mhurhangee/ep-ind-claims huggingface dataset:
An attachment assembly comprising: a hook component having a base body, a hook element attached to the base body, an attachment device for attaching an item to the hook component, and a first magnet connected to the hook element, and a bracket component having a base surface, a front surface, and a hook-supporting strut between the base surface and the front surface, the bracket component having a second magnet connected to the base surface, wherein inserting the hook element in a space between the base surface and the front surface causes the magnets (25, 35) to attract each other and force the hook element through the space to rest on the hook-supporting strut, and characterized in that the bracket component has at least one locking flange extending away from the base surface in a direction opposite to the hook-supporting strut, the locking flange comprising a leg and a locking plate, the locking plate having a width and length that is greater than a width and length of the leg, and further comprising a back plate having a top surface and a supporting rim, and at least one opening in the top surface, said at least one opening having a first portion with a length at least as large as the length of the locking plate, and a second portion with a length at least as large as the length of the leg but smaller than the length of the locking plate, such that the bracket component is adapted to be locked to the back plate by placing the locking plate through the first portion of the opening and sliding the bracket component until the locking flange extends through the second portion. a hook component having a base body, a hook element attached to the base body, an attachment device for attaching an item to the hook component, and a first magnet connected to the hook element, and a bracket component having a base surface, a front surface, and a hook-supporting strut between the base surface and the front surface, the bracket component having a second magnet connected to the base surface, wherein inserting the hook element in a space between the base surface and the front surface causes the magnets (25, 35) to attract each other and force the hook element through the space to rest on the hook-supporting strut, and characterized in that the bracket component has at least one locking flange extending away from the base surface in a direction opposite to the hook-supporting strut, the locking flange comprising a leg and a locking plate, the locking plate having a width and length that is greater than a width and length of the leg, and further comprising a back plate having a top surface and a supporting rim, and at least one opening in the top surface, said at least one opening having a first portion with a length at least as large as the length of the locking plate, and a second portion with a length at least as large as the length of the leg but smaller than the length of the locking plate, such that the bracket component is adapted to be locked to the back plate by placing the locking plate through the first portion of the opening and sliding the bracket component until the locking flange extends through the second portion.
A method for the treatment of an aqueous stream containing both anionic and cationic species, the method comprising the steps of: continuously circulating water through an essentially closed loop incorporating an ion adsorption unit comprising a water permeable layer of an ion adsorbing material; feeding to the essentially closed loop an aqueous solution containing the anionic and the cationic species; continuously passing the circulating water including the aqueous solution containing the ionic and the cationic species through the ion adsorbing material in the ion adsorption unit while applying an electric potential across the thickness of the layer of ion adsorbing material and removing from the ion adsorption unit more concentrated aqueous solutions of the separate ionic species; continuously discharging from the ion adsorption unit the more concentrated aqueous solution of one ionic species; continuously discharging from the ion adsorption unit the aqueous solution depleted in anionic and cationic species; continuously passing the more concentrated solution of the other ionic species through a reaction unit in which the ionic species reacts to form a water-insoluble solid material; continuously recycling eluate from the reaction unit to the ion adsorption unit; and, if necessary, adding to the closed loop a quantity of water corresponding the quantity of aqueous solution removed from the reaction unit. continuously circulating water through an essentially closed loop incorporating an ion adsorption unit comprising a water permeable layer of an ion adsorbing material; feeding to the essentially closed loop an aqueous solution containing the anionic and the cationic species; continuously passing the circulating water including the aqueous solution containing the ionic and the cationic species through the ion adsorbing material in the ion adsorption unit while applying an electric potential across the thickness of the layer of ion adsorbing material and removing from the ion adsorption unit more concentrated aqueous solutions of the separate ionic species; continuously discharging from the ion adsorption unit the more concentrated aqueous solution of one ionic species; continuously discharging from the ion adsorption unit the aqueous solution depleted in anionic and cationic species; continuously passing the more concentrated solution of the other ionic species through a reaction unit in which the ionic species reacts to form a water-insoluble solid material; continuously recycling eluate from the reaction unit to the ion adsorption unit; and, if necessary, adding to the closed loop a quantity of water corresponding the quantity of aqueous solution removed from the reaction unit.
