mhurhangee/ep-ind-claims huggingface dataset:
A method of assembling a stack of prismatic battery cells (11, 12, 13, 14) wherein the battery cells (11, 12, 13, 14) in the stack are arranged with their longitudinal sides (17, 18) abutting each other; the method is carried out on a production line and comprises the following steps: (i) providing a first device unit for handling the battery cells (11, 12, 13, 14); (ii) providing a second device unit for supporting a roll of a spacer foil and assembling the spacer foil to the battery cells, the spacer foil being self-adhesive and having a thickness of 300 μm to 550 μm, wherein a width of the spacer foil is predetermined such that a ratio of the width of the spacer foil to the height of the longitudinal side (17, 18) of the battery cell (11, 12, 13, 14) is in the range of 1:4 to 1:12; and (iii) adhering spacer stripes (24, 25, 26, 27, 28, 29) from the roll of the spacer foil by means of the second device unit on both longitudinal sides (17, 18) of each battery cell (11, 12, 13, 14), wherein the spacer stripe (24, 25, 26, 27, 28, 29) is adapted such that a central portion (17', 18') of the respective longitudinal side (17, 18) remains uncovered, wherein the spacer stripes (24, 25, 26, 27, 28, 29) adhered to opposing longitudinal sides (17, 18) of neighboring battery cells (11, 12, 13, 14) come into contact with each other when the battery cells (11, 12, 13, 14) are assembled in the stack. (i) providing a first device unit for handling the battery cells (11, 12, 13, 14); (ii) providing a second device unit for supporting a roll of a spacer foil and assembling the spacer foil to the battery cells, the spacer foil being self-adhesive and having a thickness of 300 μm to 550 μm, wherein a width of the spacer foil is predetermined such that a ratio of the width of the spacer foil to the height of the longitudinal side (17, 18) of the battery cell (11, 12, 13, 14) is in the range of 1:4 to 1:12; and (iii) adhering spacer stripes (24, 25, 26, 27, 28, 29) from the roll of the spacer foil by means of the second device unit on both longitudinal sides (17, 18) of each battery cell (11, 12, 13, 14), wherein the spacer stripe (24, 25, 26, 27, 28, 29) is adapted such that a central portion (17', 18') of the respective longitudinal side (17, 18) remains uncovered, wherein the spacer stripes (24, 25, 26, 27, 28, 29) adhered to opposing longitudinal sides (17, 18) of neighboring battery cells (11, 12, 13, 14) come into contact with each other when the battery cells (11, 12, 13, 14) are assembled in the stack.
A thermally expandable and electrically conductive material capable of providing lightning strike protection and burn-through resistance, comprising: electrically conductive fibers; thermally expandable particles; and a curable matrix resin comprising one or more thermoset resins, preferably, one or more epoxy resins, wherein the electrically conductive fibers and the thermally expandable particles are embedded in the curable matrix resin, characterized in that the thermoset resin component of the curable matrix resin constitutes from 30% to 50% of the resin by weight. electrically conductive fibers; thermally expandable particles; and a curable matrix resin comprising one or more thermoset resins, preferably, one or more epoxy resins,
A heat exchanger arrangement, comprising: a heat exchanger having a front, a rear, and a side between the front and the rear; a fan arranged to direct an airflow from the front to the rear of the heat exchanger and disposed at the rear of the heat exchanger; a component (49, 41, 43) attached to the heat exchanger; a screen disposed over at least the front and side of the heat exchanger and having a rear opening, the screen being an air-permeable mesh screen having mesh openings and being removably attached to a structure at or behind the rear of the heat exchanger by a fastener extending around the rear opening, wherein the screen comprises at least one hole therein, the component (49, 41, 43) extending through the at least one hole, the at least one hole being substantially larger than mesh openings of the screen and wherein the screen comprises at least one slit therein, the slit extending from a peripheral edge of the screen to the at least one hole and comprising a slit fastener that removably fastens edges of the slit to each other; and a component fastener that fastens edges of the at least one hole to the component (49, 41, 43). a heat exchanger having a front, a rear, and a side between the front and the rear; a fan arranged to direct an airflow from the front to the rear of the heat exchanger and disposed at the rear of the heat exchanger; a component (49, 41, 43) attached to the heat exchanger; a screen disposed over at least the front and side of the heat exchanger and having a rear opening, the screen being an air-permeable mesh screen having mesh openings and being removably attached to a structure at or behind the rear of the heat exchanger by a fastener extending around the rear opening, wherein the screen comprises at least one hole therein, the component (49, 41, 43) extending through the at least one hole, the at least one hole being substantially larger than mesh openings of the screen and wherein the screen comprises at least one slit therein, the slit extending from a peripheral edge of the screen to the at least one hole and comprising a slit fastener that removably fastens edges of the slit to each other; and a component fastener that fastens edges of the at least one hole to the component (49, 41, 43).
