mhurhangee/ep-ind-claims huggingface dataset:
A mobile boration apparatus as capable of providing nuclear reactor systems with borated coolant (30, 50) that can mix components on site, to provide borated water, the mobile boration apparatus comprising: a) a mobile transportation means containing: b) a water source (10, 32); c) a H 2 BO 3 powder or other water soluble boron source (14, 36); d) a heater (12, 41) to heat water from the water source; e) a mixer (20, 44) arranged for metered mixing of the heated water and of said H 2 BO 3 powder or said other water soluble boron source (14, 36) to provide a metered appropriate concentration of initial water/boric acid slurry that is desired, which slurry during continued mixing provides a borated/boric acid water solution (30, 50); f) a fluid exit for boric acid solution; wherein g) the mobile transportation means is arranged for transporting the solution to a nuclear reactor system, eliminating major storage on site of the solution, h) and wherein the mixer (20, 44) is arranged to provide sufficient mechanical agitation to ensure boric acid goes into solution and air entrainment is less than 1 vol.% in the downstream flow. a) a mobile transportation means containing: b) a water source (10, 32); c) a H 2 BO 3 powder or other water soluble boron source (14, 36); d) a heater (12, 41) to heat water from the water source; e) a mixer (20, 44) arranged for metered mixing of the heated water and of said H 2 BO 3 powder or said other water soluble boron source (14, 36) to provide a metered appropriate concentration of initial water/boric acid slurry that is desired, which slurry during continued mixing provides a borated/boric acid water solution (30, 50); f) a fluid exit for boric acid solution; g) the mobile transportation means is arranged for transporting the solution to a nuclear reactor system, eliminating major storage on site of the solution, h) and wherein the mixer (20, 44) is arranged to provide sufficient mechanical agitation to ensure boric acid goes into solution and air entrainment is less than 1 vol.% in the downstream flow.
Method for cleaning items to be cleaned, wherein a cleaning device having at least one cleaning chamber and at least one application device for applying at least one cleaning fluid to the items to be cleaned in the cleaning chamber is used, wherein the method comprises the following steps: a. prespecifying a target hygiene value which is to be achieved with the cleaning; b. time-resolved recording of at least two influencing variables which have an influence on a hygienization of the items to be cleaned, wherein the influencing variables are selected from the group consisting of: a duration of the cleaning; at least one temperature of the at least one cleaning fluid; at least one concentration of at least one disinfectant in the at least one cleaning fluid; at least one concentration of at least one detergent concentrate in the at least one cleaning fluid; at least one measurement variable which is characteristic of an effect of a final rinse operation; c. determining hygiene value shares from the influencing variables using a prespecified relationship between each influencing variable and the respective hygiene value share of said influencing variable; d. ascertaining an expected actual hygiene value at the end of the cleaning from the hygiene value shares; e. comparing the expected actual hygiene value with the target hygiene value; and f. influencing at least one influencing variable depending on the result of the comparison. a. prespecifying a target hygiene value which is to be achieved with the cleaning; b. time-resolved recording of at least two influencing variables which have an influence on a hygienization of the items to be cleaned, wherein the influencing variables are selected from the group consisting of: a duration of the cleaning; at least one temperature of the at least one cleaning fluid; at least one concentration of at least one disinfectant in the at least one cleaning fluid; at least one concentration of at least one detergent concentrate in the at least one cleaning fluid; at least one measurement variable which is characteristic of an effect of a final rinse operation; c. determining hygiene value shares from the influencing variables using a prespecified relationship between each influencing variable and the respective hygiene value share of said influencing variable; d. ascertaining an expected actual hygiene value at the end of the cleaning from the hygiene value shares; e. comparing the expected actual hygiene value with the target hygiene value; and f. influencing at least one influencing variable depending on the result of the comparison.
A transfer decorative sheet comprising a base film and at least a peel layer provided on one surface thereof, wherein the surface of the base film at the peel layer side is subjected to release treatment, and the other surface of the base film which is brought into contact with a metal die at a production process for a decorated molding has an average surface roughness Ra of 0.08 to 1 μm, characterized in that said other surface of the base film is made as a coated resin composition coating the base film and containing a matrix of an acryl base resin and a matting agent.
