mhurhangee/ep-ind-claims huggingface dataset:
Microwave generator for a microwave oven, wherein - the microwave generator has at least one first channel and one second channel, - the first channel has a first amplifier circuit and a first antenna, which is connected to said first amplifier circuit, for generating microwaves with a power of up to a maximum of a first partial power, - the second channel has a second amplifier circuit and a second antenna, which is connected to said second amplifier circuit, for generating microwaves with a power of up to a maximum of a second partial power, - a maximum total power of the microwave generator is made up of the partial powers of the channels (200, 300) of said microwave generator, - a control board, further boards, the antennas (260, 360), fans and/or further components are mounted on a heat sink of the microwave generator, characterized in that - each channel has a respective power measuring circuit for measuring a power which is output by the channel for constructing a control loop. - the microwave generator has at least one first channel and one second channel, - the first channel has a first amplifier circuit and a first antenna, which is connected to said first amplifier circuit, for generating microwaves with a power of up to a maximum of a first partial power, - the second channel has a second amplifier circuit and a second antenna, which is connected to said second amplifier circuit, for generating microwaves with a power of up to a maximum of a second partial power, - a maximum total power of the microwave generator is made up of the partial powers of the channels (200, 300) of said microwave generator, - a control board, further boards, the antennas (260, 360), fans and/or further components are mounted on a heat sink of the microwave generator, - each channel has a respective power measuring circuit for measuring a power which is output by the channel for constructing a control loop.
A method of producing a salt-free product of reaction of steamed soybeans with koji culture, comprising the step of fermenting steamed soybeans and koji culture under applied heat and pressure, wherein the applied heat and pressure conditions are a pressure of 50 to 80 MPa and a temperature of 50 to 60°C, and the length of the fermentation step is one to five days.
A method for mechanically sizing polysilicon, consisting of Fragments of the size classes break size 0 0,1 to 5 mm, or break size 1 3 to 15 mm, or break size 2 10 to 40 mm, or break size 3 20 to 60 mm, or break size 4 45 to 120 mm, or break size 5 100 to 250 mm, whereby the size class of Polysilicon fragments as longest distance between two points on the surface of a silicon fragment (=max. length), with a screening system, wherein the polysilicon is fed onto a screen plate comprising a feed area for polysilicon, a profiled area with peaks and troughs, an area with slots, wherein the slots adjoin the troughs, and a removal area, wherein the slots increase in size in the direction of the removal area, wherein the screen plate is vibrated such that the polysilicon performs a movement in the direction of the removal area, wherein finely divided polysilicon collects in the depressions of the screen plate and falls through the slots of the screen plate and is thereby separated from the charged polysilicon, wherein the screen plate is inclined at an angle of 5 to 20° with respect to the horizontal., wherein the peaks of the profiled area also continue into the area with slots, so that the entire screen plate is profiled, the screen plate however having slots instead of depressions at its rear end in the conveying direction, wherein the depth and angle of the depressions of the profiled area and the size of the slits are such that either finely divided silicon, which can be separated by means of a square mesh screen having a size of 8 mm x 8 mm separated from the polysilicon of break sizes 3 to 5 or finely divided silicon, which can be separated by means of a square mesh screen with a size of 1 mm x 1 mm, is separated from the feed polysilicon of break sizes 0 to 2.
A method for detecting a cell proliferative disorder of the prostate in a subject comprising determining the expression levels of RASSF2 in a biological sample isolated from said subject, and selected from the group consisting of ejaculate, urine, blood plasma, blood serum, whole blood, isolated blood cells, wherein underexpression of and/or CpG methylation within the RASSF22 gene is indicative of the presence of said disorder.
