mhurhangee/patent-ind-claim-en huggingface dataset:
A surface cleaning apparatus comprising: a controller programmed to execute at least one cleaning mode and an automatic drying cycle; a liquid recovery system comprising a recovery pathway, a suction nozzle , and a recovery tank , the recovery tank and the suction nozzle at least partially defining the recovery pathway; a brushroll provided within the recovery pathway, adjacent to the suction nozzle ; and a fan in fluid communication with the recovery pathway; the drying cycle including: a drying phase comprising activating the fan to generate a forced air flow through the recovery pathway to dry components that remain wet and/or retain moisture after operation in the at least one cleaning mode. a controller programmed to execute at least one cleaning mode and an automatic drying cycle; a liquid recovery system comprising a recovery pathway, a suction nozzle , and a recovery tank , the recovery tank and the suction nozzle at least partially defining the recovery pathway; a brushroll provided within the recovery pathway, adjacent to the suction nozzle ; and a fan in fluid communication with the recovery pathway; the drying cycle including: a drying phase comprising activating the fan to generate a forced air flow through the recovery pathway to dry components that remain wet and/or retain moisture after operation in the at least one cleaning mode.
A control channel transmitting method, comprising: obtaining (S301, S402) a sequence number of the N th control channel element of the m th candidate control channel in a candidate control channel set with an aggregation level L; determining (S302, S404), for the m th candidate control channel in the candidate control channel set, an antenna port according to a function whose input parameters comprise a user equipment-specific identity, the aggregation level L of the candidate control channel set, and the sequence number of the N th control channel element; and sending (S303, S405), by using the antenna port, the m th candidate control channel to a user equipment. obtaining (S301, S402) a sequence number of the N th control channel element of the m th candidate control channel in a candidate control channel set with an aggregation level L; determining (S302, S404), for the m th candidate control channel in the candidate control channel set, an antenna port according to a function whose input parameters comprise a user equipment-specific identity, the aggregation level L of the candidate control channel set, and the sequence number of the N th control channel element; and sending (S303, S405), by using the antenna port, the m th candidate control channel to a user equipment.
A process to perform steam cracking reaction of hydrocarbons having at least two carbons, said process comprising the steps of: a) providing at least one fluidized bed reactor comprising at least two electrodes and a bed comprising particles; b) putting the particles of the bed in a fluidized state by passing upwardly through the said bed a fluid stream, to obtain a fluidized bed; c) heating the fluidized bed to a temperature ranging from 500°C to 1200°C to conduct the steam cracking reaction of a hydrocarbon feedstock; and d) optionally, recovering the cracking products of the reaction; characterized in that at least 10 wt.% of the particles based on the total weight of the particles of the bed are electrically conductive particles and have a resistivity ranging from 0.001 Ohm.cm to 500 Ohm.cm at 800°C, in that the step c) of heating the fluidized bed is performed by passing an electric current through the fluidized bed; and in that the electrically conductive particles of the bed comprise one or more non-metallic resistors selected from silicon carbide, molybdenum disilicide or a mixture thereof. a) providing at least one fluidized bed reactor comprising at least two electrodes and a bed comprising particles; b) putting the particles of the bed in a fluidized state by passing upwardly through the said bed a fluid stream, to obtain a fluidized bed; c) heating the fluidized bed to a temperature ranging from 500°C to 1200°C to conduct the steam cracking reaction of a hydrocarbon feedstock; and d) optionally, recovering the cracking products of the reaction;
A spacecraft comprising: a feed array, the feed array including a plurality of unitary modules, each module including a respective plurality of radio frequency, RF, waveguides structurally coupled together with at least one connecting feature , wherein: each unitary module comprises at least one connecting feature and a wall structure defining the respective plurality of waveguides , wherein the at least one connecting feature and the wall structure defining the respective plurality of waveguides are co-fabricated using an additive manufacturing process; the plurality of unitary modules includes a first unitary module including a first plurality of waveguides and a second unitary module including a second plurality of waveguides; and the first unitary module and the second unitary module are configured to be integrated together so as to electrically couple at least one of the first plurality of waveguides with at least one of the second plurality of waveguides, and one or more ends of the respective plurality of RF waveguides include flanges separate from the at least one connecting feature , the flanges being configured together with the at least one connecting feature and the wall structure as a unitary part. a feed array, the feed array including a plurality of unitary modules, each module including a respective plurality of radio frequency, RF, waveguides structurally coupled together with at least one connecting feature , wherein: each unitary module comprises at least one connecting feature and a wall structure defining the respective plurality of waveguides , wherein the at least one connecting feature and the wall structure defining the respective plurality of waveguides are co-fabricated using an additive manufacturing process; the plurality of unitary modules includes a first unitary module including a first plurality of waveguides and a second unitary module including a second plurality of waveguides; and the first unitary module and the second unitary module are configured to be integrated together so as to electrically couple at least one of the first plurality of waveguides with at least one of the second plurality of waveguides, and each unitary module comprises at least one connecting feature and a wall structure defining the respective plurality of waveguides , wherein the at least one connecting feature and the wall structure defining the respective plurality of waveguides are co-fabricated using an additive manufacturing process; the plurality of unitary modules includes a first unitary module including a first plurality of waveguides and a second unitary module including a second plurality of waveguides; and the first unitary module and the second unitary module are configured to be integrated together so as to electrically couple at least one of the first plurality of waveguides with at least one of the second plurality of waveguides, and one or more ends of the respective plurality of RF waveguides include flanges separate from the at least one connecting feature , the flanges being configured together with the at least one connecting feature and the wall structure as a unitary part.
