mhurhangee/ep-ind-claims huggingface dataset:
Magnetic quick-release buckle having a plug and a socket, wherein - a fastening device for fastening a strap is provided on the plug and on the socket, - the plug is configured such that it can be plugged into the socket, - at least one ferromagnetic armature is provided on the plug and at least one magnet is provided on the socket, wherein, in the attracted state, the magnet and armature are located opposite one another in a magnet/armature plane and there is a magnetic force of attraction present corresponding to the necessary retaining force of the plug in the socket, characterized in that an opening device is provided displacing the armature relative to the magnet in the magnet/armature plane until the magnetic force of attraction is sufficiently small for the magnetic quick-release buckle to be opened, wherein the armature is removed in a direction y which is not identical to, and does not run counter to, a direction x, in which the armature is pulled onto the magnet by the magnetic force during the closing operation. - a fastening device for fastening a strap is provided on the plug and on the socket, - the plug is configured such that it can be plugged into the socket, - at least one ferromagnetic armature is provided on the plug and at least one magnet is provided on the socket, wherein, in the attracted state, the magnet and armature are located opposite one another in a magnet/armature plane and there is a magnetic force of attraction present corresponding to the necessary retaining force of the plug in the socket,
A food safe tracer composition, the composition comprising: - a food safe fluorescent molecule which fluoresces when exposed to an excitation wavelength, and thereby emit a photon with a wavelength between 400 and 600 nm; - a stabilising agent configured to improve the photostability of the fluorescent molecule; and - a gelling agent. - a food safe fluorescent molecule which fluoresces when exposed to an excitation wavelength, and thereby emit a photon with a wavelength between 400 and 600 nm; - a stabilising agent configured to improve the photostability of the fluorescent molecule; and - a gelling agent.
Switchable explosive charge of a warhead, comprising a casing which forms splinters and comprising an explosive charge in which a tubular holder having a plurality of pellets arranged in a distributed manner is arranged, comprising a first ignition device, arranged at an end face and corresponding to a plate-shaped transfer charge (ÜL) in the region of which a detonation wave deflector is arranged, and a further ignition device, positioned in the region of the longitudinal axis of the explosive charge, the ignition devices (Z1, Z2) being initiatable mutually independently, characterised in that the diameters (d) of the pellets are approximately 1 to 10 millimetres, in that the ratio of the distance between the centre points (a) of adjacent pellets to the diameters (d) thereof is greater than 1 but less than 5 (1 < a/d < 5), and in that, in terms of the charge diameter, the curvature of the casing (1/r), the splinter side length (s), the splinter thickness (t), and the parameters typical of the material of the casing, the casing is dimensioned in such a way that the casing properties are in the region of a boundary curve between composition and non-decomposition of the splinters of the casing when accelerated by a smooth detonation front, the boundary curve for the material of the casing in each case being defined by the ratios (s/D, s/t) of splinter side length (s) to charge diameter and of splinter side length (s) to splinter thickness (t).
Insert for a hob which is embodied from a light-permeable material and is permeable to light in the blue spectral range, which insert, on its rear side, at least in some areas, has a black coating permeable to light in the blue spectral range.
A targeted templated assembly reactant comprising: a) at least one nucleic acid recognition moiety that binds a target nucleic acid sequence; wherein the target nucleic acid sequence is selected from a cancer-specific nucleic acid sequence, a viral nucleic acid sequence, a microbial-specific nucleic acid sequence, a differentially expressed gene, a disease-specific nucleic acid sequence; b) at least one effector partial moiety, wherein the molecular size of the effector partial moiety is less than about 20kDa; and c) at least one selectively-reactive moiety, wherein the selectively active moiety is a bio-orthogonal moiety selected from the group consisting of an azide, a cyclooctyne, a nitrone, a norbornene, an oxanorbornadiene, a phosphine, a dialkyl phosphine, a trialkyl phosphine, a phosphinothiol, a phosphinophenol, a cyclooctene, a nitrile oxide, a thioester, a tetrazine, an isonitrile, a tetrazole, and a quadricyclane; wherein the reactant is capable of reacting with a different corresponding templated assembly reactant to produce an active effector structure. a) at least one nucleic acid recognition moiety that binds a target nucleic acid sequence; wherein the target nucleic acid sequence is selected from a cancer-specific nucleic acid sequence, a viral nucleic acid sequence, a microbial-specific nucleic acid sequence, a differentially expressed gene, a disease-specific nucleic acid sequence; b) at least one effector partial moiety, wherein the molecular size of the effector partial moiety is less than about 20kDa; and c) at least one selectively-reactive moiety, wherein the selectively active moiety is a bio-orthogonal moiety selected from the group consisting of an azide, a cyclooctyne, a nitrone, a norbornene, an oxanorbornadiene, a phosphine, a dialkyl phosphine, a trialkyl phosphine, a phosphinothiol, a phosphinophenol, a cyclooctene, a nitrile oxide, a thioester, a tetrazine, an isonitrile, a tetrazole, and a quadricyclane;