Evaporator for heat exchange between fluids, comprising a housing having at least one inlet (20; 27) and at least one outlet (26;28, 29) for each fluid, the inlet (20; 27) and outlet (26;28) for each fluid being connected to one another by a flow path (38; 58), the flow path of a first fluid comprising multiple heat exchange modules comprising at least one longitudinal hollow tube, wherein the modules are arranged in a stack spaced apart from the housing leaving free a gap, wherein the evaporator comprises a first distributor for connecting the inlet for the first fluid to the flow path of the first fluid, and a first collector for connecting the flow path of the first fluid to the outlet for the first fluid, wherein the space enclosed between adjacent modules in the stack defines a flow path for a second fluid, and the housing comprises at least one outlet for a vapour phase of the second fluid and at least one outlet for a liquid phase of the second fluid, which is arranged at a lower height than the at least one outlet for a vapour phase of the second fluid, characterised in that each module is provided with at least one connector for connecting to a co-operating connector of each adjacent module, the connectors substantially extending over the whole length of the module, parallel to the longitudinal axis of the module, and wherein the flow path for the second fluid extends parallel to the flow path for the first fluid, and the evaporator comprises a second distributor and a second collector for the second fluid, which are in fluid communication via the space enclosed between adjacent modules in the stack defining the flow path for the second fluid, and the gap between the housing and the stack defines at least a liquid recycle zone for containing the second fluid, which liquid recycle zone is in fluid communication with the inlet for the second fluid and the second distributor for the second fluid, and a phase separation zone for separating a vapour phase and a liquid phase of the second fluid, which phase separation zone is in fluid communication with the second collector for the second fluid, the outlet for the vapour phase of the second fluid and the liquid recycle zone of the gap, and wherein at both ends of the longitudinal tube the ends of the connectors have been removed over a certain length..
Method for producing a structured surface on a steel embossing roller by means of short pulse laser, the structuring being a macrostructuring with dimensions of over 20 μ m and depths up to 150 μ m and more that is produced by a parameter combination of a) fluence in the range of 0.5 J/cm 2 to 70 J/cm 2, b) wavelength 532 nm to 1064 nm, c) repetition rate 1 kHz to 10 MHz, d) pulse to pulse spacing on the workpiece of 10% to 50% of the beam diameter for the femtosecond laser and of 10-25% and 40-50% of the beam diameter for the picosecond laser for high and low densities respectively, and e) position of the laser beam focus plane on or slightly below the workpiece surface, and f) deflection velocities up to 100 m/s and more. a) fluence in the range of 0.5 J/cm 2 to 70 J/cm 2, b) wavelength 532 nm to 1064 nm, c) repetition rate 1 kHz to 10 MHz, d) pulse to pulse spacing on the workpiece of 10% to 50% of the beam diameter for the femtosecond laser and of 10-25% and 40-50% of the beam diameter for the picosecond laser for high and low densities respectively, and e) position of the laser beam focus plane on or slightly below the workpiece surface, and f) deflection velocities up to 100 m/s and more.
A cap assembly for a secondary battery, comprising: a cap plate having an electrode lead-out hole; an electrode terminal composed only of a terminal plate, wherein the terminal plate is located at a side of the cap plate and covers the electrode lead-out hole; a first fixing member at least partly surrounding the terminal plate to fix the electrode terminal to the first fixing member; and a second fixing member connected with the cap plate and including a main portion, wherein the second fixing member is separated from the electrode terminal by the first fixing member; wherein the main portion is provided with an engaging hole and the first fixing member is provided with an inserting portion, and the inserting portion is inserted into the engaging hole, and the terminal plate and the second fixing member are located on the same side of the cap plate. a cap plate having an electrode lead-out hole; an electrode terminal composed only of a terminal plate, wherein the terminal plate is located at a side of the cap plate and covers the electrode lead-out hole; a first fixing member at least partly surrounding the terminal plate to fix the electrode terminal to the first fixing member; and a second fixing member connected with the cap plate and including a main portion, wherein the second fixing member is separated from the electrode terminal by the first fixing member; wherein the main portion is provided with an engaging hole and the first fixing member is provided with an inserting portion, and the inserting portion is inserted into the engaging hole, and the terminal plate and the second fixing member are located on the same side of the cap plate.
A method for applying material to a bicycle frame, comprising: determining, via a controller, at least one physical dimension of the bicycle frame; determining, via the controller, a distance setting between at least two material applicators; determining, via the controller, a pattern size of material sprayed onto the bicycle frame by each of the at least two material applicators; adjusting, via the controller, a position setting of the at least two material applicators based at least in part on the distance setting and the pattern size, wherein adjusting the position setting of the at least two material applicators is based at least in part on the pattern size through each of the at least two material applicators intersecting one another, wherein the pattern size is an amount of area covered by material sprayed through each of the at least two material applicators; and applying, via the controller, material onto the bicycle frame through the at least two material applicators. determining, via a controller, at least one physical dimension of the bicycle frame; determining, via the controller, a distance setting between at least two material applicators; determining, via the controller, a pattern size of material sprayed onto the bicycle frame by each of the at least two material applicators; adjusting, via the controller, a position setting of the at least two material applicators based at least in part on the distance setting and the pattern size, wherein adjusting the position setting of the at least two material applicators is based at least in part on the pattern size through each of the at least two material applicators intersecting one another, wherein the pattern size is an amount of area covered by material sprayed through each of the at least two material applicators; and applying, via the controller, material onto the bicycle frame through the at least two material applicators.