Star-shaped block copolymer A having: two short branches consisting of a single copolymer block (B/S) Ai made from 65 to 95 wt.-% vinylaromatic monomers and 35 to 5 wt.-% dienes and having a glass transition temperature Tg A in the range from 40 to 90°C, and two long branches of the structure S t -[(B/S) A] n -(B/S) Ai or [(B/S) A] n -(B/S) Ai, linked by way of the inner blocks (B/S) Ai, where the block S t is made from 95 to 100 wt.-% of vinylaromatic monomers and 0 to 5 wt.-% of dienes; the block [(B/S) A] n consists of one or more different or identical copolymer blocks (B/S) A, each made from 65 to 95 wt.-% vinylaromatic monomers and 35 to 5 wt.-% dienes and have a glass transition temperature Tg A in the range from 40 to 90°C; n is a regular number of at least 1, preferably n = 2 to 10, more preferably n = 2 or 3, most preferably n = 2, and the block (B/S) Ai is as defined above, wherein the block (B/S) Ai has a number average molar mass M n in the range of from 5000 to 15000 g/mol and the entire block [(B/S) A] n has a number average molar mass M n of 50000 to 150000 g/mol. two short branches consisting of a single copolymer block (B/S) Ai made from 65 to 95 wt.-% vinylaromatic monomers and 35 to 5 wt.-% dienes and having a glass transition temperature Tg A in the range from 40 to 90°C, and two long branches of the structure S t -[(B/S) A] n -(B/S) Ai or [(B/S) A] n -(B/S) Ai, linked by way of the inner blocks (B/S) Ai, where the block S t is made from 95 to 100 wt.-% of vinylaromatic monomers and 0 to 5 wt.-% of dienes; the block [(B/S) A] n consists of one or more different or identical copolymer blocks (B/S) A, each made from 65 to 95 wt.-% vinylaromatic monomers and 35 to 5 wt.-% dienes and have a glass transition temperature Tg A in the range from 40 to 90°C; n is a regular number of at least 1, preferably n = 2 to 10, more preferably n = 2 or 3, most preferably n = 2, and the block (B/S) Ai is as defined above, wherein the block (B/S) Ai has a number average molar mass M n in the range of from 5000 to 15000 g/mol and the entire block [(B/S) A] n has a number average molar mass M n of 50000 to 150000 g/mol.
A control interface for a system available in at least two models of a vehicle offering different sets of functions selected from among N functions, said control interface including i) a display screen and comprising N touch screen areas (Zn) associated, respectively, with N pictograms, which are in turn respectively associated with said N functions, and each capable of permitting a user to control the associated function, and ii) N lighting means capable of illuminating, respectively, said N pictograms, characterized in that it further includes control means arranged so as to only cause lighting means to function which are associated with the pictograms associated either with all the functions of a set offered by the system in question, or with functions belonging to a set offered by the system in question and concerning predefined areas of the said system in question in which users are present.
