mhurhangee/ep-ind-claims huggingface dataset:
A method for securing the braking effect of a brake, in particular of a utility vehicle, in driving mode, wherein the brake comprises at least one brake contact surface and at least one brake pad or brake lining comprising a friction surface, wherein the braking effect between the brake contact surface and the friction surface unfolds by a braking pressure acting between said brake contact surface and said friction surface, comprising the steps of: - capturing the braking effect of the brake; - attributing the braking effect to a friction parameter (24") of the friction surface in a calculation unit, wherein the calculation unit precalculates a drop of the friction coefficient; - comparing the friction parameter (24") of a marginal braking effect in a comparator, wherein a signal is output to the brake when it falls below the marginal braking effect, which signal causes a braking pressure and a friction force between the brake contact surface and the friction surface directly and/or indirectly by pressure build-up, whereby the friction parameter (24") of the friction surface is brought above the marginal braking effect due to the fact that the braking pressure and the friction force on the friction surface and/or the brake contact surface obtain a material removal and/or a heat input, by which the relation between braking effect and braking pressure can be increased - processing additional data for determining and outputting the signal, wherein the data is generated from GPS data. - capturing the braking effect of the brake; - attributing the braking effect to a friction parameter (24") of the friction surface in a calculation unit, wherein the calculation unit precalculates a drop of the friction coefficient; - comparing the friction parameter (24") of a marginal braking effect in a comparator, wherein a signal is output to the brake when it falls below the marginal braking effect, which signal causes a braking pressure and a friction force between the brake contact surface and the friction surface directly and/or indirectly by pressure build-up, whereby the friction parameter (24") of the friction surface is brought above the marginal braking effect due to the fact that the braking pressure and the friction force on the friction surface and/or the brake contact surface obtain a material removal and/or a heat input, by which the relation between braking effect and braking pressure can be increased - processing additional data for determining and outputting the signal, wherein the data is generated from GPS data.
A protein hydrolysate wherein at least 20 molar % of the peptides having a molecular weight of 200 to 2000 Da is present in the hydrolysate as tripeptide and whereby at least 30% of the tripeptides have a carboxy terminal proline.
Method for testing electrical components (3, 4) in a mains supply, especially in a mains supply of a building, in which - a check command is sent from a test unit by means of a data transmission over the mains supply to one or more electrical components (3, 4) of the mains supply; - a respective electrical component (3, 4), which receives the check command sent to it, returns a test response characterising the respective electrical component (3, 4) by means of a data transmission over the mains supply to the test unit, after which the returned test response is evaluated in the test unit; characterised in that the evaluation of the test response comprises an authentication of the electrical component (3, 4) returning the test response, in which the electrical component (3, 4) is authenticated in the test unit by the check command sent out by the test unit and the test response returned by the electrical component (3, 4). - a check command is sent from a test unit by means of a data transmission over the mains supply to one or more electrical components (3, 4) of the mains supply; - a respective electrical component (3, 4), which receives the check command sent to it, returns a test response characterising the respective electrical component (3, 4) by means of a data transmission over the mains supply to the test unit, after which the returned test response is evaluated in the test unit;
An electric pump comprising a housing, a rotating shaft, a mechanical seal of an inside type which is housed in a seal cavity formed between the housing and the rotating shaft and which seals a fluid tending to leak to an inner diameter side of a sealing face between the housing and the rotating shaft, a pump part formed on one end side of the rotating shaft; and a motor part formed on the other end side of the rotating shaft, wherein the mechanical seal includes a stationary side seal ring, a rotating side seal ring in opposed sliding contact with the stationary side seal ring, and a pressing member attached to the stationary side seal ring for biasing the stationary side seal ring in an axial direction to press sealing faces of both the seal rings (30, 31), wherein the housing is provided with a pump housing mainly accommodating the pump part therein, a motor housing mainly accommodating the motor part therein, and a partition member dividing these housings (5, 6), wherein the rotating side seal ring is disposed on the sealed fluid side and integrally holds the rotating shaft through an O-ring interposed between an inner periphery of the rotating side seal ring and an outer periphery of the rotating shaft, the stationary side seal ring is disposed on the opposite side to the sealed fluid side, wherein between an inner periphery of the partition member and an outer periphery of the rotating shaft, the rotating side seal ring formed so as to constitute a slide bearing on its outer periphery is arranged, wherein in the partition member has a through hole for inserting the rotating shaft formed on a side of the pump part and a space for arranging the rotating side seal ring therein formed on a side of the motor part, wherein the pump housing consists of a cylindrical part and a bottom part, has a generally U-shaped cross section, and is brought into contact with one side surface of the partition member at the opening side thereof and, in an internal storing space of the pump housing, a rotating blade is stored and a pump chamber is formed, wherein the rotating blade is rotationally driven by a driving force of the motor part via the rotating shaft, and pumps the fluid to a predetermined spot, a side plate is attached to the partition member side of the pump part, and an O-ring is attached between the partition member and the side plate, for sealing the fluid so as not to leak to the outside from the pump chamber, in the side plate, a through hole is formed for inserting the rotating shaft therein, and thus a high-pressure fluid within the pump chamber infiltrates into the space through the through hole of the side plate and the through hole of the partition member.
