mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing a cover structure , in particular for a battery of an electric vehicle, comprising the steps of: - inserting a fire protection coating into a bonding press , - inserting an SMC main body into the bonding press , - inserting an EMC layer into the bonding press , and - bonding the SMC main body to the fire protection coating and the EMC layer by means of the bonding press . - inserting a fire protection coating into a bonding press , - inserting an SMC main body into the bonding press , - inserting an EMC layer into the bonding press , and - bonding the SMC main body to the fire protection coating and the EMC layer by means of the bonding press .
An apparatus for annealing alloy ribbon, the apparatus comprising: an unwinder unwinding an alloy ribbon from a spool of the alloy ribbon; a heating member comprising a first flat surface , on which the alloy ribbon unwound by the unwinder runs while contacting the first flat surface , the heating member heating the alloy ribbon running while contacting the first flat surface through the first flat surface ; a cooling member comprising a second flat surface , on which the alloy ribbon heated by the heating member runs while contacting the second flat surface , the cooling member cooling the alloy ribbon running while contacting the second flat surface through the second flat surface ; and a winder winding the alloy ribbon cooled by the cooling member ; wherein a sucking structure sucking the alloy ribbon is provided at at least one of the first flat surface of the heating member or the second flat surface of the cooling member ; and wherein the sucking structure comprises at least one of an opening or a groove. an unwinder unwinding an alloy ribbon from a spool of the alloy ribbon; a heating member comprising a first flat surface , on which the alloy ribbon unwound by the unwinder runs while contacting the first flat surface , the heating member heating the alloy ribbon running while contacting the first flat surface through the first flat surface ; a cooling member comprising a second flat surface , on which the alloy ribbon heated by the heating member runs while contacting the second flat surface , the cooling member cooling the alloy ribbon running while contacting the second flat surface through the second flat surface ; and a winder winding the alloy ribbon cooled by the cooling member ; wherein a sucking structure sucking the alloy ribbon is provided at at least one of the first flat surface of the heating member or the second flat surface of the cooling member ; and wherein the sucking structure comprises at least one of an opening or a groove.
Electric heating device with a casing that forms inlet and outlet openings (10; 12) for the fluid to be heated and a circulation chamber as well as a connection chamber separated from said circulation chamber by way of a partition wall, where a heat-emitting surface of a PTC heating element is exposed in said circulation chamber and is coupled in a heat-conductive manner to said PTC element which is in electrically conductive contact via electrical conductor tracks with different polarities that are electrically connected in said connection chamber characterized in that said casing is a plastic casing and a wall of said plastic casing is penetrated by a current bar accommodated in said wall in sealing manner by way of overmolding, whereind said plastic casing is formed from thermoset material.
A laser system comprising: a) a laser source configured to generate a first laser light beam ; b) a beamsplitter configured to split the first laser light beam into a plurality of second laser light beams ; c) a multi-channel acousto-optic modulator, AOM, comprising a) a common acousto-optic medium configured to receive the plurality of second laser light beams, and b) a respective phase array transducer comprising a plurality of electrodes coupled to the common acousto-optic medium for each of the second laser light beams; and d) a plurality of radio frequency, RF, drivers each configured to generate respective RF drive signals for the phased array transducer electrodes , wherein each RF driver is configured to drive alternating electrodes of the respective phased array transducer electrodes with different phases, wherein an RF power level associated with each RF drive signal has a constant power; characterized in that first and second RF drive signals are respectively connected to odd and even electrodes in an interdigitated fashion, and these drive signals are 180° out of phase to one another. a) a laser source configured to generate a first laser light beam ; b) a beamsplitter configured to split the first laser light beam into a plurality of second laser light beams ; c) a multi-channel acousto-optic modulator, AOM, comprising a) a common acousto-optic medium configured to receive the plurality of second laser light beams, and b) a respective phase array transducer comprising a plurality of electrodes coupled to the common acousto-optic medium for each of the second laser light beams; and a) a common acousto-optic medium configured to receive the plurality of second laser light beams, and b) a respective phase array transducer comprising a plurality of electrodes coupled to the common acousto-optic medium for each of the second laser light beams; and d) a plurality of radio frequency, RF, drivers each configured to generate respective RF drive signals for the phased array transducer electrodes , wherein each RF driver is configured to drive alternating electrodes of the respective phased array transducer electrodes with different phases, wherein an RF power level associated with each RF drive signal has a constant power;
A washstand arrangement comprising a washstand having a water basin , a cavity and a drain passage extending from the water basin into the cavity , and a drain element arranged in the cavity for conducting water out of the drain passage and for supplying the water to a drain pipe, wherein the washstand has a rear wall by means of which the washstand , in the installed position, can be brought into contact with a building-side connection structure, wherein the cavity is open in the area of a rear wall of the washstand , wherein the drain element has a wall structure which extends over the cross-section of the drain passage , wherein on the wall structure an overflow inlet opening , which is adjoined by an overflow channel having an overflow edge , and a drain opening , which is adjoined by a drain channel that can be opened and closed to a stop valve of the washstand arrangement , is located, and wherein the washstand further has a bottom wall , characterized in that the bottom wall is designed to be downwardly open in the region of the cavity in the installed position, wherein the outlet element is not projecting downwards beyond a plane defined by the bottom wall . wherein the drain element has a wall structure which extends over the cross-section of the drain passage , wherein on the wall structure an overflow inlet opening , which is adjoined by an overflow channel having an overflow edge , and a drain opening , which is adjoined by a drain channel that can be opened and closed to a stop valve of the washstand arrangement , is located, and wherein the washstand further has a bottom wall , characterized in that the bottom wall is designed to be downwardly open in the region of the cavity in the installed position, wherein the outlet element is not projecting downwards beyond a plane defined by the bottom wall .
