mhurhangee/patent-ind-claim-en huggingface dataset:
A furnace for incineration of pasty products, or sludge, with a bed of granular material which is fluidized by injection of a gaseous fluid, the furnace comprising at least two nozzles for injection of products into the bed, which nozzles are supplied respectively by a duct which is provided with a valve , and is connected to the discharge of a single pump, and a pipe for discharge of the combustion gases, characterized in that the furnace comprises at least two temperature sensors which are situated above the bed of granular material , each temperature sensor being situated in an area which is associated with at least one injection nozzle , and means (A) which are sensitive to a temperature difference between the sensors , which, when the temperature difference exceeds a predetermined value, can detect the clogging of at least one nozzle.
A vehicle seat comprising: a main frame ; a seat cushion rotatably supported by the main frame ; wherein a first lock mechanism configured to lock the seat cushion in accordance with a steering operation and to release the seat cushion when a steering wheel is in vicinity of a neutral position; and a second lock mechanism configured to enter into a lock ready state in which a retaining pin of the second lock mechanism abuts against a receiving tilted surface of a retaining block of the seat cushion to be ready to lock the seat cushion in accordance with a steering operation and to lock the seat cushion at the neutral position when the seat cushion is at the neutral position. a main frame ; a seat cushion rotatably supported by the main frame ; wherein a first lock mechanism configured to lock the seat cushion in accordance with a steering operation and to release the seat cushion when a steering wheel is in vicinity of a neutral position; and a second lock mechanism configured to enter into a lock ready state in which a retaining pin of the second lock mechanism abuts against a receiving tilted surface of a retaining block of the seat cushion to be ready to lock the seat cushion in accordance with a steering operation and to lock the seat cushion at the neutral position when the seat cushion is at the neutral position.
Method for triggering an arc flash protection system in a switching system, the switching system having at least one power switch having an arcing chamber, and an arc being optically detectable by the arc flash protection system , a first signal (L) being present when the arc flash protection system has optically detected the arc, and an overcurrent being detectable by the arc flash protection system , a second signal (I) being present when the arc flash protection system has detected the overcurrent, a trigger signal (TO) only being outputted by the arc flash protection system when the arc has been optically detected and the overcurrent has been detected but the power switch has not triggered, a switching arc in the arcing chamber of the power switch being detectable by way of an arc detection device , a fourth signal (LS) being generated when a switching arc is detected in the arcing chamber of the power switch and the fourth signal (LS) being used for detecting the triggering of the power switch , characterised in that the arc detection device is arranged in the arcing chamber of the power switch .
A roof window comprising a frame with a top member , a bottom member and two side members defining a frame plane, and a sash having a top member , a bottom member and two side members defining a sash plane, the sash being connected to the frame by a pivot hinge provided between the side members (7, 11; 8, 12) of the frame and sash , respectively, the roof window further comprising a covering and at least one fastening device for fastening the covering to the roof window , wherein the at least one fastening device comprises a male and a female part arranged one on the covering and the other on the window structure characterized in that said male part and said female part are adapted for mutual snap locking engagement, wherein the female part of the fastening device is attached to the frame or sash and the male part of the fastening device is integrally formed in the covering, and the male part has a flexible leg, said leg being able to bend perpendicular to its longitudinal extension, said leg being provided with a barb-like protrusion intended for engagement with shoulders or edges on the female part. the at least one fastening device comprises a male and a female part arranged one on the covering and the other on the window structure characterized in that said male part and said female part are adapted for mutual snap locking engagement, wherein the female part of the fastening device is attached to the frame or sash and the male part of the fastening device is integrally formed in the covering, and the male part has a flexible leg, said leg being able to bend perpendicular to its longitudinal extension, said leg being provided with a barb-like protrusion intended for engagement with shoulders or edges on the female part.
Heatable ceiling boom for washing devices, which is rotatably mounted on a bearing shaft attached on the ceiling or a wall of a wash box, and consists of one or more support arms , via which the washing medium is supplied from the bearing shaft to the operating means in the form of high-pressure hoses leading, for example to a washing brush and/or spray lance, wherein the high-pressure hoses are designed to be electrically heatable, and at least one rotational power distributor is arranged on the bearing shaft for supply of electrical energy from the stationary bearing shaft to the support arms mounted rotatably on the latter, characterised in that the electrical heating is effected via a heating cable which is guided in sealed manner in the interior of the high-pressure hose and in that the electrical wires for the heating cable are guided via the at least one rotational power distributor as well as electrical signal cables, which are also guided internally or externally with the high-pressure hose .
