mhurhangee/ep-ind-claims huggingface dataset:
An automated staining apparatus for processing at least one biological sample arranged on a slide, the apparatus comprising: at least one capillary staining module (100, 100', 100") comprising: a slide rack holder configured to detachably hold a slide rack configured to hold one or more slides, and a capillary lid rack holder configured to detachably hold a capillary lid rack configured to hold one or more capillary lids, wherein the slide rack can be removed independently of removing the capillary lid rack, and a first fluid container comprising a first fluid, wherein the automated staining apparatus is configured to automatically: control the slide rack holder to rotate the one or more slides from an insert position to one or more inclined position, and control the capillary lid rack holder to move the one or more capillary lids towards the one or more slides to automatically form a capillary gap between each slide and each capillary lid, said capillary gap functioning as a capillary chamber; and to automatically supply an amount of the first fluid from the fluid container to the slide when in said inclined position. at least one capillary staining module (100, 100', 100") comprising: a slide rack holder configured to detachably hold a slide rack configured to hold one or more slides, and a capillary lid rack holder configured to detachably hold a capillary lid rack configured to hold one or more capillary lids, wherein the slide rack can be removed independently of removing the capillary lid rack, and a slide rack holder configured to detachably hold a slide rack configured to hold one or more slides, and a capillary lid rack holder configured to detachably hold a capillary lid rack configured to hold one or more capillary lids, wherein the slide rack can be removed independently of removing the capillary lid rack, and a first fluid container comprising a first fluid, wherein the automated staining apparatus is configured to automatically: control the slide rack holder to rotate the one or more slides from an insert position to one or more inclined position, and control the capillary lid rack holder to move the one or more capillary lids towards the one or more slides to automatically form a capillary gap between each slide and each capillary lid, said capillary gap functioning as a capillary chamber; and to automatically supply an amount of the first fluid from the fluid container to the slide when in said inclined position.
A basically wire-based electrode for transmittance of electrophysiological neurosignals comprising a basically wire-shaped substrate with an electrically conductive core and an electrically non-conductive surface layer, the electrically non-conductive surface layer having at least one opening to the electrically conductive core and a contact area of electrically conductive material for the transmission of electrical signals to and/or from neural tissue, the contact area being located at the opening in the insulation layer and electrically conductively connected to the substrate core wherein the at least one contact area is formed by at least one hole in the substrate core material to below the surface of the electrically conductive core.
A defective-workpiece discharging device that discharges a workpiece having a defect to a discharge path from a conveyance path that conveys a plurality of workpieces relating to absorbent articles in a conveyance direction at a predetermined conveyance pitch, comprising: a first conveyance path and a second conveyance path that are included in the conveyance path, the second conveyance path being located downstream from the first conveyance path; a sorting mechanism, that is disposed between the first conveyance path and the second conveyance path, and that sorts the workpieces into either one of the second conveyance path and the discharge path, the workpieces having passed the first conveyance path; a defect detection sensor (92, 94, 96) that detects the defect and outputs a defect detection signal; a passage detection sensor that is disposed on the first conveyance path, and that detects passage of the workpieces at a predetermined position on the first conveyance path and outputs a passage detection signal; and a controller that controls a sorting operation of the sorting mechanism, based on the defect detection signal and the passage detection signal, wherein an end of the first conveyance path on the sorting mechanism side and the predetermined position are separated by a distance greater than or equal to the conveyance pitch, characterized in that in a case where it is determined that a specific workpiece among the workpieces has the defect, the controller discharges to the discharge path at least one adjacent workpiece positioned on an upstream side of the specific workpiece and at least one adjacent workpiece positioned on a downstream side, in addition to the specific workpiece. a first conveyance path and a second conveyance path that are included in the conveyance path, the second conveyance path being located downstream from the first conveyance path; a sorting mechanism, that is disposed between the first conveyance path and the second conveyance path, and that sorts the workpieces into either one of the second conveyance path and the discharge path, the workpieces having passed the first conveyance path; a defect detection sensor (92, 94, 96) that detects the defect and outputs a defect detection signal; a passage detection sensor that is disposed on the first conveyance path, and that detects passage of the workpieces at a predetermined position on the first conveyance path and outputs a passage detection signal; and a controller that controls a sorting operation of the sorting mechanism, based on the defect detection signal and the passage detection signal, an end of the first conveyance path on the sorting mechanism side and the predetermined position are separated by a distance greater than or equal to the conveyance pitch, characterized in that in a case where it is determined that a specific workpiece among the workpieces has the defect, the controller discharges to the discharge path at least one adjacent workpiece positioned on an upstream side of the specific workpiece and at least one adjacent workpiece positioned on a downstream side, in addition to the specific workpiece.
