mhurhangee/ep-ind-claims huggingface dataset:
Method for determining a signal aspect issued by a signal box, said signal aspect being transferable to a rail vehicle by means of a point data transfer device being arranged track side, wherein: a) the signal aspect is released for a quantity of signal lamps and is provided in the form of one signal current of a known frequency for each lamp current circuit in every lamp current circuit that is required for representing the signal aspect; b) the point data transfer device is operated by an electronic control unit being arranged track side; and c) the signal current is sampled in each of the lamp electric circuits with a quantity of samples by the electronic control unit by means of a sample burst, wherein the time period between two consecutive samples within a sample burst equates to the predeterminable fraction of the period time of the signal current, said fraction of the period time being a quarter of the period time of the signal current. a) the signal aspect is released for a quantity of signal lamps and is provided in the form of one signal current of a known frequency for each lamp current circuit in every lamp current circuit that is required for representing the signal aspect; b) the point data transfer device is operated by an electronic control unit being arranged track side; and c) the signal current is sampled in each of the lamp electric circuits with a quantity of samples by the electronic control unit by means of a sample burst, wherein the time period between two consecutive samples within a sample burst equates to the predeterminable fraction of the period time of the signal current, said fraction of the period time being a quarter of the period time of the signal current.
An absorbent article comprising a liquid pervious topsheet, a liquid impervious backsheet, and an absorbent core comprising an absorbent material between a top core wrap sheet and a back core wrap sheet, said absorbent core being positioned in between said topsheet and said backsheet, wherein the absorbent core is provided with at least one attachment zone (140, 150) between the top core wrap sheet and the back core wrap sheet, wherein a first binder is arranged in a first area between the top core wrap sheet and the back core wrap sheet at a distance from the at least one attachment zone (140, 150), on one of the top core wrap sheet and the back core wrap sheet; and a second binder is arranged in a second area between the top core wrap sheet and the back core wrap sheet, on the other of the top core wrap sheet and the back core wrap sheet, wherein the first area is substantially complementary to the second area.
An adhesive sheet comprising: a base sheet, one surface thereof being an adhesive surface and the other surface thereof being a peeling treatment surface, in which the adhesive sheet is peelable, sheet by sheet, from a laminate by adhering the adhesive surface of the adhesive sheet positioned on one end side of the laminate to an adherend, the laminate being configured by forming a plurality of such adhesive sheets, and by stacking the adhesive surface of each of the adhesive sheets on the peeling treatment surface of each of the adhesive sheets together, wherein the base sheet has a planar shape in which a hole is formed in the center in plane, and the shape of an outer edge thereof is substantially circular, wherein the adhesive surface is formed from a number of adhesive agent portions with an adhesive agent dispersively-applied, characterized in that the adhesive surface has regions with narrow and wide spacing relative to one another of the adhesive agent portions, each of regions is dispersively provided in a pair and in a plurality of places, and at least one pair of the dispersed regions is provided in a line symmetric manner with respect to a straight-line (D1, D2) passing through a center of the base sheet, and in a point symmetric manner with respect to the center of the base sheet.
A method of transmitting a downlink signal at a base station in a wireless communication system, the method comprising: generating user equipment, UE,-specific reference signal sequences; and mapping the generated sequences to resource elements, REs, predetermined according to antenna port groups, wherein each of the antenna port groups includes at least one Multiple-Input Multiple Output, MIMO, antenna port, wherein the REs for each of the antenna port groups are divided on a frequency domain, on predetermined orthogonal frequency division multiplexing, OFDM, symbols of each slot, wherein the maximum number of MIMO layers is 16, and wherein the number of antenna port groups, if the number of MIMO layers related to downlink signal transmission is greater than 8, is twice the number of antenna port groups if the number of MIMO layers for transmitting the downlink data is equal to or less than 8, wherein if the number of MIMO layers is equal to or less than 8, the generated sequences are mapped per physical resource block, PRB, pair, and, locations and number of REs for each of the antenna port groups are the same per PRB pair, and wherein if the number of MIMO layers is greater than 8, the generated sequences are mapped per two consecutive PRB pairs on the frequency domain, and, the locations and the number of REs for each of the antenna port groups differ between an even-numbered PRB pair of the two consecutive PRB pairs and an odd-numbered PRB pair of the two consecutive PRB pairs. generating user equipment, UE,-specific reference signal sequences; and mapping the generated sequences to resource elements, REs, predetermined according to antenna port groups, wherein each of the antenna port groups includes at least one Multiple-Input Multiple Output, MIMO, antenna port, wherein the REs for each of the antenna port groups are divided on a frequency domain, on predetermined orthogonal frequency division multiplexing, OFDM, symbols of each slot, wherein the maximum number of MIMO layers is 16, and wherein the number of antenna port groups, if the number of MIMO layers related to downlink signal transmission is greater than 8, is twice the number of antenna port groups if the number of MIMO layers for transmitting the downlink data is equal to or less than 8, wherein if the number of MIMO layers is equal to or less than 8, the generated sequences are mapped per physical resource block, PRB, pair, and, locations and number of REs for each of the antenna port groups are the same per PRB pair, and wherein if the number of MIMO layers is greater than 8, the generated sequences are mapped per two consecutive PRB pairs on the frequency domain, and, the locations and the number of REs for each of the antenna port groups differ between an even-numbered PRB pair of the two consecutive PRB pairs and an odd-numbered PRB pair of the two consecutive PRB pairs.
