mhurhangee/ep-ind-claims huggingface dataset:
A vacuum heat treating furnace for the heat treatment of metal parts comprising: a pressure vessel; a hot zone enclosure positioned inside said pressure vessel to define a hot zone within the heat treating furnace; a heating element array (24, 26, 28) positioned inside said hot zone enclosure; and a source of electric energy; wherein said heating element array comprises: a first heating element suspended on an inner wall of the hot zone enclosure in a first region of the hot zone, said first heating element having a first end and a second end wherein the first end is connected to the source of electric energy; a second heating element suspended on the inner wall of the hot zone enclosure in a second region of the hot zone opposite to the first region, said second heating element having a first end and a second end, wherein the first end is connected to the source of electric energy; and a center heating element suspended from the hot zone enclosure between said first and second heating elements, said center heating element having first and second connection terminals (45a, 45b) at a first end thereof and a second end, wherein the first connection terminal is connected to the second end of the first heating element and the second connection terminal is connected to the second end of the second heating element, whereby the center heating element is connected to the source of electric energy through said first and second heating elements (24, 26); and a hanger assembly having a first end attached to the hot zone enclosure and a second end connected to the second end of the center heating element whereby the center heating element is suspended from the hot zone enclosure. a pressure vessel; a hot zone enclosure positioned inside said pressure vessel to define a hot zone within the heat treating furnace; a heating element array (24, 26, 28) positioned inside said hot zone enclosure; and a source of electric energy; a first heating element suspended on an inner wall of the hot zone enclosure in a first region of the hot zone, said first heating element having a first end and a second end wherein the first end is connected to the source of electric energy; a second heating element suspended on the inner wall of the hot zone enclosure in a second region of the hot zone opposite to the first region, said second heating element having a first end and a second end, wherein the first end is connected to the source of electric energy; and a center heating element suspended from the hot zone enclosure between said
An antenna device, comprising: an antenna substrate in which an array antenna comprising at least one first radiation element (221, 222, 223) is disposed; and a cover separated by a predetermined distance or more from the antenna substrate and comprising at least one second radiation element (241, 242, 243, 244) disposed to correspond to the at least one first radiation element (221, 222, 223); characterized in that, the antenna device further comprising a main board, wherein the antenna substrate disposes the array antenna at one surface thereof and is electrically connected to a radio frequency integrated circuit, RFIC, disposed at the main board at the other surface thereof, wherein in at least a portion of the cover, at least one piezoelectric actuator (1111, 1112) is disposed, wherein the at least one piezoelectric actuator (1111, 1112) is coupled to a film, and at least one second radiation element (241, 242) is disposed on the film, and wherein the main board further comprises a processor configured to generate a signal that is adapted to control a length of the piezoelectric actuator (1111, 1112) according to reception sensitivity or radiation sensitivity of radio waves and is electrically connected to the piezoelectric actuator (1111, 1112). an antenna substrate in which an array antenna comprising at least one first radiation element (221, 222, 223) is disposed; and a cover separated by a predetermined distance or more from the antenna substrate and comprising at least one second radiation element (241, 242, 243, 244) disposed to correspond to the at least one first radiation element (221, 222, 223); characterized in that, the antenna device further comprising a main board, wherein the antenna substrate disposes the array antenna at one surface thereof and is electrically connected to a radio frequency integrated circuit, RFIC, disposed at the main board at the other surface thereof, wherein in at least a portion of the cover, at least one piezoelectric actuator (1111, 1112) is disposed, wherein the at least one piezoelectric actuator (1111, 1112) is coupled to a film, and at least one second radiation element (241, 242) is disposed on the film, and wherein the main board further comprises a processor configured to generate a signal that is adapted to control a length of the piezoelectric actuator (1111, 1112) according to reception sensitivity or radiation sensitivity of radio waves and is electrically connected to the piezoelectric actuator (1111, 1112).
