mhurhangee/ep-ind-claims huggingface dataset:
Metallic shiny part as an emblem, decoration, lettering, or strip, in particular on a vehicle, having a metallic or metallized external front upper side which forms an upper plane and a lower plane that is parallel and/or oblique to the upper plane, wherein regions which form signs, letters, numbers, peripheries, and/or graphic regions, project on the lower plane, said regions by way of the upper external face thereof lying in the upper plane, and wherein exclusively the lower intermediate faces of the lower plane that lie between the projecting regions are covered with a least one coloured lacquer, wherein the coloured lacquer in the form of drops is applied to the lower intermediate faces.
An installation for gasifying lumpy fuels with a pyrolysis reactor and a gas motor, wherein an exhaust gas outlet of the gas motor is connected to an input of an afterburning combustion chamber, wherein an exhaust gas outlet of the afterburning combustion chamber is connected to at least one heating gas inlet of the pyrolysis reactor, characterized in that the afterburning combustion chamber comprises a burner, and heat supply to the afterburning combustion chamber occurs by the burner.
An arrangement comprising two railcar bodies (27, 28), a Jacob's bogie, wherein the ends of the two railcar bodies (27, 28) abut against the Jacob's bogie, and a bogie coupling for the Jacob's bogie having an articulated coupling for the articulated connection of the railcar bodies (27, 28) and having a longitudinal control arm, wherein the longitudinal control arm connects one of the railcar bodies and a bogie frame with one another, and wherein the longitudinal control arm has a bearing (15, 19) on both ends, wherein at least one of the axes of rotation of the bearings (15, 19) extends in the vertical direction, characterized in that one of the coupling members (22, 23) of the articulated coupling and a cross-member (5.1) of the bogie frame have a fastening bore for a bearing pin of one of the bearings of the longitudinal control arm.
An apparatus comprising: a fluid impermeable casing having a first end, a second end, and a longitudinally extending fluid impermeable layer between the first end and the second end, the fluid impermeable layer defining an elongated opening between the first end and the second end, the casing having a fluid reservoir at the first end, the casing defining a fluid outlet; a fluid permeable support disposed within the casing, the material of which the fluid permeable support is formed having sufficient porosity and permeability to allow urine to pass freely through the fluid permeable support and sufficient loft and resiliency to extend out of the elongated opening; the apparatus configured to be disposed with a portion of the fluid permeable support adjacent to a urethral opening of a user, to receive urine discharged from the urethral opening though the fluid permeable support, and into the reservoir, and to have the received urine withdrawn from the reservoir via the fluid outlet. a fluid impermeable casing having a first end, a second end, and a longitudinally extending fluid impermeable layer between the first end and the second end, the fluid impermeable layer defining an elongated opening between the first end and the second end, the casing having a fluid reservoir at the first end, the casing defining a fluid outlet; a fluid permeable support disposed within the casing, the material of which the fluid permeable support is formed having sufficient porosity and permeability to allow urine to pass freely through the fluid permeable support and sufficient loft and resiliency to extend out of the elongated opening; the apparatus configured to be disposed with a portion of the fluid permeable support adjacent to a urethral opening of a user, to receive urine discharged from the urethral opening though the fluid permeable support, and into the reservoir, and to have the received urine withdrawn from the reservoir via the fluid outlet.
A light fixture comprising: a body portion comprising a housing, wherein the housing comprises an opening at a first end; a plurality of light emitting diode, in short LED, modules, each of which is positioned in the opening, and each of which includes a circuit board and one or more LEDs; a sensor cavity comprising one or more sensors; and a plurality of conduits (44, 46, 48) that provide a sealed path between the LED modules and the sensor cavity so that the circuit boards and LEDs of the LED modules, the conduits (44, 46, 48) and the sensor cavity exhibit a plurality of environmental conditions, wherein each of the plurality of environmental conditions are maintained at a corresponding constant level, and wherein the one or more sensors are configured to monitor the plurality of environmental conditions. a body portion comprising a housing, wherein the housing comprises an opening at a first end; a plurality of light emitting diode, in short LED, modules, each of which is positioned in the opening, and each of which includes a circuit board and one or more LEDs; a sensor cavity comprising one or more sensors; and a plurality of conduits (44, 46, 48) that provide a sealed path between the LED modules and the sensor cavity so that the circuit boards and LEDs of the LED modules, the conduits (44, 46, 48) and the sensor cavity exhibit a plurality of environmental conditions, wherein each of the plurality of environmental conditions are maintained at a corresponding constant level, and wherein the one or more sensors are configured to monitor the plurality of environmental conditions.