An apparatus for generating a short-wavelength radiation beam from a laser-produced plasma, comprising: a vacuum chamber containing a rotational drive unit coupled to a rotating target assembly which supplies a target to an interaction zone, an input window for a pulsed laser beam focused into the interaction zone, an output window for an exit of the short-wavelength radiation beam, and gas inlets, and the rotating target assembly has an annular groove with a distal wall and a proximal wall relative to an axis of rotation; the apparatus configured such that when in use the plasma-forming target material is a molten metal located inside the annular groove, and the proximal wall of the annular groove is designed to provide a line of sight between the interaction zone and both the input and output windows, particularly during laser pulses, characterised in that the target is a layer of said molten metal formed by a centrifugal force on a surface of the distal wall of the annular groove. a vacuum chamber containing a rotational drive unit coupled to a rotating target assembly which supplies a target to an interaction zone, an input window for a pulsed laser beam focused into the interaction zone, an output window for an exit of the short-wavelength radiation beam, and gas inlets, and the rotating target assembly has an annular groove with a distal wall and a proximal wall relative to an axis of rotation; the apparatus configured such that when in use the plasma-forming target material is a molten metal located inside the annular groove, and the proximal wall of the annular groove is designed to provide a line of sight between the interaction zone and both the input and output windows, particularly during laser pulses, characterised in that the target is a layer of said molten metal formed by a centrifugal force on a surface of the distal wall of the annular groove.
Vehicle rear portion comprising a bumper skin, a bumper skirt and a rear crossmember placed in front of said bumper skin, the skirt being extended by at least one absorber which is interposed between the bumper skin and the crossmember, and said absorber being equipped with at least one rib (14, 15, 16, 17) which projects towards said crossmember, each absorber comprising at least one frame (11, 12, 13), the edges (14, 15, 16, 17) delimiting said frame (11, 12, 13) constituting the ribs projecting towards the crossmember, characterized in that each absorber is elongated along a transverse axis of the vehicle, and in that it comprises three frames (11, 12, 13) aligned along said axis and in contact with one another, each absorber comprising a central frame framed by an outer frame and by an inner frame, said inner frame being situated the closest to a longitudinal and central axis of the vehicle, and in that the thickness of the ribs (14, 15, 16, 17) delimiting the inner frame is less than that of the ribs (14, 15, 16, 17) delimiting the central frame and the outer frame.
Method for regulating the fuel gas feed to a fuel cell unit, in particular a SOFC fuel cell unit, comprising a fuel cell stack for generating current and an afterburner for the post-combustion, wherein a first educt in the form of an oxidising component and a second educt in the form of a reducing component are fed to the fuel cell stack, wherein after passage through the fuel cell stack the educts are fed to the afterburner, and wherein the mass flow of the first educt is varied with a first regulator in order to regulate the temperature of the fuel cell stack, wherein in addition and in parallel the mass flow of the second educt is varied with a second regulator in order to regulate the temperature of the post-combustion, characterised in that the target temperature of the post-combustion is described by a function depending on the current of the fuel cell stack, wherein the target temperature of the afterburner is first of all maintained constant for a low partial load, and above a partial load that amounts to 50% of the rated current, the temperature constantly rises with the current of the fuel cell stack.
