mhurhangee/patent-ind-claim-en huggingface dataset:
An integration backplane for holding at least one pair of fuel cell modules and at least one air module , said integration backplane being provided with a positioning means for the pair of fuel cell modules and for the air module , such that the air module can be arranged in a symmetric position with regards to the pair of fuel cell modules, such as between the fuel cell modules of the pair of fuel cell modules , and said integration backplane being further provided with a media and electrical interface , wherein the media and electrical interface includes module connection ports for connecting to the fuel cell modules and the air module , and wherein the media and electrical interface includes first air passages for the routing of air to the air module , module connecting air passages for the routing of compressed air from the air module to the fuel cell modules , and evacuation air passages for the evacuation of depleted air from the fuel cell modules . said integration backplane being provided with a positioning means for the pair of fuel cell modules and for the air module , such that the air module can be arranged in a symmetric position with regards to the pair of fuel cell modules, such as between the fuel cell modules of the pair of fuel cell modules , and said integration backplane being further provided with a media and electrical interface , wherein the media and electrical interface includes module connection ports for connecting to the fuel cell modules and the air module , and wherein the media and electrical interface includes first air passages for the routing of air to the air module , module connecting air passages for the routing of compressed air from the air module to the fuel cell modules , and evacuation air passages for the evacuation of depleted air from the fuel cell modules .
Use of a pressure-sensitive adhesive sheet as a surface protective sheet for a Low-E layer provided on a glass plate, wherein the adhesive sheet comprises a substrate layer and a pressure-sensitive adhesive layer provided to at least one face of the substrate layer, wherein the pressure-sensitive adhesive layer is an acrylic pressure-sensitive adhesive layer comprising an acrylic polymer as its base polymer and wherein the pressure-sensitive adhesive layer comprises, as a corrosion inhibitor, a non-reactive surfactant free of sulfur atoms.
A robot comprising: an actuator configured to move the robot between a plurality of locations; a spill detector comprising at least one optical imaging device configured to capture at least one image of a scene containing a spill while the robot moves between the plurality of locations, characterised in that the robot further comprises: a processor configured to identify the spill in the at least one image and generate an alert indicative at least in part of a recognition of the spill; and a floor cleaning system, wherein the processor is further configured to receive an action command in response to the alert and to turn off the floor cleaning system based at least in part on the received action command. an actuator configured to move the robot between a plurality of locations; a spill detector comprising at least one optical imaging device configured to capture at least one image of a scene containing a spill while the robot moves between the plurality of locations, characterised in that the robot further comprises: a processor configured to identify the spill in the at least one image and generate an alert indicative at least in part of a recognition of the spill; and a floor cleaning system, wherein the processor is further configured to receive an action command in response to the alert and to turn off the floor cleaning system based at least in part on the received action command. a processor configured to identify the spill in the at least one image and generate an alert indicative at least in part of a recognition of the spill; and a floor cleaning system, wherein the processor is further configured to receive an action command in response to the alert and to turn off the floor cleaning system based at least in part on the received action command.
A method of forming a multilayer structure, the method comprising: depositing a layer comprising cobalt on a dielectric layer comprising a silicon dioxide layer in contact with a front wafer surface of a silicon wafer, wherein the layer comprising cobalt is deposited by a technique selected from the group consisting of sputtering, evaporation, electron-beam evaporation, ion beam evaporation, chemical vapor deposition, electrolytic plating, and metal foil bonding to thereby prepare a structure comprising the silicon wafer, the dielectric layer, and the layer comprising cobalt; annealing the structure comprising the silicon wafer, the dielectric layer comprising a silicon dioxide layer, and the layer comprising cobalt in a reducing atmosphere at a temperature between 800°C and 1200°C to thereby prepare the layer comprising single crystalline cobalt; and epitaxially depositing a graphene layer on the layer comprising single crystalline cobalt, wherein the graphene layer has a single mono-atomic thickness. depositing a layer comprising cobalt on a dielectric layer comprising a silicon dioxide layer in contact with a front wafer surface of a silicon wafer, wherein the layer comprising cobalt is deposited by a technique selected from the group consisting of sputtering, evaporation, electron-beam evaporation, ion beam evaporation, chemical vapor deposition, electrolytic plating, and metal foil bonding to thereby prepare a structure comprising the silicon wafer, the dielectric layer, and the layer comprising cobalt; annealing the structure comprising the silicon wafer, the dielectric layer comprising a silicon dioxide layer, and the layer comprising cobalt in a reducing atmosphere at a temperature between 800°C and 1200°C to thereby prepare the layer comprising single crystalline cobalt; and epitaxially depositing a graphene layer on the layer comprising single crystalline cobalt, wherein the graphene layer has a single mono-atomic thickness.