A method of purifying exhaust gas exhausted from an internal combustion engine wherein a hydrocarbon feed valve for feeding hydrocarbons is arranged inside of an engine exhaust passage, an exhaust purification catalyst for reacting NO x contained in exhaust gas and reformed hydrocarbons is arranged inside of the engine exhaust passage downstream of the hydrocarbon feed valve, a precious metal catalyst (51, 52) is carried on an exhaust gas flow surface of the exhaust purification catalyst and a basic exhaust gas flow surface part is formed around the precious metal catalyst (51, 52), the exhaust purification catalyst has a property of reducing the NO x which is contained in exhaust gas if a predetermined amount of hydrocarbons is injected by a predetermined feed period from the hydrocarbon feed valve and has a property of being increased in storage amount of NO x which is contained in exhaust gas if lengthening the feed period of the hydrocarbons from the predetermined feed period, at the time of engine operation, the predetermined amount of hydrocarbons is injected from the hydrocarbon feed valve by the predetermined feed period, and, at this time, an injection pressure of the hydrocarbons from the hydrocarbon feed valve is increased in accordance with an increase in an oxidizing strength of the exhaust purification catalyst, wherein said precious metal catalyst (51, 52) causes the NO x contained in exhaust gas and the reformed hydrocarbons to react to produce reducing intermediate which contains nitrogen and hydrocarbons, the produced reducing intermediate is held on the basic exhaust gas flow surface part, a reducing action of the reducing intermediate which is held on the basic exhaust gas flow surface part reduces the NO x, and the predetermined feed period of said hydrocarbons is the feed period required for continuing to produce the reducing intermediate.
A method for manufacturing a cylinder head, comprising: manufacturing a semimanufactured cylinder head comprising a main body, the main body having a port (16, 17) for intake or exhaust and a shielding curtain portion (16g-16i), the port (16, 17) having opening portions (16a, 17a), the shielding curtain portion (16g-16i) projecting in an annular shape from an annular edge portion of at least one of the opening portions (16a, 17a) toward a center of the port (16,17), the shielding curtain portion (16g-16i) being either integrally cast-molded with the semimanufactured cylinder head or being a separate component from the semimanufactured cylinder head; and spraying metal powder onto an annular valve seat portion using a cold spray method to form a valve seat film (16b, 17b), the annular valve seat portion being located on an outer side of the port (16, 17) than the shielding curtain portion (16g-16i), the shielding curtain portion (16g-16i) having a surface on a side of the at least one of the opening portions (16a, 17a), the surface being arranged on an inner side of the port (16, 17) than a surface of the annular valve seat portion so as not to be same as the surface of the annular valve seat portion. manufacturing a semimanufactured cylinder head comprising a main body, the main body having a port (16, 17) for intake or exhaust and a shielding curtain portion (16g-16i), the port (16, 17) having opening portions (16a, 17a), the shielding curtain portion (16g-16i) projecting in an annular shape from an annular edge portion of at least one of the opening portions (16a, 17a) toward a center of the port (16,17), the shielding curtain portion (16g-16i) being either integrally cast-molded with the semimanufactured cylinder head or being a separate component from the semimanufactured cylinder head; and spraying metal powder onto an annular valve seat portion using a cold spray method to form a valve seat film (16b, 17b), the annular valve seat portion being located on an outer side of the port (16, 17) than the shielding curtain portion (16g-16i), the shielding curtain portion (16g-16i) having a surface on a side of the at least one of the opening portions (16a, 17a), the surface being arranged on an inner side of the port (16, 17) than a surface of the annular valve seat portion so as not to be same as the surface of the annular valve seat portion.
