mhurhangee/ep-ind-claims huggingface dataset:
An automatic system for locking and unlocking a pool cover having a leading edge at an edge of a pool, the pool having a water surface, the pool cover deployable by a pool cover deployment system, the automatic system comprising: at least one leading edge slot piece having a rectangular slot therein, the leading edge slot piece integratable into the leading edge; at least one locker subassembly constrainable at the edge of the pool, wherein the at least one locker subassembly having a space defined therein in which the at least one leading edge slot piece is adapted to be received, locked, and unlocked; and an autolock control unit adapted to communicate with the at least one locker subassembly and the pool cover deployment system, and to command locking and unlocking of the at least one leading edge slot piece with the at least one locker subassembly; wherein the system is characterized by: the at least one locker subassembly is an at least one float locker subassembly configurable to float on the water surface; and wherein the autolock control unit is further adapted to verify the locking and the unlocking of the at least one leading edge slot piece with the at least one float locker subassembly. at least one leading edge slot piece having a rectangular slot therein, the leading edge slot piece integratable into the leading edge; at least one locker subassembly constrainable at the edge of the pool, wherein the at least one locker subassembly having a space defined therein in which the at least one leading edge slot piece is adapted to be received, locked, and unlocked; and an autolock control unit adapted to communicate with the at least one locker subassembly and the pool cover deployment system, and to command locking and unlocking of the at least one leading edge slot piece with the at least one locker subassembly; wherein the system is characterized by: the at least one locker subassembly is an at least one float locker subassembly configurable to float on the water surface; and wherein the autolock control unit is further adapted to verify the locking and the unlocking of the at least one leading edge slot piece with the at least one float locker subassembly. the at least one locker subassembly is an at least one float locker subassembly configurable to float on the water surface; and wherein the autolock control unit is further adapted to verify the locking and the unlocking of the at least one leading edge slot piece with the at least one float locker subassembly.
A plasticizer composition comprising an epoxidized oil and a phthalate-based material, wherein the epoxidized oil and the phthalate-based material are included at a weight ratio of 70:30 to 30:70, wherein the phthalate-based material comprises one or more selected from the group consisting of diisodecyl phthalate (DIDP), diisononyl phthalate (DINP), and dipropylheptyl phthalate (DPHP).
A refrigerator lubricating oil comprising: a base oil containing, as a major component, a polyol ester of a fatty acid that is a fatty acid having a number of carbon atoms of from 3 to 18 and a polyol that is selected from neopentyl glycol, trimethylolethane, trimethylolpropane, trimethylolbutane, pentaerythritol, and dipentaerythritol; and a disulfide compound and trisulfide compound, the disulfide compound and trisulfide compound being blended in an amount of from 30 to 10,000 ppm by mass in terms of sulfur equivalent based on the total amount of the refrigerator lubricating oil.
A composition for use in a method for treating pruritus or atopic dermatitis, the composition comprising tradipitant or a pharmaceutically acceptable salt thereof, and the method comprising: determining a baseline Immunoglobulin E (IgE) level in a biological sample from the patient; and if the baseline IgE level is above a threshold level, administering to the patient tradipitant at a dose 170 mg/day; wherein the threshold level is greater than or equal to 100 kU/L. determining a baseline Immunoglobulin E (IgE) level in a biological sample from the patient; and if the baseline IgE level is above a threshold level, administering to the patient tradipitant at a dose 170 mg/day; wherein the threshold level is greater than or equal to 100 kU/L.
