mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a three-dimensional component by an electron beam, laser sintering, or laser melting process, in which the component [is produced] by successively solidifying predefined sections of individual layers of building material that is solidifiable by the action of an electron beam or laser beam source by melting onto the building material, wherein thermographic data sets that in each case characterize, at least in sections, a temperature profile of the particular layer are collected during production of the layers, and the irradiation of the layers takes place by means of an electron beam or laser beam that is controlled, based on the collected thermographic data sets, in such a way that a largely homogeneous temperature profile is created, characterized in that for irradiating an upper layer, a focus point of the electron beam or laser beam is guided along a scanning path that is selected based on the data set that characterizes, at least in sections, the temperature profile of the layer situated directly thereunder, or based on the data sets that characterize, at least in sections, the temperature profiles of the layers situated thereunder.
A brushless motor for controlling a wiper device, the brushless motor comprising a motor unit and a gear unit; wherein the motor unit has: a rotating shaft; a magnet provided to the rotating shaft, the magnet having N-poles and S-poles alternatively arranged along a circumferential direction of the rotating shaft; a stator disposed outside the magnet; coils wound around teeth of the stator; and a motor case part formed into a cylinder shape; and the gear unit has: a speed reduction mechanism for reducing the speed of rotation of the rotating shaft and outputting the speed-reduced rotation; and a gear case part provided on one end side of the motor case part; the speed reduction mechanism having: a worm provided to one end portion of the rotating shaft, and a speed reduction gear meshed with the worm, the speed reduction gear having an output shaft at a rotational center thereof; characterized in that the brushless motor further comprises a controller unit having: a board case part mounted on the other end side of the motor case part; a control board disposed inside the board case part and mounted on a bottom portion of the board case part; a sensor magnet fixed to the other end portion of the rotating shaft; and a rotation sensor provided to a portion of the control board facing the sensor magnet and detecting a rotational state of the rotating shaft; wherein the control board is electrically connected to coil end portions provided to one end side of the coils, and each coil generates an electromagnetic force for rotating the rotating shaft by supply of drive current from the control board a rotating shaft; a magnet provided to the rotating shaft, the magnet having N-poles and S-poles alternatively arranged along a circumferential direction of the rotating shaft; a stator disposed outside the magnet; coils wound around teeth of the stator; and a motor case part formed into a cylinder shape; and a speed reduction mechanism for reducing the speed of rotation of the rotating shaft and outputting the speed-reduced rotation; and a gear case part provided on one end side of the motor case part; a worm provided to one end portion of the rotating shaft, and a speed reduction gear meshed with the worm, the speed reduction gear having an output shaft at a rotational center thereof; characterized in that a board case part mounted on the other end side of the motor case part; a control board disposed inside the board case part and mounted on a bottom portion of the board case part; a sensor magnet fixed to the other end portion of the rotating shaft; and a rotation sensor provided to a portion of the control board facing the sensor magnet and detecting a rotational state of the rotating shaft; wherein the control board is electrically connected to coil end portions provided to one end side of the coils, and each coil generates an electromagnetic force for rotating the rotating shaft by supply of drive current from the control board
A method for determining an amount of Angiotensin I (AngI) in a sample, the method comprising: (a) Incubating the sample under conditions suitable to allow plasma renin to generate AngI having a sequence NH2-DRVYIHPFHL-COOH (SEQ ID NO: 1) from angiotensinogen present in the sample; (b) adding a protease; (c) incubating the sample under conditions to allow the protease to hydrolyze the AngI to generate a defined AngI cleavage product; (d) ionizing the defined AngI cleavage product to produce one or more Ang I cleavage product ions detectable by mass spectrometry; and. (e) detecting and quantifying the one or more AngI cleavage product ions by mass spectrometry. (a) Incubating the sample under conditions suitable to allow plasma renin to generate AngI having a sequence NH2-DRVYIHPFHL-COOH (SEQ ID NO: 1) from angiotensinogen present in the sample; (b) adding a protease; (c) incubating the sample under conditions to allow the protease to hydrolyze the AngI to generate a defined AngI cleavage product; (d) ionizing the defined AngI cleavage product to produce one or more Ang I cleavage product ions detectable by mass spectrometry; and. (e) detecting and quantifying the one or more AngI cleavage product ions by mass spectrometry.
Method for the automated identification of bobbin tubes, which are used at workstations of textile machines producing cross-wound bobbins, in particular during a multi-batch operation of textile machines of this type, using characteristic features of the bobbin tubes, characterised in that currently recorded image information of a bobbin tube to be identified is compared in an image processing device with image information of previously recorded, already classified bobbin tubes and in that in the case of at least one determinable agreement of the present bobbin tube with one of the already classified bobbin tubes, the relevant bobbin tube is considered to have been identified, wherein to check the bobbin tubes for characteristic features, the pattern space in each case predetermined by the image of the bobbin tube is divided into a plurality of models, which differ with respect to their shape and/or size and/or position.