A children's toy comprising: a user input panel having a top surface and a bottom surface, the top surface defining at least one user input area (22, 24, 26, 28; 121, 122, 123, 124, 125, 126, 127, 128; 222; 522) for touch contact by a user; at least one capacitive touch sensor (42, 44, 46, 48; 141, 142, 143, 144, 145, 146,146, 148; 242) in operative contact with the bottom surface of the user input panel and in operative alignment with the at least one user input area, whereby touch contact by the user on the at least one user input area of the top surface of the user input panel is sensed by the at least one capacitive touch sensor to generate an input signal; an electronic input-output control system configured to receive the input signal generated by the at least one capacitive touch sensor upon touch contact by the user on the at least one user input area, and generate a responsive output signal; and an output device (92; 185, 192; 266) configured to receive the output signal from the control system and generate a user-perceptible output in response thereto; characterized in that the user input panel is formed from a natural wood material which overlies the at least one capacitive touch sensor. a user input panel having a top surface and a bottom surface, the top surface defining at least one user input area (22, 24, 26, 28; 121, 122, 123, 124, 125, 126, 127, 128; 222; 522) for touch contact by a user; at least one capacitive touch sensor (42, 44, 46, 48; 141, 142, 143, 144, 145, 146,146, 148; 242) in operative contact with the bottom surface of the user input panel and in operative alignment with the at least one user input area, whereby touch contact by the user on the at least one user input area of the top surface of the user input panel is sensed by the at least one capacitive touch sensor to generate an input signal; an electronic input-output control system configured to receive the input signal generated by the at least one capacitive touch sensor upon touch contact by the user on the at least one user input area, and generate a responsive output signal; and an output device (92; 185, 192; 266) configured to receive the output signal from the control system and generate a user-perceptible output in response thereto; characterized in that the user input panel is formed from a natural wood material which overlies the at least one capacitive touch sensor.
A tool for a shaping machine, the tool comprising a flexible support surface and characterised in that the flexible support surface has a plurality of substantially rigid pellets attached thereto and carrying abrasive material (G), and wherein surfaces of the pellets which face away from the support surface form a working surface of the tool which is a part-spherical surface, or is a cylindrical edge of a disc.
Method for preparing a lithium-ion accumulator comprising a positive electrode and a negative electrode arranged on either side of an electrolyte, said positive electrode comprising, as an active material, a lithium based material, said method comprising the following steps: a) a step of deposition on the surface of the positive electrode, before placing in the accumulator, of a lithium salt; b) a step of assembling the positive electrode, the negative electrode and the electrolyte; and c) a step of forming a passivation layer on the surface of the negative electrode with the lithium ions coming from the decomposition of the lithium salt by application of a first charge to the abovementioned assembly. a) a step of deposition on the surface of the positive electrode, before placing in the accumulator, of a lithium salt; b) a step of assembling the positive electrode, the negative electrode and the electrolyte; and c) a step of forming a passivation layer on the surface of the negative electrode with the lithium ions coming from the decomposition of the lithium salt by application of a first charge to the abovementioned assembly.