A nonaqueous electrochemical cell comprising a cathode assembly, the cathode assembly comprising a metallic cathode current collector having a metallic substrate having two major surfaces and a cathode coating disposed on at least one of the two major surfaces, the coating comprising iron disulfide, and the cell further comprising a metallic lithium foil anode alloyed with aluminum, wherein the cathode assembly and the anode are in a spirally wound configuration, wherein the anode to cathode input ratio, determined as stipulated in the description, is less than or equal to 1.0, characterized in that the cathode comprises the following components, in the corresponding amounts based on the total weight of all solids in the cathode coating: iron disulfide, 90.0 to 94.0 percent; acetylene black, 1.0 to 3.0 percent; synthetic graphite, 3.0 to 6.0 percent; fumed silica, 0.2 to 0.6 percent; and styrene-ethylene/butylene-styrene (SEBS) block copolymer, 1.5 to 3.0 percent, wherein the cathode coating further comprises a total of between 7.0 and 11.0 volume percent synthetic graphite and acetylene black, based on the total solids content of the cathode coating, wherein the cathode coating further comprises a void volume from 36 percent to 42 percent, and wherein the current collector substrate has a mass-free zone on one or both long edges of the cathode current collector.
A digital pen , comprising: a battery powering the digital pen, a sensor configured to sense state information of the digital pen, the state information including a battery voltage; a signal generator configured to generate a first signal indicating a location of the digital pen with respect to a display apparatus, the first signal comprising a first frequency, and the signal generator including a frequency divider; a signal transmitter ; and a controller configured to: in response to the battery voltage being greater than or equal to a predetermined voltage, control the frequency divider to divide the first frequency by a first division ratio to generate a second signal having a second frequency, in response to the battery voltage being less than the predetermined voltage, control the frequency divider to divide the first frequency by a second division ratio to generate a third signal having a third frequency, control the signal transmitter to transmit one of the second signal and the third signal to the display apparatus; wherein the sensor comprises a battery state sensor including a comparer arranged to compare a current battery voltage of the digital pen with a predetermined voltage values thereby to sense battery state information of the digital pen a battery powering the digital pen, a sensor configured to sense state information of the digital pen, the state information including a battery voltage; a signal generator configured to generate a first signal indicating a location of the digital pen with respect to a display apparatus, the first signal comprising a first frequency, and the signal generator including a frequency divider; a signal transmitter ; and a controller configured to: in response to the battery voltage being greater than or equal to a predetermined voltage, control the frequency divider to divide the first frequency by a first division ratio to generate a second signal having a second frequency, in response to the battery voltage being less than the predetermined voltage, control the frequency divider to divide the first frequency by a second division ratio to generate a third signal having a third frequency, control the signal transmitter to transmit one of the second signal and the third signal to the display apparatus; wherein the sensor comprises a battery state sensor including a comparer arranged to compare a current battery voltage of the digital pen with a predetermined voltage values thereby to sense battery state information of the digital pen in response to the battery voltage being greater than or equal to a predetermined voltage, control the frequency divider to divide the first frequency by a first division ratio to generate a second signal having a second frequency, in response to the battery voltage being less than the predetermined voltage, control the frequency divider to divide the first frequency by a second division ratio to generate a third signal having a third frequency, control the signal transmitter to transmit one of the second signal and the third signal to the display apparatus;
A method for producing reduced iron, comprising: mixing an iron material bearing phosphorus, zinc and alkali oxides with a carbonaceous material to prepare a mixture, wherein the mixture has a basicity (CaO/SiO 2 ) of 1 or greater; forming the mixture into ore agglomerates; reducing the ore agglomerates in an open-type reducing furnace, with concomitant removal of phosphorus, zinc and alkali elements from the ore agglomerates; crushing the reduced ore agglomerates to separate reduced iron from phosphorus-bearing slag; and agglomerating the reduced iron while recovering the slag, wherein the carbonaceous material is used in an amount of 10 parts by weight or greater, based on 100 parts by weight of the mixture, wherein the open-type reducing furnace is heated to a temperature of 1,000°C or higher. mixing an iron material bearing phosphorus, zinc and alkali oxides with a carbonaceous material to prepare a mixture, wherein the mixture has a basicity (CaO/SiO 2 ) of 1 or greater; forming the mixture into ore agglomerates; reducing the ore agglomerates in an open-type reducing furnace, with concomitant removal of phosphorus, zinc and alkali elements from the ore agglomerates; crushing the reduced ore agglomerates to separate reduced iron from phosphorus-bearing slag; and agglomerating the reduced iron while recovering the slag, wherein the carbonaceous material is used in an amount of 10 parts by weight or greater, based on 100 parts by weight of the mixture, wherein the open-type reducing furnace is heated to a temperature of 1,000°C or higher.
