mhurhangee/patent-ind-claim-en huggingface dataset:
A roof assembly for a vehicle, wherein the roof assembly comprises a support frame mountable on a body frame of the vehicle to form a roof of a passenger compartment of the vehicle, the roof assembly comprising a device configured to be arranged in a passenger compartment of a vehicle, wherein at least a part of the device is configured to be moveable in a predetermined limited range of movement corresponding to an acceleration of the vehicle and wherein the device is designed and configured to provide visual information to a passenger with respect to a direction of such acceleration by movement of said part of the device corresponding to such direction, characterised in that the device comprises a support element , an elastic element , and said moveable part , wherein the support element is fixedly mounted in the passenger compartment and wherein the elastic element is arranged between the support element and the moveable part , the moveable part being configured to move in response to acceleration induced inertia of the moveable part and the elastic element is arranged to counteract a relative movement between the moveable part and the support element .
Machine for producing a metal mesh reinforcement from interconnected metal profiles, wherein the metal mesh reinforcement has multiple longitudinal profiles and one winding profile , wherein the machine has a device and a driven, rotatable main wheel for receiving multiple longitudinal profiles , wherein the device comprises a welding unit for welding a longitudinal profile to the winding profile at a connecting point of the two metal profiles and a feed unit for feeding a portion of the winding profile , provided from a master, to the welding unit , wherein the feed unit comprises a cutting arrangement for severing the winding profile in order to separate a profile portion of the winding profile from the master, wherein the cutting arrangement is also present in a cutting region of the device that is remote from the welding unit , wherein the device is configured, after the winding profile has been severed, to feed the end portion of the winding profile that was separated from the master from the cutting region to the welding unit and at least one further weld is made between the separated end portion of the winding profile and a longitudinal profile to complete the metal mesh reinforcement, characterized in that the feed unit comprises an advancing arrangement with a drive unit for the driven movement of the winding profile in a longitudinal direction of the winding profile, wherein the advancing arrangement is designed to move, from among multiple winding profiles provided next to one another in the feed unit , one of the multiple provided winding profiles to the welding unit in a driven manner by means of the drive unit .
Method for removal of a compound from a crude hydrocarbon gas stream to be obtained from a sub-sea well, wherein the method comprises bringing the crude hydrocarbon gas stream in contact with a treatment solution comprising an absorbent at least partly selective to the compound to be removed, thereby obtaining a rich treatment solution and a compound depleted gas stream, regenerating the treatment solution comprising the absorbent by desorbing the compound from the rich treatment solution, thereby obtaining a compound stream wherein the crude hydrocarbon gas stream is brought in contact with the treatment solution comprising the absorbent subsea, the compound depleted gas stream is obtained subsea, and the regenerating of the rich treatment solution and obtaining the compound stream is performed topside, wherein the rich treatment solution is heat exchanged in a pipe-in-pipe riser with the treatment solution comprising the absorbent during transport of the compound rich treatment solution from subsea to topside and transport of the treatment solution comprising the absorbent from topside to subsea.
A fire construction comprising a firebox defining a combustion chamber in which fuel can be burnt, a first air supply means for delivering air into the combustion chamber to support combustion of fuel therein, and a second air supply means for supplying additional air to further support combustion of particulates and other pollutants rising up within the combustion chamber as by-products of primary combustion, characterised in that the second air supply means comprises a supply conduit connecting the combustion chamber with an air supply , the supply conduit extending through a rear wall or a side wall of the firebox and having a cross section that increases and flares outwardly as the supply conduit opens into the combustion chamber to have a flared region at a location above fuel in the firebox.
A method for providing power to a down-hole pulsed power system, the method comprising: transmitting microwaves from an above-ground microwave transmitter to a down-hole microwave receiver; and charging one or more capacitors in a down-hole pulsed power system, the method further comprising: using a metallic drill pipe used to provide drilling fluid as a microwave waveguide; or using a drilling fluid as a microwave waveguide comprising a property selected from the group consisting of non-conductive, non-aqueous, insulating, and dielectric. transmitting microwaves from an above-ground microwave transmitter to a down-hole microwave receiver; and charging one or more capacitors in a down-hole pulsed power system, the method further comprising: using a metallic drill pipe used to provide drilling fluid as a microwave waveguide; or using a drilling fluid as a microwave waveguide comprising a property selected from the group consisting of non-conductive, non-aqueous, insulating, and dielectric. using a metallic drill pipe used to provide drilling fluid as a microwave waveguide; or using a drilling fluid as a microwave waveguide comprising a property selected from the group consisting of non-conductive, non-aqueous, insulating, and dielectric.
