mhurhangee/ep-ind-claims huggingface dataset:
An absorbent article consisting of a front waist region, a rear waist region and a crotch region located between the front and rear regions (11, 12) in a longitudinal direction from a front side to a rear side, comprising: a liquid-pervious topsheet, a backsheet, an absorption body intervening between said topsheet and said backsheet, a second sheet disposed between said absorption body and said topsheet, and an absorbent sheet between said topsheet and said second sheet, comprising at least one liquid-pervious sheet having sandwiched thereby an absorbent polymer, wherein: said second sheet is higher in the liquid diffusibility than said topsheet, said topsheet, said backsheet, said absorption body and said second sheet are disposed across said front waist region, said crotch region and said rear waist region, and said absorbent sheet is disposed in at least a part of said rear waist region in such a manner that said absorbent sheet is positioned in an area ranging from said crotch region to said rear waist region in the longitudinal direction of said absorbent article, wherein said absorbent sheet has an absorbent polymer -existing region having said absorbent polymer sandwiched and an absorbent polymer -nonexisting region having no absorbent polymer sandwiched. a liquid-pervious topsheet, a backsheet, an absorption body intervening between said topsheet and said backsheet, a second sheet disposed between said absorption body and said topsheet, and an absorbent sheet between said topsheet and said second sheet, comprising at least one liquid-pervious sheet having sandwiched thereby an absorbent polymer, wherein: said second sheet is higher in the liquid diffusibility than said topsheet, said topsheet, said backsheet, said absorption body and said second sheet are disposed across said front waist region, said crotch region and said rear waist region, and said absorbent sheet is disposed in at least a part of said rear waist region in such a manner that said absorbent sheet is positioned in an area ranging from said crotch region to said rear waist region in the longitudinal direction of said absorbent article, wherein said absorbent sheet has an absorbent polymer -existing region having said absorbent polymer sandwiched and an absorbent polymer -nonexisting region having no absorbent polymer sandwiched. said second sheet is higher in the liquid diffusibility than said topsheet, said topsheet, said backsheet, said absorption body and said second sheet are disposed across said front waist region, said crotch region and said rear waist region, and said absorbent sheet is disposed in at least a part of said rear waist region in such a manner that said absorbent sheet is positioned in an area ranging from said crotch region to said rear waist region in the longitudinal direction of said absorbent article, wherein said absorbent sheet has an absorbent polymer -existing region having said absorbent polymer sandwiched and an absorbent polymer -nonexisting region having no absorbent polymer sandwiched.
A process for producing a polycarbonate resin from a dihydroxy compound and a carbonic acid diester by an ester exchange method using a polycarbonate resin producing apparatus comprising at least one reactor and at least one extruder, in which when the extruder inlet resin temperature is represented by T1 (°C) and the extruder outlet resin temperature by T2 (°C), T2 is not higher than 370°C, and ΔT given by the following equation is not higher than 70°C: ΔT = T 2 − T 1
A method of measuring a binding interaction of an analyte of interest, which is a biomaterial, with a binding partner, said method comprising: a) immobilizing the analyte of interest on a carbon ink electrode, wherein the analyte of interest is a lipid/protein layer, wherein the lipid/protein layer is immobilized on the electrode via passive adsorption; and (b) Contacting said biomaterial with a binding partner; (c) Forming a complex on the electrode comprising the biomaterial and the binding partner; (d) Measuring the complex so as to measure the binding interaction, wherein the method of measuring the complex further comprises the steps of applying electrical energy to the electrode and measuring luminescence induced at the electrode from an electroluminescent species associated with the binding partner, wherein the luminescence signal correlates to the number of binding interactions, and wherein the luminescence is electrochemiluminescence. a) immobilizing the analyte of interest on a carbon ink electrode, wherein the analyte of interest is a lipid/protein layer, wherein the lipid/protein layer is immobilized on the electrode via passive adsorption; and (b) Contacting said biomaterial with a binding partner; (c) Forming a complex on the electrode comprising the biomaterial and the binding partner; (d) Measuring the complex so as to measure the binding interaction, wherein the method of measuring the complex further comprises the steps of applying electrical energy to the electrode and measuring luminescence induced at the electrode from an electroluminescent species associated with the binding partner, wherein the luminescence signal correlates to the number of binding interactions, and wherein the luminescence is electrochemiluminescence.