An electronic device comprising: a power amplifier, PA, configured to amplify a transmission signal; a switch configured to set a path of a signal outputted from the PA; a battery configured to supply a battery voltage for driving the PA and the switch, wherein the switch is turned off in response to the battery voltage being deviated from a voltage range capable of driving the switch as the battery voltage drops; a bias control circuit configured to control a supply of a bias current driving the PA; and a voltage protection circuit configured to: monitor the battery voltage, and provide a main control signal for turning off the PA in case that the battery voltage decreases to less than a reference voltage, and forward the main control signal to the bias control circuit, wherein the reference voltage is configured to be set so that the main control signal is provided and forwarded before the switch is turned off due to the battery voltage being deviated from the voltage range capable of driving the switch; wherein, in response to receiving the main control signal instructing to turn off the PA from the voltage protection circuit, the bias control circuit stops the supply of the bias current driving the PA. a power amplifier, PA, configured to amplify a transmission signal; a switch configured to set a path of a signal outputted from the PA; a battery configured to supply a battery voltage for driving the PA and the switch, wherein the switch is turned off in response to the battery voltage being deviated from a voltage range capable of driving the switch as the battery voltage drops; a bias control circuit configured to control a supply of a bias current driving the PA; and a voltage protection circuit configured to: monitor the battery voltage, and provide a main control signal for turning off the PA in case that the battery voltage decreases to less than a reference voltage, and forward the main control signal to the bias control circuit, wherein the reference voltage is configured to be set so that the main control signal is provided and forwarded before the switch is turned off due to the battery voltage being deviated from the voltage range capable of driving the switch; wherein, in response to receiving the main control signal instructing to turn off the PA from the voltage protection circuit, the bias control circuit stops the supply of the bias current driving the PA. monitor the battery voltage, and provide a main control signal for turning off the PA in case that the battery voltage decreases to less than a reference voltage, and forward the main control signal to the bias control circuit, wherein the reference voltage is configured to be set so that the main control signal is provided and forwarded before the switch is turned off due to the battery voltage being deviated from the voltage range capable of driving the switch; wherein, in response to receiving the main control signal instructing to turn off the PA from the voltage protection circuit, the bias control circuit stops the supply of the bias current driving the PA.
Agricultural composition, comprising (a) 5 to 50 % b.w. biocides; (b) 10 to 90 % b.w. hydrophobic carriers, (c) 0.1 to 10 % b.w. polymers selected from the group consisting of poly(meth)acrylates derived from mixtures of short (C 6 -C 14) and long chain (C 16 -C 22) fatty alcohols, polymaleates derived from mixtures of short (C 6 -C 14) and long chain (C 16 -C 22) fatty alcohols and polyfumarates derived from mixtures of short (C 6 -C 14) and long chain (C 16 -C 22) fatty alcohols, and (d) 0 to 15 % b.w surfactants on condition that the amounts add with water up to 100 % b.w. (a) 5 to 50 % b.w. biocides; (b) 10 to 90 % b.w. hydrophobic carriers, (c) 0.1 to 10 % b.w. polymers selected from the group consisting of poly(meth)acrylates derived from mixtures of short (C 6 -C 14) and long chain (C 16 -C 22) fatty alcohols, polymaleates derived from mixtures of short (C 6 -C 14) and long chain (C 16 -C 22) fatty alcohols and polyfumarates derived from mixtures of short (C 6 -C 14) and long chain (C 16 -C 22) fatty alcohols, and (d) 0 to 15 % b.w surfactants on condition that the amounts add with water up to 100 % b.w.
Ceiling or wall arrangement having a ceiling or wall construction with at least one opening, wherein the opening is covered by a panel which, in the position covering the opening, is at least held by at least one retaining device, wherein the retaining device comprises a retaining element which is movable from a retaining position retaining the panel into a release position releasing the panel, wherein the retaining device comprises a temperature-sensitive actuating element which, as a result of at least one critical temperature change, automatically passes from a first state into a second state, characterized in that, upon exceeding a critical temperature, the actuating element moves the retaining element from the retaining position into the release position as a result of a change of its shape and/or its dimensioning.
