mhurhangee/ep-ind-claims huggingface dataset:
A flowmeter calibration system configured to calibrate a meter under test unit, comprising: a first flowmeter array configured to generate a first flow measurement signal; said flowmeter calibration system characterized by: a second flowmeter array configured to generate a second flow measurement signal; a controller configured to receive said first flow measurement signal, said second flow measurement signal, and use said second flow measurement signal to calibrate said meter under test, and configured to perform a statistical comparison between said first flow measurement signal and said second flow measurement signal to check the measurements in both flowmeter arrays, wherein said first measurement, said second measurement, and a measurement from said meter under test are synchronised; and when in use, said first flowmeter array and said second flowmeter array are connected to form a series connection with said meter under test and a fluid supply so that a fluid flows from said fluid supply and through said first flowmeter array, said second flowmeter array, and said meter under test. a first flowmeter array configured to generate a first flow measurement signal; said flowmeter calibration system characterized by: a second flowmeter array configured to generate a second flow measurement signal; a controller configured to receive said first flow measurement signal, said second flow measurement signal, and use said second flow measurement signal to calibrate said meter under test, and configured to perform a statistical comparison between said first flow measurement signal and said second flow measurement signal to check the measurements in both flowmeter arrays, wherein said first measurement, said second measurement, and a measurement from said meter under test are synchronised; and when in use, said first flowmeter array and said second flowmeter array are connected to form a series connection with said meter under test and a fluid supply so that a fluid flows from said fluid supply and through said first flowmeter array, said second flowmeter array, and said meter under test. a second flowmeter array configured to generate a second flow measurement signal; a controller configured to receive said first flow measurement signal, said second flow measurement signal, and use said second flow measurement signal to calibrate said meter under test, and configured to perform a statistical comparison between said first flow measurement signal and said second flow measurement signal to check the measurements in both flowmeter arrays, wherein said first measurement, said second measurement, and a measurement from said meter under test are synchronised; and when in use, said first flowmeter array and said second flowmeter array are connected to form a series connection with said meter under test and a fluid supply so that a fluid flows from said fluid supply and through said first flowmeter array, said second flowmeter array, and said meter under test.
A photovoltaic module comprising: a front substrate; a rear substrate disposed opposite to the front substrate; a solar cell disposed between the front substrate and the rear substrate; and a frame surrounding edges of the front substrate and the rear substrate, the frame being formed or substantially formed in a rectangular shape, the frame having openings formed at a short side thereof and openings formed at a long side thereof, wherein the short side of the frame is the bottom side of the frame; wherein the openings (550a, 550b) are formed by uncovering a portion of the cover part of the frame at which the frame covers the light receiving surface of the front substrate and/or the rear surface of the rear substrate; and wherein the openings (550a, 550b) are formed so that a portion of the frame is parallel to the light receiving surface of the front substrate and/or the rear surface of the rear substrate, characterized in that the openings formed at the long side are inclined to the short side. a front substrate; a rear substrate disposed opposite to the front substrate; a solar cell disposed between the front substrate and the rear substrate; and a frame surrounding edges of the front substrate and the rear substrate, the frame being formed or substantially formed in a rectangular shape, the frame having openings formed at a short side thereof and openings formed at a long side thereof, wherein the short side of the frame is the bottom side of the frame; wherein the openings (550a, 550b) are formed by uncovering a portion of the cover part of the frame at which the frame covers the light receiving surface of the front substrate and/or the rear surface of the rear substrate; and wherein the openings (550a, 550b) are formed so that a portion of the frame is parallel to the light receiving surface of the front substrate and/or the rear surface of the rear substrate, characterized in that the openings formed at the long side are inclined to the short side.
