mhurhangee/ep-ind-claims huggingface dataset:
A refrigerator comprising - a body wherein beverages and foodstuffs are placed and that has an inlet port enabling the user to access therein, two side walls and a rear wall; - one or more than one door that prevents heat transfer between the body and an outer environment when closed, that enables the user to access the interior of the body when opened and that is mounted to one side of the body; - at least one drawer that is disposed into the body and that moves in an horizontal plane between the side walls; - a spring that is fixed to the side wall and that enables the drawer to automatically close when a force applied onto the drawer in the open position is removed; and - a connection member with one end connected to the spring and the other end to the drawer; characterized by - a locking means that is fixed to the side wall, - a motor that moves the locking means and that is controlled by a control unit, and - a pin that is fixed to the side of the drawer and that moves together with the drawer, wherein the pin remains between the rear wall and the locking means when the drawer is closed and remains between the inlet port and the locking means when the drawer is open. - a body wherein beverages and foodstuffs are placed and that has an inlet port enabling the user to access therein, two side walls and a rear wall; - one or more than one door that prevents heat transfer between the body and an outer environment when closed, that enables the user to access the interior of the body when opened and that is mounted to one side of the body; - at least one drawer that is disposed into the body and that moves in an horizontal plane between the side walls; - a spring that is fixed to the side wall and that enables the drawer to automatically close when a force applied onto the drawer in the open position is removed; and - a connection member with one end connected to the spring and the other end to the drawer; characterized by - a locking means that is fixed to the side wall, - a motor that moves the locking means and that is controlled by a control unit, and - a pin that is fixed to the side of the drawer and that moves together with the drawer, wherein the pin remains between the rear wall and the locking means when the drawer is closed and remains between the inlet port and the locking means when the drawer is open.
On-load tap changer with an electric motor, which is mechanically coupled with a force storage unit of the on-load tap changer by way of a transmission provided with a transmission housing, wherein the transmission comprises a transmission shaft formed with a toothing, characterised in that the transmission shaft has an extension having a free end for attachment of a tool for drawing up a force storage unit.
A method of producing a powder product comprising: feeding a precursor powder material into a jet mill; feeding a gas into the jet mill to initiate a jet milling operation to produce size-reduced particles; and coating size-reduced particles with oil so that newly exposed surfaces of size-reduced particles are coated with oil, wherein said coating comprises one or more selected from the group consisting of a post-milling oil injection process and a pre-milling oil injection process. feeding a precursor powder material into a jet mill; feeding a gas into the jet mill to initiate a jet milling operation to produce size-reduced particles; and coating size-reduced particles with oil so that newly exposed surfaces of size-reduced particles are coated with oil, wherein said coating comprises one or more selected from the group consisting of a post-milling oil injection process and a pre-milling oil injection process.
A test and measurement instrument, comprising: a display configured to present a plurality of traces; a first user interface control associated with a first input channel; and a second user interface control associated with a second input channel; wherein the first user interface control is operable to select a first frequency domain acquisition parameter used to acquire a first input signal, and the second user interface control is operable to select a second frequency domain acquisition parameter used to acquire a second input signal simultaneously with the first input signal; wherein the second frequency domain acquisition parameter is independent from the first frequency domain acquisition parameter; and wherein the test and measurement instrument is configured to present simultaneously, on the display, a first trace based on the first input signal, and a second trace based on the second input signal. a display configured to present a plurality of traces; a first user interface control associated with a first input channel; and a second user interface control associated with a second input channel; wherein the first user interface control is operable to select a first frequency domain acquisition parameter used to acquire a first input signal, and the second user interface control is operable to select a second frequency domain acquisition parameter used to acquire a second input signal simultaneously with the first input signal; wherein the second frequency domain acquisition parameter is independent from the first frequency domain acquisition parameter; and wherein the test and measurement instrument is configured to present simultaneously, on the display, a first trace based on the first input signal, and a second trace based on the second input signal.
A method of making cheese, the method comprising providing a cheese-forming liquid, acidifying the cheese-forming liquid, subjecting the cheese-forming liquid to enzymatic coagulation to obtain a gel, cutting the gel so as to obtain a composition comprising curd particles, allowing the curd particles to form a curd block, and allowing the curd block to ripen into cheese, wherein the cheese-forming liquid is a high-solids casein-containing oil-in-water emulsion having a dry-matter solids content of 15 wt.% to 40 wt.%; the method comprising adding an amount of 5 wt.% to 40 wt.% of water onto the gel before or during the cutting.
