mhurhangee/patent-ind-claim-en huggingface dataset:
A flexible ultrasonic transducer comprising a metal plate , a piezoelectric ceramics element attached on the metal plate , a first electrical conductor such as a conductive wire which is electrically conductive attached to the metal plate and an insulation covering which covers at least a portion of the metal plate , wherein the metal plate comprises a first outer surface and a second outer surface lying opposite to each other wherein the piezoelectric ceramics element is attached to the first outer surface ; wherein the dimensions of the first outer surface and the piezoelectric ceramics element are such that a first portion of the first outer surface is not covered with the piezoelectric ceramics element and wherein at least a portion of the insulation covering covers the first portion of the first outer surface so that the piezoelectric ceramics element is arranged to be directly dry coupled to a surface of an object to be inspected by means of the transducer ; the transducer characterised in that : said metal plate is a flexible metal plate; and the electrical conductor is electrically conductive attached to at least one of a first portion of the second outer surface and the first portion of the first outer surface ; wherein the first portion of the first outer surface and the first portion of the second outer surface lie opposite each other and have about the same dimensions and positions in a plane wherein the metal plate extends. wherein the piezoelectric ceramics element is attached to the first outer surface ; wherein the dimensions of the first outer surface and the piezoelectric ceramics element are such that a first portion of the first outer surface is not covered with the piezoelectric ceramics element and wherein at least a portion of the insulation covering covers the first portion of the first outer surface so that the piezoelectric ceramics element is arranged to be directly dry coupled to a surface of an object to be inspected by means of the transducer ; the transducer characterised in that : said metal plate is a flexible metal plate; and the electrical conductor is electrically conductive attached to at least one of a first portion of the second outer surface and the first portion of the first outer surface ; wherein the first portion of the first outer surface and the first portion of the second outer surface lie opposite each other and have about the same dimensions and positions in a plane wherein the metal plate extends. said metal plate is a flexible metal plate; and the electrical conductor is electrically conductive attached to at least one of a first portion of the second outer surface and the first portion of the first outer surface ; wherein the first portion of the first outer surface and the first portion of the second outer surface lie opposite each other and have about the same dimensions and positions in a plane wherein the metal plate extends.
Method for actuating a cut-off member included in an electric meter supervising an electrical installation of a building , the electrical installation receiving an electrical power supply from an electrical network via said electric meter , the cut-off member being able to take an open position cutting the electrical power supply of said electrical installation or a closed position allowing the electrical power supply of said electrical installation , characterized in that the method comprises the following steps implemented by the electric meter : obtaining , for each signal supplied by a system, called sensor system, a criterion of actuation of the cut-off member suited to said signal and each criterion comprises a detection value and a timer value, each signal being representative of environmental conditions of the building prevailing in a vicinity of said sensor system; for each signal supplied by the sensor system, searching for a singularity in said signal, a singularity being detected in said signal when at least one value of said signal reaches the detection value corresponding to said signal; when a singularity is detected in one said signal supplied by the sensor system, starting a measurement of a duration of said singularity; deciding , when the duration of said singularity reaches the timer value corresponding to said signal, of an instant at which the cut-off member must be actuated into the open position; and, actuating the cut-off member into the open position at the decided instant. obtaining , for each signal supplied by a system, called sensor system, a criterion of actuation of the cut-off member suited to said signal and each criterion comprises a detection value and a timer value, each signal being representative of environmental conditions of the building prevailing in a vicinity of said sensor system; for each signal supplied by the sensor system, searching for a singularity in said signal, a singularity being detected in said signal when at least one value of said signal reaches the detection value corresponding to said signal; when a singularity is detected in one said signal supplied by the sensor system, starting a measurement of a duration of said singularity; deciding , when the duration of said singularity reaches the timer value corresponding to said signal, of an instant at which the cut-off member must be actuated into the open position; and, actuating the cut-off member into the open position at the decided instant.
