mhurhangee/ep-ind-claims huggingface dataset:
Traveling vehicle, in particular mobile home, with at least one stowage space which is configured for an accommodation of at least one two-wheeled vehicle, wherein the stowage space is arranged within a garage, with at least one bottom wall that forms a floor of the at least one stowage space, with a living space bordering on the garage and with at least one ceiling wall (34a, 52a) that forms a ceiling of the at least one stowage space, wherein the at least one ceiling wall (34a, 52a) forms a bottom for a bed, characterised by at least one tire accommodation, which is configured for an accommodation of at least one tire of the at least one two-wheeled vehicle, wherein the at least one tire accommodation forms a partial deepening in the at least one bottom wall.
Composite material, comprising at least one photoluminescent material which is embedded as a light source in a transparent matrix, wherein a refractive index (n P) of the at least one photoluminescent material and a refractive index (n M) of the matrix differ by at most ±0.2, and wherein the composite material is configured to be transparent and colorless in the visible region of the spectrum.
An interface card fixing device, adapted to fix an interface card to a main board, the interface card fixing device comprising: a base, comprising a first surface, a second surface opposite to the first surface, and a protrusion protruding from the first surface, the base having a through hole passing through the first surface, the second surface and the protrusion so that the protrusion forms a hollow cylinder; a fixing portion, extending from the second surface of the base, and comprising a breach communicating with the through hole; an engaging portion, adapted to pass through the through hole and the breach, and fix to the base; a connection portion, connected to the base and the engaging portion, and a handle portion, connected to the engaging portion, wherein an extending direction of the handle portion extending from the engaging portion is perpendicular to an extending direction of the connecting portion extending from the engaging portion. a base, comprising a first surface, a second surface opposite to the first surface, and a protrusion protruding from the first surface, the base having a through hole passing through the first surface, the second surface and the protrusion so that the protrusion forms a hollow cylinder; a fixing portion, extending from the second surface of the base, and comprising a breach communicating with the through hole; an engaging portion, adapted to pass through the through hole and the breach, and fix to the base; a connection portion, connected to the base and the engaging portion, and a handle portion, connected to the engaging portion, wherein an extending direction of the handle portion extending from the engaging portion is perpendicular to an extending direction of the connecting portion extending from the engaging portion.
A method of conducting a binding assay comprising: (a) contacting a sample comprising one or more analytes with (i) a solid surface including one or more first binding reagents immobilized thereto, wherein said one or more first binding reagents each comprise a first binding region that binds to said analytes, and each of said one or more first binding reagents is linked to a first linking agent comprising a first oligonucleotide sequence; (ii) one or more second binding reagents each comprising a second binding region that binds to said analytes, wherein each of said one or more second binding reagents is linked to a second linking agent comprising a second oligonucleotide sequence, wherein the one or more second binding reagents are not immobilized to the solid surface, and (iii) one or more bridging oligonucleotide sequences each comprising a sequence complementary to at least a portion of said first oligonucleotide sequence and said second oligonucleotide sequence; wherein said contacting step is conducted under conditions wherein said first and second binding regions bind to said analytes and said bridging oligonucleotide sequences hybridizes to said first oligonucleotide sequence and said second oligonucleotide sequence; and (b) measuring the amount of said analytes bound to said solid support. (a) contacting a sample comprising one or more analytes with (i) a solid surface including one or more first binding reagents immobilized thereto, wherein said one or more first binding reagents each comprise a first binding region that binds to said analytes, and each of said one or more first binding reagents is linked to a first linking agent comprising a first oligonucleotide sequence; (ii) one or more second binding reagents each comprising a second binding region that binds to said analytes, wherein each of said one or more second binding reagents is linked to a second linking agent comprising a second oligonucleotide sequence, wherein the one or more second binding reagents are not immobilized to the solid surface, and (iii) one or more bridging oligonucleotide sequences each comprising a sequence complementary to at least a portion of said first oligonucleotide sequence and said second oligonucleotide sequence; wherein said contacting step is conducted under conditions wherein said first and second binding regions bind to said analytes and said bridging oligonucleotide sequences hybridizes to said first oligonucleotide sequence and said second oligonucleotide sequence; and (b) measuring the amount of said analytes bound to said solid support.
