mhurhangee/patent-ind-claim-en huggingface dataset:
A membrane gas holder dome with reduced heat loss, adapted to be installed on a heated digester adapted to produce combustible gas, comprising: - a first membrane , impermeable to gases, adapted to delimit, at least partially, a storage chamber (C1) of the combustible gas; - a second membrane , impermeable to gases, adapted to delimit, at least partially, a pressurization chamber (C2) superimposed on said storage chamber (C1); - inflation means of said pressurization chamber (C2) by means of an auxiliary gas, preferably air; - a layer of composite material, with heat insulating function, interposed between said first membrane and said second membrane , wherein said layer of composite material comprises: - a membrane made of plastic material heat sealable and impermeable to gases; - a reflective metal foil ; characterised in that said layer of composite material is arranged over said first membrane resting on it, and is oriented so that said metal foil is facing said first membrane . - a first membrane , impermeable to gases, adapted to delimit, at least partially, a storage chamber (C1) of the combustible gas; - a second membrane , impermeable to gases, adapted to delimit, at least partially, a pressurization chamber (C2) superimposed on said storage chamber (C1); - inflation means of said pressurization chamber (C2) by means of an auxiliary gas, preferably air; - a layer of composite material, with heat insulating function, interposed between said first membrane and said second membrane , - a membrane made of plastic material heat sealable and impermeable to gases; - a reflective metal foil ;
Motor vehicle door latch, in particular a hood latch comprising a raising device for a latching bolt or another stop part on a hood , further comprising at least one actuating spring acting on the raising device , and comprising a sensor for position checking of the hood , wherein an additional spring is provided which, in the event of failure and/or malfunction of the actuating spring , raises the hood , wherein the actuating spring is designed as a tension spring and is fixedly connected by one end to a latch housing and by its other end to a control member , wherein the raising device also comprises a positioning element in addition to the control member , wherein the control member and the positioning element are coupled together in an articulated manner and the positioning element interacts with the sensor .
A light emitting module comprising: a light emitting device ; a metal submount grown using a method selected from electroplating, electroforming, electrodeposition and electroless metal plating; an electrical isolation layer interdisposed between the grown metal submount and a light emitting region of the light emitting device ; and, a deposited metal seed layer , on which the metal submount is grown, disposed between the electrical isolation layer and the grown metal submount , characterised in that the module further comprises a former at least partially disposed within the grown metal submount and conjoined therewith, the former comprising regions of different material than the metal submount adapted to provide a predetermined thermal conduction path for the spreading of heat generated in the light emitting device , whereby the thermal resistance of the light emitting module is below 2 K/W. a light emitting device ; a metal submount grown using a method selected from electroplating, electroforming, electrodeposition and electroless metal plating; an electrical isolation layer interdisposed between the grown metal submount and a light emitting region of the light emitting device ; and, a deposited metal seed layer , on which the metal submount is grown, disposed between the electrical isolation layer and the grown metal submount , characterised in that the module further comprises a former at least partially disposed within the grown metal submount and conjoined therewith, the former comprising regions of different material than the metal submount adapted to provide a predetermined thermal conduction path for the spreading of heat generated in the light emitting device , whereby the thermal resistance of the light emitting module is below 2 K/W.
A device having a block-shaped cleaning agent for the toilet area, a retaining device which may be fastened to a rim of a toilet bowl , and a container comprising said cleaning agent having a cleaning agent shaped-body phase and a gel phase , said cleaning agent serving the purpose of releasing fragrances and of gradually dissolving when flushed with water, characterised in that the container has at least two viewing openings facing in the direction of the interior of the toilet bowl which are spaced apart from each other and through which the gel phase is visible, and in that the colour of the gel phase changes in an essentially continuous manner from one side of the cleaning agent to the other side of the cleaning agent , such that the colour of the gel phase perceived behind the first viewing opening will be different from the colour of the gel phase perceived behind the second viewing opening .
A compound of formula 2-phenyl-6-(1H-imidazol-1-yl)quinazoline or a pharmaceutically acceptable salt thereof for use in the treatment of a neurodegenerative disease, wherein the neurodegenerative disease is a disease selected from the group consisting of Alzheimer's disease, Lewy body dementia, frontotemporal dementia, amyotrophic lateral sclerosis, Huntington disease, prion diseases and HIV-associated dementia.