A tape device comprising: a spool for providing a tape having a film layer; a casing for accommodating the spool; a shaft extended from the casing for removably retaining the spool; a tape guide mounted on the casing for directing the tape provided from and received by the spool; and an applicator with a tip for guiding the tape onto a surface on which the film layer is applied; wherein the casing is fabricated integrally with the shaft and the tape guide; characterized in that the casing further comprises an opening, wherein the opening provides an exposed area to the spool, wherein the spool is accessible from external of the casing, and the spool is removably attached to the shaft via a fastener from the opening. a spool for providing a tape having a film layer; a casing for accommodating the spool; a shaft extended from the casing for removably retaining the spool; a tape guide mounted on the casing for directing the tape provided from and received by the spool; and an applicator with a tip for guiding the tape onto a surface on which the film layer is applied;
A selective catalytic reduction catalyst comprising an 8-ring small pore molecular sieve promoted with copper and an alkaline earth component, wherein the catalyst is effective to catalyze the reduction of nitrogen oxides in the presence of a reductant, wherein the copper and the alkaline earth component are exchanged into the 8-ring small pore molecular sieve and wherein the alkaline earth component is selected from barium, strontium, and combinations thereof, the alkaline earth component loading, as oxide, being of less than 1 wt. %, based on the total weight of the calcined molecular sieve reported on a volatile free basis, and as determined by ICP analysis, and wherein the copper content of the 8-ring small pore molecular sieve, calculated as CuO, is in the range of from 2 to 3.5 weight-%, based on the total weight of the calcined molecular sieve reported on a volatile free basis, and as determined by ICP analysis.
A nut-nipple assembly, comprising: - a nipple comprising a base flange, said nipple having an anti-colic valve at the flange, - a nut comprising a flange having a central opening for receiving said nipple extending therethrough, the central opening having an edge and the nipple having an annular groove, said edge of said nut being engaged in the annular groove of the nipple, said nut being characterized by comprising means for inhibiting the anti-colic valve, comprising: - a first annular rib formed on the inner surface of the flange, said first annular rib abutting the flange of the nipple between said anti-colic valve and the edge of the central opening, - a second rib, concentric with said first rib, said second rib being configured to provide a hydraulic seal between the flange of the nipple and a mouth of a baby bottle, - a depression interposed between the first rib and the second rib, said depression abutting the anti-colic valve of the nipple when the nut and the nipple are coupled together to inhibit said anti-colic valve. - a nipple comprising a base flange, said nipple having an anti-colic valve at the flange, - a nut comprising a flange having a central opening for receiving said nipple extending therethrough, the central opening having an edge and the nipple having an annular groove, said edge of said nut being engaged in the annular groove of the nipple, - a first annular rib formed on the inner surface of the flange, said first annular rib abutting the flange of the nipple between said anti-colic valve and the edge of the central opening, - a second rib, concentric with said first rib, said second rib being configured to provide a hydraulic seal between the flange of the nipple and a mouth of a baby bottle, - a depression interposed between the first rib and the second rib, said depression abutting the anti-colic valve of the nipple when the nut and the nipple are coupled together to inhibit said anti-colic valve.
A waterproof moisture-permeable fabric comprising a protective layer and a polyethylene microporous film that are stacked on each other with a synthetic rubber-based hot-melt adhesive, an olefinic hot-melt adhesive, or a composite hot-melt adhesive interposed therebetween, the fabric being characterized by having a nonpolar oil content of 2 g/m 2 or less, and a polar oil content of 0.01 g/m 2 or more and 6 g/m 2 or less.
Chair, in particular office chair comprising a base frame (1, 2) a seat and a backrest, wherein the backrest comprises two side supports, which are connected pivotably to the seat in articulated manner and to the base frame (1, 2) independently of one another, wherein the seat is mounted displaceably on the base frame so that pivoting of the side supports causes a displacement of the seat, wherein the region of the front edge of the seat is supported in at least one slide bearing, and wherein each slide baring has a sloping guide surface.
