, which extends outward from the front side of the air conditioning device and discharges the airflow, which enters the air conditioning device from a direction axial to the air conditioning device, in a radial direction that is parallel to a peripheral surface on the front side, characterized in that the outlet grille comprises baffle plates (9, 10), which are arranged vertically with respect to one another and are arranged to be parallel to the direction of flow, said plates (9, 10) having a depth of from 5 to 33 mm. - a housing having a front side and, opposite the front side, a back side, - at least one fan and - a heat exchanger,
A method for preparing a hydrophobized biomaterial consisting of a hydrophilic material having hydroxyl functions, onto which are grafted chains of polymers having ester functions, said method comprising a step for putting said hydrophilic material in contact with said polymers and for a transesterification reaction between said ester functions and said hydroxyl functions, said method being carried out in the absence of a catalyst.
A tank for storing a cryogenic fluid, in particular for storing liquefied natural gas, having an outer tank, an inner tank arranged inside the outer tank, a base insulation arranged between an outer tank base of the outer tank and an inner tank base of the inner tank, and a liquid-tight film arranged between the outer tank base and the inner tank base, wherein the film is integrally bonded to an outer tank wall of the outer tank, characterized in that the film has a metal, in particular aluminum, and/or in that the film is fiber-reinforced, in particular glass fiber-reinforced. the film has a metal, in particular aluminum, and/or in that the film is fiber-reinforced, in particular glass fiber-reinforced.
A device for measuring dynamic characteristics of a centrifugal rotating machine that includes a rotor with an impeller (4,5) mounted on a shaft end portion of a rotating shaft extending in an axial direction, the impeller (4,5) rotating in a rotational direction around the rotating shaft to suck fluid from an inlet on a suction side in the axial direction and discharge the fluid from an outer side in a radial direction, the device comprising: magnetic force generators (1,2) that excite the impeller by magnetic force; an excitation controller that drives the magnetic force generators; a vibration detector (15,16) that detects vibrations of the rotating shaft; and an arithmetic unit that performs frequency analysis and mode analysis based on an excitation signal from the excitation controller and a vibration signal from the vibration detector to calculate dynamic characteristics of the rotor, characterised in that a cover covering the impeller, leaving the inlet is attached to the suction side of the impeller, and the magnetic force generators are disposed opposite to the cover. magnetic force generators (1,2) that excite the impeller by magnetic force; an excitation controller that drives the magnetic force generators; a vibration detector (15,16) that detects vibrations of the rotating shaft; and an arithmetic unit that performs frequency analysis and mode analysis based on an excitation signal from the excitation controller and a vibration signal from the vibration detector to calculate dynamic characteristics of the rotor, characterised in that a cover covering the impeller, leaving the inlet is attached to the suction side of the impeller, and the magnetic force generators are disposed opposite to the cover.
An ultrasonic probe comprising: a shaft having a longitudinal axis; and a head disposed at a distal end of said shaft, said head having a lateral cylindrical surface, a substantially planar end face, and a plurality of concave shaping surfaces at a distal end of said cylindrical surface, each of said shaping surfaces intersecting or contiguous with said cylindrical surface, characterized in that said head has at least three of said concave shaping surfaces, and in that said end face is oriented substantially perpendicularly to said longitudinal axis.
A tank system comprising a cryogenic container for storing a liquefied gas, wherein the cryogenic container has an at least double-walled shell which encloses a storage space for the liquefied gas, a control, evaluation and/or energy supply unit arranged outside the storage space, and an electrical line arrangement for transmitting signals and/or supply energy between the storage space and the control, evaluation and/or energy supply unit, characterized in that the electrical line arrangement comprises a mineral-insulated line which comprises at least one inner conductor composed of metal, an insulating jacket composed of a mineral material that envelops the at least one inner conductor, and an outer jacket composed of metal that envelops the insulating jacket, and the tank system comprises a sleeve element composed of metal that is welded to the at least double-walled shell or to a metal component, in particular a pipeline, which is guided through the at least double-walled shell and which has a through passage, the mineral-insulated line is guided through the through passage and the outer jacket of the mineral-insulated line is welded directly or indirectly to the sleeve element. a control, evaluation and/or energy supply unit arranged outside the storage space, and an electrical line arrangement for transmitting signals and/or supply energy between the storage space and the control, evaluation and/or energy supply unit, characterized in that the electrical line arrangement comprises a mineral-insulated line which comprises at least one inner conductor composed of metal, an insulating jacket composed of a mineral material that envelops the at least one inner conductor, and an outer jacket composed of metal that envelops the insulating jacket, and the tank system comprises a sleeve element composed of metal that is welded to the at least double-walled shell or to a metal component, in particular a pipeline, which is guided through the at least double-walled shell and which has a through passage, the mineral-insulated line is guided through the through passage and the outer jacket of the mineral-insulated line is welded directly or indirectly to the sleeve element.
A virtualization system comprising a baseband processing arrangement, wherein the virtualization system is configured to provide a plurality of virtual machines (41,42,43), each virtual machine having an allocation of baseband processing capacity provided by the baseband processing arrangement for serving remote radio units, wherein the virtualization system is configured to dynamically re-allocate baseband processing capacity between virtual machines (41,42,43) based on at least one parameter related to radio domain requirements of the remote radio units; wherein the virtualization system is configured to reduce a level of coordination among the remote radio units served by an existing or additional virtual machine, such that a baseband processing capacity required by the virtual machine (41,42,43) is within an available baseband processing capacity to be allocated to the virtual machine.
