mhurhangee/ep-ind-claims huggingface dataset:
Brake system for a vehicle having: a brake master cylinder which is connected hydraulically to at least one wheel brake calliper; and a fluid delivery device, by means of which brake fluid can be transferred into the at least one wheel brake calliper and out of the at least one wheel brake calliper, the fluid delivery device comprising a pump motor which can be controlled in two rotational directions and can be actuated in such a way that the brake fluid can be pumped by means of the fluid delivery device selectively either out of a fluid storage device into the at least one wheel brake calliper or out of the at least one wheel brake calliper into the fluid storage device; characterized in that, in addition to an ESP apparatus which comprises an additional hydraulic unit and a motor, the fluid delivery device is configured on the brake system, and the fluid delivery device is connected hydraulically on one side to the fluid storage device and on another side via an inflow and outflow control valve to the ESP apparatus and the at least one wheel brake calliper. a brake master cylinder which is connected hydraulically to at least one wheel brake calliper; and a fluid delivery device, by means of which brake fluid can be transferred into the at least one wheel brake calliper and out of the at least one wheel brake calliper, the fluid delivery device comprising a pump motor which can be controlled in two rotational directions and can be actuated in such a way that the brake fluid can be pumped by means of the fluid delivery device selectively either out of a fluid storage device into the at least one wheel brake calliper or out of the at least one wheel brake calliper into the fluid storage device; characterized in that, in addition to an ESP apparatus which comprises an additional hydraulic unit and a motor, the fluid delivery device is configured on the brake system, and the fluid delivery device is connected hydraulically on one side to the fluid storage device and on another side via an inflow and outflow control valve to the ESP apparatus and the at least one wheel brake calliper.
A vapor manager, comprising: a first media guide positioned on a first side of a media pathway to receive partially dried inkjet media from a heated pressure roller, wherein the first media guide comprises a first plurality of apertures to direct air on to a first portion of the partially dried inkjet media and direct air away from a second portion of the partially dried inkjet media, and a first plurality of rib structures to separate the partially dried inkjet media from the first plurality of apertures; and a second media guide positioned on a second side of the media pathway to receive the partially dried inkjet media from the heated pressure roller, wherein the second media guide comprises a second plurality of apertures to direct air on to the partially dried inkjet media and away from the partially dried inkjet media, and a second plurality of rib structures to separate the partially dried inkjet media from the second plurality of apertures of the second media guide. a first media guide positioned on a first side of a media pathway to receive partially dried inkjet media from a heated pressure roller, wherein the first media guide comprises a first plurality of apertures to direct air on to a first portion of the partially dried inkjet media and direct air away from a second portion of the partially dried inkjet media, and a first plurality of rib structures to separate the partially dried inkjet media from the first plurality of apertures; and a second media guide positioned on a second side of the media pathway to receive the partially dried inkjet media from the heated pressure roller, wherein the second media guide comprises a second plurality of apertures to direct air on to the partially dried inkjet media and away from the partially dried inkjet media, and a second plurality of rib structures to separate the partially dried inkjet media from the second plurality of apertures of the second media guide.
An apparatus for forming a trench in a sea floor and/or displacing material on the sea floor, the apparatus comprising:- a body; and sea floor engaging means mounted to the body for engaging the sea floor and supporting the body; wherein the sea floor engaging means is adjustable between a first mode of said sea floor engaging means, in which the sea floor engaging means engages the sea floor, and a second mode of the sea floor engaging means, in which the sea floor engaging means engages the sea floor adjacent the trench and at at least one wall of the trench wherein the apparatus is a plough comprising a debris clearing member, and wherein the sea floor engaging means comprises skids (12, 36), wherein the front skids of the plough, together with the debris clearing member, are pivotable relative to the body, by means of hydraulic actuators, between a generally horizontal orientation and a generally vertical orientation corresponding to a launch/recovery configuration in which the overall length of the apparatus is reduced. a body; and sea floor engaging means mounted to the body for engaging the sea floor and supporting the body; wherein the sea floor engaging means is adjustable between a first mode of said sea floor engaging means, in which the sea floor engaging means engages the sea floor, and a second mode of the sea floor engaging means, in which the sea floor engaging means engages the sea floor adjacent the trench and at at least one wall of the trench wherein the apparatus is a plough comprising a debris clearing member, and wherein the sea floor engaging means comprises skids (12, 36), wherein the front skids of the plough, together with the debris clearing member, are pivotable relative to the body, by means of hydraulic actuators, between a generally horizontal orientation and a generally vertical orientation corresponding to a launch/recovery configuration in which the overall length of the apparatus is reduced.
