mhurhangee/ep-ind-claims huggingface dataset:
A fire hose coupling half for connecting a fire hose, 1.1 comprising an integrated control apparatus for setting the flow cross-section of the fire hose coupling part; characterized in that 1.2 the control apparatus is formed between a minimal and a maximum flow cross-section for setting the flow cross-section of the fire hose coupling half to multiple stable intermediate values, wherein the fire hose coupling half, comprising a base body with a coupling ring with cams and strips, is formed for the releasable connection of a mating coupling half of a hose end, that the control apparatus comprises a first control element, in form of a control plate, with at least one flow opening and a second control element, in form of a control slide, which is opposite the first control element and comprises at least one control opening, that the second control element is displaceable relative to the first control element by means of an adjusting device of the control apparatus in such a way that the position of the control opening changes relative to the flow opening by the displacement, and that the first control element and/or the second control element comprise several flow openings or control openings which are formed as oblong holes arranged in parallel. 1.1 comprising an integrated control apparatus for setting the flow cross-section of the fire hose coupling part; characterized in that 1.2 the control apparatus is formed between a minimal and a maximum flow cross-section for setting the flow cross-section of the fire hose coupling half to multiple stable intermediate values, wherein the fire hose coupling half, comprising a base body with a coupling ring with cams and strips, is formed for the releasable connection of a mating coupling half of a hose end, that the control apparatus comprises a first control element, in form of a control plate, with at least one flow opening and a second control element, in form of a control slide, which is opposite the first control element and comprises at least one control opening, that the second control element is displaceable relative to the first control element by means of an adjusting device of the control apparatus in such a way that the position of the control opening changes relative to the flow opening by the displacement, and that the first control element and/or the second control element comprise several flow openings or control openings which are formed as oblong holes arranged in parallel.
A lubricating composition comprising an oil of lubricating viscosity and an additive comprising an ester of a carboxylic acid of Formula or, or a combination thereof, wherein Formula is: where X is -O-; R 3 is hydrogen or a hydrocarbyl group containing 1 to 30 carbon atoms, and R 7 is a linear or branched hydrocarbyl group containing 1 to 30 carbon atoms; and wherein the ester of a carboxylic acid of Formula is derived from 2,5-dihydroxybenzoic acid, 1,4-dihydroxy-2-napthoic acid, 3,5-dihydroxynapthoic acid, 3,7-dihydroxynapthoic acid or reactive equivalents thereof; Formula is: where a is 0 to 2, b is 0 to 2, and a+b is 2 to 4; each R 2 is hydrogen,; X is -O-; R 3 is hydrogen or a hydrocarbyl group containing 1 to 30 carbon atoms, and R 7 is a linear or branched hydrocarbyl group containing 1 to 30 carbon atoms; and wherein the ester of a carboxylic acid of Formula is derived from 2,5-dihydroxybenzoic acid, 1,4-dihydroxy-2-napthoic acid, 3,5-dihydroxynapthoic acid, 3,7-dihydroxynapthoic acid or reactive equivalents thereof; wherein said oil of lubricating viscosity comprises at least one API Group II or Group III oil; and wherein said ester of a carboxylic acid is present in a range of 0.01 wt % to 10 wt % of the lubricating composition.
A front structure arrangement (18, 20) of a vehicle, said front structure arrangement (18, 20) comprising - a side member (22, 24) arranged in a longitudinal direction of said vehicle at a left-side portion or a right-hand portion of a front portion of said vehicle, - an outer side member (32, 34) arranged in said longitudinal direction of said vehicle at said left-side portion or said right-hand portion of said front portion of said vehicle, said outer side member (32, 34) being located laterally outward of and vertically above said side member (22, 24), - a spring tower (36, 38) attached to said side member (22, 24) and to said outer side member (32, 34), said spring tower (36, 38) being adapted to support a suspension of said vehicle, characterized in that said spring tower (36, 38) is attached to said side member (22, 24) by an attachment means (40, 41), which is arranged such that said spring tower (36, 38) is adapted to detach progressively from said side member (22, 24) during bending of said side member (22, 24), when said front structure arrangement (18, 20) is subjected to a substantially longitudinal force. - a side member (22, 24) arranged in a longitudinal direction of said vehicle at a left-side portion or a right-hand portion of a front portion of said vehicle, - an outer side member (32, 34) arranged in said longitudinal direction of said vehicle at said left-side portion or said right-hand portion of said front portion of said vehicle, said outer side member (32, 34) being located laterally outward of and vertically above said side member (22, 24), - a spring tower (36, 38) attached to said side member (22, 24) and to said outer side member (32, 34), said spring tower (36, 38) being adapted to support a suspension of said vehicle,
A laser lighting device for vehicles, said device having two or more laser light sources (11 to 18), wherein each is designed to generate a primary laser light beam (11p to 18p), and having optical fibres (91 to 94) associated with each respective laser light source, wherein each primary laser light beam is injected into the first end (91e to 94e) of said fibre and is ejected from its second end (91z to 94z) as a secondary laser light beam (11s to 14s), and wherein each secondary laser light beam is directed onto a light conversion means to generate a defined lighting pattern on the same, which is projected onto the roadway as an illumination pattern by means of a projection system associated with the light conversion means, wherein each primary laser light beam has a first intensity profile (71p, 72p), characterized in that each secondary laser light beam has a second intensity profile (73a, 73b), which differs from the first intensity profile, that each secondary laser light beam is directed onto the light conversion means by means of a micro scanner (51, 52), that the second ends (91z to 94z) of the optical fibres (91 to 94) are arranged adjacent to each other in a row, and that the optical fibres have diameters of differing sizes.