An automatic analysis device for analyzing a sample, the automatic analysis device comprising: an acquisition unit configured to acquire a variation amount of a measurement value of a quality control substance used for quality control, wherein the variation amount is a difference between the average value of the past measurement values and the measurement value; a calculation unit configured to calculate a predicted variation amount based on a difference value between concentration values of a calibration solution used for calibration before and after a lot change; and an estimation unit configured to estimate a cause of variation occurring in the measurement value of the quality control substance based on a comparison result between the variation amount and the predicted variation amount, wherein the estimation unit is configured to estimate that the lot change of the calibration solution is the cause of variation when the variation amount is within a range of the predicted variation amount. an acquisition unit configured to acquire a variation amount of a measurement value of a quality control substance used for quality control, wherein the variation amount is a difference between the average value of the past measurement values and the measurement value; a calculation unit configured to calculate a predicted variation amount based on a difference value between concentration values of a calibration solution used for calibration before and after a lot change; and an estimation unit configured to estimate a cause of variation occurring in the measurement value of the quality control substance based on a comparison result between the variation amount and the predicted variation amount, wherein the estimation unit is configured to estimate that the lot change of the calibration solution is the cause of variation when the variation amount is within a range of the predicted variation amount.
A water-temperature-sensor backup system wherein water-temperature sensors (18, 19) for detecting a temperature of cooling water having passed through an engine are increased in number into two, and a controller is provided which confirms that each of detection values of said water-temperature sensors (18, 19) is within a normal range and then employs either of the detection values as temperature of the cooling water, said controller being configured such that even if either of the detection values of the water-temperature sensors (18, 19) is out of the normal range, the remaining detection value within the normal range is employed as temperature of the cooling water, the controller being configured such that if both of the detection values of the water-temperature sensors (18, 19) are out of the normal range, a fixed substitute value is employed as temperature of the cooling water and a device causing any trouble by use of the substitute value is selectively stopped, and that if each of the detection values of the water-temperature sensors (18, 19) is within the normal range and a deflection between said detection values exceeds an allowable value, then a fixed substitute value is employed as temperature of the cooling water and a device causing any trouble by use of said substitute value is selectively stopped.
A device for communicating signals relating to consumption data of a supplied utility, the device being arranged as a first node in a communication network; wherein a node comprises a transmitting unit arranged for periodic transmission of beacon signals, the beacon signal comprising signal data related to the transmitting node itself; wherein the node comprises a receiving unit arranged for receiving beacon signals transmitted from second nodes and determining a direct communication path between it as first node and each other second node from which it can receive the beacon signal; wherein the first node comprises a computing unit configured to determine the inbound signal strength of a second node (R 21), as received by the first node and the outbound signal strength (R 12), of the first node as received by the second node, and wherein the inbound signal strength is the measured signal strength (R 21), of the beacon signal received from the second node as received by the first node, characterized in that the outbound signal strength (R 12), is the estimated signal strength of signals from the first node as received by the second node, the estimated signal strength being determined in the first node based on; the outbound transmission power of the first node (T 1), the inbound signal strength (R 21) of beacon signals from the second node as received by the first node, and the transmission power of the second node (T 2) determined based on signal data in the beacon signal received from the second node.
Alcoholic solution containing: - Ethanol, - Monopropylene glycol, - Minoxidil, and, - Finasteride, characterized in that the solution additionally contains vitamin B2 and additionally contains caffeine. - Ethanol, - Monopropylene glycol, - Minoxidil, and, - Finasteride,
Roofing device, for roofing a terrace in particular, with: a longitudinal girder profile, provided for bearing a rafter mount and having a bearing profile portion; and a rafter mount for holding a rafter on the longitudinal girder profile, wherein the rafter mount has a gripping portion corresponding to the bearing profile portion and provided for the form-fitting mounting on the bearing profile portion, characterised in that the longitudinal girder profile has an insert portion which is locally restricted in the longitudinal direction, on which the bearing profile portion is recessed such that it can be inserted into the gripping portion of the rafter mount for assembly, and in that the gripping portion is provided to be longitudinally displaceable on the bearing profile portion and a form-fit between the gripping portion and the bearing profile portion can be produced by means of longitudinal displacement. a longitudinal girder profile, provided for bearing a rafter mount and having a bearing profile portion; and a rafter mount for holding a rafter on the longitudinal girder profile, wherein the rafter mount has a gripping portion corresponding to the bearing profile portion and provided for the form-fitting mounting on the bearing profile portion, characterised in that the longitudinal girder profile has an insert portion which is locally restricted in the longitudinal direction, on which the bearing profile portion is recessed such that it can be inserted into the gripping portion of the rafter mount for assembly, and in that the gripping portion is provided to be longitudinally displaceable on the bearing profile portion and a form-fit between the gripping portion and the bearing profile portion can be produced by means of longitudinal displacement.