A supercharged air cooling unit, comprising: an air supply conduit for allowing supercharged air being supplied from a supercharger to an engine to flow therethrough; an energy recovery device including a first cooling section for allowing working fluid to be subjected to heat exchange with the supercharged air flowing through the air supply conduit to pass therethrough, an expander for receiving the working fluid vaporized in the first cooling section and flowing therefrom, and a power obtaining section for obtaining a power generated by the expander; and a cooling device including a second cooling section for allowing cooling medium to be subjected to heat exchange with the supercharged air flowing through the air supply conduit to pass therethrough; characterized in that the cooling device further includes a single casing accommodating the air supply conduit, the first cooling section, and the second cooling section, wherein the air supply conduit, the first cooling section, the second cooling section, and the casing constitute a cooler. an air supply conduit for allowing supercharged air being supplied from a supercharger to an engine to flow therethrough; an energy recovery device including a first cooling section for allowing working fluid to be subjected to heat exchange with the supercharged air flowing through the air supply conduit to pass therethrough, an expander for receiving the working fluid vaporized in the first cooling section and flowing therefrom, and a power obtaining section for obtaining a power generated by the expander; and a first cooling section for allowing working fluid to be subjected to heat exchange with the supercharged air flowing through the air supply conduit to pass therethrough, an expander for receiving the working fluid vaporized in the first cooling section and flowing therefrom, and a power obtaining section for obtaining a power generated by the expander; and a cooling device including a second cooling section for allowing cooling medium to be subjected to heat exchange with the supercharged air flowing through the air supply conduit to pass therethrough; characterized in that the cooling device further includes a single casing accommodating the air supply conduit, the first cooling section, and the second cooling section, wherein the air supply conduit, the first cooling section, the second cooling section, and the casing constitute a cooler.
Composition comprising at least one human Tr1 cell population directed against type II collagen for use in treating an arthritic condition in a subject.
Agrochemical composition comprising the crystal polymorph B of the compound of the formula (I-1) characterized in that the x-ray powder diffractogram thereof using Cu Kα radiation has at least the following reflections: 2theta / ° 5.7 6.4 11.4 17.6 18.9 21.1 23.2 23.4 23.5 25.2 wherein the agrochemical composition additionally contains at least one auxiliary selected from extenders, solvents and/or solid carriers and/or surfactants.
A recording-head position adjustment mechanism configured to adjust a position of a recording head that discharges liquid droplets, the recording-head position adjustment mechanism comprising: a supporting member including: an upper support (21Aa; 21Ba) configured to support an upper portion of the recording head; and a lower support (21Ab; 21Bb) configured to support a lower portion of the recording head; and a discharge angle adjuster (56; 57) configured to swing the lower portion around the upper portion as a fulcrum to adjust a discharge direction of the liquid droplets from the recording head; characterized in that the upper support comprises grooved rollers; and that the grooved rollers are further configured to guide the recording head in a predetermined direction during installation and removal. a supporting member including: an upper support (21Aa; 21Ba) configured to support an upper portion of the recording head; and a lower support (21Ab; 21Bb) configured to support a lower portion of the recording head; and an upper support (21Aa; 21Ba) configured to support an upper portion of the recording head; and a lower support (21Ab; 21Bb) configured to support a lower portion of the recording head; and a discharge angle adjuster (56; 57) configured to swing the lower portion around the upper portion as a fulcrum to adjust a discharge direction of the liquid droplets from the recording head; characterized in that the upper support comprises grooved rollers; and that the grooved rollers are further configured to guide the recording head in a predetermined direction during installation and removal.
A device for covering a fiber optic adaptor, the device comprising: a rear cover portion and a front sealing portion with an open area therebetween; wherein the rear cover portion comprises at least one cover arranged to receive and cover a ferrule holder of the adaptor, the at least one cover having a top, a bottom, sidewalls and a back, wherein the top of the at least one cover includes a locking arm extending therefrom, the locking arm having a first portion, a second portion including an upwardly extending member extending from the first portion and a third portion including a downwardly extending member extending from the second portion and positioned within the open area, the locking arm for engaging a latch within the adaptor upon installation of the at least one cover within the adaptor; and and wherein the front sealing portion is integrally connected to the at least one cover and has an opening for receiving a removal tool to engage the downwardly extending member, the front sealing portion further comprising a sealing member extending therefrom, the sealing member for sealing an opening in the adaptor to block access to the locking arm when the at least one cover is installed within the adaptor, the sealing member spaced from the locking arm with the open area therebetween. a rear cover portion and a front sealing portion with an open area therebetween; wherein the rear cover portion comprises at least one cover arranged to receive and cover a ferrule holder of the adaptor, the at least one cover having a top, a bottom, sidewalls and a back, wherein the top of the at least one cover includes a locking arm extending therefrom, the locking arm having a first portion, a second portion including an upwardly extending member extending from the first portion and a third portion including a downwardly extending member extending from the second portion and positioned within the open area, the locking arm for engaging a latch within the adaptor upon installation of the at least one cover within the adaptor; and and wherein the front sealing portion is integrally connected to the at least one cover and has an opening for receiving a removal tool to engage the downwardly extending member, the front sealing portion further comprising a sealing member extending therefrom, the sealing member for sealing an opening in the adaptor to block access to the locking arm when the at least one cover is installed within the adaptor, the sealing member spaced from the locking arm with the open area therebetween.
