mhurhangee/ep-ind-claims huggingface dataset:
Signalling system for a motor vehicle, preferably a commercial vehicle, which is configured to take part in a motor vehicle convoy of motor vehicles (102, 104) travelling one behind the other with common longitudinal and/or lateral control, wherein the signalling system is configured to optically indicate in the outer area of the motor vehicle an assignment to at least one further motor vehicle of the motor vehicle convoy, which preferably drives directly in front of and/or behind the motor vehicle in the motor vehicle convoy, wherein a state of common longitudinal and/or lateral control of the motor vehicle convoy is optically indicated, and wherein the signalling system is configured to be in signal connection with at least one component of the motor vehicle, which is configured for common longitudinal and/or lateral control, in order to detect the state to be indicated or the change in state to be indicated, characterised in that the signalling system is also configured to detect from the control unit a state for guiding a merging third-party vehicle and to indicate a range for merging the third-party vehicle between the motor vehicle and the at least one further motor vehicle. wherein the signalling system is configured to optically indicate in the outer area of the motor vehicle an assignment to at least one further motor vehicle of the motor vehicle convoy, which preferably drives directly in front of and/or behind the motor vehicle in the motor vehicle convoy, wherein a state of common longitudinal and/or lateral control of the motor vehicle convoy is optically indicated, and wherein the signalling system is configured to be in signal connection with at least one component of the motor vehicle, which is configured for common longitudinal and/or lateral control, in order to detect the state to be indicated or the change in state to be indicated, characterised in that the signalling system is also configured to detect from the control unit a state for guiding a merging third-party vehicle and to indicate a range for merging the third-party vehicle between the motor vehicle and the at least one further motor vehicle.
A poly(meth)acrylimide film for use in a forgery prevention label, wherein the poly(meth)acrylimide film comprises: from 30.0 wt.-% to 92.5 wt.-% of a poly(meth)acrylimide; from 2.5 wt.-% to 40.0 wt.-% of one or several impact modifiers; from 0.0 wt.-% to 30.0 wt.-% of a polyalkyl(meth)acrylate; from 5.0 wt.-% to 40.0 wt.-% of one or several inorganic fillers; from 0.0 wt.-% to 5.0 wt.-% of one or several UV-absorbers; and from 0.0 wt.-% to 5.0 wt.-% of one or several UV-stabilizers, based on the weight of the poly(meth)acrylimide film; wherein the poly(meth)acrylimide comprises at least 50 wt.-%, preferably at least 60 wt.-%, most preferably at least 70 wt.-%, based on the weight of the poly(meth)acrylimide, of repeating units of Formula in which R 1 and R 2 are independently selected from hydrogen and a methyl group, R 1 and R 2 being preferably represented by a methyl group, and R 3 is hydrogen or a C 1 -C 4 -alkyl group, preferably a methyl group; and wherein the cumulative content of the poly(meth)acrylimide, polyalkyl(meth)acrylate and the impact modifier is from 60.0 wt.-% to 95.0 wt.-%, based on the weight of the poly(meth)acrylimide film; and the content, in wt.-%, of one or several impact modifiers n im in the poly(meth)acrylimide film is described by the following relationship: 0.5 * n f ≤ n im ≤ 1.8 * n f n f being the content, in wt.-%, of one or several inorganic fillers in the poly(meth)acrylimide film. from 30.0 wt.-% to 92.5 wt.-% of a poly(meth)acrylimide; from 2.5 wt.-% to 40.0 wt.-% of one or several impact modifiers; from 0.0 wt.-% to 30.0 wt.-% of a polyalkyl(meth)acrylate; from 5.0 wt.-% to 40.0 wt.-% of one or several inorganic fillers; from 0.0 wt.-% to 5.0 wt.-% of one or several UV-absorbers; and from 0.0 wt.-% to 5.0 wt.-% of one or several UV-stabilizers, based on the weight of the poly(meth)acrylimide film; wherein the poly(meth)acrylimide comprises at least 50 wt.-%, preferably at least 60 wt.-%, most preferably at least 70 wt.-%, based on the weight of the poly(meth)acrylimide, of repeating units of Formula in which R 1 and R 2 are independently selected from hydrogen and a methyl group, R 1 and R 2 being preferably represented by a methyl group, and R 3 is hydrogen or a C 1 -C 4 -alkyl group, preferably a methyl group; and wherein the cumulative content of the poly(meth)acrylimide, polyalkyl(meth)acrylate and the impact modifier is from 60.0 wt.-% to 95.0 wt.-%, based on the weight of the poly(meth)acrylimide film; and the content, in wt.-%, of one or several impact modifiers n im in the poly(meth)acrylimide film is described by the following relationship: 0.5 * n f ≤ n im ≤ 1.8 * n f n f being the content, in wt.-%, of one or several inorganic fillers in the poly(meth)acrylimide film.