A halide solid electrolyte material represented by the following chemical formula: Li 6-(4+a)b (Zr 1-a M a) b X 6 wherein M denotes at least one element selected from the group consisting of Ta and Nb, X denotes a halogen element, and the following mathematical formulae are satisfied: 0 < a < 1, and 0 < b < 1.5. M denotes at least one element selected from the group consisting of Ta and Nb, X denotes a halogen element, and the following mathematical formulae are satisfied: 0 < a < 1, and 0 < b < 1.5.
A burner apparatus, comprising: an outer tube having a first longitudinal bore; an inner tube having a second longitudinal bore, said inner tube being disposed within said first longitudinal bore such that an annular space is defined between the inner tube and the outer tube; a nozzle formed at a tip of the inner tube, said nozzle having an inlet face facing the second longitudinal bore and an outlet face in opposing relation to the inlet face, said nozzle comprising a plurality of side holes formed therein, said side holes extending from the inlet face to the outlet face, said side holes being slanted outwardly relative to a longitudinal axis of the nozzle and being in communication with the second longitudinal bore characterized in that; it comprises a plurality of protuberances protruding laterally from an exterior of the nozzle, each of the protuberances corresponding laterally in position to one of the side holes, wherein the plurality of protuberances is provided by corners of a polygonal flange attached to the exterior of the nozzle, wherein the corners of the polygonal flange are radially oriented relative to a center of the polygonal flange.
A method of geolocation of an internet user whose IP address is known, that allows the determination of a geolocation point (810, 820, 830) of his IP address, method wherein the internet user is assigned a geolocation (1410, 1420, 1430) in a territory (1110, 1120, 1130) corresponding to the geolocation point (810, 820, 830) of his IP address and characterized in that the territory (1110, 1120, 1130) corresponding to the geolocation point (810, 820, 830) of the said internet user's IP address is determined by a cross-checking of geolocation data by IP address and geolocation data from at least one other method of geolocation (1030, 1050), the said data concerning several other internet users geolocated both by their IP address and by at least one other method of geolocation.
Upper link for a three-point power lift of an agricultural tractor, comprising a cylindrical connecting sleeve, opposing internal threads (44, 46) being configured in the open ends (40, 42) thereof, wherein a fastening element (48, 50) with an external thread (52, 54) corresponding to the internal thread (44, 46) is screwed into each of the two open ends (40, 42), such that the length of the upper link may be varied by rotating the cylindrical connecting sleeve, wherein a first of the two fastening elements may be attached on the tractor side and a second of the two fastening elements has a coupling apparatus for producing a releasable connection to a coupling point on the attachment side, wherein a retaining bar is attached to the first fastening element, a bar portion with a locking region for receiving a retaining catch and running spaced apart along the cylindrical connecting sleeve being configured thereon, characterized in that a support element is attached to an open portion end, said support element encompassing the cylindrical connecting sleeve such that said connecting sleeve is borne so as to be rotationally displaceable therein.
A method comprising: at a processor and memory: receiving data based on patient information and geometric characterization of one or more organs at risk proximate to a target volume of a patient; generating, based on the data and a predictive model obtained from a plurality of prior clinical cases of other patients, a set of radiation treatment planning parameters and trade-off options for the patient in a treatment model; and presenting the radiation treatment planning parameters and trade-off options via a user interface. receiving data based on patient information and geometric characterization of one or more organs at risk proximate to a target volume of a patient; generating, based on the data and a predictive model obtained from a plurality of prior clinical cases of other patients, a set of radiation treatment planning parameters and trade-off options for the patient in a treatment model; and presenting the radiation treatment planning parameters and trade-off options via a user interface.
A recombinant chimeric protein of neutrophil inhibitory factor and hirugen, comprising an amino acid sequence of: Met-NIF-linker 1-FPRP-linker 2-hirugen; NIF-linker 1-FPRP-linker 2-hirugen, or a protein greater than 90% identical to the sequence of or, comprising the amino acid sequence FPRP, and having an activity of treating cardio-cerebrovascular diseases; wherein the linker 1 is 5-15 glycines, and the linker 2 is (GSGG) n, n = 1-3. Met-NIF-linker 1-FPRP-linker 2-hirugen; NIF-linker 1-FPRP-linker 2-hirugen, or a protein greater than 90% identical to the sequence of or, comprising the amino acid sequence FPRP, and having an activity of treating cardio-cerebrovascular diseases;
Single-piece carrier module for an OHC valve train of an internal combustion engine, having two upright carrying walls which are spaced apart from one another, can be connected at their upper ends to a cylinder head cover and at their lower ends to a cylinder head, and have in each case at least one main and auxiliary bore (5, 6) for mounting a camshaft and valve actuating lever shaft (7, 8, 9) between the latter, characterized in that the carrier module is produced from a sheet steel blank using stamping and bending techniques, each carrying wall consisting of two carrying plates (10, 11) which are connected in a unitary manner either at the upper or lower ends (3, 4) by way of a transverse wall, inner carrying plates which lie opposite one another being connected by way of a transverse plate which runs on an opposite side of the transverse walls.
