mhurhangee/ep-ind-claims huggingface dataset:
A blank comprising: - a chassis of corrugated cardboard having a series of four first parallel crease lines (12a-d), and a second and a third crease line (14a, 14b) intersecting said four first parallel crease lines (12a-d), wherein said first, second and third crease lines (12a-d, 14a, 14b) individuate a series of a quadrangular closure flap, a quadrangular cover panel, a first quadrangular lateral panel, a quadrangular bottom panel and a second quadrangular lateral panel, wherein said second crease line individuates a respective left quadrangular flap of each panel (18, 20, 22, 24) and wherein said third crease line individuates a respective right quadrangular flap of each panel (18, 20, 22, 24), each flap (26a, 26b) being separated from the adjacent flaps (26a, 26b) by cuts which extend along a prolongation of the respective first crease line (12b-d), characterized in that - two compression members of corrugated cardboard are glued to an internal face of the chassis in correspondence of areas at least bordering on both sides at least a part of a respective length of the second crease line joining the first and second quadrangular lateral panel (20, 24) to the respective left flap, and - two compression members of corrugated cardboard are glued to the internal face of the chassis in correspondence of areas at least bordering on both sides at least a part of a respective length of the third crease line joining the first and second quadrangular lateral panel (20, 24) to the respective right flap. - a chassis of corrugated cardboard having a series of four first parallel crease lines (12a-d), and a second and a third crease line (14a, 14b) intersecting said four first parallel crease lines (12a-d), wherein said first, second and third crease lines (12a-d, 14a, 14b) individuate a series of a quadrangular closure flap, a quadrangular cover panel, a first quadrangular lateral panel, a quadrangular bottom panel and a second quadrangular lateral panel, wherein said second crease line individuates a respective left quadrangular flap of each panel (18, 20, 22, 24) and wherein said third crease line individuates a respective right quadrangular flap of each panel (18, 20, 22, 24), each flap (26a, 26b) being separated from the adjacent flaps (26a, 26b) by cuts which extend along a prolongation of the respective first crease line (12b-d), - two compression members of corrugated cardboard are glued to an internal face of the chassis in correspondence of areas at least bordering on both sides at least a part of a respective length of the second crease line joining the first and second quadrangular lateral panel (20, 24) to the respective left flap, and - two compression members of corrugated cardboard are glued to the internal face of the chassis in correspondence of areas at least bordering on both sides at least a part of a respective length of the third crease line joining the first and second quadrangular lateral panel (20, 24) to the respective right flap.
Method for the detection of aerosol particles in ambient air, comprising a. Providing a photoacoustic gas sensor comprising. - a modulable emitter, - an analysis volume which is in fluid communication with the ambient air, wherein the analysis volume is an open system having one or more openings such that ambient air comprising aerosol particles can flow or diffuse into the analysis volume, - a MEMS sensor for the detection of sound pressure waves, wherein the analysis volume is present in the beam path of the emitter such that the emitter can use modulable radiation to excite aerosol particles in the analysis volume to form sound pressure waves which are detectable by means of the sensor, b. Irradiating the analysis volume with radiation modulated with a modulation frequency to generate sound pressure waves c. Measuring the generated sound pressure waves by means of the sensor d. Determining the presence and/or concentration of aerosol particles in the ambient air based on the measurement results characterized in that the aerosol particles are bioaerosols and wherein by means of a control unit a selective excitation and detection of the aerosol particles is performed by tuning the wavelength of the emitted radiation to the absorption behavior of the aerosol particles. a. Providing a photoacoustic gas sensor comprising. - a modulable emitter, - an analysis volume which is in fluid communication with the ambient air, wherein the analysis volume is an open system having one or more openings such that ambient air comprising aerosol particles can flow or diffuse into the analysis volume, - a MEMS sensor for the detection of sound pressure waves, wherein the analysis volume is present in the beam path of the emitter such that the emitter can use modulable radiation to excite aerosol particles in the analysis volume to form sound pressure waves which are detectable by means of the sensor, - a modulable emitter, - an analysis volume which is in fluid communication with the ambient air, wherein the analysis volume is an open system having one or more openings such that ambient air comprising aerosol particles can flow or diffuse into the analysis volume, - a MEMS sensor for the detection of sound pressure waves, b. Irradiating the analysis volume with radiation modulated with a modulation frequency to generate sound pressure waves c. Measuring the generated sound pressure waves by means of the sensor d. Determining the presence and/or concentration of aerosol particles in the ambient air based on the measurement results
