mhurhangee/ep-ind-claims huggingface dataset:
A system for controlling the composition of a plating solution, the system comprising: a visible light spectrometer configured to measure an absorbance of the plating solution, the absorbance of the plating solution being an indication of the concentration of different metal ions in the plating solution; a Raman spectrometer configured to measure a concentration of a reducing agent in the plating solution; a pH probe configured to measure a pH level of the plating solution; and a controller configured to utilize the measurements of the visible light spectrometer, the Raman spectrometer, and the pH probe to determine dosing additions of a chemical makeup solution, the reducing agent, a pH adjusting solution, and deionized water to the plating solution, the dosing additions functioning to replace plating solution components diminished by a plating process, the controller further configured to determine replenishment additions of the chemical makeup solution, the reducing agent, the pH adjusting solution, and deionized water to the plating solution, the replenishment additions functioning to maintain a target volume of the plating solution. a visible light spectrometer configured to measure an absorbance of the plating solution, the absorbance of the plating solution being an indication of the concentration of different metal ions in the plating solution; a Raman spectrometer configured to measure a concentration of a reducing agent in the plating solution; a pH probe configured to measure a pH level of the plating solution; and a controller configured to utilize the measurements of the visible light spectrometer, the Raman spectrometer, and the pH probe to determine dosing additions of a chemical makeup solution, the reducing agent, a pH adjusting solution, and deionized water to the plating solution, the dosing additions functioning to replace plating solution components diminished by a plating process, the controller further configured to determine replenishment additions of the chemical makeup solution, the reducing agent, the pH adjusting solution, and deionized water to the plating solution, the replenishment additions functioning to maintain a target volume of the plating solution.
A chromatographic strip for the performance of a glucose-6-phosphate dehydrogenase (G6PD) assay comprising a first and a second pad in fluid communication and sequentially positioned on an adhesive backing, wherein the first pad is a sample receiving pad adapted to receive a blood sample which flows laterally and chromatographically through said sample receiving pad, and the second pad is a substrate pad having a confined substrate zone on which has been movably deposited within an area near its interface with the sample receiving pad a dry mixture of components including a substrate for the enzyme glucose-6-phosphate dehydrogenase (G6PD) and nitroblue tetrazolium, and an initially substrate free zone at the end of the chromatographic strip farthest from the sample receiving pad, wherein the first sample receiving pad allows said blood sample to flow chromatographically into the second substrate pad, and wherein the first sample receiving pad further comprises a lysing agent capable to lyse red blood cells. the first pad is a sample receiving pad adapted to receive a blood sample which flows laterally and chromatographically through said sample receiving pad, and the second pad is a substrate pad having a confined substrate zone on which has been movably deposited within an area near its interface with the sample receiving pad a dry mixture of components including a substrate for the enzyme glucose-6-phosphate dehydrogenase (G6PD) and nitroblue tetrazolium, and an initially substrate free zone at the end of the chromatographic strip farthest from the sample receiving pad, wherein the first sample receiving pad allows said blood sample to flow chromatographically into the second substrate pad, and wherein the first sample receiving pad further comprises a lysing agent capable to lyse red blood cells.
Transmission unit for a vehicle equipped with propulsion pedals, comprising: a central shaft with two opposite ends configured, each, for supporting a pedal crank; a transmission output shaft coaxial with the central shaft and configured for outputting mechanical power; a planetary gear unit carried by the central shaft and configured for transmitting mechanical power from an input shaft (12.0) of said planetary gear unit to the transmission output shaft, according to several selectable transmission ratios; an electric motor unit operatively coupled to the planetary gear unit in order to transmit mechanical power to the transmission output shaft; a housing carrying the central shaft, the transmission output shaft and the planetary gear unit; characterized in that the electric motor unit is coaxial with the central shaft and comprises an output shaft (14.0) fixedly coupled to the input shaft (12.0) of the planetary gear unit, and the central shaft is coupled to said output shaft (14.0) of the electric motor unit and said input shaft (12.0) of the planetary gear unit by a freewheel. a central shaft with two opposite ends configured, each, for supporting a pedal crank; a transmission output shaft coaxial with the central shaft and configured for outputting mechanical power; a planetary gear unit carried by the central shaft and configured for transmitting mechanical power from an input shaft (12.0) of said planetary gear unit to the transmission output shaft, according to several selectable transmission ratios; an electric motor unit operatively coupled to the planetary gear unit in order to transmit mechanical power to the transmission output shaft; a housing carrying the central shaft, the transmission output shaft and the planetary gear unit; characterized in that the electric motor unit is coaxial with the central shaft and comprises an output shaft (14.0) fixedly coupled to the input shaft (12.0) of the planetary gear unit, and the central shaft is coupled to said output shaft (14.0) of the electric motor unit and said input shaft (12.0) of the planetary gear unit by a freewheel.
