mhurhangee/ep-ind-claims huggingface dataset:
A coated member production method for producing a coated member including a base having a surface at least partly coated with a DLC film, the method comprising a DLC film forming step of the base is accommodated in a treatment chamber, the treatment chamber is evacuated to a predetermined degree of vacuum by the first pump, the treatment chamber is evacuated to a predetermined degree of vacuum by the first and second pumps (17, 18), the second pump is stopped and the treatment chamber is continuously evacuated only by the first pump, introducing a feedstock gas containing at least a carbon compound and a siloxane compound into a treatment chamber in which the base is accommodated, and applying a voltage to the base at a treatment pressure of not lower than 100 Pa and not higher than 400 Pa to generate plasma to form the DLC film on the surface of the base.
Filter element with a first fluid path on a raw side for filtering a first fluid and a second fluid path with a fluid line on a clean side for guiding a second fluid, wherein the filter element is provided at least on one side with a first end disk, wherein the fluid line is centrically disposed in the interior space of the filter element and connected to the end disk for a common dismounting, in particular fixed to the filter element, wherein the filter element features a discharge connection which is designed as nozzle-shaped extension of the fluid line and disposed coaxially in relation to a longitudinal element axis, wherein by means of the discharge connection the fluid line can be connected during the mounting of the filter element in the housing of the filter system to a housing-sided discharge channel, characterized in that in the area of the front side of the filter element on which the discharge connection is disposed, a clean fluid outlet is provided, which is provided with a nozzle-shaped extension, which surrounds the discharge connection and a water outlet for water separated from the first fluid is provided, which surrounds the nozzle-shaped extension of the clean fluid outlet.
Evaporator assembly, in particular for a fuel-operated vehicle heater, comprising - a pot-like evaporator reception, - an evaporator body inserted into the pot-like evaporator reception, - a plate-like designed hold-down element, which is fixed to the evaporator reception and fixes the evaporator body in the evaporator reception, and - wherein the plate-like designed hold-down element has at least one retaining claw, characterized in that the at least one retaining claw has an upper part on an upper side of the plate-like designed hold-down element and a lower part on a lower side of the plate-like designed hold-down element, and - that the upper part and the lower part point away from the plate-like designed hold-down element. - a pot-like evaporator reception, - an evaporator body inserted into the pot-like evaporator reception, - a plate-like designed hold-down element, which is fixed to the evaporator reception and fixes the evaporator body in the evaporator reception, and - wherein the plate-like designed hold-down element has at least one retaining claw, characterized in that the at least one retaining claw has an upper part on an upper side of the plate-like designed hold-down element and a lower part on a lower side of the plate-like designed hold-down element, and - that the upper part and the lower part point away from the plate-like designed hold-down element.
A process for the preparation of silica-based micro- and nanocapsules loaded with up to 99 % (w/w) hydrophobic organic compounds, comprising the step of: emulsifying a hydrophobic, water insoluble liquid comprising (i) polyalkoxysiloxane (PAOS) or amphiphilic PAOS that are partially substituted with hydrophilic groups and (ii) a hydrophobic organic liquid in an aqueous solution, without additional surfactants and without preformed (nano)particles, under shearing forces for a time period sufficient to form the silica-based capsules.
A method for detecting correct circumferential wrapping of a bale of material in a bale forming chamber of a baler (1,70,110) with wrapping material, the method comprising monitoring a characteristic indicative of the radial outward pressure exerted by the bale in the bale forming chamber during dispensing of the wrapping material into the bale forming chamber, determining correct circumferential wrapping of the bale in response to the monitored characteristic being indicative of one of a reduction in the radial outward pressure exerted by the bale in the bale forming chamber and a change in the rate of reduction in the radial outward pressure exerted by the bale in the bale forming chamber.
Apparatus for degassing a fibrous stock suspension in an elongate, closed degassing space with at least one inlet, via which the fibrous stock suspension is sprayed in, the fibrous stock suspension collecting in the lower part of the degassing space, the degassing space being connected above a suspension level of the collecting fibrous stock suspension to a vacuum source which sucks out the separated gas, at least one outlet which lies below the suspension level and discharges the degassed fibrous stock suspension, and a level drain which is present between the inlet and the outlet at the level of the suspension level, the inlet, the level drain and the outlet being spaced apart in each case horizontally from one another, characterized in that the inlet is formed by two or three feed lines which are guided through the side wall of the degassing space, and the level drain has two elongate level drain channels which are open towards the top, are arranged next to one another transversely with respect to the flow direction of the fibrous stock suspension, and are spaced apart from one another, the long sides of the level drain channels running perpendicularly with respect to the long sides of the degassing space, the two level drain channels extending up to a side wall of the degassing space, and the level drain channels being connected via the adjoining side wall of the degassing space to a discharge line.
