mhurhangee/ep-ind-claims huggingface dataset:
An inverter substrate (100A, 100B), comprising: first to third input terminals (5t, 5r, 5s) being connected to three-phase power source lines (1t, 1r, 1s) and to which three-phase AC voltages (Vt, Vr, Vs) are applied from the power source lines; a first current detector configured to detect a current; a voltage detector configured to detect a line voltage (Vrs) between a pair (5r, 5s) among the first to third input terminals (5t, 5r, 5s) or a phase voltage (Vrn) of one of the AC voltages that is applied to the second input terminal; and an inverter; characterized by a pair of DC buses (LH, LL); a rectifier circuit having first to third input ends (2t, 2r, 2s) corresponding to the first to third input terminals (5t, 5r, 5s), respectively, and configured to rectify the AC voltages to apply DC voltage to the pair of DC buses; wherein the first current detector is configured to detect a first current (It) flowing into the first input input end the inverter is configured to convert the DC voltage into different AC voltages (Vu, Vv, Vw) and to output the different AC voltages; and a zero cross signal (Xrs) of the line voltage (Vrs) or the phase voltage (Vrn) is applied to control both the inverter and a parallel active filter, the line voltage (Vrs) or the phase voltage (Vrn) being detected by the voltage detector. first to third input terminals (5t, 5r, 5s) being connected to three-phase power source lines (1t, 1r, 1s) and to which three-phase AC voltages (Vt, Vr, Vs) are applied from the power source lines; a first current detector configured to detect a current; a voltage detector configured to detect a line voltage (Vrs) between a pair (5r, 5s) among the first to third input terminals (5t, 5r, 5s) or a phase voltage (Vrn) of one of the AC voltages that is applied to the second input terminal; and an inverter; characterized by a pair of DC buses (LH, LL); a rectifier circuit having first to third input ends (2t, 2r, 2s) corresponding to the first to third input terminals (5t, 5r, 5s), respectively, and configured to rectify the AC voltages to apply DC voltage to the pair of DC buses; wherein the first current detector is configured to detect a first current (It) flowing into the first input input end the inverter is configured to convert the DC voltage into different AC voltages (Vu, Vv, Vw) and to output the different AC voltages; and a zero cross signal (Xrs) of the line voltage (Vrs) or the phase voltage (Vrn) is applied to control both the inverter and a parallel active filter, the line voltage (Vrs) or the phase voltage (Vrn) being detected by the voltage detector.
Method for making foamed food preparations from one or more ingredients in an electric food preparation appliance comprising a rotary working tool arranged in a working chamber, comprising the following steps: - feeding the ingredient(s) into the working chamber through a filling opening, - tightly closing the working chamber, - pressurising the working chamber by feeding gas containing CO 2 and/or N 2 O, - mixing the ingredient(s) using the rotary working tool, - depressurising the working chamber through a passage to the outside of the working chamber different from the filling opening, - opening the working chamber. - feeding the ingredient(s) into the working chamber through a filling opening, - tightly closing the working chamber, - pressurising the working chamber by feeding gas containing CO 2 and/or N 2 O, - mixing the ingredient(s) using the rotary working tool, - depressurising the working chamber through a passage to the outside of the working chamber different from the filling opening, - opening the working chamber.
A process to form a salt enhancing ingredient comprising the steps of (i) forming an aqueous slurry of Apium graveolens plant material, and (ii) forming a hydrolysate of Apium graveolens plant material by subjecting it to an enzymatic hydrolysis using one or more proteolytic enzymes; and (iii) subjecting the hydrolysate of the Apium graveolens plant material to fermentation with a Lactobacillus bacterium selected from the group consisting of L. plantarum, L. casei, L. brevis and L. helveticus. (i) forming an aqueous slurry of Apium graveolens plant material, and (ii) forming a hydrolysate of Apium graveolens plant material by subjecting it to an enzymatic hydrolysis using one or more proteolytic enzymes; and (iii) subjecting the hydrolysate of the Apium graveolens plant material to fermentation with a Lactobacillus bacterium selected from the group consisting of L. plantarum, L. casei, L. brevis and L. helveticus.
