mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communication, comprising: identifying an uplink common burst symbol for transmission of one or more types of information in a self-contained wireless communication subframe; determining one or more types of information to be transmitted in the uplink common burst symbol; selecting one of a single-carrier frequency division multiplexing, SC-FDM, transmission waveform, an orthogonal frequency division multiplexing, OFDM, transmission waveform, or a mixed SC-FDM and OFDM transmission waveform for transmission of the uplink common burst symbol based at least in part on the one or more types of information to be transmitted in the uplink common burst symbol, wherein when the SC-FDM transmission waveform is selected for transmission of the uplink common burst symbol, the transmission comprises selecting a sequence from a set of sequences (505, 510, 515, 520) based at least in part on the information to be transmitted in the uplink common burst symbol, said sequence identifying said information, and wherein the different sequences of the set of sequences (505, 510, 515, 520) correspond to different cyclic shifts of a base sequence; and transmitting the uplink common burst symbol. identifying an uplink common burst symbol for transmission of one or more types of information in a self-contained wireless communication subframe; determining one or more types of information to be transmitted in the uplink common burst symbol; selecting one of a single-carrier frequency division multiplexing, SC-FDM, transmission waveform, an orthogonal frequency division multiplexing, OFDM, transmission waveform, or a mixed SC-FDM and OFDM transmission waveform for transmission of the uplink common burst symbol based at least in part on the one or more types of information to be transmitted in the uplink common burst symbol, wherein when the SC-FDM transmission waveform is selected for transmission of the uplink common burst symbol, the transmission comprises selecting a sequence from a set of sequences (505, 510, 515, 520) based at least in part on the information to be transmitted in the uplink common burst symbol, said sequence identifying said information, and wherein the different sequences of the set of sequences (505, 510, 515, 520) correspond to different cyclic shifts of a base sequence; and transmitting the uplink common burst symbol.
A method performed at an electronic device with a touch-sensitive surface, the method comprising: displaying a user interface having one or more views of a view hierarchy; detecting a first sequence of sub-events that represents a first touch-based gesture on the touch sensitive surface and which is associated with a view of the view hierarchy; processing one or more sub-events in the first sequence of sub-events; determining that the first sequence of sub-events does not correspond to one or more predefined sequences of sub-events for the view; and in accordance with a determination that the first sequence of sub-events does not correspond to one of the one or more predefined sequences of sub-events, sending a touch cancellation message to the view and canceling a sub-event of the first sequence that has been detected prior to the determination. displaying a user interface having one or more views of a view hierarchy; detecting a first sequence of sub-events that represents a first touch-based gesture on the touch sensitive surface and which is associated with a view of the view hierarchy; processing one or more sub-events in the first sequence of sub-events; determining that the first sequence of sub-events does not correspond to one or more predefined sequences of sub-events for the view; and in accordance with a determination that the first sequence of sub-events does not correspond to one of the one or more predefined sequences of sub-events, sending a touch cancellation message to the view and canceling a sub-event of the first sequence that has been detected prior to the determination.
Use of a substituted acylaminopolyorganosiloxane which is a polyorganosiloxane containing substituted acylamino groups linked to silicon atoms of the polysiloxane skeleton via alkylene bridges or mono- or oligo-[alkylene-amino or alkylene-(substituted acyl)amino]-alkylene bridges, wherein alkylene contains 2 - 4 carbon atoms and the substituted acylamino groups are at least in part of formula and for the remaining part are selected from substituted acylamino groups of the formulae and wherein X1 signifies hydrogen or the group -SO 3 ―M +, X2 signifies hydrogen or the group -SO 3 ―M +, with the proviso that one of X1 and X2 is -SO 3 ―M + and the other is hydrogen, and R signifies C 2-6 -alkylene or cyclohexylene, M + signifies an alkali metal or ammonium cation, in the presence of a surfactant or surfactant mixture, which is an anionic or non-ionic surfactant or mixture of anionic or/and non-ionic surfactants, in the production of tanned and fat-liquored leathers or pelts, as a fat-liquoring agent for fat-liquoring of animal hides, skins or pelts, before, during or/and after tanning. X1 signifies hydrogen or the group -SO 3 ―M +, X2 signifies hydrogen or the group -SO 3 ―M +, with the proviso that one of X1 and X2 is -SO 3 ―M + and the other is hydrogen, and R signifies C 2-6 -alkylene or cyclohexylene, M + signifies an alkali metal or ammonium cation, in the presence of a surfactant or surfactant mixture, which is an anionic or non-ionic surfactant or mixture of anionic or/and non-ionic surfactants, in the production of tanned and fat-liquored leathers or pelts, as a fat-liquoring agent for fat-liquoring of animal hides, skins or pelts, before, during or/and after tanning.
