mhurhangee/ep-ind-claims huggingface dataset:
A vial rubber stopper comprising: a cap portion having a flange; a piercing area formed to have a recess at a top surface of the cap portion and configured to traverse longitudinally said cap portion from said recess to a bottom surface of the cap portion in an axial direction; and a leg portion formed on the bottom surface of said cap portion in a way of extending downward and located outside the piercing area with respect to an axial center of said cap portion, said piercing area being formed of rubber having rubber hardness from 20 to 35, and characterised in that the vial rubber stopper, excluding the top surface other than said recess and said flange of said cap portion, is formed of rubber having rubber hardness from 20 to 35 and the top surface other than said recess of said cap portion being formed of rubber having rubber hardness from 58 to 90, wherein the rubber hardness is measured using a micro rubber hardness gauge MD-1 capa. a cap portion having a flange; a piercing area formed to have a recess at a top surface of the cap portion and configured to traverse longitudinally said cap portion from said recess to a bottom surface of the cap portion in an axial direction; and a leg portion formed on the bottom surface of said cap portion in a way of extending downward and located outside the piercing area with respect to an axial center of said cap portion, said piercing area being formed of rubber having rubber hardness from 20 to 35, and characterised in that the vial rubber stopper, excluding the top surface other than said recess and said flange of said cap portion, is formed of rubber having rubber hardness from 20 to 35 and the top surface other than said recess of said cap portion being formed of rubber having rubber hardness from 58 to 90, wherein the rubber hardness is measured using a micro rubber hardness gauge MD-1 capa.
A method of manufacturing a masterbatch comprising: receiving powder material, which comprises waste toner powder and a binder material in solution in high shear mixer and mixing; performing a high shear mixing process at least until micro granules begin forming in the powder binder mixture; retaining the mixture in the high shear mixer for a period of time to allow granule growth; drying the granules; wherein a vessel temperature of the high shear mixer is set to be no more than the melting point of the input powder material, and wherein the waste toner powder material is sieved before performing high shear mixing to remove at least developer from the powder. receiving powder material, which comprises waste toner powder and a binder material in solution in high shear mixer and mixing; performing a high shear mixing process at least until micro granules begin forming in the powder binder mixture; retaining the mixture in the high shear mixer for a period of time to allow granule growth; drying the granules; wherein a vessel temperature of the high shear mixer is set to be no more than the melting point of the input powder material, and wherein the waste toner powder material is sieved before performing high shear mixing to remove at least developer from the powder.
A kimono which comprises: a collar belt member having first joint members on both ends, a bodice belt member arranged almost-parallel to the collar belt member and having both ends constituted so as to be connectable, a longitudinal member connected to a nearly-middle portion of the collar belt member and a nearly-middle portion of the bodice belt member, the kimono is characterized in that it comprises: a second joint member placed on at least one end of the bodice belt member and constituted so as to be connectable with the first joint member, and a main panel part having an opening area along the outer periphery of the circular collar belt member formed by connecting the first joint member with the second joint member. a collar belt member having first joint members on both ends, a bodice belt member arranged almost-parallel to the collar belt member and having both ends constituted so as to be connectable, a longitudinal member connected to a nearly-middle portion of the collar belt member and a nearly-middle portion of the bodice belt member, the kimono is characterized in that it comprises: a second joint member placed on at least one end of the bodice belt member and constituted so as to be connectable with the first joint member, and a second joint member placed on at least one end of the bodice belt member and constituted so as to be connectable with the first joint member, and a main panel part having an opening area along the outer periphery of the circular collar belt member formed by connecting the first joint member with the second joint member.
