mhurhangee/ep-ind-claims huggingface dataset:
An iron-based powder composition comprising, in addition to an iron-based powder, a minor amount of a machinability improving additive in powder form, said additive comprising at least one silicate from the group consisting of bentonites and muscovite, wherein if the silicate is muscovite the content of the machinability improving additive is less than 0.5 wt%.
Carriage body of a vehicle having a door sill, comprising a tread plate and fastening means (3, 4) for releasably fastening the tread plate to the carriage body, wherein the vertical position of the tread plate with respect to the carriage body can be set through the insertion of spacer panels (7, 7'), characterized in that a labyrinth plate, which comprises bores for guiding through the fastening means (3, 4), is inserted between the carriage body and the tread plate, wherein these bores have such a diameter as to allow a horizontal displacement of the tread plate with respect to the carriage body.
Concentric slave cylinder for a hydraulic clutch actuating means, comprising a cylinder housing which is injection-molded from a plastics material and which has at least one cylinder wall provided with a reinforcing sleeve at an outer circumferential side, the cylinder wall radially outwardly bounding an annular pressure chamber in which an annular piston operatively connectable with the clutch is received to be displaceable, which annular piston, in order to release the clutch, can be selectively acted on by a pressure medium via a pressure connecting stub pipe of the cylinder housing, which communicates with the pressure chamber, wherein the reinforcing sleeve after injection-molding of the cylinder housing is attachable to the cylinder wall, characterized in that, for attaching the reinforcing sleeve, a snap connection is provided at a front end of the reinforcing sleeve remote from the pressure connecting stub pipe, the reinforcing sleeve being deformed radially inwardly at the front end to form a detent section which together with a rib formed at the outer circumference of the cylinder wall forms the snap connection, wherein the reinforcing sleeve has a main section which adjoins its detent section and which is conically shaped to be complementary to an outer circumferential surface of the cylinder wall formed to be conical in the reinforcing region.
A method of synchronizing incoming audio and video streams in a multimedia network session, wherein the incoming audio stream is received at a first computing device and the incoming video stream is received at a second computing device, the method comprising establishing a first direct communication channel between the first computing device and an IP phone to enable directly communicating the audio stream over the first direct communication channel without being routed over a computer that serves as a session controller; establishing a second direct communication channel between the second computing device and a stand-alone video device to enable directly communicating the video stream over the second direct communication channel without being routed over the computer that serves as the session controller; establishing, by a synchronization routine, the multimedia network session by exchanging control information between the first computing device, the second computing device, the IP phone and the stand-alone video device; initiating, by the synchronization routine, transmission of the audio and video streams, and then observing, by the synchronization routine, first network conditions and second network conditions, and collecting, by the synchronization routine, first statistics and second statistics describing the first network conditions and the second network conditions of the first direct communication channel and the second direct communication channel, respectively; receiving, by the first computing device, a data packet describing current network conditions at the first computing device, and calculating, by the synchronization routine an expected delay in transmitting the audio stream at the first computing device; reporting, to the computer that serves as the session controller, a set of data including the expected delay in the audio stream and causing rendering of the video stream to be delayed to match the audio stream, wherein the delaying of the video stream synchronizes a presentation of the audio stream and the video stream.