An elevator apparatus, comprising: a car for being raised/lowered within a hoistway; an operation control portion for controlling operation of the car; and an electronic overspeed detecting device which has a speed detecting portion, a position calculating portion, an overspeed monitoring portion, a floor stop position storing portion, a reference position storing portion, a relative position displaying portion, and a reference position displaying portion; wherein when the car stops at a predetermined floor, a floor stop signal is transmitted from the operation control portion to the floor stop position storing portion; information on the position of the car, which has been calculated by the position calculating portion, is transmitted to the floor stop position storing portion, the floor stop position storing portion thereby stores the position of the car upon stoppage of the car at the predetermined floor, which has been calculated by the position calculating portion; characterized in that the relative position displaying portion calculates a distance between two predetermined floors based on the information from the floor stop storing portion, and causes a monitor to display the distance. a car for being raised/lowered within a hoistway; an operation control portion for controlling operation of the car; and an electronic overspeed detecting device which has a speed detecting portion, a position calculating portion, an overspeed monitoring portion, a floor stop position storing portion, a reference position storing portion, a relative position displaying portion, and a reference position displaying portion; wherein when the car stops at a predetermined floor, a floor stop signal is transmitted from the operation control portion to the floor stop position storing portion; information on the position of the car, which has been calculated by the position calculating portion, is transmitted to the floor stop position storing portion, the floor stop position storing portion thereby stores the position of the car upon stoppage of the car at the predetermined floor, which has been calculated by the position calculating portion; characterized in that the relative position displaying portion calculates a distance between two predetermined floors based on the information from the floor stop storing portion, and causes a monitor to display the distance.
Self-adhesive skin dressing comprising a support material which is stretchable and resilient only in one direction, and comprising an adhesive which is not applied over the full area of the support and which comprises one or more active ingredients, the adhesive being applied in stripe or wave form which runs transversely to the stretchability direction of the support material, in the sense that more than 90% of the stripes of adhesive, based on the total mass of applied adhesive, do not run parallel to the stretching direction of the support material, characterized in that the active ingredient or ingredients is or are selected from the group - of non-heating, antiinflammatory ingredients from the area of the non-steroidal anti-inflammatory drugs (NSAIDs), - of locally pain-suppressing ingredients (local anaesthetics) and/or - of cosmetic ingredients. - of non-heating, antiinflammatory ingredients from the area of the non-steroidal anti-inflammatory drugs (NSAIDs), - of locally pain-suppressing ingredients (local anaesthetics) and/or - of cosmetic ingredients.
An automatic dishwashing detergent composition comprising: aspartic acid diacetic acid or salt thereof; a dispersant polymer comprising a homopolymer of acrylic acid with a weight average molecular weight Mw from 2,000 to 10,000 measured with gel permeation chromatography and polyacrylic acid standards; a water soluble silicate; a builder; and a surfactant. aspartic acid diacetic acid or salt thereof; a dispersant polymer comprising a homopolymer of acrylic acid with a weight average molecular weight Mw from 2,000 to 10,000 measured with gel permeation chromatography and polyacrylic acid standards; a water soluble silicate; a builder; and a surfactant.
A device for removing an inner sheath of electrical conductors of a preferably multi-core cable, preferably a foil located between a shielding or an insulation and the inner conductors, comprising at least one holding arrangement / clamping device for axially and rotatably clamping the cable and a knife arrangement (1, 21) rotatable about the longitudinal axis of the cable, the knives of which can be subjected to a force on the cable axis, a blade being positioned on a knife arm which is fastened at a fastening point to a rotatable knife wheel enclosing the cable and oriented coaxially thereto, and is pivotable about an axis running through the fastening point and oriented essentially parallel to the axis of rotation, characterized in that the at least one knife (24, 26) has a touch surface provided for resting on the surface of the inner sheath and directly thereafter a cutting edge protruding beyond this touch surface, wherein the touch surface is also positioned on the knife arm, and that the knife arm is movable and detachably fastened to the knife wheel by means of a magnet.
