mhurhangee/ep-ind-claims huggingface dataset:
A roller assembly and sill for supporting a panel, the roller assembly including a coupling for connecting the assembly to the panel and a roller to transfer a weight load of the panel to the sill, wherein: the sill includes a profile with an access channel that communicates with an internal void of the sill, wherein the void houses the roller and the sill further includes, a rail section to support the roller in the void and a sump adjacent the rail section; wherein the roller is oriented for rotation about an axis which extends in a direction of the weight load; the roller assembly and sill characterized in that the rail section is provided with a surface along which the roller travels and through which the weight load of the panel is transferred to the sill, the surface being angled toward the sump to direct debris off the rail section and into the sump; and the roller is fitted with a skirt that has a brush section that rotates as the roller rotates, to sweep the debris off the surface and into the sump as the roller travels along the rail section. the sill includes a profile with an access channel that communicates with an internal void of the sill, wherein the void houses the roller and the sill further includes, a rail section to support the roller in the void and a sump adjacent the rail section; wherein the roller is oriented for rotation about an axis which extends in a direction of the weight load; the roller assembly and sill characterized in that the rail section is provided with a surface along which the roller travels and through which the weight load of the panel is transferred to the sill, the surface being angled toward the sump to direct debris off the rail section and into the sump; and the roller is fitted with a skirt that has a brush section that rotates as the roller rotates, to sweep the debris off the surface and into the sump as the roller travels along the rail section.
Exhaust gas cooler for a combustion engine, in particular an internal combustion engine, with - a housing, - at least one inlet provided on the housing for the inflow of exhaust gas, - at least one outlet provided on the housing for the discharge of exhaust gas, wherein the inlet and the outlet are fluidly connected within the housing, - wherein the housing comprises fastening elements for fastening a particle filter in the area of the outlet, - wherein the housing is formed at least in certain areas as a diffusor with a flow cross-sectional area that substantially increases in the direction of the outlet, - wherein the diffusor comprises a contact surface at least in certain areas extending around the outlet for mounting the particle filter, characterized in that - the fastening elements comprise multiple axial fastening elements arranged on the contact surface, - the diffusor further comprises a frame at least in certain areas extending around the outlet for framing the particle filter, - the fastening elements comprise multiple radial fastening elements arranged on an inner surface of the frame adjacent to the contact surface. - a housing, - at least one inlet provided on the housing for the inflow of exhaust gas, - at least one outlet provided on the housing for the discharge of exhaust gas, wherein the inlet and the outlet are fluidly connected within the housing, - wherein the housing comprises fastening elements for fastening a particle filter in the area of the outlet, - wherein the housing is formed at least in certain areas as a diffusor with a flow cross-sectional area that substantially increases in the direction of the outlet, - wherein the diffusor comprises a contact surface at least in certain areas extending around the outlet for mounting the particle filter, - the fastening elements comprise multiple axial fastening elements arranged on the contact surface, - the diffusor further comprises a frame at least in certain areas extending around the outlet for framing the particle filter, - the fastening elements comprise multiple radial fastening elements arranged on an inner surface of the frame adjacent to the contact surface.
A displacement encoder for movable shaft comprising a sleeve intended to be fastened onto the shaft, and an encoder element made of magnetizable polymer attached to said sleeve, the encoder element exhibiting an encoding zone furnished with at least one polarized mark, characterized in that at least the encoding zone of the encoding element is covered with a protective layer made of PTFE, a polymer which exhibits a greater surface abrasion resistance than the magnetizable polymer.
An anti reflux device comprising a valve arranged to allow unidirectional flow through the valve; and retention means adapted to enable the device to be secured to a wall of a human or animal stomach, wherein the retention means comprises a flange disposed substantially circumferentially about the valve, characterised in that the flange comprises a conduit having a plurality of apertures opening onto a stomach contacting side of the flange and through which an adhesive may be pumped onto the stomach contacting side of the flange to enable the device to be secured to the stomach wall.
System for bonding an electronic device, comprising a first bonding pad, a second bonding pad and a bonding wire, wherein the bonding wire comprises a core with a surface, wherein the core comprises aluminium as a main component, wherein the core contains scandium as a component in an amount between 0.05% and 1.0 %, wherein at least 30% of the scandium in the core is present in a phase separate to the aluminium main component, and wherein the bonding wire is connected to at least one of the bonding pads by means of wedge-bonding.
