mhurhangee/patent-ind-claim-en huggingface dataset:
A current measurement apparatus for a charged particle beam, comprising: a magnetic core of a high permeability material encircling a space region (V c ) and substantially forming a ring around an axis passing through the space region (V c ), an induction ring disposed substantially coaxially with the magnetic core , the induction ring forming a ring around the axis and occupying at least a part of the space region (V c ), wherein the induction ring is provided with a superconductor on, out of a surface or a surface layer thereof, a part or all of an axis-side surface region being opposite to the axis and a core-side surface region being opposite to the magnetic core , the superconductor being configured to transmit therethrough a superconducting current along a path in a poloidal direction; a SQUID sensor having a magnetic flux detection part magnetically coupled to a magnetic flux passing inside of the magnetic core in a toroidal direction; and a shield ring disposed substantially coaxially with the magnetic core , and forming a ring around the axis , wherein the induction ring and the shield ring form an annular housing space for accommodating the magnetic core , characterized in that the shield ring and the induction ring are electrically insulated from each other. a magnetic core of a high permeability material encircling a space region (V c ) and substantially forming a ring around an axis passing through the space region (V c ), an induction ring disposed substantially coaxially with the magnetic core , the induction ring forming a ring around the axis and occupying at least a part of the space region (V c ), wherein the induction ring is provided with a superconductor on, out of a surface or a surface layer thereof, a part or all of an axis-side surface region being opposite to the axis and a core-side surface region being opposite to the magnetic core , the superconductor being configured to transmit therethrough a superconducting current along a path in a poloidal direction; a SQUID sensor having a magnetic flux detection part magnetically coupled to a magnetic flux passing inside of the magnetic core in a toroidal direction; and a shield ring disposed substantially coaxially with the magnetic core , and forming a ring around the axis ,
Cutter system for an electric shaver and/or trimmer, comprising a pair of cooperating cutting elements , with a first cutting element and a second cutting element , a motor driving said second cutting element in a movement direction, a support structure supporting the pair of cooperating cutting elements , said support structure includes a support element , wherein a stacked sandwich arrangement is provided by the second cutting element being sandwiched between the first cutting element and said support structure , said second cutting element is movably received therebetween in said stacked sandwich arrangement, wherein an additional part is provided for defining a cutting air gap in a direction perpendicular to the movement direction between the first cutting element , said support structure and said second cutting element , wherein two rows of cooperating first and second cutting teeth are provided and at least one of the two rows of cooperating first and second cutting teeth include cutting teeth of different configuration, wherein cutting teeth in a middle section of said row are different from cutting teeth in end sections of said row in terms of at least one of shape, size and position of said tooth tips .
A hair treatment method for curling a lock of hair (H) using a hair holder including a tubular body , the tubular body having: a first opening located at a first end of the tubular body ; and a second opening located at a second end of the tubular body, and being configured to allow a lock of hair (H) to be inserted from the first opening toward the second opening and to be capable of being rolled up, the method comprising inserting a lock of hair (H) into the hair holder , rolling up the tubular body together with the lock of hair (H) inserted in the tubular body in such a manner that, in the tubular body , a large diameter portion that has a tubular shape and that forms an outer circumferential portion and a small diameter portion that is located inside the large diameter portion are formed thereby creating a space between the small diameter portion and the large diameter portion , and performing the curling while maintaining this wound state, characterized in that an inner diameter of the large diameter portion is not less than 1.2 times an outer diameter of the small diameter portion . the method comprising inserting a lock of hair (H) into the hair holder , rolling up the tubular body together with the lock of hair (H) inserted in the tubular body in such a manner that, in the tubular body , a large diameter portion that has a tubular shape and that forms an outer circumferential portion and a small diameter portion that is located inside the large diameter portion are formed thereby creating a space between the small diameter portion and the large diameter portion , and performing the curling while maintaining this wound state, characterized in that an inner diameter of the large diameter portion is not less than 1.2 times an outer diameter of the small diameter portion .
