mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: a piece of equipment comprising a component configured to come into direct contact with a conductor of electricity or come into proximity of a conductor of electricity, and a control system which is in operative communication with the component and which is configured to control operation of the component; and an electric field detector (120a-n) on the equipment, the electric field detector comprising field detection circuitry configured to detect a voltage in an electric field in the environment which meets or exceeds a voltage threshold, the field detection circuitry being in communication with the control system of the piece of equipment, wherein when an overvoltage is detected by the electric field detector, the control system of the equipment is configured to act by performing one of 1) activating a warning module on the equipment and 2) causing the component of the equipment to act, characterized in that a plurality of the electric field detectors are on the equipment, the electric field detectors being in communication with each other and with the control system and that when one of the plurality of the electric field detectors detect an overvoltage, the electric field detector that detects the overvoltage is configured to send a warning notification to the other field detectors. a piece of equipment comprising a component configured to come into direct contact with a conductor of electricity or come into proximity of a conductor of electricity, and a control system which is in operative communication with the component and which is configured to control operation of the component; and an electric field detector (120a-n) on the equipment, the electric field detector comprising field detection circuitry configured to detect a voltage in an electric field in the environment which meets or exceeds a voltage threshold, the field detection circuitry being in communication with the control system of the piece of equipment, wherein when an overvoltage is detected by the electric field detector, the control system of the equipment is configured to act by performing one of 1) activating a warning module on the equipment and 2) causing the component of the equipment to act, characterized in that a plurality of the electric field detectors are on the equipment, the electric field detectors being in communication with each other and with the control system and that when one of the plurality of the electric field detectors detect an overvoltage, the electric field detector that detects the overvoltage is configured to send a warning notification to the other field detectors.
An audio signal processing device comprising: a speech segment detector configured to detect a speech segment of an audio signal; a suppressor configured to suppress noise in the audio signal; characterized by further comprising an adjustment section configured to adjust an amount of suppression of noise by the suppressor such that the amount of suppression during a specific period, which starts from a position from a terminal end of the speech segment detected by the speech segment detector and is a period shorter than a period spanning from the terminal end of the speech segment detected by the speech segment detector to a starting end of a next speech segment detected by the speech segment detector , becomes greater than an amount of suppression in a period that is other than the specific period. a speech segment detector configured to detect a speech segment of an audio signal; a suppressor configured to suppress noise in the audio signal; characterized by further comprising an adjustment section configured to adjust an amount of suppression of noise by the suppressor such that the amount of suppression during a specific period, which starts from a position from a terminal end of the speech segment detected by the speech segment detector and is a period shorter than a period spanning from the terminal end of the speech segment detected by the speech segment detector to a starting end of a next speech segment detected by the speech segment detector , becomes greater than an amount of suppression in a period that is other than the specific period.
A method for the preparation of luminescent nanocomposites comprising metal halide nanocrystals co-embedded with inorganic salts in the pores of a porous metal oxide matrixcomprising the steps of: a) preparing a mixture comprising at least a metal halide, a combination of inorganic salts, and porous metal oxide particles in the absence of an organic solvent; b) heating above the melting temperature of the mixture of step a); c) cooling to obtain the nanocomposite. a) preparing a mixture comprising at least a metal halide, a combination of inorganic salts, and porous metal oxide particles in the absence of an organic solvent; b) heating above the melting temperature of the mixture of step a); c) cooling to obtain the nanocomposite.
