mhurhangee/patent-ind-claim-en huggingface dataset:
An all-solid-state battery comprising: an electrode body in which a cathode layer that contains a cathode active material and a solid electrolyte, an electrolyte layer that is formed of the solid electrolyte, and an anode layer that contains an anode active material and the solid electrolyte are stacked in this order in an up-down direction, wherein the cathode active material is a compound represented by a chemical formula Li 2 Fe (1-x) M x P (2-y) A y O 7 , contains at least one metal of Ti, V, Cr, Ni, and Co as the M in the chemical formula, and contains at least one element of B, C, Al, Si, Ga, and Ge as the A in the chemical formula, the x in the chemical formula satisfies 0.8<x≤1, the y in the chemical formula satisfies 0≤y≤0.07, and the anode active material is an anatase titanium oxide represented by a chemical formula TiO 2 . an electrode body in which a cathode layer that contains a cathode active material and a solid electrolyte, an electrolyte layer that is formed of the solid electrolyte, and an anode layer that contains an anode active material and the solid electrolyte are stacked in this order in an up-down direction, wherein the cathode active material is a compound represented by a chemical formula Li 2 Fe (1-x) M x P (2-y) A y O 7 , contains at least one metal of Ti, V, Cr, Ni, and Co as the M in the chemical formula, and contains at least one element of B, C, Al, Si, Ga, and Ge as the A in the chemical formula, the x in the chemical formula satisfies 0.8<x≤1, the y in the chemical formula satisfies 0≤y≤0.07, and the anode active material is an anatase titanium oxide represented by a chemical formula TiO 2 .
A portable, belt cutting device , comprising: a cutting base ; a cutting head pivotably mounted to the cutting base such that the cutting head is movable between an open position and a closed position; a cutting blade configured to cut a belt , the cutting blade moveably arranged on the cutting head and supported by the cutting head such that the cutting blade is moveable between a retracted position and an extended position, the cutting blade comprises a front side and an opposite back side, a first stationary edge located adjacent the front side of the cutting blade , a second stationary edge located adjacent the back side of the cutting blade , the first stationary edge and the second stationary edge each configured to abut the belt when the cutting blade cuts the belt , wherein the cutting head comprises a drive mechanism for moving the cutting blade from the retracted position towards the extended position, in which position the cutting blade severs the belt , wherein the drive mechanism is coupled to the cutting blade such that the cutting blade is actively driven to move in both directions between the retracted position and the extended position. a cutting base ; a cutting head pivotably mounted to the cutting base such that the cutting head is movable between an open position and a closed position; a cutting blade configured to cut a belt , the cutting blade moveably arranged on the cutting head and supported by the cutting head such that the cutting blade is moveable between a retracted position and an extended position, the cutting blade comprises a front side and an opposite back side, a first stationary edge located adjacent the front side of the cutting blade , a second stationary edge located adjacent the back side of the cutting blade , the first stationary edge and the second stationary edge each configured to abut the belt when the cutting blade cuts the belt , wherein the cutting head comprises a drive mechanism for moving the cutting blade from the retracted position towards the extended position, in which position the cutting blade severs the belt , wherein the drive mechanism is coupled to the cutting blade such that the cutting blade is actively driven to move in both directions between the retracted position and the extended position.
A base station (10; 20) for communicating with a mobile station by using a plurality of antenna ports, the base station comprising: a mapping information communication unit configured to combine a plurality of first mappings of reference signals for measuring channel state information to generate a second mapping of reference signals for measuring channel state information of the plurality of antenna ports, each of the plurality of first mappings being defined for eight or less of the antenna ports and the second mapping being defined for a multiple of a number of antenna ports of one of the plurality of the first mappings, and configured to communicate information indicating the generated second mapping to the mobile station; a multiplexer configured to multiplex the reference signals for measuring the channel state information in one or more resource elements in accordance with the generated second mapping; and a transmitter the configured to transmit the reference signals for measuring the channel state information. a mapping information communication unit configured to combine a plurality of first mappings of reference signals for measuring channel state information to generate a second mapping of reference signals for measuring channel state information of the plurality of antenna ports, each of the plurality of first mappings being defined for eight or less of the antenna ports and the second mapping being defined for a multiple of a number of antenna ports of one of the plurality of the first mappings, and configured to communicate information indicating the generated second mapping to the mobile station; a multiplexer configured to multiplex the reference signals for measuring the channel state information in one or more resource elements in accordance with the generated second mapping; and a transmitter the configured to transmit the reference signals for measuring the channel state information.
