mhurhangee/ep-ind-claims huggingface dataset:
An uplink feedback method, when a downlink bandwidth is greater than an uplink bandwidth or when an uplink transmission time interval is greater than a downlink transmission time interval, performed by a user equipment, wherein the method comprises: • receiving downlink data in at least two consecutive downlink subframes from a base station, ∘ wherein the at least two consecutive downlink sub-frames are at least two consecutive downlink sub-frames on a single carrier and a sum of lengths of the at least two consecutive downlink subframes on the single carrier is equal to a length of an uplink subframe; • joint encoding feedback signals responding to the downlink data in the at least two consecutive downlink sub-frames to obtain joint uplink feedback information, wherein the joint uplink feedback information comprises HARQ information in a joint uplink feedback and a channel quality indicator CQI; and • transmitting in the uplink sub-frame corresponding to the last sub-frame of the at least two consecutive downlink sub-frames the joint uplink feedback information for the at least two consecutive downlink sub-frames to the base station. • receiving downlink data in at least two consecutive downlink subframes from a base station, ∘ wherein the at least two consecutive downlink sub-frames are at least two consecutive downlink sub-frames on a single carrier and a sum of lengths of the at least two consecutive downlink subframes on the single carrier is equal to a length of an uplink subframe; • joint encoding feedback signals responding to the downlink data in the at least two consecutive downlink sub-frames to obtain joint uplink feedback information, wherein the joint uplink feedback information comprises HARQ information in a joint uplink feedback and a channel quality indicator CQI; and • transmitting in the uplink sub-frame corresponding to the last sub-frame of the at least two consecutive downlink sub-frames the joint uplink feedback information for the at least two consecutive downlink sub-frames to the base station.
A resin composition for a fiber-reinforced plastic molding, the composition comprising, as essential components, a poly(glycidyloxyaryl) compound selected from the group consisting of bisphenol epoxy resins and novolac epoxy resins, a polymerizable monomer selected from the group consisting of acrylic acid, methacrylic acid, and anhydrides thereof, an aromatic vinyl compound or a (meth)acrylate, and a radical polymerization initiator, wherein an equivalent ratio [glycidyloxy group/acid group] of a glycidyloxy group in the component to an acid group in the component is 1/1 to 1/0.48, and a molar ratio [ /] of the component to the component is in the range of 1/0.55 to 1/2.
A reading and writing method of a memory device, the memory device comprising a memory chip, a temperature detection unit and a controlling chip electrically connected to the memory chip and the temperature detection unit, and the method comprises the following sequential steps of: turning on the controlling chip; detecting, by the temperature detection unit, a temperature of the memory chip; obtaining, by the controlling chip, the temperature of the memory chip and obtaining, by the controlling chip, a writing recovery time corresponding to the temperature; controlling, by the controlling chip, the memory chip to be powered on, and setting, by the controlling chip, the writing recovery time corresponding to the temperature as a present writing recovery time of the memory chip; during operation of the memory chip, detecting, by the temperature detection unit, the temperature of the memory chip; and adjusting, by the controlling chip, the writing recovery time of the memory chip according to the temperature detected during the operation of the memory chip. turning on the controlling chip; detecting, by the temperature detection unit, a temperature of the memory chip; obtaining, by the controlling chip, the temperature of the memory chip and obtaining, by the controlling chip, a writing recovery time corresponding to the temperature; controlling, by the controlling chip, the memory chip to be powered on, and setting, by the controlling chip, the writing recovery time corresponding to the temperature as a present writing recovery time of the memory chip; during operation of the memory chip, detecting, by the temperature detection unit, the temperature of the memory chip; and adjusting, by the controlling chip, the writing recovery time of the memory chip according to the temperature detected during the operation of the memory chip.
A selective solidification apparatus comprising a build chamber, a build platform lowerable in the build chamber, a wiper for spreading powder material across the build platform to form successive powder layers of a powder bed, an energy beam unit for generating an energy beam for consolidating the powder material, a scanner for directing and focussing the energy beam onto each powder layer and a processor for controlling the scanner, wherein the processor is arranged to control the scanner to scan the energy beam across the powder bed to consolidate powder material each side of the wiper when the wiper is moving across the powder bed characterised in that the processor is arranged to scan the energy beam across a one of the powder layers during two or more strokes of the wiper across the powder bed.
Warp knitting loom having a knitting area and a fabric take-up, which comprises at least one roller, characterized in that the roller is designed as a roller tube having a cavity and comprises a vibration absorber arrangement having a passive vibration absorber and/or an active, hybrid and/or adaptive vibration absorber, which is arranged in the cavity, wherein the vibration absorber comprises a mass arrangement connected via a spring arrangement to the roller tube, wherein the spring arrangement comprises a bar, which extends in axial direction of the roller and has a function of a spring.