A lighting device, extending substantially along a first axis and comprising a LED light source having a substantially hemispheric emission on a side of an emission plane, and an optical group positioned in front of the light source; the optical group being configured so as to receive light from the light source and generate a light ring extending 360° about the light source on opposite sides of the emission plane and substantially parallel to a meridian plane, perpendicular to the emission plane and containing the axis, of the lighting device; the optical group comprising a first lens and a second lens arranged in series in front of the light source and positioned one inside the other and spaced from one another by an air gap; characterized in that the lenses (11, 12) have respective inner optical surfaces (16a, 17a), concave and curved about the transverse axis, and respective outer optical surfaces (16b,17b), convex and curved about the transverse axis, opposite with respect to one another; and respective pairs of opposite lateral sides (18, 19), substantially plane and parallel to one another and to the meridian plane and joining the optical surfaces (16a, 16b) of the first lens and, respectively, the optical surfaces (17a, 17b) of the second lens.
A compound of Formula (I-c): or a salt or polymorph thereof, wherein: A2, A3, A5, and A6 are each independently an amino acid residue; A4 is *-Ile-Pro-Val-Leu-Asp-Glu-Asn-Gly-Leu-Phe-Ala-Pro- (SEQ ID NO: 2), wherein * indicates attachment to A5; and A7 is *-(C=O)-CH 2 -; wherein * indicates attachment to A6. A2, A3, A5, and A6 are each independently an amino acid residue; A4 is *-Ile-Pro-Val-Leu-Asp-Glu-Asn-Gly-Leu-Phe-Ala-Pro- (SEQ ID NO: 2), wherein * indicates attachment to A5; and A7 is *-(C=O)-CH 2 -; wherein * indicates attachment to A6.
A controller configured for monitoring disturbances of a pressure sensor assembly, the pressure sensor assembly comprising at least two sensors (112, 114), wherein the sensors (112, 114) are configured for measuring a pressure and wherein the at least two sensors (112, 114) have a sensor dependent measurement sensitivity Sm for the pressure, and at least one of the sensors (112, 114) is sensitive for a disturbance with a sensor dependent disturbance sensitivity Sd, wherein a ratio Sm/Sd of the measurement sensitivity and the disturbance sensitivity is different for at least two sensors (112, 114), characterized in that the controller is configured for detecting the disturbance by comparing outputs of the at least two sensors and that the controller is configured for determining the pressure from the outputs of both sensors. the pressure sensor assembly comprising at least two sensors (112, 114), wherein the sensors (112, 114) are configured for measuring a pressure and wherein the at least two sensors (112, 114) have a sensor dependent measurement sensitivity Sm for the pressure, and at least one of the sensors (112, 114) is sensitive for a disturbance with a sensor dependent disturbance sensitivity Sd, wherein a ratio Sm/Sd of the measurement sensitivity and the disturbance sensitivity is different for at least two sensors (112, 114), characterized in that the controller is configured for detecting the disturbance by comparing outputs of the at least two sensors and that the controller is configured for determining the pressure from the outputs of both sensors.
A method of processing video packets associated with a video stream, comprising: receiving, over a first logical channel, a first video packet associated with a video stream; receiving, over a second logical channel, a second video packet associated with the video stream; assigning, based on receiving the first video packet over the first logical channel, a first maximum number of retransmissions to the first video packet, the first maximum number of retransmissions associated with the first logical channel; and assigning, based on receiving the second video packet over the second logical channel, a second maximum number of retransmissions to the second video packet, the second maximum number of retransmissions associated with the second logical channel, wherein the first maximum number of retransmissions is different from the second maximum number of retransmissions, wherein the first and second logical channels are used by a video application that is associated with the video stream. receiving, over a first logical channel, a first video packet associated with a video stream; receiving, over a second logical channel, a second video packet associated with the video stream; assigning, based on receiving the first video packet over the first logical channel, a first maximum number of retransmissions to the first video packet, the first maximum number of retransmissions associated with the first logical channel; and assigning, based on receiving the second video packet over the second logical channel, a second maximum number of retransmissions to the second video packet, the second maximum number of retransmissions associated with the second logical channel, wherein the first maximum number of retransmissions is different from the second maximum number of retransmissions, wherein the first and second logical channels are used by a video application that is associated with the video stream.