A toner cartridge for use in an image forming device, comprising: a body having a reservoir for storing toner, the body having an outlet port in fluid communication with the reservoir for exiting toner from the reservoir; a shutter positioned at the outlet port that is slidable between a closed position blocking the outlet port and an open position unblocking the outlet port; characterized by the toner cartridge further comprising a shutter lock configured to prevent the shutter from opening unless the toner cartridge is installed in the image forming device, the shutter lock including a resiliently deflectable wire having a bend formed therein, a portion of the wire on one side of the bend forms a locking arm and a portion of the wire on the other side of the bend forms a bias arm, the locking arm includes a blocking surface and is movable between a locked position where the blocking surface blocks the shutter from moving from the closed position to the open position and an unlocked position where the blocking surface is clear from a sliding path of the shutter permitting the shutter to move from the closed position to the open position, the locking arm is biased by the bias arm toward the locked position. a body having a reservoir for storing toner, the body having an outlet port in fluid communication with the reservoir for exiting toner from the reservoir; a shutter positioned at the outlet port that is slidable between a closed position blocking the outlet port and an open position unblocking the outlet port; characterized by the toner cartridge further comprising a shutter lock configured to prevent the shutter from opening unless the toner cartridge is installed in the image forming device, the shutter lock including a resiliently deflectable wire having a bend formed therein, a portion of the wire on one side of the bend forms a locking arm and a portion of the wire on the other side of the bend forms a bias arm, the locking arm includes a blocking surface and is movable between a locked position where the blocking surface blocks the shutter from moving from the closed position to the open position and an unlocked position where the blocking surface is clear from a sliding path of the shutter permitting the shutter to move from the closed position to the open position, the locking arm is biased by the bias arm toward the locked position.
An etching process characterized by comprising the steps of: forming a photosensitive resin layer of a photosensitive resin composition which comprises at least an acid-modified epoxy acrylate, a photopolymerization initiator, a blocked isocyanate compound, and a filler, on at least one surface of a substrate; exposing and then developing the photosensitive resin layer; baking the photosensitive resin layer; and conducting an etching treatment with an etching solution containing hydrofluoric acid or ammonium fluoride.
A method for wireless communications at a user equipment, UE, comprising: receiving (1505, 1605, 1705) a configuration message indicating that a control resource set for a downlink control channel is associated with a plurality of transmission configuration indicator, TCI, states, wherein receiving (1505, 1605, 1705) the configuration message further comprises: receiving an indication of whether different resource elements of a resource element group in the control resource set are assigned to different demodulation reference signal ports or whether a same resource element of the resource element group is assigned to two different demodulation reference signal ports; identifying (615, 1510, 1610, 1710) an association between resources of the control resource set and the plurality of TCI states based at least in part on a space division multiplexing, SDM, mapping; and decoding (620, 1515, 1620, 1720) the downlink control channel based at least in part on the space division multiplexing, SDM, mapping. receiving (1505, 1605, 1705) a configuration message indicating that a control resource set for a downlink control channel is associated with a plurality of transmission configuration indicator, TCI, states, wherein receiving (1505, 1605, 1705) the configuration message further comprises: receiving an indication of whether different resource elements of a resource element group in the control resource set are assigned to different demodulation reference signal ports or whether a same resource element of the resource element group is assigned to two different demodulation reference signal ports; identifying (615, 1510, 1610, 1710) an association between resources of the control resource set and the plurality of TCI states based at least in part on a space division multiplexing, SDM, mapping; and decoding (620, 1515, 1620, 1720) the downlink control channel based at least in part on the space division multiplexing, SDM, mapping.
A method, comprising: providing: a first fractional initiator probe comprising a first fractional initiator; a second fractional initiator probe comprising a second fractional initiator; a first hairpin monomer, comprising: a first input domain, comprising a first toehold and a first stem section, a first output domain, comprising a first hairpin loop and a complement to the first stem section, and a first hapten molecule; a second hairpin monomer, comprising: a second input domain, comprising a second toehold and a second stem section, a second output domain, comprising a second hairpin loop and a complement to the second stem section, and a second hapten molecule; a target molecule; and incubating the first fractional initiator probe and the second fractional initiator probe with the target. providing: a first fractional initiator probe comprising a first fractional initiator; a second fractional initiator probe comprising a second fractional initiator; a first hairpin monomer, comprising: a first input domain, comprising a first toehold and a first stem section, a first output domain, comprising a first hairpin loop and a complement to the first stem section, and a first hapten molecule; a second hairpin monomer, comprising: a second input domain, comprising a second toehold and a second stem section, a second output domain, comprising a second hairpin loop and a complement to the second stem section, and a second hapten molecule; a target molecule; and a first fractional initiator probe comprising a first fractional initiator; a second fractional initiator probe comprising a second fractional initiator; a first hairpin monomer, comprising: a first input domain, comprising a first toehold and a first stem section, a first output domain, comprising a first hairpin loop and a complement to the first stem section, and a first hapten molecule; a second hairpin monomer, comprising: a second input domain, comprising a second toehold and a second stem section, a second output domain, comprising a second hairpin loop and a complement to the second stem section, and a second hapten molecule; a target molecule; and a first input domain, comprising a first toehold and a first stem section, a first output domain, comprising a first hairpin loop and a complement to the first stem section, and a first hapten molecule; a second hairpin monomer, comprising: a second input domain, comprising a second toehold and a second stem section, a second output domain, comprising a second hairpin loop and a complement to the second stem section, and a second hapten molecule; a target molecule; and a second input domain, comprising a second toehold and a second stem section, a second output domain, comprising a second hairpin loop and a complement to the second stem section, and a second hapten molecule; a target molecule; and incubating the first fractional initiator probe and the second fractional initiator probe with the target.