A modified release formulation of mazindol comprising: a. mazindol as an active pharmaceutical ingredient, b. at least one mazindol-containing component comprising a release controlling polymer selected from pH-dependent polymers and pH-independent polymers, c. and a pharmaceutically acceptable low-moisture excipient, and wherein the total amount of water in the formulation is less than 2 % by weight of the formulation, wherein a first mazindol-containing component is an extended release component or a delayed release component and a second mazindol-containing component is an immediate release component, an extended release component, or a delayed release component, wherein each delayed release component comprises from 5% to 99% by weight of the formulation of at least one pH-dependent polymer and said extended release component comprises from 5% to 99% by weight of the formulation of a pH-independent polymer. a. mazindol as an active pharmaceutical ingredient, b. at least one mazindol-containing component comprising a release controlling polymer selected from pH-dependent polymers and pH-independent polymers, c. and a pharmaceutically acceptable low-moisture excipient, and wherein the total amount of water in the formulation is less than 2 % by weight of the formulation,
A force sensor comprising a central axis, lower and upper annular support surfaces (10, 10') and an outer diameter D A for measuring axially occurring forces in manually operated or pneumatic presses wherein said force sensor comprises a piezoelectric force washer prestressed between a stud and a nut and comprising a plug connection, wherein said nut comprises an inner end face having a first hole of a first diameter with an internal thread and the lower annular support surface, and wherein the stud comprises a through-hole and a head part including the upper annular support surface, as well as a hollow expansion screw having an inner diameter (D I) and an external thread on its end face, said hollow expansion screw passing through the force washer and engaging the internal thread of the nut, the nut comprising a second hole of a second diameter that is smaller than the inner diameter (D I) of the hollow expansion screw that extends through the nut towards the lower support surface, wherein the inner wall of the second hole is formed as a centering support to enable a sliding fit, characterized in that the diameter of the second hole represents at least one quarter of said outer diameter (D A) and the length of the second hole is at least as long as its diameter, and wherein in the central portion of the second hole said nut comprises a radial hole from the outside up to the inner wall having an internal thread into which a grub screw is inserted.
A server apparatus comprising: a non-volatile storage means (205, 411) configured to store setting information used by a client apparatus to operate, a reception means (207, 414) configured to receive, from a first client apparatus, as update information, a deletion request for deleting a part of the setting information stored in the storage means (205, 411); a control means (203, 415) configured to perform control in such a manner that update history information remains to be stored in the storage means (205, 411), wherein the update history information indicates the update information in association with a deletion flag set for the update information upon receipt of the deletion request; a notification means (207, 414) configured to notify a second client apparatus of the update information indicating that the part of the setting information for which the deletion request has been made is deleted for performing synchronization processing with the second client apparatus; and wherein the control means (203, 415) is further configured to perform control in such a manner that the update history information is deleted from the storage means (205, 411) when a predetermined condition is satisfied after the deletion request is received, wherein the predetermined condition is satisfied when the server apparatus determines that synchronization processing has been completed for all of the client apparatuses connected to the server apparatus after the time at which the deletion flag has been set. a non-volatile storage means (205, 411) configured to store setting information used by a client apparatus to operate, a reception means (207, 414) configured to receive, from a first client apparatus, as update information, a deletion request for deleting a part of the setting information stored in the storage means (205, 411); a control means (203, 415) configured to perform control in such a manner that update history information remains to be stored in the storage means (205, 411), wherein the update history information indicates the update information in association with a deletion flag set for the update information upon receipt of the deletion request; a notification means (207, 414) configured to notify a second client apparatus of the update information indicating that the part of the setting information for which the deletion request has been made is deleted for performing synchronization processing with the second client apparatus; and wherein the control means (203, 415) is further configured to perform control in such a manner that the update history information is deleted from the storage means (205, 411) when a predetermined condition is satisfied after the deletion request is received, wherein the predetermined condition is satisfied when the server apparatus determines that synchronization processing has been completed for all of the client apparatuses connected to the server apparatus after the time at which the deletion flag has been set.