Vehicle body part (2; 2'; 2") forming a tailgate, door or bumper of a vehicle, comprising: - a light source suitable for emitting a luminous image, and - a micro-mirror plate suitable for projecting the luminous image outside of the vehicle part (2; 2'; 2") in the form of a hologram, characterized in that it further comprises: - a sensor suitable for detecting the presence of any object in a projection plane coinciding at least partially with the hologram. - a light source suitable for emitting a luminous image, and - a micro-mirror plate suitable for projecting the luminous image outside of the vehicle part (2; 2'; 2") in the form of a hologram, - a sensor suitable for detecting the presence of any object in a projection plane coinciding at least partially with the hologram.
Method for delivery quantity control of a reciprocating compressor, in which the movement of a closing body of a self-acting intake valve is influenced during at least part of a cycle of crank rotation by an unloader driven by a control device, wherein the method comprises a continuously variable backflow regulation, in which the unloader lies against the closing body during a first section of the cycle of crank rotation and prevents its closure, and in which the unloader is driven back during a second section of the cycle of crank rotation and the closing body is closed, wherein the unloader is driven back in such a way that the speed of the moving closing body is reduced prior to its seating on the intake valve, characterised in that, after the seating of the closing body, during a third section of the crank rotation, the control device once again accelerates the unloader and then brings it to rest, in order to distance the unloader from the closing body and to bring the unloader to an end position.
A mechanical seal comprising a stationary portion comprising an inner surface that defines an aperture; a rotatable portion extending through the aperture of the stationary portion; a support assembly (32, 34, 36 40) mounting the rotatable portion to the stationary portion, the rotatable portion being rotatable relative to the support assembly about a rotation axis; opposed first and second sealing faces (22, 24), the first sealing face mounted on the rotatable portion and the second sealing face mounted on the support assembly, the sealing faces (22, 24) being arranged to be urged into contact to form a seal therebetween; and wherein a joint is formed between the inner surface of the stationary portion and an outer surface of the support assembly (32, 34, 36, 40), characterised by an external cover seal extending across the joint to inhibit fluid penetration between the inner and outer surfaces, and the joint permitting rotary movement between the support assembly (32, 34, 36, 40) and the stationary portion to allow adjustment of the position of the rotatable portion relative to the stationary portion without affecting the alignment of the first and second sealing faces (22, 24).
A method for mitigating drug target interference in an anti-drug antibody bridging immunoassay for the determination of the presence of an ADA against a drug in a serum sample, comprising contacting the serum sample with a capture drug labelled with a first label; a detection drug labelled with a second label; a drug target blocking reagent; and a second drug target blocking reagent; incubating the serum sample, under mild basic pH assay conditions, with the capture drug, the detection drug, the drug target blocking reagent and the second drug target blocking reagent, and allowing the drug target blocking reagent and the second drug target blocking reagent to bind to the drug target present in the sample, thereby mitigating the interference of the drug target in the ADA bridging immunoassay, wherein the mild basic pH is between pH 7.5 to pH 9.5 contacting the serum sample with a capture drug labelled with a first label; a detection drug labelled with a second label; a drug target blocking reagent; and a second drug target blocking reagent; a capture drug labelled with a first label; a detection drug labelled with a second label; a drug target blocking reagent; and a second drug target blocking reagent; incubating the serum sample, under mild basic pH assay conditions, with the capture drug, the detection drug, the drug target blocking reagent and the second drug target blocking reagent, and allowing the drug target blocking reagent and the second drug target blocking reagent to bind to the drug target present in the sample, thereby mitigating the interference of the drug target in the ADA bridging immunoassay, wherein the mild basic pH is between pH 7.5 to pH 9.5
A method of improving a surface-based reaction, the method comprising: (a) providing a microfluidic channel comprising a groove, wherein said groove comprises at least one reaction surface, said reaction surface comprises one or more probes immobilized thereto; (b) providing a sample comprising an analyte and focusing said analyte by isotachophoresis to an ITP focus zone; and (c) delivering said focused analyte to said probe immobilized to said reaction surface, thereby accelerating a surface-based reaction; wherein said at least one reaction surface is coupled to a magnetic field generator, and wherein said one or more probes is bound to a paramagnetic bead thereby immobilizing said one or more probes to said reaction surface. (a) providing a microfluidic channel comprising a groove, wherein said groove comprises at least one reaction surface, said reaction surface comprises one or more probes immobilized thereto; (b) providing a sample comprising an analyte and focusing said analyte by isotachophoresis to an ITP focus zone; and (c) delivering said focused analyte to said probe immobilized to said reaction surface, thereby accelerating a surface-based reaction; wherein said at least one reaction surface is coupled to a magnetic field generator, and wherein said one or more probes is bound to a paramagnetic bead thereby immobilizing said one or more probes to said reaction surface.