Prosthetic heart valve with a valve frame which is designed to be elastically deformable, on which three valve leaflets are fixed, wherein the valve frame is formed with three arcuate retaining elements which taper into three commissures and support the valvular leaflets , and a fastening area which axially adjoins the valve frame for fastening in a blood vessel, wherein a stabilising ring is arranged in the fastening area and defines a predetermined shape and a predetermined diameter of the fastening area, and wherein the stabilising ring has at least one predetermined expansion point , whereby it is possible to expand the stabilising ring by the application of a radial force on the inner circumference thereof, characterized in that the stabilising ring is connected to the valve frame in force decoupled manner such that the valve frame is able to move relative to the stabilising ring and can expand so that the arches of the valve frame can extend into the sinus aortae. and wherein the stabilising ring has at least one predetermined expansion point , whereby it is possible to expand the stabilising ring by the application of a radial force on the inner circumference thereof, characterized in that the stabilising ring is connected to the valve frame in force decoupled manner such that the valve frame is able to move relative to the stabilising ring and can expand so that the arches of the valve frame can extend into the sinus aortae.
A processor-implemented method for providing computer network security, the method comprising: gathering real-time threat information from one or more sources; deriving , in real time, security intelligence based on the real-time threat information; determining , in real time, a security measure based on the security intelligence; and dynamically applying the security measure to a computer network using a set of virtual appliances and a set of virtual switches , characterised in that dynamically applying comprises: mapping the security measure to the set of virtual appliances, the set of virtual switches , and to a plurality of packet filters, dynamically instantiating each virtual appliance in the set of virtual appliances based on the mapping using software defined networking, service chaining virtual appliances in the set of virtual appliances to connect the instantiated virtual appliances according to the mapping, and dynamically programming, based on the mapping, the set of virtual switches using the plurality of packet filters to steer network traffic to the instantiated set of virtual appliances . gathering real-time threat information from one or more sources; deriving , in real time, security intelligence based on the real-time threat information; determining , in real time, a security measure based on the security intelligence; and dynamically applying the security measure to a computer network using a set of virtual appliances and a set of virtual switches , characterised in that dynamically applying comprises: mapping the security measure to the set of virtual appliances, the set of virtual switches , and to a plurality of packet filters, dynamically instantiating each virtual appliance in the set of virtual appliances based on the mapping using software defined networking, service chaining virtual appliances in the set of virtual appliances to connect the instantiated virtual appliances according to the mapping, and dynamically programming, based on the mapping, the set of virtual switches using the plurality of packet filters to steer network traffic to the instantiated set of virtual appliances . mapping the security measure to the set of virtual appliances, the set of virtual switches , and to a plurality of packet filters, dynamically instantiating each virtual appliance in the set of virtual appliances based on the mapping using software defined networking, service chaining virtual appliances in the set of virtual appliances to connect the instantiated virtual appliances according to the mapping, and dynamically programming, based on the mapping, the set of virtual switches using the plurality of packet filters to steer network traffic to the instantiated set of virtual appliances .
A crane comprising: a carrier having a carrier deck with a recessed section , at least a first axle and a second axle ; a superstructure mounted to the carrier ; an engine ; a diesel exhaust fluid tank ; and an engine exhaust aftertreatment system , fluidically connected to the engine and configured to receive exhaust gas from the engine , wherein the engine exhaust aftertreatment system comprises a selective catalytic reduction system (SCR), and is connected to the diesel exhaust fluid tank by a supply line so that diesel exhaust fluid is supplied to the selective catalytic reduction system (SCR); characterized in that the engine exhaust aftertreatment system is mounted in the recessed section to be positioned at least partially below an upper surface of the carrier deck between the first axle and the second axle . a carrier having a carrier deck with a recessed section , at least a first axle and a second axle ; a superstructure mounted to the carrier ; an engine ; a diesel exhaust fluid tank ; and an engine exhaust aftertreatment system , fluidically connected to the engine and configured to receive exhaust gas from the engine , wherein the engine exhaust aftertreatment system comprises a selective catalytic reduction system (SCR), and is connected to the diesel exhaust fluid tank by a supply line so that diesel exhaust fluid is supplied to the selective catalytic reduction system (SCR); characterized in that the engine exhaust aftertreatment system is mounted in the recessed section to be positioned at least partially below an upper surface of the carrier deck between the first axle and the second axle .