A method for retrieving data within a hardware-accelerated processing system , the method comprising: storing a data file within a memory in accordance with a defined procedure relating to at least one parameter of the hardware-accelerated processing system , the data file being partitioned into a plurality of data blocks with a corresponding plurality of address pointers, wherein the data blocks have a fixed block length; generating a memory map that identifies, within the plurality of data blocks, data blocks that are stored contiguously in the memory ; in response to a read request, identifying: a length of data that is related to the length of an input into a hardware-accelerated processor ; and an address pointer that identifies within the memory a first data block for the read request; based on the fixed block length, the length of data, and the memory map, calculating a block count and a mask that is representative of a number of data blocks of the plurality of data blocks that are to be retrieved from the memory for the read request; retrieving from the memory said number of data blocks of the plurality of data blocks that are to be retrieved according to the block count by using the address pointer; and using the mask to extract sub-blocks of the retrieved data blocks. storing a data file within a memory in accordance with a defined procedure relating to at least one parameter of the hardware-accelerated processing system , the data file being partitioned into a plurality of data blocks with a corresponding plurality of address pointers, wherein the data blocks have a fixed block length; generating a memory map that identifies, within the plurality of data blocks, data blocks that are stored contiguously in the memory ; in response to a read request, identifying: a length of data that is related to the length of an input into a hardware-accelerated processor ; and an address pointer that identifies within the memory a first data block for the read request; a length of data that is related to the length of an input into a hardware-accelerated processor ; and an address pointer that identifies within the memory a first data block for the read request; based on the fixed block length, the length of data, and the memory map, calculating a block count and a mask that is representative of a number of data blocks of the plurality of data blocks that are to be retrieved from the memory for the read request; retrieving from the memory said number of data blocks of the plurality of data blocks that are to be retrieved according to the block count by using the address pointer; and using the mask to extract sub-blocks of the retrieved data blocks.
Scraper device for tennis court surfaces comprising: a doctor blade , a rolling device , and a handle , wherein the doctor blade is connected to the rolling device arranged at a distance from the back of the doctor blade and is pivotable around the rolling device, the doctor blade has a first edge which is straight and aligned in parallel to the one or more axes of the rolling device , the angle between the back of the doctor blade in the area of the first edge and a tangent to the circumferential line of the rolling device touching the first edge of the doctor blade is less than 90 degrees and greater than 0 degrees, so that the distance between the or each of the axes of the rolling device and the first edge is greater than the distance between the or each of the axes of the rolling device and a second edge of the doctor blade opposite the first edge, and the handle is mounted on the side of the doctor blade facing away from the rolling device and close to the second edge , with the point of application of force symmetrical to its centre. a doctor blade , a rolling device , and a handle , wherein the doctor blade is connected to the rolling device arranged at a distance from the back of the doctor blade and is pivotable around the rolling device, the doctor blade has a first edge which is straight and aligned in parallel to the one or more axes of the rolling device , the angle between the back of the doctor blade in the area of the first edge and a tangent to the circumferential line of the rolling device touching the first edge of the doctor blade is less than 90 degrees and greater than 0 degrees, so that the distance between the or each of the axes of the rolling device and the first edge is greater than the distance between the or each of the axes of the rolling device and a second edge of the doctor blade opposite the first edge, and the handle is mounted on the side of the doctor blade facing away from the rolling device and close to the second edge , with the point of application of force symmetrical to its centre.