Method for guiding a vehicle on a substrate, wherein the vehicle is guided along a predetermined path by means of a marking which is at least partially arranged on the substrate, and a detector which is constructed to identify the marking and which is associated with the vehicle, wherein in order to identify the marking on the substrate the marking is illuminated by means of an illumination device having a first illumination light and a second illumination light having a different wavelength and predeterminable duration in each case in a predeterminable sequence, wherein the wavelength of the first illumination light and the wavelength of the second illumination light are selected in such a manner that the marking for the detector as a result of the definable remission spectrum thereof during illumination with the first illumination light can be identified with a brightness or darkness which differs from the brightness or darkness when illuminated with the second illumination light, and wherein a corresponding detection result which has been established by the detector is used to guide the vehicle along the path, characterised in that the marking is formed in a stripe-like manner with one track or a plurality of tracks or stripes. wherein the wavelength of the first illumination light and the wavelength of the second illumination light are selected in such a manner that the marking for the detector as a result of the definable remission spectrum thereof during illumination with the first illumination light can be identified with a brightness or darkness which differs from the brightness or darkness when illuminated with the second illumination light, and wherein a corresponding detection result which has been established by the detector is used to guide the vehicle along the path, characterised in that the marking is formed in a stripe-like manner with one track or a plurality of tracks or stripes.
A pulsation device for use in a milking device, which milking device comprises a milking cup with a teat liner and a pulsation space, which pulsation device is configured to apply a pressure that varies in pulsations to the pulsation space in order to open and close the teat liner, and which pulsation device comprises: • a supply line which is controllable by a first operable valve, in particular closable, for supplying a first pressure, • a supply line which is controllable by a second operable valve, in particular closable, for supplying a second pressure, which is a lower pressure than the first pressure, and • a control unit which is configured to generate control signals for operating the first valve and the second valve, wherein the first valve, and preferably also the second valve, is a controllable valve having a passage which is adjustable by means of the control signals,wherein the passage of the first valve, and preferably of the second valve, respectively, is adjustable during at least one pulsation phase (a, b, c, d) by the control unit via the control signals. • a supply line which is controllable by a first operable valve, in particular closable, for supplying a first pressure, • a supply line which is controllable by a second operable valve, in particular closable, for supplying a second pressure, which is a lower pressure than the first pressure, and • a control unit which is configured to generate control signals for operating the first valve and the second valve, wherein the first valve, and preferably also the second valve, is a controllable valve having a passage which is adjustable by means of the control signals,wherein the passage of the first valve, and preferably of the second valve, respectively, is adjustable during at least one pulsation phase (a, b, c, d) by the control unit via the control signals.
A packaged RF power device comprising a) at least one transistor, b) an RF signal input lead coupled to the transistor, c) a ground terminal coupled to the transistor, d) an RF signal output lead coupled to the transistor, e) an output matching circuit, comprising a first capacitor, and an RF and video bypassing circuit, comprising a plurality of discrete multilayer capacitors (54, 56) connected in parallel with the first capacitor, by means of a wire bond coupled to the RF signal output line, and f) a package for housing elements a) and e) with elements b), c), and d) extending from the package. a) at least one transistor, b) an RF signal input lead coupled to the transistor, c) a ground terminal coupled to the transistor, d) an RF signal output lead coupled to the transistor, e) an output matching circuit, comprising a first capacitor, and an RF and video bypassing circuit, comprising a plurality of discrete multilayer capacitors (54, 56) connected in parallel with the first capacitor, by means of a wire bond coupled to the RF signal output line, and f) a package for housing elements a) and e) with elements b), c), and d) extending from the package.
Parametric frequency-domain audio decoder representing a multi-channel audio decoder for reconstructing a multichannel audio signal from a data stream into which channels are coded using a lapped transform of the channels, the parametric frequency-domain audio decoder configured to identify first scale factor bands of a spectrum of a first channel of a current frame of the multichannel audio signal, within which all spectral lines are quantized to zero, and second scale factor bands of the spectrum, within which at least one spectral line is quantized to non-zero; fill the spectral lines within a predetermined scale factor band of the first scale factor bands with noise generated using spectral lines of a downmix of a previous frame of, the multichannel audio signal, with adjusting a level of the noise using a scale factor of the predetermined scale factor band; dequantize the spectral lines within the second scale factor bands using scale factors of the second scale factor bands; inverse transform the spectrum obtained from the first scale factor bands filled with the noise the level of which is adjusted using the scale factors of the first scale factor bands, and the second scale factor bands dequantized using the scale factors of the second scale factor bands, so as to obtain a time domain portion of the first channel of the multichannel audio signal. identify first scale factor bands of a spectrum of a first channel of a current frame of the multichannel audio signal, within which all spectral lines are quantized to zero, and second scale factor bands of the spectrum, within which at least one spectral line is quantized to non-zero; fill the spectral lines within a predetermined scale factor band of the first scale factor bands with noise generated using spectral lines of a downmix of a previous frame of, the multichannel audio signal, with adjusting a level of the noise using a scale factor of the predetermined scale factor band; dequantize the spectral lines within the second scale factor bands using scale factors of the second scale factor bands; inverse transform the spectrum obtained from the first scale factor bands filled with the noise the level of which is adjusted using the scale factors of the first scale factor bands, and the second scale factor bands dequantized using the scale factors of the second scale factor bands, so as to obtain a time domain portion of the first channel of the multichannel audio signal.
