mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing a tank of composite materials for transporting liquid or powdery products, said tank including a vessel having at least one storage compartment integrating at least one breakwater , said manufacturing method including: - a step of manufacturing a first cylindrical segment and a second cylindrical segment of composite materials; - a step of integrating at least one breakwater of composite materials between said first cylindrical segment and said second cylindrical segment so as to form a shell ; said breakwater forming a junction between said first cylindrical segment and said second cylindrical segment ; - a step of integrating bottoms into the ends of said shell so as to form an intermediate structure ; - a step of reinforcing the external surface of the intermediate structure , made during the previous step, by applying an external reinforcement layer of composite materials; said tank includes a vessel having at least one storage compartment integrating at least one breakwater having a semi-circular shaped peripheral base plate including an outer surface and inner surface , and the step of integrating at least one breakwater of composite materials is performed so that one of both inner or outer surfaces is directly in contact with said first cylindrical segment and said second cylindrical segment . - a step of manufacturing a first cylindrical segment and a second cylindrical segment of composite materials; - a step of integrating at least one breakwater of composite materials between said first cylindrical segment and said second cylindrical segment so as to form a shell ; said breakwater forming a junction between said first cylindrical segment and said second cylindrical segment ; - a step of integrating bottoms into the ends of said shell so as to form an intermediate structure ; - a step of reinforcing the external surface of the intermediate structure , made during the previous step, by applying an external reinforcement layer of composite materials; said tank includes a vessel having at least one storage compartment integrating at least one breakwater having a semi-circular shaped peripheral base plate including an outer surface and inner surface , and the step of integrating at least one breakwater of composite materials is performed so that one of both inner or outer surfaces is directly in contact with said first cylindrical segment and said second cylindrical segment .
Container, particularly a plastic ampoule manufactured using the blow moulding process and filled and sealed in the mould, comprising a neck part attached to a container body , a single or multi-part cap being applied to, or in particular placed on, said neck part, a fixing element being assigned to the cap , said fixing element being connected to the cap by means of at least one defined breaking point , which can be detached by a relative rotational movement between the cap and the container body or parts thereof, wherein the respective defined breaking point can be detached by rotational movements which take place in either direction of rotation with approximately the same angle of rotation and approximately the same torque, wherein the fixing element has the shape of a ring surrounding the neck part in the assembled state, a stop device blocking the relative rotational movement in both directions of rotation being formed between the inside of the ring and the outside of the neck part , and wherein the stop device possesses a plurality of vane members protruding radially from the inside of the ring , which interact with blocking elements on the neck part , with an inhibiting effect in both directions, characterised in that the vane members are provided in the form of axially extending strips on the inside of the ring ; and in that the strips interact with allocated, radially protruding blocking elements on the neck part ; and in that the strips , are in each case connected to the cap , at the lower end region thereof, at an upper transition point only via the respective defined breaking point in the form of a web bridge . wherein the fixing element has the shape of a ring surrounding the neck part in the assembled state, a stop device blocking the relative rotational movement in both directions of rotation being formed between the inside of the ring and the outside of the neck part , and wherein the stop device possesses a plurality of vane members protruding radially from the inside of the ring , which interact with blocking elements on the neck part , with an inhibiting effect in both directions, characterised in that the vane members are provided in the form of axially extending strips on the inside of the ring ; and in that the strips interact with allocated, radially protruding blocking elements on the neck part ; and in that the strips , are in each case connected to the cap , at the lower end region thereof, at an upper transition point only via the respective defined breaking point in the form of a web bridge .