A method of transmitting broadcast channel information in a base station, the method comprising: updating broadcast channel information every broadcast channel, BCH, information updating period, wherein said BCH information updating period includes a plurality of frames; scrambling each frame of the plurality of frames within the same BCH information updating period with a different scrambling code, respectively, thereby generating scrambled broadcast channel information; modulating the scrambled broadcast channel information to generate transmission symbols; and transmitting the transmission symbols, wherein each frame of the plurality of frames within the same BCH information updating period has a same system frame number information included in the broadcast channel information, wherein the system frame number information included in the broadcast channel information is equal to a value that is obtained by eliminating the lowest 2 bits from a real system frame number when the BCH information updating period is four frames, and wherein the real system frame number of a received frame is determined at a terminal by the combination of the system frame number information included in the broadcast channel information and a scrambling code number used for is decoding the received frame. updating broadcast channel information every broadcast channel, BCH, information updating period, wherein said BCH information updating period includes a plurality of frames; scrambling each frame of the plurality of frames within the same BCH information updating period with a different scrambling code, respectively, thereby generating scrambled broadcast channel information; modulating the scrambled broadcast channel information to generate transmission symbols; and transmitting the transmission symbols, wherein each frame of the plurality of frames within the same BCH information updating period has a same system frame number information included in the broadcast channel information, wherein the system frame number information included in the broadcast channel information is equal to a value that is obtained by eliminating the lowest 2 bits from a real system frame number when the BCH information updating period is four frames, and wherein the real system frame number of a received frame is determined at a terminal by the combination of the system frame number information included in the broadcast channel information and a scrambling code number used for is decoding the received frame.
An optical fiber holder assembly for holding an optical fiber having any one of several different fiber constructions, comprising: a base; and a fiber clamping mechanism, the clamping mechanism including a clamping portion configured to clamp an optical fiber, the clamping portion including a clamping plate hingedly coupled to a portion of the base, a first fiber entrance guide formed in an entrance end of the fiber clamping mechanism to receive and guide the optical fiber to a first fiber channel formed in the base, a second fiber entrance guide formed in the entrance end of the fiber clamping mechanism to receive and guide the optical fiber to a second fiber channel formed in the base, the first and second fiber channels having different depths, first and second compliant gripping pads, the first gripping pad disposed on the base and the second gripping pad disposed in the clamping plate such that the gripping pads overlap each other when the clamping plate is placed in a closed position. a base; and a fiber clamping mechanism, the clamping mechanism including a clamping portion configured to clamp an optical fiber, the clamping portion including a clamping plate hingedly coupled to a portion of the base, a first fiber entrance guide formed in an entrance end of the fiber clamping mechanism to receive and guide the optical fiber to a first fiber channel formed in the base, a second fiber entrance guide formed in the entrance end of the fiber clamping mechanism to receive and guide the optical fiber to a second fiber channel formed in the base, the first and second fiber channels having different depths, first and second compliant gripping pads, the first gripping pad disposed on the base and the second gripping pad disposed in the clamping plate such that the gripping pads overlap each other when the clamping plate is placed in a closed position.
