mhurhangee/ep-ind-claims huggingface dataset:
A method for maintaining a Bluetooth, BT, connection between a host and a periphery device (306, 308), the method comprising: receiving, at a controller associated with the host, a plurality of null packets from the periphery device (306, 308); determining a received signal strength, RSSI, value for each of the respective plurality of received null packets; determining whether to maintain the BT connection with the periphery device (306, 308) as a function of the determined RSSI values; and terminating the BT connection with the periphery device (306, 308) if one or more of the plurality of RSSI values is below a threshold. receiving, at a controller associated with the host, a plurality of null packets from the periphery device (306, 308); determining a received signal strength, RSSI, value for each of the respective plurality of received null packets; determining whether to maintain the BT connection with the periphery device (306, 308) as a function of the determined RSSI values; and terminating the BT connection with the periphery device (306, 308) if one or more of the plurality of RSSI values is below a threshold.
A method for dispensing a predetermined volume of fluid into a fluid receptacle, the method comprising: supplying fluid from a fluid reservoir to a fill tube during a fill stage; discharging the fluid from the fill tube during a dispensing stage; detecting, with a fluid level sensor disposed proximate the fill tube, when the fluid level in the fill tube reaches a predetermined level during one of the fill stage and the dispensing stage; and characterised by: measuring the predetermined volume of fluid by: measuring a time for supplying the fluid from the fluid reservoir to the fill tube starting from when the fluid level in the fill tube is at the predetermined level; or measuring a time for discharging the fluid from the fill tube starting from when the fluid level in the fill tube is at the predetermined level. supplying fluid from a fluid reservoir to a fill tube during a fill stage; discharging the fluid from the fill tube during a dispensing stage; detecting, with a fluid level sensor disposed proximate the fill tube, when the fluid level in the fill tube reaches a predetermined level during one of the fill stage and the dispensing stage; and measuring the predetermined volume of fluid by: measuring a time for supplying the fluid from the fluid reservoir to the fill tube starting from when the fluid level in the fill tube is at the predetermined level; or measuring a time for discharging the fluid from the fill tube starting from when the fluid level in the fill tube is at the predetermined level. measuring a time for supplying the fluid from the fluid reservoir to the fill tube starting from when the fluid level in the fill tube is at the predetermined level; or measuring a time for discharging the fluid from the fill tube starting from when the fluid level in the fill tube is at the predetermined level.
Method for securing a block cipher, encrypted with a working key (K 0), against template attacks, comprising the following steps: a) providing a working permutation (F(K 0)) fixed by the block cipher and the working key (K 0), b) providing a number N of dummy permutations (G(K 1),..., (G(Kn)), which are fixed by N dummy keys (K 1,...,K n) and the block cipher or the inverse (F -1) of the block cipher, and c) chaining the working permutation (F(K 0)) and the dummy permutations (G(K 1),..., (G(K n)) to form a chain in such a way that the chain and the working permutation (F(K 0)) produce an identical image. a) providing a working permutation (F(K 0)) fixed by the block cipher and the working key (K 0), b) providing a number N of dummy permutations (G(K 1),..., (G(Kn)), which are fixed by N dummy keys (K 1,...,K n) and the block cipher or the inverse (F -1) of the block cipher, and c) chaining the working permutation (F(K 0)) and the dummy permutations (G(K 1),..., (G(K n)) to form a chain in such a way that the chain and the working permutation (F(K 0)) produce an identical image.
Construction machine for specialised civil engineering, with a leader, on which a feed carriage is guided, which has a receptacle for an implement, in particular a drilling or pile-driving implement and which is movable along the leader via a first feed cable - the upper cable - and a second feed cable - the lower cable - by means of a drive winch or a drive cylinder, wherein the feed carriage is connected to the feed cables (32, 33) and wherein at least one of the feed cables (32, 33) is fastened to a fixed point on the leader and/or the feed carriage, wherein at least one fixed point is formed by a cable tensioner attached to the leader or the feed carriage, characterised in that at least one cable tensioner comprises a tensioning drum, on which an end section of a feed cable (32, 33) with a plurality of cable windings is fastened, so that re-tensioning of the feed cable can be effected by rotation of the cable drum.
