mhurhangee/ep-ind-claims huggingface dataset:
A non-aqueous composition for cleaning microelectronic substrates comprising the following components; (a) a nucleophilic amine, (b) a moderate to weak acid having a strength expressed as a "pKa" for the dissociation constant in aqueous solution of from about 1.2 to about 8, (c) a compound selected from the group consisting of an aliphatic alcohol, diol, polyol or glycol ether, and (d) an organic co-solvent, and the acid component (b) is present in the composition in an amount such that the equivalent mole ratio of acid/amine is greater than.75 and the pH of the composition is from about pH 4.5 to 9.5, with the proviso that the composition does not have the following compositions: 13.4 wt% glycerine, 14.8 wt% of the polyethylene glycol PEG400, 203 wt% monopropylene glycol, 15 wt% citric acid, 25 wt% of the acrylic acid homopolymer ACUSOL, WE and 11.5 wt% monoethanol amine. (a) a nucleophilic amine, (b) a moderate to weak acid having a strength expressed as a "pKa" for the dissociation constant in aqueous solution of from about 1.2 to about 8, (c) a compound selected from the group consisting of an aliphatic alcohol, diol, polyol or glycol ether, and (d) an organic co-solvent, 13.4 wt% glycerine, 14.8 wt% of the polyethylene glycol PEG400, 203 wt% monopropylene glycol, 15 wt% citric acid, 25 wt% of the acrylic acid homopolymer ACUSOL, WE and 11.5 wt% monoethanol amine.
A control method for a solid-state imaging element including a photodetecting region having MxN, M is an integer not less than 3, N is an integer not less than 2, pixels each including a photodiode and a readout switch connected at one end to the photodiode that are arrayed two-dimensionally in M rows and N columns, the method including the steps of selecting one or a plurality of readout object rows forming a partial region of the photodetecting region by providing a selection control signal, reading out, in L imaging frames, wherein L is an integer not less than 2, charges accumulated in the pixels contained in the selected one or plurality of readout object rows, for each imaging frame, performing a removing processing of charges accumulated in the pixels contained in only a part of two or more rows (A21, A22, A23) included in non-readout object rows, characterized in that the removing processing is performed at least once in a time period covering the L imaging frames for each of the pixels of the non-readout object rows.
Arrangement for handling machine rolls and reeling shafts in connection with production of fiber webs, comprising a transfer cart for transferring machine rolls and empty reeling shafts and an unwinding station or a corresponding station in connection with production of fiber webs in which an empty reeling shaft is to be replaced by a machine roll, which unwinding station or corresponding station comprises stands for locating the machine roll or the reeling shaft, which unwinding station comprises means for lowering the reeling shaft from the unwind stand to at least onto level of floor to an override location in which the machine roll moved in process direction is circumvented below by the reeling shaft, characterized in, that in the override position level of topmost points of the reeling shaft is under an imaginary level that is defined by lowest points of the machine roll when it is moved forward in the process.
Ring-shaped sealing device for turnable spindles or other shaft-bearing systems, wherein the sealing device has a predefinable axial layering arrangement of plastic foilfoils and metal foils, wherein the plastic foils and metal foils are radially disposed in relation to a shaft, characterised in that the metal foils are radially set back in relation to the plastic foils in the region of the shaft and thus create a chamber system and wherein the axial layering arrangement is retained in a holder, wherein the metal foils are in thermally conductive contact with the holder and/or via the contact with the shank of a screw, which retains the layering arrangement in the holder.
An electric power tool comprising: a drive source; a rechargeable battery that is configured to supply power to the drive source; a voltage meter that is configured to measure a battery voltage of the rechargeable battery; a temperature meter that is configured to measure a battery temperature of the rechargeable battery; and a drive control unit (15,17) that is configured to regulate the power supplied to the drive source from the rechargeable battery to drive and control the drive source and wherein the drive control unit (15, 17) is configured to interrupt the supply of power to the drive source when the battery voltage is lower than or equal to the undercut voltage, the electric power tool characterized in that the drive control unit (15,17) is configured such that if the battery temperature measured by the temperature meter is lower than or equal to a predetermined temperature (Ts) when the battery voltage measured by the voltage meter is lower than or equal to a predetermined voltage and is higher than an undercut voltage that is lower than the predetermined voltage, the drive control unit (15,17) is configured to intermittently drive the drive source so that the drive source is driven differently from normal driving that is performed if the battery temperature is higher than the predetermined temperature (Ts) when the battery voltage is higher than the predetermined voltage. a drive source; a rechargeable battery that is configured to supply power to the drive source; a voltage meter that is configured to measure a battery voltage of the rechargeable battery; a temperature meter that is configured to measure a battery temperature of the rechargeable battery; and a drive control unit (15,17) that is configured to regulate the power supplied to the drive source from the rechargeable battery to drive and control the drive source and wherein the drive control unit (15, 17) is configured to interrupt the supply of power to the drive source when the battery voltage is lower than or equal to the undercut voltage, the electric power tool characterized in that the drive control unit (15,17) is configured such that if the battery temperature measured by the temperature meter is lower than or equal to a predetermined temperature (Ts) when the battery voltage measured by the voltage meter is lower than or equal to a predetermined voltage and is higher than an undercut voltage that is lower than the predetermined voltage, the drive control unit (15,17) is configured to intermittently drive the drive source so that the drive source is driven differently from normal driving that is performed if the battery temperature is higher than the predetermined temperature (Ts) when the battery voltage is higher than the predetermined voltage.