A method performed by an electronic device of registering a personal cloud apparatus in a registration server, the method comprising: in response to a preset application being executed, displaying a notification User Interface, UI, notifying that Near Field Communication, NFC, is performed with the personal cloud apparatus; in response to the electronic device being positioned within a preset distance from the personal cloud apparatus, receiving pairing information of the personal cloud apparatus from the personal cloud apparatus via the NFC; performing a pairing operation with the personal cloud apparatus based on the pairing information of the personal cloud apparatus; acquiring information of an Access Point, AP, from the AP and transmitting the information of the AP to the personal cloud apparatus for enabling the personal cloud apparatus to connect to a network; and based on the personal cloud apparatus being connected to the network through the AP using the information of the AP, registering the personal cloud apparatus in the registration server by the electronic device. in response to a preset application being executed, displaying a notification User Interface, UI, notifying that Near Field Communication, NFC, is performed with the personal cloud apparatus; in response to the electronic device being positioned within a preset distance from the personal cloud apparatus, receiving pairing information of the personal cloud apparatus from the personal cloud apparatus via the NFC; performing a pairing operation with the personal cloud apparatus based on the pairing information of the personal cloud apparatus; acquiring information of an Access Point, AP, from the AP and transmitting the information of the AP to the personal cloud apparatus for enabling the personal cloud apparatus to connect to a network; and based on the personal cloud apparatus being connected to the network through the AP using the information of the AP, registering the personal cloud apparatus in the registration server by the electronic device.
An apparatus for recognizing an iris, the apparatus comprising: an image acquisition module configured to acquire a plurality of images; and a processor configured to: select at least one image for iris recognition from among the plurality of images by discarding an image with a radius of pupil which is greater than a predetermined threshold value and discarding an image with a contrast between a pupil and an iris which is smaller than a predetermined threshold contrast; and recognize an iris in the at least one image, characterised in that the processor is further configured to select the at least one image by discarding an image with an eyelid opening distance which is smaller than a predetermined distance, wherein the eyelid opening distance is determined as a length of a shortest vertical line among vertical lines within a pupil column area, wherein the pupil column area is determined as an area with a width of the pupil, wherein the pupil column area comprises the pupil and a part of the iris, and wherein the vertical lines connect both boundaries of an eyelid and the iris within the pupil column area. an image acquisition module configured to acquire a plurality of images; and a processor configured to: select at least one image for iris recognition from among the plurality of images by discarding an image with a radius of pupil which is greater than a predetermined threshold value and discarding an image with a contrast between a pupil and an iris which is smaller than a predetermined threshold contrast; and recognize an iris in the at least one image, characterised in that the processor is further configured to select the at least one image by discarding an image with an eyelid opening distance which is smaller than a predetermined distance, wherein the eyelid opening distance is determined as a length of a shortest vertical line among vertical lines within a pupil column area, wherein the pupil column area is determined as an area with a width of the pupil, wherein the pupil column area comprises the pupil and a part of the iris, and wherein the vertical lines connect both boundaries of an eyelid and the iris within the pupil column area. select at least one image for iris recognition from among the plurality of images by discarding an image with a radius of pupil which is greater than a predetermined threshold value and discarding an image with a contrast between a pupil and an iris which is smaller than a predetermined threshold contrast; and recognize an iris in the at least one image, characterised in that the processor is further configured to select the at least one image by discarding an image with an eyelid opening distance which is smaller than a predetermined distance, wherein the eyelid opening distance is determined as a length of a shortest vertical line among vertical lines within a pupil column area, wherein the pupil column area is determined as an area with a width of the pupil, wherein the pupil column area comprises the pupil and a part of the iris, and wherein the vertical lines connect both boundaries of an eyelid and the iris within the pupil column area.
Display circuitry for a display having an active area, AA, and an inactive bonding area, BA, the display circuitry, comprising: a substrate ; transistors in the active area, AA, wherein the transistors comprise gate conductors and active semiconductor material ; buffer layers formed on the substrate wherein, in the active area, AA, each of the buffer layers is interposed between the gate conductors and the substrate and between the active semiconductor material and the substrate , wherein each of the buffer layers extends into the inactive bonding area, BA; display pixels formed over the buffer layers within the active area, AA; and a bond pad (48P-1) formed directly on the buffer layers , characterized in that : each of the buffer layers is formed at a distance away from an edge of the substrate in the inactive bonding area, BA, so that a portion of the substrate in the inactive bonding area, BA, is not covered by the buffer layers . a substrate ; transistors in the active area, AA, wherein the transistors comprise gate conductors and active semiconductor material ; buffer layers formed on the substrate wherein, in the active area, AA, each of the buffer layers is interposed between the gate conductors and the substrate and between the active semiconductor material and the substrate , wherein each of the buffer layers extends into the inactive bonding area, BA; display pixels formed over the buffer layers within the active area, AA; and a bond pad (48P-1) formed directly on the buffer layers , characterized in that : each of the buffer layers is formed at a distance away from an edge of the substrate in the inactive bonding area, BA, so that a portion of the substrate in the inactive bonding area, BA, is not covered by the buffer layers .