Installation for the continuous production of cylindrical shells or half-shells with thermal insulating properties, comprising: • a double linear conveyor with discrete progression respectively in the same direction and the same speed: ▪ a lower conveyor receiving a plurality of removable female molds ; ▪ an upper conveyor , located vertically above the lower conveyor , and receiving an identical quantity of removable male molds ; said male and female molds being shaped to define between them, in the operational position, a semi-cylindrical volume ; said double conveyor being able to move the moulds between a station for filling said volume with elements able to constitute the material with thermal insulating properties of the shells or half-shells, and a station for receiving and recovering the shells or half-shells; • at least one tube or nozzle for introduction into the volume thus defined at the filling station of the constituents capable of interacting with each other in order to constitute a polyurethane or a polyisocyanurate. • a double linear conveyor with discrete progression respectively in the same direction and the same speed: ▪ a lower conveyor receiving a plurality of removable female molds ; ▪ an upper conveyor , located vertically above the lower conveyor , and receiving an identical quantity of removable male molds ; said male and female molds being shaped to define between them, in the operational position, a semi-cylindrical volume ; said double conveyor being able to move the moulds between a station for filling said volume with elements able to constitute the material with thermal insulating properties of the shells or half-shells, and a station for receiving and recovering the shells or half-shells; ▪ a lower conveyor receiving a plurality of removable female molds ; ▪ an upper conveyor , located vertically above the lower conveyor , and receiving an identical quantity of removable male molds ; said male and female molds being shaped to define between them, in the operational position, a semi-cylindrical volume ; said double conveyor being able to move the moulds between a station for filling said volume with elements able to constitute the material with thermal insulating properties of the shells or half-shells, and a station for receiving and recovering the shells or half-shells; • at least one tube or nozzle for introduction into the volume thus defined at the filling station of the constituents capable of interacting with each other in order to constitute a polyurethane or a polyisocyanurate.
A key generation method, wherein the method comprises: determining (S101), by a secondary eNodeB, a key parameter corresponding to a data radio bearer, DRB; sending (S102), by the secondary eNodeB, the key parameter to user equipment corresponding to the DRB, whereby the user equipment generates a user plane key according to the key parameter and a basic key generated by the user equipment; receiving (S103), by the secondary eNodeB, a basic key generated by the master eNodeB and sent by the master eNodeB; and generating (SI04), by the secondary eNodeB, the user plane key according to the key parameter and the basic key generated by the master eNodeB; wherein the basic key generated by the user equipment and the basic key generated by the master eNodeB are the same; and wherein the user plane key generated by the user equipment and the user plane key generated by the secondary eNodeB are the same and are used as a user plane cipher key or a user plane integrity protection key to perform communication between the user equipment and the secondary eNodeB. determining (S101), by a secondary eNodeB, a key parameter corresponding to a data radio bearer, DRB; sending (S102), by the secondary eNodeB, the key parameter to user equipment corresponding to the DRB, whereby the user equipment generates a user plane key according to the key parameter and a basic key generated by the user equipment; receiving (S103), by the secondary eNodeB, a basic key generated by the master eNodeB and sent by the master eNodeB; and generating (SI04), by the secondary eNodeB, the user plane key according to the key parameter and the basic key generated by the master eNodeB; wherein the basic key generated by the user equipment and the basic key generated by the master eNodeB are the same; and wherein the user plane key generated by the user equipment and the user plane key generated by the secondary eNodeB are the same and are used as a user plane cipher key or a user plane integrity protection key to perform communication between the user equipment and the secondary eNodeB.
A measurement device for measuring performance of at least one antenna system in a first frequency band and in a second frequency band, the measurement device comprising; an outer chamber having inwardly radio frequency reflective walls configured to enclose the antenna system , an inner chamber deployable inside the outer chamber , the inner chamber having radio frequency absorptive walls configured to enclose the antenna system , a first test antenna arrangement arranged inside the outer chamber and configured for a measurement operation in the first frequency band, and a second test antenna arrangement arranged inside the outer chamber and configured for a measurement operation in the second frequency band, characterized in that the radio frequency absorptive walls are associated with a level of radio frequency signal transparency in the first frequency band, and wherein, when the second test antenna arrangement is arranged outside the inner chamber , at least one of the inner chamber radio frequency absorptive walls has an opening into the outer chamber , and the second test antenna arrangement is configured as a directive antenna having a main lobe , wherein the main lobe is arranged to be directed towards the opening such that a transmission by the second test antenna arrangement is arranged inside the inner chamber , thereby enabling measuring performance of the antenna system in a reflective radio frequency environment by the first test antenna arrangement and measuring performance in an essentially anechoic radio frequency environment by the second test antenna arrangement . an outer chamber having inwardly radio frequency reflective walls configured to enclose the antenna system , an inner chamber deployable inside the outer chamber , the inner chamber having radio frequency absorptive walls configured to enclose the antenna system , a first test antenna arrangement arranged inside the outer chamber and configured for a measurement operation in the first frequency band, and a second test antenna arrangement arranged inside the outer chamber and configured for a measurement operation in the second frequency band, characterized in that the radio frequency absorptive walls are associated with a level of radio frequency signal transparency in the first frequency band, and wherein, when the second test antenna arrangement is arranged outside the inner chamber , at least one of the inner chamber radio frequency absorptive walls has an opening into the outer chamber , and the second test antenna arrangement is configured as a directive antenna having a main lobe , wherein the main lobe is arranged to be directed towards the opening such that a transmission by the second test antenna arrangement is arranged inside the inner chamber , thereby enabling measuring performance of the antenna system in a reflective radio frequency environment by the first test antenna arrangement and measuring performance in an essentially anechoic radio frequency environment by the second test antenna arrangement .
