mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a polyester-type flexible polyurethane foam, which comprises reacting a polyester polyol with a polyisocyanate, in the presence of a catalyst composition containing an amine compound represented by the following formula: in the above formula, R 1 is a C 1-6 linear or branched alkyl group, and each of R 2, R 3, R 4 and R 5 which are independent of one another, is a hydrogen atom or a C 1-2 alkyl group, and one or more amine compounds selected from the group consisting of an amine compound represented by the following formula: in the above formula, R 6 is a C 2-6 linear or branched alkylene group, and an amine compound represented by the following formula: in the above formula, each of R 7 and R 8 which are independent of each other, is a C 1-4 alkyl group, and R 9 is a C 3-5 linear or branched alkylene group; a blowing agent; and a surfactant.
An access control device for persons or vehicles for blocking or unblocking a passage, which comprises one or two blocking elements (3, 3'), which are arranged on a support (4, 4') in each case, characterized in that the blocking elements (3, 3') have a mechanically reversibly deformable element (5, 5') in each case, which is essentially flat in a first position and completely unblocks the passage and assumes a bent shape in a second position, which, if a blocking element is provided, blocks the passage and, if two blocking elements are provided, partially blocks the passage, so that the combination of both blocking elements blocks the passage, wherein one or both ends of the mechanically reversibly deformable element (5, 5') are connected or operatively connected to an actuator in each case, which is connected to the respective support (4, 4') and can be controlled by a control, and the mechanically reversibly deformable element (5, 5') is transferred from the first to the second position and vice versa by means of the control of the actuator, wherein for transferring the mechanically reversibly deformable element (5, 5') from the first to the second position, the spacing between the ends of the respective blocking element (3, 3') is reduced, or in the case of constant spacing between the ends of the respective blocking element (3, 3'), the length of the blocking element (3, 3') is enlarged.
A machine tool comprising: a bed; a table installed on the bed and configured to allow a workpiece to be seated thereon; a saddle movably installed on the bed; a column movably installed on the saddle; a spindle movably installed on the column and configured to machine the workpiece; a magazine having a plurality of grippers that accommodates tools to supply the tool to the spindle and configured to store the tools in the grippers, respectively, wherein the magazine is installed on the saddle and moves together with the saddle when the saddle moves; a transfer part configured to move the saddle, the column, and the spindle, a tool changing unit movably installed on the saddle to replace a processing tool mounted on the spindle with a standby tool accommodated in the gripper of the magazine, and a tool changing unit transfer part installed on the saddle to move the tool changing unit over the saddle, wherein the tool change unit transfer part is configured to move the tool change unit separately from the column independently of the transfer part for transferring the column, so that tool change is enabled to be performed without moving the spindle installed on the column to the magazine. a bed; a table installed on the bed and configured to allow a workpiece to be seated thereon; a saddle movably installed on the bed; a column movably installed on the saddle; a spindle movably installed on the column and configured to machine the workpiece; a magazine having a plurality of grippers that accommodates tools to supply the tool to the spindle and configured to store the tools in the grippers, respectively, wherein the magazine is installed on the saddle and moves together with the saddle when the saddle moves; a transfer part configured to move the saddle, the column, and the spindle, a tool changing unit movably installed on the saddle to replace a processing tool mounted on the spindle with a standby tool accommodated in the gripper of the magazine, and a tool changing unit transfer part installed on the saddle to move the tool changing unit over the saddle, wherein the tool change unit transfer part is configured to move the tool change unit separately from the column independently of the transfer part for transferring the column, so that tool change is enabled to be performed without moving the spindle installed on the column to the magazine.
A method of wireless communication, comprising: obtaining, by a base station, clear channel assessment, CCA, result information for a plurality of neighboring base stations; generating, by the base station, control signaling for one or more user equipments, UEs, served by the base station, wherein the control signaling is based, at least in part, on the CCA result information; and transmitting the control signaling to the one or more UEs. obtaining, by a base station, clear channel assessment, CCA, result information for a plurality of neighboring base stations; generating, by the base station, control signaling for one or more user equipments, UEs, served by the base station, wherein the control signaling is based, at least in part, on the CCA result information; and transmitting the control signaling to the one or more UEs.