A recording-medium imaging device comprising: an irradiation means configured to irradiate a recording medium with light; an image pickup means configured to receive the light reflected from a surface of the recording medium to obtain an image including a plurality of pixels; and a control means configured to select at least a receiving position of the image pickup means corresponding to a pixel indicating an output value more than or equal to a threshold value among the plurality of pixels included in the image obtained by the image pickup means, wherein the pixel corresponding to said at least a receiving position is used for obtaining a surface state of the recording medium and wherein the receiving position corresponds to a change of a state of the light emitted from the irradiation means towards the recording medium. an irradiation means configured to irradiate a recording medium with light; an image pickup means configured to receive the light reflected from a surface of the recording medium to obtain an image including a plurality of pixels; and a control means configured to select at least a receiving position of the image pickup means corresponding to a pixel indicating an output value more than or equal to a threshold value among the plurality of pixels included in the image obtained by the image pickup means, wherein the pixel corresponding to said at least a receiving position is used for obtaining a surface state of the recording medium and wherein the receiving position corresponds to a change of a state of the light emitted from the irradiation means towards the recording medium.
A positive electrode material for the formation of a paste for fabricating positive electrodes comprising: particles of a nickel hydroxide positive electrode material; and characterized by a continuous, uniform conductive encapsulant layer precipitated on said particles prior to preparation of active material paste, said encapsulant layer formed by at least one of a metal oxide, hydroxide or oxyhydroxide. particles of a nickel hydroxide positive electrode material; and characterized by a continuous, uniform conductive encapsulant layer precipitated on said particles prior to preparation of active material paste, said encapsulant layer formed by at least one of a metal oxide, hydroxide or oxyhydroxide.
A base station apparatus (BS1, BS2, BS3, BS4, BS5, BS6, BS7) for use in a radio cell of a wireless communication system, the wireless communication system comprising a plurality of radio cells in which a plurality of subcarrier blocks is used for communication, wherein each of the plurality of subcarrier blocks comprises a plurality of subcarriers, and wherein the radio cell and its adjacent radio cells build a cell cluster, characterized in that the base station comprises: an allocation section adapted to allocate a plurality of subcarrier blocks to each of a plurality of subcarrier block sets in the radio cell, wherein for each of the plurality of subcarrier blocks of a respective subcarrier block set a same transmit power level is defined; and a setting section adapted to set a first transmission power level to one of the plurality of subcarrier block sets in the radio cell, the first transmission power level being different from a second transmission power level that is set to another subcarrier block set of the plurality of subcarrier block sets in the radio cell, wherein the setting section is further adapted to set the first transmission power level to the one of the plurality of subcarrier block sets in the radio cell to be different from a third transmission power level set to a corresponding subcarrier block set of the respective radio cells of the cell cluster. an allocation section adapted to allocate a plurality of subcarrier blocks to each of a plurality of subcarrier block sets in the radio cell, wherein for each of the plurality of subcarrier blocks of a respective subcarrier block set a same transmit power level is defined; and a setting section adapted to set a first transmission power level to one of the plurality of subcarrier block sets in the radio cell, the first transmission power level being different from a second transmission power level that is set to another subcarrier block set of the plurality of subcarrier block sets in the radio cell, wherein the setting section is further adapted to set the first transmission power level to the one of the plurality of subcarrier block sets in the radio cell to be different from a third transmission power level set to a corresponding subcarrier block set of the respective radio cells of the cell cluster.
