mhurhangee/ep-ind-claims huggingface dataset:
A method of operating an electrochemical cell, the method comprising steps of: introducing a chloride-containing aqueous solution into an electrochemical cell between an anode and a cathode of the electrochemical cell; applying a current across the anode and the cathode at a voltage sufficient to generate a hypochlorite-containing product compound from the chloride-containing aqueous solution in the electrochemical cell; monitoring at least one parameter selected from the group consisting of the voltage, a concentration of dissolved hydrogen in a product solution generated in the electrochemical cell, and a condition of the aqueous solution associated with hydrogen gas production wherein the condition of the aqueous solution is selected from the group consisting of flow rate, dissolved oxygen concentration, dissolved hydrogen concentration, pH, ORP, and temperature of the aqueous solution being introduced into the electrochemical cell; and characterised by applying the current across the anode and the cathode in a pulsed waveform responsive to the at least one parameter being outside of a predetermined range wherein the parameters are controlled to maintain the voltage between 1.5 volts and 0.5 volts. introducing a chloride-containing aqueous solution into an electrochemical cell between an anode and a cathode of the electrochemical cell; applying a current across the anode and the cathode at a voltage sufficient to generate a hypochlorite-containing product compound from the chloride-containing aqueous solution in the electrochemical cell; monitoring at least one parameter selected from the group consisting of the voltage, a concentration of dissolved hydrogen in a product solution generated in the electrochemical cell, and a condition of the aqueous solution associated with hydrogen gas production wherein the condition of the aqueous solution is selected from the group consisting of flow rate, dissolved oxygen concentration, dissolved hydrogen concentration, pH, ORP, and temperature of the aqueous solution being introduced into the electrochemical cell; and characterised by applying the current across the anode and the cathode in a pulsed waveform responsive to the at least one parameter being outside of a predetermined range wherein the parameters are controlled to maintain the voltage between 1.5 volts and 0.5 volts.
A method for admission control of a wireless communications network, comprising: comparing, by a communications apparatus, waiting time for scheduling of a first service with a first admission threshold, wherein the first service is a service for which a bearer has been established, and wherein the waiting time for scheduling of the first service is a time interval from a time when the first service applies for a resource to be scheduled to a time when the first service obtains the scheduled resource; if the waiting time for scheduling of the first service is greater than the first admission threshold, comparing, by the communications apparatus, a satisfaction rate of the first service with a second admission threshold; and if the satisfaction rate of the first service is greater than or equal to the second admission threshold, allowing, by the communications apparatus, establishment of a bearer for a second service, wherein the second service is a service for which bearer establishment is requested. comparing, by a communications apparatus, waiting time for scheduling of a first service with a first admission threshold, wherein the first service is a service for which a bearer has been established, and wherein the waiting time for scheduling of the first service is a time interval from a time when the first service applies for a resource to be scheduled to a time when the first service obtains the scheduled resource; if the waiting time for scheduling of the first service is greater than the first admission threshold, comparing, by the communications apparatus, a satisfaction rate of the first service with a second admission threshold; and if the satisfaction rate of the first service is greater than or equal to the second admission threshold, allowing, by the communications apparatus, establishment of a bearer for a second service, wherein the second service is a service for which bearer establishment is requested.
A printing apparatus which is adapted to perform printing by using a printhead having storage means for storing specific information and a printing element for performing printing on a target printing medium, comprising: command generation means for generating a command for causing the printhead to perform predetermined processing; a carriage which is adapted to support the printhead and to scan the printhead on the target printing medium; and control means for receiving the command generated by said command generation means and outputting a control signal corresponding to the command to the printhead, characterized in that said command generation means is arranged on a printing apparatus main body, and said control means is arranged on said carriage, said command generation means is adapted to generate a command for accessing a memory, which does not include a specific address of a memory, and said control means comprises: signal generation means for generating an access signal containing an address for accessing the storage means based on the command for accessing a memory; and acquisition means for acquiring, from the storage means, the specific information corresponding to the access signal. command generation means for generating a command for causing the printhead to perform predetermined processing; a carriage which is adapted to support the printhead and to scan the printhead on the target printing medium; and control means for receiving the command generated by said command generation means and outputting a control signal corresponding to the command to the printhead, characterized in that said command generation means is arranged on a printing apparatus main body, and said control means is arranged on said carriage, said command generation means is adapted to generate a command for accessing a memory, which does not include a specific address of a memory, and said control means comprises: signal generation means for generating an access signal containing an address for accessing the storage means based on the command for accessing a memory; and acquisition means for acquiring, from the storage means, the specific information corresponding to the access signal. signal generation means for generating an access signal containing an address for accessing the storage means based on the command for accessing a memory; and acquisition means for acquiring, from the storage means, the specific information corresponding to the access signal.
