mhurhangee/ep-ind-claims huggingface dataset:
Device for checking objects, in particular pieces of luggage, for suspicious contents using electromagnetic radiation, having - a housing having a support and a closable opening, through which an object to be tested can be placed on the support, - a source of electromagnetic radiation and an associated detector arrangement, which are arranged in the housing such that the examination region is situated above the support, - an optical positioning aid, which projects onto the support and indicates the examination region to an operator, wherein the examination region is the region to be tested having a suspicious content within the object, - and an evaluation unit having a computer, which evaluates the radiation intensities measured by the detector arrangement in view of suspicious substances. - a housing having a support and a closable opening, through which an object to be tested can be placed on the support, - a source of electromagnetic radiation and an associated detector arrangement, which are arranged in the housing such that the examination region is situated above the support, - an optical positioning aid, which projects onto the support and indicates the examination region to an operator, wherein the examination region is the region to be tested having a suspicious content within the object, - and an evaluation unit having a computer, which evaluates the radiation intensities measured by the detector arrangement in view of suspicious substances.
Apparatus for use in providing an intervention workover control system for an underwater well, comprising: a first structure, comprising an umbilical termination unit, said first structure having means for connecting to a hydraulic flying lead (9 or 19); first support means for use with said first structure, for supporting at least one electrical flying lead (15, 16) and second support means (8b or 17, 18), for use with said first structure, for supporting a hydraulic flying lead; and characterised by second and third structures (3, 4), there being third support means (11, 12), for use with at least one of said second and third structures, for supporting at least one electrical flying lead (13, 14), which structures can be connected to respective ones of opposite sides of said first structure, wherein said first, second and third structures are adapted so that: to provide an intervention workover control system of a first configuration, said first structure is usable with said second and third structures connected to respective ones of opposite sides of said first structure; and to provide an intervention workover control system of a second configuration, said first structure is usable without said second and third structures connected to it. a first structure, comprising an umbilical termination unit, said first structure having means for connecting to a hydraulic flying lead (9 or 19); first support means for use with said first structure, for supporting at least one electrical flying lead (15, 16) and second support means (8b or 17, 18), for use with said first structure, for supporting a hydraulic flying lead; and characterised by second and third structures (3, 4), there being third support means (11, 12), for use with at least one of said second and third structures, for supporting at least one electrical flying lead (13, 14), which structures can be connected to respective ones of opposite sides of said first structure, wherein said first, second and third structures are adapted so that: to provide an intervention workover control system of a first configuration, said first structure is usable with said second and third structures connected to respective ones of opposite sides of said first structure; and to provide an intervention workover control system of a second configuration, said first structure is usable without said second and third structures connected to it. to provide an intervention workover control system of a first configuration, said first structure is usable with said second and third structures connected to respective ones of opposite sides of said first structure; and to provide an intervention workover control system of a second configuration, said first structure is usable without said second and third structures connected to it.
A computer-implemented method of creating a top level domain, comprising: receiving, at a first system via a user interface, a request to create a new top level domain as a top level domain in a registry (1010, 3010) in a domain name system, DNS, the request including domain data, the domain data comprising a domain name for the top level domain and a data definition selected from one of: data defining one or more features to be supported by the top level domain, or data defining one or more policies to be enforced by the top level domain; creating a data structure comprising the domain data including the selected data definition; and transmitting a create domain request including the data structure to the registry (1010, 3010) in the DNS, for the registry (1010, 3010) to create, in response to the create domain request, the top level domain in the registry based on the data structure. receiving, at a first system via a user interface, a request to create a new top level domain as a top level domain in a registry (1010, 3010) in a domain name system, DNS, the request including domain data, the domain data comprising a domain name for the top level domain and a data definition selected from one of: data defining one or more features to be supported by the top level domain, or data defining one or more policies to be enforced by the top level domain; data defining one or more features to be supported by the top level domain, or data defining one or more policies to be enforced by the top level domain; creating a data structure comprising the domain data including the selected data definition; and transmitting a create domain request including the data structure to the registry (1010, 3010) in the DNS, for the registry (1010, 3010) to create, in response to the create domain request, the top level domain in the registry based on the data structure.
