mhurhangee/ep-ind-claims huggingface dataset:
Ring spinning machine for producing a core yarn, having: - a first material template for a fibre composite made of staple fibres; - at least one further material template for at least one thread to be fed to the fibre composite; - a drawing frame for drawing the fibre composite; - a clamping device having clamping rollers (8, 9) in contact with one another in a clamping line, wherein the clamping device is passed through by the fibre composite leaving the drawing frame and the at least one thread, and wherein both the fibre composite and the thread run between the clamping rollers (8, 9); - a rotation distribution device that twists the fibre composite leaving the clamping device and the at least one thread leaving the clamping device into a core yarn by wrapping the thread with the fibre composite; wherein at least one surrounding groove that interrupts the clamping line is formed on the peripheral surface of at least one of the clamping rollers (8, 9), said groove receiving the at least one thread as it runs between the clamping rollers (8, 9), and guiding it past the clamping line without said thread being engaged via clamping by the clamping rollers (8, 9) in contact with one another, characterised in that the spacing of the at least one groove from the portion of the clamping line engaging the fibre composite by clamping can be varied according to the staple fibre length of the fibre composite by axially shifting the clamping roller (8, 9) having the groove. - a first material template for a fibre composite made of staple fibres; - at least one further material template for at least one thread to be fed to the fibre composite; - a drawing frame for drawing the fibre composite; - a clamping device having clamping rollers (8, 9) in contact with one another in a clamping line, wherein the clamping device is passed through by the fibre composite leaving the drawing frame and the at least one thread, and wherein both the fibre composite and the thread run between the clamping rollers (8, 9); - a rotation distribution device that twists the fibre composite leaving the clamping device and the at least one thread leaving the clamping device into a core yarn by wrapping the thread with the fibre composite; wherein at least one surrounding groove that interrupts the clamping line is formed on the peripheral surface of at least one of the clamping rollers (8, 9), said groove receiving the at least one thread as it runs between the clamping rollers (8, 9), and guiding it past the clamping line without said thread being engaged via clamping by the clamping rollers (8, 9) in contact with one another, characterised in that
A method of laundering fabrics comprising the steps of: (a) calculating a final amount of water to be added to a final wash bath; (b) calculating the amount of energy needed to heat this final amount of water to a desired final temperature; (c) contacting an amount of water that is less than the final amount water with fabric to form an intermediate wash bath, wherein a detergent composition is contacted to the fabric during the formation of the intermediate wash bath, or prior to the formation of the intermediate wash bath; (d) heating the water that contacts the fabric during step (c) with the energy calculated in step (b) such that the intermediate wash bath has a temperature above the desired final temperature; (e) washing the fabric in the intermediate wash bath for at least 3 minutes, and optionally a maximum of 10 minutes; (f) contacting the remaining amount of water to the intermediate wash bath to form the final wash bath having the desired final temperature; (g) washing the fabric in the final wash bath for at least 5 minutes; and (h) rinsing the fabric. (a) calculating a final amount of water to be added to a final wash bath; (b) calculating the amount of energy needed to heat this final amount of water to a desired final temperature; (c) contacting an amount of water that is less than the final amount water with fabric to form an intermediate wash bath, wherein a detergent composition is contacted to the fabric during the formation of the intermediate wash bath, or prior to the formation of the intermediate wash bath; (d) heating the water that contacts the fabric during step (c) with the energy calculated in step (b) such that the intermediate wash bath has a temperature above the desired final temperature; (e) washing the fabric in the intermediate wash bath for at least 3 minutes, and optionally a maximum of 10 minutes; (f) contacting the remaining amount of water to the intermediate wash bath to form the final wash bath having the desired final temperature; (g) washing the fabric in the final wash bath for at least 5 minutes; and (h) rinsing the fabric.
A Combustion furnace plant, preferably for the combustion of biomass, in particular wood pellets, comprising an ignition unit, a combustion chamber with a fuel supply, combustion air supplies (12, 13) as well as an exhaust passage provided with a heat exchanger for water heating as well as a Stirling engine for generating electrical energy, wherein the heater head of the Stirling engine is arranged in the combustion chamber in a fluidized bed made of a quantity of solid particles, preferably silica sand, characterized in that a heat exchanger is provided between combustion air supply (12, 13) and combustion chamber, whereby the combustion air is preheated, and in that the combustion air can be conducted into the combustion chamber via an adjustable valve through openings above the upper edge of the fluidized bed and through openings on the underside of the fluidized bed, and in that a control unit is provided for the adjustable valve which during the starting operation of the combustion furnace plant, until an average combustion chamber temperature of about 400° - 450°C is reached, conducts a first share of the combustion air through openings above the upper edge of the fluidized bed and simultaneously a second share of the combustion air through openings on the underside of the fluidized bed, wherein the air pressure of said second share is below the minimum fluidisation point of the fluidized bed.