A compound of the formula 1 wherein Z is a leaving group and at least one of position 1, 2, 3, 4, 5, 6, 7 or 8 is bound to radical Y; Y is R 1 is at each occurrence independently a (C 1 -C 8)-alkyl; R 2 is independently selected from the group consisting of-C NR-, -C NR-(C 1 -C 8)-alkyl-NR-, -NRC - and -NRC -(C 1 -C 8)-alkyl-NR; R is independently either hydrogen or (C 1 -C 8)-alkyl; at least one of an available position 1, 2, 3, 4, 5, 6, 7 or 8 is optionally bound to radical X; X is -SO 3 -R 3; R 3 is independently selected from the group consisting of hydrogen, (C 1 -C 8)-alkyl and (C 1 -C 8)-alkyl-R 4; and R 4 is a polymer. wherein Z is a leaving group and at least one of position 1, 2, 3, 4, 5, 6, 7 or 8 is bound to radical Y; Y is R 1 is at each occurrence independently a (C 1 -C 8)-alkyl; R 2 is independently selected from the group consisting of-C NR-, -C NR-(C 1 -C 8)-alkyl-NR-, -NRC - and -NRC -(C 1 -C 8)-alkyl-NR; R is independently either hydrogen or (C 1 -C 8)-alkyl; at least one of an available position 1, 2, 3, 4, 5, 6, 7 or 8 is optionally bound to radical X; X is -SO 3 -R 3; R 3 is independently selected from the group consisting of hydrogen, (C 1 -C 8)-alkyl and (C 1 -C 8)-alkyl-R 4; and R 4 is a polymer.
A method of controlling a motor operating a pumping apparatus of a system, the pumping apparatus comprising a pump and the motor coupled to the pump to operate the pump, the method comprising: determining a trip value for a parameter; monitoring the operation of the pump, the monitoring act comprising determining a value for the parameter, comparing the value to the trip value, and determining from the comparison the condition of the pump; and controlling the motor to operate the pump based on the condition of the pump; and floating the trip value throughout continuous operation of the pump, characterized in that floating the trip value includes calculating an average value with the value for the parameter over a period of time, determining a new trip value with the average value and setting the trip value to the newly-determined trip value. determining a trip value for a parameter; monitoring the operation of the pump, the monitoring act comprising determining a value for the parameter, comparing the value to the trip value, and determining from the comparison the condition of the pump; and determining a value for the parameter, comparing the value to the trip value, and determining from the comparison the condition of the pump; and controlling the motor to operate the pump based on the condition of the pump; and floating the trip value throughout continuous operation of the pump, characterized in that floating the trip value includes calculating an average value with the value for the parameter over a period of time, determining a new trip value with the average value and setting the trip value to the newly-determined trip value.
A method for storing electrical energy in a solid matter, characterised by comprising: (i) a reduction segment consisting of an electrolyser with a cathode and an anode, where an electrolysis is carried out with an electrical energy source, wherein from an electrolyte solution, which is a solution of an energy carrier chloride salt, a reduction of the energy carrier ions is carried out until a solid energy carrier is produced, which has a very high volume energy density and is chemically stable, wherein a chlorine gas is produced, and (ii) an oxidation segment that includes a reaction vessel with an HC1 solution, wherein a chemical reaction occurs in the reaction vessel between the solid energy carrier obtained in the reduction segment and the HC1 solution, wherein heat, a chloride salt solution of the energy carrier, and hydrogen are produced. (i) a reduction segment consisting of an electrolyser with a cathode and an anode, where an electrolysis is carried out with an electrical energy source, wherein from an electrolyte solution, which is a solution of an energy carrier chloride salt, a reduction of the energy carrier ions is carried out until a solid energy carrier is produced, which has a very high volume energy density and is chemically stable, wherein a chlorine gas is produced, and (ii) an oxidation segment that includes a reaction vessel with an HC1 solution, wherein a chemical reaction occurs in the reaction vessel between the solid energy carrier obtained in the reduction segment and the HC1 solution, wherein heat, a chloride salt solution of the energy carrier, and hydrogen are produced.
An Optical Network Unit, ONU, in a Passive Optical Network, PON, the ONU comprising: a receiver module configured to receive a first physical layer operations, administration, and maintenance, PLOAM, message from an optical line terminal, OLT, that indicates a reduced rate mode, and a component comprised within the receiver module, the component configured to transition from a normal operation mode to the reduced rate mode in response to the receiver module receiving the PLOAM message, wherein operating in the normal operation mode comprises receiving a downstream signal from the OLT at a nominal data rate, and wherein operating in the reduced rate mode comprises receiving the downstream signal from the OLT at a reduced data rate that is less than the nominal data rate but greater than zero. a receiver module configured to receive a first physical layer operations, administration, and maintenance, PLOAM, message from an optical line terminal, OLT, that indicates a reduced rate mode, and a component comprised within the receiver module, the component configured to transition from a normal operation mode to the reduced rate mode in response to the receiver module receiving the PLOAM message, wherein operating in the normal operation mode comprises receiving a downstream signal from the OLT at a nominal data rate, and wherein operating in the reduced rate mode comprises receiving the downstream signal from the OLT at a reduced data rate that is less than the nominal data rate but greater than zero.