A seat cover to cover all the front surface of an automobile seat, the seat cover comprises a backrest portion with the form of a flat bag, defining an introduction aperture for the back of the seat to be covered; wherein the backrest portion is extended longitudinally across a seat portion to cover the base and the front of the seat, characterised in that the seat cover comprises an adjustment band disposed near the far edge of the seat portion, the adjustment band being attached to the longitudinal side edges of the seat portion by means of a fastening system.
A cigarette having a length and comprising: a tobacco rod comprising tobacco of a density of greater than or equal to about 270 mg/cm 3, wherein the tobacco rod has a length that is less than or equal to 60% of the length of the cigarette; and a filter portion having a length extending from a rod end adjacent the tobacco rod and a mouth end configured for insertion into a user's mouth, wherein the filter portion comprises a first filter plug in proximity to the rod end, a second filter plug in proximity to the mouth end, and a support element disposed between the first and second filter plugs, and wherein the filter portion has one or more cavities (60, 62) between the first filter plug and the second filter plug that cumulatively occupy about 25% or more of the length of the filter portion. a tobacco rod comprising tobacco of a density of greater than or equal to about 270 mg/cm 3, wherein the tobacco rod has a length that is less than or equal to 60% of the length of the cigarette; and a filter portion having a length extending from a rod end adjacent the tobacco rod and a mouth end configured for insertion into a user's mouth, wherein the filter portion comprises a first filter plug in proximity to the rod end, a second filter plug in proximity to the mouth end, and a support element disposed between the first and second filter plugs, and wherein the filter portion has one or more cavities (60, 62) between the first filter plug and the second filter plug that cumulatively occupy about 25% or more of the length of the filter portion.
A biological heart valve replacement, particularly for pediatric patients, comprising a tubular segment comprising a proximal end (Ep), a distal end (Ed) and a central portion (Pc) arranged between said proximal and distal ends and defining a longitudinal direction of the valve, the valve further comprising at least one inner leaflet attached in hinge-like manner to a connection zone at an inner wall region of said central portion, each one of said inner leaflets being movable between a closing position and an opening position of the valve, wherein said tubular segment comprises at least one tubular growth zone (B; B1,B2), characterized in that said at least one tubular growth zone is configured as a longitudinal strip made of a growth-adaptive biomaterial, with the remainder of the tubular segment being made of a non-growth-adaptive biomaterial.
Method for determining functioning of a print head cooler, the method comprising the steps of: a. operating the print head cooler, the print head cooler comprising a first surface that is in thermal contact with a surface of a print head; b. providing a predetermined amount of heat to the print head; c. measuring the temperature T of the print head, d. based on the measured temperature T, determining the functioning of the print head cooler, wherein the print head is a piezo-electric print head and wherein the predetermined amount of heat is provided by applying at least one non-jetting pulse to a liquid present in the print head using an actuation means of the print head and wherein the actuation means comprise a piezoelectric element, the actuation means being configured to provide jetting pulses and non-jetting pulses. a. operating the print head cooler, the print head cooler comprising a first surface that is in thermal contact with a surface of a print head; b. providing a predetermined amount of heat to the print head; c. measuring the temperature T of the print head, d. based on the measured temperature T, determining the functioning of the print head cooler,
Cartridge discharging device comprising a push rod which is guided on a housing having a cartridge receptacle and a handle, can, with each working stroke of a drive lever, be displaced forwards by one step in a forwards direction against a frictional force generated by a frictional contact element (11, 12) by means of a feed element which is displaced when the drive lever moves back and forth, and has a pressure stamp at a front end and a retraction handle at a rear portion, and comprising a compression spring which is seated on the rear portion, characterised in that the length of the compression spring is shorter than the total displacement path of the push rod, such that the compression spring is compressed only in the final phase of the forwards displacement comprising a plurality of working strokes and thereby causes, during a last possible working stroke, a rearwards displacement of the push rod counter to the forwards direction using a restoring force which exceeds the frictional force.