A flat bag package comprising a flat bag and a liquid-impregnated sheet-shaped object stored inside the flat bag, wherein a top side of the flat bag includes a joined part constituted by two films sealed together and forming a sealed part formed at a base of the joined part over the entire length of the joined part, along the entire length of the flat bag, wherein an edge of the joined part is not sealed but forms a non-sealed part instead, an end edge of one of the two films constituting the joined part is formed longer than an end edge of the other film, and a length from a boundary between the non-sealed part and the sealed part to the end edge of the other film is 5 to 15 mm, the sheet-shaped object stored in the flat bag has folded edges and the folded edges are positioned on a top side or bottom side of the flat bag, and the sealed part is formed in a quasi-triangle pattern or a wave pattern.
A receiver front end arrangement (300, 400, 500, 600) for multi-band reception of frequency bands for cellular communication, the receiver front end arrangement (300, 400, 500, 600) comprising a radio frequency signal input (301, 401, 501, 601) suitable to be connected to an antenna arrangement; a filter bank (302, 402, 502, 602) of non-overlapping band filters (302:1-n, 402:1-n, 502:1-n, 602:1-n) associated with respective band for the multi-band reception; a signal conditioning arrangement (306, 406, 506, 606) connected to the filter bank (302, 402, 502, 602); a low-noise amplifier arrangement (312, 412, 512, 612) connected to the signal conditioning arrangement (306, 406, 506, 606) comprising a path for each band of bands of the multi-band reception, and for each path associated with a band for the multi-band reception the low-noise amplifier arrangement (312, 412, 512, 612) comprises a low-noise amplifier (312:1-n, 412:1-n, 512:1-n, 612:1-n) wherein the respective low-noise amplifier (312:1-n, 412:1-n, 512:1-n, 612:1-n) has band pass characteristics, or has a band filter (408:1-n, 608:1-n) connected where the band filter output has a direct connection to the input of the low-noise amplifier (312:1-n, 412:1-n, 512:1-n, 612:1-n), corresponding to a band of the multi-band reception, respectively; and a combiner structure (314, 414, 514, 614) arranged to combine the outputs of the respective low-noise amplifier (312:1-n, 412:1-n, 512:1-n, 612:1-n) of the paths of the low-noise amplifier arrangement (312, 412, 512, 612), wherein the signals at the output of the combiner structure (314, 414, 514, 614) has the same frequencies as the corresponding signals at the radio frequency signal input (301, 401, 501, 601), wherein the signal conditioning arrangement (306, 406, 506, 606) is arranged to condition signals for respective path of the low-noise amplifier arrangement (312, 412, 512, 612).
A method of labeling a nucleophile of interest in vitro, wherein said nucleophile is an amine, a glycosylamine, a thiol, a guanidine or an imidazole group on a protein or peptide, or an exocyclic amine on a nucleic acid, said method comprising a step of incubating said nucleophile with a solution comprising (a) a solvent, (b) an electrophilic label reactive with said nucleophile, and (c) a bispyridine soluble in said solvent, thereby labeling said nucleophile with said electrophilic label.
An atomizer for an electronic atomization device, configured to accommodate aerosol producing substrate, and cooperate with an atomization body to atomize the aerosol producing substrate, comprising: a first coil (21, 21'), configured to obtain energy from the atomization body through inductive coupling in the state where the atomizer is installed to the atomization body, so as to heat the aerosol producing substrate; and characterised in that the atomizer further comprises: a magnetic conductive medium; wherein the first coil (21, 21') is sleeved on the magnetic conductive medium. a magnetic conductive medium; wherein the first coil (21, 21') is sleeved on the magnetic conductive medium.