Seal arrangement for sealing a gap between a door leaf of a sliding door and a floor, wherein the seal arrangement has a housing rail for fastening in or on the door leaf, wherein the housing rail has a downwardly open first groove with a first side wall, a second side wall and a first web connecting these two side walls (10, 11), and wherein a sealing strip (2, 3) for sealing the gap is arranged in the first groove, wherein the seal arrangement has a downwardly open cavity which runs parallel next to the groove and which forms a guide channel for receiving a guide means of the sliding door, wherein the cavity is designed to be at least partially open upwards and thus, when the gap is sealed, allows air circulation from one side of the sliding door to the opposite side of the sliding door via a lower side of the cavity to the upper side of the cavity, wherein an air channel is present which, together with the cavity, allows the air circulation, wherein the air channel (B, C) is present on an outer side of the first side wall and on an outer side of the first web, or wherein it runs rectilinearly outwards from the first web, characterized in that the cavity is delimited by two opposite side walls (11, 13) and an upper web interconnecting the two side walls (11, 13), wherein the upper web and/or one of the two side walls (11, 13) have/has at least one upper through-opening (14, 17), wherein the at least one through-opening (14, 17) provides a connection from the cavity to the air channel. wherein the seal arrangement has a housing rail for fastening in or on the door leaf, wherein the housing rail has a downwardly open first groove with a first side wall, a second side wall and a first web connecting these two side walls (10, 11), and wherein a sealing strip (2, 3) for sealing the gap is arranged in the first groove, wherein the seal arrangement has a downwardly open cavity which runs parallel next to the groove and which forms a guide channel for receiving a guide means of the sliding door, wherein the cavity is designed to be at least partially open upwards and thus, when the gap is sealed, allows air circulation from one side of the sliding door to the opposite side of the sliding door via a lower side of the cavity to the upper side of the cavity, wherein an air channel is present which, together with the cavity, allows the air circulation, wherein the air channel (B, C) is present on an outer side of the first side wall and on an outer side of the first web, or wherein it runs rectilinearly outwards from the first web, characterized in that the cavity is delimited by two opposite side walls (11, 13) and an upper web interconnecting the two side walls (11, 13), wherein the upper web and/or one of the two side walls (11, 13) have/has at least one upper through-opening (14, 17), wherein the at least one through-opening (14, 17) provides a connection from the cavity to the air channel.
A method for estimating molecular concentrations or component assays in a sample, comprising the following steps: - passing the sample through a processing chain including a chromatography step, - thereby obtaining a representative signal of molecular concentrations or component assays and depending on technical parameters of the processing chain, - defining a direct analytical model of said signal using a modelling function comprising parameters related to the molecular concentrations or component assays and to said technical parameters of the processing chain, and - estimating the molecular concentrations or component assays using a signal processing device by inverting the direct analytical model, characterised in that: - the processing chain includes a step for multiple measurements comprising the detections and measurements of at least two different elements of one and the same product from the chromatography step, wherein these elements have not been distinguished by the chromatography step, to obtain at least two measured signals, - the direct analytical model of said signal representative of the molecular concentrations or component assays comprises modelling of this multiple measurement step, and includes separate modelling for each of said at least two measured signals, and - this modelling requires one common chromatographic time shape between said at least two measured signals. - passing the sample through a processing chain including a chromatography step, - thereby obtaining a representative signal of molecular concentrations or component assays and depending on technical parameters of the processing chain, - defining a direct analytical model of said signal using a modelling function comprising parameters related to the molecular concentrations or component assays and to said technical parameters of the processing chain, and - estimating the molecular concentrations or component assays using a - the processing chain includes a step for multiple measurements comprising the detections and measurements of at least two different elements of one and the same product from the chromatography step, wherein these elements have not been distinguished by the chromatography step, to obtain at least two measured signals, - the direct analytical model of said signal representative of the molecular concentrations or component assays comprises modelling of this multiple measurement step, and includes separate modelling for each of said at least two measured signals, and - this modelling requires one common chromatographic time shape between said at least two measured signals.
A needle electrode deployment shaft comprising: a central member having a proximal end, a distal end, a longitudinal axis therebetween, an outer surface, and a plurality of needle electrode advancement channels, each channel having an axially aligned proximal portion and an outwardly directed distal ramp portion wherein the proximal portion is straight and parallel to the longitudinal axis and wherein the ramp portion follows an arcuate path and each ramp when viewed axially: has a ramp entrance located at a first angular orientation relative to the longitudinal axis of the central member and at a preselected radial distance between the longitudinal axis of the central member and the ramp entrance; and wherein the needle electrode deployment shaft comprises a plurality of needle electrodes having tissue penetrating tips slidably received in said channels; in that: each ramp when viewed axially: has a ramp exit located at a second angular orientation (θ) angularly offset from the first angular orientation and on an outer surface of the central member; and wherein said arcuate path is configured to increase a radial component of the length of the path relative to that of a path not having an offset ramp entrance and exit. a central member having a proximal end, a distal end, a longitudinal axis therebetween, an outer surface, and a plurality of needle electrode advancement channels, each channel having an axially aligned proximal portion and an outwardly directed distal ramp portion wherein the proximal portion is straight and parallel to the longitudinal axis and wherein the ramp portion follows an arcuate path and each ramp when viewed axially: has a ramp entrance located at a first angular orientation relative to the longitudinal axis of the central member and at a preselected radial distance between the longitudinal axis of the central member and the ramp entrance; and wherein the needle electrode deployment shaft comprises a plurality of needle electrodes having tissue penetrating tips slidably received in said channels; in that: each ramp when viewed axially: has a ramp exit located at a second angular orientation (θ) angularly offset from the first angular orientation and on an outer surface of the central member; and wherein said arcuate path is configured to increase a radial component of the length of the path relative to that of a path not having an offset ramp entrance and exit. has a ramp entrance located at a first angular orientation relative to the longitudinal axis of the central member and at a preselected radial distance between the longitudinal axis of the central member and the ramp entrance; and wherein the needle electrode deployment shaft comprises a plurality of needle electrodes having tissue penetrating tips slidably received in said channels; in that: each ramp when viewed axially: each ramp when viewed axially: has a ramp exit located at a second angular orientation (θ) angularly offset from the first angular orientation and on an outer surface of the central member; and
A device for utilizing kinetic energy of a flowing medium, with support members which are mounted on a shaft about a horizontal axis of rotation and are spaced apart axially from each other, and between which there are arranged pressure surfaces that are mounted on the support members so as to be able to pivot about an axis and that bear against stops which limit the pivoting movement, whereas, spaced radially from the pressure surfaces, there is arranged a flow guiding device which is designed as a buoyancy member and forms, together with the pressure surfaces, a contour that narrows the flow cross section between the pressure surfaces and the flow guiding device, characterized in that the flow guiding device is arranged symmetrically with respect to a plane, which includes the axis of rotation and which is essentially perpendicular with respect to the flow direction of the medium.