A method of characterizing a species of one or more microorganisms comprising bacteria, the method comprising the steps of: a) preparing an amplicon library with a polymerase chain reaction (PCR) of nucleic acids from a clinical biological sample; b) sequencing a plurality of target sequences of a 16S ribosomal RNA (16S rRNA) gene in the amplicon library to obtain sequence reads, wherein the target sequences consist of V1, V2, V4 and V5 of the 16S rRNA; and c) characterizing the one or more microorganisms based on the sequence reads using a computer-based genomic analysis of the 16S rRNA gene by comparing the sequence reads having greater than or equal to a predetermined length to data in a library and determining whether a predetermined number of sequence reads corresponding to data in the library have been matched within a predetermined confidence percentage, wherein the predetermined length is 100 base pairs wherein the predetermined number of reads is greater than or equal to 20, and wherein the predetermined confidence level is 95%. a) preparing an amplicon library with a polymerase chain reaction (PCR) of nucleic acids from a clinical biological sample; b) sequencing a plurality of target sequences of a 16S ribosomal RNA (16S rRNA) gene in the amplicon library to obtain sequence reads, wherein the target sequences consist of V1, V2, V4 and V5 of the 16S rRNA; and c) characterizing the one or more microorganisms based on the sequence reads using a computer-based genomic analysis of the 16S rRNA gene by comparing the sequence reads having greater than or equal to a predetermined length to data in a library and determining whether a predetermined number of sequence reads corresponding to data in the library have been matched within a predetermined confidence percentage, wherein the predetermined length is 100 base pairs wherein the predetermined number of reads is greater than or equal to 20, and wherein the predetermined confidence level is 95%.
A method for determining a source-dependent particle size distribution (c n ') of an aerosol by means of an aerosol measuring device , wherein aerosol particles of the aerosol flowing through a measuring cell are illuminated in the measuring cell with a light beam , scattered light is picked up by a sensor and scattered light signals of the aerosol particles are detected spectroscopically in terms of intensity, and a size distribution of the scattered light signals representative of a particle size distribution (c n ) is created, wherein a fraction parameter (f) is determined (A) that corresponds to a fraction of a source-dependent aerosol part of the aerosol , wherein a particle size distribution (c n ) of the aerosol particles is determined (D) and wherein the source-dependent particle size distribution (c n ') of the aerosol is determined (E) from the fraction parameter (f) and the particle size distribution (c n ).
An installation (I) for cutting food products which are in the form of elongated loaves (P) and which comprises: - at least one assembly (E) comprising at least one chute or magazine for receiving a loaf (P) of food product, this chute having the form of an elongated compartment, generally directed from top to bottom, and configured to receive said loaf (P) via its open upper end , with the possibility of sliding so as to direct it towards and beyond its open lower end under the effect of its own weight; - a generally horizontal tray, arranged at a distance from the lower end of said chute , and a cutting blade arranged near this tray; - displacement means of said assembly configured to alternatively guide said lower end near said tray so that said blade interacts with said loaf and executes its cutting, characterized in that it comprises on the one hand a storage unit (S) of food loaves (P) and on the other hand mechanised and/or automated means (5; 6) for picking-off at least one loaf (P) from said storage unit and for transferring and loading it in said chute , via its open upper end and in that : - said storage unit (S) comprises one or more superposed trays forming a stack, for receiving a plurality of loaves; - it comprises means configured so that the highest tray on which loaves (P) are present always occupies a constant level; - it comprises at least one thrust member such as a jack configured to discharge said loaves (P) present on the highest tray ; - as well as a receptacle mobile between a loading position in which it receives at least one loaf (P) discharged by said at least one thrust member , and a transfer position in which said receptacle is positioned opposite said chute , in the immediate vicinity of its open upper end . - at least one assembly (E) comprising at least one chute or magazine for receiving a loaf (P) of food product, this chute having the form of an elongated compartment, generally directed from top to bottom, and configured to receive said loaf (P) via its open upper end , with the possibility of sliding so as to direct it towards and beyond its open lower end under the effect of its own weight; - a generally horizontal tray, arranged at a distance from the lower end of said chute , and a cutting blade arranged near this tray; - displacement means of said assembly configured to alternatively guide said lower end near said tray so that said blade interacts with said loaf and executes its cutting, - said storage unit (S) comprises one or more superposed trays forming a stack, for receiving a plurality of loaves; - it comprises means configured so that the highest tray on which loaves (P) are present always occupies a constant level; - it comprises at least one thrust member such as a jack configured to discharge said loaves (P) present on the highest tray ; - as well as a receptacle mobile between a loading position in which it receives at least one loaf (P) discharged by said at least one thrust member , and a transfer position in which said receptacle is positioned opposite said chute , in the immediate vicinity of its open upper end .