A refining vessel for high-temperature melt comprising a gas blowing nozzle configured from a refractory for gas blowing nozzle with at least one gas-blowing metal tubule embedded in a carbon-containing refractory, the refractory for gas blowing nozzle including a central refractory embedded with the at least one metal tubule, and an outer refractory circumferentially surrounding the central refractory, the refractory for gas blowing nozzle having a horizontal projection in which a minimum radius of an imaginary circle encompassing all the metal tubules embedded in the central refractory is R (mm), wherein the central refractory has an outline that falls between one circle that is concentric with the imaginary circle and has a radius of R+10 mm, and another circle that is concentric with the imaginary circle and has a radius of R+150 mm, wherein, the central refractory being formed of a MgO-C refractory having a carbon content of 30 to 80 mass%, and the outer refractory being formed of a MgO-C refractory having a carbon content of 10 to 25 mass%. a gas blowing nozzle configured from a refractory for gas blowing nozzle with at least one gas-blowing metal tubule embedded in a carbon-containing refractory, the refractory for gas blowing nozzle including a central refractory embedded with the at least one metal tubule, and an outer refractory circumferentially surrounding the central refractory, the refractory for gas blowing nozzle having a horizontal projection in which a minimum radius of an imaginary circle encompassing all the metal tubules embedded in the central refractory is R (mm), wherein the central refractory has an outline that falls between one circle that is concentric with the imaginary circle and has a radius of R+10 mm, and another circle that is concentric with the imaginary circle and has a radius of R+150 mm, wherein, the central refractory being formed of a MgO-C refractory having a carbon content of 30 to 80 mass%, and the outer refractory being formed of a MgO-C refractory having a carbon content of 10 to 25 mass%.
An additional light system for warning bars with LED hole matrix display, wherein the hole matrix display is provided with a plurality of light exit openings on a light exit side, characterized in at least one printed circuit board with a number of LEDs which can be placed on at least one section of the light exit side of the hole matrix display, the printed circuit board having light exit openings which are arranged in such a way that they match light exit openings of the hole matrix display, and wherein the LEDs, in the intended assembly condition of the printed circuit board on the hole matrix display, are arranged on the side of the printed circuit board facing away from the light exit side of the hole matrix display between light exit openings.
A few-moded optical fiber device to process an input optical signal comprising mode-A, mode-B, mode-C, and mode-D, wherein the transverse optical modes are different from each other, the device comprising: an input few-moded fiber enabled to receive the input signal; a first set of mode converters configured to convert mode-A to mode-B, the first set of mode converters further configured to convert mode-C to mode-D; a first few-moded connecting fiber optically coupled to the first set of mode converters; a second set of mode converters configured to convert mode-B to mode-C, the second set of mode converters further configured to convert mode-D to mode-A; a second few-moded connecting fiber optically coupled to the second set of mode converters; a third set of mode converters configured to convert mode-C to mode-D, the third set of mode converters further configured to convert mode-A to mode-B; a third few-moded connecting fiber optically coupled to the third set of mode converters; a fourth set of mode converters configured to convert mode-D to mode-A, the fourth set of mode converters further configured to convert mode-B to mode-C; and an output few-moded fiber coupled to a fourth set of mode converters to provide an output optical signal, the output optical signal comprising mode-A, mode-B, mode-C, and mode-D, the output optical signal being substantially identical to the input optical signal in one or more of gain, loss, group delay, and dispersion. an input few-moded fiber enabled to receive the input signal; a first set of mode converters configured to convert mode-A to mode-B, the first set of mode converters further configured to convert mode-C to mode-D; a first few-moded connecting fiber optically coupled to the first set of mode converters; a second set of mode converters configured to convert mode-B to mode-C, the second set of mode converters further configured to convert mode-D to mode-A; a second few-moded connecting fiber optically coupled to the second set of mode converters; a third set of mode converters configured to convert mode-C to mode-D, the third set of mode converters further configured to convert mode-A to mode-B; a third few-moded connecting fiber optically coupled to the third set of mode converters; a fourth set of mode converters configured to convert mode-D to mode-A, the fourth set of mode converters further configured to convert mode-B to mode-C; and an output few-moded fiber coupled to a fourth set of mode converters to provide an output optical signal, the output optical signal comprising mode-A, mode-B, mode-C, and mode-D, the output optical signal being substantially identical to the input optical signal in one or more of gain, loss, group delay, and dispersion.