A method of interacting with a portable electronic device having a touch-sensitive display, the method comprising: displaying a user interface screen having a scrollable area on the touch-sensitive display; displaying a transparent scrollbar which overlays elements of the user interface screen when a touch event is detected in a display area corresponding to the scrollable area (304, 306); and determining a duration of the touch event; decreasing a transparency level of the transparent scrollbar when the duration of the touch event is less than a threshold duration (312,314) of a touch and hold gesture; and highlighting the transparent scrollbar when the duration of the touch event is greater than or equal to the threshold duration of the touch and hold gesture; and redisplaying the user interface screen without the transparent scrollbar when the touch event ends; the method further comprising: scrolling content of the scrollable area at a first rate when the transparent scrollbar is not highlighted (352, 354); and scrolling content of the scrollable area at a second rate when the transparent scrollbar is highlighted (352, 356). displaying a user interface screen having a scrollable area on the touch-sensitive display; displaying a transparent scrollbar which overlays elements of the user interface screen when a touch event is detected in a display area corresponding to the scrollable area (304, 306); and scrolling content of the scrollable area at a first rate when the transparent scrollbar is not highlighted (352, 354); and scrolling content of the scrollable area at a second rate when the transparent scrollbar is highlighted (352, 356).
A method comprising: collecting a plurality of digitized, non-nutritive suck pressure samples; designating a plurality of peaks in one or more of the digitized, non-nutritive suck pressure samples; selecting a predetermined number of bursts from a selected portion of the digitized, non-nutritive suck pressure samples using the plurality of peaks; the method being characterized by: normalizing the predetermined number of bursts to provide a number of normalized bursts; determining a number of standard deviations, wherein each standard deviation is based on a burst data point value associated with a particular sample of each of the number of normalized bursts; and summing the number of standard deviations to provide a spatiotemporal index STI of non-nutritive suck pattern stability. collecting a plurality of digitized, non-nutritive suck pressure samples; designating a plurality of peaks in one or more of the digitized, non-nutritive suck pressure samples; selecting a predetermined number of bursts from a selected portion of the digitized, non-nutritive suck pressure samples using the plurality of peaks; the method being characterized by: normalizing the predetermined number of bursts to provide a number of normalized bursts; determining a number of standard deviations, wherein each standard deviation is based on a burst data point value associated with a particular sample of each of the number of normalized bursts; and summing the number of standard deviations to provide a spatiotemporal index STI of non-nutritive suck pattern stability. normalizing the predetermined number of bursts to provide a number of normalized bursts; determining a number of standard deviations, wherein each standard deviation is based on a burst data point value associated with a particular sample of each of the number of normalized bursts; and summing the number of standard deviations to provide a spatiotemporal index STI of non-nutritive suck pattern stability.
Process for separating at least one mandelic compound in salified form from an aqueous reaction medium resulting from the condensation reaction, in water, of at least one aromatic compound bearing at least one hydroxyl group and in which the para position is free with glyoxylic acid in basic medium, said process comprising at least the following steps: a) decantation of said reaction medium so as to recover an organic phase essentially comprising the excess of said aromatic compound and an aqueous phase formed from at least said mandelic compound and an amount of the excess of said aromatic compound, b) placing said aqueous phase in contact with an adsorbent support, leading to selective adsorption of said aromatic compound on said support and to the recovery of an aqueous stream comprising at least said mandelic compound in salified form. a) decantation of said reaction medium so as to recover an organic phase essentially comprising the excess of said aromatic compound and an aqueous phase formed from at least said mandelic compound and an amount of the excess of said aromatic compound, b) placing said aqueous phase in contact with an adsorbent support, leading to selective adsorption of said aromatic compound on said support and to the recovery of an aqueous stream comprising at least said mandelic compound in salified form.