A method of determining whether a user (3, 4, 5) has complied with a service level agreement with a network operator, comprising the steps of; obtaining a recording period; collecting a set of data values representative of the user's service usage over the recording period, the data values collected include a saturated sampling period count, which is the length of time that the user's service usage equals or exceeds a predefined saturation threshold; and comparing the set of data values to the service level agreement.
A manufacturing method for a fiber-reinforced resin sheet, comprising: introducing a reinforcing-fiber base material in sheet form and a thermoplastic resin into a gap between a pair of impregnating rolls; and impregnating the reinforcing-fiber base material with the thermoplastic resin that is melted while rotating the pair of impregnating rolls, wherein a surface of at least one of the pair of impregnating rolls has a resin holding layer formed thereon, the resin holding layer being adapted to elastically deform in a thickness direction thereof when the pair of impregnating rolls are pressed against each other, and hold the molten thermoplastic resin therein so as to be able to discharge the molten thermoplastic resin upon pressing of the pair of impregnating rolls against each other, and upon pressing of the pair of impregnating rolls against each other, the reinforcing-fiber base material is impregnated with the thermoplastic resin while at least the resin holding layer is elastically deformed. introducing a reinforcing-fiber base material in sheet form and a thermoplastic resin into a gap between a pair of impregnating rolls; and impregnating the reinforcing-fiber base material with the thermoplastic resin that is melted while rotating the pair of impregnating rolls, wherein a surface of at least one of the pair of impregnating rolls has a resin holding layer formed thereon, the resin holding layer being adapted to elastically deform in a thickness direction thereof when the pair of impregnating rolls are pressed against each other, and hold the molten thermoplastic resin therein so as to be able to discharge the molten thermoplastic resin upon pressing of the pair of impregnating rolls against each other, and upon pressing of the pair of impregnating rolls against each other, the reinforcing-fiber base material is impregnated with the thermoplastic resin while at least the resin holding layer is elastically deformed.
Packaging system comprising a packaging machine and a feeding device for said packaging machine, with which packaging elements for receiving products in a predetermined format can be supplied to said packaging machine for a packaging process running there, where said packaging machine comprises a machine frame, at least one work station and a transport device which comprises a grouping unit for receiving said packaging elements supplied by said feeding device to said packaging machine and a transfer unit for transporting packaging elements received thereon to said work station, where said grouping unit and said transfer unit can be brought together by way of a relative motion such that said packaging elements positioned on said grouping unit can be received by way of said transfer unit, where said transfer unit is configured for gripping said packaging elements, characterized in that said grouping unit comprises a lifting mechanism and a conveyor belt that is mounted to be adjustable in height therewith. where said packaging machine comprises a machine frame, at least one work station and a transport device which comprises a grouping unit for receiving said packaging elements supplied by said feeding device to said packaging machine and a transfer unit for transporting packaging elements received thereon to said work station, where said grouping unit and said transfer unit can be brought together by way of a relative motion such that said packaging elements positioned on said grouping unit can be received by way of said transfer unit, where said transfer unit is configured for gripping said packaging elements, characterized in that said grouping unit comprises a lifting mechanism and a conveyor belt that is mounted to be adjustable in height therewith.
A resin composition comprising a polyarylene sulfide; and a silane-modified epoxy resin of Formula 1, wherein the amount of outgassing is 300 ppm or less: wherein R 1 is hydrogen or C 1-6 alkyl; R 2 is selected from the group consisting of epoxy, amino, mercapto, vinyl, and combinations thereof; and n is an integer of 1 to 100. R 1 is hydrogen or C 1-6 alkyl; R 2 is selected from the group consisting of epoxy, amino, mercapto, vinyl, and combinations thereof; and n is an integer of 1 to 100.