Dashboard indicator comprising a single-piece needle rotatably mounted on a spindle of a drive motor, the needle comprising a bent arm terminated by an indicating end folded towards its spindle in order to be driven in circular translation in front of a dial disposed on a light duct, the dial and the light duct extending between the indicating end and the arm of the needle, concealed by the guide and the dial, lighting means located in a zone close to the spindle being provided for direct illumination of the arm and of the end of the folded needle, characterised in that the needle arm, forming a light guide, comprises, in a zone close to the spindle, a first, outer inclined face for entry of light, and a second, inner inclined face for entry of light, said inclined faces (14, 15) reflecting the light from at least one of the lighting means, - the light from at least one of the lighting means being reflected, by reason of the inclined faces (14, 15), in the needle arm and its indicating end, and - by reason of the transparency of the needle arm, the light from at least one of the lighting means passes through the needle arm in the zones where the inclined faces (14, 15) are provided, in order to provide indirect illumination of the dial. - the light from at least one of the lighting means being reflected, by reason of the inclined faces (14, 15), in the needle arm and its indicating end, and - by reason of the transparency of the needle arm, the light from at least one of the lighting means passes through the needle arm in the zones where the inclined faces (14, 15) are provided, in order to provide indirect illumination of the dial.
Ophthalmic composition comprising the association of lactobionic acid, or a salt thereof, ranging between 1% w/w and 5% w/w, and hyaluronic acid, or a salt thereof, ranging between 0.01% w/w and 1.0% w/w, and one or more pharmaceutically acceptable excipients and carriers.
A power transceiver comprising a resonant circuit including a coil and a capacitor (5, 5A, 5B), said coil capable of electromagnetic coupling with an external object (11, 31), and said transceiver further comprising a detecting section adapted to determine a Q value representing a relationship of conservation and loss of energy and indicating a resonant intensity of said resonant circuit and further adapted to perform detection concerning a state of the electromagnetic coupling with the external object (11, 31) based on the determined Q value; and a communication control section adapted to perform the communication with the external object (11, 31), wherein after the Q value is determined, the communication control section is adapted, after being instructed by the detecting section, to output a transmission signal to the detected object and to determine whether there is a response to the transmission signal present or not, wherein the detecting section is adapted to detect whether a conductor or another circuit including another coil is present in the vicinity of the coil (5, 5A, 5B) as the state of the electromagnetic coupling with the external object (11, 31), wherein when the presence of the conductor or the another circuit in the vicinity of the coil (5, 5A, 5B) is detected, the detecting section is further adapted to detect whether the detected object is one of the conductor and the another circuit, and wherein the detecting section is adapted to detect whether the detected object is one of the conductor or the another circuit based on a result of determining whether a response is returned back from the external object (11, 31). a detecting section adapted to determine a Q value representing a relationship of conservation and loss of energy and indicating a resonant intensity of said resonant circuit and further adapted to perform detection concerning a state of the electromagnetic coupling with the external object (11, 31) based on the determined Q value; and a communication control section adapted to perform the communication with the external object (11, 31), wherein after the Q value is determined, the communication control section is adapted, after being instructed by the detecting section, to output a transmission signal to the detected object and to determine whether there is a response to the transmission signal present or not, wherein the detecting section is adapted to detect whether a conductor or another circuit including another coil is present in the vicinity of the coil (5, 5A, 5B) as the state of the electromagnetic coupling with the external object (11, 31), wherein when the presence of the conductor or the another circuit in the vicinity of the coil (5, 5A, 5B) is detected, the detecting section is further adapted to detect whether the detected object is one of the conductor and the another circuit, and wherein the detecting section is adapted to detect whether the detected object is one of the conductor or the another circuit based on a result of determining whether a response is returned back from the external object (11, 31).
Process for the production of a crosswound long roll of an at least single-side-adhesive adhesive tape in which the at least one adhesive side has been covered with a liner, in the form of an Archimedean spiral, where a core has been releasably fixed on an axle, and the adhesive tape covered with the liner is wound on to this core, a pressure roll is in contact with the curved surface of the core or with the adhesive tape which has been covered with the liner and which has already been wound on the core, in such a way as to give a nip between pressure roll and curved surface of the core or adhesive tape covered with the liner, where core and pressure roll rotate in opposite directions, the liner is unwound from a liner roll, the liner is placed on to the at least one open adhesive side of the adhesive tape which is guided on the pressure roll in the direction of the nip, and the laminate made of adhesive tape and liner is guided on the pressure roll into the nip, the adhesive tape covered with the liner is wound up on the core, where the liner roll of the liner and the pressure roll are moved to and fro synchronously in a movement parallel to the axis of the long roll, where the liner is wider than the adhesive tape (based in each case on the transverse direction of liner and adhesive tape), and is laminated on to the adhesive tape in such a way that it protrudes at both edges of the adhesive tape.