A method for detection of a target nucleic acid sequence in a sample in the presence of at least one protein capable of binding to single-stranded DNA comprising contacting said sample with at least one oligonucleotide probe comprising a fluorophore, a quencher and a region complementary to said target nucleic acid sequence, wherein the sequence of said oligonucleotide probe comprises at least 20% RNA nucleotides, modified RNA nucleotides and/or PNA nucleotides and wherein at least one said protein capable of binding to single-stranded DNA is a recombinase.
A plant, plant cell, or plant seed comprising a PhyB loss-of-function mutation, and (a) a modified MYC nucleic acid encoding a mutant MYC protein comprising at least one mutation that reduces binding by the mutant MYC protein with more than one j asmonic acid response protein, wherein the at least one mutation of said mutant MYC protein is within or outside of a JAZ-interacting domain polypeptide region, (b) a loss-of-function mutation in more than one gene encoding a protein transcriptional repressor of jasmonic acid response; or (c) a combination of the modified MYC nucleic acid and a loss-of-function mutation in the more than one gene encoding a protein transcriptional repressor of j asmonic acid response, wherein the plant or a plant obtained from the plant cell or seed exhibits robust growth and resistance to environmental stress.
Key duplicating machine, preferably of the professional or semi-professional type, comprising: - a support structure, - a front operational area which is accessible by the operator and which is removably covered and separated, at least partially, from the external environment by means of a covering and/or protection crankcase which is movable with respect to said structure of support, in said front operational area being housed at least one cutter, and/or another cutting element, and at least one terminal for locking a key, - a rear containment area which is covered and separated from the external environment by a casing mechanically fixed to said support structure, - a control and command unit of the various components of said machine, said machine further comprising a mechanism for moving said crankcase for covering and/or protecting the front operational area, said crankcase being configured to be mounted on a fixed structure (10, 7, 8, 6) of said duplicating machine so as to be able to be moved with respect to said fixed structure (10, 7, 8, 6), said mechanism comprising at least one rotating body which is operated in rotation by a motorization unit and which is configured to come into contact and act directly on a portion of said crankcase, or on an integral element to said portion, to thus cause the movement of said crankcase with respect to said fixed structure (10, 7, 8, 6), said motorization unit and said at least one rotating body being positioned within the overall dimensions of said crankcase to be moved. - a support structure, - a front operational area which is accessible by the operator and which is removably covered and separated, at least partially, from the external environment by means of a covering and/or protection crankcase which is movable with respect to said structure of support, in said front operational area being housed at least one cutter, and/or another cutting element, and at least one terminal for locking a key, - a rear containment area which is covered and separated from the external environment by a casing mechanically fixed to said support structure, - a control and command unit of the various components of said machine,
A method for coordinating an execution of an intra-system handover on a user equipment communication device, the method comprising and characterized by: determining on the user equipment communication device the intra-system handover is to be executed on the user equipment communication device, the user equipment communication device being a multiple radio system device; checking a handover status of other radios working on the user equipment communication device; and coordinating the execution of the intra-system handover to determine whether to postpone the execution of the intra-system handover based on the handover status of other radios on the user equipment communication device to ensure there is at least one active radio on the user equipment communication device. determining on the user equipment communication device the intra-system handover is to be executed on the user equipment communication device, the user equipment communication device being a multiple radio system device; checking a handover status of other radios working on the user equipment communication device; and coordinating the execution of the intra-system handover to determine whether to postpone the execution of the intra-system handover based on the handover status of other radios on the user equipment communication device to ensure there is at least one active radio on the user equipment communication device.