An integrated vortex separator, comprising: a housing defining a first stage, the housing in communication with a waste inlet capable of receiving a waste stream, the first stage associated with a primary vortex flow for removing at least one of a first liquid component and a first solid component from the waste stream to produce a primary airstream; the primary vortex flow associated with a helical vector; a filter assembly comprising an outer inverted cone, an inner inverted cone, and a conical cavity therebetween, the conical cavity defining a second stage associated with a secondary vortex flow for removing at least one of a second liquid component and a second solid component from the primary airstream to produce a secondary airstream; a plurality of radial vanes extending between the inner inverted cone and the outer inverted cone in a spaced apart relationship, the plurality of radial vanes defining a plurality of portals between the first stage and the second stage and configured to at least one of slow and redirect the secondary vortex flow against the inner inverted cone by reversing the helical vector of the primary vortex flow and at least one exhaust port in communication with the conical cavity, the exhaust port configured to withdraw the secondary airstream from the second stage under suction. a housing defining a first stage, the housing in communication with a waste inlet capable of receiving a waste stream, the first stage associated with a primary vortex flow for removing at least one of a first liquid component and a first solid component from the waste stream to produce a primary airstream; the primary vortex flow associated with a helical vector; a filter assembly comprising an outer inverted cone, an inner inverted cone, and a conical cavity therebetween, the conical cavity defining a second stage associated with a secondary vortex flow for removing at least one of a second liquid component and a second solid component from the primary airstream to produce a secondary airstream; a plurality of radial vanes extending between the inner inverted cone and the outer inverted cone in a spaced apart relationship, the plurality of radial vanes defining a plurality of portals between the first stage and the second stage and configured to at least one of slow and redirect the secondary vortex flow against the inner inverted cone by reversing the helical vector of the primary vortex flow and at least one exhaust port in communication with the conical cavity, the exhaust port configured to withdraw the secondary airstream from the second stage under suction.
Apparatus, comprising: an energy generator, configured to supply first ablation power at a first frequency and second ablation power at a second frequency different from the first frequency, the generator further including a transformer with a plurality of selectable secondary taps and a controller, the controller configured to measure the first and second ablation powers and select one of the taps to keep the first and second ablation powers, respectively, constant; and a probe, comprising at least one electrode coupled to receive the first and second ablation powers simultaneously and to dissipate the first and second ablation powers in body tissue in contact with the at least one electrode. an energy generator, configured to supply first ablation power at a first frequency and second ablation power at a second frequency different from the first frequency, the generator further including a transformer with a plurality of selectable secondary taps and a controller, the controller configured to measure the first and second ablation powers and select one of the taps to keep the first and second ablation powers, respectively, constant; and a probe, comprising at least one electrode coupled to receive the first and second ablation powers simultaneously and to dissipate the first and second ablation powers in body tissue in contact with the at least one electrode.
Method for operating an exhaust purification device of an internal combustion engine arranging an NOx selective reduction catalyst in an engine exhaust passage, feeding a urea aqueous solution stored in a urea aqueous solution tank to the NOx selective reduction catalyst, and using ammonia produced from the urea aqueous solution to selectively reduce NOx contained in an exhaust gas, wherein urea aqueous solution refill judging means for judging if the urea aqueous solution has been refilled in the urea aqueous solution tank and NOx purification rate judging means for judging if the NOx purification rate has fallen to an allowable level or less are provided and, characterized in that exhaust purification device is enabled to judge if the refilled urea aqueous solution is abnormal by executing a routine using urea aqueous solution abnormality judging means for judging if the refilled urea aqueous solution is abnormal when it is judged that the NOx purification rate has fallen to the allowable level or less at the time of engine operation right after the urea aqueous solution has been refilled in the urea aqueous solution tank, wherein opening and closing of a urea aqueous solution refill port of the urea aqueous solution tank are detected and it is judged that the urea aqueous solution is refilled when the urea aqueous solution refill port is opened and closed.
