mhurhangee/ep-ind-claims huggingface dataset:
A levelling device for materials in powder or granule form, comprising a rest plane, predisposed to receive at least a layer of material in powder or granule form having a thickness; wherein: a leveller (5, 6) is positioned above the rest plane; the rest plane and the leveller (5, 6) are mobile in relation to one another along a longitudinal direction; the leveller (5, 6) is provided with a first element, arranged at a first height that is lower than the thickness of the layer, which is predisposed to interfere with a surface layer of the layer and to lift the surface layer to a height that is greater than the thickness thereof without forming an accumulation of material; the leveller (5, 6) is provided with a second element, positioned downstream of the first element and located at a second height so as to interfere with the surface layer; characterised in that the first element comprises a wire-shaped element. a leveller (5, 6) is positioned above the rest plane; the rest plane and the leveller (5, 6) are mobile in relation to one another along a longitudinal direction; the leveller (5, 6) is provided with a first element, arranged at a first height that is lower than the thickness of the layer, which is predisposed to interfere with a surface layer of the layer and to lift the surface layer to a height that is greater than the thickness thereof without forming an accumulation of material; the leveller (5, 6) is provided with a second element, positioned downstream of the first element and located at a second height so as to interfere with the surface layer; characterised in that the first element comprises a wire-shaped element.
A play-free plain bearing arrangement with a rotational torque which is set in a defined manner, said arrangement having a plain bearing, wherein the plain bearing has a bearing housing and a bearing sleeve inserted into the bearing housing, and wherein the bearing sleeve and the bearing housing are open axially, and having a shaft as as bearing partner of the bearing sleeve, wherein the shaft is inserted with an oversize into the bearing sleeve in such a way that the bearing sleeve and the bearing housing expand, wherein the bearing sleeve contains a sliding material which is connected at the rear to a support, and wherein the bearing sleeve has at least one axial collar, wherein the axial opening of the bearing housing is formed as an axial slot (1 a) and the axial opening of the bearing sleeve is formed as an independent axial slot, wherein the axial slot only extends through the bearing housing and the axial slot only extends through the bearing sleeve, characterised in that the bearing sleeve contains a plastic as sliding material, and that the axial slot of the bearing housing and the axial slot of the bearing sleeve do not form a common continuous slot.
A method of preparing a compound of formula: comprising the following step: wherein a compound of formula (IIa): is allowed to react with a compound of formula: optionally in the presence of an organic base, particularly a weak base, such as a tertiary amine, such as N,N-diisopropylethylamine for example, optionally in an aromatic hydrocarbon solvent, such as toluene, xylene and mesitylene for example, thereby providing said compound of formula. optionally in the presence of an organic base, particularly a weak base, such as a tertiary amine, such as N,N-diisopropylethylamine for example, optionally in an aromatic hydrocarbon solvent, such as toluene, xylene and mesitylene for example, thereby providing said compound of formula.
Hydraulic pump for branching off a fluidic partial flow from a main flow, operating according to the displacement principle and comprising individual main chambers (12, 14, 16, 18, 20) which are sealed from one another and divided into functional groups, by means of which a fluid coming from at least one main flow inlet can be transported from an intake or suction side to an outlet or pressure side of the hydraulic pump and beyond via at least one main flow outlet, for the purpose of transporting the partial flow at least one independent partial chamber being provided in addition to the main chambers (12, 14, 16, 18, 20), which is part of the pressure side of the hydraulic pump and connected to an independent partial flow outlet, which is separate from the respective main flow inlet and the respective main flow outlet, and the hydraulic pump being a vane pump, characterised in that the individual vanes of the vane pump are guided in a longitudinally displaceable manner in a drivable rotor between an end position in the rotor and a surrounding wall of a stator, said wall restricting the displaceability of the vanes to the outside, such that two respective opposite fluid spaces (40, 38) are formed between said vanes and the rotor and also the stator for at least some of the vanes; in that, on the suction and pressure side of the hydraulic pump, at least two chambers (12, 14, 16, 18, 20, 26) are respectively arranged in a chamber block of the device; and in that some of the chambers (12, 16, 18) can be assigned to one fluid space and the other chambers (14, 20, 16) can be assigned to the other fluid space of each vane.
