mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a composite structure (14, 104, 302) comprising: providing an electrical circuits (12, 108, 308); electrically coupling at least one electrically conducting element to the electrical circuit by electrically coupling a threaded metallic post (18, 102, 304) to the electrical circuit (12, 108, 308); and forming the composite structure (14, 104, 302) around the electrical circuit (12, 108, 308) and the at least one electrically conducting element using a lay-up process in which multiple layers of composite material are alternatively deposited on one another using a bonding agent, the composite structure (14, 104, 302) having a first surface (16, 110, 312) and an opposing second surface (16, 110, 312) that essentially encompasses the electrical circuits (12, 108, 308) and the at least one electrically conducting element. providing an electrical circuits (12, 108, 308); electrically coupling at least one electrically conducting element to the electrical circuit by electrically coupling a threaded metallic post (18, 102, 304) to the electrical circuit (12, 108, 308); and forming the composite structure (14, 104, 302) around the electrical circuit (12, 108, 308) and the at least one electrically conducting element using a lay-up process in which multiple layers of composite material are alternatively deposited on one another using a bonding agent, the composite structure (14, 104, 302) having a first surface (16, 110, 312) and an opposing second surface (16, 110, 312) that essentially encompasses the electrical circuits (12, 108, 308) and the at least one electrically conducting element.
A surge protection device comprising at least one disconnecting device provided in a housing, a heat-conducting element, an actuating element for actuating an indicating device, and a locking element, the heat-conducting element being in contact with the housing, the actuating element being fastened to the heat-conducting element by means of the locking element, and the fastening by the locking element being configured such that when a predetermined temperature at the locking element is exceeded, the locking element is detached from the heat-conducting element and/or from the actuating element and releases the actuating element, characterized in that the surge protection device has at least two disconnecting devices each having a housing, and the heat-conducting element being in contact with at least two of the housings. the actuating element being fastened to the heat-conducting element by means of the locking element, and the fastening by the locking element being configured such that when a predetermined temperature at the locking element is exceeded, the locking element is detached from the heat-conducting element and/or from the actuating element and releases the actuating element, characterized in that the surge protection device has at least two disconnecting devices each having a housing, and the heat-conducting element being in contact with at least two of the housings.
An implantable device for the optical stimulation of an organ of the human or animal body, comprising a probe comprising: a tube made of a first transparent material, the tube being hermetically closed by at least one cap (203, 205); at least one light source arranged inside of the tube; a plurality of electric connection elements running through the cap (203; 205) and electrically coupling said at least one light source outside of the tube; a connecting cable arranged outside of the tube, connected to said connection elements; characterized in that the device comprises a sensor capable of detecting a possible leakage in the tube. a tube made of a first transparent material, the tube being hermetically closed by at least one cap (203, 205); at least one light source arranged inside of the tube; a plurality of electric connection elements running through the cap (203; 205) and electrically coupling said at least one light source outside of the tube; a connecting cable arranged outside of the tube, connected to said connection elements; characterized in that the device comprises a sensor capable of detecting a possible leakage in the tube.
A control device for a movable body, the control device being able to be installed in the movable body that has a braking device ( 16a to 16d), the braking device ( 16a to 16d) being a part of a hydraulic braking system, capable of applying braking torque to a wheel ( 18a to 18d) and a rotating electrical machine ( 11a, 11b) capable of applying braking torque to the wheel ( 18a to 18d) by regenerative operation, the control device comprising: a switching control unit that is configured to perform switching control that increases braking torque of the braking device ( 16a to 16d) while decreasing braking torque of the rotating electrical machine ( 11a, 11b), when the movable body is decelerated; and an information acquisition unit that is configured to acquire information on a state of the movable body; characterized by a difference acquisition unit that is configured to acquire a braking torque difference indicating a difference between braking torque required for keeping a stopped state of the vehicle and braking torque of the braking device ( 16a to 16d), when the movable body is stopped, wherein after the information acquisition unit detects the stopped state of the movable body, the switching control unit is configured to correct output torque of the rotating electrical machine ( 11a, 11b) based on the braking torque difference. a switching control unit that is configured to perform switching control that increases braking torque of the braking device ( 16a to 16d) while decreasing braking torque of the rotating electrical machine ( 11a, 11b), when the movable body is decelerated; and an information acquisition unit that is configured to acquire information on a state of the movable body; characterized by a difference acquisition unit that is configured to acquire a braking torque difference indicating a difference between braking torque required for keeping a stopped state of the vehicle and braking torque of the braking device ( 16a to 16d), when the movable body is stopped, wherein after the information acquisition unit detects the stopped state of the movable body, the switching control unit is configured to correct output torque of the rotating electrical machine ( 11a, 11b) based on the braking torque difference.
