mhurhangee/ep-ind-claims huggingface dataset:
A vehicle information management system adapted for managing diagnostic data indicating a vehicle state, comprising: a plurality of parameter detectors each adapted for detecting a parameter related to the vehicle state; a diagnostic data producing unit adapted for producing the diagnostic data based on a parameter detected by each of the parameter detectors; a storage adapted for storing one or more diagnostic data pieces; and a transmitter adapted for transmitting the one or more diagnostic data pieces stored in the storage to an external device connected to the vehicle, characterized in that the transmitter is adapted for transmitting terminal data being data that notifies the end of transmission of all the diagnostic data pieces or that diagnostic data piece is not stored in the storage region after transmitting all of the one or more diagnostic data pieces that is stored in a storage region of the storage included in the vehicle. a plurality of parameter detectors each adapted for detecting a parameter related to the vehicle state; a diagnostic data producing unit adapted for producing the diagnostic data based on a parameter detected by each of the parameter detectors; a storage adapted for storing one or more diagnostic data pieces; and a transmitter adapted for transmitting the one or more diagnostic data pieces stored in the storage to an external device connected to the vehicle, characterized in that the transmitter is adapted for transmitting terminal data being data that notifies the end of transmission of all the diagnostic data pieces or that diagnostic data piece is not stored in the storage region after transmitting all of the one or more diagnostic data pieces that is stored in a storage region of the storage included in the vehicle.
A method for controlling a washing machine which is provided with a drum motion for rotating a drum having laundry introduced thereto in a preset direction by using a motor, comprising the steps of: an observing motion in which the drum is rotated from a stationary state up to a preset observing reference angle in a direction opposite to a direction set in the drum motion before the drum motion is performed; an inertia motion in which a current supplied to the motor is cut off so that the drum rotates by inertia after the drum rotates to the observing reference angle, wherein the inertia motion is configured to be executed after finish of the observing motion; and an acceleration motion in which the drum is rotated up to a preset acceleration reference angle in the same direction as the direction set in the drum motion with reference to the lowest point of the drum, wherein the acceleration motion is configured to be executed after the inertia motion; wherein the observing reference angle is 15-45 degrees in a rotation direction of the observing motion with reference to a lowest point of the drum. an observing motion in which the drum is rotated from a stationary state up to a preset observing reference angle in a direction opposite to a direction set in the drum motion before the drum motion is performed; an inertia motion in which a current supplied to the motor is cut off so that the drum rotates by inertia after the drum rotates to the observing reference angle, wherein the inertia motion is configured to be executed after finish of the observing motion; and an acceleration motion in which the drum is rotated up to a preset acceleration reference angle in the same direction as the direction set in the drum motion with reference to the lowest point of the drum, wherein the acceleration motion is configured to be executed after the inertia motion; wherein the observing reference angle is 15-45 degrees in a rotation direction of the observing motion with reference to a lowest point of the drum.
A method of manufacturing a plug used to pierce and roll a metal material, comprising the steps of: preparing a plug material; and manufacturing a plug including an oxide scale layer having an inner scale layer formed on the surface of the plug material and an outer scale layer formed on said inner scale layer by thermally treating said prepared plug material in a heat treatment atmosphere that contains at least 2.0 vol.% oxygen at a heat treatment temperature from 950°C to 1000°C for 6 to 25 hours and, after the thermal treatment, cooling said prepared plug material at a cooling rate of 25 to 150°C per hour. preparing a plug material; and manufacturing a plug including an oxide scale layer having an inner scale layer formed on the surface of the plug material and an outer scale layer formed on said inner scale layer by thermally treating said prepared plug material in a heat treatment atmosphere that contains at least 2.0 vol.% oxygen at a heat treatment temperature from 950°C to 1000°C for 6 to 25 hours and, after the thermal treatment, cooling said prepared plug material at a cooling rate of 25 to 150°C per hour.
A method for using a power savings mode in a wireless device, comprising: operating in accordance with a scheduling service; monitoring voice over Internet Protocol, VoIP, traffic to detect silence; automatically entering a power savings mode, in response to at least the detected silence; and sending a request to a base station prior to entering the power savings mode, to reduce the amount of allocated bandwidth while in the power savings mode. operating in accordance with a scheduling service; monitoring voice over Internet Protocol, VoIP, traffic to detect silence; automatically entering a power savings mode, in response to at least the detected silence; and sending a request to a base station prior to entering the power savings mode, to reduce the amount of allocated bandwidth while in the power savings mode.