Electrofusion tape for welding together with plastics pipes in particular for use in a fixed-point fastening, consisting of a jacket element preferably of an electrically insulating plastics material, at least one heating element of electrically conductive plastics material and at least two contact elements for supplying electricity to the heating element, wherein the jacket element and the heating element take the form of tapes, wherein the jacket element surrounds the heating element at least in part, wherein the contact elements are arranged in the mutually opposing marginal regions of the heating element and extend parallel to one another along the heating element, characterized in that the jacket element and the heating element are formed as a co-extruded part and are fused to one another in the contact region and a displacement between the jacket element and the heating element is completely prevented.
A steering apparatus comprising: a key lock collar being fitted on a steering shaft and restricted from rotating by a steering lock mechanism when performing a steering lock; and a cylindrical slip ring being interposed between the steering shaft and the key lock collar in radial directions; wherein the slip ring includes a plurality of protruded portions protruding outwardly in the radial directions and being provided in a circumferential direction; characterized in that an axis-directional portion of the steering shaft covered by the slip ring is formed with a large-diameter portion and a small-diameter portion, thereby providing a space for the slip ring to be flexed; the small-diameter portion is formed spirally at least by one or more perimeters in a region on which the slip ring is fitted; and the large-diameter portion abuts on the slip ring in three positions in the axial direction. a key lock collar being fitted on a steering shaft and restricted from rotating by a steering lock mechanism when performing a steering lock; and a cylindrical slip ring being interposed between the steering shaft and the key lock collar in radial directions; wherein the slip ring includes a plurality of protruded portions protruding outwardly in the radial directions and being provided in a circumferential direction; characterized in that an axis-directional portion of the steering shaft covered by the slip ring is formed with a large-diameter portion and a small-diameter portion, thereby providing a space for the slip ring to be flexed; the small-diameter portion is formed spirally at least by one or more perimeters in a region on which the slip ring is fitted; and the large-diameter portion abuts on the slip ring in three positions in the axial direction.
A power generation system comprising: a power turbine arranged to be driven by exhaust gas generated by a main engine; a steam turbine arranged to be driven by steam generated by the exhaust gas of the main engine; a generator that is connected to the power turbine and the steam turbine; a turbine control section arranged to control an output of the steam turbine; and a load sharing control section arranged to control load sharing of an output of the power turbine and the output of the steam turbine, the power generation system being arranged such that, when the power turbine is started, an increase instruction request for increasing an available power of the generator is performed or such that, when the power turbine is shut down, a decrease instruction request for decreasing the available power of the generator is performed, the available power of the generator being an upper limit value of the output of the power turbine and the output of the steam turbine. a power turbine arranged to be driven by exhaust gas generated by a main engine; a steam turbine arranged to be driven by steam generated by the exhaust gas of the main engine; a generator that is connected to the power turbine and the steam turbine; a turbine control section arranged to control an output of the steam turbine; and a load sharing control section arranged to control load sharing of an output of the power turbine and the output of the steam turbine, the power generation system being arranged such that, when the power turbine is started, an increase instruction request for increasing an available power of the generator is performed or such that, when the power turbine is shut down, a decrease instruction request for decreasing the available power of the generator is performed, the available power of the generator being an upper limit value of the output of the power turbine and the output of the steam turbine.