Valve actuation system of an internal combustion engine comprising at least one rocker arm hinged on a rocker arm shaft and having a first end (RA') facing at least one valve to be actuated and a second end (RA") adapted to interact with a first actuation cam, the system comprising: - a first additional arm having. a medial part hinged in said first end (RA') of the rocker arm,. a first end (AA') adapted to directly contact said at least one valve,. a second end (AA") opposite to said first end (AA'), - a longitudinal element housed slidably in a respective through seat defined in the rocker arm, wherein said seat has a longitudinal shape, - a second additional arm having a first end (BA') associated with an actuator integral with a fixed part of the internal combustion engine and a second end (BA") adapted to interact with a second actuation cam separate from said first actuation cam, wherein said longitudinal element has a first end in contact with said second end (AA") of the first additional arm and a second end, opposite to the first, adapted to interact with a medial part of the second additional arm in relation to a condition of activation of said actuator. - a first additional arm having. a medial part hinged in said first end (RA') of the rocker arm,. a first end (AA') adapted to directly contact said at least one valve,. a second end (AA") opposite to said first end (AA'),. a medial part hinged in said first end (RA') of the rocker arm,. a first end (AA') adapted to directly contact said at least one valve,. a second end (AA") opposite to said first end (AA'), - a longitudinal element housed slidably in a respective through seat defined in the rocker arm, wherein said seat has a longitudinal shape, - a second additional arm having a first end (BA') associated with an actuator integral with a fixed part of the internal combustion engine and a second end (BA") adapted to interact with a second actuation cam separate from said first actuation cam,
A fluid refill system comprising: · a source bottle; · a refillable travel bottle including a dispenser pump, the travel bottle presenting a capacity that is smaller than the capacity of the source bottle; and · connection means for connecting the two bottles (S, N) together so as to fill the travel bottle with fluid from the source bottle, the connection means including a fluid inlet (Ip) and an air outlet (Oa) for the source bottle, and a fluid outlet (Op) and an air inlet (Ia) for the travel bottle, the connection means defining an internal fluid passage connecting the fluid inlet (Ip) to the fluid outlet (Op), and an internal air passage connecting the air inlet (Ia) to the air outlet (Oa); the fluid refill system being characterized in that the internal fluid passage and the internal air passage are arranged coaxially, the air passage surrounding the fluid passage or vice versa. · a source bottle; · a refillable travel bottle including a dispenser pump, the travel bottle presenting a capacity that is smaller than the capacity of the source bottle; and · connection means for connecting the two bottles (S, N) together so as to fill the travel bottle with fluid from the source bottle, the connection means including a fluid inlet (Ip) and an air outlet (Oa) for the source bottle, and a fluid outlet (Op) and an air inlet (Ia) for the travel bottle, the connection means defining an internal fluid passage connecting the fluid inlet (Ip) to the fluid outlet (Op), and an internal air passage connecting the air inlet (Ia) to the air outlet (Oa); the fluid refill system being characterized in that the internal fluid passage and the internal air passage are arranged coaxially, the air passage surrounding the fluid passage or vice versa.