An information processing apparatus, comprising: a control unit configured to control, in a case of receiving a frame for handling the contention or reservation of a wireless medium for setting a transmission suppression period, a transmission suppression period for each of a plurality of defined transmission power levels on the basis of a type of the frame, wherein the type of the frame is indicative of whether the frame is indicative of requesting to send on the wireless medium or indicative of clearance to send on the wireless medium. a control unit configured to control, in a case of receiving a frame for handling the contention or reservation of a wireless medium for setting a transmission suppression period, a transmission suppression period for each of a plurality of defined transmission power levels on the basis of a type of the frame, wherein the type of the frame is indicative of whether the frame is indicative of requesting to send on the wireless medium or indicative of clearance to send on the wireless medium.
A reciprocating compressor analysis system comprising: a computing device communicatively coupled to a user interface (220, 224) and a memory device (204, 218); a model of at least a portion of a reciprocating compressor stored in the memory device (204, 218), the model configured to generate an adiabatic curve of a pressure of the reciprocating compressor, the reciprocating compressor including a plurality of component parts the reciprocating compressor analysis system being characterized by: a position sensor configured to generate an indication of a crank angle of the reciprocating compressor; and a pressure sensor configured to generate an indication of the pressure of the reciprocating compressor, the indication of the pressure correlated to the generated indication of the crank angle; the computing device configured to: normalize the indication of the pressure to the adiabatic curve (708, 908, 1108) of the pressure; and determine a condition of the reciprocating compressor based on the normalizing of the indication of the pressure to the adiabatic curve (708, 908, 1108) of the pressure. a computing device communicatively coupled to a user interface (220, 224) and a memory device (204, 218); a model of at least a portion of a reciprocating compressor stored in the memory device (204, 218), the model configured to generate an adiabatic curve of a pressure of the reciprocating compressor, the reciprocating compressor including a plurality of component parts the reciprocating compressor analysis system being characterized by: a position sensor configured to generate an indication of a crank angle of the reciprocating compressor; and a pressure sensor configured to generate an indication of the pressure of the reciprocating compressor, the indication of the pressure correlated to the generated indication of the crank angle; the computing device configured to: normalize the indication of the pressure to the adiabatic curve (708, 908, 1108) of the pressure; and determine a condition of the reciprocating compressor based on the normalizing of the indication of the pressure to the adiabatic curve (708, 908, 1108) of the pressure. a position sensor configured to generate an indication of a crank angle of the reciprocating compressor; and a pressure sensor configured to generate an indication of the pressure of the reciprocating compressor, the indication of the pressure correlated to the generated indication of the crank angle; the computing device configured to: normalize the indication of the pressure to the adiabatic curve (708, 908, 1108) of the pressure; and determine a condition of the reciprocating compressor based on the normalizing of the indication of the pressure to the adiabatic curve (708, 908, 1108) of the pressure. normalize the indication of the pressure to the adiabatic curve (708, 908, 1108) of the pressure; and determine a condition of the reciprocating compressor based on the normalizing of the indication of the pressure to the adiabatic curve (708, 908, 1108) of the pressure.
A method of contacting carbon steel with a fluid comprising an aqueous acidic phase, the method comprising the step of: including in the fluid Withania somnifera extract.
Method for converting an original image sequence whose luminance values belong to a given dynamic range, said method comprising a step of image-by-image dynamic range conversion during which a dynamic range conversion operator is applied to the luminance component (Lw) of each image of the original image sequence to obtain a modified luminance component Ld whose values belong to a lower dynamic range than that of the original image sequence, characterised in that it also comprises a step of correction of the dynamic range during which the dynamic range of the values of the luminance component thus modified (Ld) is reduced by a value calculated from a global characteristic of the original image sequence.