A temperature sensor system for a radar device comprising: at least one transceiver configured to support frequency modulated radar signals; a digital controller; and a plurality of temperature sensors (222, 232, 242) coupled to one or more circuits (220, 230, 240) in the at least one transceiver; wherein the temperature sensor system is characterised in that the digital controller (262, 306) comprises an over-temperature emulation circuit configured to emulate an over-temperature shutdown state irrespective of a temperature of a sensor of the plurality of temperature sensors (222, 232, 242) by injecting an over-temperature force signal into the temperature sensor system, wherein the injection of the over-temperature force signal is configured to change a current applied to a diode within a diode-based structure of one of the temperature sensors in order to force a change in a measured physical parameter that is compared with at least one pre-set threshold value, and in response to the measured physical parameter exceeding the at least one pre-set threshold value the digital controller is configured to generate at least one flag that indicates an out of range temperature condition at least one transceiver configured to support frequency modulated radar signals; a digital controller; and a plurality of temperature sensors (222, 232, 242) coupled to one or more circuits (220, 230, 240) in the at least one transceiver; wherein the temperature sensor system is characterised in that the digital controller (262, 306) comprises an over-temperature emulation circuit configured to emulate an over-temperature shutdown state irrespective of a temperature of a sensor of the plurality of temperature sensors (222, 232, 242) by injecting an over-temperature force signal into the temperature sensor system, wherein the injection of the over-temperature force signal is configured to change a current applied to a diode within a diode-based structure of one of the temperature sensors in order to force a change in a measured physical parameter that is compared with at least one pre-set threshold value, and in response to the measured physical parameter exceeding the at least one pre-set threshold value the digital controller is configured to generate at least one flag that indicates an out of range temperature condition
A spin-current magnetization rotational element, comprising: a spin orbit torque wiring extending in a first direction; and a first ferromagnetic layer disposed in a second direction intersecting the first direction of the spin orbit torque wiring, wherein the spin orbit torque wiring includes a first surface positioned on the side where the first ferromagnetic layer is disposed, and a second surface opposite to the first surface, the spin orbit torque wiring includes a second region on the first surface outside a first region in which the first ferromagnetic layer is disposed, the second region forming a recessed portion being recessed from the first region to the second surface side, and the recessed portion in the second region has a first inclined surface (2B1), which is inclined with respect to the first region on the first surface with an inclination angle φ to be deeper the further away it is from the first region, characterized in that the recessed portion in the second region further has a second inclined surface (2B2), which is inclined with respect to the first region on the first surface to be deeper the closer it is to the first region, and in that when the thickness of the first ferromagnetic layer is 2. h and the shortest distance between the first region and the second region is G, G>h/tan(10°+2φ) is satisfied. a spin orbit torque wiring extending in a first direction; and a first ferromagnetic layer disposed in a second direction intersecting the first direction of the spin orbit torque wiring, wherein the spin orbit torque wiring includes a first surface positioned on the side where the first ferromagnetic layer is disposed, and a second surface opposite to the first surface, the spin orbit torque wiring includes a second region on the first surface outside a first region in which the first ferromagnetic layer is disposed, the second region forming a recessed portion being recessed from the first region to the second surface side, and the recessed portion in the second region has a first inclined surface (2B1), which is inclined with respect to the first region on the first surface with an inclination angle φ to be deeper the further away it is from the first region, characterized in that the recessed portion in the second region further has a second inclined surface (2B2), which is inclined with respect to the first region on the first surface to be deeper the closer it is to the first region, and in that when the thickness of the first ferromagnetic layer is 2. h and the shortest distance between the first region and the second region is G, G>h/tan(10°+2φ) is satisfied.