mhurhangee/patent-ind-claim-en huggingface dataset:
An NMR coil comprising a first and a second conductive ring arranged at a distance from each other, a plurality of mutually spaced apart connectors extending between said first and second conductive rings , wherein each of at least several of said connectors comprises at least one reactance element , wherein at least one of said reactance elements is a tunable reactance element with a reactance tunable independently of a reactance of at least one other reactance element , and wherein at least part of said reactance elements comprises a capacitive element having a first electrode electrically connected to the first conductive ring and a second electrode electrically connected to the second conductive ring and electrically insulated from said first electrode , characterized in that each of said connectors comprises an insulating rod and at least one electrically conductive layer arranged on or in said rod , wherein said first and second electrodes are interdigital electrodes (35a - 35d) formed by said conductive layer , and wherein said capacitive element comprises, in addition to said first electrode and said second electrode , a third electrode electrically insulated from said first and said second electrodes , wherein said third electrode is movable in respect to said first and second electrodes .
A tissue ablation system comprising: an ablation device (120a, 120b, 120c; 202; 300; 400; 500) configured to provide energy to a target area; an ablation generator configured to provide power to the ablation device; a controller in communication with the ablation generator and being configured to initiate a pre-ablation procedure in a medium before an ablation procedure, wherein during the pre-ablation procedure the controller is configured to: cause an ablation generator to provide power to the ablation device; cause a coolant to be provided to the ablation device; monitor temperature data of the coolant; monitor power data representative of the power provided to the ablation device; and determine a condition of the ablation device based on the monitored temperature data and monitored power data. an ablation device (120a, 120b, 120c; 202; 300; 400; 500) configured to provide energy to a target area; an ablation generator configured to provide power to the ablation device; a controller in communication with the ablation generator and being configured to initiate a pre-ablation procedure in a medium before an ablation procedure, wherein during the pre-ablation procedure the controller is configured to: cause an ablation generator to provide power to the ablation device; cause a coolant to be provided to the ablation device; monitor temperature data of the coolant; monitor power data representative of the power provided to the ablation device; and determine a condition of the ablation device based on the monitored temperature data and monitored power data. cause an ablation generator to provide power to the ablation device; cause a coolant to be provided to the ablation device; monitor temperature data of the coolant; monitor power data representative of the power provided to the ablation device; and determine a condition of the ablation device based on the monitored temperature data and monitored power data.
A sensor assembly , comprising: a housing defining a potting chamber and arranged along a sensor axis ; a mounting flange extending about the sensor axis and axially offset along the sensor axis from the housing; one or more intermediate flange arranged between the housing and the mounting flange along the sensor axis, the one or more intermediate flange coupling the mounting flange to the housing, wherein the one or more intermediate flange is spaced apart from the mounting flange to limit thermal communication between the mounting flange and the housing; and a plurality of point standoffs connecting the one or more intermediate flange to the mounting flange, the plurality of standoffs defining an inboard gap between the one or more intermediate flange and the mounting flange, are radially offset from the sensor axis, and are distributed circumferentially about the sensor axis. a housing defining a potting chamber and arranged along a sensor axis ; a mounting flange extending about the sensor axis and axially offset along the sensor axis from the housing; one or more intermediate flange arranged between the housing and the mounting flange along the sensor axis, the one or more intermediate flange coupling the mounting flange to the housing, wherein the one or more intermediate flange is spaced apart from the mounting flange to limit thermal communication between the mounting flange and the housing; and a plurality of point standoffs connecting the one or more intermediate flange to the mounting flange, the plurality of standoffs defining an inboard gap between the one or more intermediate flange and the mounting flange, are radially offset from the sensor axis, and are distributed circumferentially about the sensor axis.
A thermal runaway detection method , applied to a battery, wherein the battery comprises a heat conducting apparatus, a cooling medium is contained in the heat conducting apparatus to cool the battery, a battery cell of the battery is provided with a pressure relief mechanism on a wall of the battery cell, a surface of the heat conducting apparatus is attached to the same wall of the battery cell, the pressure relief mechanism of the battery cell and the electrode terminals of the battery cell are provided on different walls of the battery cell, the pressure relief mechanism is configured to release the internal pressure when the internal pressure of the battery cell reaches a threshold, so that the surface of the heat conducting apparatus is damaged, and the method comprises: acquiring at least one parameter of a cooling medium,which is discharged from the heat conducting apparatus when the heat conducting apparatus is damaged, the battery comprising a heat conducting apparatus, and the cooling medium being contained in the heat conducting apparatus; and determining , when the at least one parameter satisfies a preset condition, that thermal runaway occurs in the battery. acquiring at least one parameter of a cooling medium,which is discharged from the heat conducting apparatus when the heat conducting apparatus is damaged, the battery comprising a heat conducting apparatus, and the cooling medium being contained in the heat conducting apparatus; and determining , when the at least one parameter satisfies a preset condition, that thermal runaway occurs in the battery.
