mhurhangee/ep-ind-claims huggingface dataset:
An image sensor comprising: an array of unit cells, each unit cell comprising: a detector including a photodiode coupled to a well capacitor, the well capacitor configured to accumulate charge generated by an input light signal on the photodiode and the detector configured to discharge the well capacitor each time a voltage across the well capacitor exceeds a well capacitor threshold value; and a Digital Readout Integrated Circuit (DROIC) coupled to the detector and capable of incrementing a value of a reset counter when the well capacitor is discharged and when a count enable signal is high; and an image processing unit coupled to the DROIC of each unit cell and configured to: operate a search function for identifying a frequency of the modulated light portion in the input light signal; set a duty cycle of the count enable signal to be opposite that of a duty cycle of the modulated light portion; transmit the count enable signal to the DROIC of each unit cell at the identified frequency and with the set duty cycle; and periodically retrieve the value of the reset counter from the DROIC of each unit cell. an array of unit cells, each unit cell comprising: a detector including a photodiode coupled to a well capacitor, the well capacitor configured to accumulate charge generated by an input light signal on the photodiode and the detector configured to discharge the well capacitor each time a voltage across the well capacitor exceeds a well capacitor threshold value; and a Digital Readout Integrated Circuit (DROIC) coupled to the detector and capable of incrementing a value of a reset counter when the well capacitor is discharged and when a count enable signal is high; and a detector including a photodiode coupled to a well capacitor, the well capacitor configured to accumulate charge generated by an input light signal on the photodiode and the detector configured to discharge the well capacitor each time a voltage across the well capacitor exceeds a well capacitor threshold value; and a Digital Readout Integrated Circuit (DROIC) coupled to the detector and capable of incrementing a value of a reset counter when the well capacitor is discharged and when a count enable signal is high; and an image processing unit coupled to the DROIC of each unit cell and configured to: operate a search function for identifying a frequency of the modulated light portion in the input light signal; set a duty cycle of the count enable signal to be opposite that of a duty cycle of the modulated light portion; transmit the count enable signal to the DROIC of each unit cell at the identified frequency and with the set duty cycle; and periodically retrieve the value of the reset counter from the DROIC of each unit cell. operate a search function for identifying a frequency of the modulated light portion in the input light signal; set a duty cycle of the count enable signal to be opposite that of a duty cycle of the modulated light portion; transmit the count enable signal to the DROIC of each unit cell at the identified frequency and with the set duty cycle; and periodically retrieve the value of the reset counter from the DROIC of each unit cell.
Method for the preparation of monoclonal antibody reagents capable of binding with extracellular epitopes of Epstein Barr virus encoded membrane protein LMP1, expressed on the outer cell surface of EBV-transformed mammalian cells, comprising the steps of: 1) providing a high-diversity expression library comprising mammalian genetic material, the expression library being a high diversity library containing at least 10 9 different clones, 2) contacting with the said library a peptide, comprising the extracellular epitope chosen from the group, consisting of: SEQ ID NO:1 (LMP1, extracellular loop 1), SEQ ID NO: 2 (LMP1, extracellular loop 2), SEQ ID NO:3 (LMP1, extracellular loop 3) 3) allowing the peptide to specifically bind to organisms of the said library, 4) isolating the organisms whereto the peptide is specifically bound, 5) preparing single clones of the isolated organisms, 6) culturing a clone of 5) under conditions that the mammalian genetic material is expressed, 7) isolating the expression product of step 6). 1) providing a high-diversity expression library comprising mammalian genetic material, the expression library being a high diversity library containing at least 10 9 different clones, 2) contacting with the said library a peptide, comprising the extracellular epitope chosen from the group, consisting of: SEQ ID NO:1 (LMP1, extracellular loop 1), SEQ ID NO: 2 (LMP1, extracellular loop 2), SEQ ID NO:3 (LMP1, extracellular loop 3) 3) allowing the peptide to specifically bind to organisms of the said library, 4) isolating the organisms whereto the peptide is specifically bound, 5) preparing single clones of the isolated organisms, 6) culturing a clone of 5) under conditions that the mammalian genetic material is expressed, 7) isolating the expression product of step 6).