A method for amplifying a plurality of different nucleic acid populations in a single reaction mixture, comprising: a) providing a single reaction mixture including an emulsion that provides compartmentalization containing a first and a second population of nucleic acids, wherein the first population of nucleic acids contain a first common primer binding sequence and a first adaptor, and the second population of nucleic acids contain a second common primer binding sequence and a second adaptor, and wherein the first and second common primer binding sequences are different; a first plurality of beads having covalently attached a first capture primer that binds to the first common primer binding sequence; a second plurality of beads having covalently attached a second capture primer that binds to the second common primer binding sequence, wherein the first and the second capture primers are different; b) providing a first and a second soluble reverse primer, wherein the first soluble reverse primer is complementary or identical to the first adaptor or to the first and second adaptor, and wherein the second soluble reverse primer is complementary or identical to the second adaptor or to the first and second adaptor; c) amplifying, within the single reaction mixture compartments, one or more nucleic acids from the first population to form a first amplified population, and one or more nucleic acids from the second population to form a second amplified population, wherein the first amplified population is bound to one or more beads of the first type and the second amplified population is bound to one or more beads of the second type. a) providing a single reaction mixture including an emulsion that provides compartmentalization containing a first and a second population of nucleic acids, wherein the first population of nucleic acids contain a first common primer binding sequence and a first adaptor, and the second population of nucleic acids contain a second common primer binding sequence and a second adaptor, and wherein the first and second common primer binding sequences are different; a first plurality of beads having covalently attached a first capture primer that binds to the first common primer binding sequence; a second plurality of beads having covalently attached a second capture primer that binds to the second common primer binding sequence, wherein the first and the second capture primers are different; b) providing a first and a second soluble reverse primer, wherein the first soluble reverse primer is complementary or identical to the first adaptor or to the first and second adaptor, and wherein the second soluble reverse primer is complementary or identical to the second adaptor or to the first and second adaptor; c) amplifying, within the single reaction mixture compartments, one or more nucleic acids from the first population to form a first amplified population, and one or more nucleic acids from the second population to form a second amplified population, wherein the first amplified population is bound to one or more beads of the first type and the second amplified population is bound to one or more beads of the second type.
A subsea garage for a UUV, the garage comprising: a body having a receptacle for the UUV, an open top providing a transit path for the UUV into and out of the receptacle and a base opposed to the open top, the base being arranged to lie on the seabed; characterised in that at least one post is movable, subsea, relative to the body into a deployed position extending upwardly from the body above the open top and into a retracted position substantially beneath the open top; and wherein the or each post is accommodated within the body when in the retracted position. a body having a receptacle for the UUV, an open top providing a transit path for the UUV into and out of the receptacle and a base opposed to the open top, the base being arranged to lie on the seabed; at least one post is movable, subsea, relative to the body into a deployed position extending upwardly from the body above the open top and into a retracted position substantially beneath the open top; and wherein the or each post is accommodated within the body when in the retracted position.
