mhurhangee/ep-ind-claims huggingface dataset:
A hinge mounting element for receiving a frame part for installation in a frame (15, 16) for three-dimensional adjustment of the frame part relative to the hinge mounting element, comprising - a receiving housing, - a clamping unit arranged in the receiving housing with at least o a first clamping plate and a second clamping plate, between which the frame part can be inserted in a first direction (y), and o a clamping screw with which the frame part inserted between the clamping plates (5, 6) can be clamped, - wherein the clamping unit is adjustable in the receiving housing in a second direction (z) perpendicular to the first direction (y) and in a third direction (x) perpendicular to the first direction (y) and the second direction (z), characterized in that - the clamping unit can be fixed to the receiving housing by means of at least one fixing screw and is mounted in the receiving housing (3 displaceable in the third direction (x) and pivotable about an axis parallel to the third direction (x) when the fixing screw is loosened, - wherein at least two first pivot bearings, each having a barrel-shaped projection received in a partially cylindrical recess, are integrally formed on mutually facing surfaces of the base of the receiving housing and of the second clamping plate, - wherein the projections are formed on the second clamping plate and the recesses are formed on the base of the receiving housing. - a receiving housing, - a clamping unit arranged in the receiving housing with at least o a first clamping plate and a second clamping plate, between which the frame part can be inserted in a first direction (y), and o a clamping screw with which the frame part inserted between the clamping plates (5, 6) can be clamped, o a first clamping plate and a second clamping plate, between which the frame part can be inserted in a first direction (y), and o a clamping screw with which the frame part inserted between the clamping plates (5, 6) can be clamped, - wherein the clamping unit is adjustable in the receiving housing in a second direction (z) perpendicular to the first direction (y) and in a third direction (x) perpendicular to the first direction (y) and the second direction (z), characterized in that - the clamping unit can be fixed to the receiving housing by means of at least one fixing screw and is mounted in the receiving housing (3 displaceable in the third direction (x) and pivotable about an axis parallel to the third direction (x) when the fixing screw is loosened, - wherein at least two first pivot bearings, each having a barrel-shaped projection received in a partially cylindrical recess, are integrally formed on mutually facing surfaces of the base of the receiving housing and of the second clamping plate, - wherein the projections are formed on the second clamping plate and the recesses are formed on the base of the receiving housing.
A screw comprising a screw-head at a first end of the screw and a shank extending from the screw-head towards an opposite, second end of the screw where a thread is provided on the shank for screwing the screw into a material by a fastening-tool; wherein the screw has a longitudinal central axis extending between the first end and the second end; wherein the screw-head has an upper side and an underside, wherein the upper side comprises a tool-receiver for engagement with the fastening-tool; wherein the underside of the screw-head comprises a tapered surface with a taper-direction towards the shank, the taper-direction being in a plane that contains the central axis; the tapered surface being provided with a plurality of milling-ribs, each milling-rib comprising a planar front-side that is oriented towards a milling direction and delimited by a milling-edge for milling material during countersinking of the screw-head; wherein the front-side is inclined relatively to the taper-direction, wherein the inclination of the front-side and the milling-edge are oriented for inward-pressing of milled material towards the shank during countersinking of the screw-head in the material; wherein the milling-ribs are protruding from the tapered surface and characterized in that the milling-edge is smoothly and continuously convex curving between opposite ends of the front-side for varying width of the front-side, the width of the front-side being narrowest at the ends for providing a rounded shape of the hole during countersinking.
A wireless communication network control node method for use in a wireless communication network comprising a plurality of nodes operable to directly sense other nodes, said method comprising: determining for each said node in said network, an indication of direct neighbour nodes; grouping said nodes into node clusters such that each node in said network belongs to one node cluster and each node in the same node cluster can directly sense all other nodes in that cluster, and selecting a set of node clusters such that the total number of node clusters in said network is minimised; assessing, for a selected network performance objective, how many simultaneous signals can be successfully decoded by a node in said network and calculating, based on said assessment, a simultaneous signal group number; comparing the number of node clusters in said selected set of node clusters with said calculated simultaneous signal group number; and modifying said selected set of node clusters in dependence upon said simultaneous signal group number. determining for each said node in said network, an indication of direct neighbour nodes; grouping said nodes into node clusters such that each node in said network belongs to one node cluster and each node in the same node cluster can directly sense all other nodes in that cluster, and selecting a set of node clusters such that the total number of node clusters in said network is minimised; assessing, for a selected network performance objective, how many simultaneous signals can be successfully decoded by a node in said network and calculating, based on said assessment, a simultaneous signal group number; comparing the number of node clusters in said selected set of node clusters with said calculated simultaneous signal group number; and modifying said selected set of node clusters in dependence upon said simultaneous signal group number.
