mhurhangee/patent-ind-claim-en huggingface dataset:
Method for manufacturing a membrane-electrode assembly for a fuel cell, the method comprising the following steps: - A first step during which a reinforcement is deposited on a first face of an ion-exchanging membrane , the membrane being held on a support film, - A second step during which the membrane is unglued from the support film, - A third step during which a reinforcement is deposited on the second face of the ion-exchanging membrane, and - A fourth step during which a chemical catalyst element is deposited on the parts left free of the first and second faces of the membrane, the membrane being held on its periphery by the reinforcing elements . - A first step during which a reinforcement is deposited on a first face of an ion-exchanging membrane , the membrane being held on a support film, - A second step during which the membrane is unglued from the support film, - A third step during which a reinforcement is deposited on the second face of the ion-exchanging membrane, and - A fourth step during which a chemical catalyst element is deposited on the parts left free of the first and second faces of the membrane, the membrane being held on its periphery by the reinforcing elements .
A fastener for screw fastening to a mounting rail , wherein the fastener has a support that is provided for contact on the outside of the mounting rail and has a through-hole for a threaded rod that can be arranged with the fastener on the mounting rail , wherein the fastener has a hammerhead element that is provided for contact on the inside of the mounting rail , which hammerhead element has a fastening thread that is coaxial with the through-hole of the support and the outer thread diameter of which is not greater than a diameter of the through-hole of the support , and wherein the fastener has a holder for the hammerhead element that connects the hammerhead element to the support such that its distance can be varied with respect to the support and that connects the hammerhead element to the support coaxially with the fastening thread with respect to the through-hole of the support , characterized in that the holder holds the hammerhead element in a first latching position in a position close to the support and in a second latching position in a position remote from the support , wherein the hammerhead element is transferable from the second to the first latching position.
Panel for soundproofing aircraft interiors comprising a first and a second layer and an intermediate layer of damping material placed between said first and second layer along a neutral axis (N) of said soundproofing panel , wherein said first and second layer each comprise a structural layer and a surface layer placed on the opposite side to the intermediate layer and connected thereto, adhering continuously by means of an adhesive layer , said intermediate layer extending for the entire area of the panel and being connected to said structural layers of said first and second layer , said intermediate layer comprising a polymeric material with uniform thickness less than 2 mm and weight less than 1.2 kg/m2,said panel weighing less than 3.5 kg/m2; characterised by said polymeric material being a rubber sponge material and said structural layers consisting of a honeycomb structure in aramid material.
A method for arranging a wheelchair fastening tray in a car , which method comprises at least the following steps: - removing a part of the original car floor at least mainly in the part between at least two shock absorbers ; - detaching said at least two shock absorbers from their fixed fastening bolts ; - installing a wheelchair fastening tray to form a lowered car floor between the shock absorbers ; characterized in that the method further comprises at least the following steps: - cutting the original fixed fastening bolts for shock absorbers by the wheelchair fastening tray from the car body ; - drilling holes in the car body for detachable fastening bolts for shock absorbers ; - installing detachable fastening bolts for shock absorbers in the holes ; - attaching the shock absorbers in a detachable manner to the detachable fastening bolts of the shock absorber . - removing a part of the original car floor at least mainly in the part between at least two shock absorbers ; - detaching said at least two shock absorbers from their fixed fastening bolts ; - installing a wheelchair fastening tray to form a lowered car floor between the shock absorbers ; - cutting the original fixed fastening bolts for shock absorbers by the wheelchair fastening tray from the car body ; - drilling holes in the car body for detachable fastening bolts for shock absorbers ; - installing detachable fastening bolts for shock absorbers in the holes ; - attaching the shock absorbers in a detachable manner to the detachable fastening bolts of the shock absorber .
A molded article for providing a container , the molded article comprising: a body configurable to define a storage vessel of the container and including a carrier layer along at least a part thereof that is encapsulated by an outer skin layer and an inner skin layer ; the outer skin layer and the inner skin layer of the body are formed from a first thermoplastic that is stable in contact with water and the carrier layer is formed from a second thermoplastic that is unstable in contact with water; characterized in that the second thermoplastic carries a colorant additive therein and the first thermoplastic is devoid of a colorant additive . a body configurable to define a storage vessel of the container and including a carrier layer along at least a part thereof that is encapsulated by an outer skin layer and an inner skin layer ; the outer skin layer and the inner skin layer of the body are formed from a first thermoplastic that is stable in contact with water and the carrier layer is formed from a second thermoplastic that is unstable in contact with water; characterized in that the second thermoplastic carries a colorant additive therein and the first thermoplastic is devoid of a colorant additive .