A lubricant composition, comprising: a lubricant base oil; and 0.5 to 10 mass% of an ethylene/α-olefin copolymer having a number average molecular weight of 2,800 to 8,000; and 0.05 to 2.0 mass% of component, wherein component is a sulfur-based extreme pressure agent optionally in combination with a phosphorus-based extreme pressure agent, with the proviso that the composition comprises 0.05 to 2.0 mass% of a thiadiazole extreme pressure agent which is a sulfur-based extreme pressure agent; wherein the lubricant base oil used here has a kinematic viscosity at 100°C of 1.5 to 40 mm 2 /s, a viscosity index of 100 or more, a pour point of -25°C or lower, and a sulfur content of 0.01 mass% or less. a lubricant base oil; and 0.5 to 10 mass% of an ethylene/α-olefin copolymer having a number average molecular weight of 2,800 to 8,000; and 0.05 to 2.0 mass% of component, wherein component is a sulfur-based extreme pressure agent optionally in combination with a phosphorus-based extreme pressure agent, with the proviso that the composition comprises 0.05 to 2.0 mass% of a thiadiazole extreme pressure agent which is a sulfur-based extreme pressure agent; wherein the lubricant base oil used here has a kinematic viscosity at 100°C of 1.5 to 40 mm 2 /s, a viscosity index of 100 or more, a pour point of -25°C or lower, and a sulfur content of 0.01 mass% or less.
A thermally conductive composition comprising: metal particles; and a dispersion medium in which the metal particles are dispersed, wherein the metal particles form a particle coupling structure by being sintered through a thermal treatment performed on the thermally conductive composition, the metal particles have a particle size D 50 at 50% in a volume-based cumulative distribution of equal to or greater than 1 μ m and equal to or smaller than 4 μ m, the metal particles have a standard deviation of the particle size of equal to or less than 2.0 μ m, where the particle size of the metal particles is determined by measuring a volume-based median diameter by using a flow-type particle image analyzer FPIA (registered trademark)-3000 manufactured by Sysmex Corporation, and the dispersion medium includes a compound having only one epoxy group in a molecule and does not include a compound having two or more epoxy groups in a molecule. metal particles; and a dispersion medium in which the metal particles are dispersed, wherein the metal particles form a particle coupling structure by being sintered through a thermal treatment performed on the thermally conductive composition, the metal particles have a particle size D 50 at 50% in a volume-based cumulative distribution of equal to or greater than 1 μ m and equal to or smaller than 4 μ m, the metal particles have a standard deviation of the particle size of equal to or less than 2.0 μ m, where the particle size of the metal particles is determined by measuring a volume-based median diameter by using a flow-type particle image analyzer FPIA (registered trademark)-3000 manufactured by Sysmex Corporation, and the dispersion medium includes a compound having only one epoxy group in a molecule and does not include a compound having two or more epoxy groups in a molecule.
A method for providing security for an environment comprising: connecting one or more sensors (61,62) to the Internet or other network; connecting a plurality of smart mobile devices (41,42,43,44) to the Internet or other network; running an alarm system application on the plurality of smart mobile devices (41,42,43,44) for managing an alarm system; monitoring the environment for a change in state that may be acted on via the plurality of smart mobile devices (41,42,43,44) using the one or more sensors (61,62); when a change of state is monitored, triggering a remote action via one of the plurality of smart mobile devices (41,42,43,44); and communicating the triggered remote action from said one of the plurality of smart mobile devices (41,42,43,44) to the other ones of the smart mobile devices (41,42,43,44). connecting one or more sensors (61,62) to the Internet or other network; connecting a plurality of smart mobile devices (41,42,43,44) to the Internet or other network; running an alarm system application on the plurality of smart mobile devices (41,42,43,44) for managing an alarm system; monitoring the environment for a change in state that may be acted on via the plurality of smart mobile devices (41,42,43,44) using the one or more sensors (61,62); when a change of state is monitored, triggering a remote action via one of the plurality of smart mobile devices (41,42,43,44); and
A programming and verifying method for a non-volatile multi-level memory cell array, the non-volatile multi-level memory cell array comprising a first row, a plurality of floating gate memory cells (c11~c1n) in the first row being connected with a first word line, a source line, an erase line and a plurality of bit lines (BL1~BLn), the plurality of floating gate memory cells (c11~c1n) being separated by a shielding line, each of the plurality of floating gate memory cells (c11~c1n) being programmed to a target storage state of X storage states, X being an integer larger than or equal to 4, the programming and verifying method comprising steps of: determining the first row as a selected row by activating the first word line, and setting A as 1 for indicating a stage of programming to a first storage state; programming