A heat exchanger for a gas turbine engine having a shaft rotatable about a central axis, comprising: an inner casing extending circumferentially around the central axis and securable to the shaft for concurrent rotation therewith; an outer casing extending circumferentially around the central axis and secured to the inner casing, the outer casing located radially outwardly of the inner casing relative to the central axis; first conduits secured to the outer casing and to the inner casing for rotation about the central axis, the first conduits located radially between the outer casing and the inner casing, the first conduits circumferentially distributed about the central axis, first passages defined in the first conduits, the first passages extending from first inlets (46b, 42a) to first outlets; and second passages circumferentially interspaced between the first passages and located radially between the inner casing and the outer casing, the second passages extending from second inlets to second outlets, the second passages in heat exchange relationship with the first passages, characterised in that the first fluid conduits are hollow fins circumferentially distributed about the central axis and extending radially from the inner casing to the outer casing, the first passages defined within the fins, wherein each of the fins extend from a leading edge to a trailing edge, the leading edge of each of the fins circumferentially offset from the trailing edge relative to the central axis such that the fins wrap around the inner casing. an inner casing extending circumferentially around the central axis and securable to the shaft for concurrent rotation therewith; an outer casing extending circumferentially around the central axis and secured to the inner casing, the outer casing located radially outwardly of the inner casing relative to the central axis; first conduits secured to the outer casing and to the inner casing for rotation about the central axis, the first conduits located radially between the outer casing and the inner casing, the first conduits circumferentially distributed about the central axis, first passages defined in the first conduits, the first passages extending from first inlets (46b, 42a) to first outlets; and second passages circumferentially interspaced between the first passages and located radially between the inner casing and the outer casing, the second passages extending from second inlets to second outlets, the second passages in heat exchange relationship with the first passages, characterised in that the first fluid conduits are hollow fins circumferentially distributed about the central axis and extending radially from the inner casing to the outer casing, the first passages defined within the fins, wherein each of the fins extend from a leading edge to a trailing edge, the leading edge of each of the fins circumferentially offset from the trailing edge relative to the central axis such that the fins wrap around the inner casing.
Device for dispensing a fluid substance, comprising an external container equipped with a collar and an intermediate element fixed to the collar, between the intermediate element and the collar being present first torsional alignment means (6, 6A), the intermediate element having an opening cooperating with a flange of a pump for fixing the pump to the collar, the pump having a stem tightly associated to a dispensing button, the dispensing button being rotatably associated to the intermediate element in a movable way between a locking position, in which at least one stop of the button strikes a surface of the intermediate element, to prevent an axial translation of the button, and a dispensing position in which an axial movement of the button for dispensing a fluid substance contained in the external container is allowed, the device further comprising a ring nut torsionally coupled to the push button to move the push button between the locking position and the dispensing position, the ring nut hiding from view at least part of a lateral surface of said push button and of said intermediate element, characterized in that the collar is separate from the container.
A method of operating a vehicle braking system of vehicle, the vehicle braking system having a primary braking system with a first pressure generating unit and a first reservoir, and a secondary braking system with a second pressure generating unit and a second reservoir distinct from the first reservoir, the method comprising: actuating the first pressure generating unit of the primary braking system thereby pressurizing a fluid at a wheel cylinder to slow or stop the vehicle; depressurizing the wheel cylinder in response to an electrical signal provided to an electronic control unit; and transferring the fluid from the wheel cylinder to the second reservoir, a fluid path between the wheel cylinder and the second reservoir being shorter than a fluid path between the wheel cylinder and the first reservoir, wherein the fluid path between the wheel cylinder and the second reservoir includes an outlet switch valve of the secondary braking system positioned therebetween, and wherein the fluid path between the wheel cylinder and the first reservoir includes a separation valve of the secondary braking system positioned therebetween and passes through the master cylinder. actuating the first pressure generating unit of the primary braking system thereby pressurizing a fluid at a wheel cylinder to slow or stop the vehicle; depressurizing the wheel cylinder in response to an electrical signal provided to an electronic control unit; and transferring the fluid from the wheel cylinder to the second reservoir, a fluid path between the wheel cylinder and the second reservoir being shorter than a fluid path between the wheel cylinder and the first reservoir, wherein the fluid path between the wheel cylinder and the second reservoir includes an outlet switch valve of the secondary braking system positioned therebetween, and wherein the fluid path between the wheel cylinder and the first reservoir includes a separation valve of the secondary braking system positioned therebetween and passes through the master cylinder.