An apparatus for receiving a signal, the apparatus comprising: a multicast gateway configured to receive the signal from a multicast server, wherein the signal corresponds to a multicast service meant to be distributed over multiple heterogeneous networks; and a content playback configured to display the multicast service included in the signal, wherein the signal includes a multicast transport session carrying the service, wherein the service is processed based on a User Datagram Protocol/Internet Protocol, UDP/IP, a Generic Stream Encapsulation, GSE, protocol, and a physical layer protocol, wherein the signal includes Logical Layer Control, LLC, information which is based on the GSE protocol, wherein the LLC information includes a multicast descriptor, wherein the multicast descriptor includes source address information, destination address information, source UDP port information, and destination UDP port information. a multicast gateway configured to receive the signal from a multicast server, wherein the signal corresponds to a multicast service meant to be distributed over multiple heterogeneous networks; and a content playback configured to display the multicast service included in the signal, wherein the signal includes a multicast transport session carrying the service, wherein the service is processed based on a User Datagram Protocol/Internet Protocol, UDP/IP, a Generic Stream Encapsulation, GSE, protocol, and a physical layer protocol, wherein the signal includes Logical Layer Control, LLC, information which is based on the GSE protocol, wherein the LLC information includes a multicast descriptor, wherein the multicast descriptor includes source address information, destination address information, source UDP port information, and destination UDP port information.
A conjugate comprising an NCE drug conjugated to an anti-serum albumin immunoglobulin single variable domain comprising the amino acid sequence of SEQ ID NO: 2 and having an engineered cysteine residue at amino acid position R108C.
A vehicle pixelated lighting device, comprising a pixel illumination light source and a lens group arranged along a light-emitting direction, the pixel illumination light source having an overall light-emitting surface facing the lens group, wherein the device further comprises a light-transmitting element fixedly arranged between the pixel illumination light source and the lens group, wherein the light-transmitting element is arranged at a boundary of the pixel illumination light source and covers at least a part of a boundary of the overall light-emitting surface of the pixel illumination light source; wherein the light-transmitting element comprises a light incident surface facing the pixel illumination light source and a light-emitting surface facing the lens group; wherein the light-transmitting element is used for changing a deflection angle of a light ray from the pixel illumination light source, and emitting a deflected light ray to the lens group, wherein a reverse extension line of the deflected light ray intersects with a plane where the overall light-emitting surface is located at a position outside of a light-emitting point of the incident light ray corresponding to the deflected light ray, wherein the light-emitting surface of the light-transmitting element comprises at least one of an arc-shaped surface segment, a vertical plane segment, a horizontal plane segment, and an oblique plane segment; or the light incident surface of the light-transmitting element comprises at least one of an arc-shaped surface segment, a vertical plane segment, a horizontal plane segment, and an oblique plane segment, characterized in that the light-transmitting element is a loop member that covers all boundaries of the overall light-emitting surface of the pixel illumination light source. wherein the light-emitting surface of the light-transmitting element comprises at least one of an arc-shaped surface segment, a vertical plane segment, a horizontal plane segment, and an oblique plane segment; or the light incident surface of the light-transmitting element comprises at least one of an arc-shaped surface segment, a vertical plane segment, a horizontal plane segment, and an oblique plane segment, characterized in that the light-transmitting element is a loop member that covers all boundaries of the overall light-emitting surface of the pixel illumination light source.
An intake structure of an internal combustion engine, wherein on an intake upstream side from a valve seat of an intake port, a convex portion is provided which protrudes to an inside of the intake port in a place near an outer circumferential portion of a cylinder chamber when viewed from an upper side of the cylinder chamber, and the convex portion includes: an upstream guide surface extending from an apex of the convex portion to the intake upstream side, the convex portion further includes a downstream guide surface extending from the apex to an intake downstream side and including a curved surface recessed inside the convex portion at a middle portion of the downstream guide surface, characterized in that the downstream guide surface is configured to guide a fuel-air mixture to a central wall part of the cylinder chamber, the fuel-air mixture flowing from the cylinder chamber to the outer circumferential portion. an upstream guide surface extending from an apex of the convex portion to the intake upstream side, the convex portion further includes a downstream guide surface extending from the apex to an intake downstream side and including a curved surface recessed inside the convex portion at a middle portion of the downstream guide surface, characterized in that the downstream guide surface is configured to guide a fuel-air mixture to a central wall part of the cylinder chamber, the fuel-air mixture flowing from the cylinder chamber to the outer circumferential portion.
A dumper comprising a skip adapted for carrying a load, a deployment system that is operable to raise and/or tip the skip relative to a main body of the dumper, and a track width adjustment system that is operable to vary the track width of the dumper; wherein the dumper comprises a sensor configured to detect the deployment state of the skip, and an electronic control system that is configured to inhibit operation of the track width adjustment system in dependence on the detected deployment state of the skip.
