mhurhangee/ep-ind-claims huggingface dataset:
A jet pump for a fluid supply system of a turbomachine, comprising: an active fluid inlet conduit comprising a tube, extending along a longitudinal axis (X-X), and delimiting the inlet conduit, a passive fluid inlet conduit fluidly separated from the active fluid inlet conduit by the tube, wherein the active fluid inlet conduit comprises at least two twisted vanes located inside the tube and configured to rotatably drive the active fluid with respect to the longitudinal axis (X-X) of the tube, each of the vanes comprising a wall element which includes an inner side edge and an outer side edge opposite to the inner side edge, characterized in that the vanes are connected to each other at their inner side edge which is substantially parallel to the longitudinal axis (X-X) of the tube and which extends in the centre of the internal tube. an active fluid inlet conduit comprising a tube, extending along a longitudinal axis (X-X), and delimiting the inlet conduit, a passive fluid inlet conduit fluidly separated from the active fluid inlet conduit by the tube, wherein the active fluid inlet conduit comprises at least two twisted vanes located inside the tube and configured to rotatably drive the active fluid with respect to the longitudinal axis (X-X) of the tube, each of the vanes comprising a wall element which includes an inner side edge and an outer side edge opposite to the inner side edge, characterized in that the vanes are connected to each other at their inner side edge which is substantially parallel to the longitudinal axis (X-X) of the tube and which extends in the centre of the internal tube. wherein the active fluid inlet conduit comprises at least two twisted vanes located inside the tube and configured to rotatably drive the active fluid with respect to the longitudinal axis (X-X) of the tube, each of the vanes comprising a wall element which includes an inner side edge and an outer side edge opposite to the inner side edge, characterized in that the vanes are connected to each other at their inner side edge which is substantially parallel to the longitudinal axis (X-X) of the tube and which extends in the centre of the internal tube.
Instrumentation system comprising at least one set of sensors, at least one gateway, at least one central application server, and an Internet communication network, said at least one gateway being connected to said Internet communication network, each sensor of a set being interfaced to said Internet communication network via a gateway, said at least one central application server being connected to said Internet communication network, the system also includes a plurality of intermediate exchange servers, for which a central application server comprises a client capable of allowing said central application server to connect and initiate a communication session with at least one of the intermediate exchange servers; for which said at least one gateway includes a client capable of allowing said at least one gateway to connect and initiate at least one communication session with at least one of said intermediate exchange servers; the system being configured so that all exchanges between the central application server and the at least one gateway take place via the intermediate exchange server; and wherein said at least one gateway is configured to: receive measurement data from at least one sensor, connect to the Internet communication network and initiate at least one communication session with at least one intermediate exchange server, transmit to the intermediate exchange server a message comprising a gateway identifier, at least one sensor identifier and at least some of said measurement data, characterized in that in the system, the intermediate exchange server is configured to transmit said message to the central application server, the system is also configured to perform the following steps: - request, by a central application server or by a gateway, to assign an additional intermediate data exchange server (9D2) to said gateway, - assignment, by a central application server, of an intermediate additional data exchange server (9D2), to said gateway - transmission, by said central application server, connection parameters to said additional intermediate data exchange server (9D2), to said gateway. - request, by a central application server or by a gateway, to assign an additional intermediate data exchange server (9D2) to said gateway, - assignment, by a central application server, of an intermediate additional data exchange server (9D2), to said gateway - transmission, by said central application server, connection parameters to said additional intermediate data exchange server (9D2), to said gateway.
Machine for producing or processing a material web (5, 9), in particular a paper, cardboard, or tissue web, having a pressing unit comprising a press roll and a counter-press roll, wherein the press roll is mounted on a pivotable mounting lever and is movable by means of at least one adjustment unit between an operating position in which the press roll is pressed against the counter-press roll and an inoperative position in which the press roll is not pressed against the counter-press roll, and wherein the press roll is formed as a shoe press roll with a press shoe that forms a pressure nip with the counter-press roll, characterized in that the press shoe is mounted within the shoe press roll on at least one soft, elastically yielding and flexible support element, which in turn rests on at least one yoke, and in that the pressing pressure between the counter-press roll and the press shoe can be controlled by means of the mounting lever.