A terminal apparatus comprising: a control information receiving section that receives downlink assignment control information corresponding to downlink data transmitted in at least one downlink unit band of a plurality of downlink unit bands; a downlink data receiving section that receives downlink data corresponding to the downlink assignment control information; an error detecting section that detects a reception error of the received downlink data; and a control section that transmits an uplink control signal representing generation of uplink data or a response signal on an uplink control channel of an uplink unit band, using a transmission rule of the response signal, based on a generation status of the uplink data and an error detection result obtained by the error detecting section, characterized in that in the transmission rule, when the uplink control signal and the response signal have been simultaneously generated within a transmission unit time, each pattern of the error detection result is associated with each phase point in a resource for the uplink control signal, wherein patterns which are different in a number of ACKs included in a pattern are respectively associated with different phase points, and patterns which are the same in a number of ACKs included in a pattern and which are different in a position of ACK in a pattern are respectively associated with the different phase points. a control information receiving section that receives downlink assignment control information corresponding to downlink data transmitted in at least one downlink unit band of a plurality of downlink unit bands; a downlink data receiving section that receives downlink data corresponding to the downlink assignment control information; an error detecting section that detects a reception error of the received downlink data; and a control section that transmits an uplink control signal representing generation of uplink data or a response signal on an uplink control channel of an uplink unit band, using a transmission rule of the response signal, based on a generation status of the uplink data and an error detection result obtained by the error detecting section, characterized in that in the transmission rule, when the uplink control signal and the response signal have been simultaneously generated within a transmission unit time, each pattern of the error detection result is associated with each phase point in a resource for the uplink control signal, wherein patterns which are different in a number of ACKs included in a pattern are respectively associated with different phase points, and patterns which are the same in a number of ACKs included in a pattern and which are different in a position of ACK in a pattern are respectively associated with the different phase points.
Orthopedic sleeve for placing on a body, comprising a flexible main body having at least one plastics stabilizing element which is arranged thereon, the stabilizing element is applied to a flexible support material that is laminated on the side facing the main body with a plastics material that can be welded or bonded to the main body, characterized in that the support material projects beyond the periphery of the stabilizing element at least in portions, and a bond or another kind of integral connection with the main body is provided only in regions (31, 32) of the support material which project beyond the periphery of the stabilizing element.
An impeller suitable for use in a centrifugal pump, for handling liquid mixtures containing particulate solids the impeller including a front shroud having opposed faces, an outer peripheral edge portion and a rotation axis, a plurality of pumping vanes on one of the faces of the front shroud and extending away from the rotation axis, each pumping vane having an outer peripheral edge portion, the impeller further including a back shroud with the pumping vanes being between the front and back shrouds and a plurality of auxiliary vanes on the other face of the front shroud, said pumping vanes characterised in that the auxiliary vanes each have an outer edge portion wherein the dimension Da from the rotation axis to the outer peripheral edge portion of the front shroud is greater than the dimension from the rotation axis to the outer edge portion of the auxiliary vanes Db and is greater than the dimension Dc from the rotation axis to the outer peripheral edge portion of the pumping vanes.
An image matching method comprising: Obtaining a panoramic image of at least one subspace in a 3D space and a 2D image of the 3D space, wherein, the 3D space is composed of the at least one subspace, and when the 3D space is composed of a plurality of subspaces, the respective subspaces are not mutually overlapped, and wherein the 2D image of the 3D space describes the planar layout of each subspace in the 3D space; acquiring, based on the 2D image of the 3D space, a 2D image of the at least one subspace in the 3D space; performing 3D reconstruction on the panoramic image of the at least one subspace to procure a 3D reconstruction model, and procuring a projection image corresponding to the panoramic image of the at least one subspace by projecting the 3D reconstruction model onto a plane where the 2D image of the 3D space is located or another plane parallel to the plane where the 2D image of the 3D space is located; and attaining, based on the projection image of the at least one subspace and the 2D image of the at least one subspace, a matching relationship between the panoramic image of the at least one subspace and the 2D image of the at least one subspace, and establishing an association relationship between the panoramic image of the at least one subspace and the 2D image of the at least one subspace between which the matching relationship is generated. Obtaining a panoramic image of at least one subspace in a 3D space and a 2D image of the 3D space, wherein, the 3D space is composed of the at least one subspace, and when the 3D space is composed of a plurality of subspaces, the respective subspaces are not mutually overlapped, and wherein the 2D image of the 3D space describes the planar layout of each subspace in the 3D space; acquiring, based on the 2D image of the 3D space, a 2D image of the at least one subspace in the 3D space; performing 3D reconstruction on the panoramic image of the at least one subspace to procure a 3D reconstruction model, and procuring a projection image corresponding to the panoramic image of the at least one subspace by projecting the 3D reconstruction model onto a plane where the 2D image of the 3D space is located or another plane parallel to the plane where the 2D image of the 3D space is located; and attaining, based on the projection image of the at least one subspace and the 2D image of the at least one subspace, a matching relationship between the panoramic image of the at least one subspace and the 2D image of the at least one subspace, and establishing an association relationship between the panoramic image of the at least one subspace and the 2D image of the at least one subspace between which the matching relationship is generated.
