mhurhangee/patent-ind-claim-en huggingface dataset:
A master device configured to manage a plurality of slave devices constituting a network comprising a ring topology, the plurality of slave devices comprising a first slave device serving as a starting point and a terminal point of the ring topology, and a plurality of second slave devices which are connected between a first output port and a second output port of the first slave device and constitute the ring topology, the master device comprising: a detection part configured to detect a configuration of the network on the basis of communication with the plurality of slave devices; a port control part configured to transfer a state of the second output port and an output port of a second slave device of the plurality of second slave devices, which is paired with the second output port, from an open state to a close state; a specification part configured to specify an incorrect wiring path between the first output port and the second output port on the basis of the configuration of the network detected when the second output port and the output port of the second slave device which is paired with the second output port are in the open state, and the configuration of the network detected when the second output port and the output port of the second slave device which is paired with the second output port are transferred to the close state; and an output part configured to output information indicating the specified incorrect wiring path to an information processing device outside the master device. a detection part configured to detect a configuration of the network on the basis of communication with the plurality of slave devices; a port control part configured to transfer a state of the second output port and an output port of a second slave device of the plurality of second slave devices, which is paired with the second output port, from an open state to a close state; a specification part configured to specify an incorrect wiring path between the first output port and the second output port on the basis of the configuration of the network detected when the second output port and the output port of the second slave device which is paired with the second output port are in the open state, and the configuration of the network detected when the second output port and the output port of the second slave device which is paired with the second output port are transferred to the close state; and an output part configured to output information indicating the specified incorrect wiring path to an information processing device outside the master device.
Cellular soundproofing structure having cells having a base section (S) of any shape and a height (H), characterized in that each of these cells has a diaphragm , the diaphragm having a membrane , dividing the cell into two compartments in terms of the height (H), the membrane having at least one orifice passing through a thickness of the membrane, and the diaphragm having at least one tube , surrounding the at least one orifice and extending from a face of the membrane into one of the two compartments , the tube having a free end forming an acoustic outlet that is positioned at a distance (p) from the base section (S), the membrane having at least one corrugation.
An ID token with - a protected memory area for storing at least one attribute, - means for authenticating a user , to whom the ID token is assigned, to the ID token, - means for authenticating a first computer system to the ID token, - means for receiving a time specification from the first computer system, - means for generating a password for authenticating the user to the first computer system with the aid of the time specification, - means for sending the password, - means for establishing a protected connection to the first computer system, via which connection the first computer system is able to read the at least one attribute, wherein a necessary precondition for the reading of the at least one attribute from the ID token by the first computer system is the successful authentication of the user and of the first computer system to the ID token, and preferably with means for end-to-end encryption of the connection for a protected transfer of the at least one of the attributes to the first computer system, wherein the means for receiving the time specification are preferably designed to receive the time specification via the connection. - a protected memory area for storing at least one attribute, - means for authenticating a user , to whom the ID token is assigned, to the ID token, - means for authenticating a first computer system to the ID token, - means for receiving a time specification from the first computer system, - means for generating a password for authenticating the user to the first computer system with the aid of the time specification, - means for sending the password, - means for establishing a protected connection to the first computer system, via which connection the first computer system is able to read the at least one attribute,
A method, comprising: determining a first frame to be predicted, the first frame being in a video sequence; determining a first reference frame from the video sequence for forward inter prediction of the first frame; determining a second reference frame from the video sequence for backward inter prediction of the first frame; determining a respective motion field for each of at least some blocks of the first frame using at least one of the first reference frame and the second reference frame; determining parameters forming an affine homographic model for a block of the first frame using the motion field for the block of the first frame, wherein the affine homographic model maps the block of the first frame to pixels in a reconstructed reference frame, the affine homographic model comprising a matrix of parameters defining a rotation and an associated vector defining a translation, which are obtained as a result of an optimization process defined by an objective function; generating a motion field-based reference frame, wherein generating a motion field-based reference frame includes generating a block of the motion field-based reference frame that is co-located with the block of the first frame by applying the affine homographic model to the block to populate pixel values of the reconstructed reference frame; and performing a prediction process for the first frame using the motion field-based reference frame. determining a first frame to be predicted, the first frame being in a video sequence; determining a first reference frame from the video sequence for forward inter prediction of the first frame; determining a second reference frame from the video sequence for backward inter prediction of the first frame; determining a respective motion field for each of at least some blocks of the first frame using at least one of the first reference frame and the second reference frame; determining parameters forming an affine homographic model for a block of the first frame using the motion field for the block of the first frame, wherein the affine homographic model maps the block of the first frame to pixels in a reconstructed reference frame, the affine homographic model comprising a matrix of parameters defining a rotation and an associated vector defining a translation, which are obtained as a result of an optimization process defined by an objective function; generating a motion field-based reference frame, wherein generating a motion field-based reference frame includes generating a block of the motion field-based reference frame that is co-located with the block of the first frame by applying the affine homographic model to the block to populate pixel values of the reconstructed reference frame; and performing a prediction process for the first frame using the motion field-based reference frame.