Hand tool device with at least one locating device (12a-d) which is provided in order to locate a low-frequency AC voltage in a workpiece (14a-d) and which has at least a first locating antenna (16a-d), a second locating antenna (18a-d) and a shielding means (20a-d) intended for shielding a low-frequency locating signal and arranged between the first locating antenna (16a-d) and the second locating antenna (18a-d), the first and the second locating antenna (16a-d; 18a-d) extending along parallel surfaces, characterized in that at least part of the shielding means (20a-d) extends perpendicularly to the locating antennas (16a-d; 18a-d) such that the shielding means (20a-d) influences main locating directions of the locating antennas (16a-d, 18a-d), i.e. such directions in which a respective locating antenna has a maximum sensitivity.
An adjustable tool holder for interchangeable use with a variety of tools provided with different connection elements, including at least a first connection element configured for a first manner of connection with the tool holder and a second connection element configured for a second manner of connection with the tool holder, said tool holder comprising: a distally extending tool support operable to detachably support each of the tools, said tool support including a first tool connector configured to releasably connect with the first connection element in the first manner of connection, said tool support including a second tool connector configured to releasably connect with the second connection element in the second manner of connection, characterized in that said tool connectors are shiftable relative to one another so as to be alternatively located distally to facilitate connection to the respective connection element. a distally extending tool support operable to detachably support each of the tools, said tool support including a first tool connector configured to releasably connect with the first connection element in the first manner of connection, said tool support including a second tool connector configured to releasably connect with the second connection element in the second manner of connection, characterized in that said tool connectors are shiftable relative to one another so as to be alternatively located distally to facilitate connection to the respective connection element.
Single-piece carrier module for an OHC valve train of an internal combustion engine, having two upright carrying walls which are spaced apart from one another, can be connected at their upper ends to a cylinder head cover and at their lower ends to a cylinder head, and have in each case at least one main and auxiliary bore for mounting a camshaft and valve actuating lever shaft between the latter, characterized in that the carrier module is produced from a sheet steel blank using stamping and bending techniques, each carrying wall consisting of two carrying plates which are connected in a unitary manner either at the upper or lower ends by way of a transverse wall , inner carrying plates which lie opposite one another being connected by way of a transverse plate which runs on an opposite side of the transverse walls .
A battery comprising: a core cell comprising a first surface and a second surface which are opposite to each other and forming first and second electrodes , and a lateral surface connecting the first and second surfaces ; an insulating sheet arranged on the first surface of the core cell and in which a conduction hole is defined in a position corresponding to the first electrode ; and an electrode plate arranged on the insulating sheet and electrically connected to the first electrode through the conduction hole , characterized in that a conductive connection member is arranged in the conduction hole to electrically connect the first electrode to the electrode plate , the electrode plate is located on an upper side of the insulating sheet and the first electrode is located on a lower side of the insulating sheet , and the conductive connection member comprises a compressible conductor which is compressible so as to be compressed in mutually-facing directions between the electrode plate and the first electrode for contacting with the electrode plate and the first electrode . a core cell comprising a first surface and a second surface which are opposite to each other and forming first and second electrodes , and a lateral surface connecting the first and second surfaces ; an insulating sheet arranged on the first surface of the core cell and in which a conduction hole is defined in a position corresponding to the first electrode ; and an electrode plate arranged on the insulating sheet and electrically connected to the first electrode through the conduction hole , characterized in that a conductive connection member is arranged in the conduction hole to electrically connect the first electrode to the electrode plate , the electrode plate is located on an upper side of the insulating sheet and the first electrode is located on a lower side of the insulating sheet , and the conductive connection member comprises a compressible conductor which is compressible so as to be compressed in mutually-facing directions between the electrode plate and the first electrode for contacting with the electrode plate and the first electrode .