A coupling assembly for selectively retaining a surgical tool to a surgical apparatus, the coupling assembly comprising a retention member including a collet assembly including a collet member having a first inclined surface, the retention member further including a button having a first ramped surface supplementary with the first inclined surface of the collet member; wherein radial movement of the button causes rotation movement of the collet member to uncouple the surgical tool from the surgical apparatus. apparatus, the coupling assembly comprising a retention member including a collet assembly including a collet member having a first inclined surface, the retention member further including a button having a first ramped surface supplementary with the first inclined surface of the collet member; a collet assembly including a collet member having a first inclined surface, the retention member further including a button having a first ramped surface supplementary with the first inclined surface of the collet member; wherein radial movement of the button causes rotation movement of the collet member to uncouple the surgical tool from the surgical apparatus.
A method for detecting Chlamydia trachomatis comprising: providing a biological sample; contacting the biological sample with a substance comprising an oligonucleotide probe set that comprises at least one oligonucleotide probe that is detectably labeled and has a nucleotide sequence length of about 10 to about 50 and at least two oligonucleotide primers, each of which has a nucleotide sequence length of about 10 to about 150 under conditions such that the probes and primers anneal to SEQ ID NO:1 at the location between about base pairs 1855 to 2156; amplifying the target sequence between the two primers; and detecting the label as an indication of the hybridization of the probe set to the target sequence thereby indicating the presence or amount of Chlamydia trachomatis.
Aircraft piloting system, the system comprising a control system configured to actuate controls for flying the aircraft along a preprogrammed flight path, the control system comprising an autopilot system, the aircraft control system further comprising a man-machine interface comprising an interface of control elements that can be actuated by a control operator to actuate controls and modify the flight of the aircraft, said control element interface comprising a limited number of control elements that can be actuated by said control operator, making it possible to carry out only piloting commands from a predetermined set of piloting commands, said limited number of control elements being less than all the available piloting functionalities, said set of commands comprising visual obstacle avoidance commands, actuated by associated control members of said control member interface, characterised in that said control member interface comprises a member for confirming obstacle detection, control members (52, 54, 56, 58) for modifying the direction and orientation of the aircraft, and:. control elements (32, 44, 46) enabling an obstacle and/or a remarkable point to be signalled, the man-machine interface being configured to enable the flight operator to indicate a position of the said obstacle relative to a position of the aircraft, and. a control device for inhibiting an automatic obstacle avoidance manoeuvre.. control elements (32, 44, 46) enabling an obstacle and/or a remarkable point to be signalled, the man-machine interface being configured to enable the flight operator to indicate a position of the said obstacle relative to a position of the aircraft, and. a control device for inhibiting an automatic obstacle avoidance manoeuvre.
A computer-implemented method for calibrating a photometer in an in-vitro diagnostics analyzer controlled by a computer, the method comprising: on the basis of initial measurements by the photometer, generating a cuvette map of a reaction ring, the reaction ring comprising a plurality of cuvettes, identifying a plurality of cuvette locations; using the cuvette map to identify a plurality of reference measurement areas between the plurality of cuvette locations; acquiring a plurality of reference measurements in the reference measurement areas using the photometer; and automatically calibrating the photometer based on a comparison of the reference measurements to a predetermined standard setup of the photometer; wherein the plurality of reference measurements are acquired while acquiring a plurality of signal measurements corresponding to the plurality of cuvette locations; characterized in that it further comprises: determining variance values corresponding to the plurality of reference measurements; prior to calibrating the photometer, filtering the plurality of reference measurements based on the variance values; and determining an incubation bath quality measurement based on the variance values. on the basis of initial measurements by the photometer, generating a cuvette map of a reaction ring, the reaction ring comprising a plurality of cuvettes, identifying a plurality of cuvette locations; using the cuvette map to identify a plurality of reference measurement areas between the plurality of cuvette locations; acquiring a plurality of reference measurements in the reference measurement areas using the photometer; and automatically calibrating the photometer based on a comparison of the reference measurements to a predetermined standard setup of the photometer; wherein the plurality of reference measurements are acquired while acquiring a plurality of signal measurements corresponding to the plurality of cuvette locations; characterized in that it further comprises: determining variance values corresponding to the plurality of reference measurements; prior to calibrating the photometer, filtering the plurality of reference measurements based on the variance values; and determining an incubation bath quality measurement based on the variance values. determining variance values corresponding to the plurality of reference measurements; prior to calibrating the photometer, filtering the plurality of reference measurements based on the variance values; and determining an incubation bath quality measurement based on the variance values.