An error detection method comprising: a step of receiving image data corresponding to a plurality of frames; wherein the image data for a given frame includes display image data and error detection data that includes position information regarding a plurality of error detection regions, and a step of performing error detection, wherein performing the error detection comprises computing a plurality of error detection codes on the display image data based on the display image data of the plurality of error detection regions that are specified by the position information by calculating an error detection code based on the image data for each error detection region; and a step of outputting error determination information with respect to the plurality of error detection regions based on the error detection codes in the plurality of frames, the method being characterised in that the step of outputting error determination information comprises outputting error determination information for each of the plurality of error detection regions based on a result of a comparison for each region between the error detection code in a j th frame for the region and the error detection code in a (j+1) th frame for the region such that if the error detection code in the j th frame for the region and the error detection code in the (j+1) th frame for the region has changed, the error determination information for the region indicates that a communication error has occurred. a step of receiving image data corresponding to a plurality of frames; wherein the image data for a given frame includes display image data and error detection data that includes position information regarding a plurality of error detection regions, and a step of performing error detection, wherein performing the error detection comprises computing a plurality of error detection codes on the display image data based on the display image data of the plurality of error detection regions that are specified by the position information by calculating an error detection code based on the image data for each error detection region; and a step of outputting error determination information with respect to the plurality of error detection regions based on the error detection codes in the plurality of frames, the method being characterised in that the step of outputting error determination information comprises outputting error determination information for each of the plurality of error detection regions based on a result of a comparison for each region between the error detection code in a j th frame for the region and the error detection code in a (j+1) th frame for the region
Material-bed roller mill comprising two rollers (12, 14; 112, 114; 212; 214) which are arranged so as to be adjacent, are oriented so as to be axis-parallel in a normal state and rotate in opposite directions, which rollers form a roll nip therebetween, a base, two roller supports (28, 30), in each of which one roller (12, 14, 112, 114; 212, 214) is rotatably mounted, each roller support (28, 30) being pivotally fastened to the base, and a tensioning device which acts on the roll nip and is arranged outside the roll nip and interconnects both roller supports, each roller support (28, 30) comprising two rockers (32, 34, 36, 38; 132, 134, 136, 138; 234, 238) which are formed as separate components, are each arranged on an end of a roller (12, 14, 112, 114; 212; 214) and can be independently deflected, characterised in that at least one rocker (32, 34, 36, 38; 132, 134, 136, 138; 234, 238) of a roller support (28, 30) is able to perform at least two of the following movements: pivoting movement about an axis parallel to the roller axis, rotary movement about the longitudinal axis of the rocker (32, 34, 36, 38; 132, 134, 136, 138; 234, 238), rotary movement about an axis parallel to the longitudinal axis of the rocker (32, 34, 36, 38; 132, 134, 136, 138; 234, 238), rotary movement about an axis perpendicular to the longitudinal axis of the rocker (32, 34, 36, 38; 132, 134, 136, 138; 234, 238).
A non-therapeutic method of improving at least one of concentration, memory, cognitive performance, and stress-relief in a subject by audio-visual entrainment, the method comprising: a) selecting a normal, healthy, subject in need of improvement in at least one of concentration, memory, cognitive performance, and stress-relief; and b) administering synchronized flashes of light and pulsed tones to the subject, wherein the synchronized flashes of light and pulsed tones are in the frequency range of 4-12 Hz, the method further comprising administering sounds of nature including at least one of river gurgling, birds chirping, rain drops, and ocean waves, wherein the flashes of light include a wave form with a varying frequency including at least one of an ascending frequency and a descending frequency. a) selecting a normal, healthy, subject in need of improvement in at least one of concentration, memory, cognitive performance, and stress-relief; and b) administering synchronized flashes of light and pulsed tones to the subject,