A balloon catheter , comprising: a proximal shaft ; wherein the proximal shaft is a bare metal hypotube having a skew value of - 1.0 to - 2.5; a midshaft attached to the proximal shaft ; a distal shaft attached to the midshaft ; a balloon coupled to the distal shaft ; and wherein an inflation lumen is defined that extends from the proximal shaft , through the midshaft , and into the distal shaft , the inflation lumen being in fluid communication with the balloon . a proximal shaft ; wherein the proximal shaft is a bare metal hypotube having a skew value of - 1.0 to - 2.5; a midshaft attached to the proximal shaft ; a distal shaft attached to the midshaft ; a balloon coupled to the distal shaft ; and wherein an inflation lumen is defined that extends from the proximal shaft , through the midshaft , and into the distal shaft , the inflation lumen being in fluid communication with the balloon .
Computer-implemented method for measuring the sensitivity (2*) of an image classifier , which assigns an input image to one or more classes (3a-3c) of a given classification, to changes in the input image , including the following steps: • the input image is mapped by means of at least one given operator onto an intermediate image which, in comparison with the input image , has less informative content and/or a worse signal-to-noise ratio; • at least one generator is provided , said generator being trained to create realistic images which are assigned to a specific class (3a-3c) of the given classification by the image classifier ; • a modification of the input image is generated from the intermediate image using this generator , wherein the specific class (3a-3c) to which the modification created by the generator belongs is a different class (3a-3c) than the class (3a-3c) to which the input image is assigned by the image classifier , and wherein • a comparison of one or more modifications with the input image and/or • a summarizing statistic regarding a plurality of modifications is/are used to evaluate the sensitivity (2*) of the image classifier to changes in the input image . • the input image is mapped by means of at least one given operator onto an intermediate image which, in comparison with the input image , has less informative content and/or a worse signal-to-noise ratio; • at least one generator is provided , said generator being trained to create realistic images which are assigned to a specific class (3a-3c) of the given classification by the image classifier ; • a modification of the input image is generated from the intermediate image using this generator , wherein the specific class (3a-3c) to which the modification created by the generator belongs is a different class (3a-3c) than the class (3a-3c) to which the input image is assigned by the image classifier , and wherein • a comparison of one or more modifications with the input image and/or • a summarizing statistic regarding a plurality of modifications is/are used to evaluate the sensitivity (2*) of the image classifier to changes in the input image .
An information transmission method, comprising: sending (S304), by an Integrated Access and Backhaul, IAB, node, an F1 message to a base station, wherein the base station is a MeNB; receiving, by the base station, the F1 message sent by the IAB node; and sending, by the base station, the F1 message to an IAB donor through an X2 message; wherein sending (S304) the F1 message from the IAB node to the base station comprises at least one of: carrying, by the IAB node, the F1 message in a first RRC message, and sending the first RRC message to the base station; and sending, by the IAB node, the F1 message to the base station via a signaling radio bearer, SRB. sending (S304), by an Integrated Access and Backhaul, IAB, node, an F1 message to a base station, wherein the base station is a MeNB; receiving, by the base station, the F1 message sent by the IAB node; and sending, by the base station, the F1 message to an IAB donor through an X2 message; wherein sending (S304) the F1 message from the IAB node to the base station comprises at least one of: carrying, by the IAB node, the F1 message in a first RRC message, and sending the first RRC message to the base station; and sending, by the IAB node, the F1 message to the base station via a signaling radio bearer, SRB. carrying, by the IAB node, the F1 message in a first RRC message, and sending the first RRC message to the base station; and sending, by the IAB node, the F1 message to the base station via a signaling radio bearer, SRB.
