mhurhangee/patent-ind-claim-en huggingface dataset:
Fire protection training device for generating at least one realistic fire scenario for training purposes, having - a heating burner device which serves as a heat source, characterized in that - the fire protection training device has a plurality of heat radiating surfaces which can be heated, preferably directly, by means of the heating burner device , so that the heat radiating surfaces simulate a smoldering fire within an electrical accumulator. - a heating burner device which serves as a heat source, characterized in that - the fire protection training device has a plurality of heat radiating surfaces which can be heated, preferably directly, by means of the heating burner device , so that the heat radiating surfaces simulate a smoldering fire within an electrical accumulator.
A limiter circuit adapted for use in a power supply , comprising: a reed switch connected to an input of mains at a first end, wherein the reed switch is configured to be in a first position with a normally open contact, and a first plurality of inrush limiting elements adapted for limiting the inrush current, wherein each inrush limiting element is connected in series to an adjacent one of the inrush limiting elements , wherein the first plurality of inrush limiting elements are connected in parallel to the reed switch , characterized in that the reed switch and the inrush limiting elements are connected in series with a wound element at a second end of the reed switch and wherein the wound element is magnetically coupled to the reed switch to control operation of the reed switch ; and wherein at least one capacitor is arranged between the wound element and electrical ground, wherein the limiter circuit comprises an initial state and a steady state, wherein in the initial state the reed switch is in a first, open position and an inrush current flows via the inrush limiting elements and the wound element , and wherein in the steady state, the wound element generates a magnetic field resulting in the reed switch changing into a second, closed position to bypass the inrush limiting elements , and when the limiter circuit is in the second, steady state, the at least one capacitor comprises a charge larger than a predetermined value, and wherein in case of power loss from mains the energy stored in the at least one capacitor is discharged over the wound element . a reed switch connected to an input of mains at a first end, wherein the reed switch is configured to be in a first position with a normally open contact, and a first plurality of inrush limiting elements adapted for limiting the inrush current, wherein each inrush limiting element is connected in series to an adjacent one of the inrush limiting elements , wherein the first plurality of inrush limiting elements are connected in parallel to the reed switch , characterized in that the reed switch and the inrush limiting elements are connected in series with a wound element at a second end of the reed switch and wherein the wound element is magnetically coupled to the reed switch to control operation of the reed switch ; and wherein at least one capacitor is arranged between the wound element and electrical ground, wherein the limiter circuit comprises an initial state and a steady state, wherein in the initial state the reed switch is in a first, open position and an inrush current flows via the inrush limiting elements and the wound element , and wherein in the steady state, the wound element generates a magnetic field resulting in the reed switch changing into a second, closed position to bypass the inrush limiting elements , and when the limiter circuit is in the second, steady state, the at least one capacitor comprises a charge larger than a predetermined value, and wherein in case of power loss from mains the energy stored in the at least one capacitor is discharged over the wound element .
A method of decoding video data that has been encoded in palette mode, wherein, in palette mode, pixels of a block of video data are encoded using one of a reference to an entry in a palette, a reference to an above-neighbouring pixel, or as an escape pixel, wherein the entries in the palette represent pixel values of the block, and wherein, when a pixel is encoded as an escape pixel, a pixel value for the pixel does not exist in the palette and a pixel value for the pixel is signaled directly, the method comprising: forming a palette that includes entries representing pixel values for a block of the video data; determining that the block of the video data includes one or more pixels encoded as escape pixels; decoding, for each of one or more pixels encoded as escape pixels, an exponential Golomb codeword representative of a value for the pixel, wherein decoding the exponential Golomb codeword comprises decoding the exponential Golomb codeword using exponential Golomb with parameter 3 decoding; and decoding the block using the value for each of the one or more pixels encoded as escape pixels. forming a palette that includes entries representing pixel values for a block of the video data; determining that the block of the video data includes one or more pixels encoded as escape pixels; decoding, for each of one or more pixels encoded as escape pixels, an exponential Golomb codeword representative of a value for the pixel, wherein decoding the exponential Golomb codeword comprises decoding the exponential Golomb codeword using exponential Golomb with parameter 3 decoding; and decoding the block using the value for each of the one or more pixels encoded as escape pixels.