Sports device having a vibrating plate for muscle stimulation of a person with a support frame, and an electric motor which is attached to the vibrating plate, characterized in that the sports device further comprises a rocker formed by the vibrating plate, wherein the electric motor moves the rocker up and down via a V-belt, and in that a rotation motor having a rotary shaft and an eccentric weight mounted on the rotary shaft is additionally provided, wherein the rotation motor is designed to rotate to the left and to the right and the eccentric weight is formed by a first eccentric weight part fastened on the rotary shaft and a second eccentric weight part rotatable on the rotary shaft, wherein a stop is provided on the first eccentric weight part against which the second eccentric weight part strikes during the left or right rotation.
Method for diagnosing clutch wear, relying on the permanent monitoring of physical parameters associated with the operation of the clutch and with the condition of its friction linings, including the slip time, the energy dissipated in the clutch as a function of time, and the temperature of the clutch, characterized in that: - the parameters monitored are analysed in real time so as to identify clutch operations corresponding to slip phases for which the slip time, the quantity of energy dissipated in the clutch, and the mean temperature of the friction lining during the operation are extracted, - the degree of severity of each identified clutch operation is evaluated on the basis of the analysis of the values monitored during the slip phases, so as to rank these against reference degrees, - the quantities of energy dissipated are cumulated in specific energy counters, according to the degree of severity of each clutch operation, and - an alert as to the critical state of the clutch is triggered on the basis of simultaneous observation of all the cumulated-energy counters. - the parameters monitored are analysed in real time so as to identify clutch operations corresponding to slip phases for which the slip time, the quantity of energy dissipated in the clutch, and the mean temperature of the friction lining during the operation are extracted, - the degree of severity of each identified clutch operation is evaluated on the basis of the analysis of the values monitored during the slip phases, so as to rank these against reference degrees, - the quantities of energy dissipated are cumulated in specific energy counters, according to the degree of severity of each clutch operation, and - an alert as to the critical state of the clutch is triggered on the basis of simultaneous observation of all the cumulated-energy counters.
Electrical housing for electrical switchgear comprising a first and a second concave enclosures (1, 2) intended to be joined together to define a closed volume, a projection of the edge of each enclosure on a plane defining a closed curve having at least two axes of symmetry (X, Y), the housing being characterised in that said enclosures are respectively delimited by an identical edge, each enclosure edge comprising at least one pair (M1, M2) of male attachment means and one pair (F1, F2) of female attachment means, the male and female attachment means being distributed alternately on the edge and each male attachment means being arranged facing a female attachment means so that said male and female means are arranged symmetrically relative to one of the axes of symmetry (X, Y).
A method of making an ultraviolet light-resistant article, comprising: providing a substrate comprising a glass or glass-ceramic and first and second primary surfaces; forming at least one ultraviolet light-absorbing layer over a first primary surface, the light-absorbing layer having an absorption of 50% or greater at wavelengths from 100 nm to 380 nm and a thickness between 10 nm and 1000 nm; and forming a dielectric layer with a plasma-assisted deposition process, wherein the light-absorbing layer is configured to inhibit damage to the first primary surface of the substrate from the step of forming the dielectric layer. providing a substrate comprising a glass or glass-ceramic and first and second primary surfaces; forming at least one ultraviolet light-absorbing layer over a first primary surface, the light-absorbing layer having an absorption of 50% or greater at wavelengths from 100 nm to 380 nm and a thickness between 10 nm and 1000 nm; and forming a dielectric layer with a plasma-assisted deposition process, wherein the light-absorbing layer is configured to inhibit damage to the first primary surface of the substrate from the step of forming the dielectric layer.
A remote system for sensing a process fluid parameter, the system comprising: a cavity configured to resonate at a cavity frequency that shifts in response to the process fluid parameter; a tuner coupled to the cavity in order to tune the cavity frequency; and a signal coupler coupled to the cavity in order to receive a query signal and transmit an echo signal when the query signal matches the cavity frequency, wherein the signal coupler comprises an antenna configured to receive the query signal and conduct the query signal to the cavity. a cavity configured to resonate at a cavity frequency that shifts in response to the process fluid parameter; a tuner coupled to the cavity in order to tune the cavity frequency; and a signal coupler coupled to the cavity in order to receive a query signal and transmit an echo signal when the query signal matches the cavity frequency, wherein the signal coupler comprises an antenna configured to receive the query signal and conduct the query signal to the cavity.