A nonvolatile memory comprising: a plurality of input/output pads; an enable input pad (EI_PAD1-EI_PAD4); an enable output pad (EO_PAD1-EI_PAD4); and a chip address initialization circuit, wherein the chip address initialization circuit is configured to: receive a current chip address through the plurality of input/output pads; store the current chip address in response to a current enable signal received through the enable input pad (EI_PAD1-EI_PAD4); output a next enable signal through the enable output pad (EO_PAD1-EI_PAD4); characterised in that the chip address initialization circuit is further configure to: generate a next chip address using the current chip address; and output a next chip address through the plurality of input/output pads. a plurality of input/output pads; an enable input pad (EI_PAD1-EI_PAD4); an enable output pad (EO_PAD1-EI_PAD4); and a chip address initialization circuit, wherein the chip address initialization circuit is configured to: receive a current chip address through the plurality of input/output pads; store the current chip address in response to a current enable signal received through the enable input pad (EI_PAD1-EI_PAD4); output a next enable signal through the enable output pad (EO_PAD1-EI_PAD4); characterised in that the chip address initialization circuit is further configure to: generate a next chip address using the current chip address; and output a next chip address through the plurality of input/output pads. receive a current chip address through the plurality of input/output pads; store the current chip address in response to a current enable signal received through the enable input pad (EI_PAD1-EI_PAD4); output a next enable signal through the enable output pad (EO_PAD1-EI_PAD4); characterised in that the chip address initialization circuit is further configure to: generate a next chip address using the current chip address; and output a next chip address through the plurality of input/output pads. generate a next chip address using the current chip address; and output a next chip address through the plurality of input/output pads.
A resin composition, comprising: a binder resin; and silver-coated particles in which a functional group is introduced to a surface, wherein a ratio (a/b) of Young's modulus (a) of the silver-coated particles to Young's modulus (b) of the binder resin after being cured is 0.1 to 2.0, and the Young's modulus (a) of the silver-coated particles is 0.05 to 2.0 GPa. a binder resin; and silver-coated particles in which a functional group is introduced to a surface, wherein a ratio (a/b) of Young's modulus (a) of the silver-coated particles to Young's modulus (b) of the binder resin after being cured is 0.1 to 2.0, and the Young's modulus (a) of the silver-coated particles is 0.05 to 2.0 GPa.
A steering column antitheft device comprising - an antitheft body which comprises a housing defining a longitudinal axis of the housing, - a switch which comprises a switch body configured to be inserted in the housing, the switch having a longitudinal axis of the switch, wherein the switch body comprises at least one first attachment means, wherein the antitheft body comprises at least one second attachment means disposed at the housing, the first and second attachment means (13, 23) being configured to cooperate together by clipping so as to fasten the switch to the antitheft body, characterized in that the switch body comprises at least one first bayonet mounting means, and wherein the antitheft body comprises at least one second bayonet mounting means disposed at the housing, the first and second bayonet mounting means (14, 24) being configured to cooperate together so as to prevent any displacement of the switch body out of the housing along the longitudinal axis of the housing. - an antitheft body which comprises a housing defining a longitudinal axis of the housing, - a switch which comprises a switch body configured to be inserted in the housing, the switch having a longitudinal axis of the switch, wherein the switch body comprises at least one first attachment means,
A tablet press comprising: a base; a die assembly (36,236) mounted on an upper surface of the base; a compaction mechanism extending from within the base to a location above the die assembly (36,236); a press member mounted on the compaction mechanism above the die assembly (36,236) for compacting powder received, in use, within the die assembly (36,236); a load cell mounted between the press member and the compaction mechanism for determining the load applied, during use, by the press member; an electric motor engaged with the compaction mechanism to drive the compaction mechanism vertically relative to the base; a controller to control the speed and direction of the electric motor to move the press member between a predetermined position and at least one further position, wherein the press member is returned to the predetermined position by controlling the motor to return to an angular positon stored in the controller; characterized in that the tablet press comprises: biasing means associated with the compaction mechanism to bias the press member upwards away from the base. a base; a die assembly (36,236) mounted on an upper surface of the base; a compaction mechanism extending from within the base to a location above the die assembly (36,236); a press member mounted on the compaction mechanism above the die assembly (36,236) for compacting powder received, in use, within the die assembly (36,236); a load cell mounted between the press member and the compaction mechanism for determining the load applied, during use, by the press member; an electric motor engaged with the compaction mechanism to drive the compaction mechanism vertically relative to the base; a controller to control the speed and direction of the electric motor to move the press member between a predetermined position and at least one further position, wherein the press member is returned to the predetermined position by controlling the motor to return to an angular positon stored in the controller; characterized in that the tablet press comprises: biasing means associated with the compaction mechanism to bias the press member upwards away from the base.