A hardness testing device, comprising: a rotating carriage configured to: hold an indenter and at least one accessory; and rotate to selectively place the indenter or the at least one accessory in an operative position to operate the indenter or the at least one accessory; a carriage mount configured to support the rotating carriage, the rotating carriage configured to rotate with respect to the carriage mount; and an electrical contact block mounted stationary with respect to the carriage mount, the electrical contact block comprising a plurality of electrical contacts (302,304,306) configured to make electrical contact with a counterpart electrical contact block of the at least one accessory coupled to the rotating carriage when the at least one accessory is positioned in the operative position, characterized in that at least two of the plurality of electrical contacts (302,304,306) are offset over a surface of the electrical contact block in a transverse direction relative to a travel direction of the accessory when the accessory is held in the rotating carriage, and wherein a first one of the at least two of the plurality of electrical contacts (302,304,306) is coupled to a first voltage source having a first voltage, and a second one of the plurality of electrical contacts (302,304,306) is coupled to a second voltage source having a second voltage. a rotating carriage configured to: hold an indenter and at least one accessory; and rotate to selectively place the indenter or the at least one accessory in an operative position to operate the indenter or the at least one accessory; hold an indenter and at least one accessory; and rotate to selectively place the indenter or the at least one accessory in an operative position to operate the indenter or the at least one accessory; a carriage mount configured to support the rotating carriage, the rotating carriage configured to rotate with respect to the carriage mount; and an electrical contact block mounted stationary with respect to the carriage mount, the electrical contact block comprising a plurality of electrical contacts (302,304,306) configured to make electrical contact with a counterpart electrical contact block of the at least one accessory coupled to the rotating carriage when the at least one accessory is positioned in the operative position, characterized in that at least two of the plurality of electrical contacts (302,304,306) are offset over a surface of the electrical contact block in a transverse direction relative to a travel direction of the accessory when the accessory is held in the rotating carriage, and wherein a first one of the at least two of the plurality of electrical contacts (302,304,306) is coupled to a first voltage source having a first voltage, and a second one of the plurality of electrical contacts (302,304,306) is coupled to a second voltage source having a second voltage.
A disguised power-off method for a mobile terminal, comprising the steps of: determining whether a power-off input from a user is real power-off or disguised power-off; if the power-off input is the disguised power-off, switching the subscriber terminal to a disguised power-off mode; allowing the subscriber terminal to determine whether a location signal has been requested by a server of a mobile communication service provider in the disguised power-off mode; if it is determined that the location signal has been requested by the server of the mobile communication service provider, transmitting a location signal of the subscriber terminal to the server of the mobile communication service provider in the disguised power-off mode; determining whether a power-on key has been pressed through the key input means of the subscriber terminal; and maintaining the disguised power-off mode, or switching the subscriber terminal to a normal mode depending on the input of the power-on key and registering communication service with the server of the mobile communication service provider. determining whether a power-off input from a user is real power-off or disguised power-off; if the power-off input is the disguised power-off, switching the subscriber terminal to a disguised power-off mode; allowing the subscriber terminal to determine whether a location signal has been requested by a server of a mobile communication service provider in the disguised power-off mode; if it is determined that the location signal has been requested by the server of the mobile communication service provider, transmitting a location signal of the subscriber terminal to the server of the mobile communication service provider in the disguised power-off mode; determining whether a power-on key has been pressed through the key input means of the subscriber terminal; and maintaining the disguised power-off mode, or switching the subscriber terminal to a normal mode depending on the input of the power-on key and registering communication service with the server of the mobile communication service provider.
A modem device, comprising: a transceiver structure configured to transmit and receive data using at least one of a plurality of communication technologies; a memory configured to store a profile, the profile comprising information specifying a configuration of the transceiver structure for each communication technology of the plurality of communication technologies; and an application processor interface, wherein the modem device is configured to receive from an application processor a command for configuring the transceiver structure through the application processor interface; wherein the command comprises an instruction to the modem device to configure the transceiver structure according to the profile, wherein the modem device is further configured to receive from the application processor a command for generating the profile through the application processor interface, and wherein the profile comprises a static portion and a dynamic portion and wherein the modem device is further configured to define the dynamic portion for each communication session and delete the dynamic portion after the respective communication session is terminated. a transceiver structure configured to transmit and receive data using at least one of a plurality of communication technologies; a memory configured to store a profile, the profile comprising information specifying a configuration of the transceiver structure for each communication technology of the plurality of communication technologies; and an application processor interface, wherein the modem device is configured to receive from an application processor a command for configuring the transceiver structure through the application processor interface; wherein the command comprises an instruction to the modem device to configure the transceiver structure according to the profile, wherein the modem device is further configured to receive from the application processor a command for generating the profile through the application processor interface, and wherein the profile comprises a static portion and a dynamic portion and wherein the modem device is further configured to define the dynamic portion for each communication session and delete the dynamic portion after the respective communication session is terminated.