An impact absorbing conveyor belt comprising: an impact absorption layer having a first side and a second side that is opposite the first side, wherein the impact absorption layer has a durometer, wherein when the conveyor belt is in use, the first side of the impact absorption layer is oriented toward a surface of the conveyor belt on which an object being conveyed is placed; a first fabric layer on the first side of the impact absorption layer; a first rubber layer on a surface of the first fabric layer that is opposite the impact absorption layer; a second fabric layer on a surface of the first rubber layer that is opposite the first fabric layer; a top cover layer having a durometer that is greater than the durometer of the impact absorption layer, wherein the top cover layer is positioned on a surface of the second fabric layer that is opposite the first rubber layer; a third fabric layer on the second side of the impact absorption layer; a second rubber layer on a surface of the third fabric layer that is opposite the impact absorption layer; and a fourth fabric layer on a surface of the second rubber layer that is opposite the third fabric layer. an impact absorption layer having a first side and a second side that is opposite the first side, wherein the impact absorption layer has a durometer, wherein when the conveyor belt is in use, the first side of the impact absorption layer is oriented toward a surface of the conveyor belt on which an object being conveyed is placed; a first fabric layer on the first side of the impact absorption layer; a first rubber layer on a surface of the first fabric layer that is opposite the impact absorption layer; a second fabric layer on a surface of the first rubber layer that is opposite the first fabric layer; a top cover layer having a durometer that is greater than the durometer of the impact absorption layer, wherein the top cover layer is positioned on a surface of the second fabric layer that is opposite the first rubber layer; a third fabric layer on the second side of the impact absorption layer; a second rubber layer on a surface of the third fabric layer that is opposite the impact absorption layer; and a fourth fabric layer on a surface of the second rubber layer that is opposite the third fabric layer.
A network element (18, 200) configured to implement an Ethernet Virtual Private Network, EVPN, Virtual Private Wire Service, VPWS, Flexible Cross-Connect, FXC, local switching service, the network element comprising: a plurality of ports; and a switching fabric configured to switch traffic between the plurality of ports; wherein a set of the ports is configured in a distributed Link Aggregation Group, LAG, with two nodes (12, 14), and an inter-chassis link is configured with a second network element (20, 200), and wherein the network element is configured to cause, responsive to a failure of the inter-chassis link, a distribution state of members in the distributed LAG to be coordinated, where one member of an Ethernet Segment Instance, ESI, being out-of-distribution causes another member with another ESI in a common VPWS to change to being out-of-distribution. a plurality of ports; and a switching fabric configured to switch traffic between the plurality of ports; wherein a set of the ports is configured in a distributed Link Aggregation Group, LAG, with two nodes (12, 14), and an inter-chassis link is configured with a second network element (20, 200), and wherein the network element is configured to cause, responsive to a failure of the inter-chassis link, a distribution state of members in the distributed LAG to be coordinated, where one member of an Ethernet Segment Instance, ESI, being out-of-distribution causes another member with another ESI in a common VPWS to change to being out-of-distribution.
Laundry care appliance with an appliance loading opening on an appliance front side of the laundry care appliance, an appliance door for closing off the appliance loading opening, a laundry drum for accommodating laundry, wherein the laundry drum can be rotated about an axis of rotation, wherein the axis of rotation extends from the appliance front side to an appliance rear side of the laundry care appliance, and an outer tub for accommodating washing liquid, wherein the outer tub has an outlet opening, wherein the laundry care appliance has an inlet nozzle, wherein the outlet opening is fluidically connected to the inlet nozzle by a line, wherein a pump for pumping the washing liquid out of the outlet opening through the line and through the inlet nozzle is arranged in the line, wherein a redirecting apparatus is arranged on an inner side of the appliance door, wherein the inlet nozzle is embodied to conduct the washing liquid, which has been pumped out through the inlet nozzle, radially to the axis of rotation onto the redirecting apparatus, and wherein the redirecting apparatus is embodied to redirect the washing liquid striking the redirecting apparatus in the direction of the laundry drum and to inject the redirected washing liquid along the axis of rotation and into the laundry drum, in order to advantageously wet the laundry accommodated in the laundry drum, wherein the redirecting apparatus has a redirecting surface, against which the washing liquid striking the redirecting apparatus can be sprayed, in order to redirect the washing liquid in the direction of the laundry drum, characterised in that the redirecting surface is embodied as a bent or curved redirecting surface. a redirecting apparatus is arranged on an inner side of the appliance door, wherein the inlet nozzle is embodied to conduct the washing liquid, which has been pumped out through the inlet nozzle, radially to the axis of rotation onto the redirecting apparatus, and wherein the redirecting apparatus is embodied to redirect the washing liquid striking the redirecting apparatus in the direction of the laundry drum and to inject the redirected washing liquid along the axis of rotation and into the laundry drum, in order to advantageously wet the laundry accommodated in the laundry drum, wherein the redirecting apparatus has a redirecting surface, against which the washing liquid striking the redirecting apparatus can be sprayed, in order to redirect the washing liquid in the direction of the laundry drum, characterised in that the redirecting surface is embodied as a bent or curved redirecting surface.