Stiffened thin-walled natural fibre composite product comprising: first fibre yarns, each first fibre yarn having a first thickness, and second fibre yarns having a second thickness larger than said first thickness, wherein at least the second fibre is selected among flax, hemp, jute, ramie, kenaf, sisal, henequen, bamboo, silk, or cotton, said second fibre yarn comprising twisted second fibres, wherein one first layer has only first fibre yarns while one second layer comprises at least some second fibre yarns, or wherein one single layer comprises first fibre yarns and second fibre yarns which are flush on one side, so that at least one side of said product is even, characterized in that said second fibre yarn is used as ribs and the product comprises at least 5% by weight of parallel ribs or at least 10 % by weight of criss-crossing ribs. first fibre yarns, each first fibre yarn having a first thickness, and second fibre yarns having a second thickness larger than said first thickness, wherein at least the second fibre is selected among flax, hemp, jute, ramie, kenaf, sisal, henequen, bamboo, silk, or cotton, said second fibre yarn comprising twisted second fibres, wherein one first layer has only first fibre yarns while one second layer comprises at least some second fibre yarns, or wherein one single layer comprises first fibre yarns and second fibre yarns which are flush on one side, so that at least one side of said product is even, characterized in that said second fibre yarn is used as ribs and the product comprises at least 5% by weight of parallel ribs or at least 10 % by weight of criss-crossing ribs.
A folding sawhorse, comprising: an elongate plastic body with a central longitudinal axis, and having a top wall with an upper work surface, and a plurality of side walls (5a,5b,6a,6b), the walls defining a storage compartment; a plurality of metal legs (9a,9b,9c,9d) that are pivotally disposed relative to the elongate plastic body, the legs being movable between a deployed position wherein the legs are capable of supporting the elongate plastic body in a condition for use, and a storage position in which the legs are folded so as to be substantially disposed in the storage compartment, and characterized to further include a pivot structure having a recess portion forming a first pivot axis and a rod portion forming a second pivot axis substantially perpendicular to the first pivot axis, and wherein the pivot structure is configured to engage both the elongate plastic body and a pair of the metal legs; and wherein the pivot structure facilitates movement of the legs between the storage position and the deployed position by permitting rotational movement of the pair of metal legs around both the first axis and the second axis. an elongate plastic body with a central longitudinal axis, and having a top wall with an upper work surface, and a plurality of side walls (5a,5b,6a,6b), the walls defining a storage compartment; a plurality of metal legs (9a,9b,9c,9d) that are pivotally disposed relative to the elongate plastic body, the legs being movable between a deployed position wherein the legs are capable of supporting the elongate plastic body in a condition for use, and a storage position in which the legs are folded so as to be substantially disposed in the storage compartment, and characterized to further include a pivot structure having a recess portion forming a first pivot axis and a rod portion forming a second pivot axis substantially perpendicular to the first pivot axis, and wherein the pivot structure is configured to engage both the elongate plastic body and a pair of the metal legs; and wherein the pivot structure facilitates movement of the legs between the storage position and the deployed position by permitting rotational movement of the pair of metal legs around both the first axis and the second axis.
A pharmaceutical composition comprising a pharmaceutically acceptable excipient and at least one mRNA molecule encoding a peptide or polypeptide, wherein the at least one mRNA molecule is encapsulated in a liposome having a size of less than 100 nm, wherein said liposome comprises one or more cationic lipid(s), one or more non-cationic lipid(s), and one or more PEG-modified lipid(s).