A method in a communications receiver for decoding a repeated message sent from a remote transmitter, the method comprising: receiving first encoded bits corresponding to a first instance of the repeated message; demodulating the first encoded bits to obtain first soft bits, each of the first soft bits having a sign value and a magnitude; decoding the first soft bits to obtain first decoded bits; receiving second encoded bits corresponding to a second instance of the repeated message; demodulating the second encoded bits to obtain second soft bits, each of the second soft bits having a sign value and a magnitude; re-encoding the first decoded bits to obtain re-encoded bits, each of the re-encoded bits having either a positive or negative sign value; and determining sign values for modified soft bits corresponding to the encoded message, based on the sign values for the first soft bits, the sign values for the second soft bits, and the sign values for the re-encoded bits. receiving first encoded bits corresponding to a first instance of the repeated message; demodulating the first encoded bits to obtain first soft bits, each of the first soft bits having a sign value and a magnitude; decoding the first soft bits to obtain first decoded bits; receiving second encoded bits corresponding to a second instance of the repeated message; demodulating the second encoded bits to obtain second soft bits, each of the second soft bits having a sign value and a magnitude; re-encoding the first decoded bits to obtain re-encoded bits, each of the re-encoded bits having either a positive or negative sign value; and determining sign values for modified soft bits corresponding to the encoded message, based on the sign values for the first soft bits, the sign values for the second soft bits, and the sign values for the re-encoded bits.
Seat rail cover for a seat rail, the seat rail cover comprising: a first longitudinal section; and a second longitudinal section; wherein the first longitudinal section comprises a first cover element and a first support element; wherein the first support element extends in a longitudinal direction of the seat rail cover and protrudes from the first cover element transversely to the longitudinal direction; wherein the second longitudinal section comprises a second cover element and a second support element; wherein the second support element extends in longitudinal direction and protrudes from the second cover element transversely to the longitudinal direction; wherein the first longitudinal section is movable in longitudinal direction of the seat rail cover with respect to the second longitudinal direction from a non extended state to an extended state characterized in that a longitudinal section of the first support element is spaced apart from the first cover element to form a gap; wherein the second cover element is located in the gap and adapted for moving in longitudinal direction in the gap. a first longitudinal section; and a second longitudinal section; wherein the first longitudinal section comprises a first cover element and a first support element; wherein the first support element extends in a longitudinal direction of the seat rail cover and protrudes from the first cover element transversely to the longitudinal direction; wherein the second longitudinal section comprises a second cover element and a second support element; wherein the second support element extends in longitudinal direction and protrudes from the second cover element transversely to the longitudinal direction; wherein the first longitudinal section is movable in longitudinal direction of the seat rail cover with respect to the second longitudinal direction from a non extended state to an extended state characterized in that a longitudinal section of the first support element is spaced apart from the first cover element to form a gap; wherein the second cover element is located in the gap and adapted for moving in longitudinal direction in the gap.
An information processing apparatus comprising: an image receiving unit configured to receive a picked-up image including a first image displayed on a display monitor and at least a region of a display screen of the display monitor; an object recognition unit configured to recognize the display screen included in the picked-up image and the first image displayed on the display screen; a display control unit configured to display a second image on a display unit, wherein the second image comprises at least a portion of the first image; a communication unit configured to communicate information associated with an alteration to the display monitor; characterized by a switching control unit configured to switch between: a synchronous mode and an asynchronous mode, wherein: in the synchronous mode, the first image is synchronized with the second image such that an alteration made to the second image is included in the first image, and in the asynchronous mode the first image is not synchronized with the second image. an image receiving unit configured to receive a picked-up image including a first image displayed on a display monitor and at least a region of a display screen of the display monitor; an object recognition unit configured to recognize the display screen included in the picked-up image and the first image displayed on the display screen; a display control unit configured to display a second image on a display unit, wherein the second image comprises at least a portion of the first image; a communication unit configured to communicate information associated with an alteration to the display monitor; characterized by a switching control unit configured to switch between: a synchronous mode and an asynchronous mode, wherein: in the synchronous mode, the first image is synchronized with the second image such that an alteration made to the second image is included in the first image, and in the asynchronous mode the first image is not synchronized with the second image. in the synchronous mode, the first image is synchronized with the second image such that an alteration made to the second image is included in the first image, and in the asynchronous mode the first image is not synchronized with the second image.