A fibre-optic force sensor, comprising an FBG fibre, which is mounted in a sensor holder and has a force sensor region, the sensor holder being resilient and flexible in portions in the axial direction, characterised in that a stiffening part that is displaceable axially relative to the sensor holder, but is not displaceable in a lateral direction relative to the sensor holder is associated with the sensor holder, such that forces and bending moments acting laterally on the sensor holder are eliminated and the force sensor region has a substantially single-axis response behaviour to detect only the magnitude of a force acting axially in the fibre direction.
A body waste collecting device comprising - a collecting pouch - an adhesive wafer for attachment to the body, comprising - a backing layer - at least one intermediate layer of adhesive - a skin facing layer of adhesive - a film layer positioned between the skin facing layer of adhesive and the intermediate layer of adhesive, charaterized in that the intermediate layer of adhesive and the skin facing layer of adhesive comprise liquid impermeable, moisture permeable soft adhesives having a modulus G* less than 50,000 Pa measured at 1 Hz and 32oC and the film layer has a higher modulus than the intermediate layer of adhesive. - a collecting pouch - an adhesive wafer for attachment to the body, comprising - a backing layer - at least one intermediate layer of adhesive - a skin facing layer of adhesive - a film layer positioned between the skin facing layer of adhesive and the intermediate layer of adhesive, charaterized in that the intermediate layer of adhesive and the skin facing layer of adhesive comprise liquid impermeable, moisture permeable soft adhesives having a modulus G* less than 50,000 Pa measured at 1 Hz and 32oC and the film layer has a higher modulus than the intermediate layer of adhesive. - a backing layer - at least one intermediate layer of adhesive - a skin facing layer of adhesive - a film layer positioned between the skin facing layer of adhesive and the intermediate layer of adhesive,
A repeater, comprising: a pressure-tight casing configured to be arranged on seabed or in sea; and a feedthrough having a plurality of lead sections (101 to 104) each configured to connect a circuit housed in the pressure-tight casing with a cable outside the pressure-tight casing, wherein the plurality of lead sections comprise at least a power wire and an electric signal wire, at least two of the plurality of lead sections have a difference in length from each other, and a measuring device is connected to one end of the cable, characterized in that the feedthrough comprises: a central lead section; and a plurality of outer circumferential lead sections (102, 103, 104) located on an outer circumferential side of the central lead section, wherein the outer circumferential lead sections are shorter than the central lead section, the difference in length between the at least two lead sections is equal to or larger than thickness of a tool to be used to connect each of the plurality of lead sections with the cable outside the pressure-tight casing, and the plurality of outer circumferential lead sections are located on a concentric circle. a pressure-tight casing configured to be arranged on seabed or in sea; and a feedthrough having a plurality of lead sections (101 to 104) each configured to connect a circuit housed in the pressure-tight casing with a cable outside the pressure-tight casing, wherein the plurality of lead sections comprise at least a power wire and an electric signal wire, at least two of the plurality of lead sections have a difference in length from each other, and a measuring device is connected to one end of the cable, a central lead section; and a plurality of outer circumferential lead sections (102, 103, 104) located on an outer circumferential side of the central lead section, wherein the outer circumferential lead sections are shorter than the central lead section, the difference in length between the at least two lead sections is equal to or larger than thickness of a tool to be used to connect each of the plurality of lead sections with the cable outside the pressure-tight casing, and
A selectively vented biological assay device, the device comprising: a. a sample receiving cartridge comprising a sample inlet and one or more reaction chambers, each of the one or more reaction chambers: (i) comprising a sample receiving opening operatively connected to the sample inlet, and (ii) including a modifying reagent; and characterised in that the selectively vented biological assay device further comprises b. one or more selective venting elements having passively tunable porosity and covering one or more venting openings of the sample receiving cartridge, wherein the one or more selective venting elements is porous and configured to proceed, upon contact with a liquid, from a first conformation, in which one or more gases can pass therethrough, to a second conformation that reduces the permeability of fluid therethrough, wherein the first conformation allows flow from the sample inlet into the one or more reaction chambers, wherein reducing the permeability is sufficient to render the one or more selective venting elements impermeable to fluid; wherein when a sample liquid flows into the one or more reaction chambers via the sample receiving openings, gas flows through the one or more selective venting elements until the sample liquid contacts the one or more selective venting elements, thereby advancing the one or more selective venting elements from the first conformation to the second conformation and preventing further flow of fluid into the reaction chamber. a. a sample receiving cartridge comprising a sample inlet and one or more reaction chambers, each of the one or more reaction chambers: (i) comprising a sample receiving opening operatively connected to the sample inlet, and (ii) including a modifying reagent; and characterised in that the selectively vented biological assay device further comprises b. one or more selective venting elements having passively tunable porosity and covering one or more venting openings of the sample receiving cartridge, wherein the one or more selective venting elements is porous and configured to proceed, upon contact with a liquid, from a first conformation, in which one or more gases can pass therethrough, to a second conformation that reduces the permeability of fluid therethrough, wherein the first conformation allows flow from the sample inlet into the one or more reaction chambers, wherein reducing the permeability is sufficient to render the one or more selective venting elements impermeable to fluid;
Glycerol-free laxative suppository containing an osmotic component, a stabilizer and a wetting agent, wherein the stabilizer and the osmotic component are selected from PEG 200, 300, 400, 600, 1000, 1500, 2000, 3000 and 6000,wherein the glycerol-free laxative suppository contains 30 to 60 wt% of PEG 400.