A method of operating an extruder assembly to form a three-dimensional build object comprising: positioning with at least one actuator an extruder having at least one opening that defines an extrusion area through which material can be extruded from the at least one opening, the extruder being positioned to cover a first portion of the extrusion area with a portion of an object supported on a build platen and to leave open a second portion of the extrusion area; and extruding a first continuous ribbon of build material adjacent to the object through the second portion of the extrusion area while moving the extruder along the object with the at least one actuator. positioning with at least one actuator an extruder having at least one opening that defines an extrusion area through which material can be extruded from the at least one opening, the extruder being positioned to cover a first portion of the extrusion area with a portion of an object supported on a build platen and to leave open a second portion of the extrusion area; and extruding a first continuous ribbon of build material adjacent to the object through the second portion of the extrusion area while moving the extruder along the object with the at least one actuator.
A radio communication base station apparatus comprising: a decision section; and a scheduling section; characterized in that the decision section is adapted to decide a number of divisions, into which a transmission signal, which includes a plurality of pilot blocks and which is received from a radio communication terminal apparatus, is divided in the frequency domain, wherein the decision section is further adapted to increase the number of divisions in proportion to the number of pilot blocks included in the received transmission signal; and the scheduling section is adapted to schedule, based on the decided number of divisions and channel estimation, allocation of the transmission signal to a frequency resource, wherein the transmission signal is divided into the decided number of divisions, and wherein each of the divisions includes a certain number of pilot blocks or more, the certain number of pilot blocks being the number of pilot blocks with which satisfactory channel estimation accuracy is obtained. a decision section; and a scheduling section; characterized in that the decision section is adapted to decide a number of divisions, into which a transmission signal, which includes a plurality of pilot blocks and which is received from a radio communication terminal apparatus, is divided in the frequency domain, wherein the decision section is further adapted to increase the number of divisions in proportion to the number of pilot blocks included in the received transmission signal; and the scheduling section is adapted to schedule, based on the decided number of divisions and channel estimation, allocation of the transmission signal to a frequency resource, wherein the transmission signal is divided into the decided number of divisions, and wherein each of the divisions includes a certain number of pilot blocks or more, the certain number of pilot blocks being the number of pilot blocks with which satisfactory channel estimation accuracy is obtained.
An aircraft cabin having a floor and a ceiling and comprising a lighting system, the lighting system including an electrical light source and a photoluminescent light source comprising photoluminescent material, wherein in use the electrical light source is configured to charge the photoluminescent light source, the system being arranged such that the photoluminescent light source is at or near floor level of the cabin for guiding passengers to an exit and the electrical light source is provided at or near the ceiling of the cabin and the system being configured within the aircraft cabin such that an area in which the photoluminescent material is located receives a light output from the electrical light source, the photoluminescent material being provided in a track (59, 61) on the floor along an aisle of the aircraft cabin such that an upper surface of the track (59, 61) is exposed to light from the electrical light source and the photoluminescent material is chargeable by light from the electrical light source through the upper surface of the track and characterised in that the cabin comprises storage units extending along the length of the cabin and the ceiling is capable of reflecting light and the electrical light source is adjustable to configure the electrical light source so that the light output reflected by the ceiling is more concentrated in the area of the aisle, the electrical light source comprising a plurality of light emitting diodes and comprising an elongate casing having an elongate base and an elongate cover, said electrical light source being mounted along the length of the cabin and wherein the base is attached to a bracket to mount the electrical light source on a support surface of the cabin and wherein the bracket is adjustable during installation or maintenance to alter the orientation of the electrical light source to concentrate the light output reflected by the ceiling in the area of the aisle, a plurality of electrical light sources being located on top of the storage units to illuminate the ceiling and the orientation of the electrical light sources being adjustable during installation or maintenance so that light reflected from the ceiling is more concentrated in the area of the aisle.
Forming tool comprising two tool parts (2, 5) that can be moved relative to each other in a working direction for holding and forming a panel between them, in order to form a formed part therefrom, a plurality of adjustable guides for making contact with a circumferential edge of the panel in order to position the latter between the two tool parts (2, 5) transversely with respect to the working direction, the guides each having an actuator, via which a panel contacting element of the respective guide can be moved transversely with respect to the working direction in order to position the panel, and a sensor arrangement for sensing at least one parameter connected with the forming of the panel, characterized in that the sensor arrangement is configured to sense, as the at least one parameter, in a manner corresponding to each guide, at least one characteristic value (a1.n - a4.n) which correlates with a panel-based shape change distribution in the formed part, and in that a control device is provided, which is connected to the respective actuators of the guides and the sensor arrangement, and which is configured to actuate the actuators on the basis of the sensed characteristic values (a1.n to a4.n) to move the panel contacting elements such that a predetermined desired shape change distribution is achieved on the formed part.