A manufacturing method of a yarn for screening applications, characterized by the process steps: - drawing a polyester core yarn from a creel with a tension between 44 to 48 gr provided by a tension apparatus, - winding at least one polyester outer yarn on the core yarn by passing the core yarn and the at least one polyester outer yarn, whose melting temperature is lower than the melting temperature of the core yarn, through a spindle, - winding the core yarn that emanates from the spindle and the outer yarn that is wound on the core yarn on a bobbin by pulling with a tension between 8 to 10 gr, - placing the bobbin in a fixing machine, - keeping the bobbin under 700 mmHg vacuum between 10 to 20 minutes, - increasing the temperature of the bobbin to a temperature between 80 to 90 °C, - keeping the bobbin at this temperature between 40 to 50 minutes, - keeping the bobbin under 700 mmHg vacuum between 25 to 35 minutes. - drawing a polyester core yarn from a creel with a tension between 44 to 48 gr provided by a tension apparatus, - winding at least one polyester outer yarn on the core yarn by passing the core yarn and the at least one polyester outer yarn, whose melting temperature is lower than the melting temperature of the core yarn, through a spindle, - winding the core yarn that emanates from the spindle and the outer yarn that is wound on the core yarn on a bobbin by pulling with a tension between 8 to 10 gr, - placing the bobbin in a fixing machine, - keeping the bobbin under 700 mmHg vacuum between 10 to 20 minutes, - increasing the temperature of the bobbin to a temperature between 80 to 90 °C, - keeping the bobbin at this temperature between 40 to 50 minutes, - keeping the bobbin under 700 mmHg vacuum between 25 to 35 minutes.
A urethane resin comprising a structure shown by the following formula: wherein R 1, R 2, R 3, R 4, R 5, and R 6 each independently represent a linear, branched, or cyclic alkyl group having 1 to 6 carbon atoms, a phenyl group, a 3,3,3-trifluoropropyl group, or a group shown by -(OSiR 7 R 8) n -OSiR 9 R 10 R 11; R 7, R 8, R 9, R 10, and R 11 have the same meanings as R 1 to R 6; "n" is an integer in the range of 0 to 100; and "A" represents a linear or branched alkylene group having 1 to 6 carbon atoms.
A gradient proportioning valve for liquid chromatography comprising: a plurality of inlet ports configured to receive a plurality of fluids; a manifold connected to each of the plurality of inlet ports configured to mix the plurality of fluids in a controlled manner to provide a fluid composition, the manifold including a plurality of conduits internal to the manifold, the plurality of inlet ports each configured to provide fluid to a respective one of the plurality of conduits of the manifold; an actuation mechanism having a piston located within a bored structure surrounding the piston, the actuation mechanism configured to open and close at least one of the plurality of conduits in a controlled manner wherein the piston and the bored structure have a tight tolerance configured to create a fluid tight seal when the actuation mechanism closes the at least one of the plurality of conduits; a common outlet port configured to receive the fluid composition; and at least one accumulator chamber located downstream from at least one of the plurality of inlet ports, the respective one conduit of the manifold, and upstream from the actuation mechanism and the common outlet port, the at least one accumulator chamber having a compliant diaphragm disposed in a back of the at least one accumulator chamber opposite the conduit of the manifold. a plurality of inlet ports configured to receive a plurality of fluids; a manifold connected to each of the plurality of inlet ports configured to mix the plurality of fluids in a controlled manner to provide a fluid composition, the manifold including a plurality of conduits internal to the manifold, the plurality of inlet ports each configured to provide fluid to a respective one of the plurality of conduits of the manifold; an actuation mechanism having a piston located within a bored structure surrounding the piston, the actuation mechanism configured to open and close at least one of the plurality of conduits in a controlled manner wherein the piston and the bored structure have a tight tolerance configured to create a fluid tight seal when the actuation mechanism closes the at least one of the plurality of conduits; a common outlet port configured to receive the fluid composition; and at least one accumulator chamber located downstream from at least one of the plurality of inlet ports, the respective one conduit of the manifold, and upstream from the actuation mechanism and the common outlet port, the at least one accumulator chamber having a compliant diaphragm disposed in a back of the at least one accumulator chamber opposite the conduit of the manifold.
A dust collector intended for operation at a constant suction force, comprising a first, inner cyclone and a swirl generator, which first, inner cyclone is integrated into a larger collection cyclone, which relieves the inner cyclone and its flow channels from the largest dust particles as well as larger items which can be sucked in, which inner cyclone in its lower end has a hose lock,which does not have mechanical moving parts characterized in that the hose lock is elastic.
