mhurhangee/ep-ind-claims huggingface dataset:
An image sensor comprising: a plurality of pixels arranged to form a plurality of rows including a first row and a second row; a plurality of first control lines (PSEL; PRES; PTX) connected to the pixels of the first row; a plurality of second control lines (PSEL; PRES; PTX) connected to the pixels of the second row; and a scan means including at least a first row drive means (410; 710; 1010; 1410) configured to generate a plurality of first control signals supplied to the plurality of first control lines and a second row drive means (411; 711; 1011; 1411) configured to generate a plurality of second control signals supplied to the plurality of second control lines, the scan means being configured to drive the plurality of pixels based on a scanning signal in a row-by-row unit, wherein the plurality of first control signals generated by the first row drive means (410; 710; 1010; 1410) is input to the second row drive means (411; 711; 1011; 1411), wherein the second row drive means (411; 711; 1011; 1411) selects either the plurality of first control signals or the scanning signal and generates the plurality of second control signals based on a selected signal, and wherein each of the first row drive means and the second row drive means includes a holding means (4101, 4111; 7101, 7111; 10101, 10111; 14101, 14111), the holding means (4111; 7111; 10111; 14111) of the second row drive means holds the selected one of either the plurality of first control signals or the scanning signal. a plurality of pixels arranged to form a plurality of rows including a first row and a second row; a plurality of first control lines (PSEL; PRES; PTX) connected to the pixels of the first row; a plurality of second control lines (PSEL; PRES; PTX) connected to the pixels of the second row; and a scan means including at least a first row drive means (410; 710; 1010; 1410) configured to generate a plurality of first control signals supplied to the plurality of first control lines and a second row drive means (411; 711; 1011; 1411) configured to generate a plurality of second control signals supplied to the plurality of second control lines, the scan means being configured to drive the plurality of pixels based on a scanning signal in a row-by-row unit, wherein the plurality of first control signals generated by the first row drive means (410; 710; 1010; 1410) is input to the second row drive means (411; 711; 1011; 1411), wherein the second row drive means (411; 711; 1011; 1411) selects either the plurality of first control signals or the scanning signal and generates the plurality of second control signals based on a selected signal, and wherein each of the first row drive means and the second row drive means includes a holding means (4101, 4111; 7101, 7111; 10101, 10111; 14101, 14111), the holding means (4111; 7111; 10111; 14111) of the second row drive means holds the selected one of either the plurality of first control signals or the scanning signal.
A piston for an internal combustion engine, comprising: a piston head having an upper combustion wall with an undercrown surface and a ring belt region depending from said upper combustion wall, a floor having an upper surface and a bottom surface, said floor being spaced from said upper combustion wall in radial alignment with said ring belt region, a substantially enclosed, annular cooling gallery bounded by said undercrown surface and said floor, said cooling gallery extending radially inwardly from said ring belt region; a pair of pin bores depending directly from the floor of the cooling gallery; a pin bearing surface extending within said pin bores and continuously and uninterrupted between pin bosses in said lower surface of said floor; and wherein said piston head includes a top part and a bottom part, said top part having an annular first upper joining surface depending from said upper combustion wall and a second joining surface depending from said upper combustion wall along a central longitudinal axis of the piston, said bottom part including an annular lower joining surface extending upwardly from said floor, said lower joining surface being bonded to said first upper joining surface at a first bond joint and an upper surface of said floor being bonded to said second joining surface at a second bond joint, further comprising a support member extending coaxially along a central longitudinal axis of said piston head between said undercrown surface and said upper surface of said floor. a piston head having an upper combustion wall with an undercrown surface and a ring belt region depending from said upper combustion wall, a floor having an upper surface and a bottom surface, said floor being spaced from said upper combustion wall in radial alignment with said ring belt region, a substantially enclosed, annular cooling gallery bounded by said undercrown surface and said floor, said cooling gallery extending radially inwardly from said ring belt region; a pair of pin bores depending directly from the floor of the cooling gallery; a pin bearing surface extending within said pin bores and continuously and uninterrupted between pin bosses in said lower surface of said floor; and wherein said piston head includes a top part and a bottom part, said top part having an annular first upper joining surface depending from said upper combustion wall and a second joining surface depending from said upper combustion wall along a central longitudinal axis of the piston, said bottom part including an annular lower joining surface extending upwardly from said floor, said lower joining surface being bonded to said first upper joining surface at a first bond joint and an upper surface of said floor being bonded to said second joining surface at a second bond joint, further comprising a support member extending coaxially along a central longitudinal axis of said piston head between said undercrown surface and said upper surface of said floor.