An optical transmission apparatus for transmitting a wavelength division multiplexing optical signal having polarization multiplexing optical signals, the optical transmission apparatus comprising: optical transmitters configured to correspond to the polarization multiplexing optical signals, each of at least two of the optical transmitters including a first computing unit configured to compute, based on information regarding an optical transmission line including a plurality of spans and a polarization multiplexing optical signal, data waveform information regarding the optical transmitter and to transmit the data waveform information to at least one another optical transmitter provided for at least one another polarization multiplexing optical signal, and a second computing unit configured to receive data waveform information from the at least one other optical transmitter provided for the at least one another polarization multiplexing optical signal and to pre-equalize or reduce cross phase modulation occurring in the optical transmission line of a transmission signal based on the data waveform information received from the at least one another optical transmitter provided for the at least one other polarization multiplexing optical signal, whereby the first computing unit comprises a plurality of dispersion arithmetic units (120, 220, 320), each dispersion arithmetic unit (120, 220, 320) corresponding to one of the spans of the optical transmission line and configured to simulate the chromatic dispersion of the corresponding span of the optical transmission line. optical transmitters configured to correspond to the polarization multiplexing optical signals, each of at least two of the optical transmitters including a first computing unit configured to compute, based on information regarding an optical transmission line including a plurality of spans and a polarization multiplexing optical signal, data waveform information regarding the optical transmitter and to transmit the data waveform information to at least one another optical transmitter provided for at least one another polarization multiplexing optical signal, and a second computing unit configured to receive data waveform information from the at least one other optical transmitter provided for the at least one another polarization multiplexing optical signal and to pre-equalize or reduce cross phase modulation occurring in the optical transmission line of a transmission signal based on the data waveform information received from the at least one another optical transmitter provided for the at least one other polarization multiplexing optical signal, whereby the first computing unit comprises a plurality of dispersion arithmetic units (120, 220, 320), each dispersion arithmetic unit (120, 220, 320) corresponding to one of the spans of the optical transmission line and configured to simulate the chromatic dispersion of the corresponding span of the optical transmission line.
A composition comprising: - at least one first primer pair that is specific for a fusion site between gene 1 and gene 2, wherein the at least one primer pair comprises at least one forward primer beginning on the 5' side of the fusion site and at least one reverse primer beginning on the 3' side of the fusion site; - a second primer pair specific for a portion of gene 1 that is 5' of the fusion site; - a third primer pair specific for a portion of gene 1 that is 3' of the fusion site; and - a labeled probe specific for each of the amplification products resulting from each of said primer pairs. - at least one first primer pair that is specific for a fusion site between gene 1 and gene 2, wherein the at least one primer pair comprises at least one forward primer beginning on the 5' side of the fusion site and at least one reverse primer beginning on the 3' side of the fusion site; - a second primer pair specific for a portion of gene 1 that is 5' of the fusion site; - a third primer pair specific for a portion of gene 1 that is 3' of the fusion site; and - a labeled probe specific for each of the amplification products resulting from each of said primer pairs.