A log wood transfer and dispenser apparatus, comprising: - a stopper, - a transfer device for transferring log woods for an input of a wood processing device, wherein the transfer device is adapted to move back and forth in relation to the stopper (3, 3a) by actuating means such that the log woods are spreadable and organisable on the transfer device and the transfer device is movable for dispensing log woods one by one. - a stopper, - a transfer device for transferring log woods for an input of a wood processing device, wherein the transfer device is adapted to move back and forth in relation to the stopper (3, 3a) by actuating means such that the log woods are spreadable and organisable on the transfer device and the transfer device is movable for dispensing log woods one by one.
A process to prepare compound 1 or 1a, or a mixture thereof: the process comprising: (i) forming the trimethylsilyl-cyanohydrin of aryl-pyridine 1-4, to provide trimethylsilyl-cyanohydrin 1-5 or 1-5a, or a mixture thereof; (ii) reducing trimethylsilyl-cyanohydrin 1-5 or 1-5a, or or a mixture thereof, to provide amino-alcohol 1-6 or 1-7, or a mixture thereof; and (iii) forming the tetrazole of amino-alcohol 1-6 or 1-7, or or a mixture thereof, to provide compound 1 or 1a, or a mixture thereof. (i) forming the trimethylsilyl-cyanohydrin of aryl-pyridine 1-4, to provide trimethylsilyl-cyanohydrin 1-5 or 1-5a, or a mixture thereof; (ii) reducing trimethylsilyl-cyanohydrin 1-5 or 1-5a, or or a mixture thereof, to provide amino-alcohol 1-6 or 1-7, or a mixture thereof; and (iii) forming the tetrazole of amino-alcohol 1-6 or 1-7, or or a mixture thereof, to provide compound 1 or 1a, or a mixture thereof.
A method of assisting operation of a vehicle, the method comprising: identifying a user-configured speech recognition performance setting value selected from among a plurality of speech recognition performance setting values; selecting a speech recognition model configuration corresponding to the user-configured speech recognition performance setting value from among a plurality of speech recognition model configurations, wherein each speech recognition model configuration of the plurality of speech recognition model configurations corresponds to a respective one of the plurality of speech recognition performance setting values; and recognizing an audio input as an input state using the speech recognition model configuration corresponding to the user-configured speech recognition performance setting value. identifying a user-configured speech recognition performance setting value selected from among a plurality of speech recognition performance setting values; selecting a speech recognition model configuration corresponding to the user-configured speech recognition performance setting value from among a plurality of speech recognition model configurations, wherein each speech recognition model configuration of the plurality of speech recognition model configurations corresponds to a respective one of the plurality of speech recognition performance setting values; and recognizing an audio input as an input state using the speech recognition model configuration corresponding to the user-configured speech recognition performance setting value.
Restaurant system comprising at least one working area for cooking and/or preparing food and/or drinks and at least one guest area wherein the working area and guest area are connected via a transporting system for food and/or drinks and wherein the transport system is designed to transport food and/or drinks from the working area to the guest area, wherein the transport system comprises at least one first transporting section in which the transporting of food and/or drinks from the working area to the guest area takes place at least in sections by means of gravity, wherein the transporting system comprises a second transporting section which in an envisaged transporting direction of the food and/or drinks is upstream of the first transporting section, wherein the second transporting section comprise a lift which is designed to transport the food and/or drinks to a position which is higher in comparison with the guest area, wherein the lift has at least one movable lift unit which during the transportation of the food and/or drinks with the lift carries the food and/or drinks, wherein the lift unit can be moved between a take-up position, in which the food and/or drink to be transported can be supplied to the lift unit, and a transfer position, arranged above the take-up position, in which the food and/or drink can be passed on from the lift unit to a first transporting section characterised in that the first transporting section of the transporting system comprises at least two essentially parallel slide rails and/or roller conveyors, in particular two slide rails or roller conveyors which are at least essentially circular, or oval or rectangular in cross-section, on which the food and/or drinks are transported by way of transporting means in particular slide underlays and/or roller devices at least in sections by means of gravity and wherein the lift unit comprises a number, corresponding to the slide rails and/or roller conveyors in the first transporting section, of essentially parallel transfer rails, which during the transporting of the food and/or drinks with the lift carry the food and drinks placed or introduced into the transporting means, wherein the transfer rails in the transfer position of the lift unit constitute a continuation of the slide rails and/or roller conveyors in the first transporting section in a direction contrary to the envisaged transporting direction of the food and/or drinks.