An engineered immune cell comprising: a genetically engineered antigen receptor that specifically binds to a target antigen, wherein the target antigen is cyclin D1; and a genetic disruption in a gene encoding the target antigen, wherein the genetic disruption is selected from an insertion, a frameshift mutation, a missense mutation, a deletion, a knock-in, and a knock-out of the gene or part of the gene, or deletion of the entire gene, and results in the complete absence of expression of a wild type product encoded by the gene as compared to the expression in the immune cell in the absence of said genetic disruption. a genetically engineered antigen receptor that specifically binds to a target antigen, wherein the target antigen is cyclin D1; and a genetic disruption in a gene encoding the target antigen, wherein the genetic disruption is selected from an insertion, a frameshift mutation, a missense mutation, a deletion, a knock-in, and a knock-out of the gene or part of the gene, or deletion of the entire gene, and results in the complete absence of expression of a wild type product encoded by the gene as compared to the expression in the immune cell in the absence of said genetic disruption.
Process for building tyres for vehicle wheels, wherein at least one elastomeric component of a tyre is made by applying at least one continuous elongated element according to a plurality of turns (C) around a forming drum rotating around a geometric rotation axis (X) thereof; wherein said continuous elongated element is built by the actions of: extruding a first material through an extrusion nozzle , to form an inner core of said continuous elongated element exiting from an outlet opening of the extrusion nozzle ; during said extrusion, conveying a second material different from the first material around the first material, at the extrusion nozzle and upstream of the outlet opening , to form a coating layer which surrounds the inner core , characterized in that the second material is introduced into a second supply duct leading to an injection chamber arranged around an outlet channel longitudinally crossing the extrusion nozzle and leading to the outlet opening , said injection chamber flowing into the outlet channel through a radial intake slit extending along a closed line around the outlet channel itself; wherein said radial slit has a variable axial dimension along a peripheral development thereof. extruding a first material through an extrusion nozzle , to form an inner core of said continuous elongated element exiting from an outlet opening of the extrusion nozzle ; during said extrusion, conveying a second material different from the first material around the first material, at the extrusion nozzle and upstream of the outlet opening , to form a coating layer which surrounds the inner core , characterized in that the second material is introduced into a second supply duct leading to an injection chamber arranged around an outlet channel longitudinally crossing the extrusion nozzle and leading to the outlet opening , said injection chamber flowing into the outlet channel through a radial intake slit extending along a closed line around the outlet channel itself; wherein said radial slit has a variable axial dimension along a peripheral development thereof.
Insert plate for a fridge and/or freezer, which plate is configured for insertion into a cooling chamber of a fridge and/or freezer, in order for refrigerated goods to be arranged or deposited thereon, comprising: a first flat surface side that is arranged on a planar side of the insert plate and is intended for the arrangement or depositing of refrigerated goods, and a second surface side which is opposite the first surface side and is provided with at least one depression , wherein the insert plate comprises a plurality of layers , a first layer of which has a flat plate-like shape comprising two flat planar sides and is used for forming the first flat surface side , and a second layer which comprises the at least one depression and is used for forming the second surface side that comprises the at least one depression, and wherein the change from the first flat surface side of the insert plate to the second surface side of the insert plate comprising the at least one depression can be achieved by turning the insert plate , wherein the first layer of the insert plate is made of glass, and the second layer comprises plastics material, characterised in that the second layer comprising at least one depression is fastened to the first layer by means of a snap connection.