A display apparatus comprising: an eyepiece optical system ; and an image display apparatus including an image forming apparatus and a transfer optical system that emits an image incident from the image forming apparatus to the eyepiece optical system, wherein the eyepiece optical system and the image display apparatus are arranged to be spatially separated from each other, the eyepiece optical system forms an image from the transfer optical system on a retina of an observer, the image display apparatus further includes a first position detection apparatus that detects a position of the eyepiece optical system, a second position detection apparatus that detects a position of a pupil of the observer, and a transfer optical system controlling apparatus , and on a basis of positional information of the eyepiece optical system detected by the first position detection apparatus and positional information of the pupil of the observer detected by the second position detection apparatus, the transfer optical system controlling apparatus controls the transfer optical system such that the image incident from the image forming apparatus reaches the eyepiece optical system. an eyepiece optical system ; and an image display apparatus including an image forming apparatus and a transfer optical system that emits an image incident from the image forming apparatus to the eyepiece optical system, wherein the eyepiece optical system and the image display apparatus are arranged to be spatially separated from each other, the eyepiece optical system forms an image from the transfer optical system on a retina of an observer, the image display apparatus further includes a first position detection apparatus that detects a position of the eyepiece optical system, a second position detection apparatus that detects a position of a pupil of the observer, and a transfer optical system controlling apparatus , and on a basis of positional information of the eyepiece optical system detected by the first position detection apparatus and positional information of the pupil of the observer detected by the second position detection apparatus, the transfer optical system controlling apparatus controls the transfer optical system such that the image incident from the image forming apparatus reaches the eyepiece optical system.
A computer-implemented method executed by a processor of a mobile device , the mobile device being in communication with an elevator system, the computer-implemented method characterised by automatically providing direct real-time travel indications with respect to a multi-segment elevator trip as the mobile device progresses through the elevator system , the computer-implemented method comprising: receiving, by the mobile device , a request for the multi-segment elevator trip that involves riding multiple elevators; directly receiving, by the mobile device , feedback signals from the elevator system with respect the multi-segment elevator trip in response to the request , wherein each of the feedback signals corresponds to a completion of a segment of the multi-segment elevator trip; and automatically providing, by a user interface of the mobile device , direct real-time travel indications of the multi-segment elevator trip as the mobile device progresses through the elevator system . receiving, by the mobile device , a request for the multi-segment elevator trip that involves riding multiple elevators; directly receiving, by the mobile device , feedback signals from the elevator system with respect the multi-segment elevator trip in response to the request , wherein each of the feedback signals corresponds to a completion of a segment of the multi-segment elevator trip; and automatically providing, by a user interface of the mobile device , direct real-time travel indications of the multi-segment elevator trip as the mobile device progresses through the elevator system .
A method carried out in an apparatus, the method comprising: monitoring transmission of messages in a wireless network; determining that a transmission rate of messages is not sufficient if the following conditions are true: detecting no message within a minimum transmission time interval and determining that a next target beacon transmission time is not within a predefined time interval after the expiry of the minimum transmission time interval; and upon determining that the transmission rate of messages is not sufficient, causing an access point of the wireless network to transmit a scanning message, wherein the apparatus is either for the access point or for a server controlling the access point. monitoring transmission of messages in a wireless network; determining that a transmission rate of messages is not sufficient if the following conditions are true: detecting no message within a minimum transmission time interval and determining that a next target beacon transmission time is not within a predefined time interval after the expiry of the minimum transmission time interval; and upon determining that the transmission rate of messages is not sufficient, causing an access point of the wireless network to transmit a scanning message, wherein the apparatus is either for the access point or for a server controlling the access point.
A method for providing an information centric network (ICN) with a software defined network, SDN, based on an information centric networking protocol on top of a physical network (PN) based on the internet protocol, comprising forwarding elements (S1, S2, S3) in the physical network and a controller (C) in the software defined network for controlling the forwarding elements (S1, S2, S3), wherein a publicly routable network address per domain for outside data object requests (O) of named data objects (NDO) is announced via an information centric network (ICN) domain name service, and when a first packet of an object request (O) is received by an ingress element (S1) of the information centric network (ICN), the first packet is forwarded to the controller (C), wherein the controller (C) determines an object source (N1) for the requested named data object (NDO), encodes a message id corresponding to the object source (N1) of the request and/or the requested named data object (NDO) into a header of the packet by ip-address-rewriting wherein the new destination IP address is the IP address of the object source (N1) from which the object should be served and the new source IP address is the message ID and that a forwarding path is established by the controller based on matching the message ID to forward the packet and further packets to the determined object source (N1), wherein the forwarding path to the determined object source (N1) is established by installing forwarding rules on the forwarding elements (S1, S2, S3) for forwarding further packets of the object request according to the determined object source (N1), wherein the forwarding elements (S1, S2, S3) then forward by rewriting headers of the further packets by one of the forwarding elements (S1, S2, S3), the further packets of the object request according to the installed forwarding rules.