A cabinet for receiving one or more modules for handling cables, comprising: a housing comprising a rear wall , a bottom wall , a top wall , a first side wall , a second side wall and a front wall provided with a door for accessing inside the housing, wherein when the door is open the inside of the cabinet can be accessed and the one or more modules for handling the cables can be reached by an operator, and a plurality of single-piece angular panels each comprising a first portion forming part of one of said side walls and a second portion forming part of one of the rear or front walls, wherein the length (a, b) of the first and of the second portions in the horizontal direction with respect to the cabinet is at least 10% of the height (h) of each of said single-piece angular panels in the vertical direction with respect to the cabinet , wherein the cabinet includes a plurality of said single-piece angular panels vertically stacked each on the other, and wherein each of said single-piece angular panels includes male engaging means on a first side and female engaging means on a second side opposite to the first side, the male and female engaging means of an angular panel being adapted for engaging respectively with the female and male engaging means of an adjacent angular panel of a plurality of stacked angular panels. a housing comprising a rear wall , a bottom wall , a top wall , a first side wall , a second side wall and a front wall provided with a door for accessing inside the housing, wherein when the door is open the inside of the cabinet can be accessed and the one or more modules for handling the cables can be reached by an operator, and a plurality of single-piece angular panels each comprising a first portion forming part of one of said side walls and a second portion forming part of one of the rear or front walls, wherein the length (a, b) of the first and of the second portions in the horizontal direction with respect to the cabinet is at least 10% of the height (h) of each of said single-piece angular panels in the vertical direction with respect to the cabinet , wherein the cabinet includes a plurality of said single-piece angular panels vertically stacked each on the other, and wherein each of said single-piece angular panels includes male engaging means on a first side and female engaging means on a second side opposite to the first side, the male and female engaging means of an angular panel being adapted for engaging respectively with the female and male engaging means of an adjacent angular panel of a plurality of stacked angular panels.
A device for measuring the strength of a pressed joint of two components of a part to be tested, comprising a base , on which is fixedly mounted a seating provided with a recess for receiving the part to be tested and with at least one opening for a pressure element , the opening extending from the recess to a lower wall of the seating , whereby on the base from one side of the seating is reversibly displaceably mounted a pressure unit provided with pressure elements and coupled to a pressure drive to ensure the reciprocating movement of the pressure drive to the seating and to push the pressure element through the at least one opening to one side of the part to be tested, whereas a fixation unit is reversibly displaceably mounted on the base from the other side of the seating , the fixation unit being coupled to a fixation drive to ensure its reversible displacement to the seating and; a measuring unit to measure the position of one side of the part to be tested, characterized in that the fixation unit is configured to clamp the part to be tested in the recess 21 of the seating.
A microscope, comprising a movable stage for holding objects to be microscoped, an adjusting unit for moving the stage relative to a base of the microscope for focusing on the object, this adjusting unit comprising a drive shaft by the rotation of which the distance between the stage and the base is adjustable, a manually operable operating unit for manually moving the stage , the operating unit comprising a manually drivable first output shaft , and an electric drive unit for the motorized movement of the stage , the electric drive unit comprising a second output shaft , wherein in a motorized operating mode the second output shaft is coupled to the drive shaft via a second coupling unit , and wherein in a manual operating mode, the drive shaft is not coupled to the second output shaft via the second coupling unit characterized in that in the manual operating mode the first output shaft is coupled to the drive shaft via a first coupling unit , and in the motorized operating mode the drive shaft is not coupled to the first output shaft via the first coupling unit .