Capacitor assembly comprising: - a set of terminals comprising at least a first terminal (6; 106), a second terminal (26; 105) and a third terminal (46; 126); - a conductive structure (2; 102) comprising a first conductive plate and a second conductive plate, the first conductive plate and the second conductive plate being electrically connected to the first terminal (6; 106); - a third conductive plate electrically connected to the second terminal (26; 105) and facing the first conductive plate at a first distance, thereby forming a first gap filled with a first dielectric material; and - a fourth conductive plate electrically connected to the third terminal (46; 126) and facing the second conductive plate at a second distance, thereby forming a second gap filled with a second dielectric material, wherein the first distance is different from the second distance. - a set of terminals comprising at least a first terminal (6; 106), a second terminal (26; 105) and a third terminal (46; 126); - a conductive structure (2; 102) comprising a first conductive plate and a second conductive plate, the first conductive plate and the second conductive plate being electrically connected to the first terminal (6; 106); - a third conductive plate electrically connected to the second terminal (26; 105) and facing the first conductive plate at a first distance, thereby forming a first gap filled with a first dielectric material; and - a fourth conductive plate electrically connected to the third terminal (46; 126) and facing the second conductive plate at a second distance, thereby forming a second gap filled with a second dielectric material,
A food product comprising (a) a casing made of a mono- or multilayered film of which at least one layer comprises a film-forming synthetic polymer, the casing having water vapor permeability of not more than 10 g/m 2 ·d, measured according to DIN 53122 at 38 °C and 100% relative humidity, and (b) a filling comprising animal, fungal or plant protein and a methylcellulose having anhydroglucose units joined by 1-4 linkages wherein hydroxy groups of anhydroglucose units are substituted with methyl groups such that s23/s26 is from 0.10 to 0.24, wherein s23 is the molar fraction of anhydroglucose units wherein only the two hydroxy groups in the 2- and 3-positions of the anhydroglucose unit are substituted with methyl groups and wherein s26 is the molar fraction of anhydroglucose units wherein only the two hydroxy groups in the 2- and 6-positions of the anhydroglucose unit are substituted with methyl groups. (a) a casing made of a mono- or multilayered film of which at least one layer comprises a film-forming synthetic polymer, the casing having water vapor permeability of not more than 10 g/m 2 ·d, measured according to DIN 53122 at 38 °C and 100% relative humidity, and (b) a filling comprising animal, fungal or plant protein and a methylcellulose having anhydroglucose units joined by 1-4 linkages wherein hydroxy groups of anhydroglucose units are substituted with methyl groups such that s23/s26 is from 0.10 to 0.24,
A ceramic honeycomb filter comprising a ceramic honeycomb structure having pluralities of flow paths partitioned by porous cell walls made of a material comprising cordierite as a main crystal, and plugs formed in predetermined flow paths of said ceramic honeycomb structure; said plugs comprising ceramic particles and an amorphous oxide matrix existing between said ceramic particles, and being formed in a checkerboard pattern; said amorphous oxide matrix being 5 to 20 parts by mass per 100 parts by mass of said ceramic particles; and in a cross section of said plug including the center axis of said flow path, a ratio A1/A2 meeting the relation of 1/2 ≤ A1/A2 ≤ 2, wherein A1 represents an area ratio of said amorphous oxide matrix in a longitudinal range of 1/3 x t from one end, A2 represents an area ratio of said amorphous oxide matrix in a longitudinal range of 1/3 x t from the other end, and t represents the length of said plug in a direction perpendicular to the longitudinal direction of said plug.
An optical waveguide substrate (12; 12A; 12B) comprising a ridge portion formed on a surface of a ferroelectric layer comprising a ferroelectric material and protrusions provided on both sides of said ridge portion, wherein a three-dimensional optical waveguide is provided in said ridge portion, wherein inner grooves are formed between said ridge portion and said protrusions, respectively, wherein each of said inner grooves has a depth of 1.0 μ m or larger, characterised in that outer grooves are formed outside said protrusions, respectively, with respect to said ridge portion, wherein said outer grooves are deeper than said inner grooves, wherein a difference of a depth of each of said outer grooves and said depth of each of said inner grooves is 0.1 μm or larger, and wherein said inner grooves, said protrusions and said outer grooves function to prevent horizontal leakage of propagating light from said three-dimensional optical waveguide. wherein a three-dimensional optical waveguide is provided in said ridge portion, wherein inner grooves are formed between said ridge portion and said protrusions, respectively, wherein each of said inner grooves has a depth of 1.0 μ m or larger, characterised in that outer grooves are formed outside said protrusions, respectively, with respect to said ridge portion, wherein said outer grooves are deeper than said inner grooves, wherein a difference of a depth of each of said outer grooves and said depth of each of said inner grooves is 0.1 μm or larger, and wherein said inner grooves, said protrusions and said outer grooves function to prevent horizontal leakage of propagating light from said three-dimensional optical waveguide.