A method of manufacturing a three-dimensional transparent ophthalmic lens comprising the following steps: /1/ constituting at least a voxel of a liquid composition in a state 1a; /2/ increasing, from 5 to 20 times through a process, viscosity of at least a said constituted voxel of a liquid composition to reach it from a state 1a to a state 2a; /3/constituting at least a voxel of a liquid composition in a state 1b; /4/ inter-diffusing spontaneously or through a physical and/or a chemical treatment, at least a voxel of a liquid composition in state 2a with (i) a voxel of a liquid composition in a state 1a or 2a, with (ii) a voxel of a liquid composition in a state 1b or with (iii) a voxel of a liquid composition whose viscosity is increased from the state 1b to a state 2b, to create an intermediate element (n); /5/ repeating, times, at least one of the step selected from /1/, /2/, /3/ and /4/ to form an intermediate element (n+) until a three-dimensional transparent ophthalmic lens is obtained, and when at least two steps from said steps are repeated, said at least two steps may be repeated in the same order as cited or in a different order according to chemical compound(s) involved to said liquid composition and said liquid composition; and /6/ optionally applying at least a post-treatment after at least one step selected from step /3/,/4/ and /5/ to improve homogenization of at least one of the intermediate element from (n) to (n+) and/or of the transparent ophthalmic lens. /1/ constituting at least a voxel of a liquid composition in a state 1a; /2/ increasing, from 5 to 20 times through a process, viscosity of at least a said constituted voxel of a liquid composition to reach it from a state 1a to a state 2a; /3/constituting at least a voxel of a liquid composition in a state 1b; /4/ inter-diffusing spontaneously or through a physical and/or a chemical treatment, at least a voxel of a liquid composition in state 2a with (i) a voxel of a liquid composition in a state 1a or 2a, with (ii) a voxel of a liquid composition in a state 1b or with (iii) a voxel of a liquid composition whose viscosity is increased from the state 1b to a state 2b, to create an intermediate element (n); /5/ repeating, times, at least one of the step selected from /1/, /2/, /3/ and /4/ to form an intermediate element (n+) until a three-dimensional transparent ophthalmic lens is obtained, and when at least two steps from said steps are repeated, said at least two steps may be repeated in the same order as cited or in a different order according to chemical compound(s) involved to said liquid composition and said liquid composition; and /6/ optionally applying at least a post-treatment after at least one step selected from step /3/,/4/ and /5/ to improve homogenization of at least one of the intermediate element from (n) to (n+) and/or of the transparent ophthalmic lens.
A method for flow detection using optical coherence tomography, OCT, the method comprising: scanning a volume of a flowing sample in an M-B scan mode, wherein a number of consecutive B-scan images is acquired for each position along the slow scanning axis with the full OCT spectrum; spectrally splitting each B-scan image of the M-B scan from the full OCT spectrum into images of M different spectral bands; creating decorrelation images by averaging the split B-scan images for each of the M different spectral bands; averaging the decorrelation images from the M different spectral bands to create a flow image having a high signal-to-noise ratio of flow detection. scanning a volume of a flowing sample in an M-B scan mode, wherein a number of consecutive B-scan images is acquired for each position along the slow scanning axis with the full OCT spectrum; spectrally splitting each B-scan image of the M-B scan from the full OCT spectrum into images of M different spectral bands; creating decorrelation images by averaging the split B-scan images for each of the M different spectral bands; averaging the decorrelation images from the M different spectral bands to create a flow image having a high signal-to-noise ratio of flow detection.
A connector system for transcutaneous sensors comprising: a connector foil having contact pads thereon at an end portion, a connector fitting having a cylindrical element with a key formed at its distal end, said key being defined by cut-away portions of the cylindrical element to produce two flat surfaces each parallel to the axis of the cylindrical element, which flat surfaces face away from one another, wherein the end portion of the connector foil lies against a first one of said flat surfaces with the contact pads facing away from the first flat surface, a socket unit with a tubular recess sized to accommodate the cylindrical element and having contacts positioned to engage the contact pads of the connector foil, the socket unit having a structure occupying the space vacated by said cutaway portions, wherein the connector foil wraps around the end of the key so as to lie on both flat surfaces with contact pads facing away from the flat surfaces. a connector foil having contact pads thereon at an end portion, a connector fitting having a cylindrical element with a key formed at its distal end, said key being defined by cut-away portions of the cylindrical element to produce two flat surfaces each parallel to the axis of the cylindrical element, which flat surfaces face away from one another, wherein the end portion of the connector foil lies against a first one of said flat surfaces with the contact pads facing away from the first flat surface, a socket unit with a tubular recess sized to accommodate the cylindrical element and having contacts positioned to engage the contact pads of the connector foil, the socket unit having a structure occupying the space vacated by said cutaway portions, wherein the connector foil wraps around the end of the key so as to lie on both flat surfaces with contact pads facing away from the flat surfaces.
A transmission apparatus, comprising: a first preamble transmitter configured to transmit a first preamble and first data; a second preamble transmitter configured to transmit a second preamble and second data, a control signal transmitter configured to transmit a control signal to a reception apparatus indicating whether the reception apparatus needs to detect the first or the second preamble; wherein a length of the first preamble is an integer multiple of a length of the second preamble, said integer multiple being larger than one. a first preamble transmitter configured to transmit a first preamble and first data; a second preamble transmitter configured to transmit a second preamble and second data, a control signal transmitter configured to transmit a control signal to a reception apparatus indicating whether the reception apparatus needs to detect the first or the second preamble; wherein a length of the first preamble is an integer multiple of a length of the second preamble, said integer multiple being larger than one.