A polyarylene sulfide copolymer having a glass transition temperature of 95°C or higher and 190°C or lower, and having a melting point of 300°C or lower, or not having melting point, as measured by differential scanning calorimetry, wherein the copolymer comprises as a structural unit arylene sulfide units having a number average molecular weight (Mn) of 1,000 or more and 10,000 or less, wherein the copolymer comprises the arylene sulfide units represented as repeating units -(Ar-S)- and copolymeric component; the copolymer contains 80 mol% or more of the repeating unit represented by -(Ar-S)-; the copolymeric component comprises as a structural unit at least one structure selected from the following formulae (a) to (j): wherein R, R 1 and R 2 , which are the same or different, each represents a substituent selected from hydrogen, a C 1-12 alkyl group, a C 6-24 arylene group, and a halogen group; and wherein the arylene sulfide unit and the copolymeric component are linked by an imide group. wherein the copolymer comprises as a structural unit arylene sulfide units having a number average molecular weight (Mn) of 1,000 or more and 10,000 or less, wherein the copolymer comprises the arylene sulfide units represented as repeating units -(Ar-S)- and copolymeric component; the copolymer contains 80 mol% or more of the repeating unit represented by -(Ar-S)-; the copolymeric component comprises as a structural unit at least one structure selected from the following formulae (a) to (j): wherein R, R 1 and R 2 , which are the same or different, each represents a substituent selected from hydrogen, a C 1-12 alkyl group, a C 6-24 arylene group, and a halogen group; and wherein the arylene sulfide unit and the copolymeric component are linked by an imide group.
A loading arm of a drafting system of a spinning machine, with a top intake roller , a top middle roller , and a top discharge roller of the drafting system and a clamping roller of a condensing device, - having a guide rail , and - at least one bridge (3; 4) - on which at least one of the top rollers of the drafting system is mounted, and - a drive device being disposed on the bridge, in which ∘ the top discharge roller of the drafting system and ∘ the clamping roller of a condensing device are disposed and connected to each other for driving, and - the top discharge roller being disposed on the bridge (3; 4) particularly by means of a load unit and - the clamping roller is loaded by means of a pressure spring (20 in the working position thereof, characterized in that - the bridge (3; 4) is rotatably supported about a rotary axis disposed in the guide rail , - the guide rail and/or the bridge (3; 4) comprising at least one opening (6; 8), in which the rotary axis (5; 7) is received in the guide rail and - the pressure spring is disposed in the opening (6; 8) of the guide rail and/or of the bridge (3; 4), preferably on the rotary axis (5; 7). - having a guide rail , and - at least one bridge (3; 4) - on which at least one of the top rollers of the drafting system is mounted, and - a drive device being disposed on the bridge, in which ∘ the top discharge roller of the drafting system and ∘ the clamping roller of a condensing device are disposed and connected to each other for driving, and ∘ the top discharge roller of the drafting system and ∘ the clamping roller of a condensing device are disposed and connected to each other for driving, and - the top discharge roller being disposed on the bridge (3; 4) particularly by means of a load unit and - the clamping roller is loaded by means of a pressure spring (20 in the working position thereof, characterized in that - the bridge (3; 4) is rotatably supported about a rotary axis disposed in the guide rail , - the guide rail and/or the bridge (3; 4) comprising at least one opening (6; 8), in which the rotary axis (5; 7) is received in the guide rail and - the pressure spring is disposed in the opening (6; 8) of the guide rail and/or of the bridge (3; 4), preferably on the rotary axis (5; 7).
A method for the automatic pairing of a device wirelessly with a secure wireless LAN provided by an access point , wherein said access point is a pairing access point providing the secure wireless LAN , the method comprising the steps of: (i) associating the device with an access point of an open wireless LAN ; (ii) sending a pairing initiation request from the device to the associated access point of the open wireless LAN , the pairing initiation request including a destination address for a pairing initiation server and an identifier for the device ; (iii) forwarding the pairing initiation request from the associated access point to the pairing initiation server ; (iv) using the device identifier received by the pairing initiation server to query a database to determine a network address for the pairing access point ; (v) sending a pairing initiation instruction from the pairing initiation server to the pairing access point using the network address determined in step (iv); (vi) sending a pairing initiation instruction from the pairing initiation server to the device ; (vii) responsive to receipt by the pairing access point of the instruction sent in step (v), initiating pairing between the pairing access point and the device ; and (viii) responsive to receipt by the device of the instruction sent in step (vi) automatically triggering at the device pairing between the device and the secure wireless LAN . (i) associating the device with an access point of an open wireless LAN ; (ii) sending a pairing initiation request from the device to the associated access point of the open wireless LAN , the pairing initiation request including a destination address for a pairing initiation server and an identifier for the device ; (iii) forwarding the pairing initiation request from the associated access point to the pairing initiation server ; (iv) using the device identifier received by the pairing initiation server to query a database to determine a network address for the pairing access point ; (v) sending a pairing initiation instruction from the pairing initiation server to the pairing access point using the network address determined in step (iv); (vi) sending a pairing initiation instruction from the pairing initiation server to the device ; (vii) responsive to receipt by the pairing access point of the instruction sent in step (v), initiating pairing between the pairing access point and the device ; and (viii) responsive to receipt by the device of the instruction sent in step (vi) automatically triggering at the device pairing between the device and the secure wireless LAN .