A method of providing an aircraft with radio communication means for communicating with ramp agents, or with airport equipment, or with an airport vehicle, the method comprising the step of replacing an existing light of the aircraft by a replacement light including an antenna for establishing radio communication between the aircraft and a ramp agent , or airport equipment, or an airport vehicle, together with connection means for connecting a signal cable to enable the antenna to be linked to radio communication means of the aircraft; and also comprising the step of arranging a signal cable between the light and the radio communication means of the aircraft.
Nozzle for spraying liquid media, in particular plant protection agents and liquid fertilizers, having a housing , wherein the housing has at least one liquid inlet , an outlet chamber and at least one outlet opening in fluid connection with the outlet chamber , wherein a valve of variable flow resistance is arranged between the liquid inlet and the outlet opening , wherein the flow resistance of the valve is dependent on the liquid pressure, wherein the valve has a spring disc , wherein the spring disc can be subjected to the liquid medium to be sprayed, characterized in that an orifice plate having at least one passage opening is arranged in the outlet chamber , wherein the spring disc is arranged in the region of a downstream end of the passage opening .
A method for manufacturing a lithium secondary battery, comprising the steps of: (S1) inserting a electrode assembly comprising a separator interposed between a positive electrode and a negative electrode to a battery casing; (S2) injecting a composition for a gel polymer electrolyte into the battery casing to which the electrode assembly is inserted; (S3) sealing the battery casing under oxygen-containing atmosphere; (S4) aging the product of step (S3); (S5) removing oxygen from the battery casing; and (S6) thermally curing the battery casing. (S1) inserting a electrode assembly comprising a separator interposed between a positive electrode and a negative electrode to a battery casing; (S2) injecting a composition for a gel polymer electrolyte into the battery casing to which the electrode assembly is inserted; (S3) sealing the battery casing under oxygen-containing atmosphere; (S4) aging the product of step (S3); (S5) removing oxygen from the battery casing; and (S6) thermally curing the battery casing.
A transmitter arranged to transmit binary information using a binary amplitude shift keying where information symbols are represented by a signal including a first power state and a second power state, the first power state having a higher signal power than the second power state, where a duration of a bit includes a first part where the second power state is applied irrespective of which binary value being represented, and a second part where a binary value is represented by any of the first power and a third power state or a combination pattern of the first power state and the third power state, where the first power state has a higher signal power than the third power state, wherein the duration of the second part is equal or less the duration of the first part and the signal power of the first power state is such that the binary values are distinguishably decodable, characterised in that the duration of the second part and the signal power of the first power state are jointly selected where the signal power of the first power state is selected to be a maximum power given by any of specified minimum hardware capacity of the transmitter or regulatory limitations, whichever put power boundaries, and the the selection of the signal power of the first power state and the duration of the second part is based on a predefined average power of a bit.
A surge suppressing shutter valve used to vent air from a liquid filled pipeline, the surge suppressing shutter valve comprising an elastic shutter element deployed in a vent passageway extending from the pipeline, said elastic shutter element being pre-shaped to a normally open position and configured to gradually deform to a closed position as an air flowing through said vent passageway increases in a velocity of that air flow, so as to dampen the force of the closure and prevent a pressure surge within the pipeline, wherein said elastic shutter element is configured such that, as the velocity of the air flow passing the elastic shutter element reaches a predetermined value, such that a force applied by the air flow to the shutter element overcomes an elastic force that holds the elastic shutter element in the open position and the elastic shutter element is gradually deformed until attaining the closed position, wherein said elastic shutter element has a plurality of secondary orifice throughbores in said elastic shutter element and characterized in that the elastic shutter element is configured such that said pre-shaped normally open position is shaped as illustrated in FIG. 2 including a U-shaped smoothly-curved arcuate cross-sectional contour terminating in reentrant extremities (32 a , 32 b ). wherein said elastic shutter element is configured such that, as the velocity of the air flow passing the elastic shutter element reaches a predetermined value, such that a force applied by the air flow to the shutter element overcomes an elastic force that holds the elastic shutter element in the open position and the elastic shutter element is gradually deformed until attaining the closed position, wherein said elastic shutter element has a plurality of secondary orifice throughbores in said elastic shutter element and characterized in that the elastic shutter element is configured such that said pre-shaped normally open position is shaped as illustrated in FIG. 2 including a U-shaped smoothly-curved arcuate cross-sectional contour terminating in reentrant extremities (32 a , 32 b ).