A heat exchanger (10, 20; 210, 220; 310, 320) for a heat exchange device (100, 200, 300) on an air-cooled water chiller unit or commercial rooftop machine, the heat exchanger (10, 20; 210, 220; 310, 320) comprising: a main body part (ab; a 1 b, a 2 b; a 1 b 1); a bending part (cd; c 1 d, c 2 d; e 1 f; cd', ef) having a substantially trapezoidal cross section, the bending part (cd; c 1 d, c 2 d; e 1 f, e 2 f; cd', ef) and the main body part (ab; a 1 b, a 2 b; a 1 b 1) being connected to each other and substantially lying in the same plane; a plurality of heat exchange tubes (13; 213, 223; 313) extending between the main body part (ab; a 1 b, a 2 b; a 1 b 1) and the bending part (cd; c 1 d, c 2 d; e 1 f, e 2 f; cd', ef), wherein the heat exchange tubes (13; 213, 223; 313) in the bending part (cd; c 1 d, c 2 d; e 1 f; cd', ef) being bent or inclined along a bending straight line relative to heat exchange tubes (13; 213, 223; 313) in the main body part (ab; a 1 b, a 2 b; a 1 b 1) characterized in that the bending part (cd; c 1 d, c 2 d; e 1 f; cd', ef) in the bent heat exchanger is additionally bent along a direction substantially perpendicular to the main body part (ab; a 1 b, a 2 b; a 1 b 1) using the bending straight line as a bending straight line, such that the main body part (ab; a 1 b, a 2 b; a 1 b 1) and the bending part (cd; c 1 d, c 2 d; e 1 f; cd', ef) are perpendicular or substantially perpendicular. a main body part (ab; a 1 b, a 2 b; a 1 b 1); a bending part (cd; c 1 d, c 2 d; e 1 f; cd', ef) having a substantially trapezoidal cross section, the bending part (cd; c 1 d, c 2 d; e 1 f, e 2 f; cd', ef) and the main body part (ab; a 1 b, a 2 b; a 1 b 1) being connected to each other and substantially lying in the same plane; a plurality of heat exchange tubes (13; 213, 223; 313) extending between the main body part (ab; a 1 b, a 2 b; a 1 b 1) and the bending part (cd; c 1 d, c 2 d; e 1 f, e 2 f; cd', ef), wherein the heat exchange tubes (13; 213, 223; 313) in the bending part (cd; c 1 d, c 2 d; e 1 f; cd', ef) being bent or inclined along a bending straight line relative to heat exchange tubes (13; 213, 223; 313) in the main body part (ab; a 1 b, a 2 b; a 1 b 1) characterized in that the bending part (cd; c 1 d, c 2 d; e 1 f; cd', ef) in the bent heat exchanger is additionally bent along a direction substantially perpendicular to the main body part (ab; a 1 b, a 2 b; a 1 b 1) using the bending straight line as a bending straight line, such that the main body part (ab; a 1 b, a 2 b; a 1 b 1) and the bending part (cd; c 1 d, c 2 d; e 1 f; cd', ef) are perpendicular or substantially perpendicular.
An electronic component comprising: a case; a switching mechanism incorporated within the case; an actuator configured to actuate the switching mechanism, the actuator being mounted in the case so as to be displaceable by sliding; and a rubber cap configured to seal a sliding part of the actuator, wherein the rubber cap is made of a hydrin-based rubber, characterised in that an ether-based plasticizer is added to the hydrin-based rubber in an amount of 5 to 40 parts by weight based on 100 parts by weight of the rubber. a case; a switching mechanism incorporated within the case; an actuator configured to actuate the switching mechanism, the actuator being mounted in the case so as to be displaceable by sliding; and a rubber cap configured to seal a sliding part of the actuator, wherein the rubber cap is made of a hydrin-based rubber, characterised in that an ether-based plasticizer is added to the hydrin-based rubber in an amount of 5 to 40 parts by weight based on 100 parts by weight of the rubber.
A method of operating a base station for communicating data with a terminal device in a wireless telecommunications system using a plurality of sub-carriers spanning a system frequency band, the method comprising: transmitting to the terminal device an indication of a restricted frequency band; transmitting physical-layer control information for the terminal device using sub-carriers selected from across the system frequency band; and transmitting higher-layer data for the terminal device using sub-carriers selected from within the restricted frequency band, wherein the restricted frequency band is smaller than and within the system frequency band. transmitting to the terminal device an indication of a restricted frequency band; transmitting physical-layer control information for the terminal device using sub-carriers selected from across the system frequency band; and transmitting higher-layer data for the terminal device using sub-carriers selected from within the restricted frequency band, wherein the restricted frequency band is smaller than and within the system frequency band.
A connector to be mated with a mating connector comprising: a connector housing receiving a terminal and a fixing member, the fixing member being received in the end portion of the connector housing away from the mating connector for fixing the terminal along the longitudinal direction of the terminal; a case receiving the connector housing; characterised in that it further comprise an abutment member protruding inwardly from the case in a direction perpendicular to the longitudinal direction so that the abutment member is positioned at the end portion of the connector housing away from the mating connector, and abutting on the fixing member so as to prevent the terminal from moving in a longitudinal direction of the terminal away from the mating direction of the connector. a connector housing receiving a terminal and a fixing member, the fixing member being received in the end portion of the connector housing away from the mating connector for fixing the terminal along the longitudinal direction of the terminal; a case receiving the connector housing; characterised in that it further comprise an abutment member protruding inwardly from the case in a direction perpendicular to the longitudinal direction so that the abutment member is positioned at the end portion of the connector housing away from the mating connector, and abutting on the fixing member so as to prevent the terminal from moving in a longitudinal direction of the terminal away from the mating direction of the connector.