A method for implementing scheduling in a Packet Internet Grope (Ping) process, characterized by comprising: learning about, by a Media Access Control layer of an Evolved Node B (eNB), traffic of User Equipment to obtain a status array, determining whether the UE is carrying out Ping according to the status array, determining a period of sending a data packet by the UE when the MAC layer determines that the UE is carrying out Ping, and carrying out pre-scheduling for the Ping according to the period, wherein a time length of the learning is w * Δ and is taken as a learning period, where Δ is learning times in the learning period, and w is a duration of each learning; statuses learned in the learning period are set as a status array; and whether to carry out pre-scheduling in a later learning period is determined according to a learning result in a previous learning period, wherein determining whether the UE is carrying out Ping comprises: determining by comparison whether adjacent values or values with a fixed interval in the status array are equal, and if the adjacent values or the values with a fixed interval are equal and indicate that the UE is carrying out Ping, then determining that the UE is carrying out Ping, wherein determining the period comprises: subtracting time points of values stored in a learning period two by two to obtain difference values, and taking a difference value obtained most frequently in the difference values as the period of sending a data packet by the UE. learning about, by a Media Access Control layer of an Evolved Node B (eNB), traffic of User Equipment to obtain a status array, determining whether the UE is carrying out Ping according to the status array, determining a period of sending a data packet by the UE when the MAC layer determines that the UE is carrying out Ping, and carrying out pre-scheduling for the Ping according to the period, wherein a time length of the learning is w * Δ and is taken as a learning period, where Δ is learning times in the learning period, and w is a duration of each learning; statuses learned in the learning period are set as a status array; and whether to carry out pre-scheduling in a later learning period is determined according to a learning result in a previous learning period, wherein determining whether the UE is carrying out Ping comprises: determining by comparison whether adjacent values or values with a fixed interval in the status array are equal, and if the adjacent values or the values with a fixed interval are equal and indicate that the UE is carrying out Ping, then determining that the UE is carrying out Ping, wherein determining the period comprises: subtracting time points of values stored in a learning period two by two to obtain difference values, and taking a difference value obtained most frequently in the difference values as the period of sending a data packet by the UE.
Roof with at least two beams (1, 2), on which a plurality of slats (10, 20, 30) are mounted so as to each be pivotable about an axis of rotation, wherein the axes of rotation of the slats (10, 20, 30) extend from one beam (1; 2) to the other beam (2; 1), wherein the slats (10, 20, 30) can be pivoted by means of a drive from a closed position, in which the slats (10, 20, 30) form a closed roof surface, into any particular open position, so that a portion (11, 21, 31) of the slats is pivoted downwards out of the closed position and another portion (12, 22, 32) of the slats is pivoted upwards out of the closed position, wherein, when pivoting the slats (10, 20, 30) in the direction of rotation of the open position, the portion (11, 21, 31) of the slats (10, 20, 30) pivoting downwards out of the closed position of the slats (10, 20, 30) has a drainage channel (15, 25, 35), characterised in that the drive is designed in such away and/or is controlled by meansof a control unit in such a way that before the slats (10, 20, 30) are pivoted into an open position and/or after precipitation has been detected, the drive automatically pivots the slats (10, 20, 30) at least once, in particular several times, about an acute angle, in particular of up to 15° or up to 30° or up to 45°, from the closed position in the direction of rotation of the open position into a drainage position, and after each pivoting of the slats (10, 20, 30) into the drainage position pivots back in the direction of rotation of the closed position, in particular pivots back fully into the closed position.
A testing instrument which performs an identification testing or an antimicrobial susceptibility testing of bacteria or fungi, the apparatus comprising: a microscopic observation optical system which has a plurality of wells and performs microscopic observation at a plurality of points of time set in advance, using a cultureplate that holds germs in a culture fluid containing antimicrobial agents and the bacteria or fungi in each of the wells; a turbidity measurement optical system configured to measure a turbidity of the culture fluid held on the cultureplate; and a processor configured to display images obtained by the microscopic observation on a display screen, wherein the processor is configured to perform predetermined image processing on the images and generate influence determination information that shows influence given by the antimicrobial agent to the bacteria or fungi with respect to plural types of antimicrobial agents and plural types of concentrations, based on a result of the image processing, and displays the influence determination information in a time series. a microscopic observation optical system which has a plurality of wells and performs microscopic observation at a plurality of points of time set in advance, using a cultureplate that holds germs in a culture fluid containing antimicrobial agents and the bacteria or fungi in each of the wells; a turbidity measurement optical system configured to measure a turbidity of the culture fluid held on the cultureplate; and a processor configured to display images obtained by the microscopic observation on a display screen, wherein the processor is configured to perform predetermined image processing on the images and generate influence determination information that shows influence given by the antimicrobial agent to the bacteria or fungi with respect to plural types of antimicrobial agents and plural types of concentrations, based on a result of the image processing, and displays the influence determination information in a time series.