An angle estimation method for estimating an angle of arrival of an incident radio signal in relation to a predetermined reference direction, by using a set of N receiving paths comprising at least one directional antenna (A 0,... A n,..., A N-1) pointing in N different receiving directions ( θ 0,..., θ n,..., θ N -1),wherein only a sub-set of at least two receiving paths with adjacent antenna directions in the said set of receiving paths delivers a measured power at reception of the said incident radio signal, comprising steps of: - determination of a number of receiving paths delivering a measured power forming the said sub-set, and a reference index corresponding to a first receiving path in a direction in which extends the set of antenna directions of the said sub-set; - selection of the measured powers ( x P,x ( P +1)mod N,..., x ( P + L -1)mod N) and obtaining of a value to be attributed to the non-measured powers to form a completed power signal ( {x' 0,x' 1,..., x ' N -1}) with N samples; - calculation, by applying a discrete Fourier transform to the said completed power signal, of at least one transformed value X 0 ′ X 1 ′ X 2 ′ from among the transformed values corresponding to a first, second, and third frequency line of the discrete Fourier transform, the first frequency line corresponding to the zero frequency; - application of an estimator ( θ̂) of the angle of arrival using the calculated transformed value or values X 0 ′ X 1 ′ X 2 ′ the said estimator being dependent on the said reference index. - determination of a number of receiving paths delivering a measured power forming the said sub-set, and a reference index corresponding to a first receiving path in a direction in which extends the set of antenna directions of the said sub-set; - selection of the measured powers ( x P,x ( P +1)mod N,..., x ( P + L -1)mod N) and obtaining of a value to be attributed to the non-measured powers to form a completed power signal ( {x' 0,x' 1,..., x ' N -1}) with N samples; - calculation, by applying a discrete Fourier transform to the said completed power signal, of at least one transformed value X 0 ′ X 1 ′ X 2 ′ from among the transformed values corresponding to a first, second, and third frequency line of the discrete Fourier transform, the first frequency line corresponding to the zero frequency; - application of an estimator ( θ̂) of the angle of arrival using the calculated transformed value or values X 0 ′ X 1 ′ X 2 ′ the said estimator being dependent on the said reference index.
A method of N-demethylating an N-methylated heterocycle, said method comprising the steps of (i) oxidising an N-methylated heterocycle to form a N-methyl, N-oxide heterocycle, and (ii) exposing the N-methyl, N-oxide heterocycle to a transition metal with an oxidation state of zero, to ferrocene or a substituted derivative thereof, or Cr; wherein the N-methyl, N-oxide heterocycle is isolated before exposure to the transition metal with an oxidation state of zero, the ferrocene or a substituted derivative thereof, or Cr; and wherein the N-methylated heterocycle is an N-methyl morphine alkaloid or an N-methyl tropane alkaloid.