Interlocking disengaging overload clutch, with a clutch hub, with a switch element and with a pressure flange having axially aligned recesses rotationally mounted on the clutch hub, wherein rotationally symmetrical transmission bodies are arranged on a reference circle, these being held in recesses of the pressure flange through the force of spring elements and thereby transmit a torque from pressure flange to the clutch hub, whereby the clutch is transferred from an engaged condition to a disengaged condition through an overload between clutch hub and pressure flange in a first rotational direction, whereby re-engagement of the clutch follows from a rotation between clutch hub and pressure flange in a second opposite rotational direction, and wherein the re-engagement of the clutch follows from the interaction between control pins arranged in axially oriented openings of the pressure flange, control cams rotationally securely fastened to the clutch hub and further control grooves with groove flanks, characterized in that the control pins in pressure flange are fitted with pin magnets which are impinged upon a force by control magnets located on a control plate and firmly mounted on the clutch hub, which magnets bring the control pins into engagement with the control cams and the control groves which are rotationally connected to the clutch hub. with a clutch hub, with a switch element and with a pressure flange having axially aligned recesses rotationally mounted on the clutch hub, wherein rotationally symmetrical transmission bodies are arranged on a reference circle, these being held in recesses of the pressure flange through the force of spring elements and thereby transmit a torque from pressure flange to the clutch hub, whereby the clutch is transferred from an engaged condition to a disengaged condition through an overload between clutch hub and pressure flange in a first rotational direction, whereby re-engagement of the clutch follows from a rotation between clutch hub and pressure flange in a second opposite rotational direction, and wherein the re-engagement of the clutch follows from the interaction between control pins arranged in axially oriented openings of the pressure flange, control cams rotationally securely fastened to the clutch hub and further control grooves with groove flanks, characterized in that the control pins in pressure flange are fitted with pin magnets which are impinged upon a force by control magnets located on a control plate and firmly mounted on the clutch hub, which magnets bring the control pins into engagement with the control cams and the control groves which are rotationally connected to the clutch hub.
Sensor assembly for equipment for aiding the traceability of agri-food products, comprising: a casing having a first face and a second face opposite to one another, the first face being configured to be coupled to a planar structure; a weighing device, arranged so as to respond to a load on the second face of the casing; an inclinometer, rigidly attached to the casing; an accelerometer, rigidly attached to the casing and configured to supply an acceleration signal indicative of accelerations along an axis perpendicular to the first face of the casing; a processing unit configured to determine a measured weight bearing on the weighing device based on load signals supplied by the weighing device, on an inclination signal supplied by the inclinometer and on the acceleration signal supplied by the accelerometer. a casing having a first face and a second face opposite to one another, the first face being configured to be coupled to a planar structure; a weighing device, arranged so as to respond to a load on the second face of the casing; an inclinometer, rigidly attached to the casing; an accelerometer, rigidly attached to the casing and configured to supply an acceleration signal indicative of accelerations along an axis perpendicular to the first face of the casing; a processing unit configured to determine a measured weight bearing on the weighing device based on load signals supplied by the weighing device, on an inclination signal supplied by the inclinometer and on the acceleration signal supplied by the accelerometer.
A photomask blank from which is produced a photomask comprising a transparent substrate and a photomask pattern formed thereon, the photomask being used in photolithography for forming a resist pattern of lines with a width of up to 0.1 μm, using exposure light having a wavelength of up to 250 nm, said photomask blank comprising the transparent substrate and a chromium-containing film deposited on the substrate directly or via at least one additional film, said chromium-containing film comprising one or more layers, at least one of the layer being a CrC compound layer comprising up to 50 at% of chromium, at least 25 at% in total of oxygen and/or nitrogen, and at least 5 at% of carbon, characterized in that the CrC compound layer has a sheet resistance of at least 5,000 ohm per square.
Filter device having a filter head and having a filter bowl to receive a replaceable filter element, characterised in that a compensating device is provided, acting between the filter head and the filter element, said compensating device, as part of the filter element, comprising two shell parts (18, 20), of which one shell part is fixed to the filter element in a stationary manner and the other shell part is guided movably opposite thereto, and in that one of the two shell parts comprises a through opening to guide a fluid flow.