Watch comprising a case having a top opening , a crystal closing this top opening, a movement , an analog display driven by the movement, an assembly (40; 70, 70A) located between the movement and the analog display and comprising a light sensor (42; 72) which is formed by a semiconductor material wafer or layer (44; 44A), at least one negative electrode (46; 78, 78A) and at least one positive electrode (48; 79, 79A); the watch comprising an antenna (20; 80, 80A) arranged to be able to communicate through the crystal with a communication device external to the watch; said assembly having a first portion (52; 52A), in which are arranged entirely said at least one positive electrode and said at least one negative electrode, and a second portion (54; 54A) without electrode which is separated from the first portion and a projection of which in a general plane of said assembly includes a projection of the antenna in this general plane; the semiconductor material wafer or layer (44; 44A) extending, parallel to the general plane, into the first portion and the second portion of said assembly; characterised in that said at least one negative electrode (46; 78, 78A) and said at least one positive electrode (48; 79, 79A) are all located below the semiconductor material wafer or layer (44; 44A).
A bridging device in center girder construction for a building joint between two building components , wherein the bridging device comprises at least two edge girders and at least one center girder , wherein the at least one center girder is arranged between the edge girders and on at least one cross member (5; 6) bridging the building joint that each have a cross member bearing (16; 17) for bearing the cross member (5; 6) on the respective building components at their lateral ends (14; 15), characterized in that the cross member (5; 6) has at least two cross member segments (7, 8; 20) that are arranged along a longitudinal axis of the cross member (5; 6) and that are arranged displaceable relative to each other toward the longitudinal axis , so that the length of the cross member is variable.
A method of constructing an elongate hollow structure comprising a radially inner portion and a radially outer portion , with the two portions merging together to provide an integrated tubular wall structure, the method comprising: providing the radially inner portion; assembling the radially outer portion about the radially inner portion; and expanding the inner portion; wherein the outer portion comprises an outer tube of fibre reinforced composite construction surrounded by a flexible outer casing ; characterised in that the inner portion is expanded by introducing an inflation fluid into the inner portion from a commencement end of the elongate hollow structure ; and wherein the elongate hollow structure is compressed at a location distal to the commencement end from which the inflation fluid is introduced so that inflation fluid cannot pass through the location distal to the commencement end. providing the radially inner portion; assembling the radially outer portion about the radially inner portion; and expanding the inner portion; wherein the outer portion comprises an outer tube of fibre reinforced composite construction surrounded by a flexible outer casing ; characterised in that the inner portion is expanded by introducing an inflation fluid into the inner portion from a commencement end of the elongate hollow structure ; and wherein the elongate hollow structure is compressed at a location distal to the commencement end from which the inflation fluid is introduced so that inflation fluid cannot pass through the location distal to the commencement end.
A panel for a suspended ceiling or the like, the panel having an upper side and a lower side and including an at least substantially rigid frame and a fabric adapted to be stretched over a lower side of the frame and forming the lower side of the panel , the frame having a lower peripheral edge over which the fabric may be stretched, and an edge of the fabric being adapted to be attached releasably to a peripheral side of the frame by means of a hook-formed element gripping over a protrusion provided at the peripheral side of the frame above the lower peripheral edge of the frame, characterised in that the edge of the fabric is adapted to be attached to the peripheral side of the frame by means of a number of fastening brackets each comprising a said hook-formed element and distributed along the edge of the fabric , in that the fastening brackets are adapted to be selectively attached to the peripheral side of the frame , at a first lower position in which the fabric is hanging loosely under the frame , and at a second upper position in which the fabric is stretched over the lower side of the frame , in that , in the first lower position of the fastening brackets , the hook-formed element of the fastening brackets grips over a first lower protrusion provided at the peripheral side of the frame and, in the second upper position of the fastening brackets , the hook-formed element of the fastening brackets grips over a second upper protrusion provided at the peripheral side of the frame , and in that the positioning of the fastening brackets , carrying the fabric, in their first lower position and the subsequent repositioning of these to their second upper position on the frame may be done when the frame is already mounted under a permanent ceiling in a building.