A method for starting an application based on fingerprint recognition, wherein the method is applied to a device for starting the application based on fingerprint recognition, the device includes a display unit and sensing units, wherein the display unit is provided with a fingerprint recognition region; the sensing units are located below the fingerprint recognition region for acquiring fingerprint information on the fingerprint recognition region, the method includes the following steps: presetting a correspondence between the application icon and the fingerprint information; receiving operating information of the user for the application icon and moving the application icon to the fingerprint recognition region; and acquiring the fingerprint information of a current user on the fingerprint recognition region; judging whether the acquired fingerprint information is successfully matched with the preset fingerprint information corresponding to the application icon; and if yes, starting the application corresponding to the application icon, otherwise not starting the application corresponding to the application icon; characterized in that the method includes: starting an application icon sorting function to sort the application icon when a time of acquiring the fingerprint information of the user on the fingerprint recognition region exceeds a preset time threshold; and wherein, the process of "sorting the application icon" includes: receiving a coordinate movement instruction of the user for the application icon, and moving the application icon from a current position to a target position. presetting a correspondence between the application icon and the fingerprint information; receiving operating information of the user for the application icon and moving the application icon to the fingerprint recognition region; and acquiring the fingerprint information of a current user on the fingerprint recognition region; judging whether the acquired fingerprint information is successfully matched with the preset fingerprint information corresponding to the application icon; and if yes, starting the application corresponding to the application icon, otherwise not starting the application corresponding to the application icon; characterized in that the method includes: starting an application icon sorting function to sort the application icon when a time of acquiring the fingerprint information of the user on the fingerprint recognition region exceeds a preset time threshold; and wherein, the process of "sorting the application icon" includes: receiving a coordinate movement instruction of the user for the application icon, and moving the application icon from a current position to a target position. starting an application icon sorting function to sort the application icon when a time of acquiring the fingerprint information of the user on the fingerprint recognition region exceeds a preset time threshold; and wherein, the process of "sorting the application icon" includes: receiving a coordinate movement instruction of the user for the application icon, and moving the application icon from a current position to a target position.
A plastics material transformation plant comprising : - a transformation machine which is provided to transform the plastics material by means of moulding or extrusion, - a feeding hopper which is positioned upstream of the transformation machine in order to supply the plastics material to the transformation machine, and - a metering device for liquid additives which is provided to add a liquid additive to the transformation machine, the metering device comprising: - a container in which the liquid additive is contained, - a metering pump which is connected to the container in order to take the liquid additive and to supply it to the transformation machine , and characterized in that - the metering device comprises a thermo-regulation system of the liquid additive which is arranged to maintain the temperature of the liquid additive in a range of 2°C more or 2°C less than a predetermined temperature value, - the thermo-regulation system is associated with the container in order to maintain the temperature of the liquid additive in the predetermined temperature range inside the container , - the thermo-regulation system comprises a heating element , a temperature sensor and a controller which is associated with the temperature sensor and with the heating element in order to activate or deactivate the heating element in accordance with the temperature value detected by the temperature sensor , and in that - the liquid additive is a dye. - a transformation machine which is provided to transform the plastics material by means of moulding or extrusion, - a feeding hopper which is positioned upstream of the transformation machine in order to supply the plastics material to the transformation machine, and - a metering device for liquid additives which is provided to add a liquid additive to the transformation machine, - a container in which the liquid additive is contained, - a metering pump which is connected to the container in order to take the liquid additive and to supply it to the transformation machine , and characterized in that - the metering device comprises a thermo-regulation system of the liquid additive which is arranged to maintain the temperature of the liquid additive in a range of 2°C more or 2°C less than a predetermined temperature value, - the thermo-regulation system is associated with the container in order to maintain the temperature of the liquid additive in the predetermined temperature range inside the container , - the thermo-regulation system comprises a heating element , a temperature sensor and a controller which is associated with the temperature sensor and with the heating element in order to activate or deactivate the heating element in accordance with the temperature value detected by the temperature sensor , and in that - the liquid additive is a dye.
A pressure sensitive adhesive sheet comprising a resin layer, which contains a resin part (X) containing a resin as a main component and a particle part (Y) on a substrate or a release material, at least a surface (α) of the resin layer being opposite to the side thereof on which the substrate or the release material is provided having pressure sensitive adhesiveness, wherein, when a smooth surface of a light transmissive adherend having a smooth surface is attached to the surface (a), one or more concave portions (G) not kept in contact with the smooth surface exist on the surface (a), wherein the smooth surface means a surface having a centerline mean roughness (Ra 75 ) of 0.1 μm or less according to JIS B0601:2001 and the light transmissive adherend is characterized by having a total light transmittance of 70% or more measured according to JIS K7105, and the shapes of the one or more concave portions (G) have irregular shapes, characterized in that the particle part (Y) consists of silica particles having a volume-average secondary diameter of 0.5 to 10 μm determined by measuring the particle size distribution according to a Coulter counter method.