Device for producing a foundation element in the ground, in particular in the bed of a body of water, with - a pile tube having a tubular base body and a mixing section arranged underneath, which has a larger external diameter than the tubular base body, and - a drilling means which comprises -- a drill rod which runs inside the pile tube and can be driven in a rotating manner, -- a drilling tool means for removing ground material and -- a mixing means for mixing the removed ground material with a supplied, hardenable medium, characterized in that the drilling tool means comprises at least one drilling tool which is supported in a pivotable manner on the drill rod and with which ground material can be removed inside and/or below the mixing section in an area projecting radially beyond the tubular base body. - a pile tube having a tubular base body and a mixing section arranged underneath, which has a larger external diameter than the tubular base body, and - a drilling means which comprises -- a drill rod which runs inside the pile tube and can be driven in a rotating manner, -- a drilling tool means for removing ground material and -- a mixing means for mixing the removed ground material with a supplied, hardenable medium, characterized in that the drilling tool means comprises at least one drilling tool which is supported in a pivotable manner on the drill rod and with which ground material can be removed inside and/or below the mixing section in an area projecting radially beyond the tubular base body. -- a drill rod which runs inside the pile tube and can be driven in a rotating manner, -- a drilling tool means for removing ground material and -- a mixing means for mixing the removed ground material with a supplied, hardenable medium,
A medical device for the medialization of a vocal cord, the device comprising: a proximal end and a distal end; a proximal portion having an outer surface, an inner surface, and a first axial length, the inner surface defining a proximal passageway extending through the proximal portion; a distal portion having an outer surface, an inner surface, and a second axial length, the outer surface of the distal portion defining an atraumatic distal tip, the inner surface of the distal portion defining a distal passageway extending through the distal portion; and an elongate body attached to and extending between the proximal portion and the distal portion, the elongate body having an outer surface, an inner surface, and a third axial length, the outer surface of the elongate body defining a thread extending from the proximal portion to the distal portion, the inner surface of the elongate body defining a main passageway in communication with the proximal passageway and the distal passageway; wherein the first axial length extends from the proximal end of the medical device to the elongate body, the second axial length extends from the elongate body to the distal end of the medical device, and the third axial length extends from the proximal portion to the distal portion; and wherein the third axial length is greater than the first axial length and the second axial length. a proximal end and a distal end; a proximal portion having an outer surface, an inner surface, and a first axial length, the inner surface defining a proximal passageway extending through the proximal portion; a distal portion having an outer surface, an inner surface, and a second axial length, the outer surface of the distal portion defining an atraumatic distal tip, the inner surface of the distal portion defining a distal passageway extending through the distal portion; and an elongate body attached to and extending between the proximal portion and the distal portion, the elongate body having an outer surface, an inner surface, and a third axial length, the outer surface of the elongate body defining a thread extending from the proximal portion to the distal portion, the inner surface of the elongate body defining a main passageway in communication with the proximal passageway and the distal passageway; wherein the first axial length extends from the proximal end of the medical device to the elongate body, the second axial length extends from the elongate body to the distal end of the medical device, and the third axial length extends from the proximal portion to the distal portion; and wherein the third axial length is greater than the first axial length and the second axial length.
A method for wireless communications by a user equipment, UE, comprising: receiving a system information block, SIB, containing system information, SI, wherein values of bits of the SI indicate a resource set of sixteen configured resource sets, each resource set containing sixteen resources for physical uplink control channel, PUCCH, transmission, wherein the values of the bits of the SI map to a number of symbols, a first symbol, and a set of one or more initial cyclic shift, CS, indexes corresponding to the indicated resource set, and wherein the values of the bits of the SI further indicate a set of repetition factors for the PUCCH transmission, a set of resource block, RB, indexes, and a set of one or more orthogonal cover code, OCC, indexes for the PUCCH transmission; receiving downlink control information, DCI, in a physical downlink control channel, PDCCH, containing resource indicator, RI, bits; determining a resource index, r, corresponding to one of the sixteen resources of the indicated resource set based on an explicit value of the RI bits and on a control channel element, CCE, index of the PDCCH; and transmitting uplink control information, UCI, in the PUCCH using the one of the sixteen resources. receiving a system information block, SIB, containing system information, SI, wherein values of bits of the SI indicate a resource set of sixteen configured resource sets, each resource set containing sixteen resources for physical uplink control channel, PUCCH, transmission, wherein the values of the bits of the SI map to a number of symbols, a first symbol, and a set of one or more initial cyclic shift, CS, indexes corresponding to the indicated resource set, and wherein the values of the bits of the SI further indicate a set of repetition factors for the PUCCH transmission, a set of resource block, RB, indexes, and a set of one or more orthogonal cover code, OCC, indexes for the PUCCH transmission; receiving downlink control information, DCI, in a physical downlink control channel, PDCCH, containing resource indicator, RI, bits; determining a resource index, r, corresponding to one of the sixteen resources of the indicated resource set based on an explicit value of the RI bits and on a control channel element, CCE, index of the PDCCH; and transmitting uplink control information, UCI, in the PUCCH using the one of the sixteen resources.