An animal toilet sand composed of a plurality of particulates having a water absorbing property, wherein the particulates include: color change particles that are configured to include pulp and to change color upon absorbing moisture; and white particles that have a core portion which is configured to include pulp and a covering layer which is configured to include pulp, highly absorbent resin and fragrance, and to cover the core portion, the white particles not changing color upon absorbing moisture, characterised in that the color change particles are included at a higher ratio by weight than the white particles, and wherein a grain size of the color change particles and the white particles is at least 3 mm and no greater than 8 mm, and the proportion of the white particles to all the particulates is 0.5% to 5% in ratio by weight.
A pin-setting apparatus for bowling or skittle lanes comprising a plurality of pins, 3, 4, 5, 6 wherein each pin is connected to an associated string (3', 4', 5', 6), said apparatus comprising for each pin: - a rotatable pulley 13, 14, 15, 16 arranged to roll up and/or off said associated string; - a detecting means arranged to detect a movement of said pin; - activating means arranged to rotate said pulley, characterised in that said apparatus further comprises a controller 601 arranged to control said activating means in such a way that a particular string is actively rolled off as soon as the associated pin has been hit. - a rotatable pulley 13, 14, 15, 16 arranged to roll up and/or off said associated string; - a detecting means arranged to detect a movement of said pin; - activating means arranged to rotate said pulley,
An electrical connector for receiving at least one electrical conductor (14, 14'), the connector comprising a bus bar and at least one clamp, wherein the at least one clamp comprises a spring arm moveable relative to the bus bar; the spring arm cooperates with the bus bar to secure an electrical conductor (14, 14') to the bus bar when the spring arm is in a connecting position; and the at least one clamp is directly mounted to the bus bar, characterized in that the bus bar is caught and clamped in at least one mounting section that is an integral cage portion (38, 38') of the at least one clamp which is configured to receive the bus bar, the at least one cage portion (38, 38') is formed by a support arm (42, 42') and a locking arm (44, 44'), wherein the bus bar extends between the support arm (42, 42') and the locking arm (44, 44'), and the at least one clamp is latched to the bus bar by means of a snap-fit connection. the at least one clamp comprises a spring arm moveable relative to the bus bar; the spring arm cooperates with the bus bar to secure an electrical conductor (14, 14') to the bus bar when the spring arm is in a connecting position; and the at least one clamp is directly mounted to the bus bar,
A method of operating a wireless terminal in a wireless communication network, the method comprising: responsive to receiving a request for a primary identification of a non-serving base station for the wireless terminal, initiating transmission to the non-serving base station for the wireless terminal using a random access channel, RACH, configuration; receiving a random access response, RAR, from the non-serving base station, wherein the random access response is received with the primary identification of the non-serving base station, and wherein the random access response is responsive to the transmission using the RACH configuration; and transmitting the primary identification of the non-serving base station to a node of the wireless communication network other than the non-serving base station. responsive to receiving a request for a primary identification of a non-serving base station for the wireless terminal, initiating transmission to the non-serving base station for the wireless terminal using a random access channel, RACH, configuration; receiving a random access response, RAR, from the non-serving base station, wherein the random access response is received with the primary identification of the non-serving base station, and wherein the random access response is responsive to the transmission using the RACH configuration; and transmitting the primary identification of the non-serving base station to a node of the wireless communication network other than the non-serving base station.
Control panel with a holder which is integrated in the center console and its cover as the components of the control panel of a vehicle, is composed of a clip and a cylinder, wherein the U-profile mounted in the cylinder narrowed in the middle and narrowed downwards to the cover, is arranged with a guide rib of the clip, wherein the U-profile rests on the center console 20, wherein a button is fixed to the cover of the center console at one end, and another curved end of the button is located in the immediate vicinity below the cylinder in such a way, that on pressing the button, the cylinder may be raised.
Method for supporting a capacitor (201, 105), the method comprising: applying a pressure on a first side of the capacitor parallel to a first electrode of the capacitor in a first direction of a normal of the first electrode; applying a pressure on a second side of the capacitor parallel to a second electrode of the capacitor in a second direction of a normal of the second electrode, wherein the first direction is opposite to the second direction; and afterwards applying a voltage between two electrodes (113, 115) of the capacitor to charge the capacitor at a start pressure of a non-conductive fluid; and afterwards pressurizing the non-conductive fluid surrounding the capacitor to a target pressure being above an atmospheric air pressure, while the voltage is being applied, wherein the target pressure of the non-conductive fluid (220, 103) is between 10 bar and 500 bar, wherein the pressure applied on the first side and/or the pressure applied on the second side of the capacitor is between 0.1 bar and 50 bar, wherein the voltage has a value between 0.5 and 1.5 of a rated voltage of the capacitor. applying a pressure on a first side of the capacitor parallel to a first electrode of the capacitor in a first direction of a normal of the first electrode; applying a pressure on a second side of the capacitor parallel to a second electrode of the capacitor in a second direction of a normal of the second electrode, wherein the first direction is opposite to the second direction; and afterwards applying a voltage between two electrodes (113, 115) of the capacitor to charge the capacitor at a start pressure of a non-conductive fluid; and afterwards pressurizing the non-conductive fluid surrounding the capacitor to a target pressure being above an atmospheric air pressure, while the voltage is being applied, wherein the target pressure of the non-conductive fluid (220, 103) is between 10 bar and 500 bar, wherein the pressure applied on the first side and/or the pressure applied on the second side of the capacitor is between 0.1 bar and 50 bar, wherein the voltage has a value between 0.5 and 1.5 of a rated voltage of the capacitor.