Seat device of a passenger seat, comprising a backrest that is in a normal adjustment range adjustable from at least one stable comfort position up to a normal position by a movement in a forward direction, and comprising a seat structure for a fixation of the passenger seat to a floor, with at least one support element for a coupling of the backrest to the seat structure, with at least one energy absorption unit for an absorption of kinetic energy in case of a crash event, the energy absorption unit comprising the at least one support element as well as an energy absorption element (52; 74) that is embodied separately from the support element, and the at least one support element and the energy absorption element (52; 74) acting together in case of the crash event for a reduction of a crash energy, wherein the energy absorption element (52; 74) is configured, if the normal adjustment range of the backrest has been exceeded, to absorb energy by plastic deformation, and wherein the at least one support element comprises at least one bearing element with a bearing axis for a rotatable support of the backrest, and with at least one coupling element that, if the normal adjustment range of the backrest has been exceeded, exerts a torque around the bearing axis onto the at least one energy absorption element (52; 74), characterized in that the energy absorption element (52; 74) engages around the support element at least partially, wherein the torque around the bearing axis, which is exerted onto the at least one energy absorption element (52; 74) by the coupling element if the normal adjustment range of the backrest has been exceeded, effects a clamping of the energy absorption element, wherein the energy absorption element (52; 74) comprises at least one centering element which is configured to center the backrest if the normal adjustment range of the backrest has been exceeded, wherein the support element comprises a centering element that corresponds to the centering element of the energy absorption element (52; 74). with at least one support element for a coupling of the backrest to the seat structure, with at least one energy absorption unit for an absorption of kinetic energy in case of a crash event, the energy absorption unit comprising the at least one support element as well as an energy absorption element (52; 74) that is embodied separately from the support element, and the at least one support element and the energy absorption element (52; 74) acting together in case of the crash event for a reduction of a crash energy,
A storage stable polyol premix composition comprising a carboxylic acid having from 1 to 5 carbon atoms wherein the carboxylic acid is formic acid, a polyol, a silicone surfactant, an amine catalyst, and at least one blowing agent comprising HFO-1234ze and/or HFCO-1233zd, wherein 3 to 5.5 equivalents of the carboxylic acid are employed per equivalent of catalytic nitrogen sites of the amine catalyst, with the proviso that a foam prepared from the composition has a Storage Stable Value of at least 7 days.
An apparatus for cooking food products, said apparatus comprising a firebox with an axially symmetrical form, the firebox having a box wall and a box edge, which defines the box wall, and being intended to accommodate a combustion material which, during combustion, outputs the thermal energy required for cooking, and having a continuous heating surface which runs substantially at a right angle to the axis of the firebox, surrounds an opening arranged about the axis and is intended for the direct cooking of the food products, wherein between the box wall and the heating surface there is arranged a false floor which is intended to support the combustion material, characterised in that the false floor and the box wall have an outlet opening (24 or 22) each for removing the residue of the combustion material from the apparatus.