A phase-contrast microscope comprising: a light source arranged to illuminate a sample region at a stage; an objective lens having a numerical aperture and arranged to collect radiation from the sample region, the radiation comprising diffracted light that is diffracted by a sample; a condenser annulus having an annular light-transmission region, wherein the condenser annulus is located between the light source and sample region; and a phase plate (110, 210, 310) having a first annular phase-shift region (110a, 210a, 310a), a light transmission area, and a light-blocking region located in a peripheral region outside the annular phase-shift region, wherein the annular phase-shift region receives radiation from the sample region at an angle from the sample region corresponding to greater than one-half of the NA of the objective lens, wherein the annular phase-shift region reduces an intensity of light passing through the annular phase-shift region, wherein the light transmission area is configured to transmit the -1-order diffraction light without modifying its phase or intensity, and wherein the light-blocking region is configured to block the +1 order diffraction light. a light source arranged to illuminate a sample region at a stage; an objective lens having a numerical aperture and arranged to collect radiation from the sample region, the radiation comprising diffracted light that is diffracted by a sample; a condenser annulus having an annular light-transmission region, wherein the condenser annulus is located between the light source and sample region; and a phase plate (110, 210, 310) having a first annular phase-shift region (110a, 210a, 310a), a light transmission area, and a light-blocking region located in a peripheral region outside the annular phase-shift region, wherein the annular phase-shift region receives radiation from the sample region at an angle from the sample region corresponding to greater than one-half of the NA of the objective lens,
A fluid discharging apparatus comprising: an accommodation unit configured to accommodate a fluid; a discharge port for discharging the fluid from the accommodation unit; a moving object configured to move in a first direction toward the discharge port and in a second direction away from the discharge port in the accommodation unit; and a control unit configured to control driving of the moving object, wherein the control unit is configured to perform discharging processing and moving processing, in which in the discharging processing, the discharge port is opened by moving the moving object from a closed position at which the discharge port is closed, in the second direction, and then the fluid is extruded and discharged from the discharge port by moving the moving object in the first direction, and in the moving processing, the moving object is moved in the second direction during a period when the fluid is discharged from the discharge port in the discharging processing and characterized in that in the moving processing, the control unit is configured to change a speed of the moving object from a first speed to a second speed slower than the first speed, during a period when the control unit moves the moving object in the second direction. an accommodation unit configured to accommodate a fluid; a discharge port for discharging the fluid from the accommodation unit; a moving object configured to move in a first direction toward the discharge port and in a second direction away from the discharge port in the accommodation unit; and a control unit configured to control driving of the moving object, wherein the control unit is configured to perform discharging processing and moving processing, in which in the discharging processing, the discharge port is opened by moving the moving object from a closed position at which the discharge port is closed, in the second direction, and then the fluid is extruded and discharged from the discharge port by moving the moving object in the first direction, and in the moving processing, the moving object is moved in the second direction during a period when the fluid is discharged from the discharge port in the discharging processing and characterized in that in the moving processing, the control unit is configured to change a speed of the moving object from a first speed to a second speed slower than the first speed, during a period when the control unit moves the moving object in the second direction.
A base station comprising: an information acquisition unit for acquiring information indicating one or more resource pools serving as radio resources available for device-to-device communication; and a control unit for notifying a terminal device of the one or more resource pools, wherein the one or more resource pools are resource pools that are selected from among a resource pool set including multiple resource pools, wherein the multiple resource pools are determined in advance as candidates for radio resources available for device-to-device communication, wherein each of the multiple resource pools includes identification information for identifying itself, and wherein the control unit is further configured to notify the terminal device of the one or more resource pools by transmission of an identification number as the identification information, characterized in that each of the multiple resource pools includes radio resources of at least one subframe of a periodic radio frame having system frame numbers represented by a period and an offset. an information acquisition unit for acquiring information indicating one or more resource pools serving as radio resources available for device-to-device communication; and a control unit for notifying a terminal device of the one or more resource pools, wherein the one or more resource pools are resource pools that are selected from among a resource pool set including multiple resource pools, wherein the multiple resource pools are determined in advance as candidates for radio resources available for device-to-device communication, wherein each of the multiple resource pools includes identification information for identifying itself, and wherein the control unit is further configured to notify the terminal device of the one or more resource pools by transmission of an identification number as the identification information, characterized in that each of the multiple resource pools includes radio resources of at least one subframe of a periodic radio frame having system frame numbers represented by a period and an offset.