A method of producing a smooth, shelf-stable food product, which is shelf-stable for at least two months comprising: aseptically thermally processing a mixture comprising at least one food component and at least one shear sensitive thickener, wherein the at least one food component is a dairy product selected from the group consisting of pudding, yogurt, sour cream, buttermilk, and combinations thereof, wherein the at least one food component has a protein content of 2 wt% or greater, wherein the shear sensitive thickener is citrus fiber, and wherein the step of aseptically thermally processing the mixture comprises heating the mixture at a temperature in a range of from 132.2°C (270°F) to 143.3°C (290°F); at least partially cooling the mixture after the step of aseptically thermally processing the mixture, wherein the mixture is at least partially cooled to a temperature in a range of from 48.9°C (120°F) to 71.1°C (160°F); and aseptically homogenizing the mixture after the step of cooling the mixture, the obtained mixture being the food product. aseptically thermally processing a mixture comprising at least one food component and at least one shear sensitive thickener, wherein the at least one food component is a dairy product selected from the group consisting of pudding, yogurt, sour cream, buttermilk, and combinations thereof, wherein the at least one food component has a protein content of 2 wt% or greater, wherein the shear sensitive thickener is citrus fiber, and wherein the step of aseptically thermally processing the mixture comprises heating the mixture at a temperature in a range of from 132.2°C (270°F) to 143.3°C (290°F); at least partially cooling the mixture after the step of aseptically thermally processing the mixture, wherein the mixture is at least partially cooled to a temperature in a range of from 48.9°C (120°F) to 71.1°C (160°F); and aseptically homogenizing the mixture after the step of cooling the mixture, the obtained mixture being the food product.
Method for printing at least one colored three dimensional object by means of a fused deposition modeling apparatus, the method comprising: - acquiring information regarding geometry and color of the object to be printed from a 3D digital model; - transporting a material to be used for the printing of the at least one colored three dimensional object on a forming surface; - printing the three dimensional object from the material in form of material layers on the forming surface according to the acquired information; characterized in that, prior to printing the three dimensional object, the following steps are being performed: - electrostatically charging the material and a coloring unit of the printing apparatus with opposite polarities; - application of color to the coloring unit according to the acquired information; - transmission of the color to the material from the coloring unit due to the opposite polarities; - mixing the material with the color. - acquiring information regarding geometry and color of the object to be printed from a 3D digital model; - transporting a material to be used for the printing of the at least one colored three dimensional object on a forming surface; - printing the three dimensional object from the material in form of material layers on the forming surface according to the acquired information; - electrostatically charging the material and a coloring unit of the printing apparatus with opposite polarities; - application of color to the coloring unit according to the acquired information; - transmission of the color to the material from the coloring unit due to the opposite polarities; - mixing the material with the color.
A position sensing system comprising: a plurality of first magnetic field sensors arranged in a row adjacent to a path, the first magnetic field sensors each configured to provide an output signal indicative of a direction of a magnetic field relative to the first magnetic field sensors; and a processor coupled to receive the output signals from the first magnetic field sensors, the processor configured to: select a subset of the first magnetic field sensors; and based on the output signals of the subset of the first magnetic field sensors, determine a position of a magnet along the path wherein the subset comprises two of the first magnetic field sensors, the processor is configured to determine the position of the magnet by triangulation, and the two first magnetic field sensors are selected such that a location of the magnet on the path lies between first and second planes perpendicular to the path that respectively include a first of the two first magnetic field sensors and a second of the two first magnetic field sensors. a plurality of first magnetic field sensors arranged in a row adjacent to a path, the first magnetic field sensors each configured to provide an output signal indicative of a direction of a magnetic field relative to the first magnetic field sensors; and a processor coupled to receive the output signals from the first magnetic field sensors, the processor configured to: select a subset of the first magnetic field sensors; and based on the output signals of the subset of the first magnetic field sensors, determine a position of a magnet along the path wherein the subset comprises two of the first magnetic field sensors, the processor is configured to determine the position of the magnet by triangulation, and the two first magnetic field sensors are selected such that a location of the magnet on the path lies between first and second planes perpendicular to the path that respectively include a first of the two first magnetic field sensors and a second of the two first magnetic field sensors. select a subset of the first magnetic field sensors; and based on the output signals of the subset of the first magnetic field sensors, determine a position of a magnet along the path wherein the subset comprises two of the first magnetic field sensors, the processor is configured to determine the position of the magnet by triangulation, and the two first magnetic field sensors are selected such that a location of the magnet on the path lies between first and second planes perpendicular to the path that respectively include a first of the two first magnetic field sensors and a second of the two first magnetic field sensors.