An apparatus, comprising: a currency cassette (1500, 1600) that is removably positionable from an operating position within an automated banking machine, wherein the currency cassette is configured to hold a plurality of currency notes; the currency cassette comprises an internal electrical power circuit (1572, 1602) that comprises a first coil, (1540, 1604) a power supply coupled with the first coil, and a controller (1522, 1610) coupled with the power supply and the first coil; and a second coil operably coupled with a communication device that is coupled with the controller; wherein the power supply is operable to receive power via magnetic coupling of the first coil with the automated banking machine, wherein the controller is operable to receive power from the power supply, wherein the controller is operable to receive data via magnetic coupling of the first coil with the automated banking machine; wherein the second coil is operable to wirelessly communicate with a second, external device, the controller is operable to exchange data with the second external device via the second coil; and wherein the controller is operable to send data to the automated banking machine by changing magnetic field of the first coil. a currency cassette (1500, 1600) that is removably positionable from an operating position within an automated banking machine, wherein the currency cassette is configured to hold a plurality of currency notes; the currency cassette comprises an internal electrical power circuit (1572, 1602) that comprises a first coil, (1540, 1604) a power supply coupled with the first coil, and a controller (1522, 1610) coupled with the power supply and the first coil; and a second coil operably coupled with a communication device that is coupled with the controller; wherein the power supply is operable to receive power via magnetic coupling of the first coil with the automated banking machine, wherein the controller is operable to receive power from the power supply, wherein the controller is operable to receive data via magnetic coupling of the first coil with the automated banking machine; wherein the second coil is operable to wirelessly communicate with a second, external device, the controller is operable to exchange data with the second external device via the second coil; and wherein the controller is operable to send data to the automated banking machine by changing magnetic field of the first coil.
A tire in which at least one land portion is defined on a tread surface of the tire between grooves (2, 3) or between a groove and a tread edge by at least one groove and a tread edge, wherein the at least one land portion comprises at least one sipe extending linearly, the sipe comprises a first widened portion in which a portion that expands in a direction intersecting an extending direction of the sipe extends continuously from the tread surface toward a depth direction of the sipe, and a second widened portion in which a portion that expands in a direction intersecting the extending direction of the sipe extends continuously in a direction intersecting at least one of the first widened portions, the sipe includes at least one bending point (M1-M3) in the depth direction, and the second widened portion is arranged at each of the bending points (M1-M3). the at least one land portion comprises at least one sipe extending linearly, the sipe comprises a first widened portion in which a portion that expands in a direction intersecting an extending direction of the sipe extends continuously from the tread surface toward a depth direction of the sipe, and a second widened portion in which a portion that expands in a direction intersecting the extending direction of the sipe extends continuously in a direction intersecting at least one of the first widened portions, the sipe includes at least one bending point (M1-M3) in the depth direction, and the second widened portion is arranged at each of the bending points (M1-M3).
An optoelectronic device comprising a light-emitting component and a field-effect transistor (TMOS), the optoelectronic device comprising: a first doped semiconductor layer of a III-V or II-VI compound, of a first conductivity type; an active layer of the light-emitting component; a second doped semiconductor layer of the III-V or II-VI compound, of a second conductivity type opposite to the first type, the active layer being sandwiched between the first and second semiconductor layers, wherein the channel of the field-effect transistor is located in the first semiconductor layer, the first semiconductor layer being uninterrupted between the field-effect transistor and the light-emitting component, characterized in that the optoelectronic device comprises a first trench successively crossing at least the second semiconductor layer, the active layer, and a portion only of the first semiconductor layer, and containing a first electrically-conductive core and a first electrically-insulating layer covering the walls of the first trench at least between the first electrically-conductive core and the second semiconductor layer and between the first electrically-conductive core and the active layer. a first doped semiconductor layer of a III-V or II-VI compound, of a first conductivity type; an active layer of the light-emitting component; a second doped semiconductor layer of the III-V or II-VI compound, of a second conductivity type opposite to the first type, the active layer being sandwiched between the first and second semiconductor layers, wherein the channel of the field-effect transistor is located in the first semiconductor layer, the first semiconductor layer being uninterrupted between the field-effect transistor and the light-emitting component, characterized in that the optoelectronic device comprises a first trench successively crossing at least the second semiconductor layer, the active layer, and a portion only of the first semiconductor layer, and containing a first electrically-conductive core and a first electrically-insulating layer covering the walls of the first trench at least between the first electrically-conductive core and the second semiconductor layer and between the first electrically-conductive core and the active layer.
A bending press, in particular an edging press, with a machine frame with a fixed table bar, able to be equipped with bending tools (29, 30), and a press bar movable by a drive arrangement in a plane perpendicular to a supporting surface for the bending tools (29, 30) of the table bar in a guide arrangement of the machine frame relative to the fixed table bar, wherein the press bar supports a tool bar, able to be equipped with the bending tools (29, 30), movably in a displacement direction parallel to a displacement direction of the press bar, in a further guide arrangement, and between the press bar and the tool bar a plurality of adjusting means of a further drive arrangement are arranged, spaced apart from one another in the direction of the longitudinal extent of the press bar, aligned parallel to one another in the direction of action of force to the displacement direction of the press bar, characterized in that the adjusting means are formed by pressure pistons, displaceable in bores of the press bar, able to be acted upon on one side by a pressure medium from a supply facility, wherein a clamping arrangement for the pressure piston, arranged in the bore, is associated with each adjusting means.