A method for packaging liquid sludges from an urban and / or industrial wastewater treatment in which the sludge is subjected to a mechanical dewatering step followed by a thermal drying step in a liquid sludge packaging plant, so as to obtain a high degree of dryness, preferably greater than 90%, comprising mechanical dewatering means followed by a thermal dryer, and means for injecting ferric chloride and injection means (8,9) of quicklime or slaked lime on the sludge, between the mechanical dewatering means and the thermal dryer, and / or at the inlet of the thermal dryer, characterized in that the ferric chloride and quicklime or slaked lime are injected on the sludge between the dehydration step and the drying step and / or at the entry of the drying step, so as to achieve a e coating the mud cake without excessive mixing to avoid any thixotropic reaction, so that the sludge sticking during the drying step is decreased and the evaporation capacity is improved.
A method for controlling a controllable acoustic valve of a hearing device, the controllable acoustic valve comprising - a moveable valve element adapted to be positioned in one of at least two essentially stable states, wherein the moveable valve element is configured to be maintained in each of the essentially stable states by a retention force, and wherein a neutral point with essentially cancelling retention forces exists between the least two essentially stable states, the method comprising the step of - providing a first drive signal to the controllable acoustic valve in order to overcome a retention force of a first essentially stable state in order to initiate movement of the moveable valve element from the first essentially stable state to a second essentially stable state, wherein the provided first drive signal is capable of bringing the moveable valve element from the first essentially stable state and beyond a neutral point between the first and second essentially stable states, characterized in that the applied first drive signal comprises a plurality of pulses each having a variable duration, and wherein one or more pulses have a positive polarity and wherein one or more pulses have a negative polarity. - a moveable valve element adapted to be positioned in one of at least two essentially stable states, wherein the moveable valve element is configured to be maintained in each of the essentially stable states by a retention force, and wherein a neutral point with essentially cancelling retention forces exists between the least two essentially stable states, - providing a first drive signal to the controllable acoustic valve in order to overcome a retention force of a first essentially stable state in order to initiate movement of the moveable valve element from the first essentially stable state to a second essentially stable state, wherein the provided first drive signal is capable of bringing the moveable valve element from the first essentially stable state and beyond a neutral point between the first and second essentially stable states,
A surgical cutting instrument comprising: a first cutting blade having a tubular body with a distal end and a proximal end, a cutting window that is sideward-facing disposed at the distal end and including a cutting edge; a second cutting blade movably disposed inside the first cutting blade and having a distal cutting portion that, together with the cutting edge of the cutting window, cuts tissue by moving within the first cutting blade; at least one first electrode located adjacent to at least the cutting edge at the distal end of the first cutting blade; and control circuitry configured to control an electrical power signal supplied to the at least one first electrode, characterized in that the control circuitry varies the electrical power signal based on a position of the second cutting blade relative to the first cutting blade, a rotating speed of the second cutting blade, or both. a first cutting blade having a tubular body with a distal end and a proximal end, a cutting window that is sideward-facing disposed at the distal end and including a cutting edge; a second cutting blade movably disposed inside the first cutting blade and having a distal cutting portion that, together with the cutting edge of the cutting window, cuts tissue by moving within the first cutting blade; at least one first electrode located adjacent to at least the cutting edge at the distal end of the first cutting blade; and control circuitry configured to control an electrical power signal supplied to the at least one first electrode, characterized in that the control circuitry varies the electrical power signal based on a position of the second cutting blade relative to the first cutting blade, a rotating speed of the second cutting blade, or both.
Apparatus for closing flexible-tube packs filled with pasty contents, in particular for closing sausages, having a carrying frame, having a closing device, which is arranged on the carrying frame and is designed so that a filled pack strand which is moving in a conveying direction is thereby subdivided into portions and the resulting portions are thereby closed using closure clips, and having a conveyor-belt device, which is arranged on the carrying frame downstream of the closing device, as seen in the conveying direction, and, in its operating position, is intended to transport the portions away from the closing device, characterized in that the conveyor-belt device is connected to the carrying frame via a mounting arrangement, which allows the conveyor-belt device to pivot about a vertical pivot axis from the operating position into a pivoted-out position, wherein it is possible for the conveyor belt to operate in the pivoted-out position.