A method for photolithography-free self-aligned reverse active etch of a semiconductor wafer, said method comprising the steps of: depositing a pad oxide on a silicon substrate of a semiconductor wafer; depositing an active silicon nitride on the pad oxide; forming shallow trench isolation wells in the silicon substrate; forming an oxidization liner in the STI wells, wherein the oxidization liner is only formed where the silicon substrate is exposed; depositing an oxide over the silicon nitride and the STI wells, wherein the deposition leaves the top of the silicon wafer with an irregular topography; depositing a organosilicate layer onto the oxide causing to some extent a planarizing effect; etching the silicon wafer by first non-selective plasma etching thereby removing some of the organosilicate layer and some of the exposed oxide and followed by selectively etching the oxide thereby only removing the oxide, wherein the oxide above the silicon nitride is removed to a predefined thickness; removing remaining organosilicate; performing a chemical-mechanical polish to remove all of the oxide covering the active silicon nitride; and removing the active silicon nitride, wherein portions of the silicon substrate are exposed between the remaining oxide and ready for the step of active transistor element doping in the silicon substrate. depositing a pad oxide on a silicon substrate of a semiconductor wafer; depositing an active silicon nitride on the pad oxide; forming shallow trench isolation wells in the silicon substrate; forming an oxidization liner in the STI wells, wherein the oxidization liner is only formed where the silicon substrate is exposed; depositing an oxide over the silicon nitride and the STI wells, wherein the deposition leaves the top of the silicon wafer with an irregular topography; depositing a organosilicate layer onto the oxide causing to some extent a planarizing effect; etching the silicon wafer by first non-selective plasma etching thereby removing some of the organosilicate layer and some of the exposed oxide and followed by selectively etching the oxide thereby only removing the oxide, wherein the oxide above the silicon nitride is removed to a predefined thickness; removing remaining organosilicate; performing a chemical-mechanical polish to remove all of the oxide covering the active silicon nitride; and removing the active silicon nitride, wherein portions of the silicon substrate are exposed between the remaining oxide and ready for the step of active transistor element doping in the silicon substrate.
A functional wall module for at least partially forming an individual space and for providing fluids into the individual space or for removing fluids therefrom, the functional wall module including one or more vertical supports (170, 210) and one or more horizontal supports secured to at least one of the one or more vertical supports (170, 210), the functional wall module further comprising: a modular conduit system coupled to at least one of the one or more vertical support or at least one of the one or more horizontal supports, the modular conduit system comprising: a modular conduit sized and configured for one or more of delivering fluids to the individual space and extracting fluids from the individual space; and one or more vertical conduit supports coupled to and at least partially supporting the modular conduit, the one or more vertical conduit supports further being coupled to at least one of the one or more vertical supports (170, 210) and one or more horizontal supports; characterized in that the modular conduit includes at least one register that is vertically repositionable within the modular conduit, allowing the register to be moved by a user of the individual space from a first vertical position to a second different vertical position in the modular conduit system, the register incorporating one or more seals that channel the flow of fluid through the register, wherein the register comprises a perforated diffuser plate as a front plate that aligns flush with the modular conduit system, so that the register and the front plate allow the fluid to flow into and/or out of the modular conduit. a modular conduit sized and configured for one or more of delivering fluids to the individual space and extracting fluids from the individual space; and one or more vertical conduit supports coupled to and at least partially supporting the modular conduit, the one or more vertical conduit supports further being coupled to at least one of the one or more vertical supports (170, 210) and one or more horizontal supports; characterized in that the modular conduit includes at least one register that is vertically repositionable within the modular conduit, allowing the register to be moved by a user of the individual space from a first vertical position to a second different vertical position in the modular conduit system, the register incorporating one or more seals that channel the flow of fluid through the register, wherein the register comprises a perforated diffuser plate as a front plate that aligns flush with the modular conduit system, so that the register and the front plate allow the fluid to flow into and/or out of the modular conduit.
A groove cutter for floor sheets which is a tool capable of being operated without using a ruler and can cut a seam, which is created when sheets are laid sequentially on the surface of floor base with an adhesive agent, so that a groove formed along the seam can bridge over both adjacent sheets, the groove cutter comprising a front part, a middle part, a rear part, wherein the front part has a thin guide, which is insertable into the seam and guides the said tool along the said seam when pushing the tool forward, at the front end, and a first blade to cut a concave groove at the seam part of the sheet, which is provided behind the guide so as to be detachable, and also a stabilizing member provided at the rear part, which is insertable into the concave groove, to stabilize a direction of movement of the tool along the seam; characterized in that: the thin guide is a non-rotating thin guide plate; and a bottom surface of a front end, rearward of the guide plate, of the front part is inclined upward whereby the tool is easily inclinable forward along the inclined bottom surface so that, in use, only the inclined bottom surface of the front end contacts the sheet surface of the floor. the thin guide is a non-rotating thin guide plate; and a bottom surface of a front end, rearward of the guide plate, of the front part is inclined upward whereby the tool is easily inclinable forward along the inclined bottom surface so that, in use, only the inclined bottom surface of the front end contacts the sheet surface of the floor.