An agricultural distribution machine having a frame , one or more storage containers , at least one conveying device and at least one dosing device and a spreader boom having spreading devices for spreading liquids or grainy or granulated substances, wherein the spreader boom is moveably arranged on the frame , wherein the spreader boom is subdivided into multiple boom regions , which are arranged articulatorily or displaceably relative to one another or moveably relative to the frame and which can assume a transport position and a working position, wherein the orientation of the boom regions of the spreader boom in the working position substantially extends transversely to the travelling direction of the agricultural distribution machine and approximately spaced apart parallel to the ground , wherein the movement of the spreader boom relative to the frame or the movement of the boom regions relative to one another or relative to the frame can be made possible, supported, blocked or restricted with servo motors and/or via adjustable damper elements , wherein for controlling the movement of the spreader boom relative to the frame or of the movement of the boom regions relative to one another or relative to the frame an electronic control and regulating unit is provided, which is preferentially connected to a display and operating unit , characterized in that the position or the movements of at least a part of the boom regions of the spreader boom is captured by at least two camera systems in an image-processing manner, wherein in each case a camera system is assigned to the height adjusting device or the frame and captures a boom region , which extends from the frame to the outside, wherein the camera system is designed so as to capture one or more characteristic movement points of one or more boom regions and the characteristic movement points can be spatially assigned to the camera position.
A method in a wireless device , the method comprising, for a dual connectivity mode of the wireless device : receiving (S136) in a System Information Block Type 1, SIB1, message an indication of a first Uplink-Downlink, UL-DL, configuration; receiving (S135) an indication of a reference UL-DL configuration, wherein the reference UL-DL configuration indicates one of a plurality of Time Division Duplex, TDD, configuration patterns for Long Term Evolution, LTE; comparing (S138) the first UL-DL configuration to the reference UL-DL configuration to determine whether a communication direction of at least one communication resource indicated by the first UL-DL configuration matches a communication direction of at least one corresponding communication resource indicated by the reference UL-DL configuration; and based on the comparison of the reference UL-DL configuration to the first UL-DL configuration, determining (S140) whether the at least one communication resource is to be used for a Long Term Evolution, LTE, radio access network or for a New Radio, NR, access network. receiving (S136) in a System Information Block Type 1, SIB1, message an indication of a first Uplink-Downlink, UL-DL, configuration; receiving (S135) an indication of a reference UL-DL configuration, wherein the reference UL-DL configuration indicates one of a plurality of Time Division Duplex, TDD, configuration patterns for Long Term Evolution, LTE; comparing (S138) the first UL-DL configuration to the reference UL-DL configuration to determine whether a communication direction of at least one communication resource indicated by the first UL-DL configuration matches a communication direction of at least one corresponding communication resource indicated by the reference UL-DL configuration; and based on the comparison of the reference UL-DL configuration to the first UL-DL configuration, determining (S140) whether the at least one communication resource is to be used for a Long Term Evolution, LTE, radio access network or for a New Radio, NR, access network.
A selective catalytic reduction and catalytic regeneration system comprising: a main exhaust flow path along which exhaust gas containing nitrogen oxide (NOx) moves; a reactor which is installed on the main exhaust flow path and includes a catalyst for reducing nitrogen oxide (NOx) in the exhaust gas; a bypass exhaust flow path which branches off from the main exhaust flow path , bypasses the reactor , and merges with the main exhaust flow path again; an ammonia injection unit which is installed on the main exhaust flow path , and injects ammonia (NH3) to the exhaust gas which is to flow into the reactor ; a hydrolysis chamber which is supplied with urea, and produces ammonia to be supplied to the ammonia injection unit ; an ammonia supply flow path which connects the ammonia injection unit with the hydrolysis chamber ; a branch flow path which branches off from the main exhaust flow path at a front side of the reactor ; a recirculation flow path which branches off from the main exhaust flow path at a rear side of the reactor , and merges with the branch flow path ; a multifunctional flow path which connects the hydrolysis chamber with a point where the branch flow path and the recirculation flow path merge together; a heating device which is installed on the multifunctional flow path , and increases a temperature of a fluid flowing along the multifunctional flow path ; a urea supply unit which supplies urea to the hydrolysis chamber ; and a chamber connecting flow path which connects the urea supply unit with the hydrolysis chamber . a main exhaust flow path along which exhaust gas containing nitrogen oxide (NOx) moves; a reactor which is installed on the main exhaust flow path and includes a catalyst for reducing nitrogen oxide (NOx) in the exhaust gas; a bypass exhaust flow path which branches off from the main exhaust flow path , bypasses the reactor , and merges with the main exhaust flow path again; an ammonia injection unit which is installed on the main exhaust flow path , and injects ammonia (NH3) to the exhaust gas which is to flow into the reactor ; a hydrolysis chamber which is supplied with urea, and produces ammonia to be supplied to the ammonia injection unit ; an ammonia supply flow path which connects the ammonia injection unit with the hydrolysis chamber ; a branch flow path which branches off from the main exhaust flow path at a front side of the reactor ; a recirculation flow path which branches off from the main exhaust flow path at a rear side of the reactor , and merges with the branch flow path ; a multifunctional flow path which connects the hydrolysis chamber with a point where the branch flow path and the recirculation flow path merge together; a heating device which is installed on the multifunctional flow path , and increases a temperature of a fluid flowing along the multifunctional flow path ; a urea supply unit which supplies urea to the hydrolysis chamber ; and a chamber connecting flow path which connects the urea supply unit with the hydrolysis chamber .