first-portion memory cells of the selected row to the A-th storage state, wherein the memory cells in the selected row excluding the memory cells in the target storage state and bad memory cells are defined as the first-portion memory cells of the selected row, and wherein the bad memory cells cannot reach the A-th storage state; if A is not equal to X, adding 1 to A for indicating a stage of programming to the (A+1)-th storage state, and performing the step again; if A is equal to X, ending the program cycle, wherein A is an integer smaller than or equal to X, wherein in the step, the first-portion memory cells of the selected row are subjected to a plurality of write actions and a plurality of verification actions until all of the first-portion memory cells reach the A-th storage state; and wherein during a read cycle and a program cycle of the non-volatile multi-level memory cell array, the shielding line and the erase line receive a same voltage to prevent from a coupling effect between the plurality of floating gate memory cells (c11~c1n). determining the first row as a selected row by activating the first word line, and setting A as 1 for indicating a stage of programming to a first storage state; programming first-portion memory cells of the selected row to the A-th storage state, wherein the memory cells in the selected row excluding the memory cells in the target storage state and bad memory cells are defined as the first-portion memory cells of the selected row, and wherein the bad memory cells cannot reach the A-th storage state; if A is not equal to X, adding 1 to A for indicating a stage of programming to the (A+1)-th storage state, and performing the step again; if A is equal to X, ending the program cycle, wherein A is an integer smaller than or equal to X, wherein in the step, the first-portion memory cells of the selected row are subjected to a plurality of write actions and a plurality of verification actions until all of the first-portion memory cells reach the A-th storage state; and wherein during a read cycle and a program cycle of the non-volatile multi-level memory cell array, the shielding line and the erase line receive a same voltage to prevent from a coupling effect between the plurality of floating gate memory cells (c11~c1n).
A remote controller adapted to interact with a system under control, SUC, the remote controller comprising: at least one input adapted to receive data from a user; a command interpreter adapted to evaluate data received via the at least one input and determine whether the received data is associated with a remote command from among a set of remote commands associated with the SUC; at least one communication element adapted to send remote commands to the SUC; and at least one haptic feedback element adapted to provide feedback to the user, wherein: the at least one input includes at least one touchscreen input adapted to be able to receive data associated with touchscreen gestures comprising a plurality of touch points, wherein at least one command from among the set of remote commands is associated with a touchscreen gesture comprising at least two touch points, characterised in that the SUC is an in-vehicle system comprising a display that provides a map screen comprising a turn-by-turn list of indicators, a particular touchscreen gesture comprises vertical two-finger dragging and the particular touchscreen gesture is associated with a particular remote command from the set of remote commands comprises scrolling the turn-by-turn list of indicators. at least one input adapted to receive data from a user; a command interpreter adapted to evaluate data received via the at least one input and determine whether the received data is associated with a remote command from among a set of remote commands associated with the SUC; at least one communication element adapted to send remote commands to the SUC; and at least one haptic feedback element adapted to provide feedback to the user, wherein: the at least one input includes at least one touchscreen input adapted to be able to receive data associated with touchscreen gestures comprising a plurality of touch points, wherein at least one command from among the set of remote commands is associated with a touchscreen gesture comprising at least two touch points, characterised in that the SUC is an in-vehicle system comprising a display that provides a map screen comprising a turn-by-turn list of indicators, a particular touchscreen gesture comprises vertical two-finger dragging and the particular touchscreen gesture is associated with a particular remote command from the set of remote commands comprises scrolling the turn-by-turn list of indicators. the at least one input includes at least one touchscreen input adapted to be able to receive data associated with touchscreen gestures comprising a plurality of touch points, wherein at least one command from among the set of remote commands is associated with a touchscreen gesture comprising at least two touch points, characterised in that the SUC is an in-vehicle system comprising a display that provides a map screen comprising a turn-by-turn list of indicators, a particular touchscreen gesture comprises vertical two-finger dragging and the particular touchscreen gesture is associated with a particular remote command from the set of remote commands comprises scrolling the turn-by-turn list of indicators.