An electrical junction box including: a frame and a cassette block from which a plurality of electric wires are drawn out, wherein the frame has a side wall defining a shape of the frame , the frame having a first opening and a second opening provided at two ends of the side wall , wherein the cassette block is configured to be attached to the frame from the first opening along a first direction (P1) and the plurality of electric wires are drawn out along a second direction (P2) when the cassette block is attached to the frame , the first direction (P1) being a direction oriented toward the second opening from the first opening , the second direction (P2) being another direction oriented toward the first opening from the second opening , and wherein the cassette block has a jig engagement portion , characterized in that the jig engagement portion is configured such that a jig or device which has been inserted into the frame and the cassette block from a side of the second opening along the second direction (P2) can engage with the jig engagement portion and the cassette block can be drawn into the frame by the jig or device inserted into the cassette block moving in the first direction (P1). a frame and a cassette block from which a plurality of electric wires are drawn out, wherein the frame has a side wall defining a shape of the frame , the frame having a first opening and a second opening provided at two ends of the side wall , wherein the cassette block is configured to be attached to the frame from the first opening along a first direction (P1) and the plurality of electric wires are drawn out along a second direction (P2) when the cassette block is attached to the frame , the first direction (P1) being a direction oriented toward the second opening from the first opening , the second direction (P2) being another direction oriented toward the first opening from the second opening , and wherein the cassette block has a jig engagement portion , characterized in that the jig engagement portion is configured such that a jig or device which has been inserted into the frame and the cassette block from a side of the second opening along the second direction (P2) can engage with the jig engagement portion and the cassette block can be drawn into the frame by the jig or device inserted into the cassette block moving in the first direction (P1).
An interior trim part (1, 1a-1f) for a motor vehicle (K), having a transparent body that is covered on one side by a decorative layer that forms a visible side (S) and can be transilluminated at least in regions, wherein at least one opaque component is connected to edge regions and/or to a rear side of the transparent body , in such a way that at least one transillumination region (LB) of the transparent body remains, which can be transilluminated by light beams (L) of at least one illuminant arranged in the interior trim part (1, 1a-1f), wherein the opaque component is designed in a frame-like manner, so that, viewed in cross section of the interior trim part (1, 1a-1f), the opaque component and the transparent body overlap only in an overlapping region (ÜB) at the edge, forming a material interface (G), characterized in that, viewed in a cross section of the interior trim part (1, 1a-1f), the decorative layer is brought up to the opaque component , wherein the decorative layer , the transparent body and the opaque component are a composite part (MK) formed as a multi-component injection-molded part and the material interface (G), starting from a circumferential edge (R) of the composite part (MK), extends inwards at least in portions in such a way that the material of the transparent body increases steadily, whereas the material of the opaque component decreases steadily.
A decking clip comprising: a body having a transverse upper member with an upper surface and a lower surface and a perpendicular member extending from the lower surface of the upper member with a central aperture through the transverse upper member; and a clip having an upper surface and a lower surface , and a central clip aperture therethrough, characterised in that : the transverse upper member further comprises two or more clip anchor apertures positioned about the central aperture; and the clip further comprises two or more anchors positioned along at least one edge of the clip and extending downward away from the lower surface of the clip, the clip anchor apertures being adapted to receive the anchors when the central aperture corresponds at least partially to the clip aperture. a body having a transverse upper member with an upper surface and a lower surface and a perpendicular member extending from the lower surface of the upper member with a central aperture through the transverse upper member; and a clip having an upper surface and a lower surface , and a central clip aperture therethrough, characterised in that : the transverse upper member further comprises two or more clip anchor apertures positioned about the central aperture; and the clip further comprises two or more anchors positioned along at least one edge of the clip and extending downward away from the lower surface of the clip, the clip anchor apertures being adapted to receive the anchors when the central aperture corresponds at least partially to the clip aperture. the transverse upper member further comprises two or more clip anchor apertures positioned about the central aperture; and the clip further comprises two or more anchors positioned along at least one edge of the clip and extending downward away from the lower surface of the clip, the clip anchor apertures being adapted to receive the anchors when the central aperture corresponds at least partially to the clip aperture.