A suction pump comprising a suction tube having a piston interior, the suction tube having a suction tube opening and a suction piston that is guided in the suction tube along a suction tube wall, wherein at one end, the suction piston comprises a piston head with a piston seal, the piston seal sealingly lies against the inside of the suction tube wall and the piston head with the piston seal can be moved away from the suction tube opening in the suction tube having the piston interior along a suction path, wherein the piston head comprises a first and a second suction sealing washer (9, 10), wherein at least one recess is introduced into the second suction sealing washer from the edge toward the center of the suction sealing washer, the piston seal is arranged between the suction sealing washers (9, 10) in the form of a sealing ring which sealingly lies against the first suction sealing washer when traveling out along the suction path, and lies against the second suction sealing washer when the piston head is traveling in so that any accumulated air along the sealing ring can escape in the region of the recess, characterized in that the suction tube at the end of the suction path comprises one or more vent openings in the suction tube wall, and the piston seal can be moved past the vent openings so that ambient air flows into the piston interior of the suction tube with one puff.
A base station apparatus which periodically receives, from a mobile station apparatus, reception quality information with respect to each of a plurality of frequency bands which are aggregated, said base station apparatus characterized by comprising: a transmission information control section configured to configure, for said mobile station apparatus, information which is specific to the mobile station apparatus and which allows the mobile station apparatus to decide from the plurality of frequency bands, a single frequency band for which reception quality information is to be transmitted in a subframe, in a case that the reception quality information with regard to each of the plurality of frequency bands is obtained by the mobile station apparatus in the subframe; and a reception section configured to receive in the subframe, from the mobile station apparatus, the reception quality information with regard to the single frequency band decided by the mobile station apparatus to be transmitted in the subframe, according to the information which is specific to the mobile station apparatus. a transmission information control section configured to configure, for said mobile station apparatus, information which is specific to the mobile station apparatus and which allows the mobile station apparatus to decide from the plurality of frequency bands, a single frequency band for which reception quality information is to be transmitted in a subframe, in a case that the reception quality information with regard to each of the plurality of frequency bands is obtained by the mobile station apparatus in the subframe; and a reception section configured to receive in the subframe, from the mobile station apparatus, the reception quality information with regard to the single frequency band decided by the mobile station apparatus to be transmitted in the subframe, according to the information which is specific to the mobile station apparatus.
A device for automatically detecting at least one centering characteristic of an ophthalmic lens fitted in a spectacle frame, such as an interpupillary distance or a semi-interpupillary distance, the device comprising a support adapted to receive said spectacle frame, which support is displaceable in translation along two mutually perpendicular axes, characterized in that the support includes a positioning pointer (113, 113') for forming a positioning image of the support on first acquisition and analysis means, and in that the device include means for processing said positioning image and for deducing therefrom the position of said support in a stationary frame of reference, means (120, 140, 130; 220, 221) for acquiring the position of the optical central point of the lens in said stationary frame of reference, and means for deducing the searched centering characteristic from the position of said support and from the position of the optical central point.
System for growing mushrooms, comprising: - A shelving, comprising: ∘ Multiple support beds for holding compost and casing soil arranged above each other; ∘ A picking platform for harvesters, the platform movable with at least a vertical directional component along the shelving; - A harvesting conveyor, comprising: ∘ A harvesting conveyor belt, being an endless belt comprising holes for receiving stipes of mushrooms, that extends at least partially along the beds and is supported by: ∘ A number of guides, along which the harvesting conveyor is movable; wherein - At least one of the guides is coupled to the shelving; and characterized in that: - At least one of the guides is coupled to the picking platform and is movable together with the platform with at least a vertical directional component. - A shelving, comprising: ∘ Multiple support beds for holding compost and casing soil arranged above each other; ∘ A picking platform for harvesters, the platform movable with at least a vertical directional component along the shelving; ∘ Multiple support beds for holding compost and casing soil arranged above each other; ∘ A picking platform for harvesters, the platform movable with at least a vertical directional component along the shelving; - A harvesting conveyor, comprising: ∘ A harvesting conveyor belt, being an endless belt comprising holes for receiving stipes of mushrooms, that extends at least partially along the beds and is supported by: ∘ A number of guides, along which the harvesting conveyor is movable; wherein ∘ A harvesting conveyor belt, being an endless belt comprising holes for receiving stipes of mushrooms, that extends at least partially along the beds and is supported by: ∘ A number of guides, along which the harvesting conveyor is movable; wherein - At least one of the guides is coupled to the shelving; and - At least one of the guides is coupled to the picking platform and is movable together with the platform with at least a vertical directional component.