Method for producing a heat insulation material having woodchips and cellulose fibres , where the woodchips form a first component of the heat insulation material and where the cellulose fibres form a second component of the heat insulation material , where the woodchips are produced by chipping wood in the moist state, where the cellulose fibres are produced from paper, characterized in that the woodchips are mixed with the cellulose fibres after chipping and without moistening of the woodchips , with a residual moisture content of at least 20%.
A method performed by a wireless terminal , for encryption key generation for encrypted communication between the wireless terminal and an assisting base station, wherein the wireless terminal is or is about to be dually connected to an anchor base station and the assisting base station, wherein a primary security key is known to the anchor base station and the wireless terminal , the method comprising: generating an assisting security key, based at least in part on the primary security key; using the assisting security key in generating an encryption key for encrypting data traffic sent from the wireless terminal to the assisting base station while the wireless terminal is dually connected to the anchor base station and the assisting base station. generating an assisting security key, based at least in part on the primary security key; using the assisting security key in generating an encryption key for encrypting data traffic sent from the wireless terminal to the assisting base station while the wireless terminal is dually connected to the anchor base station and the assisting base station.
Apparatus for representing user information, comprising an antenna apparatus , a processing apparatus , a representation apparatus and a positioning apparatus , wherein the antenna apparatus comprises several different directional characteristics and is configured to receive at least one signal each of at least one transmitter in a scene with several directional characteristics relating to spatially different receive sensitivities, wherein the processing apparatus is configured to process the received signals with respect to the scene and to determine representation data, and to determine, based on the at least one directional characteristic and based on at least one received signal, a signal distribution of the transmitter as representation data, and wherein the representation apparatus is configured to represent the signal distribution in order to allow visualization of the electromagnetic radio frequency signals that are received from the antenna apparatus , wherein the positioning apparatus provides data about the at least one transmitter and/or about received signals originating from the at least one transmitter and comprises the antenna apparatus and/or the processing apparatus , wherein a signal processing apparatus is configured to process the signals received from the antenna apparatus and to determine one amplitude value each of a field strength of the received signal; and wherein a data processing apparatus is configured to determine, based on the directional characteristics and the amplitude values determined from the respectively allocated signals, information about the position of the transmitter .
An electronic device (100, 200, 300, 300', 400 or 500), comprising: a substrate ; a light emitting unit disposed on the substrate and comprising a first semiconductor layer , a light emitting layer disposed on the first semiconductor layer and a second semiconductor layer disposed on the light emitting layer , wherein the light emitting unit comprises a light output surface , the light output surface comprises a top surface (130s1), a side surface (130s2) and a bottom surface (130s3), and the second semiconductor layer is an uppermost layer of the light emitting unit ; and a light adjusting layer disposed on the second semiconductor layer , the light adjusting layer comprising a first portion and a second portion connected to the first portion ; wherein the first portion covers only a part of the light output surface , the second portion does not cover the light output surface , the first portion covers only a part of the top surface (130s1) and the first portion covers only a part of the side surface (130s2); wherein the light adjusting layer has an irregular edge. a substrate ; a light emitting unit disposed on the substrate and comprising a first semiconductor layer , a light emitting layer disposed on the first semiconductor layer and a second semiconductor layer disposed on the light emitting layer , wherein the light emitting unit comprises a light output surface , the light output surface comprises a top surface (130s1), a side surface (130s2) and a bottom surface (130s3), and the second semiconductor layer is an uppermost layer of the light emitting unit ; and a light adjusting layer disposed on the second semiconductor layer , the light adjusting layer comprising a first portion and a second portion connected to the first portion ; wherein the first portion covers only a part of the light output surface , the second portion does not cover the light output surface , the first portion covers only a part of the top surface (130s1) and the first portion covers only a part of the side surface (130s2); wherein the light adjusting layer has an irregular edge.
A coalescent ink for 3-dimensional printing, comprising: a water-soluble near-infrared dye having a peak absorption wavelength from 800 nm to 1400 nm, wherein the near-infrared dye is selected from the group consisting of aminium dyes, tetraaryldiamine dyes, cyanine dyes, dithiolene dyes, and combinations thereof; a colorant imparting a visible color to the coalescent ink; and water. a water-soluble near-infrared dye having a peak absorption wavelength from 800 nm to 1400 nm, wherein the near-infrared dye is selected from the group consisting of aminium dyes, tetraaryldiamine dyes, cyanine dyes, dithiolene dyes, and combinations thereof; a colorant imparting a visible color to the coalescent ink; and water.