A viscose fibre, comprising: viscose fibres, graphene and nanosilver, wherein the nanosilver is loaded on the sheet of the graphene and covalently bonded.
A method for wireless communications by a user equipment, UE, comprising: identifying a transmit time interval, TTI, bundle comprising a plurality of uplink, UL, subframes for transmitting data to a node; identifying a segment of UL subframes in the TTI bundle, wherein a size of the segment is pre-determined; and maintaining a same transmit power in all UL subframes of the segment of UL subframes in the TTI bundle when transmitting data to the node over the segment of UL subframes. identifying a transmit time interval, TTI, bundle comprising a plurality of uplink, UL, subframes for transmitting data to a node; identifying a segment of UL subframes in the TTI bundle, wherein a size of the segment is pre-determined; and maintaining a same transmit power in all UL subframes of the segment of UL subframes in the TTI bundle when transmitting data to the node over the segment of UL subframes.
A method for the inspection of the surface of a pressurized tire, wherein a pattern is projected onto the tire, an image is taken of the pattern projected onto the tire, the tire is rotated about its axis into a second different position of rotation, characterized in that a further image is taken of the pattern projected onto the pressurized tire in said second position of rotation; and in that the global shapes of the tire in the images are compared with one another.
A method for the detection of occult hepatitis C, characterised in that it comprises performing a screening immunoassay comprising the following steps: a) incubating a solid-phase matrix with a HCV reagent, wherein the HCV reagent is a synthetic peptide of the HCV core protein consisting of SEQ.ID.NO:1, b) pre-treating the serum or plasma sample by a dilution and an incubation the purpose of which is to adsorb the sample components in order to eliminate the non-specific antigen-antibody bonds, c) adding the pre-treated sample obtained in step b) to the solid-phase matrix obtained in step a) and incubating the same for the antigen-antibody immunochemistry reaction, d) washout and reaction detection, e) washout and reaction development, and f) reaction measurement. a) incubating a solid-phase matrix with a HCV reagent, wherein the HCV reagent is a synthetic peptide of the HCV core protein consisting of SEQ.ID.NO:1, b) pre-treating the serum or plasma sample by a dilution and an incubation the purpose of which is to adsorb the sample components in order to eliminate the non-specific antigen-antibody bonds, c) adding the pre-treated sample obtained in step b) to the solid-phase matrix obtained in step a) and incubating the same for the antigen-antibody immunochemistry reaction, d) washout and reaction detection, e) washout and reaction development, and f) reaction measurement.
A system for testing dissolution of an active pharmaceutical ingredient, which contains an apparatus comprising two compartments (3A, 3B) separated by a membrane, wherein the membrane is permeable to a dissolved state but impermeable to an undissolved state of said active pharmaceutical ingredient, whereby the system comprises a donor medium placed in the first compartment representing the donor compartment and the system comprises an acceptor medium placed in the second compartment representing the acceptor compartment characterised in that said membrane is impregnated with a lipophilic phase and that the active pharmaceutical ingredient is more soluble in the acceptor medium than in the donor medium or that acceptor medium is capable of reacting with the active pharmaceutical ingredient to thereby consume the active pharmaceutical ingredient by chemical reaction, so that a driving force is provided effecting that the active pharmaceutical ingredient passes the membrane from the donor compartment to the acceptor compartment.
Short circuit device, comprising a flexible elongated element with at both sides a clamp as a connection member, for temporary mounting to a rail and at a location along the length of the flexible element and at a distance from the clamps a housing having one or more of a detection, signalling, warning, display or registration system, wherein the clamp is provided with two contact points which contact points are galvanically isolated from the clamp and/or the other contact point and a galvanic lead is connected to the contact points characterised in that the clamp is a scissor like element of which each jaw has a to the other jaw directed contact point with sharp contact surface, and the clamp has a switchable biasing device to selectively bias the jaws in a predetermined pivoting direction to increase the biasing force with which the contact points are pressed onto the rail foot.
Applicator for applying a coating agent to a component, particularly for applying a sealant to a flanged seam on a rear side of a motor vehicle body component, particularly through a gap between two overlapping motor vehicle body components, with a) a nozzle for discharging the coating agent onto the rear side of the component and b) an elongated curved nozzle carrier, in order to position the nozzle on the rear side of the component to be coated, starting from the front side of the component to be coated, c) wherein the nozzle carrier is curved a plurality of times, characterised in that d) the nozzle carrier consists of a material which is elastic and has a shape memory, namely of a nickel-titanium alloy. a) a nozzle for discharging the coating agent onto the rear side of the component and b) an elongated curved nozzle carrier, in order to position the nozzle on the rear side of the component to be coated, starting from the front side of the component to be coated, c) wherein the nozzle carrier is curved a plurality of times, d) the nozzle carrier consists of a material which is elastic and has a shape memory, namely of a nickel-titanium alloy.