A system for stiffening and strengthening a door, said system comprising: - at least one profile removably applied to a lateral edge of said door, said profile comprises a track; - a plurality of stoppers comprising at least an upper stopper, a center stopper and a lower stopper each having a channel; and - at least one stiffening rod, wherein said stiffening rod is seated within the channels of said stoppers (18, 20 and 22) and has at least one threaded area, in a manner that allows at least the upper and lower stoppers (18 and 20) to move along a respective said threaded area of said stiffening rod, said configuration allows preventing said stiffening rod from being bowed; and wherein said stiffening rod and said stoppers (18, 20 and 22) are all located inside the track of said profile, and wherein said stoppers (18, 20 and 22) and stiffening rod facilitate in preventing the door from being distorted or in correcting distortions already occurring in said door by enabling changing the location of the stoppers (18, 20 and 22) in relation to one another along said stiffening rod for shortening a bowing span of each part of said stiffening rod inside said profile, and wherein each of said upper, lower and center stopper (18, 20 and 22) can be affixed at different locations over said profile track for allowing positioning of said stiffening rod at various locations in said profile track. - at least one profile removably applied to a lateral edge of said door, said profile comprises a track; - a plurality of stoppers comprising at least an upper stopper, a center stopper and a lower stopper each having a channel; and - at least one stiffening rod, wherein said stiffening rod is seated within the channels of said stoppers (18, 20 and 22) and has at least one threaded area, in a manner that allows at least the upper and lower stoppers (18 and 20) to move along a respective said threaded area of said stiffening rod, said configuration allows preventing said stiffening rod from being bowed; and
DC voltage converter with soft switching, comprising a transformer (Trf) having a primary winding (Lp) and a secondary winding (Ls), the primary side of the converter being of the type with half-bridge arrangement and linked to an input voltage source by way of two switches (T1,T2) and the secondary side of the converter being of quasi-resonant half-wave type and providing at least one first DC voltage to a first load and one second DC voltage to a second load, said second DC voltage being less than said first DC voltage, first control means controlling alternately the two switches (T1,T2), at fixed frequency, by pulse width modulation as a function of said first DC output, wherin the DG voltage converter comprises a resonant circuit (Lf, Cr1, D1; Lf, Cr, D1) for creating a half-wave resonant current in the secondary winding (Ls) and charging a first capacitor connected to the terminals of said first load so as to produce said first DC voltage, and wherein it furthermore comprises an inductive circuit (D2, Lr, T3) connected between said secondary winding and a second capacitor connected to the terminals of said second load, which inductive circuit generates a current so as to charge said second capacitor during a part of the half-wave of the resonant current flowing in the secondary winding (Ls) and produce said second DC voltage.
A control circuit for a sensing edge used to detect the presence of an external obstacle in the path of an edge of a motorized closure, the sensing edge including an elongate sheath (24, 524, 624, 724) positioned adjacent to the edge of the motorized closure and being compressible upon application of external pressure by the external obstacle, and first and second electrically conductive elements (32, 38) positioned within the sheath (24, 524, 624, 724), the first and second conductive elements (32, 38) being configured to electrically contact one another upon pressure being applied to the sheath (24, 524, 624, 724) by the external obstacle, the control circuit comprising: a self-resonating oscillator electrically connectable to each of the first and second conductive elements (32, 38) and configured to drive each of the first and second conductive elements (32, 38) at a drive frequency to establish an electric field proximate to the sensing edge; characterized in that the control circuit further comprises a controller electrically connectable to the first and second conductive elements (32, 38) and receiving an output of the oscillator, the controller being configured to determine whether (i) the first and second conductive elements (32, 38) are in electrical contact with one another or (ii) a change to the drive frequency of the oscillator exceeds a threshold value, the controller being further configured to, in response to a finding of either condition (i) or (ii), output a signal to a motor controller of the motorized closure to initiate or disrupt motion of the motorized closure; a first inductor electrically connected in series between the controller and a point of connection of the first conductive element to the oscillator, and a second inductor electrically connected in series between the controller and a point of connection of the second conductive element to the oscillator. a self-resonating oscillator electrically connectable to each of the first and second conductive elements (32, 38) and configured to drive each of the first and second conductive elements (32, 38) at a drive frequency to establish an electric field proximate to the sensing edge; characterized in that the control circuit further comprises a controller electrically connectable to the first and second conductive elements (32, 38) and receiving an output of the oscillator, the controller being configured to determine whether (i) the first and second conductive elements (32, 38) are in electrical contact with one another or (ii) a change to the drive frequency of the oscillator exceeds a threshold value, the controller being further configured to, in response to a finding of either condition (i) or (ii), output a signal to a motor controller of the motorized closure to initiate or disrupt motion of the motorized closure; a first inductor electrically connected in series between the controller and a point of connection of the first conductive element to the oscillator, and a second inductor electrically connected in series between the controller and a point of connection of the second conductive element to the oscillator.
A lip cosmetic applicator device comprising an applicator for applying a cosmetic to a lip and a receptacle for containing the cosmetic, the applicator being able to be withdrawn from and insertable into the receptacle through a neck of the receptacle, the applicator comprising a stem and an applying portion connected to one end of the stem, the applying portion having a flattened shape and having an applying side for applying the cosmetic, when viewed from the front, the applying portion having a widest part and gradually decreasing in width from the widest part to a tip of the applying portion, and the applying side being formed of a concave surface having a concavity in a center of the applying side, the widest part having a middle part having a thickness thinner than side parts of the widest part and the applying portion has a larger thickness in a tip portion of the applying portion than at the middle portion of the widest part of the applying portion, when viewed from the front, wherein the tip portion of the applying portion has a protrusion protruding on its side opposite to the applying side to have the larger thickness.