A photovoltaic structure comprising a first wall having a convex rotational shape and a second wall defining an inner space therebetween, the first wall being at least partly transparent to solar radiation and comprising an outer face intended to be exposed to solar radiation and an inner face, the second wall comprising an inner face facing the inner face of the first wall, said inner face of the second wall being at least partly reflective with regard to solar radiation, the first wall forming a part of a closed envelope and the second wall being arranged inside said envelope, said structure being characterised in that it comprises a plurality of photovoltaic modules each comprising a plurality of bifacial photovoltaic cells, said modules being arranged on the outer face of the first wall in a plurality of angular sectors, the photovoltaic modules of one and the same angular sector being linked in series, each bifacial cell comprising an outer face intended to be exposed to incident solar radiation and an inner face facing the outer face of the first wall, so that when the structure is exposed to solar radiation, a first portion of the incident radiation is transmitted toward the outer face of said bifacial photovoltaic cells, a second portion of said incident radiation is transmitted through a part of the first wall and at least partly reflects off the inner face of the second wall, said reflected portion being transmitted through the first wall toward the inner face of the bifacial photovoltaic cells.
A method for making a polyurethane coated fabric, the method comprising:- a) providing a fabric liner; b) applying a coating to at least part of the liner, said coating comprising a polyurethane resin and manganese ferrite dissolved in a polar aprotic solvent; c) at least partially gelling the coating with water or an aqueous solution, so that the polar aprotic solvent is extracted from the coating; d) leaching the at least partially gelled coating with water or an aqueous solution, so as to further reduce the level of the polar aprotic solvent in the coating; and e) drying and curing the coating. a) providing a fabric liner; b) applying a coating to at least part of the liner, said coating comprising a polyurethane resin and manganese ferrite dissolved in a polar aprotic solvent; c) at least partially gelling the coating with water or an aqueous solution, so that the polar aprotic solvent is extracted from the coating; d) leaching the at least partially gelled coating with water or an aqueous solution, so as to further reduce the level of the polar aprotic solvent in the coating; and e) drying and curing the coating.
An electrophotographic electrically conductive member comprising an electrically conductive support and an electrically conductive layer, wherein the electrically conductive layer comprises an ion conductive resin having a quaternary ammonium ion in a molecule structure as a binder resin, and a carrier molecule represented by a following formula:
An apparatus for heat treatment of gear teeth via magnetic inductive heating; the apparatus comprising: a magnet assembly; said magnet assembly comprising a disk having a plurality of permanent magnets or groups of magnets positioned around a circumference of said disk; said magnets or groups of magnets having opposed outer faces (58a,b) defining north and south poles of said magnets or group of magnets; said magnets or groups of magnets being arranged about said disk such that the poles alternate; said magnet assembly being concentric with and rotatable about a first axis; said magnet assembly being rotatable in a first plane; a spindle drive operatively connected to said magnet assembly to rotate said magnet assembly about said first axis in said first plane; a work-piece holder adapted to removably hold a gear having tooth surfaces to be heat treated; said work-piece holder being concentric with, and rotatable about, a second axis; said first axis being spaced from said second axis; a work-piece drive operatively connected to said work-piece holder to rotate said work-piece about said second axis in said second plane; and means (16, 22) for moving one or both said magnet assembly and work-piece holder relative to each other to bring said magnet assembly and gear tooth surfaces into heating proximity with each other; such that rotation of said magnet assembly induces heating of said gear tooth surfaces. a magnet assembly; said magnet assembly comprising a disk having a plurality of permanent magnets or groups of magnets positioned around a circumference of said disk; said magnets or groups of magnets having opposed outer faces (58a,b) defining north and south poles of said magnets or group of magnets; said magnets or groups of magnets being arranged about said disk such that the poles alternate; said magnet assembly being concentric with and rotatable about a first axis; said magnet assembly being rotatable in a first plane; a spindle drive operatively connected to said magnet assembly to rotate said magnet assembly about said first axis in said first plane; a work-piece holder adapted to removably hold a gear having tooth surfaces to be heat treated; said work-piece holder being concentric with, and rotatable about, a second axis; said first axis being spaced from said second axis; a work-piece drive operatively connected to said work-piece holder to rotate said work-piece about said second axis in said second plane; and means (16, 22) for moving one or both said magnet assembly and work-piece holder relative to each other to bring said magnet assembly and gear tooth surfaces into heating proximity with each other; such that rotation of said magnet assembly induces heating of said gear tooth surfaces.