An extract of Plectranthus amboinicus (Lour.) Spreng enriching anti-arthritis activity prepared by a process comprising the following steps: (a) extracting dried Plectranthus amboinicus (Lour.) Spreng with an alcoholic solution to obtain a crude extract; (b) eluting the crude extract by a normal phase chromatography using hexane as a first solvent and hexane/ethyl acetate as a second solvent to obtain an elute from the second solvent. (a) extracting dried Plectranthus amboinicus (Lour.) Spreng with an alcoholic solution to obtain a crude extract; (b) eluting the crude extract by a normal phase chromatography using hexane as a first solvent and hexane/ethyl acetate as a second solvent to obtain an elute from the second solvent.
A distributed video stream processing system comprising: a plurality of storage machines, each of the plurality of storage machines having one or more storage devices storing at least one respective segment of a video stream which is striped across the storage devices, the plurality of storage machines being configured to: accept bit rate control instructions; process the least one segment of the video stream according to the bit rate control instructions, thereby producing a changed segment of the video stream, wherein the at least one segment is processed by changing the bit rate of the at least one segment according to the bit rate control instructions; and provide output of at least said changed segment of the video stream, and a server configured to: provide the bit rate control instructions to the plurality of storage machines; accept the output of the storage machines; and combine the output into a video transport stream. a plurality of storage machines, each of the plurality of storage machines having one or more storage devices storing at least one respective segment of a video stream which is striped across the storage devices, the plurality of storage machines being configured to: accept bit rate control instructions; process the least one segment of the video stream according to the bit rate control instructions, thereby producing a changed segment of the video stream, wherein the at least one segment is processed by changing the bit rate of the at least one segment according to the bit rate control instructions; and provide output of at least said changed segment of the video stream, and accept bit rate control instructions; process the least one segment of the video stream according to the bit rate control instructions, thereby producing a changed segment of the video stream, wherein the at least one segment is processed by changing the bit rate of the at least one segment according to the bit rate control instructions; and provide output of at least said changed segment of the video stream, and a server configured to: provide the bit rate control instructions to the plurality of storage machines; accept the output of the storage machines; and combine the output into a video transport stream. provide the bit rate control instructions to the plurality of storage machines; accept the output of the storage machines; and combine the output into a video transport stream.
Vehicle exhaust silencer, the silencer comprising a substantially sealed principal enclosure internally delimiting a space for circulation of exhaust gases, and at least one partial enclosure pressed against the principal enclosure, the partial enclosure in developed state being elongated in shape along a longitudinal line and being delimited in a transverse direction substantially perpendicular to the longitudinal line by two lateral edges opposite each other, the partial enclosure having a given developed longitudinal length (l); the partial enclosure being without any attachment to the principal enclosure on at least one longitudinal section (38, 47), the longitudinal section or sections extending from one lateral edge to the other and extending in total over a cumulative developed longitudinal length of at least 20% of the given developed longitudinal length (l), ideally at least 80% of the given developed longitudinal length (l), characterised in that the principal enclosure is rolled around a central axis, the or each partial enclosure being arranged in such a way that the longitudinal line is circumferential around the central axis, and in that the principal enclosure has two axial edges substantially parallel to the central axis and a rigid attachment of the two axial edges to each other, the or each partial enclosure having two opposite longitudinal ends attached to the principle enclosure by said rigid attachment.
A method for fabricating a thermal insulation assembly, the method comprising the steps of: (a) providing a machined ceramic tile having a surface; (b) coating the surface of the ceramic tile with an alumina-mullite slurry; (c) preparing a first mullite-alumina-based ceramic matrix composite ply in the steps of: providing a ceramic fiber; preparing a mullite-alumina-based ceramic matrix comprising a mullite alumina powder mixture, the mullite to alumina ratio by weight being from 5/95 to 95/5; impregnating the ceramic fiber with the mullite-alumina-based ceramic matrix, (d) applying the first mullite-alumina-based ceramic matrix composite ply overlying the coated surface of the ceramic tile; and (e) curing the first ceramic matrix composite ply. (a) providing a machined ceramic tile having a surface; (b) coating the surface of the ceramic tile with an alumina-mullite slurry; (c) preparing a first mullite-alumina-based ceramic matrix composite ply in the steps of: providing a ceramic fiber; preparing a mullite-alumina-based ceramic matrix comprising a mullite alumina powder mixture, the mullite to alumina ratio by weight being from 5/95 to 95/5; impregnating the ceramic fiber with the mullite-alumina-based ceramic matrix, providing a ceramic fiber; preparing a mullite-alumina-based ceramic matrix comprising a mullite alumina powder mixture, the mullite to alumina ratio by weight being from 5/95 to 95/5; impregnating the ceramic fiber with the mullite-alumina-based ceramic matrix, (d) applying the first mullite-alumina-based ceramic matrix composite ply overlying the coated surface of the ceramic tile; and (e) curing the first ceramic matrix composite ply.