A wearable device for controlling a controllable device based on an interaction with an object, the wearable device comprising: - a device detection unit for detecting proximity of the object, - an action detection unit for detecting an action indicative of an interaction of a user wearing the wearable device with the object, - a processing unit for receiving information comprising an identification of the object from the device detection unit, and for generating a control command for controlling the controllable device based on the detected proximity of the object, the identification of the object and on the action indicative of an interaction with the object, and - a communication unit for sending the control command to the controllable device. - a device detection unit for detecting proximity of the object, - an action detection unit for detecting an action indicative of an interaction of a user wearing the wearable device with the object, - a processing unit for receiving information comprising an identification of the object from the device detection unit, and for generating a control command for controlling the controllable device based on the detected proximity of the object, the identification of the object and on the action indicative of an interaction with the object, and - a communication unit for sending the control command to the controllable device.
A vascular occlusion system for occluding a target blood vessel or filling an aneurysmal space of a blood vessel comprising a continuous embolic coil; a delivery device comprising a first end and a second end, the second end comprising a first tubular delivery body in the form of a delivery catheter having a proximal end and a distal end, wherein the first tubular delivery body defines a lumen through which the continuous embolic coil is deployable from an axial opening in the distal end into a target blood vessel to be occluded or aneurysmal space to be filled; and a wire actuation mechanism mounted on the delivery device proximal to the first tubular body; and a cutting mechanism; wherein the cutting mechanism is positioned in or coupled to the distal end of the first tubular delivery body, wherein the cutting mechanism is a wire garrote operably coupled with the wire actuation mechanism and configured to tighten around and cut the continuous embolic coil once a desired first length of the continuous embolic coil is deployed, characterised in that the wire garrote comprises two wires (81,123) forming respective opposing cutting edges at the distal end of the first tubular body and at least one end of each wire (81,123) extends axially along a length of the first tubular delivery body and is operably connected to the wire actuation mechanism.
A tire comprising an overlay, wherein (i) a shoulder section (21a, 21b) of the overlay comprises an elastomer and short polymeric or non-polymeric reinforcing fibers present in an amount of from 0.1 to 10 parts fiber per hundred parts of elastomer, the short polymeric or non-polymeric reinforcing fibers having a tenacity of at least 2 grams per dtex, a modulus of at least 10 grams per dtex and a length of from 0.1 to 8 mm and wherein the fibers are aligned substantially parallel to each other in a controlled angle of orientation within the overlay wherein the orientation is selected such that it decreases tire noise, and (ii) the section of overlay in the crown of the tire comprising cords of continuous filament polymeric fibers or continuous strands of metal or combinations thereof, the cords being aligned in a circumferential direction around the tire. (i) a shoulder section (21a, 21b) of the overlay comprises an elastomer and short polymeric or non-polymeric reinforcing fibers present in an amount of from 0.1 to 10 parts fiber per hundred parts of elastomer, the short polymeric or non-polymeric reinforcing fibers having a tenacity of at least 2 grams per dtex, a modulus of at least 10 grams per dtex and a length of from 0.1 to 8 mm and wherein the fibers are aligned substantially parallel to each other in a controlled angle of orientation within the overlay wherein the orientation is selected such that it decreases tire noise, and (ii) the section of overlay in the crown of the tire comprising cords of continuous filament polymeric fibers or continuous strands of metal or combinations thereof, the cords being aligned in a circumferential direction around the tire.