An extraction and injection ophthalmic device comprising: a housing comprising: an injection portion configured to receive an injection source; an extraction portion configured to receive an extraction source; and a priming mechanism (200, 250) configured to prime both the injection source and the extraction source; and a needle selectively in fluid communication with the injection source or the extraction source; wherein on activation of the extraction source, the device is configured to extract a sample through the needle, and on activation of the injection source, the device is configured to inject an agent through the needle, characterized in that the priming mechanism (200, 250) comprises a lever communicatively coupled to a spring, such that a translation movement of the lever is configured to compress the spring to simultaneously prime both the injection source and the extraction source. a housing comprising: an injection portion configured to receive an injection source; an extraction portion configured to receive an extraction source; and a priming mechanism (200, 250) configured to prime both the injection source and the extraction source; and an injection portion configured to receive an injection source; an extraction portion configured to receive an extraction source; and a priming mechanism (200, 250) configured to prime both the injection source and the extraction source; and a needle selectively in fluid communication with the injection source or the extraction source; wherein on activation of the extraction source, the device is configured to extract a sample through the needle, and on activation of the injection source, the device is configured to inject an agent through the needle, characterized in that the priming mechanism (200, 250) comprises a lever communicatively coupled to a spring, such that a translation movement of the lever is configured to compress the spring to simultaneously prime both the injection source and the extraction source.
Method for manufacturing a sound absorber, the outer wall of which is provided with a plurality of recesses, with funnel-like cone elements respectively assigned to the recesses inside the sound absorber, said cone elements having a larger opening facing radially outwards and a smaller opening facing radially inwards, with adjacent cone elements each being provided on a strip-shaped first carrier band, with cup elements being provided radially on the inside relative to the cone elements, and each cup element receiving one cone element, with adjacent cup elements each being provided on a strip-shaped second carrier band, with the first carrier bands being arranged adjacently in a first direction, and the second carrier bands being arranged adjacently in a second direction, with the directions crossing each other and the carrier bands (34, 36) being joined to one another and to the outer wall in order to form a rigid body.
Contact line system of a railway line, having at least one contact line for supplying power to at least one vehicle, having at least one structure, having at least one covered region in which an electrical clearance, dependent on a maximum expected overvoltage, from the at least one structure, through which the contact line and the railway line pass, is to be observed, and having at least two discharging devices that are connected on the one hand to the at least one contact line of the contact line system and on the other to ground potential, characterised in that the at least two discharging devices are arranged in relation to the at least one covered region of the at least one structure such that a protected section of the at least one contact line, which is formed by the at least two discharging devices, covers the covered region, wherein the at least two discharging devices the maximum expected overvoltage in the at least one covered region of the at least one structure and the electrical clearance, dependent on the maximum expected overvoltage and to be observed from the at least one structure reduces in the protected section to an electrical clearance below the electrical clearance to be observed from the at least one structure without the at least two discharging devices, wherein one of the at least two discharging devices is arranged upstream and downstream of the at least one covered region in each case, and wherein the at least one contact line of the contact line system is formed in the region between the discharging devices so that the impedance level is essentially constant. having at least one contact line for supplying power to at least one vehicle, having at least one structure, having at least one covered region in which an electrical clearance, dependent on a maximum expected overvoltage, from the at least one structure, through which the contact line and the railway line pass, is to be observed, and having at least two discharging devices that are connected on the one hand to the at least one contact line of the contact line system and on the other to ground potential, characterised in that the at least two discharging devices are arranged in relation to the at least one covered region of the at least one structure such that a protected section of the at least one contact line, which is formed by the at least two discharging devices, covers the covered region, wherein the at least two discharging devices the maximum expected overvoltage in the at least one covered region of the at least one structure and the electrical clearance, dependent on the maximum expected overvoltage and to be observed from the at least one structure reduces in the protected section to an electrical clearance below the electrical clearance to be observed from the at least one structure without the at least two discharging devices, wherein one of the at least two discharging devices is arranged upstream and downstream of the at least one covered region in each case, and wherein the at least one contact line of the contact line system is formed in the region between the discharging devices so that the impedance level is essentially constant.