A device for punching a planar object using a sewing machine, wherein the planar object is displaceable between the sewing machine head and the needle plate transversely to the axis N of a needle bar, characterized in that a punching tool with a punching matrix and a punching die adjusted to the punching matrix in shape and size can be connected to the sewing machine, wherein the punching die or the punching matrix can be fixed to the needle bar, and wherein the punching die and/or the punching matrix can be moved relative to one another between a base position and an end position, wherein in the base position a clear space is formed between the punching die and the punching matrix, in which clear space the planar object is displaceable and can be positioned for a punching process, and wherein during motion from the base position into the end position clippings can be punched out of the planar object, and that the punching tool comprises a clippings container for accepting the punched-out clippings.
A fiber optic outlet box assembly, comprising: an enclosure defining a cavity therein; a spool rotatably situated in the cavity, characterized by: the spool having first and second flanges (714, 720) spaced apart from one another with a core between inside surfaces of the first and second flanges (714, 720) and a core extension extending from an outside surface of the first flange, wherein the first and second flanges (714, 720), the core and the core extension are all situated to rotate about a common rotation axis; a plurality of fiber optic adapter mounts on the spool; a fiber optic cable opening extending through the enclosure for paying out fiber optic cable from the enclosure; and a plurality of fiber optic adapter openings extending through the enclosure to provide access to the plurality of fiber optic adapter mounts. an enclosure defining a cavity therein; a spool rotatably situated in the cavity, characterized by: the spool having first and second flanges (714, 720) spaced apart from one another with a core between inside surfaces of the first and second flanges (714, 720) and a core extension extending from an outside surface of the first flange, wherein the first and second flanges (714, 720), the core and the core extension are all situated to rotate about a common rotation axis; a plurality of fiber optic adapter mounts on the spool; a fiber optic cable opening extending through the enclosure for paying out fiber optic cable from the enclosure; and a plurality of fiber optic adapter openings extending through the enclosure to provide access to the plurality of fiber optic adapter mounts. the spool having first and second flanges (714, 720) spaced apart from one another with a core between inside surfaces of the first and second flanges (714, 720) and a core extension extending from an outside surface of the first flange, wherein the first and second flanges (714, 720), the core and the core extension are all situated to rotate about a common rotation axis; a plurality of fiber optic adapter mounts on the spool; a fiber optic cable opening extending through the enclosure for paying out fiber optic cable from the enclosure; and a plurality of fiber optic adapter openings extending through the enclosure to provide access to the plurality of fiber optic adapter mounts.
An apparatus for compression of untyped data comprising: a graphical processing unit, GPU, including a data compression pipeline, the data compression pipeline including: a data port coupled with one or more shader cores (2010, 2012, 2014), wherein the data port is configured to, for 3D typed data, perform a conversion to shader format for pixel data, wherein the data port is further configured to allow transfer of untyped data without format conversion, and a 3D compression/decompression unit for compression and storage of untyped data to a memory subsystem and decompression of untyped data from the memory subsystem, whereby 3D compression blocks that are conventionally utilized for 3D typed data are applied to untyped data, wherein the memory allocation of the untyped data is to be determined by software, and wherein a GPU driver is to determine whether the untyped data is to be compressed. a data port coupled with one or more shader cores (2010, 2012, 2014), wherein the data port is configured to, for 3D typed data, perform a conversion to shader format for pixel data, wherein the data port is further configured to allow transfer of untyped data without format conversion, and a 3D compression/decompression unit for compression and storage of untyped data to a memory subsystem and decompression of untyped data from the memory subsystem, whereby 3D compression blocks that are conventionally utilized for 3D typed data are applied to untyped data, wherein the memory allocation of the untyped data is to be determined by software, and wherein a GPU driver is to determine whether the untyped data is to be compressed.
Method for improving the weldability of high manganese-containing steel bands, containing (in % by weight) 6 to 30% manganese, up to 1% carbon, up to 15% aluminium, up to 6% silicon, up to 6.5% chromium, up to 4% copper, and additions of titanium and zirconium of a total of up to 0.7% and niobium and vanadium of a total up to 0.5%, remainder iron and smelting-induced impurities, which are coated with a zinc-containing corrosion protection layer, characterised in that for preventing a liquid metal embrittlement during welding, a zinc-containing corrosion protection layer in a thickness of 0.1 μm up to 5 μm is applied electrolytically as alloy of zinc/manganese or zinc/cobalt, wherein the proportion of the respective alloy element is at least 1%, and in that on the first zinc-containing corrosion protection layer a second zinc-based layer is applied, in a thickness between 0.5 μm and 50 μm, in particular between 1 μm and 12 μm, wherein in addition to zinc, the second zinc-based layer contains as further elements aluminium and/or silicon and/or magnesium and/or iron.