Method of processing optical workpieces, particularly spectacle lenses of plastic, having a first surface (cx) and a second surface (cc) which faces away therefrom and is to be processed, comprising the following principal steps carried out in the indicated sequence: (i) blocking the workpiece with the aid of a blocking material on a blocking member as holder during the processing so that the blocking material is located between the blocking member and the first surface (cx) of the workpiece, (ii) processing the workpiece by a geometrically defined cutting edge for achieving the desired macrogeometry at the second surface (cc) of the workpiece, (iii) processing the workpiece by a geometrically undefined cutting edge for achieving the desired microgeometry at the second surface (cc) of the workpiece and (iv) deblocking the workpiece from the blocking member, characterized in that the principal step (ii) of processing of the workpiece by a geometrically defined cutting edge comprises a plunge-cutting sub-step (ii.2) in which by a geometrically defined cutting edge starting from the second surface (cc) an encircling plunge cut is produced which extends through the first surface (cx) into the blocking material so that, on the blocking member, the workpiece with a predetermined edge profile remains radially within the plunge cut and a residual ring for tool support in the principal step (iii) remains radially outside the plunge cut. (i) blocking the workpiece with the aid of a blocking material on a blocking member as holder during the processing so that the blocking material is located between the blocking member and the first surface (cx) of the workpiece, (ii) processing the workpiece by a geometrically defined cutting edge for achieving the desired macrogeometry at the second surface (cc) of the workpiece, (iii) processing the workpiece by a geometrically undefined cutting edge for achieving the desired microgeometry at the second surface (cc) of the workpiece and (iv) deblocking the workpiece from the blocking member,
Method for producing a confectionary product, comprising the steps of: - forming a confectionary string by extruding a confectionary substance through an extruder nozzle in an extrusion direction, - forming the confectionary product by moving cutting means in a cutting direction transverse to the extrusion direction from a rest position outside the confectionary string to a cutting position inside the confectionary string in such a way as to separate by cutting an end portion from a remaining part of the confectionary string, - moving the confectionary product away from the extruder nozzle, by resting the end portion separated from the confectionary string on a conveying surface and moving the conveying surface in a transport direction transverse to the extrusion direction, - resting the end portion on the conveying surface already before the separation of the end portion from the remaining part of the confectionary string and completing the separation of the end portion from the remaining part of the confectionary string while the end portion is resting on the conveying surface, characterized in that the end portion of the confectionary string is rigidly fixed to the conveying surface by freezing the end portion in a zone of contact with the conveying surface before starting the cut. - forming a confectionary string by extruding a confectionary substance through an extruder nozzle in an extrusion direction, - forming the confectionary product by moving cutting means in a cutting direction transverse to the extrusion direction from a rest position outside the confectionary string to a cutting position inside the confectionary string in such a way as to separate by cutting an end portion from a remaining part of the confectionary string, - moving the confectionary product away from the extruder nozzle, by resting the end portion separated from the confectionary string on a conveying surface and moving the conveying surface in a transport direction transverse to the extrusion direction, - resting the end portion on the conveying surface already before the separation of the end portion from the remaining part of the confectionary string and completing the separation of the end portion from the remaining part of the confectionary string while the end portion is resting on the conveying surface,
A curing agent for epoxy coatings comprising a composition of: an adduct of: a diglycidyl ether of a bisphenol having an epoxy equivalent weight from 200 to 300, and a first polyamine; wherein the adduct has a weight average molecular weight (measured according to the method disclosed in the description) less than or equal to 1150 a second polyamine different than the first polyamine; and water; wherein the composition is a solution, wherein the composition has an amine hydrogen equivalent weight, based on solids, of less than or equal to 105, and wherein the composition comprises from 10 wt.% to 90 wt.% of the adduct; from 10 wt.% to 90 wt.% of the second polyamine; and from 1 wt.% to 50 wt.% of water, wherein the total wt.% is 100 wt.%. a diglycidyl ether of a bisphenol having an epoxy equivalent weight from 200 to 300, and a first polyamine; wherein the adduct has a weight average molecular weight (measured according to the method disclosed in the description) less than or equal to 1150 a second polyamine different than the first polyamine; and water; wherein the composition is a solution, wherein the composition has an amine hydrogen equivalent weight, based on solids, of less than or equal to 105, and wherein the composition comprises from 10 wt.% to 90 wt.% of the adduct; from 10 wt.% to 90 wt.% of the second polyamine; and from 1 wt.% to 50 wt.% of water, wherein the total wt.% is 100 wt.%.
An apparatus for storage and retrieval of large volumes of test tubes in/from a warehouse, wherein the apparatus comprises an input/output module of test tubes from/to an automation system for the transport of said test tubes in transport devices of single test tubes, which includes two distinct coplanar locations for a first and a second container (9, 10) of a plurality of test tubes, a single pick up device adapted to pick up said test tubes from the second container positioned on said input/output module and to release them in said transport devices of single test tubes on said automation system, a first station for the provisional allocation of said containers (9, 10) on distinct locations of a same shelf comprising one or more shelves and interfaced with said input/output module, characterised in that the apparatus further comprises a multiple pick up device adapted to pick up said test tubes from a plurality of transport devices of single test tubes queued in a secondary lane of said automation system, and to release them in the first container positioned on said input/output module, a second station for the provisional allocation of the first container on one or more shelves, interfaced with a discharge device of test tubes to be disposed, and a motorized traveling lift able to simultaneously transport on two distinct coplanar locations said first and second container (9, 10), and adapted to bidirectionally move said first and second container (9, 10) of test tubes between said first station for the provisional allocation and said warehouse, and only said first container between said warehouse and said second station for the provisional allocation.