An infrared emitting device comprising: a light source emitting first light; and a wavelength converting structure ({102, 108}) disposed in a path of light emitted by the light source, the wavelength converting structure comprising: a first phosphor that emits infrared light ({110, 112}); and a second phosphor that absorbs the first light and emits second light, which second light is visible light, wherein the first phosphor absorbs the first light and emits third light, wherein the first phosphor absorbs the second light and emits fourth light, and wherein the third light and the fourth light have different peak wavelengths in the infrared emission range. a light source emitting first light; and a wavelength converting structure ({102, 108}) disposed in a path of light emitted by the light source, the wavelength converting structure comprising: a first phosphor that emits infrared light ({110, 112}); and a second phosphor that absorbs the first light and emits second light, which second light is visible light, wherein the first phosphor absorbs the first light and emits third light, wherein the first phosphor absorbs the second light and emits fourth light, and wherein the third light and the fourth light have different peak wavelengths in the infrared emission range. a first phosphor that emits infrared light ({110, 112}); and a second phosphor that absorbs the first light and emits second light, which second light is visible light, wherein the first phosphor absorbs the first light and emits third light, wherein the first phosphor absorbs the second light and emits fourth light, and wherein the third light and the fourth light have different peak wavelengths in the infrared emission range.
An aerosol-generating article (10, 100, 200, 300) comprising: a rod (20, 70) comprising an aerosol-generating substrate (22, 72); a filter (30, 80) in axial alignment with the rod (20, 70); a bridging element (40, 50, 60, 82) comprising a first wrapper (42, 52, 62), the first wrapper (42, 52, 62) circumscribing the rod (20, 70) and the filter (30, 80) and securing the filter (30, 80) to the rod (20, 70); and a cavity (44, 84) located between the rod (20, 70) and the filter (30, 80), the cavity (44, 84) being partially delimited by the inner surface of the first wrapper (42, 52, 62) in a first portion of the bridging element (40, 50, 60, 82), wherein the first portion of the bridging element (40, 50, 60, 82) has a reflectance factor of 85 percent or higher; and wherein the inner surface of the first wrapper (42, 52, 62) in the first portion of the bridging element (40, 50, 60, 82) comprises a coating. a rod (20, 70) comprising an aerosol-generating substrate (22, 72); a filter (30, 80) in axial alignment with the rod (20, 70); a bridging element (40, 50, 60, 82) comprising a first wrapper (42, 52, 62), the first wrapper (42, 52, 62) circumscribing the rod (20, 70) and the filter (30, 80) and securing the filter (30, 80) to the rod (20, 70); and a cavity (44, 84) located between the rod (20, 70) and the filter (30, 80), the cavity (44, 84) being partially delimited by the inner surface of the first wrapper (42, 52, 62) in a first portion of the bridging element (40, 50, 60, 82), wherein the first portion of the bridging element (40, 50, 60, 82) has a reflectance factor of 85 percent or higher; and wherein the inner surface of the first wrapper (42, 52, 62) in the first portion of the bridging element (40, 50, 60, 82) comprises a coating.
Load-bearing apparatus, in particular hook block for a hoist, and in particular for use with at least one cable pull, comprising: - a load hook, - a crossmember, - a suspension unit for suspending the load-bearing apparatus on at least one cable pull, wherein the suspension unit has first bearings, with an essentially horizontally arranged bearing axis, for accommodating the crossmember, and wherein the suspension unit has a second bearing, with an essentially vertically arranged axis of rotation, about which the load hook is mounted in a rotatable manner in a ready-to-operate state, characterized by a brake coupling with at least two coupling parts (48, 50), which each comprise at least one abutment surface (52, 54), wherein the abutment surfaces (52, 54), in at least one operating state, end up in abutment against one another and the two coupling parts (48, 50) can be moved relative to one another along the abutment surfaces (52, 54) so as to overcome friction, wherein the first of the two coupling parts is connected to the load hook, and the second of the two coupling parts is connected to the suspension unit, for controlled coupling of a rotary movement of the load hook relative to the suspension unit about the vertical axis of rotation. - a load hook, - a crossmember, - a suspension unit for suspending the load-bearing apparatus on at least one cable pull, wherein the suspension unit has first bearings, with an essentially horizontally arranged bearing axis, for accommodating the crossmember,