A straddle-type vehicle comprising an airbag device in a seat (13, 313) for an occupant, wherein the seat (13, 313) includes a front seat (30, 330) and a rear seat (31, 331) disposed on a rear side and an upper side of the front seat (30, 330), a step portion (32, 332) is formed between the front seat (30, 330) and the rear seat (31, 331), and the airbag device is disposed on a rear side of the step portion (32, 332) in the seat (13, 313), an airbag (42, 242) of the airbag device is to be deployed forward of the vehicle, and the airbag (42, 242) includes a forward deployment portion (51, 251) to be deployed forward of the vehicle from the step portion, characterized in that the airbag (42,242) also includes an inward deployment portion (52, 252) to be deployed inward in a vehicle width direction from a front part of the forward deployment portion (51, 251). the seat (13, 313) includes a front seat (30, 330) and a rear seat (31, 331) disposed on a rear side and an upper side of the front seat (30, 330), a step portion (32, 332) is formed between the front seat (30, 330) and the rear seat (31, 331), and the airbag device is disposed on a rear side of the step portion (32, 332) in the seat (13, 313), an airbag (42, 242) of the airbag device is to be deployed forward of the vehicle, and the airbag (42, 242) includes a forward deployment portion (51, 251) to be deployed forward of the vehicle from the step portion, characterized in that the airbag (42,242) also includes an inward deployment portion (52, 252) to be deployed inward in a vehicle width direction from a front part of the forward deployment portion (51, 251).
A phosphor comprising, a tetragonal crystal phase, wherein the crystal phase has a composition represented by the following Formula: La w A x Si 6 N y M z wherein in the Formula, M element represents one or more of elements selected from Eu, Ce, Mn, Fe and Pr, A element represents one or more of elements selected from rare earth elements other than La, Eu, Ce, Mn, Fe and Pr, w, x, y, and z each independently represents values satisfying the following formulae: w satisfies 1.50 ≤ w ≤ 2.7, x satisfies 0.2 ≤ x ≤ 1.5, y satisfies 8.0 ≤ y ≤ 14.0, and z satisfies 0.05 ≤ z ≤ 1.0, wherein the crystal phase satisfies the following formulae and: 0.10 ≤ x / w + x ≤ 0.50 2.80 ≤ w + x + z ≤ 3.20 wherein in formulae and, w represents a content of La element when a molar ratio of Si is 6; x represents a content of A element when a molar ratio of Si is 6; and z represents a content of M element when a molar ratio of Si is 6, wherein a lattice constant a is 1.0104 nm (10.104 Å) or more and 1.0154 nm (10.154 Å) or less. M element represents one or more of elements selected from Eu, Ce, Mn, Fe and Pr, A element represents one or more of elements selected from rare earth elements other than La, Eu, Ce, Mn, Fe and Pr, w, x, y, and z each independently represents values satisfying the following formulae: w satisfies 1.50 ≤ w ≤ 2.7, x satisfies 0.2 ≤ x ≤ 1.5, y satisfies 8.0 ≤ y ≤ 14.0, and z satisfies 0.05 ≤ z ≤ 1.0, w satisfies 1.50 ≤ w ≤ 2.7, x satisfies 0.2 ≤ x ≤ 1.5, y satisfies 8.0 ≤ y ≤ 14.0, and z satisfies 0.05 ≤ z ≤ 1.0, w represents a content of La element when a molar ratio of Si is 6; x represents a content of A element when a molar ratio of Si is 6; and z represents a content of M element when a molar ratio of Si is 6,
A Yersinia detection system comprising: a phage operable to infect a Yersinia microorganism, the phage comprising a luxAB reporter nucleic acid inserted by homologous recombination and configured and arranged to be expressed upon infection of the Yersinia microorganism by the phage; and a detector operable to detect expression of the luxAB reporter nucleic acid within the infected Yersinia microorganism in a time of less than 30 minutes following infection. a phage operable to infect a Yersinia microorganism, the phage comprising a luxAB reporter nucleic acid inserted by homologous recombination and configured and arranged to be expressed upon infection of the Yersinia microorganism by the phage; and a detector operable to detect expression of the luxAB reporter nucleic acid within the infected Yersinia microorganism in a time of less than 30 minutes following infection.