A positioning system, comprising: one or more position reflectors , each of the one or more position reflectors configured to reflect radar signals, each reflected radar signal including a primary reflection delayed by an internal delay of the position reflector and a secondary reflection delayed from the primary reflection; a server storing reflector data associated with the one or more position reflectors , the reflector data including the location, orientation, frequency and delay characteristics of the one or more position reflectors ; and a mobile device configured to receive the reflector data from the server and to transmit a radar signal and process reflections of the transmitted radar signal along with the associated reflector data to determine a location of the mobile device. one or more position reflectors , each of the one or more position reflectors configured to reflect radar signals, each reflected radar signal including a primary reflection delayed by an internal delay of the position reflector and a secondary reflection delayed from the primary reflection; a server storing reflector data associated with the one or more position reflectors , the reflector data including the location, orientation, frequency and delay characteristics of the one or more position reflectors ; and a mobile device configured to receive the reflector data from the server and to transmit a radar signal and process reflections of the transmitted radar signal along with the associated reflector data to determine a location of the mobile device.
System for regulating the temperature of the cabin of an aircraft when on the ground, comprising: - a plurality of sensors configured to be arranged in various zones of the cabin, each sensor being configured to acquire, in real time, data representative of the temperature of the zone of the cabin, - a computer server configured to receive, in real time, the data from the plurality of sensors and comprising a database containing, for the aircraft , a predetermined cycle of regulation of the temperature of the air of the cabin to a predetermined temperature during a given duration, - a ground pre-conditioned air unit , external to the aircraft , comprising: • a pre-conditioned air generator for generating pre-conditioned air in the cabin, and • a control module connected to the pre-conditioned air generator and configured to receive the data from the computer server , - a user interface connected to the computer server , and configured to access the data from the computer server and to transmit a control signal to the control module , wherein the control module is configured, upon receiving the control signal , to control, in real time, the pre-conditioned air generator , according to the predetermined cycle , the predetermined cycle being modulated, in real time, depending on the data from the computer server . - a plurality of sensors configured to be arranged in various zones of the cabin, each sensor being configured to acquire, in real time, data representative of the temperature of the zone of the cabin, - a computer server configured to receive, in real time, the data from the plurality of sensors and comprising a database containing, for the aircraft , a predetermined cycle of regulation of the temperature of the air of the cabin to a predetermined temperature during a given duration, - a ground pre-conditioned air unit , external to the aircraft , comprising: • a pre-conditioned air generator for generating pre-conditioned air in the cabin, and • a control module connected to the pre-conditioned air generator and configured to receive the data from the computer server , - a user interface connected to the computer server , and configured to access the data from the computer server and to transmit a control signal to the control module , • a pre-conditioned air generator for generating pre-conditioned air in the cabin, and • a control module connected to the pre-conditioned air generator and configured to receive the data from the computer server , - a user interface connected to the computer server , and configured to access the data from the computer server and to transmit a control signal to the control module ,
Monitoring module for a seat of a passenger aircraft , the seat having at least one element (12a-g) that is able to adopt at least two states (Z1,2) to be monitored, - having at least one sensor , which is associated with one of the elements (12a-g) and is sensitive to the state (Z1,2) thereof and which, during operation, has state information corresponding to the present state (Z1,2), - having a reading unit , which is connected to the sensor via a communication channel for the purpose of transmitting the state information and which has a communication interface for transmitting the state information to a monitoring unit of the passenger aircraft , the monitoring unit being accessible centrally in the passenger aircraft and being associated with a multiplicity of seats, the communication channel being a wireless channel, characterized in that - the sensor is a capacitive seat occupancy sensor, - the reading unit can be arranged over the seat , - the sensor is integrated in the reading unit . - having at least one sensor , which is associated with one of the elements (12a-g) and is sensitive to the state (Z1,2) thereof and which, during operation, has state information corresponding to the present state (Z1,2), - having a reading unit , which is connected to the sensor via a communication channel for the purpose of transmitting the state information and which has a communication interface for transmitting the state information to a monitoring unit of the passenger aircraft , the monitoring unit being accessible centrally in the passenger aircraft and being associated with a multiplicity of seats, the communication channel being a wireless channel, - the sensor is a capacitive seat occupancy sensor, - the reading unit can be arranged over the seat , - the sensor is integrated in the reading unit .