Formwork assembly for cantilever construction, in particular of bridges, having at least one formwork component, at least one fixed beam and at least one movable part (20, 42), characterised by at least one largely horizontal plain bearing having at least one bearing portion made of plastic which is provided on the movable part of the formwork assembly and between the fixed beam and the movable part, wherein the plain bearing is self-locking up to a gradient of about 5%, preferably about 6%, further preferably about 10%.
A moving object tracking system suitable for a radiation irradiating system comprising: two or more pairs of X-ray fluoroscopic devices configured to capture fluoroscopic images of a tracking target, each pair including one X-ray measuring device (24A, 24B) and one X-ray generator (23A, 23B); and a control unit configured to control a radiation irradiating device and detect a position of the tracking target from the fluoroscopic images captured by the X-ray fluoroscopic devices, wherein the control unit calculates values indicating the accuracy of detection of candidates of a position of the tracking target and a value representing a correlation between the positions of the candidates from the fluoroscopic images acquired by the two or more X-ray fluoroscopic devices, detects the position of the tracking target based on the value representing the accuracy of the detection and the value representing the correlation, and wherein the value representing the correlation is the length of a common vertical line that corresponds to the shortest distance between at least two lines that do not intersect each other and that are in a twisted relationship and that are connecting the positions on the X-ray measuring devices (24A, 24B) detected through a template matching and corresponding to the position of the candidates on the fluoroscopic images to the X-ray generators (23A, 23B) and wherein the control unit applies weights to the value representing the accuracy of the detection and the value representing the correlation and detects a position of the tracking target based on a result of the weight application. two or more pairs of X-ray fluoroscopic devices configured to capture fluoroscopic images of a tracking target, each pair including one X-ray measuring device (24A, 24B) and one X-ray generator (23A, 23B); and a control unit configured to control a radiation irradiating device and detect a position of the tracking target from the fluoroscopic images captured by the X-ray fluoroscopic devices, wherein the control unit calculates values indicating the accuracy of detection of candidates of a position of the tracking target and a value representing a correlation between the positions of the candidates from the fluoroscopic images acquired by the two or more X-ray fluoroscopic devices, detects the position of the tracking target based on the value representing the accuracy of the detection and the value representing the correlation, and wherein the value representing the correlation is the length of a common vertical line that corresponds to the shortest distance between at least two lines that do not intersect each other and that are in a twisted relationship and that are connecting the positions on the X-ray measuring devices (24A, 24B) detected through a template matching and corresponding to the position of the candidates on the fluoroscopic images to the X-ray generators (23A, 23B) and wherein the control unit applies weights to the value representing the accuracy of the detection and the value representing the correlation and detects a position of the tracking target based on a result of the weight application.
A method for producing ketones, suitable for manufacture of base oil or diesel fuel components, from a feedstock of biological origin comprising fatty acids and/or fatty acid derivatives, wherein the feedstock is at least partly in liquid phase, by subjecting the feedstock to a catalytic ketonisation reaction, wherein the ketonisation reaction is carried out in a system comprising one or more ketonisation reactor(s) each comprising at least one ketonisation catalyst bed, further comprising that • the feedstock is introduced into a ketonisation reactor together with a carrier gas stream comprising CO 2; • gas comprising CO 2 is separated from the effluent exiting a ketonisation reactor whereby the effluent comprising ketones is used either as a feedstock for a further ketonisation reactor or for recovery of ketones from the effluent; and • the separated gas comprising CO 2 is recycled and used in the carrier gas stream in a ketonisation reactor. • the feedstock is introduced into a ketonisation reactor together with a carrier gas stream comprising CO 2; • gas comprising CO 2 is separated from the effluent exiting a ketonisation reactor whereby the effluent comprising ketones is used either as a feedstock for a further ketonisation reactor or for recovery of ketones from the effluent; and • the separated gas comprising CO 2 is recycled and used in the carrier gas stream in a ketonisation reactor.