A dog clutch comprising a sleeve and a relative crown each with respective teeth (TM1, TM2, TK1, TK2), the teeth conformed for engaging each one alternatively to the others and wherein, during operation a pulling side for each of said teeth is defined, that identifies a surface through which the torque is transferred, and wherein the pulling side of the teeth of the crown and/or of the sleeve is conformed so that the relative tooth is tapered from a relative base towards a relative vertex, wherein said pulling side of said tapered tooth comprises at least three portions (A1, A2, A3) of which a first portion is adjacent to said base and a third portion is adjacent to said vertex both following a first rectilinear path and substantially parallel to a generating line of said crown or sleeve, and having a second portion adjoining said first portion with said third portion, characterized in that a maximum width of said tapered tooth at the third portion is approximately 5 - 20% less than the maximum width of the same tapered tooth at the relative first portion.
A transit-time ultrasonic flow meter comprising at least two ultrasonic transducers, an analog-to-digital converter arrangement for sampling ultrasound measurement signals from the ultrasonic transducers and a processing unit for calculating a transit-time based flow representation from the sampled measurement signals; wherein the analog-to-digital converter arrangement comprises an analog-to-digital converter comprising an analog input and a sample output; and wherein the analog-to-digital converter arrangement is arranged to receive at least four ultrasound measurement signals from the ultrasonic transducers and provide the ultrasound measurement signals to the analog input; characterized in that the analog-to-digital converter further comprises an input level offset provider arranged to provide an input level offset value (OFFV) to the analog input; wherein the input level offset provider is arranged to provide an individual input level offset value (OFFV) for at least two of said ultrasound measurement signals, each individual input level offset value (OFFV) being different; and wherein the analog-to-digital converter is arranged to establish for each of the at least four ultrasound measurement signals a sampled measurement frame with at least 10 samples on the basis of the respective ultrasound measurement signal and the input level offset value (OFFV) and provide the sampled measurement frame at the sample output coupled to said processing unit. wherein the analog-to-digital converter arrangement comprises an analog-to-digital converter comprising an analog input and a sample output; and wherein the analog-to-digital converter arrangement is arranged to receive at least four ultrasound measurement signals from the ultrasonic transducers and provide the ultrasound measurement signals to the analog input; characterized in that the analog-to-digital converter further comprises an input level offset provider arranged to provide an input level offset value (OFFV) to the analog input; wherein the input level offset provider is arranged to provide an individual input level offset value (OFFV) for at least two of said ultrasound measurement signals, each individual input level offset value (OFFV) being different; and wherein the analog-to-digital converter is arranged to establish for each of the at least four ultrasound measurement signals a sampled measurement frame with at least 10 samples on the basis of the respective ultrasound measurement signal and the input level offset value (OFFV) and provide the sampled measurement frame at the sample output coupled to said processing unit.
Integrated regulator, in particular voltage regulator for personal protection means in a vehicle, having a regulating element which converts an input signal (Vin) into an output signal (V out) with a predefined value, and an actuation circuit which actuates the regulating element to generate the output signal (V out) with the predefined value, a configuration circuit receiving and evaluating at least one configuration signal and deactivating the regulating element on the basis of the evaluation, characterized in that the configuration circuit locks the detected logical state of the at least one configuration signal and stores it in a status memory.
A device for automatically cutting a web of material, having a longitudinal cutting device, by means of which the web of material can be separated into at least one partial web and into at least one residual web in a longitudinal direction, a discharge device for automatically discharging the obtained residual web, a transverse cutting device, which is downstream of the longitudinal cutting device and is used for separating the residual web transversely to the longitudinal direction, wherein the discharge device has at least one funnel, which is formed with an inlet, in order to discharge the residual web, characterized in that within the funnel an advancing roller is arranged, in order to discharge the residual web in an improved manner.
Brake calliper, in particular sliding calliper, of a disc brake of a commercial vehicle, having an application section enclosing a receptacle space for accommodating at least one application device, a calliper back, two trailing arms extending substantially parallel to and at a distance from each other and connecting the application section to the calliper back, a closing cover closing the receptacle space, an interface for mounting a pivotable brake lever on that side of the application section which is averted from the closing cover, wherein an installation opening is formed between the application section, the calliper back and the trailing arms for installing and removing brake pads, characterised in that the ratio of the length of the application section and the sum of the lengths of the application section and a trailing arm is between 0.4 and.03. an application section enclosing a receptacle space for accommodating at least one application device, a calliper back, two trailing arms extending substantially parallel to and at a distance from each other and connecting the application section to the calliper back, a closing cover closing the receptacle space, an interface for mounting a pivotable brake lever on that side of the application section which is averted from the closing cover, wherein an installation opening is formed between the application section, the calliper back and the trailing arms for installing and removing brake pads, characterised in that the ratio of the length of the application section and the sum of the lengths of the application section and a trailing arm is between 0.4 and.03.