A system for correcting a current value of a shunt resistor, the system comprising: a power calculating unit configured to calculate power consumption and a heating value of a shunt resistor based on a current value for the shunt resistor provided in a circuit and a first resistance value of the shunt resistor; a temperature measuring unit configured to measure an ambient temperature value of the shunt resistor; a final temperature value calculating unit configured to calculate a second final temperature value for the shunt resistor and a change amount of the second final temperature value compared to a first final temperature value before a flow of a current based on a heating temperature value of the shunt resistor calculated based on the calculated heating value and a thermal resistance coefficient of the shunt resistor and the ambient temperature value of the shunt resistor; and a resistance calculating unit configured to calculate a second resistance value of the shunt resistor based on the calculated final temperature value change amount of the shunt resistor and a temperature coefficient value of the shunt resistor changed according to a temperature change. a power calculating unit configured to calculate power consumption and a heating value of a shunt resistor based on a current value for the shunt resistor provided in a circuit and a first resistance value of the shunt resistor; a temperature measuring unit configured to measure an ambient temperature value of the shunt resistor; a final temperature value calculating unit configured to calculate a second final temperature value for the shunt resistor and a change amount of the second final temperature value compared to a first final temperature value before a flow of a current based on a heating temperature value of the shunt resistor calculated based on the calculated heating value and a thermal resistance coefficient of the shunt resistor and the ambient temperature value of the shunt resistor; and a resistance calculating unit configured to calculate a second resistance value of the shunt resistor based on the calculated final temperature value change amount of the shunt resistor and a temperature coefficient value of the shunt resistor changed according to a temperature change.
A method for receiving data by a user equipment, UE, supporting half duplex transmission, in a wireless communication system, the method comprising: receiving a first time division duplex, TDD, uplink-downlink configuration information for a first cell and a second TDD uplink-downlink configuration information for a second cell; characterised by determining whether a subframe in the first cell is a special subframe (201, 601) and the subframe in the second cell is a downlink subframe according to the first and second TDD uplink-downlink configuration information; and determining, if the subframe in the first cell is the special subframe (201, 601) and the subframe in the second cell is the downlink subframe, not to receive a signal on the second cell in Orthogonal Frequency Division Multiplexing, OFDM, symbols that overlap with at least one of a Guard Period, GP, or Uplink Pilot Time Slot, UpPTS, in the first cell. receiving a first time division duplex, TDD, uplink-downlink configuration information for a first cell and a second TDD uplink-downlink configuration information for a second cell; characterised by determining whether a subframe in the first cell is a special subframe (201, 601) and the subframe in the second cell is a downlink subframe according to the first and second TDD uplink-downlink configuration information; and determining, if the subframe in the first cell is the special subframe (201, 601) and the subframe in the second cell is the downlink subframe, not to receive a signal on the second cell in Orthogonal Frequency Division Multiplexing, OFDM, symbols that overlap with at least one of a Guard Period, GP, or Uplink Pilot Time Slot, UpPTS, in the first cell.
A method for selective removal of chlorine and phosphorus from a cellulosic biomass solids comprising: a. providing a cellulosic biomass solids containing chorine and/or phosphorus; b. introducing said cellulosic biomass solids into a base solution having a pH of greater than 9 at a temperature in the range of 0°C to 60°C, in a first contact zone, thereby producing an base washed cellulosic biomass solids and basic water effluent wherein said basic water effluent is in the range of 3 parts to 0.5 parts relative to 1 part of cellulosic biomass solids (dry basis); c. introducing said base washed cellulosic biomass solids into an aqueous solution having a pH of at most 8, in a second contact zone, thereby producing water washed cellulosic biomass solids having reduced chorine and/or phosphorus content compared to the cellulosic biomass solids; d. passing a gas and/or an organic solvent through said water washed cellulosic biomass solids, in a third contact zone, thereby producing a pretreated cellulosic biomass solids with reduced water content compared to the water washed cellulosic biomass solids and separated aqueous effluent; e. recycling the separated aqueous effluent to the second contact zone to form at least a portion of the aqueous solution; and f. transferring at least a portion of said treated cellulosic biomass solids to a digestion and/or reaction zone. a. providing a cellulosic biomass solids containing chorine and/or phosphorus; b. introducing said cellulosic biomass solids into a base solution having a pH of greater than 9 at a temperature in the range of 0°C to 60°C, in a first contact zone, thereby producing an base washed cellulosic biomass solids and basic water effluent wherein said basic water effluent is in the range of 3 parts to 0.5 parts relative to 1 part of cellulosic biomass solids (dry basis); c. introducing said base washed cellulosic biomass solids into an aqueous solution having a pH of at most 8, in a second contact zone, thereby producing water washed cellulosic biomass solids having reduced chorine and/or phosphorus content compared to the cellulosic biomass solids; d. passing a gas and/or an organic solvent through said water washed cellulosic biomass solids, in a third contact zone, thereby producing a pretreated cellulosic biomass solids with reduced water content compared to the water washed cellulosic biomass solids and separated aqueous effluent; e. recycling the separated aqueous effluent to the second contact zone to form at least a portion of the aqueous solution; and f. transferring at least a portion of said treated cellulosic biomass solids to a digestion and/or reaction zone.