A catalyst composition that is the combination of or the reaction product of ingredients comprising: (a) a nickel-containing compound; (b) an alkylating agent; (c) a fluorine-containing compound; and (d) optionally a chlorine-containing compound, with the proviso that the ingredients include a chlorine atom, and the molar ratio of said chlorine atom to nickel atoms in said nickel-containing compound (Cl/Ni) is from 0.01:1 to 0.5:1, wherein said chlorine-containing compound is selected from the group consisting of elemental chlorine, halogen chlorides, hydrogen chloride, organic chlorides, inorganic chlorides, metallic chlorides, organometallic chlorides, and mixtures thereof and wherein said organic chlorides consist of t-butyl chloride, allyl chloride, benzyl chloride, chloro-di-phenylmethane, triphenylmethyl chloride, benzylidene chloride, methyltrichlorosilane, phenyltrichlorosilane, dimethyldichlorosilane, diphenyldichlorosilane, trimethylchlorosilane, benzoyl chloride, propionyl chloride, and methyl chloroformate. (a) a nickel-containing compound; (b) an alkylating agent; (c) a fluorine-containing compound; and (d) optionally a chlorine-containing compound, with the proviso that the ingredients include a chlorine atom, and the molar ratio of said chlorine atom to nickel atoms in said nickel-containing compound (Cl/Ni) is from 0.01:1 to 0.5:1, wherein said chlorine-containing compound is selected from the group consisting of elemental chlorine, halogen chlorides, hydrogen chloride, organic chlorides, inorganic chlorides, metallic chlorides, organometallic chlorides, and mixtures thereof and wherein said organic chlorides consist of t-butyl chloride, allyl chloride, benzyl chloride, chloro-di-phenylmethane, triphenylmethyl chloride, benzylidene chloride, methyltrichlorosilane, phenyltrichlorosilane, dimethyldichlorosilane, diphenyldichlorosilane, trimethylchlorosilane, benzoyl chloride, propionyl chloride, and methyl chloroformate.
Use of a seasoning composition comprising small particle sodium chloride salt having a mean particle size greater than or equal to 5 microns and less than or equal to 20 microns for reducing dietary sodium intake.
Venting device for venting a motor vehicle tank, comprising a filling pipe, a venting line which can be connected fluidically at a first end to the motor vehicle tank and which is connected fluidically at a second end, which is opposite the first end, to the filling pipe via a venting entry, and a de-gassing line which is connected fluidically at a first end to the filling pipe via a de-gassing exit, wherein the de-gassing line is connected fluidically at a second end, which is opposite the first end, to a liquid separator, wherein the venting entry and the de-gassing exit are formed at a common connection nipple on the filling pipe, characterized in that the venting device comprises an arcuate guide element which is arranged in the filling pipe and which is arranged and shaped in such a way that a vapour entering the filling pipe through the venting entry is guided along the periphery of the filling pipe between the inner wall of the filling pipe and the arcuate guide element such that a gas fraction of the entering vapour escapes through the de-gassing exit and a liquid fraction of the entering vapour flows away through the filling pipe, wherein the arcuate guide element is formed at the common connection nipple, wherein, in the installation position, the venting entry is situated at the top of the filling pipe, with the result that vapour can fall into the filling pipe from the venting line and a liquid fraction of the vapour can flow away along the bottom of the filling pipe.
Method for operating a heating installation without a buffer store, having at least one heat generator and at least one heat consumer and at least one valve, which are connected to one another and communicate with one another and through which a fluid flows, wherein the fluid serves as a buffer volume, wherein the buffer volume is regulated and/or controlled by way of the actuation of the valve, characterized in that the buffer volume is predefined, wherein a certain volume flow and/or a running time are/is required and are/is calculated or are/is otherwise predetermined for each buffer volume requirement, wherein a size of a throughflow opening of the valve is determined in dependence on the volume flow and/or on the running time, wherein, for maintaining a minimum volume flow, the calculation is carried out as to how large a throughflow opening of the valve has to be in order for the minimum volume flow to be able to circulate, wherein a value for the minimum volume flow and a value for the buffer volume are/is predefined, wherein a check is made in one step as to whether a value specification has been reached, wherein individual room regulation for the valves is started in one step after the value specification has been reached.
