mhurhangee/ep-ind-claims huggingface dataset:
A printer comprising: feeding means configured to feed a print medium along a medium feed path; printing means disposed to oppose the feeding means in the medium feed path, the printing means being configured to print on the print medium fed along the medium feed path; and pressing means configured to press the printing means onto the feeding means in a state where the print medium is nipped between the printing means and the feeding means, characterized in that the pressing means includes: a pressing-force adjustment portion disposed at an upstream side in a feed direction of the print medium with respect to a printing portion of the printing means, the pressing-force adjustment portion adjusting a pressing force on the printing means; and a pressing member disposed between the pressing-force adjustment portion and the printing means in a state where the pressing member is connected to a pressing portion of the pressing-force adjustment portion and the printing portion of the printing means, such that the pressing force is transmitted from the pressing-force adjustment portion to the printing portion through a tip end of the pressing member. feeding means configured to feed a print medium along a medium feed path; printing means disposed to oppose the feeding means in the medium feed path, the printing means being configured to print on the print medium fed along the medium feed path; and pressing means configured to press the printing means onto the feeding means in a state where the print medium is nipped between the printing means and the feeding means, characterized in that the pressing means includes: a pressing-force adjustment portion disposed at an upstream side in a feed direction of the print medium with respect to a printing portion of the printing means, the pressing-force adjustment portion adjusting a pressing force on the printing means; and a pressing member disposed between the pressing-force adjustment portion and the printing means in a state where the pressing member is connected to a pressing portion of the pressing-force adjustment portion and the printing portion of the printing means, such that the pressing force is transmitted from the pressing-force adjustment portion to the printing portion through a tip end of the pressing member. a pressing-force adjustment portion disposed at an upstream side in a feed direction of the print medium with respect to a printing portion of the printing means, the pressing-force adjustment portion adjusting a pressing force on the printing means; and a pressing member disposed between the pressing-force adjustment portion and the printing means in a state where the pressing member is connected to a pressing portion of the pressing-force adjustment portion and the printing portion of the printing means, such that the pressing force is transmitted from the pressing-force adjustment portion to the printing portion through a tip end of the pressing member.
A method for producing of a protein of interest in a yeast host cell that is modified to comprise within one or more expression cassettes heterologous nucleic acid molecules encoding helper factors and a gene of interest encoding the POI, wherein: a) a first helper factor comprises at least 90% sequence identity to SEQ ID NO:1; b) a second helper factor comprises at least 90% sequence identity to SEQ ID NO:3; and c) a third helper factor comprises at least 90% sequence identity to SEQ ID NO:5; which method comprises (i) culturing said host cell in a culture medium under conditions to co-express said heterologous nucleic acid molecules and to secrete said POI into the host cell culture; and (ii) recovering the POI from the host cell culture. a) a first helper factor comprises at least 90% sequence identity to SEQ ID NO:1; b) a second helper factor comprises at least 90% sequence identity to SEQ ID NO:3; and c) a third helper factor comprises at least 90% sequence identity to SEQ ID NO:5; (i) culturing said host cell in a culture medium under conditions to co-express said heterologous nucleic acid molecules and to secrete said POI into the host cell culture; and (ii) recovering the POI from the host cell culture.
A resin molding apparatus that resin-molds an object to be molded, comprising: a molding unit including a mold, wherein the mold is configured to perform resin molding; characterized by a transporting mechanism that is configured to reciprocate linearly in each of three orthogonal axial directions; a loader kit that is detachably attached to the transporting mechanism; and an unloader kit that is detachably attached to the transporting mechanism, wherein the transporting mechanism and the loader kit are configured such that, in a state in which the unloader kit is not attached to the transporting mechanism and the loader kit is attached to the transporting mechanism, the object to be molded is loaded into the molding unit by the transporting mechanism and the loader kit, wherein the transporting mechanism and the unloader kit are configured such that, in a state in which the loader kit is not attached to the transporting mechanism and the unloader kit is attached to the transporting mechanism, after the object to be molded is molded in the molding unit to form a molded object, the molded object is unloaded from the molding unit by the transporting mechanism and the unloader kit. a transporting mechanism that is configured to reciprocate linearly in each of three orthogonal axial directions; a loader kit that is detachably attached to the transporting mechanism; and an unloader kit that is detachably attached to the transporting mechanism, wherein the transporting mechanism and the loader kit are configured such that, in a state in which the unloader kit is not attached to the transporting mechanism and the loader kit is attached to the transporting mechanism, the object to be molded is loaded into the molding unit by the transporting mechanism and the loader kit, wherein the transporting mechanism and the unloader kit are configured such that, in a state in which the loader kit is not attached to the transporting mechanism and the unloader kit is attached to the transporting mechanism, after the object to be molded is molded in the molding unit to form a molded object, the molded object is unloaded from the molding unit by the transporting mechanism and the unloader kit.