Convertible work booth for paint and drying of a vehicle or a piece of a vehicle of the type that comprises an enclosure defined between: - vertical columns, and - a ceiling, supported on the vertical columns, which comprises at least: - two lateral air channels connected to at least one central air channel, - one outer air inlet, - one air with gases outlet, - one blower, - one heating element, and the convertible work boot for paint and drying further being defined in that it comprises: - plates equipped with a plurality of openings placed in line with the central air channel of the ceiling, through which the air that circulates through said central air channel exits towards the enclosure, - a plurality of shutter sheets, placed in line with the openings, which are capable of moving to control the air flow that passes through said openings, by covering or opening them in whole or in part, - at least one plenum, with an inferior plenum wall, placed beneath the plates equipped with openings, which receives the air that exits from the openings towards the enclosure, filtering it prior to releasing it in the enclosure, - two vertical ducts, each connected through one of its ends to a lateral air channel, and with an open end that comprises an inner air inlet and is located on the lowest area of the enclosure, configured in such a way so as to guide the air in the interior of the enclosure towards the ceiling channels; and - a collapsible suction hood joined to the open end of the vertical ducts, in line with the inner air inlet, adapted to be used as a man-carrying platform and which is rotatingly foldable. - vertical columns, and - a ceiling, supported on the vertical columns, which comprises at least: - two lateral air channels connected to at least one central air channel, - one outer air inlet, - one air with gases outlet, - one blower, - one heating element, - two lateral air channels connected to at least one central air channel, - one outer air inlet, - one air with gases outlet, - one blower, - one heating element, - plates equipped with a plurality of openings placed in line with the central air channel of the ceiling, through which the air that circulates through said central air channel exits towards the enclosure, - a plurality of shutter sheets, placed in line with the openings, which are capable of moving to control the air flow that passes through said openings, by covering or opening them in whole or in part, - at least one plenum, with an inferior plenum wall, placed beneath the plates equipped with openings, which receives the air that exits from the openings towards the enclosure, filtering it prior to releasing it in the enclosure, - two vertical ducts, each connected through one of its ends to a lateral air channel, and with an open end that comprises an inner air inlet and is located on the lowest area of the enclosure, configured in such a way so as to guide the air in the interior of the enclosure towards the ceiling channels; and - a collapsible suction hood joined to the open end of the vertical ducts, in line with the inner air inlet, adapted to be used as a man-carrying platform and which is rotatingly foldable.
An electronic device, comprising: a cover assembly coupled with a seat cover of a toilet; a bowl assembly coupled with a pottery bowl of the toilet; a first electrode positioned on the cover assembly; and a second electrode positioned on the bowl assembly, wherein the first electrode and the second electrode are each configured to electrically contact a user's body, wherein the bowl assembly includes: a first upper plate; a second upper plate positioned on substantially the same plane as the first upper plate; and a third upper plate positioned between the first upper plate and the second upper plate, wherein the third upper plate is slidingly inserted into an inside of at least one of the first upper plate and a second upper plate. a cover assembly coupled with a seat cover of a toilet; a bowl assembly coupled with a pottery bowl of the toilet; a first electrode positioned on the cover assembly; and a second electrode positioned on the bowl assembly, wherein the first electrode and the second electrode are each configured to electrically contact a user's body, wherein the bowl assembly includes: a first upper plate; a second upper plate positioned on substantially the same plane as the first upper plate; and a third upper plate positioned between the first upper plate and the second upper plate, wherein the third upper plate is slidingly inserted into an inside of at least one of the first upper plate and a second upper plate. a first upper plate; a second upper plate positioned on substantially the same plane as the first upper plate; and a third upper plate positioned between the first upper plate and the second upper plate, wherein the third upper plate is slidingly inserted into an inside of at least one of the first upper plate and a second upper plate.
A culture system comprising a culture medium and a precision-cut tissue slice placed on a tissue culture insert, wherein said precision-cut tissue slice is maintained in a highly oxygenated atmosphere containing at least 60 % and less than 95 % oxygen and wherein said culture is rotationally agitated facilitating intermittent submersion of said tissue slice in said culture medium.
Bearing arrangement which comprises a first, stationary bearing ring and a second, rotating bearing ring, an annular space which is filled at least partially with a lubricant being formed between the two bearing rings (2, 3), a stripping element being arranged on the second rotating bearing ring, which stripping element bears at least over a section of the circumference of the first bearing ring in the region of the end sides (6, 7) of the bearing rings (2, 3), characterized in that there are means (23, 24), by way of which the stripping element is raised up in the axial direction (a) from the end sides (6, 7) of the bearing rings (2, 3) over a defined circumferential section of the first bearing ring and is guided past at least one lubricant stripper (10, 11).