Brake system for a vehicle, wherein the brake system comprises: a first electric power supply unit; a first electronic brake control unit, wherein the first electronic brake control unit is connected to the first electric power supply unit; a second electric power supply unit; a second electronic brake control unit, wherein the second electronic brake control unit is connected to the second electric power supply unit; a first axle pressure modulator for service brake chambers associated with a first axle of the vehicle; a second axle pressure modulator for spring brake cylinders associated with a second axle of the vehicle; characterized by two power supply switches, wherein a first one of the power supply switches is connected to the first electronic brake control unit, the second electronic brake control unit and the first axle pressure modulator and configured to connect the first electronic brake control unit or the second electronic brake control unit to the first axle pressure modulator, wherein a second one of the power supply switches is connected to the first electronic brake control unit, the second electronic brake control unit and the second axle pressure modulator and configured to connect the first electronic brake control unit or the second electronic brake control unit to the second axle pressure modulator. a first electric power supply unit; a first electronic brake control unit, wherein the first electronic brake control unit is connected to the first electric power supply unit; a second electric power supply unit; a second electronic brake control unit, wherein the second electronic brake control unit is connected to the second electric power supply unit; a first axle pressure modulator for service brake chambers associated with a first axle of the vehicle; a second axle pressure modulator for spring brake cylinders associated with a second axle of the vehicle; characterized by two power supply switches, wherein a first one of the power supply switches is connected to the first electronic brake control unit, the second electronic brake control unit and the first axle pressure modulator and configured to connect the first electronic brake control unit or the second electronic brake control unit to the first axle pressure modulator, wherein a second one of the power supply switches is connected to the first electronic brake control unit, the second electronic brake control unit and the second axle pressure modulator and configured to connect the first electronic brake control unit or the second electronic brake control unit to the second axle pressure modulator.
A quick-change starwheel guide assembly structured to be coupled to a starwheel guide assembly mounting base, said quick-change starwheel guide assembly comprising: a starwheel guide assembly mounting assembly; a starwheel guide assembly support assembly; a number of starwheel guide assembly guiderails; and a starwheel guide assembly can body height adjustment assembly; wherein at least one of said starwheel guide assembly mounting assembly or said can body height adjustment assembly is a quick-change assembly; characterized in that said starwheel guide assembly mounting assembly includes a body; said starwheel guide assembly mounting assembly body defines a single active coupling passage; and said starwheel guide assembly mounting assembly body single active coupling passage is structured to be coupled to a single starwheel guide assembly mounting base retained coupling. a starwheel guide assembly mounting assembly; a starwheel guide assembly support assembly; a number of starwheel guide assembly guiderails; and a starwheel guide assembly can body height adjustment assembly; wherein at least one of said starwheel guide assembly mounting assembly or said can body height adjustment assembly is a quick-change assembly; characterized in that said starwheel guide assembly mounting assembly includes a body; said starwheel guide assembly mounting assembly body defines a single active coupling passage; and said starwheel guide assembly mounting assembly body single active coupling passage is structured to be coupled to a single starwheel guide assembly mounting base retained coupling.
An LED strobe drive circuit comprising: an energy storage component; an inrush control electrically coupled to an input of the energy storage component for protecting the LED strobe drive circuit against overcurrent damage from a startup surge immediately after activation by limiting an amount of current that is allowed to flow from a control input line of a notification appliance circuit, NAC, to the energy storage component, wherein the NAC provides the current from a control panel, which is supplied with AC line power, to the LED strobe drive circuit; a current regulator electrically coupled to an output of the energy storage component for sensing and regulating a current supplied by the energy storage component; an LED electrically coupled to the current regulator; and a flash control element electrically coupled intermediate the control input line and the current regulator, wherein the flash control element directly controls the current regulator by generating a flash pulse signal for providing to the LED, wherein the flash pulse signal dictates a pulsed pattern with which current is allowed to flow from the current regulator to the LED to cause the LED to generate a strobe pattern. an energy storage component; an inrush control electrically coupled to an input of the energy storage component for protecting the LED strobe drive circuit against overcurrent damage from a startup surge immediately after activation by limiting an amount of current that is allowed to flow from a control input line of a notification appliance circuit, NAC, to the energy storage component, wherein the NAC provides the current from a control panel, which is supplied with AC line power, to the LED strobe drive circuit; a current regulator electrically coupled to an output of the energy storage component for sensing and regulating a current supplied by the energy storage component; an LED electrically coupled to the current regulator; and a flash control element electrically coupled intermediate the control input line and the current regulator, wherein the flash control element directly controls the current regulator by generating a flash pulse signal for providing to the LED, wherein the flash pulse signal dictates a pulsed pattern with which current is allowed to flow from the current regulator to the LED to cause the LED to generate a strobe pattern.