A dishwasher rack comprising fixed horizontal wires positioned in the form of a cage and fixed vertical wires extending vertically as connected to said fixed horizontal wires, and a movable wire mechanism, wherein said movable wire mechanism comprises a movable horizontal wire which is connected to the fixed horizontal wires and which is positioned such that the position thereof can be changed by moving as connected to fixed horizontal wires and relative to the fixed horizontal wires and the fixed vertical wires, and at least one movable vertical wire which extends vertically as connected to said movable horizontal wire, wherein said movable wire mechanism has a narrow position where the movable vertical wires are placed between the fixed vertical wires and a wide position where the movable vertical wires are placed parallel to the fixed vertical wires, and wherein said movable wire mechanism comprises a locking member and a handle so as to shift said movable wire mechanism between the narrow position and the wide position characterized in that said locking member is positioned so as to rotate on a lock bearing wire connected to the fixed wires (2 and 3).
A belt buckle comprising a housing and a lighting unit present in the area of a plug-in tongue insertion opening, wherein the lighting unit comprises a lamp and a light conductor (26; 26') having a light emission area and the light conductor (26; 26') includes an annular portion (42; 42') which surrounds at least a large part of the plug-in tongue insertion opening, characterized in that the annular portion (42; 42') of the light conductor (26; 26') is arranged radially inside of an at least largely peripherally closed front panel of the housing, the front panel framing the insertion opening, and in that the front panel includes an annular, at least partially transparent diffusor which is axially adjacent to the light emission area of the light conductor (26; 26').
A vibration actuator comprising: a cylindrical casing having a coil (21a, 21b); a movable element having a magnet, wherein the movable element is arranged inside the casing to vibrate along a vibration axis of the vibration actuator, the vibration axis is an axial direction of the casing; and an inner guide (6a, 6b) arranged between the coil (21a, 21b) and the movable element and having an extending portion (65a, 65b) which sandwiches and holds an end of the coil (21a, 21b) together with the casing, wherein the extending portion (65a, 65b) is positioned between the coil (21a, 21b) and the movable element except for a center portion of the movable element in the vibration axis direction of the vibration actuator, and the extending portion (65a, 65b) does not cover an entire inner circumference of the coil (21a, 21b), and characterized in that the extending portion (65a, 65b) exposes an other end of the coil (21a, 21b) to an inside of the casing. a cylindrical casing having a coil (21a, 21b); a movable element having a magnet, wherein the movable element is arranged inside the casing to vibrate along a vibration axis of the vibration actuator, the vibration axis is an axial direction of the casing; and an inner guide (6a, 6b) arranged between the coil (21a, 21b) and the movable element and having an extending portion (65a, 65b) which sandwiches and holds an end of the coil (21a, 21b) together with the casing, wherein the extending portion (65a, 65b) is positioned between the coil (21a, 21b) and the movable element except for a center portion of the movable element in the vibration axis direction of the vibration actuator, and the extending portion (65a, 65b) does not cover an entire inner circumference of the coil (21a, 21b), and characterized in that the extending portion (65a, 65b) exposes an other end of the coil (21a, 21b) to an inside of the casing.
A process for making a moisture-curable composition comprising a moisture curable silylated polyurethane resin, the process comprising (i) reacting polyether polyol with a molar excess of polyisocyanate in the presence of at least one urethane reaction-promoting catalyst to obtain an isocyanato-terminated polyurethane prepolymer; (ii) reacting the isocyanato-terminated polyurethane prepolymer obtained in step (i) with an aminoalkyl alkoxy silane in the presence of the at least one urethane reaction-promoting catalyst to obtain the moisture curable silylated polyurethane resin; and (iii) adding to the moisture curable silylated polyurethane resin obtained in step (ii) at least one curing catalyst which is an aluminum compound; wherein the polyether polyol used in step (i) contains up to 1000 ppm water; wherein the urethane reaction-promoting catalyst is selected from the group consisting of bismuth and zinc compounds and after step (i) remains in the isocyanato-terminated polyurethane prepolymer to catalyze the reaction of the prepolymer with the aminoalkyl alkoxy silane; and wherein the reaction of the isocyanato-terminated polyurethane prepolymer and aminoalkoxysilane in step (ii) is carried out in the absence of a tin-containing compound. (i) reacting polyether polyol with a molar excess of polyisocyanate in the presence of at least one urethane reaction-promoting catalyst to obtain an isocyanato-terminated polyurethane prepolymer; (ii) reacting the isocyanato-terminated polyurethane prepolymer obtained in step (i) with an aminoalkyl alkoxy silane in the presence of the at least one urethane reaction-promoting catalyst to obtain the moisture curable silylated polyurethane resin; and (iii) adding to the moisture curable silylated polyurethane resin obtained in step (ii) at least one curing catalyst which is an aluminum compound; wherein the polyether polyol used in step (i) contains up to 1000 ppm water; wherein the urethane reaction-promoting catalyst is selected from the group consisting of bismuth and zinc compounds and after step (i) remains in the isocyanato-terminated polyurethane prepolymer to catalyze the reaction of the prepolymer with the aminoalkyl alkoxy silane; and wherein the reaction of the isocyanato-terminated polyurethane prepolymer and aminoalkoxysilane in step (ii) is carried out in the absence of a tin-containing compound.