Coffee machine containing an apparatus for removing coffee foam from coffee liquid, comprising a container with a container interior, which is delimited by a peripheral container wall and a container bottom, with an inflow, which is arranged above the container bottom and via which the container interior is fillable with coffee liquid, and with a liquid outflow, which is arranged at the base of the container bottom and from which the coffee liquid freed of coffee foam is dischargeable from the container interior, characterized in that the container bottom runs together in a funnel-like manner towards the liquid outflow and has a multiplicity of peripheral steps arranged one above the other in a terrace-like manner and having in each case a peripheral step face and a standing step wall, arranged at an angle (α) thereto, which adjoin one another at a step edge.
Device for contacting an immobilized reaction partner with at least one liquid, comprising a trough having a base from which at least one elevation having an upper side projects into the interior of the trough, wherein the at least one elevation has a channel which runs from the base of the trough to the upper side of the elevation, preferably perpendicularly to the base of the trough, and opens into at least one escape opening on the upper side of the elevation, wherein the channel is fed from at least one liquid reservoir containing the at least one liquid via a feed element by means of a pumping device, a holding device configured to detachably hold at least one object carrier having at least one adhesion surface containing the immobilized reaction partner, such that the adhesion surface is facing the interior of the trough, and that the upper side of the elevation and the adhesion surface are positioned relative to one another such that liquid escaping from the escape opening is in contact with the immobilized reagent, wherein the device comprises at least one object carrier inserted into the holding device, wherein the upper side of the elevation and the adhesion surface are arranged in parallel to one another, and wherein the object carrier has at least two adhesion surfaces separated from one another or the holding device is provided as a separate part which is equipped to accommodate and to hold at least two object carriers, characterized in that the device has two or more elevations and accordingly two or more corresponding adhesion surfaces in the one trough, and in that these are shaped and situated at a sufficient distance from one another such that the liquid introduced through the elevations does not come into contact with adhesion surfaces which are opposite adjacent elevations.
A battery pack comprising: an electrode assembly comprising: a first electrode plate having a plurality of first electrode tabs extending and protruding from the first electrode plate; a second electrode plate having a plurality of second electrode tabs extending and protruding from the second electrode plate; and a separator between the first electrode plate and the second electrode plate, wherein the first electrode plate further comprises a first protection layer on a surface of each of the plurality of first electrode tabs; a first electrode terminal electrically connected to the plurality of first electrode tabs of the electrode assembly; a second electrode terminal electrically connected to the plurality of second electrode tabs of the electrode assembly; a case accommodating the electrode assembly and having a top opening; and a cap plate sealing the top opening of the case and exposing the first electrode terminal and the second electrode terminal to the outside of the cap plate, characterized by an insulation spacer interposed between the electrode assembly and the cap plate. an electrode assembly comprising: a first electrode plate having a plurality of first electrode tabs extending and protruding from the first electrode plate; a second electrode plate having a plurality of second electrode tabs extending and protruding from the second electrode plate; and a separator between the first electrode plate and the second electrode plate, wherein the first electrode plate further comprises a first protection layer on a surface of each of the plurality of first electrode tabs; a first electrode plate having a plurality of first electrode tabs extending and protruding from the first electrode plate; a second electrode plate having a plurality of second electrode tabs extending and protruding from the second electrode plate; and a separator between the first electrode plate and the second electrode plate, wherein the first electrode plate further comprises a first protection layer on a surface of each of the plurality of first electrode tabs; a first electrode terminal electrically connected to the plurality of first electrode tabs of the electrode assembly; a second electrode terminal electrically connected to the plurality of second electrode tabs of the electrode assembly; a case accommodating the electrode assembly and having a top opening; and a cap plate sealing the top opening of the case and exposing the first electrode terminal and the second electrode terminal to the outside of the cap plate, characterized by an insulation spacer interposed between the electrode assembly and the cap plate.
Ofatumumab for use in the treatment of multiple sclerosis, wherein a) ofatumumab is administered to a patient in need thereof during a loading dose regimen comprising administering 20 mg ofatumumab at day 1, day 7 and day 14 of the dosage regimen; and b) ofatumumab is administered to a patient in need thereof during a maintenance dose regimen comprising administering 20 mg ofatumumab starting at week four of the dosage regimen and continuing thereafter every four weeks for the duration of the treatment protocol. a) ofatumumab is administered to a patient in need thereof during a loading dose regimen comprising administering 20 mg ofatumumab at day 1, day 7 and day 14 of the dosage regimen; and b) ofatumumab is administered to a patient in need thereof during a maintenance dose regimen comprising administering 20 mg ofatumumab starting at week four of the dosage regimen and continuing thereafter every four weeks for the duration of the treatment protocol.