Transmission system comprising an internal combustion engine block equipped a driveshaft extending on a longitudinal axis (X), an alternator-starter connected to the driveshaft , a first pulley arranged on the longitudinal axis (X) of the driveshaft and mounted free to rotate on the driveshaft , a pulley for driving the alternator-starter and connected to the first pulley by a belt (C), characterized in that the transmission system comprises: - means for transmission of the rotation movement between the driveshaft and the first pulley comprising a second pulley arranged on the longitudinal axis (X) of the driveshaft and mounted free to rotate on the driveshaft , combined with linking means between the second pulley and the first pulley , and - a rotation coupling means that can be moved by control means in the direction of the longitudinal axis (X) and makes it possible to couple in such a manner as to achieve two different transmission ratios between the driveshaft and the alternator-starter : in a first position, the driveshaft and the first pulley , and in a second position, the driveshaft and the second pulley of the transmission means driven by the coupling means . - means for transmission of the rotation movement between the driveshaft and the first pulley comprising a second pulley arranged on the longitudinal axis (X) of the driveshaft and mounted free to rotate on the driveshaft , combined with linking means between the second pulley and the first pulley , and - a rotation coupling means that can be moved by control means in the direction of the longitudinal axis (X) and makes it possible to couple in such a manner as to achieve two different transmission ratios between the driveshaft and the alternator-starter : in a first position, the driveshaft and the first pulley , and in a second position, the driveshaft and the second pulley of the transmission means driven by the coupling means . in a first position, the driveshaft and the first pulley , and in a second position, the driveshaft and the second pulley of the transmission means driven by the coupling means .
A system comprising: a plurality of network controllers comprising a first network controller and a second network controller , wherein the first network controller comprises a first clock to produce a first oscillating signal, and the second network controller comprises a second clock to produce a second oscillating signal; a vehicle wireless local area network, WLAN, over which at least the first network controller and the second network controller are to communicate, wherein a link between the first network controller and the second network controller through the vehicle WLAN is a synchronized link based on transition edges of the first oscillating signal being aligned in time with transition edges of the second oscillating signal; wherein each of the first network controller and the second network controller comprises: a respective first queue to store data according to a real-time access class that is to be communicated between the first network controller and the second network controller over the synchronized link, and a respective second queue to store non-real-time access class data that is to be communicated between the first network controller and the second network controller over a further link separate from the synchronized link. a plurality of network controllers comprising a first network controller and a second network controller , wherein the first network controller comprises a first clock to produce a first oscillating signal, and the second network controller comprises a second clock to produce a second oscillating signal; a vehicle wireless local area network, WLAN, over which at least the first network controller and the second network controller are to communicate, wherein a link between the first network controller and the second network controller through the vehicle WLAN is a synchronized link based on transition edges of the first oscillating signal being aligned in time with transition edges of the second oscillating signal; wherein each of the first network controller and the second network controller comprises: a respective first queue to store data according to a real-time access class that is to be communicated between the first network controller and the second network controller over the synchronized link, and a respective second queue to store non-real-time access class data that is to be communicated between the first network controller and the second network controller over a further link separate from the synchronized link. a respective first queue to store data according to a real-time access class that is to be communicated between the first network controller and the second network controller over the synchronized link, and a respective second queue to store non-real-time access class data that is to be communicated between the first network controller and the second network controller over a further link separate from the synchronized link.
A gas turbine engine comprising; a main engine compressor section ; a main engine turbine section ; a booster compressor for changing a pressure of airflow received from the main engine compressor section to a pressure desired for a pneumatic system , a bleed air system turbine configured to be driven by airflow from the main engine compressor section ; a speed change system for driving the booster compressor ; and an exhaust valve for exhausting airflow in excess of an airflow demanded by the pneumatic system , characterised in that : the speed change system comprises a gearbox coupled between the bleed air system turbine and the booster compressor such that the bleed air system turbine and the booster compressor rotate at different speeds.