A process for the preparation of chloromethyl 2,2,2-trifluoro-1-(trifluoromethyl)-ethyl ether (sevochlorane) characterized by comprising the reaction of hexafluoroisopropanol (HFIP) with: a formaldehyde equivalent, selected from the group consisting of paraformaldehyde and 1,3,5-trioxane, a chlorinating agent selected from the group consisting of oxalyl chloride, sulfuryl chloride and thionyl chloride; and a strong acid selected from the group consisting of concentrated and fuming sulfuric acid; wherein the reactants are combined in a way selected from the group consisting of a) adding slowly and under stirring the strong acid to a reaction vessel containing a mixture of HFIP, formaldehyde equivalent and chlorinating agent, maintaining the reaction temperature below 20°C; and b) adding slowly the chlorinating agent to a reaction vessel containing a mixture of HFIP, formaldehyde equivalent and strong acid, maintaining an internal temperature below 20°C; and c) adding slowly the HFIP to a reaction vessel containing a mixture of the formaldehyde equivalent, strong acid and chlorinating agent; with the reaction kept at a temperature ranging between 15°C and 35°C and with formation of sevochlorane.
A sole structure for an article of footwear, the sole structure comprising: a fluid-filled chamber having an upper surface and an opposite lower surface and including a central subchamber, a peripheral subchamber extending at least partially around a periphery of the fluid-filled chamber, and a bonded area separating the central subchamber from the peripheral subchamber, the bonded area forming a first plurality of indentations formed in the upper surface of the peripheral subchamber and a second plurality of indentations formed in the lower surface of the peripheral subchamber; an upper sole element having a first plurality of projecting areas that extend into respective ones of the first plurality of indentations in the upper surface of the chamber, and a lower sole element having a second plurality of projecting areas that extend into respective ones of the second plurality of indentations in the lower surface of the chamber. a fluid-filled chamber having an upper surface and an opposite lower surface and including a central subchamber, a peripheral subchamber extending at least partially around a periphery of the fluid-filled chamber, and a bonded area separating the central subchamber from the peripheral subchamber, the bonded area forming a first plurality of indentations formed in the upper surface of the peripheral subchamber and a second plurality of indentations formed in the lower surface of the peripheral subchamber; an upper sole element having a first plurality of projecting areas that extend into respective ones of the first plurality of indentations in the upper surface of the chamber, and a lower sole element having a second plurality of projecting areas that extend into respective ones of the second plurality of indentations in the lower surface of the chamber.
A control device for an electric circuit comprising a current generator connected in parallel to a first electric energy store, to a consumption network, comprising at least one electric energy consuming member (OCj), and to a DC/DC type switching converter, located between said first electric energy store and said consumption network, and connected in series to a second electrical energy storage device, comprising i) an interruption module suitable for being connected in series between, on the one hand, said current generator and said first electrical energy storage device and, on the other hand, said converter and said consumption network, and comprising at least two interruption means (Mlk), on the one hand, each comprising at least one main switch with at least three states and a diode connected in parallel, and, on the other hand, connected in series with said diodes mounted in opposite ways, and ii) control means arranged to control the respective states of said main switches as a function of at least input parameters which are voltage measurements taken on either side of said interrupter module, operating instructions of said main switches and of said converter, and a transfer mode of said converter, in order to reduce electromagnetic disturbances induced by said converter.
Use of a packaging article for dyeing keratin fibres, especially human keratin fibres such as the hair, wherein the packaging article comprises: i) an envelope defining at least one cavity, the envelope comprising water-soluble and/or liposoluble fibres; ii) at least one anhydrous dye composition containing at least one direct dye; and iii) optionally at least one anhydrous oxidizing agent; it being understood that the dye composition ii) and the oxidizing agent iii), when it is present, are in one of the cavities defined by the envelope i). i) an envelope defining at least one cavity, the envelope comprising water-soluble and/or liposoluble fibres; ii) at least one anhydrous dye composition containing at least one direct dye; and iii) optionally at least one anhydrous oxidizing agent;