A lifting device for a lawnmower comprising a lifting arm that is movable around a substantially horizontal axis in relation to a fixed chassis member between a storage position in which said lifting arm substantially extends in the plane formed by said fixed chassis member, and at least one elevated position in which said lifting arm is moved apart from said chassis member, said lifting arm being actuated by a hydraulic cylinder integral with said fixed chassis and bearing a removable plate able to receive the wheels of a same axle of said lawnmower, comprising a first wheel support extending from one side of said lifting arm and a second wheel support extending from the other side of said lifting arm, said wheel supports (1; 4) being slidingly mounted in relation to one another so as to be able to adjust the separation between said supports (1; 4), wherein said device presents means for locking said first support with said second support and said lifting arm.
Device having a flow channel for a fluid, wherein a nonreturn valve is arranged in the flow channel, said nonreturn valve allowing the fluid to flow through the flow channel in a first direction and preventing it from flowing through the flow channel in a direction counter to the first direction, wherein the device furthermore has a flow detector for detecting the flow of the fluid through the flow channel, wherein the flow detector detects a change in the nonreturn valve, wherein this detected change serves as an indicator for the flow of the fluid, wherein wherein the nonreturn valve has a valve diaphragm and wherein the flow detector detects a deflection of the valve diaphragm, characterized in that the flow detector has an optical detector for detecting the change in the nonreturn valve, that the nonreturn valve is provided with a lug, the position of which is detected by the flow detector, wherein the lug is arranged on the valve diaphragm, that the optical detector comprises a light emitter and a light detector, wherein the nonreturn valve is arranged, in the changed and/or in the unchanged state, in a light path between the light emitter and the light detector and that the lug is arranged in the light path.
A turbine blade machining method of machining a through-hole in a turbine blade, wherein a protective film is formed on a surface of a substrate of the turbine blade, characterised in that the machining method comprises: an insertion step of inserting a machining tool, comprising a grinding region (18;28;38) provided at a tip portion (16;26) thereof, into the through-hole with such an orientation that the grinding region (18;28;38) faces the surface of the through-hole; a removal step of grinding the protective film laminated in the through-hole with the grinding region(18; 28; 38) of the machining tool inserted into the through-hole, to remove the protective film laminated in the through-hole; and a pretreatment step of, before the insertion step, inserting a rod-shaped machining tool, comprising a grinding region provided at a tip portion thereof, into the through-hole with such an orientation that the grinding region faces the surface of the through-hole, and grinding the protective film by bringing the grinding region of the rod-shaped machining tool inserted into the through-hole into contact with the protective film while rotating the grinding region to remove a portion of the protective film laminated in the through-hole. an insertion step of inserting a machining tool, comprising a grinding region (18;28;38) provided at a tip portion (16;26) thereof, into the through-hole with such an orientation that the grinding region (18;28;38) faces the surface of the through-hole; a removal step of grinding the protective film laminated in the through-hole with the grinding region(18; 28; 38) of the machining tool inserted into the through-hole, to remove the protective film laminated in the through-hole; and a pretreatment step of, before the insertion step, inserting a rod-shaped machining tool, comprising a grinding region provided at a tip portion thereof, into the through-hole with such an orientation that the grinding region faces the surface of the through-hole, and grinding the protective film by bringing the grinding region of the rod-shaped machining tool inserted into the through-hole into contact with the protective film while rotating the grinding region to remove a portion of the protective film laminated in the through-hole.