A method for processing a band width part inactivity timer, performed by a terminal, and comprising: receiving an instruction related to uplink transmission sent by a network side; and starting or restarting the band width part inactivity timer related to uplink transmission according to the received instruction; wherein when pre-configured uplink resources exist at a current moment and a terminal uses the pre-configured uplink resources to send the uplink transmission, restarting the band width part inactivity timer for an active BWP. receiving an instruction related to uplink transmission sent by a network side; and starting or restarting the band width part inactivity timer related to uplink transmission according to the received instruction; wherein when pre-configured uplink resources exist at a current moment and a terminal uses the pre-configured uplink resources to send the uplink transmission, restarting the band width part inactivity timer for an active BWP.
A shielded connector for interconnecting printed circuit boards , comprising a contact assembly including a plurality of contacts electrically connectable to the printed circuit boards , the contact assembly having a holder that holds the contacts axially in place; first and second guide members separable from the contact assembly ; each of the first and second guide members is configured to be associated with one of said printed circuit boards ; and first and second shields for electrically connecting to the printed circuit boards and substantially surrounding at least a portion of the first and second guide members , respectively, each of the first and second shields having at least one portion configured to contact the other of the first and second shields , thereby creating electrical continuity therebetween. a contact assembly including a plurality of contacts electrically connectable to the printed circuit boards , the contact assembly having a holder that holds the contacts axially in place; first and second guide members separable from the contact assembly ; each of the first and second guide members is configured to be associated with one of said printed circuit boards ; and first and second shields for electrically connecting to the printed circuit boards and substantially surrounding at least a portion of the first and second guide members , respectively, each of the first and second shields having at least one portion configured to contact the other of the first and second shields , thereby creating electrical continuity therebetween.
A method of forming a carbon nanofiber electrode (206A-C), the method comprising: providing an electrically insulating porous substrate ; forming a mat of electrically insulating nanofibers on the substrate by electrospinning, wherein the electrically insulating nanofibers comprise an organic polymer; and forming an electrode (206A-C) comprising electrically conductive carbon nanofibers in the mat of electrically insulating nanofibers by laser-induced carbonization of the electrically insulating nanofibers. providing an electrically insulating porous substrate ; forming a mat of electrically insulating nanofibers on the substrate by electrospinning, wherein the electrically insulating nanofibers comprise an organic polymer; and forming an electrode (206A-C) comprising electrically conductive carbon nanofibers in the mat of electrically insulating nanofibers by laser-induced carbonization of the electrically insulating nanofibers.
A method of detecting an inner ear disorder in a subject comprising, determining a level of prestin in a serum or blood sample from the subject; and determining an inner ear disorder when the level of prestin in the serum or blood sample is decreased or increased compared to a reference prestin level.
A display device, comprising: a supporting film (191; 291); a flexible substrate (153; 253); a driving layer (155; 255) disposed on the flexible substrate; a conductive pad (157a-157d; 257a-257d) disposed on the driving layer; and a light-emitting diode (115a-115c; 215a-215c) disposed on the conductive pad and electrically connected to the conductive pad, wherein the supporting film has a first hardness, the flexible substrate has a second hardness; characterized in that the flexible substrate (153; 253) is disposed on the supporting film (191; 291), wherein the first hardness is greater than the second hardness. a supporting film (191; 291); a flexible substrate (153; 253); a driving layer (155; 255) disposed on the flexible substrate; a conductive pad (157a-157d; 257a-257d) disposed on the driving layer; and a light-emitting diode (115a-115c; 215a-215c) disposed on the conductive pad and electrically connected to the conductive pad, wherein the supporting film has a first hardness, the flexible substrate has a second hardness; characterized in that the flexible substrate (153; 253) is disposed on the supporting film (191; 291), wherein the first hardness is greater than the second hardness.