A vibration isolation device comprising: - a frame intended to be mounted on an engine casing, - a structure intended to be mounted to an external component to isolate, - a resilient member located between said frame and said structure, - at least one fuse mechanism ensuring that said vibration isolation device presents a first stiffness when loads applied to said vibration isolation device are below a predetermined threshold load, and a second stiffness, lower than the first stiffness, when loads applied to the vibration isolation device are at least equal to said predetermined threshold load, wherein said fuse mechanism is arranged, within said vibration isolation device, to constrain said resilient member within a predetermined space when the loads applied to the vibration isolation device are below said predetermined threshold load and to release said resilient member so that this latter is capable of deforming beyond said predetermined space when loads applied to the vibration isolation device are at least equal to said predetermined threshold load, characterized in that said fuse mechanism is a strap surrounding said resilient member and presenting a breaking load corresponding to said predetermined threshold load. - a frame intended to be mounted on an engine casing, - a structure intended to be mounted to an external component to isolate, - a resilient member located between said frame and said structure, - at least one fuse mechanism ensuring that said vibration isolation device presents a first stiffness when loads applied to said vibration isolation device are below a predetermined threshold load, and a second stiffness, lower than the first stiffness, when loads applied to the vibration isolation device are at least equal to said predetermined threshold load,
An apparatus comprising a closed drying air circuit, the apparatus comprising: a drum (16, 106, 186) in communication with the closed drying air circuit; a condenser (28, 118, 202) in communication with the closed drying air circuit and located downstream of the drum, the condenser comprising a cooled water inlet that directs cooled water into heated air to remove moisture from the heated air, the condenser comprising a condenser water outlet for egress of water from the condenser, the cooled water inlet of the condenser configured to receive water from a tap water source; and characterised in that the apparatus further comprises a thermoelectric apparatus (36, 126, 210) comprising a thermoelectric device (52, 142, 224), the thermoelectric apparatus comprising a cold side flow device (46, 136, 212) arranged between the cooled water inlet of the condenser and the tap water source, the cold side flow device configured to receive tap water from the tap water source and cool the tap water below a tap outlet temperature using the thermoelectric device before the tap water enters the cooled water inlet of the condenser. a drum (16, 106, 186) in communication with the closed drying air circuit; a condenser (28, 118, 202) in communication with the closed drying air circuit and located downstream of the drum, the condenser comprising a cooled water inlet that directs cooled water into heated air to remove moisture from the heated air, the condenser comprising a condenser water outlet for egress of water from the condenser, the cooled water inlet of the condenser configured to receive water from a tap water source; and characterised in that the apparatus further comprises a thermoelectric apparatus (36, 126, 210) comprising a thermoelectric device (52, 142, 224), the thermoelectric apparatus comprising a cold side flow device (46, 136, 212) arranged between the cooled water inlet of the condenser and the tap water source, the cold side flow device configured to receive tap water from the tap water source and cool the tap water below a tap outlet temperature using the thermoelectric device before the tap water enters the cooled water inlet of the condenser.
System to be mounted on a busbar which extends along a longitudinal axis, comprising - a plurality of holding clips which are designed to be fastened to the busbar at different points along the longitudinal axis, - two side profile parts (3, 4) which, in the state mounted on the busbar, extend over two opposite sides of the busbar along the longitudinal axis, it being possible for the side profile parts (3, 4) to be connected to the holding clips via latching connections, the holding clips each having a U-shape in a first approximation such that two U limbs (5, 6) and a connecting limb that connects the two U limbs (5, 6) to one another are formed such that, in the state mounted on the busbar, the two U limbs (5, 6) surround the busbar on two opposite sides, and each of the holding clips having extensions (8, 9, 10, 11) for connection to the side profile parts (3, 4), which extensions extend transversely with respect to the longitudinal axis, characterized in that the extensions (8, 9, 10, 11) each comprise, on two opposite sides, an upper hook element (8, 9) and a lower spring element (10, 11), and in that the connecting limb has latching elements which are designed to be connected to the busbar in a latching manner. - a plurality of holding clips which are designed to be fastened to the busbar at different points along the longitudinal axis, - two side profile parts (3, 4) which, in the state mounted on the busbar, extend over two opposite sides of the busbar along the longitudinal axis, it being possible for the side profile parts (3, 4) to be connected to the holding clips via latching connections, the holding clips each having a U-shape in a first approximation such that two U limbs (5, 6) and a connecting limb that connects the two U limbs (5, 6) to one another are formed such that, in the state mounted on the busbar, the two U limbs (5, 6) surround the busbar on two opposite sides, and each of the holding clips having extensions (8, 9, 10, 11) for connection to the side profile parts (3, 4), which extensions extend transversely with respect to the longitudinal axis, characterized in that the extensions (8, 9, 10, 11) each comprise, on two opposite sides, an upper hook element (8, 9) and a lower spring element (10, 11), and in that the connecting limb has latching elements which are designed to be connected to the busbar in a latching manner.