Method for controlling a manipulator in the form of a jointed-arm robot comprising: detecting a release request based on a force exerted on the manipulator by an operator; and releasing (20, 30) the manipulator in response to detecting the release request; characterized in that detecting the release request comprises monitoring the course of at least one measured value characterizing a state of the manipulator and evaluating a deviation of a current measured value from an averaged measured value course. detecting a release request based on a force exerted on the manipulator by an operator; and releasing (20, 30) the manipulator in response to detecting the release request; characterized in that detecting the release request comprises monitoring the course of at least one measured value characterizing a state of the manipulator and evaluating a deviation of a current measured value from an averaged measured value course.
A receiver, for estimating a normalised frequency offset value ε between a transmitter and the receiver in a wireless communication system, based on Orthogonal Frequency Division Multiplexing, OFDM, said receiver comprising: a receiving circuit, configured to receive a first pilot signal y r1 and a second pilot signal y r2 from the transmitter; and a processor, configured to determine a correlation model based on whether a correlation among involved sub-carrier channels at the first pilot signal y r1 and the second pilot signal y r2 is known or not, and configured to compute three complex values μ -1, μ 0, and μ 1, by a complex extension of a log-likelihood function λ(ε), based on the determined correlation model; and also configured to estimate the normalised frequency offset value ε by finding a maximum value of the log-likelihood function λ(ε), based on the computed three complex values μ -1, μ 0, and μ 1, wherein the processor is configured to determine the correlation model based on any of Extended Pedestrian A, EPA, Extended Vehicular A, EVA, Extended Typical Urban, ETU, correlation models when the correlation among involved sub-carrier channels at the first pilot signal y r1 and the second pilot signal y r2 is known. a receiving circuit, configured to receive a first pilot signal y r1 and a second pilot signal y r2 from the transmitter; and a processor, configured to determine a correlation model based on whether a correlation among involved sub-carrier channels at the first pilot signal y r1 and the second pilot signal y r2 is known or not, and configured to compute three complex values μ -1, μ 0, and μ 1, by a complex extension of a log-likelihood function λ(ε), based on the determined correlation model; and also configured to estimate the normalised frequency offset value ε by finding a maximum value of the log-likelihood function λ(ε), based on the computed three complex values μ -1, μ 0, and μ 1, wherein the processor is configured to determine the correlation model based on any of Extended Pedestrian A, EPA, Extended Vehicular A, EVA, Extended Typical Urban, ETU, correlation models when the correlation among involved sub-carrier channels at the first pilot signal y r1 and the second pilot signal y r2 is known.
An agitator ball mill for grinding dry or non-dry substances, comprising - a grinding container, which is at least partially filled with auxiliary grinding bodies; - an inlet and an outlet for the material to be ground or ground material, respectively; - a screen arranged in an outlet area; - an agitator shaft running through the center of the grinding container; - a plurality of grinding elements arranged on the agitator shaft and - a second cage is assigned to the outlet area characterized in that - a first cage is assigned to an inlet area; - a fluid inlet is assigned to the inlet area; - a cleaning device is arranged in the center of the screen and - the grinding elements (28a, 28b) in the inlet area and in the outlet area are designed in such a way that they transport the grinding material and the auxiliary grinding bodies into the center of the grinding container. - a grinding container, which is at least partially filled with auxiliary grinding bodies; - an inlet and an outlet for the material to be ground or ground material, respectively; - a screen arranged in an outlet area; - an agitator shaft running through the center of the grinding container; - a plurality of grinding elements arranged on the agitator shaft and - a second cage is assigned to the outlet area - a first cage is assigned to an inlet area; - a fluid inlet is assigned to the inlet area; - a cleaning device is arranged in the center of the screen and - the grinding elements (28a, 28b) in the inlet area and in the outlet area are designed in such a way that they transport the grinding material and the auxiliary grinding bodies into the center of the grinding container.