An anti-CD38 ADC composition comprising: (a) an anti-CD38 IgG antibody C38A2-SV (SEQ ID NOs. 1/3 for heavy/light chain variable regions herein) or C38A2 (SEQ ID NOs. 1/2 for heavy/light chain variable regions herein); (b) a drug or toxin moiety that is a tubulin inhibitor or a doxorubicin analog; and (c) a conjugation linker moiety, wherein the conjugation linker comprises a linker and a conjugation moiety which covalently binds to a single Cys residue in a hinge region of an IgG antibody, and wherein a heavy chain hinge region of an IgG antibody may be mutated such that the heavy chain hinge region contains only one Cys residue. (a) an anti-CD38 IgG antibody C38A2-SV (SEQ ID NOs. 1/3 for heavy/light chain variable regions herein) or C38A2 (SEQ ID NOs. 1/2 for heavy/light chain variable regions herein); (b) a drug or toxin moiety that is a tubulin inhibitor or a doxorubicin analog; and (c) a conjugation linker moiety, wherein the conjugation linker comprises a linker and a conjugation moiety which covalently binds to a single Cys residue in a hinge region of an IgG antibody, and wherein a heavy chain hinge region of an IgG antibody may be mutated such that the heavy chain hinge region contains only one Cys residue.
A piston-in-cylinder unit for a reciprocating piston combustion engine, in particular for a large two-stroke diesel engine, - having a cylinder liner (11, 111, 211, 311, 411, 511, 611, 711) and a piston (12, 112, 212, 312, 412, 512, 612, 712) with an upper piston edge (129, 429, 729) and a lower piston edge (130, 530, 730), wherein the piston (12, 112, 212, 312, 412, 512, 612, 712) is arranged movable to and fro in an axial direction along a piston axis in the cylinder liner (11, 111, 211, 311, 411, 511, 611, 711) between a top dead center and a bottom dead center; and - having a cylinder lubricating device with at least one first lubricant opening (141, 241, 341, 441, 541, 641, 741) which is arranged in a cylinder liner (11, 111, 211, 311, 411, 511, 611, 711) and which is designed such that lubricant can be introduced into the cylinder liner (11, 111, 211, 311, 411, 511, 611, 711), wherein the first lubricant opening (141, 241, 341, 441, 541, 641, 741) is axially arranged such that it is positioned between the upper piston edge (129, 429, 729) and the lower piston edge (130, 530, 730) in an OT position of the piston (12, 112, 212, 312, 412, 512, 612, 712) in which the piston (12, 112, 212, 312, 412, 512, 612, 712) is located at the top dead center, wherein the piston has a peripheral cut-out in the region in which the first lubricant opening is positioned in the OT position of the piston, characterized in that a topmost first piston ring (18, 118, 718) is arranged at a jacket surface of the piston (12, 112, 712) and a second piston ring (19, 119, 719) is arranged between the first piston ring (11, 118, 718) and the lower piston edge (129, 729) and the first lubricant opening (141, 741) is axially arranged such that it is positioned between the first piston ring (18, 118, 718) and the second piston ring (19, 119, 719) in the OT position of the piston (12, 112, 712). - having a cylinder liner (11, 111, 211, 311, 411, 511, 611, 711) and a piston (12, 112, 212, 312, 412, 512, 612, 712) with an upper piston edge (129, 429, 729) and a lower piston edge (130, 530, 730), wherein the piston (12, 112, 212, 312, 412, 512, 612, 712) is arranged movable to and fro in an axial direction along a piston axis in the cylinder liner (11, 111, 211, 311, 411, 511, 611, 711) between a top dead center and a bottom dead center; and - having a cylinder lubricating device with at least one first lubricant opening (141, 241, 341, 441, 541, 641, 741) which is arranged in a cylinder liner (11, 111, 211, 311, 411, 511, 611, 711) and which is designed such that lubricant can be introduced into the cylinder liner (11, 111, 211, 311, 411, 511, 611, 711),
A composition for use in a method for implementing the sequential early introduction to an infant of at least two allergens to decrease the infant's risk for developing allergies, the composition comprising: a first pre-dosed package containing as its contents a quantity of powder containing a first allergen at an exposure dose; a plurality of second pre-dosed packages containing as their contents powder containing the first allergen at a maintenance dose; a third pre-dosed package containing as its contents powder containing the first allergen at the maintenance dose and powder with a second allergen at an exposure dose; and a plurality of fourth pre-dosed packages containing as their contents powder containing the first allergen at the maintenance dose and a powder with the second allergen at a maintenance dose, wherein the first pre-dosed package, the plurality of second pre-dosed package, the third pre-dosed package, and the plurality of fourth pre-dosed package are sequentially identified so that user will know the order of administration of the various packages, and wherein the exposure dose of the first allergen and the exposure dose of the second allergen are lower than the maintenance dose of the first allergen and the maintenance dose of the second allergen, respectively. a first pre-dosed package containing as its contents a quantity of powder containing a first allergen at an exposure dose; a plurality of second pre-dosed packages containing as their contents powder containing the first allergen at a maintenance dose; a third pre-dosed package containing as its contents powder containing the first allergen at the maintenance dose and powder with a second allergen at an exposure dose; and a plurality of fourth pre-dosed packages containing as their contents powder containing the first allergen at the maintenance dose and a powder with the second allergen at a maintenance dose, wherein the first pre-dosed package, the plurality of second pre-dosed package, the third pre-dosed package, and the plurality of fourth pre-dosed package are sequentially identified so that user will know the order of administration of the various packages, and wherein the exposure dose of the first allergen and the exposure dose of the second allergen are lower than the maintenance dose of the first allergen and the maintenance dose of the second allergen, respectively.