A vehicle door hinge, comprising: a hinge mounting seat comprising a first axle housing and a second axle housing; a hinge arm comprising a working portion and a connection portion for connecting with a vehicle door, wherein the working portion comprises a height adjustment axle block mounting portion and an opening state adjustment axle block mounting portion; and an axle-pin structure unit comprising a hinge height adjustment axle block and a hinge opening state adjustment axle block, wherein one end of the hinge height adjustment axle block is connected to the first axle housing to form a first rotation axis, and the other end of the hinge height adjustment axle block is connected to the height adjustment axle block mounting portion to form a second rotation axis, and wherein one end of the hinge opening state adjustment axle block is connected to the second axle housing to form a third rotation axis, and the other end of the hinge opening state adjustment axle block is connected to the opening state adjustment axle block mounting portion to form a fourth rotation axis, wherein the first rotation axis, the second rotation axis, the third rotation axis, and the fourth rotation axis intersect at a point, characterised in that the point is on the hinge height adjustment axle block. a hinge mounting seat comprising a first axle housing and a second axle housing; a hinge arm comprising a working portion and a connection portion for connecting with a vehicle door, wherein the working portion comprises a height adjustment axle block mounting portion and an opening state adjustment axle block mounting portion; and an axle-pin structure unit comprising a hinge height adjustment axle block and a hinge opening state adjustment axle block, wherein one end of the hinge height adjustment axle block is connected to the first axle housing to form a first rotation axis, and the other end of the hinge height adjustment axle block is connected to the height adjustment axle block mounting portion to form a second rotation axis, and wherein one end of the hinge opening state adjustment axle block is connected to the second axle housing to form a third rotation axis, and the other end of the hinge opening state adjustment axle block is connected to the opening state adjustment axle block mounting portion to form a fourth rotation axis, wherein the first rotation axis, the second rotation axis, the third rotation axis, and the fourth rotation axis intersect at a point, characterised in that the point is on the hinge height adjustment axle block.
A Ni-based single crystal superalloy which has the following composition: Co: 0.0 wt% or more to 15.0 wt% or less, Cr: 4.1 to 8.0 wt%, Mo: 2.1 to 6.5 wt%, W: 0.0 to 3.9 wt%, Ta: 4.0 to 10.0 wt%, Al: 4.5 to 6.5 wt%, Ti: 0.0 to 1.0 wt%, Hf: 0.00 to 0.5 wt%, Nb: 0.0 to 3.0 wt%, Re: 3.0 to 8.0 wt% and Ru: 0.5 to 6.5 wt%, optionally the following components: B: 0.05 wt% or less, C: 0.15 wt% or less, Si: 0.1 wt% or less, Y: 0.1 wt% or less, La: 0.1 wt% or less, Ce: 0.1 wt% or less, V: 1 wt% or less and Zr: 0.1 wt% or less with the balance being Ni and unavoidable impurities, wherein P1 ≤ 700 is satisfied in which P1 represents a parameter 1, which is obtained by a formula: P1 = 137 × [W (wt%)] + 24 × [Cr (wt%)] + 46 × [Mo (wt%)] - 18 × [Re (wt%)]. B: 0.05 wt% or less, C: 0.15 wt% or less, Si: 0.1 wt% or less, Y: 0.1 wt% or less, La: 0.1 wt% or less, Ce: 0.1 wt% or less, V: 1 wt% or less and Zr: 0.1 wt% or less
Soil working implement having at least one row of tines, the tines are equipped with soil working tools, and a roller being arranged behind the soil working tools in the working direction, levelling means being provided which are arranged behind the soil working tools and in front of the roller, wherein the levelling means consist of motor-driven levelling tools which are designed to effect a transverse distribution of the soil loosened by the soil working tools, in such a way that higher-lying soil is conveyed into the furrows left behind by the soil working tools, characterized in that means such as sensors and/or cameras are provided, which detect the degree of levelling of the levelling tools and change the setting of the levelling tools via a control device as a function of the detected data in terms of control such that a preset range of the degree of levelling is not dropped or not exceeded.
A method for producing bifunctional furan epoxy (BFFE), the method using a bio-based monofunctional furan raw material to produce BFFE, and the method comprising: synthesizing BFFE raw material by reacting furfuryl alcohol, liquid formaldehyde, and an acid-base mixture catalyst; and polymerizing BFFE by adding epichlorohydrin, a base catalyst, and a solvent to the BFFE raw material, wherein the solvent comprises one or more solvents selected from a group consisting of ether based alcohols comprising ethylene glycol methyl ether, propylene glycol methyl ether (PGME), and butylene glycol methyl ether synthesizing BFFE raw material by reacting furfuryl alcohol, liquid formaldehyde, and an acid-base mixture catalyst; and polymerizing BFFE by adding epichlorohydrin, a base catalyst, and a solvent to the BFFE raw material, wherein the solvent comprises one or more solvents selected from a group consisting of ether based alcohols comprising ethylene glycol methyl ether, propylene glycol methyl ether (PGME), and butylene glycol methyl ether