A vehicle lamp comprising: a semiconductor light source that emits a light; a heat sink unit (7, 70) on which the semiconductor light source is directly mounted; and a swivel unit that swivels the semiconductor light source and the heat sink unit (7, 70), wherein a swivel shaft that is coupled to the swivel unit is integrated with the heat sink unit (7, 70), characterized in that, said lamp further comprises a reflector including a first reflecting surface and a second reflecting surface; and an auxiliary heat sink unit, wherein said auxiliary heat sink unit is positioned in the space between the first reflecting surface and the second reflecting surface of said reflector. a semiconductor light source that emits a light; a heat sink unit (7, 70) on which the semiconductor light source is directly mounted; and a swivel unit that swivels the semiconductor light source and the heat sink unit (7, 70), wherein a swivel shaft that is coupled to the swivel unit is integrated with the heat sink unit (7, 70), characterized in that, said lamp further comprises a reflector including a first reflecting surface and a second reflecting surface; and an auxiliary heat sink unit, wherein said auxiliary heat sink unit is positioned in the space between the first reflecting surface and the second reflecting surface of said reflector.
Battery shell, in particular a battery shell for a traction battery, the battery shell being made of plastics, the battery shell comprising a base and side walls, the battery shell comprising an inner side and an outer side, the battery shell comprising a maximum transverse extension in a transverse direction and a maximum height extension in a height direction, wherein the battery shell is monolithically formed, wherein the battery shell comprises an inner stiffening means, in particular an inner stiffening means extending in the transverse direction or a longitudinal direction of the battery shell, in particular an inner stiffening means extending in the transverse direction of the battery shell and the longitudinal direction of the battery shell, and/or an outer stiffening means, in particular at least one outer stiffening means extending in the longitudinal direction of the battery shell, characterized in that the inner stiffening means and/or the outer stiffening means has a fiber material. wherein the battery shell comprises an inner stiffening means, in particular an inner stiffening means extending in the transverse direction or a longitudinal direction of the battery shell, in particular an inner stiffening means extending in the transverse direction of the battery shell and the longitudinal direction of the battery shell, and/or an outer stiffening means, in particular at least one outer stiffening means extending in the longitudinal direction of the battery shell, characterized in that the inner stiffening means and/or the outer stiffening means has a fiber material.
Apparatus for control and/or regulation of a combustion apparatus, the control and/or regulation apparatus comprising a non-volatile memory in which at least one limit value and at least one factor and/or a correction value are stored, wherein the apparatus is able to be communicatively coupled with at least one first sensor and to at least one first actuator (3, 4, 9), wherein the at least one first actuator (3, 4, 9) is selected from a fan, an air flap with setting drive and a fuel actuator with setting drive for changing a fuel supply, and wherein the apparatus is configured to: receive a first input signal from the at least one first sensor; process the first input signal to form a first measured value, which specifies a fuel air ratio and/or an air ratio λ and/or an oxygen content; load the at least one limit value from the non-volatile memory and compare the first measured value with the at least one limit value; if the first measured value is less than the at least one limit value or is greater than the at least one limit value, produce a produced correction value by precisely one of the following ways i or ii: i. load the at least one factor from the memory and determine the produced correction value computationally as a function of the at least one limit value and as a function of the at least one factor and as a function of the first measured value; ii. load the stored correction value from the non-volatile memory; create a first output signal as a function of the stored correction value and send the first output signal to the at least one first actuator (3, 4, 9). receive a first input signal from the at least one first sensor; process the first input signal to form a first measured value, which specifies a fuel air ratio and/or an air ratio λ and/or an oxygen content; load the at least one limit value from the non-volatile memory and compare the first measured value with the at least one limit value; if the first measured value is less than the at least one limit value or is greater than the at least one limit value, produce a produced correction value by precisely one of the following ways i or ii: i. load the at least one factor from the memory and determine the produced correction value computationally as a function of the at least one limit value and as a function of the at least one factor and as a function of the first measured value; ii. load the stored correction value from the non-volatile memory; i. load the at least one factor from the memory and determine the produced correction value computationally as a function of the at least one limit value and as a function of the at least one factor and as a function of the first measured value; ii. load the stored correction value from the non-volatile memory; create a first output signal as a function of the stored correction value and send the first output signal to the at least one first actuator (3, 4, 9).