Targeting system for the guided insertion of a guide wire or a bone screw comprising: - a stabilization body which can be fixed to the bone by means of stabilization screws ; - a guide sleeve adapted to receive a guide cannula for the insertion of said guide wire or bone screw so that said guide cannula is able to translate along a sleeve axis (Y) of said guide sleeve keeping inserted within said guide sleeve ; - articulated connection means adapted to connect said stabilization body to said guide sleeve and allow the relative spatial position of said guide sleeve to be varied with respect to said stabilization body ; wherein said articulated connection means allow at least a relative translation along an axis that is orthogonal to said sleeve axis (Y) of said guide sleeve , and wherein said stabilization body has, at each of a first and second end, an insertion hole for the insertion of a stabilization screw and locking means for locking said stabilization screw within said insertion hole ; said insertion hole being a through hole having an insertion hole axis (Z); characterised in that said locking means comprise a locking element and a through locking hole having a locking hole axis (B) orthogonal to said insertion hole axis (Z) and partially confluent into said insertion hole ; said locking element comprising at least one bar adapted to be coaxially introduced into said locking hole ; said bar comprising a flattening lying on a plane parallel to said locking hole axis (B) when said bar is inserted into said locking hole ; said locking means have a screw locking configuration alternative to a screw sliding configuration; in the screw sliding configuration, said bar is inserted into said locking hole with said flattening parallel to said insertion hole axis (Z) and facing said stabilization screw in such a way that said stabilization screw is freely slidable within said insertion hole ; in the screw locking configuration, said bar is in a rotated position with respect to the screw sliding configuration and interfering with said stabilization screw which appears to be locked within said insertion hole . - a stabilization body which can be fixed to the bone by means of stabilization screws ; - a guide sleeve adapted to receive a guide cannula for the insertion of said guide wire or bone screw so that said guide cannula is able to translate along a sleeve axis (Y) of said guide sleeve keeping inserted within said guide sleeve ; - articulated connection means adapted to connect said stabilization body to said guide sleeve and allow the relative spatial position of said guide sleeve to be varied with respect to said stabilization body ;
A method for controlling a headset device , the method comprising: capturing an infrared image of a vicinity of the headset device ; determining a presence of a pre-determined peripheral device in the vicinity of the headset device based on the infrared image; and controlling a display of the headset device to display a representation of the pre-determined peripheral device based on the determined presence of the pre-determined peripheral device and an action taken by a user of the headset device in a program used by the user; wherein the action taken by the user comprises opening an input element in the program or closing the input element in the program. capturing an infrared image of a vicinity of the headset device ; determining a presence of a pre-determined peripheral device in the vicinity of the headset device based on the infrared image; and controlling a display of the headset device to display a representation of the pre-determined peripheral device based on the determined presence of the pre-determined peripheral device and an action taken by a user of the headset device in a program used by the user; wherein the action taken by the user comprises opening an input element in the program or closing the input element in the program.
Mechanical oscillator for a timepiece, comprising: • a suspended balance arranged so as to oscillate about a geometric axis of rotation , • a plurality of elastic systems arranged in series and connecting said balance to an attachment member that is arranged to attach said oscillator to a structural element comprised by said timepiece; characterized in that each elastic system comprises an even number of at least four exterior frames and at least two interior connection elements , each frame bearing two elastic elements that each extend between said frame and one of said inner connection elements ; in that each interior connection element is connected to the two elastic elements borne by one of said frames , and to an adjacent elastic element of each of the frames of the same elastic system located on either side of the said one frame ; and in that each of said elastic systems is fixed to each elastic system adjacent thereto via one in two of its frames , these frames being non-adjacent to one another. • a suspended balance arranged so as to oscillate about a geometric axis of rotation , • a plurality of elastic systems arranged in series and connecting said balance to an attachment member that is arranged to attach said oscillator to a structural element comprised by said timepiece;
A grid for cooking food, in particular for equipping a barbecue; the grid comprising a plate , which has an upper face , configured for being set in contact with the food, and a lower face , configured for facing a heat source; the upper face comprising a plurality of channels parallel to one another and configured for conveying liquids; each channel being separated from the adjacent channel by a partition ; the plate comprising a plurality of through openings for enabling the hot air and the combustion smoke produced by the heat source to lap the food; wherein the openings are provided at portions of connection of two adjacent channels with the corresponding partition so as to provide paths for the hot air and combustion smoke that have an inlet on the lower face and two lateral outlets towards two adjacent channels ; wherein the openings are provided in the form of slits parallel to the channels , the partitions providing bridges that are parallel to the channels and overlie the slits ; wherein the partitions are substantially vertical, characterized in that lateral outlets of the slits are provided in the first bottom vertical stretch of the partitions ; and in that the plate is made of a single piece of cast iron.