An optical encoder comprising an emitter ; a receiver ; a reflector ; and a code carrier , wherein the emitter emits electromagnetic radiation along an emission axis (S) in the direction of the reflector ; wherein the reflector has at least one reflection section which deflects the electromagnetic radiation along a reception axis (E) in the direction of the receiver ; wherein the reflector is configured as a rotatable disk which is rotatably supported about an axis of rotation (D); wherein the code carrier is movably supported and has a sequence of code sections to interrupt the emitted electromagnetic radiation or to give way for the emitted electromagnetic radiation to impinge on the receiver in dependence on the position of the code carrier ; wherein the emission axis (S) and the reception axis (E) extend at an alignment angle with respect to one another that has a value in the range from 30 degrees to 150 degrees; wherein the at least one reflection section of the reflector is arranged at a periphery of the rotatable disk that is inclined obliquely with respect to the axis of rotation (D), characterized in that the code carrier is configured as a flat code disk separately from the reflector , said flat code disk being fixedly connected to the reflector and extending along a normal plane to the axis of rotation (D), with the code carrier having at least one circular ring-shaped code track , which has the sequence of code sections , at a radial spacing from the axis of rotation (D), and with the sequence of code sections being alternately configured as absorbing radiation or as transmitting radiation. wherein the emitter emits electromagnetic radiation along an emission axis (S) in the direction of the reflector ; wherein the reflector has at least one reflection section which deflects the electromagnetic radiation along a reception axis (E) in the direction of the receiver ; wherein the reflector is configured as a rotatable disk which is rotatably supported about an axis of rotation (D); wherein the code carrier is movably supported and has a sequence of code sections to interrupt the emitted electromagnetic radiation or to give way for the emitted electromagnetic radiation to impinge on the receiver in dependence on the position of the code carrier ; wherein the emission axis (S) and the reception axis (E) extend at an alignment angle with respect to one another that has a value in the range from 30 degrees to 150 degrees; wherein the at least one reflection section of the reflector is arranged at a periphery of the rotatable disk that is inclined obliquely with respect to the axis of rotation (D), characterized in that the code carrier is configured as a flat code disk separately from the reflector , said flat code disk being fixedly connected to the reflector and extending along a normal plane to the axis of rotation (D), with the code carrier having at least one circular ring-shaped code track , which has the sequence of code sections , at a radial spacing from the axis of rotation (D), and with the sequence of code sections being alternately configured as absorbing radiation or as transmitting radiation.
Massage cell stack for a vehicle seat, comprising a sequence of at least two inflatable air cells , wherein for each pair of subsequent air cells of the sequence the two cells of the pair are connected by a flexible connecting portion including a flow channel providing fluid communication between the two cells, the connecting portion being folded over and the two cells being arranged on top of each other to form a vertical stack of air cells from a lowermost to an uppermost air cell, and a port in fluid communication with one of the cells of the massage cell stack for inflating and deflating it, characterized in that at least one restraining strap extends between and is connected to vertically aligned circumferential regions of at least two air cells of the vertical cell stack, in that at least one restraining strap is connected to the lowermost air cell and at least one restraining strap is connected to the uppermost air cell , and in that the at least one restraining strap is arranged and has a length such that it limits vertical expansion of the massage cell stack when being inflated.
A method performed by a user equipment , UE, for estimating interference on a first enhanced downlink control channel, EPDCCH, transmitted from a first network node , the method comprising: receiving the first EPDCCH, transmitted from the first network node; determining a first demodulation reference signal, DMRS, port used by the first network node and associated with the first EPDCCH; determining activity on a second DMRS port used by a second network node and associated with one of a second downlink control channel and a physical downlink shared channel, PDSCH, wherein a first DMRS is transmitted on the first DMRS port, a second DMRS is transmitted on the second DMRS port, and the first DMRS and the second DMRS are transmitted on a same set of resource elements, REs; and estimating the interference on the first EPDCCH based on the second DMRS port, wherein the second DMRS port is orthogonal to the first DMRS port, and wherein orthogonality between the first DMRS port and the second DMRS port is maintained by using at least one of a same EPDCCH virtual cell ID, a same cell ID or a same scrambling ID, to generate the same DMRS sequences for the DMRS ports. receiving the first EPDCCH, transmitted from the first network node; determining a first demodulation reference signal, DMRS, port used by the first network node and associated with the first EPDCCH; determining activity on a second DMRS port used by a second network node and associated with one of a second downlink control channel and a physical downlink shared channel, PDSCH, wherein a first DMRS is transmitted on the first DMRS port, a second DMRS is transmitted on the second DMRS port, and the first DMRS and the second DMRS are transmitted on a same set of resource elements, REs; and estimating the interference on the first EPDCCH based on the second DMRS port, wherein the second DMRS port is orthogonal to the first DMRS port, and wherein orthogonality between the first DMRS port and the second DMRS port is maintained by using at least one of a same EPDCCH virtual cell ID, a same cell ID or a same scrambling ID, to generate the same DMRS sequences for the DMRS ports.