A gallium nitride semiconductor crystal obtained by epitaxial growth of a gallium nitride crystal growth layer on the main surface of a base substrate formed of gallium nitride whose main surface is a nonpolar plane or a semipolar plane, wherein the Si concentration within the crystal is higher than O concentration and, for the gallium nitride crystal growth layer in the gallium nitride crystal, the emission intensity ratio (BSF peak/NBE peak) of the emission at 3.41 eV (BSF peak) to the band edge emission (NBE peak), as measured by a cryogenic PL measurement, is not greater than 0.1, wherein the PL measurement is carried out at a measurement temperature of 4 K using a He-Cd laser having a center wavelength of 325 nm as the excitation light source.
A unitary saddle-shaped pedicle screw tulip head converter , the converter comprising: a first portion and a second portion extending from the first portion , the first portion having a surface parallel to a first portion plane (P2), and a first portion opening defining a first portion axis (A1) perpendicular to the first portion plane (P2), wherein the first portion opening is, in operation, associated with the longitudinal axis of a tulip head set screw , the second portion comprising at least one lobe extending downwardly from the first portion , the at least one lobe having a surface parallel to a second portion plane (P3), the second portion plane (P3) being perpendicular to the first portion plane (P2), the at least one lobe having a shaped surface for contacting and additional securement of a spinal fixation rod which is reducible into the pedicle screw tulip head , the spinal fixation rod defining a second portion axis (A2), the second portion axis (A2) being perpendicular to and coplanar with the first portion axis (A1), characterized in that the shaped surface of the at least one lobe comprises a closed perimeter defining an enclosed opening through which the spinal fixation rod can be inserted and secured. the first portion having a surface parallel to a first portion plane (P2), and a first portion opening defining a first portion axis (A1) perpendicular to the first portion plane (P2), wherein the first portion opening is, in operation, associated with the longitudinal axis of a tulip head set screw ,
A method comprising: at an authorization server, storing data representing operations that can be performed on a plurality of resources of a service provider at the request of one or more users; generating a set of {resource,operations} tuples, wherein a resource describes an endpoint for a network service and operations is a list of operations that are authorized on the endpoint; partitioning the set of {resource,operations} tuples into one or more subsets; and for at least one subset of the set of {resource,operations} tuples, combining the subset into a string according to a predetermined rule and computing a hash of the string according to a hash function to generate a hash result; and wherein the method further comprises: receiving a request from a client at the authorization server; generating from the request an authorization token that includes a list of one or more said hash results; and sending the authorization token to the client for use in accessing one or more resources and operations of the service provider. at an authorization server, storing data representing operations that can be performed on a plurality of resources of a service provider at the request of one or more users; generating a set of {resource,operations} tuples, wherein a resource describes an endpoint for a network service and operations is a list of operations that are authorized on the endpoint; partitioning the set of {resource,operations} tuples into one or more subsets; and for at least one subset of the set of {resource,operations} tuples, combining the subset into a string according to a predetermined rule and computing a hash of the string according to a hash function to generate a hash result; and wherein the method further comprises: receiving a request from a client at the authorization server; generating from the request an authorization token that includes a list of one or more said hash results; and sending the authorization token to the client for use in accessing one or more resources and operations of the service provider. receiving a request from a client at the authorization server; generating from the request an authorization token that includes a list of one or more said hash results; and sending the authorization token to the client for use in accessing one or more resources and operations of the service provider.
A method of treating effluent gas containing hydrocarbons, the method being characterized in that the effluent gas is subjected to washing by spraying aromatic type oil having a vapor pressure of less than 100 Pa at 0°C and being capable of absorbing and dissolving polycyclic aromatic hydrocarbons, for the purpose of trapping polycyclic aromatic hydrocarbons, prior to passing through pumping apparatus.