An egg processing apparatus, comprising: a frame; a lift assembly operably engaged with the frame and having a motorized pulley system comprising an elongate drive member, a plurality of idler pulleys, and a drive pulley, the pulley system further comprising a drive assembly having a lift motor and a drive shaft, the drive pulley being attached to the drive shaft to facilitate rotation thereof; and an egg processing head having a plurality of egg processing devices, a head plate assembly, and a head crossbeam, each idler pulley being disposed along the elongate drive member between the drive pulley and the head crossbeam, the lift motor being centered directly above or below the egg processing head, the elongate drive member being operably engaged with the head crossbeam at opposite ends thereof such that rotation of the drive pulley causes the elongate drive member to wind upon or unwind from the drive pulley, thereby facilitating vertical motion of the egg processing head characterized in that when the elongate drive member is a single elongate drive member, it extends through a slot of the drive pulley and is drawn across the idler pulleys, or when there is a plurality of elongate drive members, they are attached to the drive pulley with fasteners and supported over the idler pulleys and then attached to opposite ends of the egg processing head using fasteners. a frame; a lift assembly operably engaged with the frame and having a motorized pulley system comprising an elongate drive member, a plurality of idler pulleys, and a drive pulley, the pulley system further comprising a drive assembly having a lift motor and a drive shaft, the drive pulley being attached to the drive shaft to facilitate rotation thereof; and an egg processing head having a plurality of egg processing devices, a head plate assembly, and a head crossbeam, each idler pulley being disposed along the elongate drive member between the drive pulley and the head crossbeam, the lift motor being centered directly above or below the egg processing head, the elongate drive member being operably engaged with the head crossbeam at opposite ends thereof such that rotation of the drive pulley causes the elongate drive member to wind upon or unwind from the drive pulley, thereby facilitating vertical motion of the egg processing head characterized in that when the elongate drive member is a single elongate drive member, it extends through a slot of the drive pulley and is drawn across the idler pulleys, or when there is a plurality of elongate drive members, they are attached to the drive pulley with fasteners and supported over the idler pulleys and then attached to opposite ends of the egg processing head using fasteners.
A system for collecting solar energy, comprising: an enclosure having an interior region, the enclosure further having: a support structure that includes a plurality of curved portions; and a flexible film carried by and fixed relative to the curved portions, the film having an anticlastic shape between neighboring curved portions and positioned to transmit solar radiation into the interior region; a receiver positioned in the interior region, the receiver carrying a working fluid and suspended from the curved portions; a solar concentrator positioned in the interior region to direct the solar radiation to the receiver to heat the working fluid. a support structure that includes a plurality of curved portions; and a flexible film carried by and fixed relative to the curved portions, the film having an anticlastic shape between neighboring curved portions and positioned to transmit solar radiation into the interior region; a receiver positioned in the interior region, the receiver carrying a working fluid and suspended from the curved portions; a solar concentrator positioned in the interior region to direct the solar radiation to the receiver to heat the working fluid.