A method for controlling the operation of a laundry treating appliance having a rotatable treating chamber for holding laundry and a motor for rotating the treating chamber, the method comprising: a) rotating the treating chamber by actuation of the motor to tumble the laundry within the treating chamber; characterized in that the method further comprises the steps of: b) monitoring a torque signal from the motor while rotating the treating chamber; c) determining a falling of the laundry within the treating chamber during the rotation of the treating chamber based on a negative rate of change in the motor torque over time signal; and d) initiating a control operation in response to the determined falling of the laundry. a) rotating the treating chamber by actuation of the motor to tumble the laundry within the treating chamber; b) monitoring a torque signal from the motor while rotating the treating chamber; c) determining a falling of the laundry within the treating chamber during the rotation of the treating chamber based on a negative rate of change in the motor torque over time signal; and d) initiating a control operation in response to the determined falling of the laundry.
A housing for a firearm with an interchangeable barrel, comprising a bushing, in which the barrel root of the interchangeable barrel can be inserted in axial direction, wherein the bushing has a slit in the axial direction and a tensioning device for transferring the slit from an initial position into a narrowed position, wherein the bushing is configured to receive the barrel root with press fit in the initial position of the slit, which position is unaffected by the tensioning device, and wherein the bushing has a spreading device for transferring the slit from the initial position into an expanded position, characterised by a common actuating element for the tensioning device and the spreading device.
A method for producing wooden rods for gluing dowels, in which six gears are used, characterized in that, in order to produce high-quality gluing dowels, for the realization of which one cutting and two plastic rolling deformations are used, in which cylindrical wooden bars are produced from wooden bars with a square cross-section with continuous feed, from which cylindrical bars are subsequently produced in a first plastic rolling deformation, which have helical grooves on the surface with a small pitch, with the grooves inclined to the left, and in a subsequent second plastic rolling deformation of the wooden bars, helical grooves with a small pitch, with the grooves inclined to the right, the result is cylindrical wooden bars on the surface of which there is a network of crossed helical grooves, the implementation of the method is carried out, according to the invention, with three units mounted in series,, and.
A lighting apparatus equipped with a light source with a directed light beam, comprising a lamp body, extending along a longitudinal axis and wherein the light source is housed, supported by a support, and wherein the lamp body is fixed to the support by means of a releasable tensioning system, operable between a locked configuration wherein the rotation of the lamp body relative to the longitudinal axis is prevented, and a released configuration wherein the rotation of the lamp body relative to the longitudinal axis is allowed, characterized in that the support comprises a bearing base and a stem extending from the base, wherein the stem bears a bracket; wherein the bracket comprises an annular body defining a support compartment wherein the lamp body is inserted, said body being equipped with two parts joined together by the releasable tensioning system; wherein the two parts form a socket portion held in a seat arranged in the stem; wherein the releasable tensioning system is a bushing-screw-type system consisting of pin formed by a screw inserted into a bushing; wherein the socket portion, the seat and the pin form a hinge that allows the rotation of the lamp body around a transverse axis.
A method performed by a network node with multiple antennas for determining a precoder for a transmission to a first wireless device in a wireless communications network, the method comprising obtaining at least a Rank Indicator, RI, of the channel used for transmissions to the first wireless device; obtaining information about a preferred interference subspace from a second wireless device in the wireless communications network, wherein the second wireless device is interfered by the transmissions to the first wireless device; and determining the precoder for the transmission to the first wireless device based on the obtained information about a preferred interference subspace only if the at least obtained RI of the channel fulfills a first threshold criterion, wherein the first threshold criterion is fulfilled if the RI is equal to or below a number of a plurality of polarizations of the multiple antennas available for the transmission to the first wireless device. obtaining at least a Rank Indicator, RI, of the channel used for transmissions to the first wireless device; obtaining information about a preferred interference subspace from a second wireless device in the wireless communications network, wherein the second wireless device is interfered by the transmissions to the first wireless device; and determining the precoder for the transmission to the first wireless device based on the obtained information about a preferred interference subspace only if the at least obtained RI of the channel fulfills a first threshold criterion, wherein the first threshold criterion is fulfilled if the RI is equal to or below a number of a plurality of polarizations of the multiple antennas available for the transmission to the first wireless device.
Applicator for the application and the embossing micro-profiling of a fluidic medium on a substrate in the aerospace sector, wherein the applicator has a die, moved in a revolving manner, having an embossing profile, a contact-pressure means for the die, and a stabilizing installation, in particular a curing installation, for the applied medium, characterized in that the applicator has a hollow support member which the die while forming an intermediate space surrounds by way of a spacing, wherein the contact-pressure means is disposed in the intermediate space, wherein the contact-pressure means has a control means for controlling in an open-loop or closed-loop manner an internal contact-pressure force on the die.