A dry powder composition suitable for delivery to a subject's lungs by a dry powder inhaler, the composition comprising dry particles that comprise acetylsalicylic acid or a pharmaceutically acceptable salt thereof, and a pharmaceutically acceptable excipient, in which: - the dry particles have a mass median aerodynamic diameter (MMAD) within a range of about 0.5 μm to 5 μm, and have a MMAD size distribution such that said dry particles have a DV90 less than 6 μm, a DV50 less than 3 μm, and a DV10 less than 1 μm, - the acetylsalicylic acid, or salt thereof, is in an amount of 50% (w/w) or more of the composition, - the pharmaceutically acceptable excipient comprises one or more phospholipids in an amount ranging from 0.1 % (w/w) to 10% (w/w) of the composition, - the dry powder composition is free of anti-aggregation excipient, - the dry powder composition further comprises clopidogrel, and - the acetylsalicylic acid is present in a dose ranging from 5 mg to 40 mg. - the dry particles have a mass median aerodynamic diameter (MMAD) within a range of about 0.5 μm to 5 μm, and have a MMAD size distribution such that said dry particles have a DV90 less than 6 μm, a DV50 less than 3 μm, and a DV10 less than 1 μm, - the acetylsalicylic acid, or salt thereof, is in an amount of 50% (w/w) or more of the composition, - the pharmaceutically acceptable excipient comprises one or more phospholipids in an amount ranging from 0.1 % (w/w) to 10% (w/w) of the composition, - the dry powder composition is free of anti-aggregation excipient, - the dry powder composition further comprises clopidogrel, and - the acetylsalicylic acid is present in a dose ranging from 5 mg to 40 mg.
A medical imaging system comprising a medical device and a computer, a) the medical device comprising: an elongated body member having a proximal end, a distal end, an outer surface and an elongated axis; at least one annular array of transducers , each array having a plurality of transducers located circumferentially on or near the outer surface of the body member , each transducer being configured to emit signals away from the respective transducer, receive a reflected signal, generate a signal representative of a distance between each respective transducer and a nearest structure facing said transducer and deliver the generated signal to the computer ; and b) the computer being configured to receive the generated signal from the medical device, characterised in the computer being configured to: generate distance lines from each transducer and the nearest structure facing said transducer, generate connecting line segments between radially outward ends of circumferentially adjacent generated distance lines, and generate a map of the structure including the connecting line segments and the generated distance lines. a) the medical device comprising: an elongated body member having a proximal end, a distal end, an outer surface and an elongated axis; at least one annular array of transducers , each array having a plurality of transducers located circumferentially on or near the outer surface of the body member , each transducer being configured to emit signals away from the respective transducer, receive a reflected signal, generate a signal representative of a distance between each respective transducer and a nearest structure facing said transducer and deliver the generated signal to the computer ; and an elongated body member having a proximal end, a distal end, an outer surface and an elongated axis; at least one annular array of transducers , each array having a plurality of transducers located circumferentially on or near the outer surface of the body member , each transducer being configured to emit signals away from the respective transducer, receive a reflected signal, generate a signal representative of a distance between each respective transducer and a nearest structure facing said transducer and deliver the generated signal to the computer ; and b) the computer being configured to receive the generated signal from the medical device, characterised in the computer being configured to: generate distance lines from each transducer and the nearest structure facing said transducer, generate connecting line segments between radially outward ends of circumferentially adjacent generated distance lines, and generate a map of the structure including the connecting line segments and the generated distance lines.