A method for producing orthodontic appliances, such as a device for the indirect sticking of orthodontic appliances, especially trays, and/or aligners and/or removable braces, wherein the following method steps are carried out: - capturing of a tooth region to be treated orthodontically, - preparation of a digital three-dimensional model of a tooth region to be treated orthodontically, - automatic and/or manual creation of a modified tooth arrangement, - comparison of the actual state of the tooth region to be treated with the end position of the teeth to be treated which is to be achieved, - calculation of which individual treatment steps are necessary in order to reach the end position, - subdividing the entire orthodontic treatment into individual steps or individual intermediate results, - preparation of a dataset with regard to the orthodontic treatment steps which are to be carried out individually in succession, - linkage of each orthodontic treatment step or intermediate result which is to be carried out individually in succession with an orthodontic appliance from a selection of a plurality of orthodontic appliances, - automatic and/or manual creation of a digital model of the respective orthodontic appliance, - preparation of a digital dataset of a digital model of the respective orthodontic appliance, - storage of the digital images, - control of a 3D printer on the basis of the digital datasets and printing of the plastics material constituents of the orthodontic appliances and/or of alloys and/or of ceramics, - automatic fitting of at least one printed orthodontic appliance with at least one bracket and/or at least one bent wire and/or screws and/or other elements. - capturing of a tooth region to be treated orthodontically, - preparation of a digital three-dimensional model of a tooth region to be treated orthodontically, - automatic and/or manual creation of a modified tooth arrangement, - comparison of the actual state of the tooth region to be treated with the end position of the teeth to be treated which is to be achieved, - calculation of which individual treatment steps are necessary in order to reach the end position, - subdividing the entire orthodontic treatment into individual steps or individual intermediate results, - preparation of a dataset with regard to the orthodontic treatment steps which are to be carried out individually in succession, - linkage of each orthodontic treatment step or intermediate result which is to be carried out individually in succession with an orthodontic appliance from a selection of a plurality of orthodontic appliances, - automatic and/or manual creation of a digital model of the respective orthodontic appliance, - preparation of a digital dataset of a digital model of the respective orthodontic appliance, - storage of the digital images, - control of a 3D printer on the basis of the digital datasets and printing of the plastics material constituents of the orthodontic appliances and/or of alloys and/or of ceramics, - automatic fitting of at least one printed orthodontic appliance with at least one bracket and/or at least one bent wire and/or screws and/or other elements.
Fire protection device that bounds a space on one or more sides with at least one wall that bounds the space or a hollow body that bounds the space, referred to collectively hereinafter as fire protection component, having at least one fire resistance of the EI; EW 15 class, characterized in that the fire protection component consists of a composite material including cellulose fibres as volume-forming constituent, also referred to hereinafter as substrate, and in that the volume of the cellulose fibres is permeated by a no longer living filamentous organism of a fungal mycelium.
An optical wavelength division multiplexer/demultiplexer device comprising a substrate having a plurality of wavelength selecting filters and mirrors, said filters being arranged to provide conversion between a combined beam comprising a plurality of wavelength channels and a plurality of separate beams each comprising a subset of said plurality of wavelength channels, wherein the substrate additionally comprises a plurality of alignment slots arranged to receive, in alignment, said optical filters and wherein hollow core waveguides are formed in said substrate to interconnect the wavelength selecting filters and mirrors so as to guide light between the wavelength selecting filters and the hollow core waveguides are dimensioned to support fundamental mode propagation or multi-mode propagation.
An X-ray imaging apparatus for determining a surface profile of an object under inspection and positioned at a distance from said apparatus, comprising: an X-ray source for producing a scanning beam of X-rays directed toward said object, wherein the X-ray source is a flying spot X-ray source which produces a flying spot scanning beam of X-rays; a detector assembly adapted to provide a signal representative of an intensity of X-rays backscattered from said object; and processing circuitry (1611, 1621) adapted to determine a time difference between when the X-ray source is switched on and when the backscattered X-rays arrive at the detector assembly and adapted to output data representative of the surface profile of the object under inspection, further comprising a transmission imaging system characterized by the transmission imaging system further comprising a pulsed linear accelerator X-ray source, wherein the apparatus is arranged so that it is controlled such that the flying spot does not interact with the object at the same time as a pulse from the pulsed linear accelerator. an X-ray source for producing a scanning beam of X-rays directed toward said object, wherein the X-ray source is a flying spot X-ray source which produces a flying spot scanning beam of X-rays; a detector assembly adapted to provide a signal representative of an intensity of X-rays backscattered from said object; and processing circuitry (1611, 1621) adapted to determine a time difference between when the X-ray source is switched on and when the backscattered X-rays arrive at the detector assembly and adapted to output data representative of the surface profile of the object under inspection, further comprising a transmission imaging system
Construction guard for a pre-wall element for sanitary installation, wherein the pre-wall element comprises a frame, on which an installation plane exists for the installation of a cladding of the pre-wall element, and at least one first port for a water inlet and/or at least one second port for a water outlet, wherein the construction guard is configured such that it can extend, seen in a perpendicular direction, beyond the installation plane from the pre-wall element relative to the installation plane, wherein the construction guard comprises at least one first aperture for surrounding one of the ports along its periphery and a second aperture for surrounding a further port along its periphery, in which the construction guard is configured in such a way that a fluid-tight seal can be produced at the apertures (76, 78) for sealing the apertures with respect to the port (40, 46), and in which the construction guard comprises a side wall and a base, in which the side wall projects with respect to the base, in which the connection between the side wall and the base is produced in a fluid-tight manner, wherein the construction guard is configured to be fitted onto the at least one port (40, 46), characterized in that the side wall is configured to be closed and the base, with the exception of the apertures (76, 78) for the corresponding at least one port (40, 46), is configured to be closed, so that leakage fluid is diverted into the construction guard and, from there, to in front of the cladding.