A folding framework suitable for an item of folding furniture such as a sofa bed, the framework comprising: - a substantially rectangular head support mattress frame comprising a mattress mounting surface and a long side; - a substantially rectangular body support mattress frame comprising a mattress mounting surface and a long side pivotally connected to said long side of the head support mattress frame; - a head support coupling having a first end pivotally connected to the head support mattress frame; - a body support coupling having a first end pivotally connected to the body support mattress frame; and - a base beam provided in a longitudinal axis of the framework when unfolded and connected to a second end of the head support coupling; characterised in that the framework further comprises a front lever coupling and rear lever coupling; wherein a first end of the front lever coupling is pivotally connected to a frontal side of the body support coupling, a second end of the front lever coupling being pivotally connected to a frontal end of the base beam; wherein a first end of the rear lever coupling is pivotally connected to a second end of the body support coupling, a second end of the rear lever coupling being pivotally connected to the base beam. - a substantially rectangular head support mattress frame comprising a mattress mounting surface and a long side; - a substantially rectangular body support mattress frame comprising a mattress mounting surface and a long side pivotally connected to said long side of the head support mattress frame; - a head support coupling having a first end pivotally connected to the head support mattress frame; - a body support coupling having a first end pivotally connected to the body support mattress frame; and - a base beam provided in a longitudinal axis of the framework when unfolded and connected to a second end of the head support coupling; characterised in that the framework further comprises a front lever coupling and rear lever coupling; wherein a first end of the front lever coupling is pivotally connected to a frontal side of the body support coupling, a second end of the front lever coupling being pivotally connected to a frontal end of the base beam; wherein a first end of the rear lever coupling is pivotally connected to a second end of the body support coupling, a second end of the rear lever coupling being pivotally connected to the base beam.
An ink storage apparatus for a printing system, comprising: at least one ink container defining a storage volume for holding a predetermined volume of printing ink, wherein the ink container is elongate and has a substantially uniform cross-sectional profile perpendicular to a longitudinal axis thereof, wherein the cross-sectional profile of the ink container is elliptical or oval, wherein the ink container is configured to accommodate at least one agitator device within the storage volume inserted or arranged within the ink container in a direction which extends generally parallel to the longitudinal axis of the container and configured to rotate about an axis generally parallel to the longitudinal axis of the container. at least one ink container defining a storage volume for holding a predetermined volume of printing ink, wherein the ink container is elongate and has a substantially uniform cross-sectional profile perpendicular to a longitudinal axis thereof, wherein the cross-sectional profile of the ink container is elliptical or oval, wherein the ink container is configured to accommodate at least one agitator device within the storage volume inserted or arranged within the ink container in a direction which extends generally parallel to the longitudinal axis of the container and configured to rotate about an axis generally parallel to the longitudinal axis of the container.
An electrical connector (100, 200, 400), comprising: a first shell (110, 210) comprising an external threaded portion; a second shell (120, 220, 420) comprising an outer surface (123, 223, 423), wherein the outer surface (123, 223, 423) comprises an unthreaded portion, and wherein the unthreaded portion comprises a plurality of recesses (138, 238, 438) arranged around an annular track (139, 239, 439); a coupling nut (140, 240, 440) comprising an internal threaded portion (146, 246, 446) configured to threadably engage the external threaded portion of the first shell (110, 210), wherein the coupling nut (140, 240, 440) comprises a first retaining feature (149, 249); and an annular insert (150, 250, 450) comprising a second retaining feature (159, 259, 459), wherein the annular insert (150, 250, 450) is configured to be inserted into the coupling nut (140, 240, 440) such that the second retaining feature of the annular insert (150, 250, 450) engages the first retaining feature of the coupling nut (140, 240, 440) to fix the annular insert (150, 250, 450) within the coupling nut (140, 240, 440), and wherein the annular insert (150, 250, 450) comprises: an inner surface comprising a plurality of spring-loaded teeth (156, 256, 456) extending radially inward, wherein the spring-loaded teeth (156, 256, 456) are positioned around the unthreaded portion of the second shell (120, 220, 420) and are rotatably aligned with the recesses (138, 238, 438) in the second shell (120, 220, 420); characterized in that the annular insert (150, 250, 450) is comprised of a plastic material;and in that the annular insert (150, 250, 450) further comprises: a body (152, 252, 452);and a plurality of springs (154, 254, 454) comprised of the plastic material, wherein each spring further comprises a first end (153, 253) connected to the body (152, 252, 452), a second end (155, 255) connected to the body (152, 252, 452), and at least one of the spring-loaded teeth (154, 254, 454) intermediate the first end (153, 253) and the second end (155, 255).