A method for isolating a target nucleic acid including small target nucleic acids having a length of less than 500 nucleotides from a sample, wherein the target nucleic acid comprises or consists of small target nucleic acids, said method comprising at least the following steps a) binding at least a portion of the target nucleic acid including small target nucleic acids to a nucleic acid binding solid phase comprised in a column by passing the sample through said column so that the target nucleic acid including small target nucleic acids is bound to the nucleic acid binding solid phase comprised in the column, b) performing an enzymatic and/or chemical treatment on the nucleic acid binding solid phase while the target nucleic acid including small target nucleic acids is bound to said solid phase, c) collecting at least a portion of the small target nucleic acids released from the solid phase during said treatment of step b) as flow-through, d) contacting said flow-through which comprises small target nucleic acids mixed with a recovery solution with a nucleic acid binding solid phase for binding the contained small target nucleic acids to said nucleic acid binding solid phase, e) performing an elution. a) binding at least a portion of the target nucleic acid including small target nucleic acids to a nucleic acid binding solid phase comprised in a column by passing the sample through said column so that the target nucleic acid including small target nucleic acids is bound to the nucleic acid binding solid phase comprised in the column, b) performing an enzymatic and/or chemical treatment on the nucleic acid binding solid phase while the target nucleic acid including small target nucleic acids is bound to said solid phase, c) collecting at least a portion of the small target nucleic acids released from the solid phase during said treatment of step b) as flow-through, d) contacting said flow-through which comprises small target nucleic acids mixed with a recovery solution with a nucleic acid binding solid phase for binding the contained small target nucleic acids to said nucleic acid binding solid phase, e) performing an elution.
A terminal apparatus for use in a wireless communication system capable of aggregating a plurality of carriers including a component carrier and an additional carrier accessible by listen before talk approach, the terminal apparatus comprising: circuitry, said circuitry comprising search space monitoring, transmission, reception and configuration units (1810, 1820, 1830, 1840), which, in operation, monitors a search space on the component carrier and detects a downlink control information, DCI, in the monitored search space, wherein the monitored search space includes a subset of resources associated with the component carrier and not associated with the additional carrier and wherein the detected DCI includes a carrier identification field, CIF, indicating the additional carrier, sets a transmission configuration for the terminal apparatus according to configuration information in the detected DCI, performs uplink transmission on the additional carrier when the detected DCI contains information related to the uplink transmission for said additional carrier indicated by said CIF, and discards information related to downlink transmission when the detected DCI contains information related to the downlink transmission for said additional carrier indicated by said CIF. circuitry, said circuitry comprising search space monitoring, transmission, reception and configuration units (1810, 1820, 1830, 1840), which, in operation, monitors a search space on the component carrier and detects a downlink control information, DCI, in the monitored search space, wherein the monitored search space includes a subset of resources associated with the component carrier and not associated with the additional carrier and wherein the detected DCI includes a carrier identification field, CIF, indicating the additional carrier, sets a transmission configuration for the terminal apparatus according to configuration information in the detected DCI, performs uplink transmission on the additional carrier when the detected DCI contains information related to the uplink transmission for said additional carrier indicated by said CIF, and discards information related to downlink transmission when the detected DCI contains information related to the downlink transmission for said additional carrier indicated by said CIF.