A pharmaceutical composition for treating a wound comprising negatively charged polystyrene microspheres suspended in a hypotonic solution, wherein the hypotonic solution is water, the pharmaceutical composition further comprising a thickening agent, wherein the thickening agent forms a solution having a specific gravity in the range of 1.02 - 1.07 grams per cubic centimeter measured at 25°C similar to the specific gravity of the polystyrene microspheres.
A stent delivery system (100, 200, 500), comprising: a core member (103, 260, 505) having a distal segment; the stent delivery system being characterized by a first rigid plate positioned about the core member distal segment and rotatably coupled to the core member, the first rigid plate having a first end surface, a second end surface, and a side surface extending between the first and second end surfaces, the side surface comprising one or more projections separated by recesses; a second rigid plate positioned about the core member distal segment and spaced apart from the first rigid plate; a spacer positioned about the core member distal segment, the spacer positioned between the first rigid plate and the second rigid plate; and a stent extending along the core member distal segment such that an inner surface of the stent is engaged by the one or more projections of the first rigid plate. a core member (103, 260, 505) having a distal segment; the stent delivery system being characterized by a first rigid plate positioned about the core member distal segment and rotatably coupled to the core member, the first rigid plate having a first end surface, a second end surface, and a side surface extending between the first and second end surfaces, the side surface comprising one or more projections separated by recesses; a second rigid plate positioned about the core member distal segment and spaced apart from the first rigid plate; a spacer positioned about the core member distal segment, the spacer positioned between the first rigid plate and the second rigid plate; and a stent extending along the core member distal segment such that an inner surface of the stent is engaged by the one or more projections of the first rigid plate.
System for converting and transporting electrical energy in an aircraft propelled by at least one turbojet engine (10, 12) on which power can be bled or injected via a high-pressure (100, 120) and/or low-pressure (102, 122) turbine shaft and including at least one gas turbine (14, 16) to provide power transients, characterized in that each of said high-pressure and/or low-pressure turbine shafts is connected to a first doubly-fed asynchronous machine (48, 50, 52, 54) delivering, on the one hand, a first three-phase AC voltage over an AC distribution grid and on the other hand a second polyphase AC voltage for a first AC/DC bidirectional converter (56, 58, 60, 62) supplying a DC voltage over a DC distribution grid, at least one second DC/AC bidirectional converter (66, 68) connected to said DC distribution grid converting this DC voltage into a third polyphase AC voltage supplying at least one second doubly-fed asynchronous machine (70, 72) engaged with a rotation shaft (140, 160) of said at least one gas turbine (14, 16), said second doubly-fed asynchronous machine further delivering a fourth polyphase AC voltage over said AC distribution grid.
A rigid electrical panel for an electrical harness comprising: a rigid material; at least one electrical conductor embedded in the rigid material, each electrical conductor being arranged to transfer at least one electrical signal; an electrically conductive grounding layer embedded in the rigid material; characterized by: a grounding insert electrically connected to the electrically conductive grounding layer, wherein the grounding insert comprises: a base portion which is embedded in the rigid material and permanently fixed in position by the rigid material; an exposed portion that is accessible from outside the panel to allow the grounding insert to be electrically connected to an external grounding element; an externally threaded portion that extends from the base portion, and the electrically conductive grounding layer is clamped between the base portion and a nut that is threaded onto the externally threaded portion. a rigid material; at least one electrical conductor embedded in the rigid material, each electrical conductor being arranged to transfer at least one electrical signal; an electrically conductive grounding layer embedded in the rigid material; characterized by: a grounding insert electrically connected to the electrically conductive grounding layer, wherein the grounding insert comprises: a base portion which is embedded in the rigid material and permanently fixed in position by the rigid material; an exposed portion that is accessible from outside the panel to allow the grounding insert to be electrically connected to an external grounding element; an externally threaded portion that extends from the base portion, and the electrically conductive grounding layer is clamped between the base portion and a nut that is threaded onto the externally threaded portion. a base portion which is embedded in the rigid material and permanently fixed in position by the rigid material; an exposed portion that is accessible from outside the panel to allow the grounding insert to be electrically connected to an external grounding element; an externally threaded portion that extends from the base portion, and the electrically conductive grounding layer is clamped between the base portion and a nut that is threaded onto the externally threaded portion.