Clutch actuator device which is arranged in a drive train between an internal combustion engine and a manual shift transmission of a motor vehicle; with an input shaft which is connected rotationally secured to the internal combustion engine; with an output shaft which is connected rotationally secured to the manual shift transmission; wherein the input shaft is connected rotationally secured to an input plate support; that the output shaft is connected rotationally secured to an output plate support; that the input plate support supports input plates; that the output plate support supports output plates; and that the input plates and the output plates can be charged and cooled with oil, with a spring assembly and a pump actuator arrangement, wherein a friction lock-up of the input plates and the output plates is cleared by means of the spring assembly and is produced by means of the pump actuator arrangement; or that a friction lock-up of the input plates and the output plates is produced by means of the spring assembly and is cleared by means of the pump actuator arrangement, with a clutch pedal sensor for detecting a foot force acting on a clutch pedal, and with a clutch control, characterized in that if the foot force acting on the clutch pedal is detected by a clutch pedal sensor, a positive electric clutch pedal signal is emitted by the clutch pedal sensor; that the positive electric clutch pedal signal is transmitted to the clutch control; that a negative electric actuator signal is generated by the clutch control for a positive electric clutch pedal signal; that the negative electric actuator signal is transmitted to an electric motor; and that an oil pump is driven by the electric motor for a transmitted negative electric actuator signal so that the input plates and the output plates are not in friction lock-up.
A method for wireless communication at a user equipment, UE (115; 505; 605; 805), comprising: receiving (310; 410; 1305; 1405), from a first base station (105; 905; 1005; 1205), a configuration for reference signal transmission, the configuration comprising a set of uplink transmit power levels and a set of time and frequency resources; transmitting (320; 420; 1310; 1410), based at least in part on the configuration, a plurality of uplink reference signals at different power levels; receiving (335; 435; 1315; 1415) from the first base station, based at least in part on transmitting the plurality of uplink reference signals, an instruction to perform a handover to a second base station (105; 905; 1005; 1205), the instruction comprising an indication of a selected uplink reference signal of the plurality of uplink reference signals and a power parameter associated with the indicated uplink reference signal; and performing (1320; 1425) the handover to the second base station based at least in part on the instruction. receiving (310; 410; 1305; 1405), from a first base station (105; 905; 1005; 1205), a configuration for reference signal transmission, the configuration comprising a set of uplink transmit power levels and a set of time and frequency resources; transmitting (320; 420; 1310; 1410), based at least in part on the configuration, a plurality of uplink reference signals at different power levels; receiving (335; 435; 1315; 1415) from the first base station, based at least in part on transmitting the plurality of uplink reference signals, an instruction to perform a handover to a second base station (105; 905; 1005; 1205), the instruction comprising an indication of a selected uplink reference signal of the plurality of uplink reference signals and a power parameter associated with the indicated uplink reference signal; and performing (1320; 1425) the handover to the second base station based at least in part on the instruction.
A method of production of an epitaxial silicon carbide monocrystalline substrate comprising epitaxially growing a silicon carbide monocrystalline thin film on a silicon carbide monocrystalline substrate with an off angle of 6° or less by a thermal chemical vapor deposition method during which feeding source gases which contain carbon and silicon and simultaneously feeding a hydrogen chloride gas, characterized in that a ratio of the number of chlorine atoms in the hydrogen chloride gas with respect to the number of silicon atoms in the source gases (Cl/Si ratio) is from 4.0 to 10.0.
Transport vehicle for transporting storage shelves by partially autonomous operation and without interference in factory buildings having deadspots, the transport vehicle having the following features: a) a vehicle housing having a support plate for receiving and transporting a storage shelf having transported goods, having two separately driven drive wheels on both sides of one in each case individually mounted rotation axle in the center of the vehicle housing, wherein in each case at least one support wheel is present on the front side and on the rear side of the vehicle housing, characterized in that b) a transverse link is present which connects the drive wheels which are in each case by way of an angular lever pivotable about the rotation axle such that said drive wheels may execute mutually independent vertical movements, wherein the transverse link is rotably mounted on a fork head, c) a centrally disposed control member is present which by way of a lift-and-rotate lever and by way of a push rod connected to the latter may move two front lifting rods and two rear lifting rods for lifting or lowering the support plate, d) a system for supplying energy to the transport vehicle either by way of inductive lines installed in the floor, by means of an inductive pickup element or by way of energy supply stations which are for feeding electrical, liquid, or gaseous energy and are accessible when stationary, is present wherein installation space for corresponding energy storage units is present in the vehicle housing, e) at least one 3-D scanner and at least one light-field sensor, and at least one WLAN antenna are present in the front region of the vehicle body. a) a vehicle housing having a support plate for receiving and transporting a storage shelf having transported goods, having two separately driven drive wheels on both sides of one in each case individually mounted rotation axle in the center of the vehicle housing, wherein in each case at least one support wheel is present on the front side and on the rear side of the vehicle housing, characterized in that b) a transverse link is present which connects the drive wheels which are in each case by way of an angular lever pivotable about the rotation axle such that said drive wheels may execute mutually independent vertical movements, wherein the transverse link is rotably mounted on a fork head, c) a centrally disposed control member is present which by way of a lift-and-rotate lever and by way of a push rod connected to the latter may move two front lifting rods and two rear lifting rods for lifting or lowering the support plate, d) a system for supplying energy to the transport vehicle either by way of inductive lines installed in the floor, by means of an inductive pickup element or by way of energy supply stations which are for feeding electrical, liquid, or gaseous energy and are accessible when stationary, is present wherein installation space for corresponding energy storage units is present in the vehicle housing, e) at least one 3-D scanner and at least one light-field sensor, and at least one WLAN antenna are present in the front region of the vehicle body.