Apparatus for investigating and / or modifying a sample with charged particles, in particular a scanning electron microscope, comprising: a. a beam (1, 2) of charged particles, wherein the beam (1, 2) of charged particles is scanned over a surface of the sample; b. a shielding element having an opening for the beam (1, 2) of charged particles to pass through; c. wherein the opening has a shape corresponding to the part of the surface to be scanned, and wherein the shielding element is located a distance above the surface of the sample so that the shielding element does not contact the surface of the sample and the distance is ≤ 100 μm to reduce the influence of charge accumulation effects at the surface on the beam (1, 2) of charged particles; and d. wherein the shielding element comprises a conductive grid or a conductive membrane; characterised in that the shielding element is kept at a ground potential. a. a beam (1, 2) of charged particles, wherein the beam (1, 2) of charged particles is scanned over a surface of the sample; b. a shielding element having an opening for the beam (1, 2) of charged particles to pass through; c. wherein the opening has a shape corresponding to the part of the surface to be scanned, and wherein the shielding element is located a distance above the surface of the sample so that the shielding element does not contact the surface of the sample and the distance is ≤ 100 μm to reduce the influence of charge accumulation effects at the surface on the beam (1, 2) of charged particles; and d. wherein the shielding element comprises a conductive grid or a conductive membrane;
A video decoding method, comprising: decoding information on a quantization matrix; and reconstructing a quantization matrix based on the information on the quantization matrix, wherein the information on the quantization matrix includes information indicating a prediction method of the quantization matrix and further includes, based on the information indicating a prediction method of the quantization matrix, at least one of information on a reference quantization matrix identifier of the quantization matrix, information representing a DC value of the quantization matrix, and information representing a difference value between quantization matrix coefficients, wherein the reconstructing of the quantization matrix includes deriving a quantization matrix coefficient by using the information representing a difference value between the quantization matrix coefficients; characterized by arranging the quantization matrix coefficients in the quantization matrix by up-right diagonally scanning the quantization matrix coefficients, wherein the up-right diagonally scanning arranges the quantization matrix coefficients along every up-right diagonal lines in the quantization matrix one by one from top-left to bottom-right direction, and starting from a lower-left position to an upper-right position for each up-right diagonal line. decoding information on a quantization matrix; and reconstructing a quantization matrix based on the information on the quantization matrix, wherein the information on the quantization matrix includes information indicating a prediction method of the quantization matrix and further includes, based on the information indicating a prediction method of the quantization matrix, at least one of information on a reference quantization matrix identifier of the quantization matrix, information representing a DC value of the quantization matrix, and information representing a difference value between quantization matrix coefficients, wherein the reconstructing of the quantization matrix includes deriving a quantization matrix coefficient by using the information representing a difference value between the quantization matrix coefficients; characterized by arranging the quantization matrix coefficients in the quantization matrix by up-right diagonally scanning the quantization matrix coefficients, wherein the up-right diagonally scanning arranges the quantization matrix coefficients along every up-right diagonal lines in the quantization matrix one by one from top-left to bottom-right direction, and starting from a lower-left position to an upper-right position for each up-right diagonal line.
A probe set for in situ hybridization that enables detection of individual mRNA molecules in fixed, permeabilized cells, comprising at least 30 non-overlapping nucleic acid hybridization probes singly labelled with the same first fluorophore label of a first color, wherein the probes have sequences complementary to different probe binding regions of a target sequence of an individual mRNA molecule, wherein said probes are 7-30 nucleotides in length.
A bi-axially stretched breathable film comprising a polymeric mixture, said polymeric mixture comprising based on the total weight of the polymeric mixture - at least 50% by weight of at least one polyether block copolymer; and - from 0.5 to less than 50 % by weight of at least one polyester wherein the film exhibits a Moisture Vapour Transmission Rate of at least 250 g/m 2 /day, measured by standard ISO 15496 for a 15 micrometer thick film, at a temperature of 23°C. - at least 50% by weight of at least one polyether block copolymer; and - from 0.5 to less than 50 % by weight of at least one polyester
Antiallergenic filter comprising at least one filtration substrate, the filtration substrate containing at least one antiallergenic agent selected from the polyphenols of the tannin family, characterized in that the filtration substrate comprises an acrylonitrile-vinyl chloride copolymer, the weight content of which relative to the total weight of the filtration substrate is between 0.5% and 10%.