An apparatus for examining documents, in particular value documents, identification documents or security documents, having - at least one excitation device for exciting luminescence light in or on a document to be examined, and - at least two detector units (1, 2) formed as photo diodes for capturing at least part of the luminescence light emitted by the document, wherein the detector units (1, 2) are disposed one behind the other with respect to the luminescence light emitted by the document, characterized in that - the photo diodes have different absorption edges and are integrated on a common component (20, 30), wherein the component (20, 30) comprises at least two p-n junctions (22/21, 23/21, 32/33, 34/33), wherein to each p-n junction (22/21, 23/21, 32/33, 34/33) there corresponds respectively one detector unit (1, 2), and - for the first detector unit a photo diode based on silicon is used and for the second detector unit a photo diode based on germanium is used or that photo diodes based on silicon and indium-germanium-arsenide (InGaAs) or on silicon and lead sulfide (PbS) are combined in order to detect the luminescence light in two different partial spectral ranges. - at least one excitation device for exciting luminescence light in or on a document to be examined, and - at least two detector units (1, 2) formed as photo diodes for capturing at least part of the luminescence light emitted by the document, wherein the detector units (1, 2) are disposed one behind the other with respect to the luminescence light emitted by the document, characterized in that - the photo diodes have different absorption edges and are integrated on a common component (20, 30), wherein the component (20, 30) comprises at least two p-n junctions (22/21, 23/21, 32/33, 34/33), wherein to each p-n junction (22/21, 23/21, 32/33, 34/33) there corresponds respectively one detector unit (1, 2), and - for the first detector unit a photo diode based on silicon is used and for the second detector unit a photo diode based on germanium is used or that photo diodes based on silicon and indium-germanium-arsenide (InGaAs) or on silicon and lead sulfide (PbS) are combined in order to detect the luminescence light in two different partial spectral ranges.
Internal receptacle for a working vessel of a household appliance for preparing food, comprising a base provided to rest inside the working vessel, and a tank carried by the base, the tank having a bottom and a side wall, the base including a circumferential wall surrounding a free space that can be accessed by a lower opening, the internal receptacle having at least one free passage connecting the free space to an outer lateral face of the internal receptacle, characterised in that the base has an upper wall, in that at least one through-passage passes through the upper wall, and in that said at least one through-passage belongs to said at least one free passage.
A system for storing and transporting in a warehouse at least one object to be stored in a rack of said warehouse, comprising: - at least one container (12,31) suitable for receiving said object and capable of being housed in said rack; - a motorised trolley comprising climbing means capable of cooperating with said rack to allow said trolley to rise along said rack, said trolley comprising a device for gripping and depositing said container, said gripping and depositing device comprising a carrier mounted so as to be movable relative to the chassis of said trolley between: - a deployed position, wherein said carrier extends at least partially over a side edge of said trolley out of alignment with said chassis; and - a retracted position, in which said carrier is housed opposite said chassis; sais carrier comprising a tray, a frame or a bar, wherein the carrier comprises at least one projecting finger (15 1,15 2,15 3,15 4) fixed with respect to said tray, frame or bar, facing upwards, and in that the bottom of said container has at least one fingerprint (21 1,21 2,21 3,21 4) configured to accommodate at least a portion of said finger. - at least one container (12,31) suitable for receiving said object and capable of being housed in said rack; - a motorised trolley comprising climbing means capable of cooperating with said rack to allow said trolley to rise along said rack, said trolley comprising a device for gripping and depositing said container, said gripping and depositing device comprising a carrier mounted so as to be movable relative to the chassis of said trolley between: - a deployed position, wherein said carrier extends at least partially over a side edge of said trolley out of alignment with said chassis; and - a retracted position, in which said carrier is housed opposite said chassis; sais carrier comprising a tray, a frame or a bar, wherein the carrier comprises at least one projecting finger (15 1,15 2,15 3,15 4) fixed with respect to said tray, frame or bar, facing upwards, and in that the bottom of said container has at least one fingerprint (21 1,21 2,21 3,21 4) configured to accommodate at least a portion of said finger. - a deployed position, wherein said carrier extends at least partially over a side edge of said trolley out of alignment with said chassis; and - a retracted position, in which said carrier is housed opposite said chassis;