A compound represented by the formula: wherein X is CH or N; R 1 is an optionally substituted C 1-6 alkyl group, an optionally substituted C 1-6 alkoxy group, an optionally substituted C 6-14 aryl group, an optionally substituted heterocyclic group, or -NR 2 R 3; R 2 is a hydrogen atom or a substituent; R 3 is a substituent; ring A is an optionally further substituted aromatic ring; ring B is an optionally further substituted cyclohexane ring; ring C is an optionally further substituted 6-membered nitrogen-containing aromatic heterocycle, or a salt thereof. X is CH or N; R 1 is an optionally substituted C 1-6 alkyl group, an optionally substituted C 1-6 alkoxy group, an optionally substituted C 6-14 aryl group, an optionally substituted heterocyclic group, or -NR 2 R 3; R 2 is a hydrogen atom or a substituent; R 3 is a substituent; ring A is an optionally further substituted aromatic ring; ring B is an optionally further substituted cyclohexane ring; ring C is an optionally further substituted 6-membered nitrogen-containing aromatic heterocycle,
The cosmetic use via an oral route of at least one mono-unsaturated fatty acid including 12 to 22 carbon atoms, one of its salts or one of its esters, for preventing and/or treating alterations of hair appearing with aging, not mediated by an inflammatory process, the mono-unsaturated fatty acid being petroselic acid.
Process for producing haematite, comprising at least comprising the reaction of at least • iron and • a water-containing haematite nucleus suspension containing haematite nuclei which have a particle size of 100 nm or less and a specific BET surface area of from 40 m 2 /g to 150 m 2 /g (measured in accordance with DIN 66131), and • an iron nitrate solution, and • oxygen-containing gas at temperatures of from 70°C to 120°C, preferably from 70°C to 99°C, producing a liquid reaction mixture which contains at least one liquid phase and haematite suspended therein, wherein the oxygen-containing gas is introduced into the liquid reaction mixture at • a gas introduction volume of from 0.5 to 2 m 3 of oxygen-containing gas per m 3 of reaction volume per hour and a gas introduction volume of from 8 to 32 m 3, preferably from 8 to 24 m 3, of oxygen-containing gas per m 2 of gas introduction area per hour, or • a gas introduction volume of from 0.5 to 1 m 3 of oxygen-containing gas per m 3 of reaction volume per hour and a gas introduction volume of from 8 to 16 m 3, preferably from 8 to 12 m 3, of oxygen-containing gas per m 2 of gas introduction area per hour, or • a gas introduction volume of from 1 to 2 m 3 of oxygen-containing gas per m 3 of reaction volume per hour and a gas introduction volume of from 16 to 32 m 3, preferably from 24 to 32 m 3, of oxygen-containing gas per m 2 of gas introduction area per hour. • iron and • a water-containing haematite nucleus suspension containing haematite nuclei which have a particle size of 100 nm or less and a specific BET surface area of from 40 m 2 /g to 150 m 2 /g (measured in accordance with DIN 66131), and • an iron nitrate solution, and • oxygen-containing gas • a gas introduction volume of from 0.5 to 2 m 3 of oxygen-containing gas per m 3 of reaction volume per hour and a gas introduction volume of from 8 to 32 m 3, preferably from 8 to 24 m 3, of oxygen-containing gas per m 2 of gas introduction area per hour, or • a gas introduction volume of from 0.5 to 1 m 3 of oxygen-containing gas per m 3 of reaction volume per hour and a gas introduction volume of from 8 to 16 m 3, preferably from 8 to 12 m 3, of oxygen-containing gas per m 2 of gas introduction area per hour, or • a gas introduction volume of from 1 to 2 m 3 of oxygen-containing gas per m 3 of reaction volume per hour and a gas introduction volume of from 16 to 32 m 3, preferably from 24 to 32 m 3, of oxygen-containing gas per m 2 of gas introduction area per hour.
A method of calibrating an ultrasound scanner having a transducer that rotates about a first phi axis and a second theta axis, the phi axis being perpendicular to the theta axis, the method comprising the steps of: collecting from a reflective plate target first ultrasound data in a scan plane by rotating the transducer about the phi axis; calculating a first maximum peak intensity phi angle from the first data; rotating the transducer 180° about the theta axis; collecting from the reflective plate target second ultrasound data in the scan plane by rotating the transducer about the phi axis; calculating a second maximum peak intensity phi angle from the second data; and determining a difference between the first and second maximum peak intensity phi angles. collecting from a reflective plate target first ultrasound data in a scan plane by rotating the transducer about the phi axis; calculating a first maximum peak intensity phi angle from the first data; rotating the transducer 180° about the theta axis; collecting from the reflective plate target second ultrasound data in the scan plane by rotating the transducer about the phi axis; calculating a second maximum peak intensity phi angle from the second data; and determining a difference between the first and second maximum peak intensity phi angles.
A composition for use in the treatment of subgingival calculus in a subgingival pocket after formation thereof by dissolving the subgingival calculus, the composition comprising: a) pyrophosphate and b) a polyphosphate. a) pyrophosphate and b) a polyphosphate.