A computer-implemented method for modifying a variable string in a document and generating a required hash value, wherein the document comprises the variable string and a fixed string , the method comprising: - constructing (S220) a Hamiltonian based on the variable string ; - encoding (S230) the variable string into a quantum circuit comprising a plurality of qubits; - generating in a hash function generator a hash value from the fixed string and the output of the quantum circuit ; - comparing the generated hash value with a true hash value in a comparator ; - determining (S280) an overlap between the generated hash value and a true hash value ; and - on reaching a zero overlap value, determining the variable string , otherwise optimising (S270) parameters of the quantum circuit . - constructing (S220) a Hamiltonian based on the variable string ; - encoding (S230) the variable string into a quantum circuit comprising a plurality of qubits; - generating in a hash function generator a hash value from the fixed string and the output of the quantum circuit ; - comparing the generated hash value with a true hash value in a comparator ; - determining (S280) an overlap between the generated hash value and a true hash value ; and - on reaching a zero overlap value, determining the variable string , otherwise optimising (S270) parameters of the quantum circuit .
A surfactant composition comprising the following components (A), (B), and (C): (A) 60.0% by mass or more and 71.0% by mass or less of an internal olefin sulfonate having 16 or more and 18 or less carbon atoms, which is present in a hydroxy form and/or an olefin form; (B) 0.5% by mass or more and 7.5% by mass or less of one or more anionic surfactants selected from the group consisting of (B-1) a fatty acid or a salt thereof, (B-2) a compound represented by the following formula , (B-3) a compound represented by the following formula , and (B-4) a compound represented by the following formula , and (C) water, wherein the total content of the component (A) and the component (B) is 66.2% by mass or more and 71.2% by mass or less, R 1 -O-(CH 2 CH 2 O) n -SO 3 M... wherein R 1 represents an alkyl group having 8 or more and 22 or less carbon atoms, n represents an average number of moles added and is 0 or more and 16 or less, and M represents a hydrogen atom, an alkali metal, an alkaline earth metal with a stoichiometric factor of 1/2 atom, ammonium or an organic ammonium; wherein R 2 and R 3 each represent an alkyl group, the total number of the carbon atoms of R 2 and R 3 is 9 or more and 21 or less, Bz represents a benzene ring, and M represents a hydrogen atom, an alkali metal, an alkaline earth metal with a stoichiometric factor of 1/2 atom, ammonium or an organic ammonium; wherein R 4 represents an alkyl group having 6 or more and 20 or less carbon atoms, R 5 represents an alkyl group having 1 or more and 6 or less carbon atoms, and M represents a hydrogen atom, an alkali metal, an alkaline earth metal with a stoichiometric factor of 1/2 atom, ammonium or an organic ammonium. (A) 60.0% by mass or more and 71.0% by mass or less of an internal olefin sulfonate having 16 or more and 18 or less carbon atoms, which is present in a hydroxy form and/or an olefin form; (B) 0.5% by mass or more and 7.5% by mass or less of one or more anionic surfactants selected from the group consisting of (B-1) a fatty acid or a salt thereof, (B-2) a compound represented by the following formula , (B-3) a compound represented by the following formula , and (B-4) a compound represented by the following formula , and (C) water,
A logging tool comprising: a tool mandrel ; a bobbin positioned about the tool mandrel ; a coil including windings of a wire wrapped about the bobbin , the wire comprising a beginning portion and an end portion; and an insulator base having an end that radially interposes the tool mandrel and an end of the bobbin , the insulator base defining one or more wire channels in an upper surface of the insulator base that receive the beginning portion and the end portion of the wire, wherein the one or more wire channels exhibit a depth deep enough that the wire rests below the upper surface when received within the one or more wire channels . a tool mandrel ; a bobbin positioned about the tool mandrel ; a coil including windings of a wire wrapped about the bobbin , the wire comprising a beginning portion and an end portion; and an insulator base having an end that radially interposes the tool mandrel and an end of the bobbin , the insulator base defining one or more wire channels in an upper surface of the insulator base that receive the beginning portion and the end portion of the wire, wherein the one or more wire channels exhibit a depth deep enough that the wire rests below the upper surface when received within the one or more wire channels .