Dishwasher, in particular a domestic dishwasher, comprising a washing container which provides a washing chamber and is used to receive washware to be washed, and comprising a heat pump device which has an evaporator which is arranged inside a reservoir filled with water, the reservoir being arranged within a housing which surrounds the reservoir while leaving a gap serving as an air flow chamber, the gap being fluidically connected with a first connection to an air supply channel and with a second connection to an air discharge channel, which channels (22, 23) each open into the washing chamber at the other end, characterised in that the gap is fluidically connected with a third connection to a water pipe which opens into the washing chamber and into which a pump is integrated, so that any condensate that has accumulated in the housing may be pumped out of the housing and conveyed into the washing container. the reservoir being arranged within a housing which surrounds the reservoir while leaving a gap serving as an air flow chamber, the gap being fluidically connected with a first connection to an air supply channel and with a second connection to an air discharge channel, which channels (22, 23) each open into the washing chamber at the other end, characterised in that the gap is fluidically connected with a third connection to a water pipe which opens into the washing chamber and into which a pump is integrated, so that any condensate that has accumulated in the housing may be pumped out of the housing and conveyed into the washing container.
A cover for a drug container piston array or piston nest including a plurality of spaced apart nesting units interconnected by a nest web, and extending distally therefrom, each nesting unit for retaining a piston therein, the cover comprising: a plurality of cover sections configured for positioning over the drug container piston array, each cover section comprising an elongated cover section body, having an open base end, a closed capped end, a wall extending between the base end and the capped end and a plurality of piston locators; and a plurality of base sections positioned between the plurality of cover sections and coupled to each base end, characterized in that the plurality of piston locators are positioned in radial intervals along an interior face of the wall of each elongated cover body, each piston locator being configured and positioned to engage and orient the nesting units of the piston nest within corresponding elongated cover bodies. a plurality of cover sections configured for positioning over the drug container piston array, each cover section comprising an elongated cover section body, having an open base end, a closed capped end, a wall extending between the base end and the capped end and a plurality of piston locators; and a plurality of base sections positioned between the plurality of cover sections and coupled to each base end, characterized in that the plurality of piston locators are positioned in radial intervals along an interior face of the wall of each elongated cover body, each piston locator being configured and positioned to engage and orient the nesting units of the piston nest within corresponding elongated cover bodies.
Method for cooling a fluid that solidifies in a predefined temperature range, in particular a melt, having the steps of routing the fluid through at least one pipeline of a cooling device, wherein the pipeline is surrounded by a coolant, detecting a temperature of the fluid in the region of the pipeline, and heating the fluid in the pipeline by means of a heating device which is arranged within the pipeline in the event of the fluid in the region of the pipeline dropping below a predefined temperature, characterized in that the pipeline has a meandering course and has multiple straight portions (38, 36) guided through the cooling chamber.
A urethane optical member comprising at least one kind of structures represented by the following formulae and in a structure constituting the optical member:
Method for winding of a running material web, in particular a fibrous web, in which the material web is successively wound onto a plurality of winding cores (10, 11) to form take-up rolls, wherein the material web preferably is guided across a circumferential region of a preferably displaceable support drum which together with a take-up roll to be produced forms a winding gap and is subsequently wound onto a winding core to form a take-up roll to be produced, wherein a new winding core, while configuring a new winding gap (7.1), is preferably presented immediately prior to reaching a predetermined take-up roll diameter to the support drum in the circumferential region of the latter which is wrapped by the material web, wherein the material web, after having configured the new winding gap (7.1), is severed between the new winding core and the support drum by means of at least one separation installation and is transferred to the new winding core and is wound thereonto, and wherein the produced take-up roll is ejected into a final position upon elimination of the winding gap, characterized in that at least one brush element is in each case placed in both peripheral ranges against the produced take-up roll, at least while said take-up roll is being ejected into its final position.