An assembly comprising: a manifold comprising a threaded portion and a plurality of fluid connection ports, the manifold configured to couple to a medical fluid cassette; a multi-lumen tube comprising a plurality of lumens within an outer wall of the multi-lumen tube; an adapter comprising a first end and a second end opposite the first end, wherein: the first end is configured to mate with the manifold; the second end is configured to mate with the multi-lumen tube; the adapter defines a plurality of passages between the first and second ends; and each passage connects one of the fluid connection ports of the manifold to a corresponding lumen of the multi-lumen tube when the adapter is mated with the manifold and the multi-lumen tube; and a threaded connector comprising a first end and a second end opposite the first end, the threaded connector defining an inner bore between the first and second ends of the threaded connector, the inner bore of the threaded connector configured to receive the adapter, the threaded connector being rotatable relative to the adapter, and the first end of the threaded connector being threaded and configured to mate with the threaded portion of the manifold to secure the adapter to the manifold. a manifold comprising a threaded portion and a plurality of fluid connection ports, the manifold configured to couple to a medical fluid cassette; a multi-lumen tube comprising a plurality of lumens within an outer wall of the multi-lumen tube; an adapter comprising a first end and a second end opposite the first end, wherein: the first end is configured to mate with the manifold; the second end is configured to mate with the multi-lumen tube; the adapter defines a plurality of passages between the first and second ends; and each passage connects one of the fluid connection ports of the manifold to a corresponding lumen of the multi-lumen tube when the adapter is mated with the manifold and the multi-lumen tube; and the first end is configured to mate with the manifold; the second end is configured to mate with the multi-lumen tube; the adapter defines a plurality of passages between the first and second ends; and each passage connects one of the fluid connection ports of the manifold to a corresponding lumen of the multi-lumen tube when the adapter is mated with the manifold and the multi-lumen tube; and a threaded connector comprising a first end and a second end opposite the first end, the threaded connector defining an inner bore between the first and second ends of the threaded connector, the inner bore of the threaded connector configured to receive the adapter, the threaded connector being rotatable relative to the adapter, and the first end of the threaded connector being threaded and configured to mate with the threaded portion of the manifold to secure the adapter to the manifold.
A scanner system comprising a radiation generator arranged to generate radiation to irradiate an object; detection means arranged to detect the radiation after it has interacted with the object and generate a sequence of detector data sets as the object is moved relative to the generator; and processing means arranged to process each of the detector data sets thereby to generate a control output arranged to control the radiation generator to vary its radiation output as the object is scanned, wherein the radiation generator comprises a collimator, wherein the scanner system is characterized in that the control output is arranged to generate the radiation as a beam and to vary the position or width of the beam in response to the control output thereby to vary the proportion of the beam that is blocked by the collimator.
Gear machine, in particular external gear pump or external gear motor, having a housing (31; 40; 41), in the interior space of which at least two gearwheels (12; 13) are arranged which mesh with one another in external engagement, the interior space of the housing (31; 40; 41) extending with a constant cross-sectional shape along a longitudinal direction, the said cross-sectional shape being adapted to the gearwheels (12; 13), at least one bearing body being provided which is arranged next to the gearwheels (12; 13) with regard to the longitudinal direction, the radial outer surface of which bearing body is adapted sealingly to the interior space, the said bearing body being movable in the longitudinal direction, the gearwheels (12; 13) being mounted rotatably in the at least one bearing body, the at least one bearing body being assigned an elongate, elastic seal which makes sealing contact with the housing (40; 41), the seal extending in sections in an axial plane which is oriented perpendicularly with respect to the longitudinal axis, the seal having at least one direction change, the said seal extending with an associated end region along the radial outer surface of the associated bearing body, the seal extending at the two opposite end regions along the radial outer surface of the associated bearing body, the end regions being arranged adjacently with respect to different gearwheels (12; 13), the seal extending parallel to the longitudinal direction in the end region, the seal being configured in one piece over its entire length, characterized in that the seal has the shape of the numeral "3" in the region of the axial plane, its arcuate sections surrounding the rotational axes of the associated gearwheels (12; 13), the seal separating two pressure fields from one another.