A connector for an infusion device comprising: a connector main body having a flow path; a cylindrical section having a tip that serves as a connection opening for the flow path; a valve body formed of an elastic body and arranged on the tip of the cylindrical section to block the connection opening; and a fixation member holding the valve body together with the cylindrical section, wherein the valve body includes a valve main body having a slit, a push-in face, and a bottom face facing the flow path and being located opposite to the push-in face, an inner projection formed in an annular shape having an outer diameter smaller than an inner diameter of the cylindrical section, the inner projection projecting from the bottom face of the valve main body, and a pair of outer projections arranged point-symmetrically to each other with respect to a longitudinal axis of the inner projection, each of the pair of outer projections projecting from the bottom face characterized in that each of the pair of outer projections is formed in a circular are shape extending in a circumferential direction around the longitudinal axis of the inner projection. a connector main body having a flow path; a cylindrical section having a tip that serves as a connection opening for the flow path; a valve body formed of an elastic body and arranged on the tip of the cylindrical section to block the connection opening; and a fixation member holding the valve body together with the cylindrical section, wherein the valve body includes a valve main body having a slit, a push-in face, and a bottom face facing the flow path and being located opposite to the push-in face, an inner projection formed in an annular shape having an outer diameter smaller than an inner diameter of the cylindrical section, the inner projection projecting from the bottom face of the valve main body, and a pair of outer projections arranged point-symmetrically to each other with respect to a longitudinal axis of the inner projection, each of the pair of outer projections projecting from the bottom face characterized in that each of the pair of outer projections is formed in a circular are shape extending in a circumferential direction around the longitudinal axis of the inner projection. a valve main body having a slit, a push-in face, and a bottom face facing the flow path and being located opposite to the push-in face, an inner projection formed in an annular shape having an outer diameter smaller than an inner diameter of the cylindrical section, the inner projection projecting from the bottom face of the valve main body, and a pair of outer projections arranged point-symmetrically to each other with respect to a longitudinal axis of the inner projection, each of the pair of outer projections projecting from the bottom face characterized in that each of the pair of outer projections is formed in a circular are shape extending in a circumferential direction around the longitudinal axis of the inner projection.
A method, performed by at least one apparatus (100, 310), comprising - causing to display a map on a display, wherein the display is part of a user interface of the at least one apparatus (103, 304) - obtaining from a user information indicative of a location of the map, said location representing an area of the map, said area being indicated by the user by marking or indicating the area on the map via the user interface (103, 304),the location of the map being considered by the user to be associated with a problem, the problem being a bad positioning performance at the location, wherein the map is rendered by a positioning application, wherein the positioning application is an indoor positioning application and wherein the positioning application is performed based on Wireless LAN and/or Bluetooth, wherein the map is an indoor radio map and the indoor radio map is at least partially outdated because one or more radio nodes have moved, resulting in the bad positioning performance at the location; and - causing to transmit a report comprising the information indicative of the location of the map being considered to be associated with the problem to a server - causing to display a map on a display, wherein the display is part of a user interface of the at least one apparatus (103, 304) - obtaining from a user information indicative of a location of the map, said location representing an area of the map, said area being indicated by the user by marking or indicating the area on the map via the user interface (103, 304),the location of the map being considered by the user to be associated with a problem, the problem being a bad positioning performance at the location, - causing to transmit a report comprising the information indicative of the location of the map being considered to be associated with the problem to a server
An adhesive composition comprising one or more polyisocyanates and one or more phosphate-functional polyols, wherein said one or more phosphate-functional polyols comprise urethane linkages.
An isolated immunogenic polypeptide comprising a Protein A (SpA) variant D domain having (a) two amino acid substitutions that disrupt Fc binding and (b) two amino acid substitutions that disrupt VH3 binding, wherein for (a) the SpA variant comprises a glycine residue substitution at each of the amino acid positions corresponding to amino acid positions 9 and 10 of SEQ ID NO: 2 and for (b) the SpA variant comprises a serine residue substitution at each of the amino acid positions corresponding to amino acid positions 36 and 37 of SEQ ID NO: 2.