A device for compacting a layer of powder material comprising ceramic powder; the device comprises a movable surface, which is designed to substantially move together with the layer of powder material in a predefined feeding direction; a compacting belt, which is provided with a compacting surface facing the movable surface and is substantially movable in the feeding direction; a pressing device (40, 45, 50, 55), which is designed to press the compacting surface towards the transport surface, so as to press the layer of powder material interposed between them; and an expansion countering device, which is designed to act upon the compacting belt, so as to counter the expansion of the layer of powder material downstream of said pressing device (40, 45, 50, 55); the device for compacting being characterized in that the expansion countering device is designed to accompany, in particular slow down, the expansion of the powder material and comprises a pushing unit, which is designed to release a gas under pressure, so as to create a pushing gas cushion (STR; STR*) on said compacting belt in order to exert, upon said compacting belt, a force that at least partially counters the expansion of the layer of powder material downstream of the pressing device (40, 45, 50, 55). the device for compacting being characterized in that the expansion countering device is designed to accompany, in particular slow down, the expansion of the powder material and comprises a pushing unit, which is designed to release a gas under pressure, so as to create a pushing gas cushion (STR; STR*) on said compacting belt in order to exert, upon said compacting belt, a force that at least partially counters the expansion of the layer of powder material downstream of the pressing device (40, 45, 50, 55).
A compressor including an oil separator connected to a supply of compressed air wherein the oil separator comprises - a chamber having a wall defining a central cavity within the chamber, and - a vent comprising a bore within the wall, wherein the vent - is in communication with the supply of compressed air at a first end, and in communication with the central cavity at a second end, and - characterised in that the bore extends substantially parallel to and alongside an externally-facing surface of the wall and near to the surface of the wall. - a chamber having a wall defining a central cavity within the chamber, and - a vent comprising a bore within the wall, wherein the vent - is in communication with the supply of compressed air at a first end, and in communication with the central cavity at a second end, and - characterised in that the bore extends substantially parallel to and alongside an externally-facing surface of the wall and near to the surface of the wall. - is in communication with the supply of compressed air at a first end, and in communication with the central cavity at a second end, and - characterised in that the bore extends substantially parallel to and alongside an externally-facing surface of the wall and near to the surface of the wall.
A method for allocating a hybrid automatic repeat request, HARQ, buffer in a wireless communication system, the method being characterised by comprising: determining whether to release an HARQ buffer region allocated for an HARQ burst of an HARQ channel based on management information related to the HARQ channel, the management information including first information indicating whether an HARQ burst has been allocated within a current frame to the HARQ channel, second information indicating whether the allocated HARQ burst corresponds to a retransmitted burst of the HARQ channel, and third information indicating one of an acknowledgement, ACK, and a non-acknowledgement, NACK according to a result of decoding of an HARQ burst allocated to the HARQ channel up to a previous frame; and releasing the HARQ buffer region and allocating the released HARQ buffer region for a burst of another HARQ channel, when the first information indicates that the HARQ burst has been allocated, the second information indicates that the HARQ burst is a retransmitted burst, and the third information indicates the ACK. determining whether to release an HARQ buffer region allocated for an HARQ burst of an HARQ channel based on management information related to the HARQ channel, the management information including first information indicating whether an HARQ burst has been allocated within a current frame to the HARQ channel, second information indicating whether the allocated HARQ burst corresponds to a retransmitted burst of the HARQ channel, and third information indicating one of an acknowledgement, ACK, and a non-acknowledgement, NACK according to a result of decoding of an HARQ burst allocated to the HARQ channel up to a previous frame; and releasing the HARQ buffer region and allocating the released HARQ buffer region for a burst of another HARQ channel, when the first information indicates that the HARQ burst has been allocated, the second information indicates that the HARQ burst is a retransmitted burst, and the third information indicates the ACK.