A planar enzyme sensor for measuring the concentration of an analyte in a solution, the sensor comprising a substrate of an electrically insulating material supporting an electrode layer of an electrically conductive material, said substrate and electrode layer having a plurality of layers disposed thereon, said plurality of layers at least including: a. an enzyme layer comprising at least one enzyme; b. a microporous outer layer covering the enzyme layer, said outer layer comprising (i) a continuous phase of a water-resistant polymer and (ii) a protein embedded in said continuous phase, wherein the water-resistant polymer forming the continuous phase of the outer layer is selected from polyvinylacetate and copolymers of ethylacrylate and methylmethacrylate. a. an enzyme layer comprising at least one enzyme; b. a microporous outer layer covering the enzyme layer, said outer layer comprising (i) a continuous phase of a water-resistant polymer and (ii) a protein embedded in said continuous phase,
A gas sensor configured to detect a target gas in a gaseous atmosphere, the gas sensor comprising: - a transparent substrate; - a gas sensitive detection layer supported by the transparent substrate, the gas sensitive detection layer comprising i) a gas sensitive detection material having an electrical impedance which is sensitive to the target gas and ii) connections configured to allow for detection of electrical impedance of the gas sensitive detection material; - a light source configured to provide light to the gas sensitive detection layer through the transparent substrate; the gas sensor being characterized in that the gas sensitive detection material comprises nanoplatelets of the gas sensitive detection material, and wherein the nanoplatelets are arranged in the form of hollow microspheres. - a transparent substrate; - a gas sensitive detection layer supported by the transparent substrate, the gas sensitive detection layer comprising i) a gas sensitive detection material having an electrical impedance which is sensitive to the target gas and ii) connections configured to allow for detection of electrical impedance of the gas sensitive detection material; - a light source configured to provide light to the gas sensitive detection layer through the transparent substrate;
The use of a HSPC117 molecule as RNA ligase, preferably for the transfer of a first RNA end to a second RNA end, in particular preferred wherein the first end comprises a 3' phosphate, preferably a 2',3'-cyclic phosphate, and/or wherein the second end comprises a 5'-OH terminus.
A fabric article, comprising: a first face of densely woven fabric having plurality of outward bulging regions; a second face of loosely woven fabric; and an intermediate region between the first face and the second face, the intermediate region having filling yarn woven in-between the first face and the second face such that the filling yarn accommodates behind the bulging regions further pushing the bulging regions outwards, thereby providing cushioning and depth to the fabric article. a first face of densely woven fabric having plurality of outward bulging regions; a second face of loosely woven fabric; and an intermediate region between the first face and the second face, the intermediate region having filling yarn woven in-between the first face and the second face such that the filling yarn accommodates behind the bulging regions further pushing the bulging regions outwards, thereby providing cushioning and depth to the fabric article.
Laying device for laying fiber pieces (40, 40', 40") provided with binder material in order to be fixed in a preform mould, said laying device including a laying head for picking up and placing the fiber pieces (40, 40', 40"), the laying head including an elastically deformable surface for pressing fiber pieces in a two-dimensional fashion against a curved forming surface, wherein the laying device includes a positioning device for precisely moving and positioning the flexible surface between at least two predetermined positions (46, 146), wherein the positioning device is adapted for rotating or pivoting the flexible surface about a rotary shaft which intersects the flexible surface or intersects a plane that is parallel to this surface, wherein the laying head is automatically controlled such that the fiber pieces (40, 40', 40") can be laid along predetermined curved paths on the forming surface.
A method of reallocating a capacity boost cell between first and second operators in a cellular radio communications network, (160, 520) the first and second operators having respective areas of coverage (130, 140) sharing the same carrier and overlapping with a coverage of the capacity boost cell, the method having steps of: while the capacity boost cell is allocated to the first operator, detecting (200, 300, 640) a drop in load for the first operator, in the area of coverage of the capacity boost cell, below a first threshold, reallocating automatically (210, 310, 640) the capacity boost cell to the second operator in response to the detected drop in load, if the first operator has authorised a reallocation, and reallocating automatically (220, 320, 670) the capacity boost cell to the first operator in response to detecting a subsequent increase in load above a second threshold for the first operator in the area of coverage overlapping with that capacity boost cell. while the capacity boost cell is allocated to the first operator, detecting (200, 300, 640) a drop in load for the first operator, in the area of coverage of the capacity boost cell, below a first threshold, reallocating automatically (210, 310, 640) the capacity boost cell to the second operator in response to the detected drop in load, if the first operator has authorised a reallocation, and reallocating automatically (220, 320, 670) the capacity boost cell to the first operator in response to detecting a subsequent increase in load above a second threshold for the first operator in the area of coverage overlapping with that capacity boost cell.