A conveyor belt comprising a pulley cover layer, a carry cover layer, and at least one reinforcement layer disposed within the belt between the pulley cover layer and the carry cover layer, wherein the belt comprises a first edge section, a second edge section, and a load carrying section, wherein the first edge section and the second edge section are located on opposing sides of the conveyor belt and the load carrying section is located between the first edge section and the second edge section, wherein the reinforcement layer is comprised of a woven fabric comprising weft threads extending across the width of the belt and passing into both the first edge section and the second edge section, and wherein the woven fabric has warp threads located in the load carrying section of the conveyor belt extending longitudinally throughout the belt without passing into either the first edge section and the second edge section of the conveyor belt, wherein the woven fabric consists of the weft threads in the first edge section and the second edge section, and wherein the woven fabric consists of both the wrap threads and weft threads in the load carrying section.
Control, regulation and operating device for a cooking appliance, in particular a pressure cooker, with - an adjusting device for adjusting at least two different degrees of cooking, - a data memory in which food-specific cooking data are stored while taking into account the RGT rule (reaction speed-temperature-rule), - at least one sensor device for detecting at least one parameter that influences a cooking process, - at least one microcontroller and/or microprocessor for data processing and control/regulation of the cooking process as a function of the set degree of cooking and the food-specific cooking data while taking into account the RGT rule, characterised in that the degrees of cooking can be individually set, adjusted and stored. - an adjusting device for adjusting at least two different degrees of cooking, - a data memory in which food-specific cooking data are stored while taking into account the RGT rule (reaction speed-temperature-rule), - at least one sensor device for detecting at least one parameter that influences a cooking process, - at least one microcontroller and/or microprocessor for data processing and control/regulation of the cooking process as a function of the set degree of cooking and the food-specific cooking data while taking into account the RGT rule,
A valve comprising: - a chamber adapted to extend at least partly into a tank and adapted to be connected via an upper venting aperture to a venting circuit; and - a shut-off point defining a single maximum filling level within the tank, located away from said chamber, said shut-off point being in fluid communication with the chamber, characterized in that the shut-off point is in fluid communication with the chamber via a conduit, wherein said conduit comprises a venting tube. - a chamber adapted to extend at least partly into a tank and adapted to be connected via an upper venting aperture to a venting circuit; and - a shut-off point defining a single maximum filling level within the tank, located away from said chamber, said shut-off point being in fluid communication with the chamber,
A steering device comprising: a clamp mechanism including: a shaft rod bridged across a vehicle-body attachment bracket supporting a steering column; a fixed cam member and a movable cam member configured to cause mutually opposing cam protrusions (30, 33) to be engaged with each other, and axially move the shaft rod in cooperation with each other; and an operation lever for moving the movable cam member, characterized in that a buffer member is provided between a plurality of first stopper portions protruding along a circumferential direction on an outer edge portion of a cam protrusion-formed surface on which the cam protrusions of the fixed cam member are formed and a plurality of second stopper portions protruding along a circumferential direction on an outer edge portion of a cam protrusion-formed surface on which the cam protrusions of the movable cam member are formed such that the second stopper portions are loosely fitted into first notch portions formed between the plurality of first stopper portions, and the buffer member is connected to an outer ring portion that is fitted into an outer peripheral surface of at least one of the fixed cam member and the movable cam member. a clamp mechanism including: a shaft rod bridged across a vehicle-body attachment bracket supporting a steering column; a fixed cam member and a movable cam member configured to cause mutually opposing cam protrusions (30, 33) to be engaged with each other, and axially move the shaft rod in cooperation with each other; and an operation lever for moving the movable cam member, characterized in that a buffer member is provided between a plurality of first stopper portions protruding along a circumferential direction on an outer edge portion of a cam protrusion-formed surface on which the cam protrusions of the fixed cam member are formed and a plurality of second stopper portions protruding along a circumferential direction on an outer edge portion of a cam protrusion-formed surface on which the cam protrusions of the movable cam member are formed such that the second stopper portions are loosely fitted into first notch portions formed between the plurality of first stopper portions, and the buffer member is connected to an outer ring portion that is fitted into an outer peripheral surface of at least one of the fixed cam member and the movable cam member.