A drill pipe for oil and gas drilling through a hole section, comprising: a first tool joint with a threaded portion, said first tool joint having a first tool joint outer diameter, a second tool joint with a threaded portion, said second tool joint having a second tool joint outer diameter, a main portion between the first and second tool joints, said main portion having a main portion outer diameter, wherein the main portion outer diameter is smaller than the first tool joint outer diameter and smaller than the second tool joint outer diameter, and characterized in that the main portion outer diameter is greater than 104.775 mm (4 1/8") but smaller than 111.125 mm (4 3/8"). a first tool joint with a threaded portion, said first tool joint having a first tool joint outer diameter, a second tool joint with a threaded portion, said second tool joint having a second tool joint outer diameter, a main portion between the first and second tool joints, said main portion having a main portion outer diameter, wherein the main portion outer diameter is smaller than the first tool joint outer diameter and smaller than the second tool joint outer diameter, and
An in vitro method for predicting non-small cell lung carcinoma prognosis in a subject comprising detecting nucleic acid hypermethylation of H-cadherin and one or more additional genes selected from the group consisting of APC and RASSF1A in one or more tumor tissue or lymph node samples from the subject, wherein detecting nucleic acid hypermethylation in the primary tumor, and optionally in the lymph node, identifies significantly reduced median survival time.
A method for operating multiple objects on a pressure-sensitive touchscreen that is configured to detect pressure and location of a user touch input, the method comprising: classifying the detected pressure into at least two pressure levels; displaying (301, 401) the multiple objects on the pressure-sensitive touch screen, wherein the multiple objects are grouped into different groups; and detecting (302, 402) pressure and location of a user touch input on the pressure-sensitive touchscreen; characterized in that the method comprises: selecting (303, 403) a first group of objects to be operated among the different groups of the multiple objects according to the detected pressure and the classified at least two pressure levels, determining (304, 404) a first operation among at least two different operations according to the detected location of the user touch input on the pressure-sensitive touchscreen, wherein a different operation of the at least two operations is selected by a touch input operation at a corresponding different particular location on the touch-sensitive touchscreen; and performing (305, 407) the determined first operation on the selected first group of objects. classifying the detected pressure into at least two pressure levels; displaying (301, 401) the multiple objects on the pressure-sensitive touch screen, wherein the multiple objects are grouped into different groups; and detecting (302, 402) pressure and location of a user touch input on the pressure-sensitive touchscreen; characterized in that the method comprises: selecting (303, 403) a first group of objects to be operated among the different groups of the multiple objects according to the detected pressure and the classified at least two pressure levels, determining (304, 404) a first operation among at least two different operations according to the detected location of the user touch input on the pressure-sensitive touchscreen, wherein a different operation of the at least two operations is selected by a touch input operation at a corresponding different particular location on the touch-sensitive touchscreen; and performing (305, 407) the determined first operation on the selected first group of objects. selecting (303, 403) a first group of objects to be operated among the different groups of the multiple objects according to the detected pressure and the classified at least two pressure levels, determining (304, 404) a first operation among at least two different operations according to the detected location of the user touch input on the pressure-sensitive touchscreen, wherein a different operation of the at least two operations is selected by a touch input operation at a corresponding different particular location on the touch-sensitive touchscreen; and performing (305, 407) the determined first operation on the selected first group of objects.