An electronic device comprising: a metal case in which at least one electronic circuit or antenna is formed; a metal pad provided on the metal case and electrically connected to the at least one electronic circuit or antenna; a metal sheet attached to one surface of the metal pad; and an electronic circuit board electrically connected to the at least one electronic circuit or antenna of the metal case through a metal member for connection detachably contacting the metal sheet, wherein the metal sheet is formed of a metal configured to prevent galvanic corrosion or fretting corrosion that occurs when the metal pad is directly in contact with the metal member for connection provided on the electronic circuit board; wherein the metal sheet and the metal pad are bonded to each other by ultrasonic welding by a plurality of bonding portions, such that said bonding portions have a shape corresponding to a plurality of protrusions of the ultrasonic tool used to perform the ultrasonic welding. a metal case in which at least one electronic circuit or antenna is formed; a metal pad provided on the metal case and electrically connected to the at least one electronic circuit or antenna; a metal sheet attached to one surface of the metal pad; and an electronic circuit board electrically connected to the at least one electronic circuit or antenna of the metal case through a metal member for connection detachably contacting the metal sheet, wherein the metal sheet is formed of a metal configured to prevent galvanic corrosion or fretting corrosion that occurs when the metal pad is directly in contact with the metal member for connection provided on the electronic circuit board; wherein the metal sheet and the metal pad are bonded to each other by ultrasonic welding by a plurality of bonding portions, such that said bonding portions have a shape corresponding to a plurality of protrusions of the ultrasonic tool used to perform the ultrasonic welding.
Use of a lubricant composition comprising an oil of lubricating viscosity, 0.01 to 5 percent by weight of an organic friction modifier which is glycerol monooleate; said lubricant composition being free from molybdenum compounds for improving the fuel economy of a marine diesel engine operating above 150°C at the cylinder liner, comprising supplying to the cylinder liner thereof and not to or from a crankcase.
A shapeable guide wire device, comprising: an elongate shaft member that includes a proximal end section and a shapeable distal end section having a solder material applied thereto in a pre-cold work state of the distal end section, wherein the shapeable distal end section, with the solder material applied thereto, includes a cold-worked nickel titanium alloy exhibiting linear pseudoelasticity; a helical coil section disposed about at least the shapeable distal end section; and an atraumatic cap section attached to the helical coil section and the solder material of the shapeable distal end section. an elongate shaft member that includes a proximal end section and a shapeable distal end section having a solder material applied thereto in a pre-cold work state of the distal end section, wherein the shapeable distal end section, with the solder material applied thereto, includes a cold-worked nickel titanium alloy exhibiting linear pseudoelasticity; a helical coil section disposed about at least the shapeable distal end section; and an atraumatic cap section attached to the helical coil section and the solder material of the shapeable distal end section.
Multi-flow cap for liquids, comprising: - a part having means of attachment to a neck of a container, said part forming a main body of the cap, - two unevenly sized flow outlet openings (31, 32), such that they define a large and a small opening, characterized in that the main body comprises a first plurality of baffles distributed along an inner perimeter of the main body and arranged such that each opening (31, 32) is partially coincident with at least one baffle in the outflow direction, wherein said two openings (31, 32) form an integral part of the component that forms the main body of the cap. - a part having means of attachment to a neck of a container, said part forming a main body of the cap, - two unevenly sized flow outlet openings (31, 32), such that they define a large and a small opening, the main body comprises a first plurality of baffles distributed along an inner perimeter of the main body and arranged such that each opening (31, 32) is partially coincident with at least one baffle in the outflow direction, wherein said two openings (31, 32) form an integral part of the component that forms the main body of the cap.