Filler for a colour composition, wherein the filler comprises a calcinate having particles with an average particle size (d 50 , SediGraph III) in the range between 3 μm and 50 μm and a mullite content of 30-70 measured as a mullite index, characterised in that the filler has a bulk density of > 600 g/ L.
A synchronous electrical machine including: a stator having a circumferential row of teeth carrying stator windings ; a coaxial rotor having a circumferential row of poles carrying field windings ; wherein each pole has first and second side flanks and a tip surface which extends continuously therebetween to form an air gap to the teeth of the stator, on a transverse cross-section through the machine, one of the side flanks forming a leading edge of the pole, and the other side flank forming an opposite, trailing edge of the pole; wherein each pole carries a row of permanent magnets which extends across the tip surface from one of the side flanks to the other side flank, the permanent magnets compensating for armature magnetic reaction; characterised in that the radial thickness of the permanent magnets increases smoothly with progressive distance across the tip surface from one of the side flanks to the other side flank. a stator having a circumferential row of teeth carrying stator windings ; a coaxial rotor having a circumferential row of poles carrying field windings ; wherein each pole has first and second side flanks and a tip surface which extends continuously therebetween to form an air gap to the teeth of the stator, on a transverse cross-section through the machine, one of the side flanks forming a leading edge of the pole, and the other side flank forming an opposite, trailing edge of the pole; wherein each pole carries a row of permanent magnets which extends across the tip surface from one of the side flanks to the other side flank, the permanent magnets compensating for armature magnetic reaction; characterised in that the radial thickness of the permanent magnets increases smoothly with progressive distance across the tip surface from one of the side flanks to the other side flank.
A method for manufacturing a magnesium fluoride sintered compact (ds), the method comprising: filling a magnesium fluoride powder material into a die by tapping; and performing pulsed electric current sintering for sintering the filled magnesium fluoride powder material while applying a pulsed electric current thereto, to obtain a magnesium fluoride sintered compact, wherein the heating rate of the die is 1°C/min to 7°C/min. filling a magnesium fluoride powder material into a die by tapping; and performing pulsed electric current sintering for sintering the filled magnesium fluoride powder material while applying a pulsed electric current thereto, to obtain a magnesium fluoride sintered compact, wherein the heating rate of the die is 1°C/min to 7°C/min.
A method of abrading the surface condition of a new asphalt test track whose adhesion level is greater than a target value intended for carrying out vehicle tests, comprising the following steps: - providing a processing machine comprising a rotating head carrying at least one friction element , for modifying the surface condition of said test track ; - positioning at least one rotating abrasive disc on the processing machine ; - performing displacements of the processing machine over the test track so as to reduce the coefficient of friction to a level corresponding to a target value such that 0.5 < μ ASTM-16in < 0.9, and more preferably such that 0.6 < μ ASTM-16in < 0.8. - providing a processing machine comprising a rotating head carrying at least one friction element , for modifying the surface condition of said test track ; - positioning at least one rotating abrasive disc on the processing machine ; - performing displacements of the processing machine over the test track so as to reduce the coefficient of friction to a level corresponding to a target value such that 0.5 < μ ASTM-16in < 0.9, and more preferably such that 0.6 < μ ASTM-16in < 0.8.
A method for wireless communication at a user equipment, UE, comprising: receiving , from a base station , a control channel associated with a first radio access technology, RAT, on resources of a carrier, the control channel indicating that the carrier supports communications using a second RAT; decoding the control channel to determine that the carrier supports communications using the second RAT, wherein decoding the control channel includes identifying a carrier capability indicator in the control channel, wherein the carrier capability indicator comprises one or more bits in the control channel that indicate that the carrier supports communications using the second RAT; and communicating with the base station using the second RAT on resources of the carrier based at least in part on decoding the control channel to determine that the carrier supports communications using the second RAT. receiving , from a base station , a control channel associated with a first radio access technology, RAT, on resources of a carrier, the control channel indicating that the carrier supports communications using a second RAT; decoding the control channel to determine that the carrier supports communications using the second RAT, wherein decoding the control channel includes identifying a carrier capability indicator in the control channel, wherein the carrier capability indicator comprises one or more bits in the control channel that indicate that the carrier supports communications using the second RAT; and communicating with the base station using the second RAT on resources of the carrier based at least in part on decoding the control channel to determine that the carrier supports communications using the second RAT.