A communication apparatus (100, 200) including a data storing section (120, 220) and being capable of serving at least one of a role as a device for allowing another communication apparatus at a position remote from the communication apparatus (100, 200) to access the data storing section (120, 220) and a role as a host for accessing a data storing section included in the other communication apparatus, the communication apparatus comprising: an access control section (130, 230) that is adapted to control the role to be served by the communication apparatus (100, 200); an access request issuing section (140, 240) that is adapted to issue a request to the other communication apparatus, the request being that the communication apparatus (100, 200) serves one of the roles that the communication apparatus (100, 200) is capable of serving; wherein the access control section (130, 230) is adapted to acquire, before acquiring a response to the issued request by the access request issuing section (140, 240), a request issued by the other communication apparatus that the other communication apparatus serves one of said roles, and is adapted to acquire the response to the request issued by the access request issuing section (140, 240); and a conflict determining section (150, 250) that is adapted to reissue a request to the other communication apparatus via the access request issuing section (140, 240), the reissued request being that the communication apparatus (100, 200) serves the other role when the communication apparatus (100, 200) is capable of serving the other role, in a case where the request issued by the other communication apparatus is for the same role as the request issued by the access request issuing section (140, 240), these requests thereby conflicting with each other. an access control section (130, 230) that is adapted to control the role to be served by the communication apparatus (100, 200); an access request issuing section (140, 240) that is adapted to issue a request to the other communication apparatus, the request being that the communication apparatus (100, 200) serves one of the roles that the communication apparatus (100, 200) is capable of serving; wherein the access control section (130, 230) is adapted to acquire, before acquiring a response to the issued request by the access request issuing section (140, 240), a request issued by the other communication apparatus that the other communication apparatus serves one of said roles, and is adapted to acquire the response to the request issued by the access request issuing section (140, 240); and a conflict determining section (150, 250) that is adapted to reissue a request to the other communication apparatus via the access request issuing section (140, 240), the reissued request being that the communication apparatus (100, 200) serves the other role when the communication apparatus (100, 200) is capable of serving the other role, in a case where the request issued by the other communication apparatus is for the same role as the request issued by the access request issuing section (140, 240), these requests thereby conflicting with each other.
A process for producing a mono-PEGylated protein composition comprising at least about 90% mono-PEGylated protein, the process comprising: a) providing a first mixture comprising non-PEGylated protein and PEGylated protein, wherein the PEGylated protein comprises mono-PEGylated protein and oligo-PEGylated protein b) subjecting the first mixture to an ion exchange chromatography step to provide an IEC flow-through solution in which the fraction of PEGylated protein is increased relative to the first mixture; the IEC step comprising applying the first mixture to an IEC material under conditions suitable for binding non-PEGylated protein; c) collecting the IEC flow-through solution from step b) to provide a second mixture comprising mono-PEGylated protein and oligo-PEGylated protein; and d) subjecting the second mixture to a hydrophobic interaction chromatography step to provide a mono-PEGylated protein composition in which the fraction of mono-PEGylated protein is increased relative to the second mixture, wherein the mono-PEGylated protein composition comprises at least about 90% mono-PEGylated protein. a) providing a first mixture comprising non-PEGylated protein and PEGylated protein, wherein the PEGylated protein comprises mono-PEGylated protein and oligo-PEGylated protein b) subjecting the first mixture to an ion exchange chromatography step to provide an IEC flow-through solution in which the fraction of PEGylated protein is increased relative to the first mixture; the IEC step comprising applying the first mixture to an IEC material under conditions suitable for binding non-PEGylated protein; c) collecting the IEC flow-through solution from step b) to provide a second mixture comprising mono-PEGylated protein and oligo-PEGylated protein; and d) subjecting the second mixture to a hydrophobic interaction chromatography step to provide a mono-PEGylated protein composition in which the fraction of mono-PEGylated protein is increased relative to the second mixture, wherein the mono-PEGylated protein composition comprises at least about 90% mono-PEGylated protein.