An apparatus for forming or enlarging a curvilinear void in bony structure comprising: a handle; a flexible drill shaft assembly extending from a distal end of the handle, comprising: a drill tip located at a distal end of the flexible drill shaft assembly; a flexible rotatable drive shaft coupled to the drill tip; and a flexible, moveable and non-rotatable housing, wherein the flexible drill shaft assembly is adapted to form a curvature at a distal end thereof; characterised in that the housing houses a compression spring, a band retention element usable to anchor a band whose distal and can be anchored to a distal portion of the housing and a cam pusher assembly; and the apparatus further comprises a lever and cam sub assembly for varying a force used to apply the curvature, wherein when the lever is pulled away from the handle, it pivots the cam about its axis and forces the cam pusher assembly and band retention element against the spring element, thereby compressing and foreshortening the compression spring. a handle; a flexible drill shaft assembly extending from a distal end of the handle, comprising: a drill tip located at a distal end of the flexible drill shaft assembly; a flexible rotatable drive shaft coupled to the drill tip; and a flexible, moveable and non-rotatable housing, wherein the flexible drill shaft assembly is adapted to form a curvature at a distal end thereof; characterised in that the housing houses a compression spring, a band retention element usable to anchor a band whose distal and can be anchored to a distal portion of the housing and a cam pusher assembly; and a drill tip located at a distal end of the flexible drill shaft assembly; a flexible rotatable drive shaft coupled to the drill tip; and a flexible, moveable and non-rotatable housing, wherein the flexible drill shaft assembly is adapted to form a curvature at a distal end thereof; characterised in that the housing houses a compression spring, a band retention element usable to anchor a band whose distal and can be anchored to a distal portion of the housing and a cam pusher assembly; and the apparatus further comprises a lever and cam sub assembly for varying a force used to apply the curvature, wherein when the lever is pulled away from the handle, it pivots the cam about its axis and forces the cam pusher assembly and band retention element against the spring element, thereby compressing and foreshortening the compression spring.
An apparatus for deformation detection for sheets being transported through a sheet printing system, comprising: - a sheet sensing transport path; - a sheet quality detection device positioned along the sheet sensing transport path and configured for sensing sheets on the sheet sensing transport path, the sheet quality detection device comprising an emitter for emitting an emission beam over the sheet sensing transport path and a sensor assembly for detecting at least part of the emission beam; - a support beam extending laterally over a width of the sheet sensing transport path, wherein the emitter is mounted on the support beam; - adjusting means (24, 24') for adjusting and setting an angle (α) between the support beam and a plane of the sheet sensing transport path. - a sheet sensing transport path; - a sheet quality detection device positioned along the sheet sensing transport path and configured for sensing sheets on the sheet sensing transport path, the sheet quality detection device comprising an emitter for emitting an emission beam over the sheet sensing transport path and a sensor assembly for detecting at least part of the emission beam; - a support beam extending laterally over a width of the sheet sensing transport path, wherein the emitter is mounted on the support beam; - adjusting means (24, 24') for adjusting and setting an angle (α) between the support beam and a plane of the sheet sensing transport path.
A firearm with a detachable barrel comprising: a receiver having a front and defining a cavity that receives a reciprocating bolt having bolt lugs; a barrel nut attached to the front of the receiver, the barrel nut including a plurality of longitudinally-extending splines extending radially inwards from an interior surface of the barrel nut, the splines each including a front end and an opposite rear end defining a length therebetween; and a barrel extension coupled to a barrel and being at least partially insertable into the barrel nut and rotatable therein for coupling the barrel to the barrel nut, the barrel extension being configured and arranged to engage both the front and rear ends (166, 167) of the splines upon rotation of the barrel extension when positioned in the barrel nut for locking the barrel extension to the barrel nut wherein the barrel extension includes a plurality of camming notches that engage the splines and axially displace the barrel extension in relation to the barrel nut when the barrel extension is inserted into the barrel nut and rotated therein. a receiver having a front and defining a cavity that receives a reciprocating bolt having bolt lugs; a barrel nut attached to the front of the receiver, the barrel nut including a plurality of longitudinally-extending splines extending radially inwards from an interior surface of the barrel nut, the splines each including a front end and an opposite rear end defining a length therebetween; and a barrel extension coupled to a barrel and being at least partially insertable into the barrel nut and rotatable therein for coupling the barrel to the barrel nut, the barrel extension being configured and arranged to engage both the front and rear ends (166, 167) of the splines upon rotation of the barrel extension when positioned in the barrel nut for locking the barrel extension to the barrel nut wherein the barrel extension includes a plurality of camming notches that engage the splines and axially displace the barrel extension in relation to the barrel nut when the barrel extension is inserted into the barrel nut and rotated therein.