An apparatus for detecting or measuring corrosion or erosion in an object , comprising: an electromagnetic acoustic transducer (EMAT) having: a ferromagnetic core ; a plurality of permanent magnets arranged peripherally around the ferromagnetic core and configured to produce a magnetic field through the ferromagnetic core ; a coil configured between the ferromagnetic core and the object ; characterized in that the apparatus further comprises a plurality of switches electrically connected to the coil , and wherein individual switches of the plurality of switches are field effect transistors (FETs) that are individually controllable. a ferromagnetic core ; a plurality of permanent magnets arranged peripherally around the ferromagnetic core and configured to produce a magnetic field through the ferromagnetic core ; a coil configured between the ferromagnetic core and the object ; characterized in that the apparatus further comprises a plurality of switches electrically connected to the coil , and wherein individual switches of the plurality of switches are field effect transistors (FETs) that are individually controllable.
Hob apparatus, in particular induction hob apparatus, comprising at least one hob plate (12a-b), comprising at least one electronics unit (14a-b), and comprising at least one storage unit (16a-b) which stores the electronics unit (14a-b) in at least one mounted state in relation to the hob plate (12a-b), wherein the storage unit (16a-b) stores the electronics unit (14a-b) in a position in relation to the hob plate (12a-b) in which a main extension plane of the electronics unit (14a-b) and a main extension plane of the hob plate (12a-b) enclose a minimum angle of more than 0° and less than 180° to one another, and comprising at least one space divider element which in the mounted state stores the storage unit at least to a large extent, characterized in that in the mounted state the storage unit at least partially engages through a storage recess of the space divider element and wherein in the mounted state the electronics unit partially engages through the storage recess of the space divider element .
A method for treating heavy products resulting from refining waste from a biological treatment including: - a step of screening the heavy products in other to separate a higher size fraction and a lower size fraction ; and - a step of gravity concentrating the higher size fraction in water in order to separate denser inert particles from less dense organic particles , characterised in that a leaching test is carried out on a sample of the inert particles . - a step of screening the heavy products in other to separate a higher size fraction and a lower size fraction ; and - a step of gravity concentrating the higher size fraction in water in order to separate denser inert particles from less dense organic particles ,
Holding device for cards and/or banknotes, comprising a housing which is open at the top and has a bottom , the bottom having side webs which project upwards and are arranged spaced apart from one another, and a clip being arranged in the housing in a non-positive and/or frictionally locking and/or positively locking manner, characterized in that the clip has at least one plug-in tongue for plugging into a slot of the housing , which plug-in tongue has a plug-in pin which tapers conically in the direction of its free end or is tapered in at least one direction.
A conjugate for use in treating a disease being selected from kidney disease and sepsis, wherein the conjugate is comprised of: a) at least one peptide containing an amino acid segment with the sequence of SEQ ID NOs: 1-8, 12, 16-28, and 31-33; and b) a moiety linked to the peptide of a). a) at least one peptide containing an amino acid segment with the sequence of SEQ ID NOs: 1-8, 12, 16-28, and 31-33; and b) a moiety linked to the peptide of a).
A method for interactive voice response systems campaigns, the method comprising the following steps in a server (SI): getting (S2) numbers of the campaign to a memory buffer, selecting (S3) an uncalled number from the memory buffer and identifying the area of the selected number, defining (S4) a variable (Va) for the identified area as the number of channels used for the different active calls in the identified area, checking (S5) if the variable (Va) is below a maximum active call limit of the identified area, if the variable (Va) is below the maximum active call limit, initiating (S5) a call for the selected number and incrementing by one the variable (Va) for the area corresponding to the selected number, if the variable (Va) is equal to the maximum active call limit, selecting (S5) another uncalled number from the memory buffer, when a call is terminated for the identified area, decrementing (S6) by one the variable (Va) for the identified area. getting (S2) numbers of the campaign to a memory buffer, selecting (S3) an uncalled number from the memory buffer and identifying the area of the selected number, defining (S4) a variable (Va) for the identified area as the number of channels used for the different active calls in the identified area, checking (S5) if the variable (Va) is below a maximum active call limit of the identified area, if the variable (Va) is below the maximum active call limit, initiating (S5) a call for the selected number and incrementing by one the variable (Va) for the area corresponding to the selected number, if the variable (Va) is equal to the maximum active call limit, selecting (S5) another uncalled number from the memory buffer, when a call is terminated for the identified area, decrementing (S6) by one the variable (Va) for the identified area.