A medical device (10, 22, 36, 84, 92, 130) for generating heat in an amount for treatment, comprising: a stretchable backing layer (12, 24, 38) having opposing sides (48, 50), the stretchable backing layer (12, 24, 38) impermeable to water, oxygen, or both; an adhesive layer (14, 26) in contact with a first side of the stretchable backing layer (12, 24, 38); an alkali metal (16, 28) selected from a single pure alkali metal (16, 28) and an alloy of multiple pure alkali metals (16, 28), the alkali metal (16, 28) in contact with at least a portion of the adhesive layer (14, 26) on the first side of the stretchable backing layer (12, 24, 38) to define a treatment region (18, 30); and a release liner (20, 32, 44) in contact with the adhesive layer (14, 26) and the treatment region (18, 30), wherein the alkali metal (16, 28) is configured to contact a treatment site to generate heat, and wherein the treatment region (18, 30) area is at least 10% smaller than the stretchable backing layer (12, 24, 38) area. a stretchable backing layer (12, 24, 38) having opposing sides (48, 50), the stretchable backing layer (12, 24, 38) impermeable to water, oxygen, or both; an adhesive layer (14, 26) in contact with a first side of the stretchable backing layer (12, 24, 38); an alkali metal (16, 28) selected from a single pure alkali metal (16, 28) and an alloy of multiple pure alkali metals (16, 28), the alkali metal (16, 28) in contact with at least a portion of the adhesive layer (14, 26) on the first side of the stretchable backing layer (12, 24, 38) to define a treatment region (18, 30); and a release liner (20, 32, 44) in contact with the adhesive layer (14, 26) and the treatment region (18, 30), wherein the alkali metal (16, 28) is configured to contact a treatment site to generate heat, and wherein the treatment region (18, 30) area is at least 10% smaller than the stretchable backing layer (12, 24, 38) area.
An active steering system for an articulated vehicle having a steerable front axle, the active steering system comprising: a joint base and a suspension arm for connecting a front frame with a trailer frame, wherein the front frame and the suspension arm are rotated relative to each other through the joint base and the suspension arm; a hydraulic turntable installed on the joint base for adjusting a joint angle between the front frame and the trailer frame, wherein the hydraulic turntable comprises a hydraulic motor, a pressure regulating valve, a ring gear, a small gear and a bearing; a main hydraulic pump and a servo motor, wherein the servo motor is connected with the main hydraulic pump, and the main hydraulic pump and the servo motor are installed in a chamber of the trailer frame, wherein the main hydraulic pump and the servo motor transfer a hydraulic oil to the hydraulic motor through a first hydraulic tube and a second hydraulic tube so as to provide a control torsion force in a clockwise direction or a counterclockwise direction; and a control unit for controlling an assisted steering mode, wherein in the assisted steering mode, a target joint angle is determined according to a position information of a steering wheel, and the control unit instructs the servo motor to pressurize the hydraulic oil and turn the hydraulic turntable at a calculated angular velocity according to a velocity of the articulated vehicle until a joint angle between the front and the trailer frame reaches the target joint angle. a joint base and a suspension arm for connecting a front frame with a trailer frame, wherein the front frame and the suspension arm are rotated relative to each other through the joint base and the suspension arm; a hydraulic turntable installed on the joint base for adjusting a joint angle between the front frame and the trailer frame, wherein the hydraulic turntable comprises a hydraulic motor, a pressure regulating valve, a ring gear, a small gear and a bearing; a main hydraulic pump and a servo motor, wherein the servo motor is connected with the main hydraulic pump, and the main hydraulic pump and the servo motor are installed in a chamber of the trailer frame, wherein the main hydraulic pump and the servo motor transfer a hydraulic oil to the hydraulic motor through a first hydraulic tube and a second hydraulic tube so as to provide a control torsion force in a clockwise direction or a counterclockwise direction; and a control unit for controlling an assisted steering mode, wherein in the assisted steering mode, a target joint angle is determined according to a position information of a steering wheel, and the control unit instructs the servo motor to pressurize the hydraulic oil and turn the hydraulic turntable at a calculated angular velocity according to a velocity of the articulated vehicle until a joint angle between the front and the trailer frame reaches the target joint angle.