A method of heating a furnace using a regenerative burner system, wherein the regenerative burner system comprises a first burner assembly and a second burner assembly, each burner assembly comprising a burner and a regenerative media bed , the method comprising: operating the first burner assembly in a firing mode and the second burner assembly in a regeneration mode for a first period of time; switching the operation of the first burner assembly from the firing mode to the regeneration mode and switching the operation of the second burner assembly from the regeneration mode to the firing mode; and operating the second burner assembly in the firing mode and the first burner assembly in the regeneration mode for a second period of time, characterized in that the burner assembly in the firing mode is fired in either a first operating mode or a second operating mode, the first operating mode comprising supplying the burner with low calorific fuel that has been preheated in the regenerative media bed and supplying the burner directly with oxidizing gas, and the second operating mode comprising supplying the burner with oxidizing gas that has been preheated in the regenerative media bed and supplying the burner directly with high calorific fuel, thereby utilizing the first burner assembly and the second burner assembly with both low calorific fuel and high calorific fuel. operating the first burner assembly in a firing mode and the second burner assembly in a regeneration mode for a first period of time; switching the operation of the first burner assembly from the firing mode to the regeneration mode and switching the operation of the second burner assembly from the regeneration mode to the firing mode; and operating the second burner assembly in the firing mode and the first burner assembly in the regeneration mode for a second period of time, characterized in that the burner assembly in the firing mode is fired in either a first operating mode or a second operating mode, the first operating mode comprising supplying the burner with low calorific fuel that has been preheated in the regenerative media bed and supplying the burner directly with oxidizing gas, and the second operating mode comprising supplying the burner with oxidizing gas that has been preheated in the regenerative media bed and supplying the burner directly with high calorific fuel,
A method for information processing, comprising: receiving , by a high-layer function entity, a first preset amount of beam recovery failure indication information; and starting a first timer on the basis of the first preset amount of beam recovery failure indication information, the first preset amount being one or at least two, characterized in that , when the first timer is not set with a timing-out moment, the high-layer function entity determines a radio link failure, RLF, when the first preset amount of beam recovery failure indication information is received. receiving , by a high-layer function entity, a first preset amount of beam recovery failure indication information; and starting a first timer on the basis of the first preset amount of beam recovery failure indication information, the first preset amount being one or at least two, characterized in that , when the first timer is not set with a timing-out moment, the high-layer function entity determines a radio link failure, RLF, when the first preset amount of beam recovery failure indication information is received.
A process for the continuous synthesis of (meth)acrylic esters of formula (I): in which R is a hydrogen atom or a methyl group, and R 1 is a linear or branched alkyl radical, or a cycloaliphatic, aryl, alkylaryl or arylalkyl radical, including from 4 to 40 carbon atoms, or a linear or branched alkyl radical containing at least one heteroatom and from 3 to 40 carbon atoms, by reaction of an alkyl (meth)acrylate of formula (II): in which R has the abovementioned meaning and R 2 is a linear or branched alkyl group containing from 1 to 3 carbon atoms, with an alcohol of formula (III): R 1 -OH (III) in the presence of at least one polymerization inhibitor and of hydrozincite as heterogeneous catalyst, characterized in that the catalyst content is between 0.01 mol% and 0.5 mol% relative to the alcohol. in which R is a hydrogen atom or a methyl group, and R 1 is a linear or branched alkyl radical, or a cycloaliphatic, aryl, alkylaryl or arylalkyl radical, including from 4 to 40 carbon atoms, or a linear or branched alkyl radical containing at least one heteroatom and from 3 to 40 carbon atoms, by reaction of an alkyl (meth)acrylate of formula (II): in which R has the abovementioned meaning and R 2 is a linear or branched alkyl group containing from 1 to 3 carbon atoms, with an alcohol of formula (III): R 1 -OH (III) in the presence of at least one polymerization inhibitor and of hydrozincite as heterogeneous catalyst, characterized in that the catalyst content is between 0.01 mol% and 0.5 mol% relative to the alcohol.