Method for treatment of mulberry leaves for feeding silkworms in order to obtain a feedstuff for silkworms, doped with at least one metal selected among silver and/or zinc, comprising the steps of: a. preparing a solution comprising: - water; - a photo-reducer agent; - a precursor of said at least one metal; b. treating said mulberry leaves with said solution; c. exposing said treated mulberry leaves to UV radiation, so that the photo-reduction of said precursor of said at least metal occurs, with the consequent deposition on said leaves of nanoparticles of said at least one metal. a. preparing a solution comprising: - water; - a photo-reducer agent; - a precursor of said at least one metal; - water; - a photo-reducer agent; - a precursor of said at least one metal; b. treating said mulberry leaves with said solution; c. exposing said treated mulberry leaves to UV radiation, so that the photo-reduction of said precursor of said at least metal occurs, with the consequent deposition on said leaves of nanoparticles of said at least one metal.
Longitudinal adjuster for a vehicle seat , in particular motor vehicle seat, having a first rail , a second rail which is guided displaceably in a longitudinal direction (x) in the first rail , a spindle (6; 6a) which is arranged between the first rail and the second rail , and a gear , wherein the gear is in engagement with a thread of the spindle and is movable along the spindle , or the gear is arranged in a fixed position relative to the spindle and the spindle is drivable by the gear , wherein the gear is fastened to the second rail by a substantially U-shaped gear holder , wherein the gear holder has at least two limbs which are arranged opposite one another in the longitudinal direction (x), wherein the gear holder has at least one recess in a base connecting the two limbs and running horizontally, characterized in that a gear housing surrounding the gear projects at least in sections into the at least one recess , wherein in the vertical direction (z) above outer regions of the base , a gap is provided between the base and the gear housing .
A method of covering a cable routed between a first portion of an electronic device and a second portion of the electronic device, the first portion pivotally coupled with the second portion at a hinge mechanism, the method comprising: electrically coupling the first portion and the second portion with the cable, the cable being bendable with a first side surface of the cable contacting a curved surface of the hinge mechanism when the first portion is rotated relative to the second portion; covering a second side surface of the cable with a cover configured to at least partially be in contact with the second side surface of the cable and having a first end and a second end , the first end configured to be retained to the first portion of the electronic device, the second side surface being positioned opposite the first side surface; and attaching a tensioning mechanism to the cover to apply tension to the second end of the cover to pull the second end into the second portion of the electronic device. electrically coupling the first portion and the second portion with the cable, the cable being bendable with a first side surface of the cable contacting a curved surface of the hinge mechanism when the first portion is rotated relative to the second portion; covering a second side surface of the cable with a cover configured to at least partially be in contact with the second side surface of the cable and having a first end and a second end , the first end configured to be retained to the first portion of the electronic device, the second side surface being positioned opposite the first side surface; and attaching a tensioning mechanism to the cover to apply tension to the second end of the cover to pull the second end into the second portion of the electronic device.
A detection device for detecting the presence of a substance of interest in a sample, the device comprising: a data store comprising executable instructions for at least two convolutional neural networks, CNNs, configured to process images; and a processor coupled to the data store and configured to execute the instructions to operate the at least two CNNs; wherein the detection device is configured to: obtain spectrometry data, wherein the spectrometry data comprises data obtained from a spectrometer representative of the sample, wherein the spectrometry data is in the form of image data comprising at least one two dimensional array; operate a first one of the CNNs to process the spectrometry data to obtain a first CNN output; apply a mask to the spectrometry data to obtain masked data; operate a second one of the CNNs to process the masked data to obtain a second CNN output; and determine if the substance of interest is present in the sample based on both the first CNN output and the second CNN output. a data store comprising executable instructions for at least two convolutional neural networks, CNNs, configured to process images; and a processor coupled to the data store and configured to execute the instructions to operate the at least two CNNs; wherein the detection device is configured to: obtain spectrometry data, wherein the spectrometry data comprises data obtained from a spectrometer representative of the sample, wherein the spectrometry data is in the form of image data comprising at least one two dimensional array; operate a first one of the CNNs to process the spectrometry data to obtain a first CNN output; apply a mask to the spectrometry data to obtain masked data; operate a second one of the CNNs to process the masked data to obtain a second CNN output; and determine if the substance of interest is present in the sample based on both the first CNN output and the second CNN output. obtain spectrometry data, wherein the spectrometry data comprises data obtained from a spectrometer representative of the sample, wherein the spectrometry data is in the form of image data comprising at least one two dimensional array; operate a first one of the CNNs to process the spectrometry data to obtain a first CNN output; apply a mask to the spectrometry data to obtain masked data; operate a second one of the CNNs to process the masked data to obtain a second CNN output; and determine if the substance of interest is present in the sample based on both the first CNN output and the second CNN output.