Electronic control device for controlling a vehicle battery pack , wherein the battery pack is adapted to provide a battery voltage (Vb) and a battery current (lb) through a plurality of battery cells (C), and wherein the device is adapted to interact with a remote control unit external to the battery pack , the device comprising: - a monitoring and actuation unit , electrically and operatively connectable to the battery pack and to each of the battery cells (C) to detect analogue battery parameters (P), comprising at least the magnitudes of battery voltage (Vb) and battery current (lb), the monitoring and actuation unit also being configured to generate monitoring signals (Sm) representative of the detected analogue battery parameters (P), to receive at least one command signal (Sc) representative of at least one respective operation command (CM) of the battery pack , and to activate said at least one command (CM); said monitoring and actuation unit being non-programmable and devoid of any microprocessor or microcontroller and being adapted to operate without storing and/or without executing one or more control and/or processing programs; - a two-way serial communication interface , connected to the monitoring and actuation unit to receive said monitoring signals (Sm) and to provide said at least one command signal (Sc), and connectable to an external two-way serial communication line (LS) to send the monitoring signals (Sm) to the remote control unit , to be processed by the remote control unit , and to receive the at least one command signal (Sc) from the remote control unit , through said two-way serial communication line (LS). - a monitoring and actuation unit , electrically and operatively connectable to the battery pack and to each of the battery cells (C) to detect analogue battery parameters (P), comprising at least the magnitudes of battery voltage (Vb) and battery current (lb), the monitoring and actuation unit also being configured to generate monitoring signals (Sm) representative of the detected analogue battery parameters (P), to receive at least one command signal (Sc) representative of at least one respective operation command (CM) of the battery pack , and to activate said at least one command (CM); said monitoring and actuation unit being non-programmable and devoid of any microprocessor or microcontroller and being adapted to operate without storing and/or without executing one or more control and/or processing programs; - a two-way serial communication interface , connected to the monitoring and actuation unit to receive said monitoring signals (Sm) and to provide said at least one command signal (Sc), and connectable to an external two-way serial communication line (LS) to send the monitoring signals (Sm) to the remote control unit , to be processed by the remote control unit , and to receive the at least one command signal (Sc) from the remote control unit , through said two-way serial communication line (LS).
A method for determining material dimensions of an elongate profile during a sawing process, wherein a saw disc is fed forward, the elongate profile is, in the course of this, cut by the saw disc along a saw groove; feed position data (s 1 , s 2 , s 3 , s 4 ) of the saw disc are determined along the feed path (s), during the sawing process, further measurement data from the group of sawing force (F s ) or another variable (M s ) that corresponds to the sawing force (F s ) are determined, characterised in that an actual profile is determined from the feed position data (s 1 , s 2 , s 3 , s 4 ) and the further measurement data (F s , M s ).
A chain connector for use with a tailgate chain linkage of a machine , the chain connector comprising: a first flange , a second flange and a web extending between the first flange and the second flange ; the first flange and the second flange each having a first end and a second end ; the first flange and the second flange comprising pairs of apertures , wherein each pair of apertures comprises a first aperture in the first flange and a second aperture in the second flange with the first aperture and second aperture of each pair of apertures being aligned with each other; the pairs of apertures comprising a first pair of apertures disposed in the first ends of the first flange and the second flange for coupling the chain connector to an attachment plate of the machine , and a plurality of second pairs of apertures disposed in the second ends of the first flange and the second flange for coupling the chain connector to a chain of the chain linkage; wherein the plurality of second pairs of apertures are disposed at a plurality of distances (d 1 -d 7 ) from the first pair of apertures whereby an effective length of the tailgate chain linkage may be adjusted by coupling the chain of the chain linkage with a selected second pair of apertures of the plurality of second pairs of apertures . a first flange , a second flange and a web extending between the first flange and the second flange ; the first flange and the second flange each having a first end and a second end ; the first flange and the second flange comprising pairs of apertures , wherein each pair of apertures comprises a first aperture in the first flange and a second aperture in the second flange with the first aperture and second aperture of each pair of apertures being aligned with each other; the pairs of apertures comprising a first pair of apertures disposed in the first ends of the first flange and the second flange for coupling the chain connector to an attachment plate of the machine , and a plurality of second pairs of apertures disposed in the second ends of the first flange and the second flange for coupling the chain connector to a chain of the chain linkage; wherein the plurality of second pairs of apertures are disposed at a plurality of distances (d 1 -d 7 ) from the first pair of apertures whereby an effective length of the tailgate chain linkage may be adjusted by coupling the chain of the chain linkage with a selected second pair of apertures of the plurality of second pairs of apertures .