A cosmetic skin care composition comprising a hyperbranched copolymer of the monomers (i) dodecenyl succinic acid anhydride (ii) diisopropanol amine (iii) bis-dimethylaminopropyl amine having terminal groups of formula and having a molecular weight Mn of between 1200 and 4000 g/mol; and at least one non-ionic emulsifier being an ether or an ester of (poly)ethylene glycol. (i) dodecenyl succinic acid anhydride (ii) diisopropanol amine (iii) bis-dimethylaminopropyl amine having terminal groups of formula and having a molecular weight Mn of between 1200 and 4000 g/mol; having terminal groups of formula and having a molecular weight Mn of between 1200 and 4000 g/mol;
An electronic circuit (100, 200, 300) comprising an active current ripple filter, an ACRF, the ACRF comprising one or more active components (102, 102') and an energy storage unit, the ACRF also comprising an input port and an output port, the electronic circuit (100, 200) also comprising a control unit connected to and arranged for the control of the ACRF, the electronic circuit (100, 200) further comprising a first detector connected to the control unit and arranged to detect a short circuit at the ACRF's input port or the absence of an energy supply at the ACRF's input port, the control unit being arranged to control the ACRF to function as an ACRF if the first detector detects that there is a power supply connected to the ACRF's input port or that there is no short circuit at the ACRF's input port, the control unit being arranged to control the ACRF to stop functioning as an ACRF and to discharge energy from its energy storage unit to its output port if the first detector detects that there is a short circuit at the ACRF's input port or that there is no power supply connected to the ACRF's input port.
A pharmaceutical composition comprising digoxin for use in treating or preventing in a mammal in need thereof a liver disease or disorder selected from the group consisting of non-alcoholic steatohepatitis (NASH), liver injury associated with or caused by alcohol consumption in a mammal afflicted with NASH, and alcoholic hepatitis, wherein composition is to be administered to the mammal, preferably a human, in a therapeutically effective amount; and wherein administration of the composition to the mammal affords a digoxin plasma level in the mammal that is equal to or lower than about 0.8 ng/ml. wherein composition is to be administered to the mammal, preferably a human, in a therapeutically effective amount; and wherein administration of the composition to the mammal affords a digoxin plasma level in the mammal that is equal to or lower than about 0.8 ng/ml.
Retaining frame for retaining plug-connector modules capable of being inserted into the retaining frame, consisting of two frame parts (10, 20) which are provided with retaining means (19, 29), wherein the first frame part is connected to the second frame part so as to be displaceable back and forth by means of at least one slide-bearing arrangement, and the frame parts (10, 20) can, as intended, be moved back and forth from an extended position into a collapsed position, characterized in that each slide bearing (31a, 31b) exhibits a T-shaped retaining arm on the one frame part (10, 20) and a receptacle for the retaining arm on the other frame part (10, 20), wherein the retaining arm forms with its T-shaped cantilevers a frame-side stop to counter being pulled out of the receptacle, so that the retaining arm is supported in the receptacle so as to be displaceable back and forth, but the two frame parts (10, 20) have thereby been connected to one another in captive manner.
A base station that configures, to a user equipment, a discontinuous reception, DRX, cycle having an On duration in which a downlink signal transmitted from the radio base station is to be monitored and an Off duration other than the On duration in a radio resource control, RRC, connected state where a RRC connection is established between the user equipment and the radio base station, the base station comprising: means for receiving, from the user equipment, information indicating that the user equipment prefers optimized configurations for power saving of the user equipment, when the user equipment prefers the optimized configurations for the power saving in the RRC connected state; and means for using the received information to set parameters for RRC connected state to the user equipment, wherein the optimized configurations for the power saving comprise a configuration in which the DRX cycle for RRC connected state is extended. means for receiving, from the user equipment, information indicating that the user equipment prefers optimized configurations for power saving of the user equipment, when the user equipment prefers the optimized configurations for the power saving in the RRC connected state; and means for using the received information to set parameters for RRC connected state to the user equipment, wherein the optimized configurations for the power saving comprise a configuration in which the DRX cycle for RRC connected state is extended.