A device for visualization of internal tissue of a patient's uterus, the device comprising a hand-held control unit, an elongated member, and an image capturing tip, the control unit being dimensioned to be held by a user's hand, the elongated member having a proximal end connected to the hand-held control unit and a distal end connected to the image capturing tip, where the image capturing tip is configured to communicate video signals with a monitor, wherein the elongated member forms a straight portion extending along a straight axis and a curved portion forming a curvature away from the straight axis, the curved portion being between the image capturing tip and the straight portion, wherein the elongated member comprises an inner tube and an outer tube, the inner tube being rotational in the outer tube and comprising a rigid inner section axially coextending a flexible outer section (26, 61) of the outer tube, the rigid inner section having a curvature which forms the curvature of the curved portion by deflection of the flexible outer section, wherein the image capturing tip is fixed to the outer tube, wherein the outer tube is fixed to the hand-held control unit, wherein the inner tube is rotationally suspended in the image capturing tip and suspended on the hand-held control unit in a rotational suspension, and wherein the device further comprises an outer conduit between the outer tube and the inner tube, and an inner conduit within the inner tube, the outer conduit extending between an outer inlet and an outer outlet, and the inner conduit extending between an inner inlet and an inner outlet, and wherein the rotational suspension of the inner tube in the image capturing tip forms a liquid tight connection to the inner conduit to thereby prevent mixing of fluid in the inner and outer conduits.
Wire-guiding roller or drum, for guiding diamond wires in multi-wire machines for cutting natural or artificial stone in blocks, comprising: rotating supporting members of the roller or drum on a supporting pin (39, 40), a coating of cured soft material provided with grooves (8, 9) for housing and guiding diamond wires closed in a ring and contiguous characterised in that the roller or drum is divided into at least two roller or drum sections to constitute at least two roller or drum portions, for guiding a number of contiguous diamond wires in a number greater than two for each roller or drum portion, correspondingly each section has with the respective roller or drum portion a respective hub provided with rotating supporting members, associated to the supporting pin of the roller or drum of the multi-wire machine, with a rapidly detachable coupling between said hub and said roller or drum portion, the coating of soft material being made up of a coating strip of soft material and with grooves (8, 9) for housing the diamond wire rings, which is held in the correct position by a locking element of the two contiguous ends (4, 5) in the circumferential development of the coating strip.
A computer-implemented method for planning a repositioning of teeth of a patient, comprising: providing a digital model of each tooth on an arch of the patient; determining one or more tooth parameters from the digital model; digitally moving one or more tooth models and evaluating one or more treatment metrics based on one or more root movement clinical constraints, further comprising: determining a surface area, volume or root volume for each tooth model, and determining a first sum for said surface areas, volumes or root volumes for all tooth models to be moved on an arch; determining a second sum for said surface areas, volumes or root volumes of all tooth models on the arch; and satisfying a predetermined respective area or volume constraint while moving the tooth models. providing a digital model of each tooth on an arch of the patient; determining one or more tooth parameters from the digital model; digitally moving one or more tooth models and evaluating one or more treatment metrics based on one or more root movement clinical constraints, further comprising: determining a surface area, volume or root volume for each tooth model, and determining a first sum for said surface areas, volumes or root volumes for all tooth models to be moved on an arch; determining a second sum for said surface areas, volumes or root volumes of all tooth models on the arch; and satisfying a predetermined respective area or volume constraint while moving the tooth models. determining a surface area, volume or root volume for each tooth model, and determining a first sum for said surface areas, volumes or root volumes for all tooth models to be moved on an arch; determining a second sum for said surface areas, volumes or root volumes of all tooth models on the arch; and satisfying a predetermined respective area or volume constraint while moving the tooth models.
An electrochemical element comprising: an electrode layer; and an electrolyte layer arranged on the electrode layer, characterized in, that the electrode layer has a plurality of pores that are open on a face thereof in contact with the electrolyte layer, the pores are filled with fine particles made of the same components as the electrolyte layer, and a relative density of agglomerate of the fine particles filled into the pores of the electrode layer is lower than a relative density of the electrolyte layer. an electrode layer; and an electrolyte layer arranged on the electrode layer, characterized in, that the electrode layer has a plurality of pores that are open on a face thereof in contact with the electrolyte layer, the pores are filled with fine particles made of the same components as the electrolyte layer, and a relative density of agglomerate of the fine particles filled into the pores of the electrode layer is lower than a relative density of the electrolyte layer.