An implant configured for transvaginal insertion and to provide support to the urethra, the implant comprising a central support portion and two or more extension portions (18, 28) extending from the central support portion, the extension portions having a length dimension extending from the central support portion, and a width dimension, the central support portion having a length dimension aligned with a length of the extension portions and a width dimension, the implant further comprising tensioning members (19, 29) positioned along the extension portions, wherein the extension portions can be adjusted at the tensioning members to provide tensioning of the implant following implantation, characterized in that the central support portion comprises an expansion member (17, 27) configured to expand the central support portion in the width dimension when in contact with periurethral tissue.
Device for depositing a powder bed on a surface, the device comprising a deposition module configured in order to scan the surface while delivering a magnetic powder onto the surface, characterized in that the module has at least one electromagnetic-response probe comprising a coil, the change in impedance of which is measured, said probe being capable of analysing a delivered portion of the powder bed, before solidification of the powder bed.
Liquid food product suitable to manage the ketogenic diet and in particular to treat the symptoms of neurological diseases, said product comprising: - lipids between 10% and 20% by weight with respect to the total weight of the product, of which short-chain fatty acids (SCFAs), or their salts or their esters, between 0% and 1% by weight with respect to the total weight of the product, and medium-chain triglycerides (MCTs), between 10% and 16% by weight with respect to the total weight of the product; - carbohydrates less than 2% by weight with respect to the total weight of the product; - fibers between 1% and 6% by weight with respect to the total weight of the product; - water between 60% and 75% by weight with respect to the total weight of the product; - proteins between 5% and 10% by weight with respect to the total weight of the product; wherein said product has a ratio between lipids and the sum of carbohydrates and proteins between 1.5:1 and 2.5:1. - lipids between 10% and 20% by weight with respect to the total weight of the product, of which short-chain fatty acids (SCFAs), or their salts or their esters, between 0% and 1% by weight with respect to the total weight of the product, and medium-chain triglycerides (MCTs), between 10% and 16% by weight with respect to the total weight of the product; - carbohydrates less than 2% by weight with respect to the total weight of the product; - fibers between 1% and 6% by weight with respect to the total weight of the product; - water between 60% and 75% by weight with respect to the total weight of the product; - proteins between 5% and 10% by weight with respect to the total weight of the product;
A housing arrangement for a turbomachine, in particularan aircraft engine, comprising: a support member configured to support a shaft; a housing which is centered on the support member; wherein the housing has an inner housing and an outer housing fastened to the support member, said inner housing and said outer housing being connected to one another by a connecting means, in particular at least one connecting strut, wherein between the support member and the inner housing a press fit is provided to center the inner housing on the support member. a support member configured to support a shaft; a housing which is centered on the support member; wherein the housing has an inner housing and an outer housing fastened to the support member, said inner housing and said outer housing being connected to one another by a connecting means, in particular at least one connecting strut, wherein between the support member and the inner housing a press fit is provided to center the inner housing on the support member.
A toner fuser member comprising: a substrate; and disposed on said substrate, a toner release surface layer, characterized in that the toner release surface layer is formed from a composition that comprises a silsesquioxane and a curable epoxy resin, wherein said composition has been cured to form an interpenetrating polymer network of said silsesquioxane and said cured epoxy resin. a substrate; and disposed on said substrate, a toner release surface layer, characterized in that the toner release surface layer is formed from a composition that comprises a silsesquioxane and a curable epoxy resin, wherein said composition has been cured to form an interpenetrating polymer network of said silsesquioxane and said cured epoxy resin.