An elongated bending sheet (300; 400) for determining a mechanical vehicle load, in particular a remaining vehicle load capacity, having a greater extension along a central longitudinal axis (Lc) compared to a central transverse axis (Tc) extending transverse to the central longitudinal axis (Lc), wherein the central longitudinal axis (Lc) and the central transverse axis (T C ) generate a central plane (C P ), wherein a. the elongated bending sheet (300; 400) is formed in one piece with a first (310; 410) and a second integral pair of bearings (320; 420), b. the bearings of the first pair (310; 410) have a first distance (d 1 ) along the central longitudinal axis (L C ) with respect to each other, are arranged on a first side of the elongated bending sheet (300; 400) and generate a first supporting plane, c. the bearings of the second pair (320; 420) have a second distance (d 2 ) along the central longitudinal axis (L C ) with respect to each other which is smaller than the first distance (d 1 ), are arranged on a second side of the elongated bending sheet (300; 400) opposite to the first side and generate a second supporting plane different from the first supporting plane, and d. the elongated bending sheet (300; 400) is arrangeable between a first and a second component which are movable with respect to each other such that the first pair of bearings (310; 410) abuts at the first component and the second pair of bearings (320; 420) abuts at the second component so that a relative movement of the first and second component with respect to each other causes a detectable deformation of the bending sheet (300; 400). a. the elongated bending sheet (300; 400) is formed in one piece with a first (310; 410) and a second integral pair of bearings (320; 420), b. the bearings of the first pair (310; 410) have a first distance (d 1 ) along the central longitudinal axis (L C ) with respect to each other, are arranged on a first side of the elongated bending sheet (300; 400) and generate a first supporting plane, c. the bearings of the second pair (320; 420) have a second distance (d 2 ) along the central longitudinal axis (L C ) with respect to each other which is smaller than the first distance (d 1 ), are arranged on a second side of the elongated bending sheet (300; 400) opposite to the first side and generate a second supporting plane different from the first supporting plane, and d. the elongated bending sheet (300; 400) is arrangeable between a first and a second component which are movable with respect to each other such that the first pair of bearings (310; 410) abuts at the first component and the second pair of bearings (320; 420) abuts at the second component so that a relative movement of the first and second component with respect to each other causes a detectable deformation of the bending sheet (300; 400).
Method for separating feed material, wherein the feed material comprises at least one ferromagnetic material fraction and one non-ferromagnetic material fraction, wherein a conveying stream is fed to a first separation of a first ferromagnetic material fraction by means of a first magnetic separating device , wherein the conveying stream is fed to the first separation via a conveying device , wherein the conveying stream is subsequently fed to a second separation of a second ferromagnetic material fraction from the conveying stream by means of a second magnetic separating device , wherein the conveying stream is fed to the second separation via a further conveying device , wherein a redistribution and/or reallocation of the material of the conveying stream takes place between the first separation and the second separation, wherein the conveying stream is guided as a single conveying stream in the region between the first and the second separation, wherein the redistribution and/or the reallocation does not take place with the aid of a sieving, wherein the conveying stream is discharged from the further conveying device onto the second magnetic separating device , wherein the second separation takes place when the conveying stream is conveyed along the further conveying device , wherein the second magnetic separating device is designed as a rotatable magnetic drum and wherein a third separation of a non-magnetic and electrically conductive third material fraction from the conveying stream takes place by means of an eddy current separating device , wherein the third separation takes place after the second separation. wherein the conveying stream is discharged from the further conveying device onto the second magnetic separating device , wherein the second separation takes place when the conveying stream is conveyed along the further conveying device , wherein the second magnetic separating device is designed as a rotatable magnetic drum and wherein a third separation of a non-magnetic and electrically conductive third material fraction from the conveying stream takes place by means of an eddy current separating device , wherein the third separation takes place after the second separation.
A plasma abatement apparatus for treating a gas stream, comprising: a DC plasma torch for generating a plasma flare from a source gas when energised by a source of electrical energy; a plasma reactor chamber 36; an inlet 38 for conveying the gas stream to be treated 12 into the reaction chamber; a flow regulator for regulating the flow rate of a source gas supplied to the torch to be energised; and a power control configured for controlling the power of the plasma torch by selective control of the flow regulator; comprising a current control for controlling the amount of current supplied to the torch by the power source, wherein the power control is configured for controlling the power of the plasma torch by selective control of the current control and the flow regulator and characterised in that the power control is configured to control the power of the torch in a plurality of different power regimes, the power being variable within a power regime by controlling the current supplied to the torch and switching between the regimes being controlled by regulating the flow of source gas.