Load-bearing structure, in particular for onshore and/or offshore wind turbines, having a first end, which is the lower end in the in-use state and faces towards an underlying structure which receives the load-bearing structure, and a second, upper end, which is arranged situated opposite the first end, and multiple supporting struts (6, 6'), which extend substantially from the lower end to the upper end of the load-bearing structure and, in the in-use state, are inclined at an angle to a vertical, wherein the supporting struts (6, 6') have multiple arcuate curved strut portions (8, 8') and two supporting struts (6, 6') arranged adjacent to one another are connected to one another in the region of their curved strut portions (8, 8') by means of at least one plate-like connecting element (18, 36, 36'), characterized in that the multiple supporting struts (6, 6') extend continuously from the lower end to the upper end of the load-bearing structure.
An antenna arrangement for the production of chip cards, in particular chip cards used in the UHF frequency range, having a substrate and a plurality of antenna conductor structures formed on the substrate using a coating method, the antenna conductor structures having a terminal arrangement for connecting the antenna conductor structures to a chip, wherein the substrate is formed as a substrate sheet, and the antenna conductor structures are disposed on the substrate sheet in a matrix arrangement having a plurality of columns and rows, wherein the antenna conductor structures feature at least one dipole arrangement, characterised in that the dipole arrangement features a first antenna strand and a second antenna strand, which each extend longitudinally along a column separation line and a row separation line for separating the antenna conductor structures, and which are connected with one another in an intersection zone of the separation lines via a coupling conductor section.
A terminal, wherein the terminal comprises a detection circuit, a conversion circuit, a transmitter, a receiver, a central processing unit, CPU, a charging circuit, and a battery, wherein the detection circuit is configured to detect a value of a voltage between positive and negative electrodes of the battery; the CPU is configured to generate instruction information according to the value of the voltage between the positive and negative electrodes of the battery; the transmitter is configured to send the instruction information to a charger connected to the terminal, for the charger to determine a charging mode according to the instruction information, and obtain a current value corresponding to the charging mode and adjust an output voltage to K times the value of the voltage between the positive and negative electrodes of the battery according to the instruction information and an output current according to the current value; the receiver is configured to receive the output voltage and the output current transmitted from the charger, wherein the receiver is electrically connected to the charger; the conversion circuit is configured to: convert the output voltage received by the receiver into 1/K times the output voltage, and convert the output current received by the receiver into K times the output current, wherein the conversion circuit is a conversion circuit with a fixed conversion ratio, the conversion coefficient K is a constant value, and K is any real number greater than 1; and the charging circuit is configured to charge the battery with the 1/K times the output voltage and the K times the output current.
A Radio Frequency, RF, filter comprising: a coupler (110, 210, 310, 410) for receiving an input signal through a first port, dividing the input signal, outputting the divided signals through second and third ports, combining signals received through the second and third ports according to phases of the signals, and outputting the combined signal through the first port or as an output signal of the RF filter through a fourth port; and a first filter unit (120, 220, 320, 420) having a first port connected to the second port of the coupler (110, 210, 310, 410) and a second port connected to the third port of the coupler (110, 210, 310, 410), for having a predetermined frequency filtering characteristic, wherein the first filter unit (120, 220, 320, 420) comprises: a first filter having one end connected to the first port of the first filter unit and another end that is opened; a second filter having one end connected to the second port of the first filter unit; and a phase shifter having one end connected to another end of the second filter and having another end that is opened, wherein the phase shifter is arranged to dynamically adjust phase variation of a signal through the second filter. a coupler (110, 210, 310, 410) for receiving an input signal through a first port, dividing the input signal, outputting the divided signals through second and third ports, combining signals received through the second and third ports according to phases of the signals, and outputting the combined signal through the first port or as an output signal of the RF filter through a fourth port; and a first filter unit (120, 220, 320, 420) having a first port connected to the second port of the coupler (110, 210, 310, 410) and a second port connected to the third port of the coupler (110, 210, 310, 410), for having a predetermined frequency filtering characteristic, wherein the first filter unit (120, 220, 320, 420) comprises: a first filter having one end connected to the first port of the first filter unit and another end that is opened; a second filter having one end connected to the second port of the first filter unit; and a phase shifter having one end connected to another end of the second filter and having another end that is opened, wherein the phase shifter is arranged to dynamically adjust phase variation of a signal through the second filter. a first filter having one end connected to the first port of the first filter unit and another end that is opened; a second filter having one end connected to the second port of the first filter unit; and a phase shifter having one end connected to another end of the second filter and having another end that is opened, wherein the phase shifter is arranged to dynamically adjust phase variation of a signal through the second filter.