A signal information processing device for a vehicle that processes signal information containing information on a state of a traffic light (11, 12), the signal information processing device comprising: a signal information estimating section which is configured to obtain signal information corresponding to a first traffic light, also to obtain information on a driving environment for a vehicle corresponding to a second traffic light that is installed at a different location from the first traffic light, and to estimate signal information on the second traffic light through a calculation based on the signal information corresponding to the first traffic light and the obtained information on the driving environment for the vehicle, characterized in that, the signal information estimating section is configured to obtain information on a location where the passing of the vehicle in the travel direction is promoted or is inhibited as the driving environment for the vehicle corresponding to the second traffic light, the signal information estimating section is configured to estimate an instruction period at which the second traffic light instructs the vehicle to move forward or to stop as the signal information on the second traffic light. a signal information estimating section which is configured to obtain signal information corresponding to a first traffic light, also to obtain information on a driving environment for a vehicle corresponding to a second traffic light that is installed at a different location from the first traffic light, and to estimate signal information on the second traffic light through a calculation based on the signal information corresponding to the first traffic light and the obtained information on the driving environment for the vehicle, characterized in that, the signal information estimating section is configured to obtain information on a location where the passing of the vehicle in the travel direction is promoted or is inhibited as the driving environment for the vehicle corresponding to the second traffic light, the signal information estimating section is configured to estimate an instruction period at which the second traffic light instructs the vehicle to move forward or to stop as the signal information on the second traffic light.
Method for operating a hand-guided working implement with an internal combustion engine driving at least one tool of the working implement via a centrifugal clutch, wherein the centrifugal clutch engages in an engagement speed range (n K) between a bottom engagement speed (n u) and a top engagement speed (n o), wherein the internal combustion engine comprises a fuel supply device, an ignition device, a control device and means for detecting the speed (n) of the internal combustion engine, and wherein the speed progression of the internal combustion engine is monitored in the engagement speed range (n K), characterised in that the power output for driving the tool is increased from an operating power (P 1) to an increased power (P 2, P 3) if the speed progression corresponds to a preset speed progression over a preset period of time (Δt).
A device (1; 11, 12) for pressurization and supply consisting of a mechanical charge and discharge device comprising of two sides, wherein pistons between both sides having different diameters are provided, a large diameter side stores an operative gas, a small diameter side stores a raw fluid until the pressurization and supply complete, and a raw fluid vessel (7; 71) for permanent storage set to the small diameter side, an operative gas storage vessel (4; 41) for permanent storage set to the large diameter side, and an evaporator as well as a heat exchanger (2; 21, 22) with a heat source, both of which are on the flow line connecting the small diameter side with the large diameter side, the device being configured to, via the operative gas manufactured from the operative gas raw fluid, increase the pressure of the raw fluid by the operative gas itself manufactured through both the evaporator and the heat exchanger (2; 21, 22); and supply the raw fluid with increased pressure to the heat exchanger (2; 21, 22).
A mechanical pencil arranged to grasp and release a writing lead by reciprocation of a chuck provided in a body cylinder so as to inch said writing lead forward, having a rotational drive mechanism for rotationally driving a rotor in one direction in conjunction with retreat operation of the writing lead into the body cylinder by the writing pressure applied to said writing lead and forward movement of the writing lead from the body cylinder by releasing the writing pressure, and arranged to transmit rotational motion of said rotor to said writing lead, further comprising an additional component, said additional component being arranged to be rotationally driven in conjunction with the rotational motion of said rotor, and said additional component is provided with a display means for displaying a rotation state of said additional component, characterized in that said additional component is arranged at either end of said body cylinder.
A composite flame retardant, comprising a flame retardant component comprising a complex formed by phosphine oxide and transition metal salt, and an inorganic flame retardant component; wherein said phosphine oxide has the following molecular structural formula: wherein, R 1, R 2 and R 3 are identical to or different from one another, and are each independently selected from C 1 -C 18 straight chain alkyl, C 3 -C 18 branched alkyl, C 1 -C 18 straight chain alkoxy, C 3 -C 18 branched alkoxy, C 6 -C 20 substituted or unsubstituted aryl, and C 6 -C 20 substituted or unsubstituted aryloxy; wherein the weight ratio of said complex to said inorganic flame retardant component is: 1, and wherein said inorganic flame retardant component is selected from group IIA and IIIA metal hydroxides. a flame retardant component comprising a complex formed by phosphine oxide and transition metal salt, and an inorganic flame retardant component; wherein said phosphine oxide has the following molecular structural formula: wherein, R 1, R 2 and R 3 are identical to or different from one another, and are each independently selected from C 1 -C 18 straight chain alkyl, C 3 -C 18 branched alkyl, C 1 -C 18 straight chain alkoxy, C 3 -C 18 branched alkoxy, C 6 -C 20 substituted or unsubstituted aryl, and C 6 -C 20 substituted or unsubstituted aryloxy; wherein the weight ratio of said complex to said inorganic flame retardant component is: 1, and wherein said inorganic flame retardant component is selected from group IIA and IIIA metal hydroxides.