A dishwasher, comprising a tub portion adapted to receive dishware therein; a fluid circulation system configured to circulate dishwashing fluid about the dishware within the tub portion; and a descale system in fluid communication with the fluid circulation system; the descale system being configured to selectively introduce a descaling substance into the dishwashing fluid circulated within the fluid circulation system such that the descaling substance is distributed to both the tub portion and the fluid circulation system for descaling thereof; the dishwasher further comprising a controller device configured to direct a plurality of automatic dishwasher programs to be executed by the dishwasher, including an automatic descaling program, whereby the controller device is configured to selectively control introduction of the descaling substance into the fluid circulation system, wherein the fluid circulation system includes a washing fluid circuit configured to circulate, via at least one wash water distribution provision of the washing fluid circuit, wash water having a detergent substance carried thereby about the dishware within the tub portion, and a rinse fluid circuit, said circulation system comprising a heating unit disposed along the rinse fluid circuit and the rinse fluid circuit being configured to circulate, via at least one rinse water distribution provision of the rinse fluid circuit, rinse water heated by the heating unit about the dishware within the tub portion, the descale system being in fluid communication with the rinse fluid circuit, said dishwasher being characterized by additionally comprising a dilution sensor, which is in communication with the controller device and is configured to determine a descaling substance dilution level indicative of an amount of descaling substance present in the dishwashing fluid circulating through the fluid circulation system, wherein said rinse fluid circuit is discrete from the washing fluid circuit, and the dilution sensor is disposed along the rinse fluid circuit so as to evaluate in a direct or indirect manner the value of the dilution of the descaling substance in the circulated dishwashing fluid.
An electro-acoustic hearing prosthesis, comprising: an intra-cochlear stimulating assembly configured to be implanted in a recipient, wherein the intra-cochlear stimulating assembly comprises a plurality of stimulating contacts configured to deliver electrical stimulation signals to the recipient; and an acoustic receiver configured to deliver acoustic stimulation signals to the recipient; characterized by one or more processors configured to: sample, via one or more of the stimulating contacts, neural activity of the recipient in response to measurement stimulation signals delivered by the electro- acoustic hearing prosthesis, analyze the sampled neural activity to determine that the recipient has experienced a sound perception change, and adjust, based on the sound perception change experienced by the recipient, one or more settings of the electro-acoustic hearing prosthesis used to convert sound signals into the acoustic stimulation signals or the electrical stimulation signals, wherein the one or more settings are adjusted to restore the recipient's sound perception to a predetermined sound perception. an intra-cochlear stimulating assembly configured to be implanted in a recipient, wherein the intra-cochlear stimulating assembly comprises a plurality of stimulating contacts configured to deliver electrical stimulation signals to the recipient; and an acoustic receiver configured to deliver acoustic stimulation signals to the recipient; characterized by one or more processors configured to: sample, via one or more of the stimulating contacts, neural activity of the recipient in response to measurement stimulation signals delivered by the electro- acoustic hearing prosthesis, analyze the sampled neural activity to determine that the recipient has experienced a sound perception change, and adjust, based on the sound perception change experienced by the recipient, one or more settings of the electro-acoustic hearing prosthesis used to convert sound signals into the acoustic stimulation signals or the electrical stimulation signals, wherein the one or more settings are adjusted to restore the recipient's sound perception to a predetermined sound perception. sample, via one or more of the stimulating contacts, neural activity of the recipient in response to measurement stimulation signals delivered by the electro- acoustic hearing prosthesis, analyze the sampled neural activity to determine that the recipient has experienced a sound perception change, and adjust, based on the sound perception change experienced by the recipient, one or more settings of the electro-acoustic hearing prosthesis used to convert sound signals into the acoustic stimulation signals or the electrical stimulation signals, wherein the one or more settings are adjusted to restore the recipient's sound perception to a predetermined sound perception.
An antibody having the ability of binding to CLD18A2 and mediating killing and/or inhibition of proliferation of cells expressing CLD18A2, wherein said antibody is for use in a method of preventing or treating a Krukenberg tumor, wherein said CLD18A2 is a polypeptide having the amino acid sequence according to SEQ ID NO: 2.
A knit sock comprising: a collar; a leg portion extending from the collar, wherein the leg portion comprises a first set of knit courses that circumferentially extend around the leg portion and a second set of knit courses that are reciprocally knit; a heel portion extending from the leg portion; and a tab located between the collar and the heel portion, the tab integrally knit with the second set of knit courses that are reciprocally knit, wherein the tab is positioned on a back aspect of the sock.