A conductor arrangement for an inductive power transfer, wherein a conductor is arranged so as to form at least a first and a second subwinding that are arranged next to one another, such that at least one conductor segment of each of the first and second subwinding run alongside one another in a first conductor bundle of the conductor arrangement , wherein said first conductor bundle , the first subwinding and the second subwinding are connected to one another via a first connecting conductor segment that crosses at least one further conductor segment of the conductor arrangement wherein the first and second subwinding each comprise at least one inner and outer conductor segment, wherein the first connecting conductor segment extends between an outer conductor segment of one subwinding and an inner conductor segment of the other subwinding and characterized in that the conductor arrangement comprises a third subwinding that is arranged next to one of the first and second subwinding and in that the third subwinding and the one of the first and second subwinding arranged next thereto are connected to one another via a connecting conductor crossing in which at least two conductor segments of the conductor arrangement cross each other. wherein a conductor is arranged so as to form at least a first and a second subwinding that are arranged next to one another, such that at least one conductor segment of each of the first and second subwinding run alongside one another in a first conductor bundle of the conductor arrangement , wherein said first conductor bundle , the first subwinding and the second subwinding are connected to one another via a first connecting conductor segment that crosses at least one further conductor segment of the conductor arrangement wherein the first and second subwinding each comprise at least one inner and outer conductor segment, wherein the first connecting conductor segment extends between an outer conductor segment of one subwinding and an inner conductor segment of the other subwinding and characterized in that the conductor arrangement comprises a third subwinding that is arranged next to one of the first and second subwinding and in that the third subwinding and the one of the first and second subwinding arranged next thereto are connected to one another via a connecting conductor crossing in which at least two conductor segments of the conductor arrangement cross each other.
A stretchable electrode sheet comprising: a first insulating layer and a stretchable conductor layer provided on the first insulating layer, wherein the stretchable conductor layer has an electric resistance of 300 Ω/cm or less, and a load at stretching of a stretching rate of 10% of the electrode sheet is 100 N or less, wherein the stretchable conductor layer comprises a conductive filler in an amount of 15 to 45% by volume and a resin in an amount of 55 to 85% by volume, wherein the conductive filler is metal powder, wherein the resin contains at least a rubber containing a sulfur atom and/or a rubber containing a nitrile group, wherein the rubber containing a sulfur atom is selected from a polysulfide rubber, polyether rubber, polyacrylate rubber, and silicone rubber that contain a mercapto group, sulfide bond or disulfide bond, wherein the rubber containing a nitrile group is an acrylonitrile butadiene copolymer rubber, wherein the first insulating layer comprises at least one selected from a group consisting of polyurethane resin, silicone resin, vinyl chloride resin, and epoxy resin, and wherein the stretchable electrode sheet has a thickness of 200 μm or less. a first insulating layer and a stretchable conductor layer provided on the first insulating layer, wherein the stretchable conductor layer has an electric resistance of 300 Ω/cm or less, and a load at stretching of a stretching rate of 10% of the electrode sheet is 100 N or less, wherein the stretchable conductor layer comprises a conductive filler in an amount of 15 to 45% by volume and a resin in an amount of 55 to 85% by volume, wherein the conductive filler is metal powder, wherein the resin contains at least a rubber containing a sulfur atom and/or a rubber containing a nitrile group, wherein the rubber containing a sulfur atom is selected from a polysulfide rubber, polyether rubber, polyacrylate rubber, and silicone rubber that contain a mercapto group, sulfide bond or disulfide bond, wherein the rubber containing a nitrile group is an acrylonitrile butadiene copolymer rubber, wherein the first insulating layer comprises at least one selected from a group consisting of polyurethane resin, silicone resin, vinyl chloride resin, and epoxy resin, and wherein the stretchable electrode sheet has a thickness of 200 μm or less.