A microelectronic sensor device for the investigation of at least one biological target substance, comprising a) a sample chamber containing at least one target specific reactant; b) a sensor component for detecting the observable property of the label; c) a heating component for exchanging heat with at least a sub-region of the sample chamber, wherein the heating component comprises a heating array with a plurality of heating elements; d) a control unit for selectively driving the heating component; wherein the biological target substance and the target specific reactant comprise oligonucleotides, preferably DNA, RNA, PNA, LNA, ANA, or HNA; and wherein the sample chamber comprises a reaction surface that is covered with the target specific reactant; characterized in that said target specific reactant comprises a primer for a PCR process, wherein said primer is attached to said reaction surface, wherein the reactant and/or the target substance comprises a label that changes an observable property if the reactant reacts with the target substance; and wherein the observable property of the label comprises luminescence, particularly fluorescence, phosphorescence, or electroluminescence, magnetization, absorbance, and/or colorimetry. a) a sample chamber containing at least one target specific reactant; b) a sensor component for detecting the observable property of the label; c) a heating component for exchanging heat with at least a sub-region of the sample chamber, wherein the heating component comprises a heating array with a plurality of heating elements; d) a control unit for selectively driving the heating component;
A polishing liquid composition for wafers, comprising: water; silica particles; an alkaline compound; a polyvinyl alcohol; an anion-modified polyvinyl alcohol; and a surfactant, wherein the silica particles are colloidal silica having an average primary particle diameter determined by a nitrogen adsorption method of 5 nm to 100 nm, the content of the silica particles is 0.05% by mass to 50% by mass based on the toral mass of the polishing liquid composition for wafers, and the mass ratio of the anion-modified polyvinyl alcohol to the polyvinyl alcohol is 0.6 to 5.5. water; silica particles; an alkaline compound; a polyvinyl alcohol; an anion-modified polyvinyl alcohol; and a surfactant, wherein the silica particles are colloidal silica having an average primary particle diameter determined by a nitrogen adsorption method of 5 nm to 100 nm, the content of the silica particles is 0.05% by mass to 50% by mass based on the toral mass of the polishing liquid composition for wafers, and the mass ratio of the anion-modified polyvinyl alcohol to the polyvinyl alcohol is 0.6 to 5.5.
Control device for an electrosurgical instrument, in particular for a high-frequency sealing instrument, comprising a fixed handle part, a movable handle part, an activation element for activating a current flow, wherein the activation element is adjusted from a deactivation position into at least one activation position when the movable handle part is actuated, and wherein the activation element is adjusted about a pivot point when the movable handle part is actuated, characterized in that the activation element is designed such that a current activated by the activation element flows or can flow through the activation element.
A method executed by a user equipment, UE, comprising: receiving, by a processing circuitry of the UE, a measurement configuration, from a base station, BS, in a beam-formed system, the measurement configuration indicating that the UE can perform a beam measurement of the neighbor cell based on a synchronization signal block, SS block, timing of the known cell, the known cell being a serving cell of the UE, or a second neighbor cell of the UE; and reporting, by the processing circuitry of the UE, beam measurement results of a neighbor cell using SS block indexes of a known cell, characterized in that the measurement configuration indicates that the UE can perform the beam measurement of the neighbor cell based on SS block timings of the known cell, and indicates a set of extended virtual SS block timings neighboring the SS block timings of the known cell. receiving, by a processing circuitry of the UE, a measurement configuration, from a base station, BS, in a beam-formed system, the measurement configuration indicating that the UE can perform a beam measurement of the neighbor cell based on a synchronization signal block, SS block, timing of the known cell, the known cell being a serving cell of the UE, or a second neighbor cell of the UE; and reporting, by the processing circuitry of the UE, beam measurement results of a neighbor cell using SS block indexes of a known cell, characterized in that the measurement configuration indicates that the UE can perform the beam measurement of the neighbor cell based on SS block timings of the known cell, and indicates a set of extended virtual SS block timings neighboring the SS block timings of the known cell.