A conformal coating control method , comprising: arranging at least one conformal control surface feature on a surface of a printed circuit board proximate perimeter pads of an integrated circuit ; soldering , to the printed circuit board , the integrated circuit ; and applying a conformal coating material to the printed circuit board , wherein the conformal coating material is at least partially restricted from flowing between the integrated circuit and the printed circuit board by solder flux residue accumulated proximate the conformal control surface feature and, wherein the at least one conformal control surface feature includes at least one solderable member arranged proximate the perimeter pads of the printed circuit board and proximate a corner of the integrated circuit , the solderable member including a solderable land and comprising a solderable material and, wherein the at least one solderable member includes a 90 degree angle bracket. arranging at least one conformal control surface feature on a surface of a printed circuit board proximate perimeter pads of an integrated circuit ; soldering , to the printed circuit board , the integrated circuit ; and applying a conformal coating material to the printed circuit board , wherein the conformal coating material is at least partially restricted from flowing between the integrated circuit and the printed circuit board by solder flux residue accumulated proximate the conformal control surface feature and, wherein the at least one conformal control surface feature includes at least one solderable member arranged proximate the perimeter pads of the printed circuit board and proximate a corner of the integrated circuit , the solderable member including a solderable land and comprising a solderable material and, wherein the at least one solderable member includes a 90 degree angle bracket.
A liquid crystal display device comprising: a liquid crystal display panel including a lower substrate and an upper substrate attached to each other with a liquid crystal layer therebetween; and a light source panel coupled to the liquid crystal display panel , wherein the light source panel comprises, a first planarization layer disposed on a base plate ; a plurality of micro light emitting diode chips disposed on the first planarization layer ; a second planarization layer disposed on the first planarization layer and the plurality of micro light emitting diode chips ; and an adhesive member between each of the plurality of micro light emitting diode chips and the first planarization layer , wherein each of the plurality of micro light emitting diode chips is covered by the second planarization layer . a liquid crystal display panel including a lower substrate and an upper substrate attached to each other with a liquid crystal layer therebetween; and a light source panel coupled to the liquid crystal display panel , wherein the light source panel comprises, a first planarization layer disposed on a base plate ; a plurality of micro light emitting diode chips disposed on the first planarization layer ; a second planarization layer disposed on the first planarization layer and the plurality of micro light emitting diode chips ; and an adhesive member between each of the plurality of micro light emitting diode chips and the first planarization layer , wherein each of the plurality of micro light emitting diode chips is covered by the second planarization layer .
A surface decontamination device for decontaminating outer packaging which contains pre-sterilized consumer goods, in particular prefilled syringes, and which has a circumferential collar prior to transfer into an isolator, said surface decontamination device comprising conveying means for conveying the outer packaging in a conveying direction (F) along a conveying path from an inlet side of the device to an outlet side of the device , the conveying path passing through a decontamination chamber which is disposed between the inlet side and the outlet side and to which a radiation source , in particular an electron beam source, is assigned for irradiating the outer packaging which can be conveyed through the decontamination chamber , and passing through two lock chambers which are disposed between the inlet side and the outlet side and which are adjacent to the decontamination chamber and which have an inlet and an outlet, a first of the two lock chambers being disposed upstream and a second of the two lock chambers being disposed downstream of the decontamination chamber , the inlets and outlets of the lock chambers being able/configured to be opened and closed by means of closing means, the conveying means comprising a suspension transport device disposed in the decontamination chamber for the suspended transport of the outer packaging by its circumferential collar , characterized in that the closing means comprise a circumferential wall which can be rotated about an axis of rotation and which has at least one, preferably solely one, opening which can be displaced into the conveying path for conveying the outer packaging through said circumferential wall , the opening being realized in such a manner that the inlet and the outlet can be opened solely in an alternating manner, a lifting device for the automatic, vertical displacement of the outer packaging relative to the suspension transport device being disposed in the lock chambers .
Use of one or more indole compounds corresponding to general formula (I): in which Z is methylene and M is hydrogen; for the selective elimination of senescent dermal fibroblasts.