A method of measuring a rotational position of an assembly, the method comprising: applying an excitation signal to an actuator that is coupled to the assembly that includes an array of ferromagnetic teeth that are arranged circumferentially about the assembly, wherein the excitation signal causes a first rotational displacement of a first ferromagnetic tooth included in the array from a first rotational position to a second rotational position; measuring one or more signal outputs from a magnetoresistive sensor when the first ferromagnetic tooth is disposed at the second rotational position; generating one or more corrected signals by modifying each of the one or more signal outputs with a respective signal offset value; and based on the corrected signals, determining a rotational position of the assembly. applying an excitation signal to an actuator that is coupled to the assembly that includes an array of ferromagnetic teeth that are arranged circumferentially about the assembly, wherein the excitation signal causes a first rotational displacement of a first ferromagnetic tooth included in the array from a first rotational position to a second rotational position; measuring one or more signal outputs from a magnetoresistive sensor when the first ferromagnetic tooth is disposed at the second rotational position; generating one or more corrected signals by modifying each of the one or more signal outputs with a respective signal offset value; and based on the corrected signals, determining a rotational position of the assembly.
Spray arm arrangement for a dishwasher, in particular a domestic dishwasher, comprising a spray arm and a retaining element for retaining the spray arm, wherein the spray arm is rotatably mounted to the retaining element, wherein at least one mounting segment and at least one counter-mounting segment are provided for the rotatable mounting, and wherein the mounting segment has recesses, characterised in that the recesses of the mounting segment have a widening shape.
Control system for train doors comprising power control means of the motor operating the doors in charge of regulating the voltage, reversing the polarity or rotation of and applying a brake to said motor, state and position control means of said doors and a microprocessor which processes the external controlling open and close signals, as well as those of said state and position control means of said doors to perform, from this information, the control of the motor through the power control means of said motor, wherein the power control means of the motor comprise a single bridge of four transistors (1, 2, 3 and 4), and in that the state and position control means of the doors comprise: - an encoder coupled to the shaft of the motor for determining the position, speed and direction of the door; and - a limit switch for detecting the complete closing of the door and its mechanical anchoring; characterized in that it also comprises: - means for determining an overcurrent occurring in the motor due to the blocking of the shaft occurring when the door reaches the end of its travel, performing a triple-check of the state and position of said doors; and - in that in order to respond to malfunction situations of the microprocessor, it comprises a hardware device operated by the close line preventing the bridge of transistors (1, 2, 3, 4) from being able to command the motor to open the doors if there is a close order, preventing said doors from opening accidentally. - an encoder coupled to the shaft of the motor for determining the position, speed and direction of the door; and - a limit switch for detecting the complete closing of the door and its mechanical anchoring; characterized in that it also comprises: - means for determining an overcurrent occurring in the motor due to the blocking of the shaft occurring when the door reaches the end of its travel, performing a triple-check of the state and position of said doors; and - in that in order to respond to malfunction situations of the microprocessor, it comprises a hardware device operated by the close line preventing the bridge of transistors (1, 2, 3, 4) from being able to command the motor to open the doors if there is a close order, preventing said doors from opening accidentally.
An angle adjustment mechanism comprising: a base member to which a display device is attached; a support member configured to support the base member from below and move up and down in conjunction with a rotation operation of the base member; a mount member having a rotation shaft rotatably connecting the base member; and a suppression member configured to suppress up-and-down movement of the support member by frictional force, the suppression member being formed of an elastic material and attached to the mount member, wherein the suppression member is provided with a hole into which a part of the support member is inserted, and the frictional force is generated between the suppression member and the support member in the hole, and the support member is configured to move up and down by sliding through a hole provided in the suppression member in association with a rotation operation of the base member, and to stop movement by the frictional force when the rotation operation of the base member stops. a base member to which a display device is attached; a support member configured to support the base member from below and move up and down in conjunction with a rotation operation of the base member; a mount member having a rotation shaft rotatably connecting the base member; and a suppression member configured to suppress up-and-down movement of the support member by frictional force, the suppression member being formed of an elastic material and attached to the mount member, wherein the suppression member is provided with a hole into which a part of the support member is inserted, and the frictional force is generated between the suppression member and the support member in the hole, and the support member is configured to move up and down by sliding through a hole provided in the suppression member in association with a rotation operation of the base member, and to stop movement by the frictional force when the rotation operation of the base member stops.
Assembly having a first component, having a second component which is enclosed by the first component, having a diaphragm which covers a radial gap between the components (11, 12) and is fixed sealingly on the first and second component (11, 12), and having a volume of a medium, which volume is enclosed by the components (11, 12) and the diaphragm, a filling valve for introducing the medium being arranged in one of the components (11, 12), and the filling valve being arranged in a filling channel which runs in the component (11, 12), the filling channel beginning on an outer side of the component (11, 12), which outer side lies outside the volume which is enclosed by way of the diaphragm, characterized in that the filling valve is configured as a check valve with a spring return mechanism.