Refrigerated display cabinet intended for storing food articles (A) in cool conditions, the cabinet comprising a plurality of shelves , the cabinet having a main direction of extension, referred to as the height of the cabinet, the shelves being distributed over the height of the cabinet , each shelf being separated from the preceding and/or the following along the height of the cabinet by an empty space intended to receive at least one of the articles (A), said height being coincident with the direction Z of an orthonormal reference frame (X, Y, Z) attached to the cabinet , the plurality of shelves separating into two groups of shelves (G1, G2), each of the two groups of shelves (G1, G2) comprising at least two shelves having a given depth, the depth of a shelf being measured along the direction Y of said orthonormal reference frame the first group of shelves (G1) having a first depth (P1) which is greater than the depth of the shelves of the second group of shelves (G2), referred to as the second depth (P2), said cabinet comprising label holders provided at the ends of the shelves , said cabinet being characterised in that it comprises furthermore, a support strip fixed to a shelf of the second group of shelves (G2) and able to carry a first information display , said support strip marking a separation between the two groups of shelves (G1, G2) along the direction Z, said support strip not being a substitute for a label holder , the support strip protruding with respect to the shelf on which it is held in position, the depth (P2) of the shelf of the second group (G2) taken together with the depth of the support strip does not exceed the depth (P1) of the shelf of the first group (G1) directly adjacent, most of said shelves being substantially coplanar with the plane (X, Y) of said orthonormal reference frame, said support strip being inclined with respect to said plane (X, Y) so as to facilitate an external user to read the first information display carried by said support strip and in that when the cabinet rests on the floor (S), the first group of shelves (G1) being closer to the floor (S) than the second group of shelves (G2), said support strip being positioned between the two groups of shelves (G1, G2).
A method performed by a terminal in a communication system , the method comprising; receiving , from a base station , a first message including a parameter indicating one of three modes for an uplink full power transmission of the terminal ; receiving, from the base station , a second message relating to a transmit precoding matrix indicator, TPMI; scaling a transmit power for a physical uplink shared channel, PUSCH, by a scaling factor, the scaling factor being determined based on a mode indicated by the parameter; and transmitting , to the base station , PUSCH based on the scaled transmit power and the TPMI, wherein, based on the parameter indicating a first mode, the scaling factor is a ratio of a number of antenna ports with non-zero PUSCH transmission power over a maximum number of sounding reference signal, SRS, ports supported by the terminal in one SRS resource, wherein, based on the parameter indicating a second mode: the scaling factor is one, in response to the TPMI being included in a group of full power TPMIs, and the scaling factor is the ratio of the number of antenna ports with non-zero PUSCH transmission power over the number of SRS ports corresponding to the SRS resource for the TPMI, in response to the TPMI not being included in the group of full power TPMIs, and wherein, based on the parameter indicating a third mode, the scaling factor is one. receiving , from a base station , a first message including a parameter indicating one of three modes for an uplink full power transmission of the terminal ; receiving, from the base station , a second message relating to a transmit precoding matrix indicator, TPMI; scaling a transmit power for a physical uplink shared channel, PUSCH, by a scaling factor, the scaling factor being determined based on a mode indicated by the parameter; and transmitting , to the base station , PUSCH based on the scaled transmit power and the TPMI, wherein, based on the parameter indicating a first mode, the scaling factor is a ratio of a number of antenna ports with non-zero PUSCH transmission power over a maximum number of sounding reference signal, SRS, ports supported by the terminal in one SRS resource, wherein, based on the parameter indicating a second mode: the scaling factor is one, in response to the TPMI being included in a group of full power TPMIs, and the scaling factor is the ratio of the number of antenna ports with non-zero PUSCH transmission power over the number of SRS ports corresponding to the SRS resource for the TPMI, in response to the TPMI not being included in the group of full power TPMIs, and the scaling factor is one, in response to the TPMI being included in a group of full power TPMIs, and the scaling factor is the ratio of the number of antenna ports with non-zero PUSCH transmission power over the number of SRS ports corresponding to the SRS resource for the TPMI, in response to the TPMI not being included in the group of full power TPMIs, and wherein, based on the parameter indicating a third mode, the scaling factor is one.
A method for preparing an aqueous dispersion of metal oxide particles, comprising the step of: performing phase transfer of a plurality of metal oxide particles capped with hydrophobic ligands on a surface there of by contacting the metal oxide particles with a combination of tertiary amine and water to form a biphasic mixture, and agitating said biphasic mixture to produce an aqueous dispersion of metal oxide particles capped with hydrophobic ligands and tertiary amine ligands on the surface thereof.