A solar module support , comprising: a substrate ; and characterized by : a first switching circuit configured in the substrate , comprising: two L-shaped wire segments ; two resilient members ; and a bridging wire segment ; and a first solar module socket disposed in the substrate for installing a first solar cell module , wherein when the first solar cell module is engaged with the first solar module socket , the resilient members are pressed down so that the L-shaped wire segments are separated from the bridging wire segment and a first current passes through the first solar cell module , and when the first solar cell module detaches from the first solar module socket , the resilient members return to their original respective positions so that the L-shaped wire segments connect to the bridging wire segment and a second current passes through the first switching circuit . a first switching circuit configured in the substrate , comprising: two L-shaped wire segments ; two resilient members ; and a bridging wire segment ; and two L-shaped wire segments ; two resilient members ; and a bridging wire segment ; and a first solar module socket disposed in the substrate for installing a first solar cell module , wherein when the first solar cell module is engaged with the first solar module socket , the resilient members are pressed down so that the L-shaped wire segments are separated from the bridging wire segment and a first current passes through the first solar cell module , and when the first solar cell module detaches from the first solar module socket , the resilient members return to their original respective positions so that the L-shaped wire segments connect to the bridging wire segment and a second current passes through the first switching circuit .
A computer-implemented process comprising: generating a public-private key pair, the public key of the key pair being an encryption key , and the private key of the key pair being a decryption key ; publishing the encryption key as a domain name service, DNS, record of a third party system; receiving a request to sign a message on behalf of a domain owner, the message to be sent to a recipient; accessing an encrypted delegated private key published by the domain owner via a DNS record of the domain owner, the encrypted delegated private key encrypted using the encryption key; decrypting the encrypted delegated private key using the decryption key ; generating a signature for the message using the delegated private key ; and transmitting the signature and the message to the recipient. generating a public-private key pair, the public key of the key pair being an encryption key , and the private key of the key pair being a decryption key ; publishing the encryption key as a domain name service, DNS, record of a third party system; receiving a request to sign a message on behalf of a domain owner, the message to be sent to a recipient; accessing an encrypted delegated private key published by the domain owner via a DNS record of the domain owner, the encrypted delegated private key encrypted using the encryption key; decrypting the encrypted delegated private key using the decryption key ; generating a signature for the message using the delegated private key ; and transmitting the signature and the message to the recipient.
A server comprising a processor and a memory , the server further including computer executable instructions stored in the memory of the server which, when executed by the processor of the server, cause the server to: receive a monitor request from a client to monitor a resource; send a message to the client to indicate a port to monitor in case of a loss of a first hypertext transfer protocol version 2, HTTP/2, connection with the client, the first HTTP/2 connection for sending a monitor response to inform the client about a change of state of the monitored resource; upon the change of state of the monitored resource when the first HTTP/2 connection is not available, send a user datagram protocol, UDP, message with an Initiate Connection indication to the client via the port; receive a request to initiate a new HTTP/2 connection from the client; link the new HTTP/2 connection to the monitor request; and send a monitor response to inform the client about the change of state of the monitored resource using the new HTTP/2 connection. receive a monitor request from a client to monitor a resource; send a message to the client to indicate a port to monitor in case of a loss of a first hypertext transfer protocol version 2, HTTP/2, connection with the client, the first HTTP/2 connection for sending a monitor response to inform the client about a change of state of the monitored resource; upon the change of state of the monitored resource when the first HTTP/2 connection is not available, send a user datagram protocol, UDP, message with an Initiate Connection indication to the client via the port; receive a request to initiate a new HTTP/2 connection from the client; link the new HTTP/2 connection to the monitor request; and send a monitor response to inform the client about the change of state of the monitored resource using the new HTTP/2 connection.
A safety device (SE) for protecting drinking water from contamination due to backflowing, comprising: - a housing (G) having - a drinking water inlet (TWZ), - a first funnel (EKT) arranged at a distance and to be aligned below the drinking water inlet (TWZ), - a second funnel (ZKT) arranged at a distance and to be aligned below the first funnel (EKT), and via which the water can flow off, - wherein an opening (OE) in the housing (G) is formed for the exit of the backflowing water, to which opening the backflowing water can flow between the first funnel (EKT) and the second funnel (ZKT), wherein the first and second funnel are formed in a cone-shape, characterized in that the second cone-shaped funnel (ZKT) is part of a siphon and surrounded by a siphon connecting piece (SSN), which, together with the second cone-shaped funnel (ZKT), acts as a siphon. - a housing (G) having - a drinking water inlet (TWZ), - a first funnel (EKT) arranged at a distance and to be aligned below the drinking water inlet (TWZ), - a second funnel (ZKT) arranged at a distance and to be aligned below the first funnel (EKT), and via which the water can flow off, - wherein an opening (OE) in the housing (G) is formed for the exit of the backflowing water, to which opening the backflowing water can flow between the first funnel (EKT) and the second funnel (ZKT),