A dense wavelength-division-multiplexing, DWDM, system, comprising: a plurality of colorless laser transmitters (210; 310); a wavelength division multiplexer, WDM, (221, 321) optically coupled to the colorless laser transmitters (210, 310) and to an output optical transmission media; a coupler (222, 322) optically coupled to the output optical transmission media; an interferometric filter (223, 323) optically coupled to the coupler (222, 322) but not directly to the output optical transmission media; wherein the coupler (222, 322) is configured to separate light into two parts, and allow a portion of an output light from the WDM (221, 321) in the output optical transmission media to bypass the interferometric filter (223, 323) and avoid any substantial filtering effect from the interferometric filter (223, 323); and a light reflector (224, 324) optically coupled to the interferometric filter (223, 323) and not directly to the output optical transmission media; wherein the output of the interferometric filter (223, 323) is sent into the light reflector (224, 324) and reflected back with rotated polarization by 90 or -90 degrees; wherein the WDM (221, 321) is configured to demultiplex reflected light from the light reflector (224, 324) into a plurality of channels and forward each channel to a corresponding colorless laser transmitter (210, 310). a plurality of colorless laser transmitters (210; 310); a wavelength division multiplexer, WDM, (221, 321) optically coupled to the colorless laser transmitters (210, 310) and to an output optical transmission media; a coupler (222, 322) optically coupled to the output optical transmission media; an interferometric filter (223, 323) optically coupled to the coupler (222, 322) but not directly to the output optical transmission media; wherein the coupler (222, 322) is configured to separate light into two parts, and allow a portion of an output light from the WDM (221, 321) in the output optical transmission media to bypass the interferometric filter (223, 323) and avoid any substantial filtering effect from the interferometric filter (223, 323); and a light reflector (224, 324) optically coupled to the interferometric filter (223, 323) and not directly to the output optical transmission media; wherein the output of the interferometric filter (223, 323) is sent into the light reflector (224, 324) and reflected back with rotated polarization by 90 or -90 degrees; wherein the WDM (221, 321) is configured to demultiplex reflected light from the light reflector (224, 324) into a plurality of channels and forward each channel to a corresponding colorless laser transmitter (210, 310).
A pharmaceutical composition with a stabilized release profile comprising drug-containing particles dispersed in a hot-melt extruded stabilizing and non-solubilizing carrier, wherein a substantial majority of the fine drug particles are not agglomerated or aggregated; wherein said particles have a mean particle diameter based on the volume size distribution when approximated to a sphere of 100 micrometers or less and comprise particles of one or more amorphous or crystalline therapeutic compounds dispersed in one or more adjunct stabilizers, and wherein said particles have been hot-melt extruded with a stabilizing and non-solubilizing carrier that does not solubilize, or solubilizes 10% drug weight or less of, the drug-containing particles, to thereby form said composition, wherein the fine drug-containing particles are obtainable by a solution based phase separation technique.
A lug nut locking device comprising a member having a first planar section at one end of the member, and a second planar section at an opposite end of the member, wherein each of said first and second planar sections has a opening adapted to be friction fitted around a wheel lug nut, and wherein, said first and second planar sections are separated by a flexible, resilient connection section which allows relative movement of the first and second planar sections, characterized in that said flexible, resilient connection section has a concertina-like structure, said member is substantially flat to form a plane, and wherein said connection section allows movement of said first and second planar sections within the plane of the member.
A process for producing an organic polymer material the production of which requires at least one hydroxyl group-containing or amino group-containing compound as a starting component, comprising the steps: - providing a material which has resulted from an aminolysis and/or alcoholysis of a cyanurate polymer and subsequent removal of the aminolysis agent and/or alcoholysis agent, - reacting said material, without prior further processing thereof, with at least one compound selected from di-functional and/or higher-functional compounds having functional groups that can react with hydroxy groups or amino groups, or aldehydes, and - curing the mixture by a crosslinking reaction. - providing a material which has resulted from an aminolysis and/or alcoholysis of a cyanurate polymer and subsequent removal of the aminolysis agent and/or alcoholysis agent, - reacting said material, without prior further processing thereof, with at least one compound selected from di-functional and/or higher-functional compounds having functional groups that can react with hydroxy groups or amino groups, or aldehydes, and - curing the mixture by a crosslinking reaction.
Apparatus for determining and/or monitoring a predefined level, the density or the viscosity of a medium in a vessel, with at least one vibrating rod fixed on a membrane, with a transmission/reception unit, which excites the membrane and the at least one vibrating rod to produce vibrations, and which receives the vibrations of the membrane and of the at least one vibrating rod, wherein the transmission/reception unit is a disk-shaped piezoelectric element, and with a control/evaluation unit, which uses the vibrations of the membrane and the vibrating rod to monitor or determine the predefined level, the density or the viscosity, characterized in that the disk-shaped piezoelectric element has precisely two segments, which are inversely polarized in relation to one another, in that precisely two electrodes, which are polarized in the opposite manner, are fitted on the side of the disk-shaped piezoelectric element that faces away from the membrane, in that an alternating voltage signal is applied to the electrodes, and in that the two segments are electrically switched in series.