A system in a computing device for providing an authorization token with a trust indication, the system comprising: one or more processors; and one or more memory devices that store program code configured to be executed by the one or more processors, the program code comprising: an identity validator configured to: receive a token request, from an authorization token manager of a first computing environment, that includes identity information and an indication that the token request was initiated in an application executing in a second computing environment at least partially isolated from the first computing environment; and validate the identity information; and a token generator configured to: generate an authorization token that includes a trust indication indicative of a trust level of the second computing environment; and transmit the authorization token that includes the trust indication to the first computing environment. one or more processors; and one or more memory devices that store program code configured to be executed by the one or more processors, the program code comprising: an identity validator configured to: receive a token request, from an authorization token manager of a first computing environment, that includes identity information and an indication that the token request was initiated in an application executing in a second computing environment at least partially isolated from the first computing environment; and validate the identity information; and a token generator configured to: generate an authorization token that includes a trust indication indicative of a trust level of the second computing environment; and transmit the authorization token that includes the trust indication to the first computing environment. an identity validator configured to: receive a token request, from an authorization token manager of a first computing environment, that includes identity information and an indication that the token request was initiated in an application executing in a second computing environment at least partially isolated from the first computing environment; and validate the identity information; and receive a token request, from an authorization token manager of a first computing environment, that includes identity information and an indication that the token request was initiated in an application executing in a second computing environment at least partially isolated from the first computing environment; and validate the identity information; and a token generator configured to: generate an authorization token that includes a trust indication indicative of a trust level of the second computing environment; and transmit the authorization token that includes the trust indication to the first computing environment. generate an authorization token that includes a trust indication indicative of a trust level of the second computing environment; and transmit the authorization token that includes the trust indication to the first computing environment.
A cleaning robot, comprising a cleaning cloth bracket, wherein the cleaning cloth bracket comprises a main body, characterized in that the cleaning cloth bracket further comprises a soft member and a raised portion, a cleaning cloth is provided under the cleaning cloth bracket, the cleaning cloth bracket is floatingly disposed at a bottom of a base of the cleaning robot, and the raised portion is provided at a front end of the main body through the soft member.
A fire barrier element comprising a first side or facade side attachable onto the facade side, wherein the first side or facade side has a central alignment to which a two dimensional plane with the same alignment can be assigned, a second side or front side, with an upper and a lower end, wherein the second side or front side extends from the lower end to the upper end, wherein the section of the second side or front side opposite the first side or facade side and/or the whole second side or front side is oriented to face away from the first side or facade side, a lower, third side or lower side opposite the upper end and adjoining the lower end, a recess or depression adjoining the upper end on the facade side with a front-side delimiting inner wall, wherein the inner wall is delimited by the upper end of the second side or front side, characterised in that the second side or front side has at least in part a continually and/or stepped decreasing distance from the two-dimensional plane in the direction of the upper end, wherein said distance is defined orthogonally from the first side or facade side, and the fire barrier element has an additional delimitation strip, wherein the upper end is part of the delimitation strip, wherein either: a) the second side or front side in a first section has a stepped decreasing distance, wherein the stepped structure extends up to an upper end which is formed by at least a portion of the delimitation strip, or b) wherein the front side in a first section has a continually decreasing distance, wherein said first section extends up to the upper end, or c) wherein the delimitation strip tapers in the direction of the upper end of the second side or front side, wherein the delimitation strip is made from a different material than the remaining fire barrier element, which forms a barrier between the depression or recess and the second side or front side, and wherein said material has greater thermal conductivity than the remaining material of the fire barrier element.
Electrical network for a rail vehicle, wherein the electrical network comprises a first high-voltage section, wherein the electrical network comprises at least one low-voltage consumer (6a, 6b, 6c, 7a, 7b, 7c) and at least one power converter (5, 21), wherein the electrical network comprises at least one further high-voltage section, wherein the first high-voltage section and the at least one further high-voltage section are electrically connected via at least one high-voltage DC-DC converter, wherein the at least one low-voltage consumer (6a,..., 7c) and the at least one further high-voltage section are connected via the at least one power converter (5, 21), characterized in that a target direct voltage potential in the first and in at least one further high-voltage section (14, 20) are the same.