Support assembly for a chair , in particular as a component of a backrest of the chair , comprising a carrier shell , a receiving shell which can be mounted on the carrier shell , and a locking element , wherein the carrier shell and the receiving shell each have, in an edge region , connection structures which are formed in a manner complementary to one another, wherein the connection structures are configured to engage in one another, in a mounted state, in such a way that they form a through-channel into which the locking element can be inserted, wherein the connection structure of the carrier shell , the connection structure of the receiving shell or the connection structure of the carrier shell and the connection structure of the receiving shell have claws spaced apart from one another, wherein the claws comprise an engagement region , a first connection region and a support region , wherein the connection structure, preferably in the form of a bead , comprises a supporting projection , a second connection region and a receiving region , characterized in that the first connection region of the claws and the second connection region have partial roundings or the partial rounded portions , which are designed to form the through-channel , having a substantially round cross section, in the mounted state.
A gas turbine control device to be used in a generating facility including a gas turbine and a generator for generating power when at least rotational power of the gas turbine is transmitted, the gas turbine control device comprising: a first control section for obtaining a first fuel control command for causing generator output to follow a generator output set value decided based on a demand load, wherein the first control section includes a feedback control section , wherein the feedback control section includes a subtraction section for calculating a deviation of the generator output with respect to the generator output set value, a proportional integral calculation provided in a later stage of control than the subtraction section , and a peak suppression section for suppressing a peak in amplitude characteristics of the generator or a utility grid including the generator , wherein the peak suppression section includes a multiplier section , provided between the subtraction section and the proportional integral calculation, for multiplying an input signal by a gain, and a first gain adjustment section for adjusting the gain of the multiplier section according to output of the gas turbine , and wherein the first gain adjustment section sets a gain given at a time of partial load below a rated load to be smaller than a gain given at a time of the rated load. a first control section for obtaining a first fuel control command for causing generator output to follow a generator output set value decided based on a demand load, wherein the first control section includes a feedback control section , wherein the feedback control section includes a subtraction section for calculating a deviation of the generator output with respect to the generator output set value, a proportional integral calculation provided in a later stage of control than the subtraction section , and a peak suppression section for suppressing a peak in amplitude characteristics of the generator or a utility grid including the generator , a subtraction section for calculating a deviation of the generator output with respect to the generator output set value, a proportional integral calculation provided in a later stage of control than the subtraction section , and a peak suppression section for suppressing a peak in amplitude characteristics of the generator or a utility grid including the generator , wherein the peak suppression section includes a multiplier section , provided between the subtraction section and the proportional integral calculation, for multiplying an input signal by a gain, and a first gain adjustment section for adjusting the gain of the multiplier section according to output of the gas turbine , and a multiplier section , provided between the subtraction section and the proportional integral calculation, for multiplying an input signal by a gain, and a first gain adjustment section for adjusting the gain of the multiplier section according to output of the gas turbine , and wherein the first gain adjustment section sets a gain given at a time of partial load below a rated load to be smaller than a gain given at a time of the rated load.
A contactless smart ring device, which contains a microchip formed on a substrate , and a frame antenna , the frame antenna having leads connected with leads of the microchip , a capacitor placed in parallel with the frame antenna and forming with the latter the antenna of the contactless smart device in the form of a resonance circuit, characterized in that the substrate is rolled up in the form of a ring, an outer surface of the substrate carrying an electrically conductive strip that forms the frame antenna , the substrate together with the microchip being coated with a protective coating that forms a hermetically sealed body, and in that an end of an inner coil of the substrate carries a projection folded towards an outer coil of the substrate , and an electrically conductive strip deposited on a surface of the projection is electrically connected with the electrically conductive strip deposited on the end of the outer coil of the substrate , wherein disks of the capacitor are formed by expanded areas of the electrically conductive material on both sides of the electrically conductive strip under the projection at the end of the inner coil of the substrate . the substrate is rolled up in the form of a ring, an outer surface of the substrate carrying an electrically conductive strip that forms the frame antenna , the substrate together with the microchip being coated with a protective coating that forms a hermetically sealed body, and in that an end of an inner coil of the substrate carries a projection folded towards an outer coil of the substrate , and an electrically conductive strip deposited on a surface of the projection is electrically connected with the electrically conductive strip deposited on the end of the outer coil of the substrate , wherein disks of the capacitor are formed by expanded areas of the electrically conductive material on both sides of the electrically conductive strip under the projection at the end of the inner coil of the substrate .