A tire comprising a tread portion formed from a tread rubber composition, wherein the tread portion has a plurality of types of blocks (35, 40) or block pieces, and a sum of a length in a tire circumferential direction and a length in a tire axial direction of at least one type of the plurality of types of blocks (35, 40) and the block pieces is not less than 80 mm, and wherein the tread rubber composition contains a rubber component including an isoprene-based rubber, a butadiene rubber, and a styrene-butadiene rubber, and a carbon black having an average particle diameter not greater than 20 nm and/or a cetyltrimethylammonium bromide adsorption specific surface area not less than 130 m 2 /g, wherein an amount of the isoprene-based rubber in 100% by mass of the rubber component is not less than 56% by mass, and the rubber composition satisfies hardness (Hs) ≥ 72 and elongation at break ≥ 420%, wherein the hardness is measured at 25°C with a type A durometer according to "Rubber, vulcanized or thermoplastic - Determination of hardness - Part 3: Durometer method" in JIS K6253-3, and wherein the elongation at break is measured by carrying out a tensile test at 23°C based on JIS K6251 using a No. 7 dumbbell type test piece as a test piece. the tread portion has a plurality of types of blocks (35, 40) or block pieces, and a sum of a length in a tire circumferential direction and a length in a tire axial direction of at least one type of the plurality of types of blocks (35, 40) and the block pieces is not less than 80 mm, and wherein the tread rubber composition contains a rubber component including an isoprene-based rubber, a butadiene rubber, and a styrene-butadiene rubber, and a carbon black having an average particle diameter not greater than 20 nm and/or a cetyltrimethylammonium bromide adsorption specific surface area not less than 130 m 2 /g, wherein an amount of the isoprene-based rubber in 100% by mass of the rubber component is not less than 56% by mass, and the rubber composition satisfies hardness (Hs) ≥ 72 and elongation at break ≥ 420%, wherein the hardness is measured at 25°C with a type A durometer according to "Rubber, vulcanized or thermoplastic - Determination of hardness - Part 3: Durometer method" in JIS K6253-3, and wherein the elongation at break is measured by carrying out a tensile test at 23°C based on JIS K6251 using a No. 7 dumbbell type test piece as a test piece.
A method for clock and data recovery comprising: obtaining a sequence of data decisions (d_next+, d_next-, d_now+, d_now-, d_old+, d_old-) from a history buffer and an error signal (err_now-, err_now +), the sequence of data decisions and the error signal generated by one or more samplers (130, 140) operating on a received input signal according to a sampling clock (Ph000, Ph180) generated by a local oscillator, wherein the relationship between the error signal and the sequence of data decisions determines if the sampling clock is early or late; applying the sequence of data decisions (d_next+, d_next-, d_now+, d_now-, d_old+, d_old-) and the error signal (err_now-, err_now+) to each logic branch of a set of logic branches, and responsively selecting a logic branch from the set of logic branches (310,315,410,415), the logic branch selected responsive to (i) a detection of a transitional data pattern in the sequence of data decisions and (ii) the error signal, the selected logic branch generating an output current (Icp;) and providing the output current to a local oscillator controller to adjust an input voltage (826, 901) of a proportional control circuit (891, 908) providing an output signal based on said input voltage to control the local oscillator, the output current sourcing and sinking current to a capacitor (823, 923) through a resistive element (822,922) to adjust the input voltage of the proportional control circuit relative to a voltage on the capacitor connected to the resistive element. obtaining a sequence of data decisions (d_next+, d_next-, d_now+, d_now-, d_old+, d_old-) from a history buffer and an error signal (err_now-, err_now +), the sequence of data decisions and the error signal generated by one or more samplers (130, 140) operating on a received input signal according to a sampling clock (Ph000, Ph180) generated by a local oscillator, wherein the relationship between the error signal and the sequence of data decisions determines if the sampling clock is early or late; applying the sequence of data decisions (d_next+, d_next-, d_now+, d_now-, d_old+, d_old-) and the error signal (err_now-, err_now+) to each logic branch of a set of logic branches, and responsively selecting a logic branch from the set of logic branches (310,315,410,415), the logic branch selected responsive to (i) a detection of a transitional data pattern in the sequence of data decisions and (ii) the error signal, the selected logic branch generating an output current (Icp;) and providing the output current to a local oscillator controller to adjust an input voltage (826, 901) of a proportional control circuit (891, 908) providing an output signal based on said input voltage to control the local oscillator, the output current sourcing and sinking current to a capacitor (823, 923) through a resistive element (822,922) to adjust the input voltage of the proportional control circuit relative to a voltage on the capacitor connected to the resistive element.