A chair and lounger with a seat and a back rest, which is mounted with a back rest joint to be pivotable back and forth between an upright sitting position and a reclining position in which it forms an extension of the seat, wherein the back rest includes a head support joint, with which an upper portion of the back rest is mounted on the back rest to be pivotable in the direction of the seat, and the back rest includes an intermediate joint, which is arranged between the back rest joint and the head support joint and with which the back rest is foldable in the direction of the seat, and including a sliding guide, with which the seat is guided to be slidable back and forwards, characterised in that the back rest is pivotable forwardly in the direction of the seat both at the head support joint and also at the intermediate joint through about 90° in each case so that the upper portion of the back rest is movable into a position parallel to a portion of the back rest between the back rest joint and the intermediate joint so that in the upright sitting position of the back rest a person sitting on the seat of the chair and lounger can lean their back against a surface of the upper portion of the back rest remote from the portion of the back rest between the back rest joint and the intermediate joint and, in the reclining position of the back rest, a person sitting on the seat of the chair and recliner can lean with their shoulders or with their back below the shoulders against an upper edge, directed forwardly in this position, of the back rest and, on rotation of the upper body, can rest an arm or, without rotation of the upper body can rest both elbows and forearms on a rear surface, located at the top in this position, of the upper portion of the back rest.
A parking assistance apparatus comprising: a region detector capable of detecting a plurality of possible parking regions in which a vehicle can park in at least one side to the left or right of the vehicle; photographic image acquisition part for acquiring a photographic image of the scene surrounding the vehicle; and a display controller for displaying the photographic image on a monitor device and superimposing graphic images showing parking target candidates in positions where the possible parking regions detected by the region detector correspond on the photographic image, a selection part capable of selecting one of the parking target candidates as a parking target on the basis of command input from a driving device of the vehicle, characterized in that the driving device is a steering device of the vehicle, and the selection part selects as the parking target the parking target candidate in a position that is nearer to the vehicle when, based on the operated amount of the steering device, the operated amount is greater. a region detector capable of detecting a plurality of possible parking regions in which a vehicle can park in at least one side to the left or right of the vehicle; photographic image acquisition part for acquiring a photographic image of the scene surrounding the vehicle; and a display controller for displaying the photographic image on a monitor device and superimposing graphic images showing parking target candidates in positions where the possible parking regions detected by the region detector correspond on the photographic image, a selection part capable of selecting one of the parking target candidates as a parking target on the basis of command input from a driving device of the vehicle, characterized in that the driving device is a steering device of the vehicle, and the selection part selects as the parking target the parking target candidate in a position that is nearer to the vehicle when, based on the operated amount of the steering device, the operated amount is greater.
Arrangement of packing fin-stabilized penetrators in a carrier shell, whereby said penetrators comprise a front penetrator part and a rear fin part (9, 9') comprising fin sides (14, 14'), wherein the penetrators are arranged in groups which are joined together to form larger packing units, whereby each group is arranged with a centrally located penetrator flanked by at least three outer penetrators, whereby said outer penetrators are arranged so that their front penetrator parts lie side to side against the fin sides (14, 14') of the centrally located penetrator, whereby the rear fin parts (9, 9') of the penetrators are made shorter than the front penetrator parts and the front penetrator parts are made tubular characterized in that the front penetrator parts are made with a flat front and a flat rear whereby for the distribution of load stresses rearwards, relative to the direction of firing of the carrier shell, from the centrally located penetrator via the front penetrator parts of the flanking penetrators, the flat rear of the front penetrator part of the centrally located penetrator rests against the flat front of the front penetrator part of the outer penetrators whereby the fins are wholly relieved of load apart from the bottommost layer of penetrators closest to the rear part of the carrier shell.