A subsea vehicle for supporting inspection of underwater objects while underway, comprising: a. a body , comprising: i. a propulsion system ; ii. a navigator operatively in communication with the propulsion system ; b. an inspection sensor probe , adapted to function when proximate to or in contact with an underwater structure; c. an inspection sensor probe actuator , the inspection sensor probe movably connected to the inspection sensor probe actuator ; d. a set of independent, separate deployable semi-rigid arms ; e. a set of arm actuators operatively connected to the set of deployable semi-rigid arms, each arm actuator of the predetermined set of arm actuators associated with a corresponding deployable semi-rigid arm of the set of deployable semi-rigid arms ; f. a position sensor adapted to sense a position of the inspection sensor probe relative to the body , the position sensor disposed at a distal end of its associated deployable semi-rigid arm ; and g. a controller operatively in communication with the position sensor, the arm actuator, and the navigator. a. a body , comprising: i. a propulsion system ; ii. a navigator operatively in communication with the propulsion system ; i. a propulsion system ; ii. a navigator operatively in communication with the propulsion system ; b. an inspection sensor probe , adapted to function when proximate to or in contact with an underwater structure; c. an inspection sensor probe actuator , the inspection sensor probe movably connected to the inspection sensor probe actuator ; d. a set of independent, separate deployable semi-rigid arms ; e. a set of arm actuators operatively connected to the set of deployable semi-rigid arms, each arm actuator of the predetermined set of arm actuators associated with a corresponding deployable semi-rigid arm of the set of deployable semi-rigid arms ; f. a position sensor adapted to sense a position of the inspection sensor probe relative to the body , the position sensor disposed at a distal end of its associated deployable semi-rigid arm ; and g. a controller operatively in communication with the position sensor, the arm actuator, and the navigator.
A downlink control information, DCI, transmission method applied to a network equipment, comprising: determining a DCI format for transmitting the downlink control information, DCI, the DCI format comprising: a time domain resource allocation field, an aggregation transmission indication field, a first indication field or a second indication field, the first indication field indicating a configuration value of a time domain resource and a configuration value of a modulation order, the second indication field indicating a configuration value of a time domain resource and a configuration value of an aggregate transmission indication; and transmitting the DCI according to the DCI format. determining a DCI format for transmitting the downlink control information, DCI, the DCI format comprising: a time domain resource allocation field, an aggregation transmission indication field, a first indication field or a second indication field, the first indication field indicating a configuration value of a time domain resource and a configuration value of a modulation order, the second indication field indicating a configuration value of a time domain resource and a configuration value of an aggregate transmission indication; and transmitting the DCI according to the DCI format.
System for evaluating the state of a tyre, the system comprising a first housing laid on the ground, the said system comprising - a first sensor, installed in the housing, and intended to measure a first characteristic of a tyre passing over the housing, - a second sensor, installed in the housing, and intended to measure a second characteristic of a tyre passing over the housing the first and the second sensors being positioned in such a way that the instants of passage of a vehicle rolling over the housing at the level of each of the sensors are distinct, characterised in that the system furthermore comprising control electronics comprising means for determining a direction of rolling of the vehicle over the housing as a function of the positionings of each of the sensors in the housing and of the instants of passage of a vehicle over each of the sensors. - a first sensor, installed in the housing, and intended to measure a first characteristic of a tyre passing over the housing, - a second sensor, installed in the housing, and intended to measure a second characteristic of a tyre passing over the housing
An electrolytic cell for producing nitrogen trifluoride gas, comprising: a partition that covers an upper region of one electrode of a cathode and an anode in order to separate a gas generated from the anode and a gas generated from the cathode from each other, wherein the partition has, in a lower end-side region thereof, a plurality of ribs extending in a direction that has a lateral direction component, and the ribs and the partition are made of a fluororesin and are integrally formed. a partition that covers an upper region of one electrode of a cathode and an anode in order to separate a gas generated from the anode and a gas generated from the cathode from each other, wherein the partition has, in a lower end-side region thereof, a plurality of ribs extending in a direction that has a lateral direction component, and the ribs and the partition are made of a fluororesin and are integrally formed.
A method for manufacturing a wick, comprising: a step of supplying and smoothing a raw material containing metal powder onto a base; and a step of heating the raw material on the base to obtain a sintered compact; and a step of rolling the sintered compact; wherein the thickness of the raw material supplied to the base is within the range 0.1 to 2.0 mm, the thickness of the sintered compact after rolling is within the range 0.05 to 1.0 mm, and the average void ratio of the sintered compact after rolling is within the range 10 to 70%. a step of supplying and smoothing a raw material containing metal powder onto a base; and a step of heating the raw material on the base to obtain a sintered compact; and a step of rolling the sintered compact; wherein the thickness of the raw material supplied to the base is within the range 0.1 to 2.0 mm, the thickness of the sintered compact after rolling is within the range 0.05 to 1.0 mm, and the average void ratio of the sintered compact after rolling is within the range 10 to 70%.