A set comprising: a climbing plane of a step stool or a stepladder comprising two strings connected by a plurality of parallel rungs including an end rung , each of the strings comprising hollows leading above the end rung , a shelf for supporting a predetermined load, the shelf comprising a fastening part provided with two members able to be fitted within the hollows , so as to enable the shelf to be mounted to the strings , the shelf being characterised in that it comprises a protrusion configured to contact the end rung when the shelf is mounted to the climbing plane , so as to form a support. a climbing plane of a step stool or a stepladder comprising two strings connected by a plurality of parallel rungs including an end rung , each of the strings comprising hollows leading above the end rung , a shelf for supporting a predetermined load, the shelf comprising a fastening part provided with two members able to be fitted within the hollows , so as to enable the shelf to be mounted to the strings , the shelf being characterised in that it comprises a protrusion configured to contact the end rung when the shelf is mounted to the climbing plane , so as to form a support.
Guide vane segment for a turbomachine stage, the guide vane segment comprising an inner ring segment and a plurality of guide vanes (21-25) arranged on the inner ring segment; at least one cavity being arranged on and/or in at least one detuning region (A; B) of the inner ring segment, which detuning region extends in the circumferential direction in a portion of the inner ring segment, which portion extends from an end face (11; 12) of the inner ring segment to an inner guide vane (22; 24) that is adjacent in the circumferential direction to an outermost guide vane (21; 25) adjacent to the end face, and/or which detuning region at most extends over an outermost third, delimited by an end face (11; 12) of the inner ring segment, of a length (L) of the inner ring segment, in which cavity at least one impulse body is arranged with movement clearance for impact contact, characterized in that the cavity is arranged in a separately manufactured housing which is attached to or in the detuning region of the inner ring segment, at least one impulse body being spherical and the movement clearance of this impulse body being at most 10 mm or at most 100% of a maximum diameter of the impulse body, wherein at least one impulse body is designed for detuning cluster modes of the guide vane segment. at least one cavity being arranged on and/or in at least one detuning region (A; B) of the inner ring segment, which detuning region extends in the circumferential direction in a portion of the inner ring segment, which portion extends from an end face (11; 12) of the inner ring segment to an inner guide vane (22; 24) that is adjacent in the circumferential direction to an outermost guide vane (21; 25) adjacent to the end face, and/or which detuning region at most extends over an outermost third, delimited by an end face (11; 12) of the inner ring segment, of a length (L) of the inner ring segment, in which cavity at least one impulse body is arranged with movement clearance for impact contact, characterized in that the cavity is arranged in a separately manufactured housing which is attached to or in the detuning region of the inner ring segment, at least one impulse body being spherical and the movement clearance of this impulse body being at most 10 mm or at most 100% of a maximum diameter of the impulse body, wherein at least one impulse body is designed for detuning cluster modes of the guide vane segment.
Hob, in particular induction hob, with at least one fan unit , which has at least one suction opening for suctioning in ambient air, and with at least one air guiding unit , which at least partially defines at least one air guiding channel unit , which has an at least substantially closed design perpendicular to a longitudinal direction of the air guiding channel unit and which is provided to transport at least gaseous fluid in the longitudinal direction, and which is provided by means of the air guiding channel unit to supply the ambient air to the suction opening of the fan unit , with at least one housing unit , which is embodied as an external housing unit, within which the fan unit is arranged at least to a large extent and which has at least one inlet opening , which is connected fluidically to the suction opening of the fan unit by means of the air guiding channel unit , wherein the air guiding channel unit has at least one inlet opening for the entrance of ambient air, which, in at least one operating state, is connected fluidically with the inlet opening of the housing unit , wherein the inlet opening of the housing unit is arranged at least to a large extent in a side wall of the housing unit , wherein the air guiding channel unit has at least one outlet opening, which is connected fluidically to the suction opening of the fan unit , wherein the outlet unit of the air guiding channel unit and the suction opening of the fan unit are arranged in sealing contact with one another, characterised by at least one carrier unit and at least one boundary unit , wherein the carrier unit has at least one carrier segment for carrying the fan unit and at least partially defines the air guiding channel unit , wherein the boundary unit carries the carrier unit at least to a large extent in at least one operating state and together with the carrier unit defines the air guiding channel unit at least to a large extent, wherein the carrier unit and the air guiding unit are embodied in one piece, wherein the carrier segment bounds the air guiding channel unit at least to a large extent with respect to a side facing the fan unit and wherein the carrier unit bounds the air guiding channel unit to a large extent laterally in an operating state.