A substrate thinning method for a silicon carbide device, comprising: providing (S101) a first substrate , wherein the first substrate is a silicon carbide substrate, and the first substrate has a silicon surface and a carbon surface that are opposite to each other; forming (S102) a silicon carbide device on the silicon surface of the first substrate , and forming a protective layer on the silicon carbide device; performing (S103) ion implantation on the carbon surface of the first substrate ; providing (S104) a second substrate ; bonding (S105) an ion-implanted first substrate to the second substrate ; performing (S106) high-temperature annealing on the bonded first substrate and the second substrate to combine ions implanted into the first substrate into gas; and performing (S107) separation at a position of ion implantation of the first substrate to obtain a thinned first substrate and a separated first substrate . providing (S101) a first substrate , wherein the first substrate is a silicon carbide substrate, and the first substrate has a silicon surface and a carbon surface that are opposite to each other; forming (S102) a silicon carbide device on the silicon surface of the first substrate , and forming a protective layer on the silicon carbide device; performing (S103) ion implantation on the carbon surface of the first substrate ; providing (S104) a second substrate ; bonding (S105) an ion-implanted first substrate to the second substrate ; performing (S106) high-temperature annealing on the bonded first substrate and the second substrate to combine ions implanted into the first substrate into gas; and performing (S107) separation at a position of ion implantation of the first substrate to obtain a thinned first substrate and a separated first substrate .
A method for producing ergothioneine, or an oxidized or alkylated ergothioneine, or selenoneine, or a mixture thereof, comprising culturing a bacterium belonging to the family Enterobacteriaceae having the ergothioneine-producing ability in a culture medium, and collecting the ergothioneine, or the oxidized or alkylated ergothioneine, or the selenoneine, or the mixture thereof, from the culture medium or from the cells obtained by culture, wherein said bacterium is the one which is modified so as to have a reduced activity of a protein comprising a core sequence region comprising 5 amino acid residues: Ser-Arg-Gly-Arg-Thr (SEQ ID NO:7) as a part thereof.
A wind deflector system comprising an exhaust pipe for combustion gasses of building heating systems, in particular of condensing boilers, a wind deflector , and fixing means by means of which the wind deflector is mounted in the area of the outlet of the exhaust pipe, the wind deflector, which does not have any parts moved by wind, comprising a shielding portion which has a peripheral surface having a rotation-symmetrical S-shaped contour in the axial longitudinal section, the radial diameter of the peripheral surface tapering across the axial length from a maximum diameter and having concave and convex axial portions in the axial longitudinal section, the shielding portion being hollow on the inside, and the wind deflector being closed at its upper end, in particular with a lid closing and/or forming a portion of the shielding portion and preferably having a contour curved upward to facilitate water runoff, the shielding portion protruding axially, in particular centrally, into the exhaust pipe , characterized in that the shielding portion is made of plastic and in that the fixing means have a sleeve portion which is disposed within the exhaust pipe .
Apparatus for cleaning bottle crates , having at least one treatment chamber formed within a housing , having a transport device which transports the bottle crates along a predetermined transport path through the treatment chamber , having at least one application device which acts upon the bottle crates with a liquid cleaning agent for cleaning them, wherein the housing having at least one circumferential wall which surrounds the treatment chamber and a bottom wall which is arranged below the treatment chamber , characterized in that each circumferential wall, the bottom wall and a lid wall is a thermally insulated wall, wherein an insulating medium for insulating the wall is integrated into this wall, wherein the thermally insulated wall comprises several wall modules which are connected to each other and which each comprise an outer wall element and an inner wall element facing the treatment chamber , wherein the insulating medium is arranged between the outer wall member and the inner wall member , wherein a wall module is parallelepipedic in its entirety and forms a cavity within which said insulating medium is disposed.