A Sox7 protein comprising a sequence having at least 80% sequence identity with the sequence as set forth in SEQ ID NO: 40 or 41, or a Sox17 protein comprising a sequence having at least 80% sequence identity with the sequence as set forth in SEQ ID NO: 42 or 43, the Sox7 or Sox17 protein further comprising an E to K mutation of the glutamic acid located at amino acid 99 in the amino acid sequence encoding the Oct4 protein contact interface of the Sox7 protein or of the glutamic acid located at amino acid 122 in the amino acid sequence encoding the Oct4 protein contact interface of the Sox17 protein, the Sox7 or Sox17 protein comprising the mutation being capable of inducing conversion of a non-pluripotent cell to a pluripotent cell together with Oct4 and at least one of c-myc and Klf4.
A cell selection method for selecting analysis target cells for detecting genomic abnormality of a detection target region in DNA in the analysis target cells, comprising: a sample preparation step of preparing a sample by performing: staining of entirety of nucleus in each of cells by a first fluorescent dye; and hybridization with respect to an evaluation target region in DNA in each cell by an evaluation probe including a second fluorescent dye, the sample including an abnormal cell in which genomic abnormality has occurred at the detection target region and a normal cell in which genomic abnormality has not occurred at the detection target region; a light receiving step of applying light to the sample and receiving fluorescence from the first fluorescent dye and fluorescence from the second fluorescent dye; and a selection step of selecting, as the analysis target cells including the abnormal cell and the normal cell, cells whose intensity of the fluorescence from the first fluorescent dye is correlated with intensity of the fluorescence from the second fluorescent dye, wherein the first fluorescent dye is a dye that emits fluorescence having a first wavelength, and the second fluorescent dye is a dye that emits fluorescence having a second wavelength different from the first wavelength. a sample preparation step of preparing a sample by performing: staining of entirety of nucleus in each of cells by a first fluorescent dye; and hybridization with respect to an evaluation target region in DNA in each cell by an evaluation probe including a second fluorescent dye, the sample including an abnormal cell in which genomic abnormality has occurred at the detection target region and a normal cell in which genomic abnormality has not occurred at the detection target region; a light receiving step of applying light to the sample and receiving fluorescence from the first fluorescent dye and fluorescence from the second fluorescent dye; and a selection step of selecting, as the analysis target cells including the abnormal cell and the normal cell, cells whose intensity of the fluorescence from the first fluorescent dye is correlated with intensity of the fluorescence from the second fluorescent dye, wherein the first fluorescent dye is a dye that emits fluorescence having a first wavelength, and the second fluorescent dye is a dye that emits fluorescence having a second wavelength different from the first wavelength.
A radiation detection means which detects a radiation source and is configured to track the radiation source, comprising a carrier which includes at least one pivotable portion, a receiving unit, a drive and an evaluation and control unit, wherein the receiving unit is arranged on the pivotable portion which together with the receiving unit is pivotable about at least one axis relative to the carrier, wherein the evaluation and control unit is connected with the drive and the receiving unit, and the drive is assigned to the pivotable portion, the carrier being constructed monolithically with the pivotable portion, characterized in that the evaluation and control unit aligns the radiation detection means relative to the radiation source, so that the received radiation intensity of the radiation source is maximized.
A method for improving the foldability by reducing the mechanical resistance of a substrate to be folded in at least one first folding area of the substrate to be folded, wherein the reduction of the mechanical resistance is attained by application of a fluid by means of a printing forme-variable printing device embodied as inkjet printing device, characterized in that in the first folding area, the fluid is applied by means of at least one printing ink via the inkjet printing device.