An anchoring device for spring-damper assemblies for machines for mounting/removing vehicle suspensions, machine of the type comprising a frame for supporting a lower assembly for the support of the spring/damper assembly (G) and an upper assembly for the compression/release of the spring (M) which comprises a crossmember which supports a pair of orientable arms which can move with an alternating translational motion along at least two substantially vertical guides associated with the frame , said device comprising a coupling assembly which can be associated with an upper abutment element (R) of the spring (M) of the spring-damper assembly (G) and means for connecting said coupling assembly to said arms , said connection means comprising a pair of joints each of which can be associated with each one of said arms and is provided with two degrees of freedom in rotation about respective rotation axes (A1, A2) which are mutually substantially perpendicular, characterized in that each one of said joints comprises a bushing which is extended along a first axis (A1) and is associated with said coupling assembly so that it can rotate about a second axis (A2) that is substantially perpendicular to said first axis (A1), a cylinder accommodated within said bushing and provided with a seat for the insertion of a pin for fixing to the respective arm , the seat being extended along a third axis (A3) that is substantially perpendicular to the first and second axes (A1, A2) and the bushing being provided with an elongated slot so as to allow an arc of relative rotation between the bushing and the cylinder about said first axis (A1).
A display structure comprising at least one display module , wherein the display structure comprises - at least one substrate layer comprising polymer, glass, ceramic or composite materials and integrated electrically conductive circuitry with electronics, and light emitting devices - at least one electrically conductive layer, enabling control of the light emitting devices - wherein a display module comprises at least one coating or molded layer protecting the display structure from moist and other environmental effects - the display structure is constructed from smaller, manufacturable sized display modules by interconnecting suitable number of display modules into rows and columns, characterized in that - the display structure further comprises a number of structured and manufactured through-holes reaching through the whole display structure across the plurality of layers, which through-holes form channels for the propagation of the cooling effect, and which through-holes enable water and/or air to flow through the display structure , - the display structure is applied on a fixed platform, - water is applied onto the display structure so that when cooling the water and the display structure , the display structure will end up locating under an ice layer, where - the through-holes provide fixation for the display structure via solid ice within the through-holes after the cooling of the water and the display structure . - at least one substrate layer comprising polymer, glass, ceramic or composite materials and integrated electrically conductive circuitry with electronics, and light emitting devices - at least one electrically conductive layer, enabling control of the light emitting devices - wherein a display module comprises at least one coating or molded layer protecting the display structure from moist and other environmental effects - the display structure is constructed from smaller, manufacturable sized display modules by interconnecting suitable number of display modules into rows and columns, characterized in that - the display structure further comprises a number of structured and manufactured through-holes reaching through the whole display structure across the plurality of layers, which through-holes form channels for the propagation of the cooling effect, and which through-holes enable water and/or air to flow through the display structure , - the display structure is applied on a fixed platform, - water is applied onto the display structure so that when cooling the water and the display structure , the display structure will end up locating under an ice layer, where - the through-holes provide fixation for the display structure via solid ice within the through-holes after the cooling of the water and the display structure .
Method for identifying a position change of a vehicle that is at least partially switched off, in particular a rail-bound vehicle, characterised by identifying (G) the position change by means of an anti-skid control facility of the vehicle , wherein the anti-skid control facility assumes a standby state when the vehicle is at least partially switched off.
A housing for a vacuum pump and/or for a part of a vacuum pump with at least one cooling and/or heating tube arranged in the housing and/or a component arranged on the housing, in which component there is arranged a cooling and/or heating tube, for controlling the temperature of the housing, wherein in the housing and/or in the at least one component of the housing there is arranged at least one groove for receiving the at least one cooling and/or heating tube, characterised in that the at least one groove has at least in portions at least one undercut and/or at least one projection , and in that the cooling and/or heating tube is configured as a cooling and/or heating tube pressed into the groove .