A method of encapsulating genetic material within a hydrogel bead comprising: mixing a cell with a hydrogel polymer in solution, wherein the hydrogel polymer comprises PEG-thiol/PEG-acrylate or PEG/polypropylene oxide; mixing the solution with an immiscible fluid to form a hydrogel bead encapsulating the cell; and contacting the hydrogel bead with a lysis buffer to lyse the cell within the bead to release genetic material from the cell; wherein the hydrogel bead comprises pores that allow diffusion of reagents in and out of the hydrogel bead while retaining the genetic material, and wherein the reagent comprises enzymes, chemicals, and primers having a size of less than 50 base pairs. mixing a cell with a hydrogel polymer in solution, wherein the hydrogel polymer comprises PEG-thiol/PEG-acrylate or PEG/polypropylene oxide; mixing the solution with an immiscible fluid to form a hydrogel bead encapsulating the cell; and contacting the hydrogel bead with a lysis buffer to lyse the cell within the bead to release genetic material from the cell;
An arc welding apparatus (A1, A2), comprising: a welding torch a welding-condition acquiring unit configured to acquire a welding condition; a heat-input calculating unit configured to calculate a required heat input corresponding to the welding condition; a frequency setting unit configured to set a frequency for a short circuit condition and an arc condition corresponding to the required heat input; wherein a smaller frequency for a short circuit condition and an arc condition corresponds to an increase in the required heat input; a driving unit configured to repeatedly perform a process at the frequency, the process including advancing and retreating a welding consumable with respect to a workpiece to generate the short circuit condition and the arc condition; and a welding power supply including a primary rectifier circuit, a switching circuit, a transformer, a secondary rectifier circuit, a cut-off circuit, a reactor, an ammeter, a voltmeter, a welding controller, and a storage, wherein the welding power supply is configured to supply the electric power for welding to the welding torch and the workpiece. a welding torch a welding-condition acquiring unit configured to acquire a welding condition; a heat-input calculating unit configured to calculate a required heat input corresponding to the welding condition; a frequency setting unit configured to set a frequency for a short circuit condition and an arc condition corresponding to the required heat input; wherein a smaller frequency for a short circuit condition and an arc condition corresponds to an increase in the required heat input; a driving unit configured to repeatedly perform a process at the frequency, the process including advancing and retreating a welding consumable with respect to a workpiece to generate the short circuit condition and the arc condition; and a welding power supply including a primary rectifier circuit, a switching circuit, a transformer, a secondary rectifier circuit, a cut-off circuit, a reactor, an ammeter, a voltmeter, a welding controller, and a storage, wherein the welding power supply is configured to supply the electric power for welding to the welding torch and the workpiece.
A battery device for an electronic cigarette that comprises an atomizing device, the battery device comprising: a liquid storing assembly, a housing with an accommodating inner cavity, and a power supply assembly disposed in the accommodating inner cavity, wherein the liquid storing assembly comprises a liquid storing base and a liquid storing tube, characterised in that the liquid storing base comprises a fixed end and an open end opposite to the fixed end, the fixed end is disposed to be fixedly connected within the accommodating inner cavity, the open end extends out of the accommodating inner cavity, and a bottom end of the liquid storing tube is pluggably sleeved on the open end, an end of the atomizing device is allowed to be inserted from a top end of the liquid storing tube into the liquid storing tube and be detachably connected to the open end.
Apparatus for gas enrichment of a liquid, the apparatus comprising: - a refillable liquid tank having a tank liquid outlet, - a gas supply port, - a gas reservoir connectable to a tank gas outlet of the liquid tank, and - an inline mixer unit having a liquid inlet connectable with the tank liquid outlet, a mixer gas inlet connectable with a gas supply port and an gas enriched liquid outlet for dispensing gas enriched liquid, wherein the liquid tank further comprises a tank gas inlet connectable to the gas supply port, and wherein the gas reservoir comprises a reservoir gas outlet connectable to the mixer gas inlet and/or to a further mixer gas inlet. - a refillable liquid tank having a tank liquid outlet, - a gas supply port, - a gas reservoir connectable to a tank gas outlet of the liquid tank, and - an inline mixer unit having a liquid inlet connectable with the tank liquid outlet, a mixer gas inlet connectable with a gas supply port and an gas enriched liquid outlet for dispensing gas enriched liquid, wherein the liquid tank further comprises a tank gas inlet connectable to the gas supply port, and wherein the gas reservoir comprises a reservoir gas outlet connectable to the mixer gas inlet and/or to a further mixer gas inlet.