A method for producing a porous epoxy resin membrane, the method comprising the steps of preparing an epoxy resin composition containing an epoxy resin, a curing agent represented by H 2 N-(CH 2) n -NH 2 where n is an integer from 4 to 8, and a porogen; forming a cured product of the epoxy resin composition into a sheet shape or curing a sheet-shaped formed body of the epoxy resin composition, so as to obtain an epoxy resin sheet; and removing the porogen from the epoxy resin sheet by means of a halogen-free solvent.
A gripping tool comprising: first and second arms (12, 14) connected to each other at proximal ends thereof; a first gripping portion at a distal end of the first arm, the first gripping portion having a first gripping surface; and a second gripping portion at a distal end of the second arm, the second gripping portion having a second gripping surface, wherein the first and second arms (12, 14) are configured such that the first and second gripping surfaces (20a, 22a) are in planar contact with each other when the first and second arms (12, 14) are pressed in closing directions toward each other, characterized in that at least one of the first and second gripping portions (20, 22) is an elastic part extending from the distal end toward the proximal end of the arm having the gripping portion, and in that the elastic part includes a fixed end connected to the distal end and a free end opposite to the fixed end in an extending direction of the elastic part, wherein the elastic part is configured to, when the first and second arms (12, 14) are further pressed in the closing directions from a state in which the first and second gripping surfaces (20a, 22a) are in planar contact with each other, be elastically deformed while maintaining the planar contact between the first gripping surface and the second gripping surface. first and second arms (12, 14) connected to each other at proximal ends thereof; a first gripping portion at a distal end of the first arm, the first gripping portion having a first gripping surface; and a second gripping portion at a distal end of the second arm, the second gripping portion having a second gripping surface, wherein the first and second arms (12, 14) are configured such that the first and second gripping surfaces (20a, 22a) are in planar contact with each other when the first and second arms (12, 14) are pressed in closing directions toward each other, characterized in that at least one of the first and second gripping portions (20, 22) is an elastic part extending from the distal end toward the proximal end of the arm having the gripping portion, and in that the elastic part includes a fixed end connected to the distal end and a free end opposite to the fixed end in an extending direction of the elastic part, wherein the elastic part is configured to, when the first and second arms (12, 14) are further pressed in the closing directions from a state in which the first and second gripping surfaces (20a, 22a) are in planar contact with each other, be elastically deformed while maintaining the planar contact between the first gripping surface and the second gripping surface.
An information processing apparatus comprising: a display controller configured to display a first object separated from a second object by a displayed distance; and a controller configured to adjust the displayed distance between the first object and the second object based on a relatedness distance between the first object and the second object when a scrolling operation is performed; and a touch panel display on which the first object and the second object are displayed, wherein the display controller is configured to detect a user touch on the first object as part of the scrolling operation, characterized in that the controller is configured to respond by moving the second object away from the first object according to the relatedness distance between the first object and the second object, and wherein the controller is configured to further adjust the displayed distance to be an equal distance once the scrolling operation is completed. a display controller configured to display a first object separated from a second object by a displayed distance; and a controller configured to adjust the displayed distance between the first object and the second object based on a relatedness distance between the first object and the second object when a scrolling operation is performed; and a touch panel display on which the first object and the second object are displayed, wherein the display controller is configured to detect a user touch on the first object as part of the scrolling operation, characterized in that the controller is configured to respond by moving the second object away from the first object according to the relatedness distance between the first object and the second object, and wherein the controller is configured to further adjust the displayed distance to be an equal distance once the scrolling operation is completed.
A UOE steel pipe used for forming a structure by performing butt circumferential welding and having an outside diameter shape in a waveform in a longitudinal direction, wherein the UOE steel pipe is characterized by being shaped to have no local minimum of the outside diameter shape in the waveform within a range from 2.26λ to 3.86λ from both longitudinal end portions, where λ is an initial buckling half-wavelength of the UOE steel pipe, which initial buckling half-wavelength is calculated as 1.72√(De/2*t), where De is an outer diameter of the pipe end, and t is a plate thickness of the steel pipe.