A housing part , configured to be connected to an electric component , configured to house an electric line , and configured to be filled with a liquid , wherein the housing part comprises an electrically conductive material, wherein the housing part has an open mounting side to be connected to the electric component , wherein a surface-to-volume ratio of the housing part is at least 3 m -1 and is at most 9 m -1 , characterised in that a ratio of the volume and a wall rupture pressure (r) of the housing part is either one - between 0.04 m 3 MPa -1 and 0.6 m 3 Mpa -1 inclusive if the housing part is a straight turret, - between 0.4 m 3 MPa -1 and 1.5 m 3 MPa -1 inclusive if the housing part is an external or a side turret, - between 0.1 m 3 MPa -1 and 1 m 3 MPa -1 inclusive if the housing part is a cable box. configured to be connected to an electric component , configured to house an electric line , and configured to be filled with a liquid , wherein the housing part comprises an electrically conductive material, wherein the housing part has an open mounting side to be connected to the electric component , wherein a surface-to-volume ratio of the housing part is at least 3 m -1 and is at most 9 m -1 , characterised in that a ratio of the volume and a wall rupture pressure (r) of the housing part is either one - between 0.04 m 3 MPa -1 and 0.6 m 3 Mpa -1 inclusive if the housing part is a straight turret, - between 0.4 m 3 MPa -1 and 1.5 m 3 MPa -1 inclusive if the housing part is an external or a side turret, - between 0.1 m 3 MPa -1 and 1 m 3 MPa -1 inclusive if the housing part is a cable box.
A lighting device comprising: - a luminous panel comprising a light-emitting surface , a cover surface being arranged at a distance from said light-emitting surface , and at least one lateral surface connecting said light-emitting surface and said cover surface , at least a portion of said lateral surface comprising a cavity , and - a power track being integrated inside said cavity , characterized in that the lighting device further comprises at least one auxiliary device in the form of a spotlight being connectable to said power track , wherein the cavity has beam shaping properties to provide a focused beam of light emitted by the spotlight . - a luminous panel comprising a light-emitting surface , a cover surface being arranged at a distance from said light-emitting surface , and at least one lateral surface connecting said light-emitting surface and said cover surface , at least a portion of said lateral surface comprising a cavity , and - a power track being integrated inside said cavity , characterized in that the lighting device further comprises at least one auxiliary device in the form of a spotlight being connectable to said power track , wherein the cavity has beam shaping properties to provide a focused beam of light emitted by the spotlight .
A cargo aircraft (10") configurable for aerial refueling operations comprising: a fuselage which includes a forward cargo ramp (11") and an aft cargo door (12") oppositely hinged relative to one another at an aft portion of the fuselage so as to be moveable between opened and closed positions to respectively open and close a cargo space (10a") within the fuselage; a tail cone housing ; a flying boom mast system having a flying boom mast (13") operably associated with the aft portion of the fuselage and moveable between a stowed and deployed conditions relative to the aft portion of the fuselage, the flying boom mast (13") being received by the tail cone housing when in the stowed position thereof; a fuel supply line (17a") connecting the flying boom mast (13") with an on-board fuel supply (17") of the aircraft (10") so as to allow aerial refueling of a receiver aircraft when the flying boom mast (13") is in the deployed condition thereof; and an actuator assembly positioned at an aft end of the aircraft (10") for reciprocally moving the flying boom mast (13") between retracted and extended positions relative to the tail cone housing , wherein the actuator assembly comprises a tubular receiver for receiving a portion of the flying boom mast when in the retracted position thereof, and a piston member journally connected to a proximal end of the flying boom mast (13") for reciprocally moving the flying boom mast (13") between the retracted and extended positions thereof. a fuselage which includes a forward cargo ramp (11") and an aft cargo door (12") oppositely hinged relative to one another at an aft portion of the fuselage so as to be moveable between opened and closed positions to respectively open and close a cargo space (10a") within the fuselage; a tail cone housing ; a flying boom mast system having a flying boom mast (13") operably associated with the aft portion of the fuselage and moveable between a stowed and deployed conditions relative to the aft portion of the fuselage, the flying boom mast (13") being received by the tail cone housing when in the stowed position thereof; a fuel supply line (17a") connecting the flying boom mast (13") with an on-board fuel supply (17") of the aircraft (10") so as to allow aerial refueling of a receiver aircraft when the flying boom mast (13") is in the deployed condition thereof; and an actuator assembly positioned at an aft end of the aircraft (10") for reciprocally moving the flying boom mast (13") between retracted and extended positions relative to the tail cone housing , wherein the actuator assembly comprises a tubular receiver for receiving a portion of the flying boom mast when in the retracted position thereof, and a piston member journally connected to a proximal end of the flying boom mast (13") for reciprocally moving the flying boom mast (13") between the retracted and extended positions thereof.