A method of making an attenuated viral genome comprising: a) obtaining the nucleotide sequence of a protein-encoding region of a parent virus; b) rearranging the codons of all or part of the nucleotide sequence to obtain a modified virus protein-encoding sequence that i) encodes the same amino acid sequence as the protein-encoding region of the parent virus, and ii) has a reduced codon pair bias compared to the coding region of the parent virus; wherein the codon pair bias is calculated by the following formula CPB = ∑ i = 1 k CPSi k − 1 for a sequence k amino acids in length, with CPS representing the codon pair score; wherein the rearranged codons in the modified virus protein-encoding sequence provide a codon pair bias which is reduced by at least 0.1 compared to the codon pair bias of the parent virus protein-encoding sequence, wherein the CPB is calculated relative to the codon pair scores of a human host; and c) substituting all or part of the modified virus protein-encoding sequence into the sequence of the parent virus. a) obtaining the nucleotide sequence of a protein-encoding region of a parent virus; b) rearranging the codons of all or part of the nucleotide sequence to obtain a modified virus protein-encoding sequence that i) encodes the same amino acid sequence as the protein-encoding region of the parent virus, and ii) has a reduced codon pair bias compared to the coding region of the parent virus; wherein the codon pair bias is calculated by the following formula CPB = ∑ i = 1 k CPSi k − 1 for a sequence k amino acids in length, with CPS representing the codon pair score; wherein the rearranged codons in the modified virus protein-encoding sequence provide a codon pair bias which is reduced by at least 0.1 compared to the codon pair bias of the parent virus protein-encoding sequence, wherein the CPB is calculated relative to the codon pair scores of a human host; and i) encodes the same amino acid sequence as the protein-encoding region of the parent virus, and ii) has a reduced codon pair bias compared to the coding region of the parent virus; wherein the codon pair bias is calculated by the following formula CPB = ∑ i = 1 k CPSi k − 1 for a sequence k amino acids in length, with CPS representing the codon pair score; wherein the rearranged codons in the modified virus protein-encoding sequence provide a codon pair bias which is reduced by at least 0.1 compared to the codon pair bias of the parent virus protein-encoding sequence, wherein the CPB is calculated relative to the codon pair scores of a human host; and c) substituting all or part of the modified virus protein-encoding sequence into the sequence of the parent virus.
A shaker device comprising at least one motorised member that is intended to transmit by contact a shaking force to objects to be shaken, said member including at least one structural insert (22, 24) that is covered by a distinct wear jacket, characterised in that said structural insert includes a reinforcement included in a matrix that is covered by the jacket, said matrix being based on a plastic material which is of the same chemical nature as the material of the jacket, wherein plastic material is of the same chemical nature if they belong to the same class, i.e., having at least one same repeating chemical group, characteristic for that class, on their main chain, and wherein the material of the matrix adhering to the reinforcement and to the material of the jacket.
A sensor unit comprising: a block having an interior space communicated with an incubation chamber; an air-flow generation means for sucking atmosphere from the incubation chamber to the interior space and for discharging the atmosphere into the incubation chamber; an atmosphere measuring means located in the block for measuring the atmosphere sucked into the interior space; a filter arranged between the incubation chamber and the interior space for separating the inside of the incubation chamber and the interior space of the block; and a heater for heating the interior space of the block, wherein the air-flow generation means is a pump having a suction port and an exhaust port, the block has an inhalation passage for communicating the atmosphere sucked by the air-flow generation means, said inhalation passage being provided as the interior space, and a discharge passage for returning the sucked atmosphere to the incubation chamber by the air-ffow generation means, and the inhalation passage and the discharge passage are connected to the suction port and the exhaust port of the pump, respectively. a block having an interior space communicated with an incubation chamber; an air-flow generation means for sucking atmosphere from the incubation chamber to the interior space and for discharging the atmosphere into the incubation chamber; an atmosphere measuring means located in the block for measuring the atmosphere sucked into the interior space; a filter arranged between the incubation chamber and the interior space for separating the inside of the incubation chamber and the interior space of the block; and a heater for heating the interior space of the block, wherein the air-flow generation means is a pump having a suction port and an exhaust port, the block has an inhalation passage for communicating the atmosphere sucked by the air-flow generation means, said inhalation passage being provided as the interior space, and a discharge passage for returning the sucked atmosphere to the incubation chamber by the air-ffow generation means, and the inhalation passage and the discharge passage are connected to the suction port and the exhaust port of the pump, respectively.