A LED luminaire comprising: a LED light source arranged to emit light into a light guide, the light guide being arranged to guide the light from the LED light source to a light out-coupling element, and a reflector forming a partly enclosed space, the reflector comprising a slot, wherein the light guide extends through the slot, the light out-coupling element is arranged in the partly enclosed space of the reflector, and the LED light source is arranged outside the partly enclosed space of the reflector, characterized in that the reflector is arranged such that light exiting the reflector has an angle different from zero with respect to a propagation direction of light in the light guide, and in that the light guide comprises a translucent material for reducing shadowing or blocking effects caused by the light guide within the reflector. a LED light source arranged to emit light into a light guide, the light guide being arranged to guide the light from the LED light source to a light out-coupling element, and a reflector forming a partly enclosed space, the reflector comprising a slot, wherein the light guide extends through the slot, the light out-coupling element is arranged in the partly enclosed space of the reflector, and the LED light source is arranged outside the partly enclosed space of the reflector, characterized in that the reflector is arranged such that light exiting the reflector has an angle different from zero with respect to a propagation direction of light in the light guide, and in that the light guide comprises a translucent material for reducing shadowing or blocking effects caused by the light guide within the reflector.
Fixing arrangement having a first mounting rail, a second mounting rail and a connecting element (18, 18') for joining the first mounting rail to the second mounting rail, wherein the mounting rails (1, 2) each have two side walls (5, 6) between which there is formed a mounting slot (13, 14) which extends along a rail longitudinal axis (L 1, L 2), wherein the connecting element (18, 18') has a main body (26, 26') having a contact face (27, 27') for contact with the mounting rails (1, 2), on which main body there are arranged holding projections (21, 22, 23, 24, 23', 24') which project beyond the contact face (27, 27') and secure the connecting element (18, 18') against displacement transversely with respect to at least one of the mounting slots (13, 14), characterised in that the holding projections (21, 22, 23, 24, 23', 24') are arranged pairwise on the main body (26, 26') and form at least one first pair, the spacing (a H) between the holding projections (21, 22) of the first pair is greater than the inside width (aw) of the mounting slot of the first mounting rail, measured orthogonally with respect to the rail longitudinal axis (L 1) of the first mounting rail, and the length (L H) of the holding projections (21, 22) of the first pair, measured orthogonally with respect to the spacing (a H), is equal to the inside width (aw) of the mounting slot of the first mounting rail.
A method for producing a blank of iron-doped glass having a high silicic acid content, an iron content in the range between 0.1 % by wt. and 1 % by wt., an internal transmission of not more than 40 % in the infrared wavelength range of 800 nm to 2000 nm, and an internal transmission of at least 85 % in the visible spectral range with wavelengths of 400 nm to 800 nm at a sample thickness of 1 mm, for use as heat protection glass, the method comprising the following steps: (a) producing an iron-doped SiO 2 soot body by flame hydrolysis of a silicon-containing and an iron-containing precursor substance, (b) drying the soot body such that a mean hydroxyl group content of less than 10 wt. ppm is obtained, (c) vitrifying the soot body which contains iron in a first oxidation state Fe 3+, in an atmosphere having a reducing effect, which is adapted to reduce the iron at least in part from the first oxidation state Fe 3+ into a second lower oxidation state Fe 2+ so as to form the blank of iron-doped glass having a high silicic acid content. (a) producing an iron-doped SiO 2 soot body by flame hydrolysis of a silicon-containing and an iron-containing precursor substance, (b) drying the soot body such that a mean hydroxyl group content of less than 10 wt. ppm is obtained, (c) vitrifying the soot body which contains iron in a first oxidation state Fe 3+, in an atmosphere having a reducing effect, which is adapted to reduce the iron at least in part from the first oxidation state Fe 3+ into a second lower oxidation state Fe 2+ so as to form the blank of iron-doped glass having a high silicic acid content.
A settable composition comprising: water; Class A cement kiln dust, wherein the cement kiln dust is present in the settable composition in an amount of 25% by weight of dry components in the settable composition; Class A Portland cement wherein the Portland cement is present in the settable composition in an amount of 50% by weight of dry components in the settable composition; and zeolite, wherein the zeolite is present in the settable composition in an amount of 25% by weight of dry components in the settable composition and wherein the settable composition has a density of 13.3 ppg (1600 kg/m 3). water; Class A cement kiln dust, wherein the cement kiln dust is present in the settable composition in an amount of 25% by weight of dry components in the settable composition; Class A Portland cement wherein the Portland cement is present in the settable composition in an amount of 50% by weight of dry components in the settable composition; and zeolite, wherein the zeolite is present in the settable composition in an amount of 25% by weight of dry components in the settable composition and wherein the settable composition has a density of 13.3 ppg (1600 kg/m 3).