A method for producing a powder-molded body, comprising: casting a slurry containing a powder of a ceramic and/or a metal, a dispersion medium, and a gelling agent; and solidifying the slurry by gelling the slurry to obtain a molded body, wherein the slurry is solidified by chemically bonding an organic dispersion medium having reactive functional groups and the gelling agent, wherein the organic dispersion medium having reactive functional groups takes 60 % by mass or more in the total dispersion medium, wherein the organic dispersion medium being esters having two or more ester bonds and the gelling agent has an isocyanate group and/or an isothiocyanate group; or the slurry is solidified by chemically bonding an organic dispersion medium having ester bonds and a gelling agent comprising MDI (4,4'-diphenylmethane diisocyanate) type isocyanate having a basic chemical structure defined as the following chemical formula or the slurry is solidified by chemically bonding an organic dispersion medium having ester bonds and a gelling agent comprising HDI (hexamethylene diisocyanate) type isocyanate having a basic chemical structure defined as the following chemical formula OCN-(CH 2) 6 -NCO casting a slurry containing a powder of a ceramic and/or a metal, a dispersion medium, and a gelling agent; and solidifying the slurry by gelling the slurry to obtain a molded body, wherein the slurry is solidified by chemically bonding an organic dispersion medium having reactive functional groups and the gelling agent, wherein the organic dispersion medium having reactive functional groups takes 60 % by mass or more in the total dispersion medium, wherein the organic dispersion medium being esters having two or more ester bonds and the gelling agent has an isocyanate group and/or an isothiocyanate group; or the slurry is solidified by chemically bonding an organic dispersion medium having ester bonds and a gelling agent comprising MDI (4,4'-diphenylmethane diisocyanate) type isocyanate having a basic chemical structure defined as the following chemical formula or the slurry is solidified by chemically bonding an organic dispersion medium having ester bonds and a gelling agent comprising HDI (hexamethylene diisocyanate) type isocyanate having a basic chemical structure defined as the following chemical formula OCN-(CH 2) 6 -NCO the organic dispersion medium being esters having two or more ester bonds and the gelling agent has an isocyanate group and/or an isothiocyanate group; or the slurry is solidified by chemically bonding an organic dispersion medium having ester bonds and a gelling agent comprising MDI (4,4'-diphenylmethane diisocyanate) type isocyanate having a basic chemical structure defined as the following chemical formula or the slurry is solidified by chemically bonding an organic dispersion medium having ester bonds and a gelling agent comprising HDI (hexamethylene diisocyanate) type isocyanate having a basic chemical structure defined as the following chemical formula OCN-(CH 2) 6 -NCO
A belt-type continuously variable transmission comprising a drive pulley that is supported on an input shaft, a driven pulley that is supported on an output shaft, a belt that is wound around the two pulleys (4, 5), a case and an actuator that can change a groove width of either one of the two pulleys (4, 5), and the actuator having a motor, a screw feed mechanism that includes a nut member and a threaded shaft, and a housing which forms an outer shell of the actuator, the housing having an outer wall face mounted on the case, the nut member being rotated by receiving rotational power of the motor, the threaded shaft converting rotation of the nut member into linear motion and changing a groove width of said either one of the pulley, wherein the actuator is provided with an operation part that can make the nut member rotate without depending on the rotational power of the motor, and the operating part is mounted on a side of the housing opposite to the outer wall face.
A method implemented by a mobile device having a first radio and a second radio, the method comprising: using the first radio in a first connection; determining to turn on the second radio based on an expiration of a wake-up interval; shortening or lengthening the wake-up interval based on one or more factors, including one or more of shortening the wake-up interval during a time of day in which the mobile device has previously had frequent or high-volume data communications, shortening the wake-up interval in a location where the second radio was previously successfully used, lengthening the wake-up interval when a location of the mobile device is associated with a number of failed attempts in establishing communication using the second radio, lengthening the wake-up interval when the mobile device display has gone into a sleep mode, and setting the wake-up interval depending on which application is active on the mobile device; and, when the wake-up interval expires, turning on the second radio, using the second radio to perform a scan of the environment to identify one or more access points, determining whether to establish a connection with one of the one or more identified access points, and establishing a second connection with the one identified access point using the second radio when it has been determined to establish a connection with the one identified access point. using the first radio in a first connection; determining to turn on the second radio based on an expiration of a wake-up interval; shortening or lengthening the wake-up interval based on one or more factors, including one or more of shortening the wake-up interval during a time of day in which the mobile device has previously had frequent or high-volume data communications, shortening the wake-up interval in a location where the second radio was previously successfully used, lengthening the wake-up interval when a location of the mobile device is associated with a number of failed attempts in establishing communication using the second radio, lengthening the wake-up interval when the mobile device display has gone into a sleep mode, and setting the wake-up interval depending on which application is active on the mobile device; and, when the wake-up interval expires, turning on the second radio, using the second radio to perform a scan of the environment to identify one or more access points, determining whether to establish a connection with one of the one or more identified access points, and establishing a second connection with the one identified access point using the second radio when it has been determined to establish a connection with the one identified access point. turning on the second radio, using the second radio to perform a scan of the environment to identify one or more access points, determining whether to establish a connection with one of the one or more identified access points, and establishing a second connection with the one identified access point using the second radio when it has been determined to establish a connection with the one identified access point.