A device for transmitting a preamble and data comprising, at least one transmitter ; and at least one processor , the device configured to: - use said at least one transmitter to transmit a preamble in a first time interval in a first frequency resource, wherein said preamble indicates that data transmitted in a second time interval requires reliable and urgent reception by a recipient of said data, - use said at least one transmitter to transmit a first portion or a first copy of data in said first frequency resource in said second time interval, said second time interval succeeding said first time interval, and - use said at least one transmitter to transmit a second portion or second copy of said data in a second frequency resource in said second time interval, said second frequency resource being separate from said first frequency resource. at least one transmitter ; and at least one processor , the device configured to: - use said at least one transmitter to transmit a preamble in a first time interval in a first frequency resource, wherein said preamble indicates that data transmitted in a second time interval requires reliable and urgent reception by a recipient of said data, - use said at least one transmitter to transmit a first portion or a first copy of data in said first frequency resource in said second time interval, said second time interval succeeding said first time interval, and - use said at least one transmitter to transmit a second portion or second copy of said data in a second frequency resource in said second time interval, said second frequency resource being separate from said first frequency resource. - use said at least one transmitter to transmit a preamble in a first time interval in a first frequency resource, wherein said preamble indicates that data transmitted in a second time interval requires reliable and urgent reception by a recipient of said data, - use said at least one transmitter to transmit a first portion or a first copy of data in said first frequency resource in said second time interval, said second time interval succeeding said first time interval, and - use said at least one transmitter to transmit a second portion or second copy of said data in a second frequency resource in said second time interval, said second frequency resource being separate from said first frequency resource.
A beverage nozzle for mixing at least a first beverage ingredient and a second beverage ingredient into a homogeneous mixture, the beverage nozzle comprising: a housing comprising a first portion and a second portion ; a first inlet in fluid communication with the housing, wherein the first inlet is configured to provide the first beverage ingredient to the housing, wherein the first inlet is removable; a second inlet in fluid communication with the housing, wherein the second inlet is configured to provide the second beverage ingredient to the housing, wherein the second inlet is removable; a mixing core disposed within the housing, wherein the mixing core is configured to mix the first beverage ingredient and the second beverage ingredient into the homogeneous mixture; an outlet disposed about the housing, wherein the homogeneous mixture exits the housing by way of the outlet; and a top ring attached to the second inlet, wherein the top ring comprises an aperture therethrough, characterised in that the first inlet comprises a lip configured to slide into a slot in the housing to position the first inlet adjacent to the aperture in the top ring. a housing comprising a first portion and a second portion ; a first inlet in fluid communication with the housing, wherein the first inlet is configured to provide the first beverage ingredient to the housing, wherein the first inlet is removable; a second inlet in fluid communication with the housing, wherein the second inlet is configured to provide the second beverage ingredient to the housing, wherein the second inlet is removable; a mixing core disposed within the housing, wherein the mixing core is configured to mix the first beverage ingredient and the second beverage ingredient into the homogeneous mixture; an outlet disposed about the housing, wherein the homogeneous mixture exits the housing by way of the outlet; and a top ring attached to the second inlet, wherein the top ring comprises an aperture therethrough, characterised in that the first inlet comprises a lip configured to slide into a slot in the housing to position the first inlet adjacent to the aperture in the top ring.
Outboard device for a maritime structure, wherein the outboard device comprises a first component and a second component , wherein the first component and the second component are at least temporarily covered by water and wherein the first component is movable in relation to the second component , wherein a thermoplastic is arranged as a coating between the first component and the second component , wherein the outboard device comprises a sliding bearing , which comprises an element made of a fibre composite material, characterized in that the thermoplastic is applied on one of the components and the other of the components comprises the element made of the fibre composite material.
A method comprising: encoding a first picture from a first sequence and a second picture from a second sequence into a first access unit of at least one bitstream; forming a view random-access (VRA) access unit different from the first access unit for the at least one bitstream comprising: encoding a third picture from the first sequence and a fourth picture from the second sequence into the view random-access (VRA) access unit of the at least one bitstream, the third picture being intra coded and the fourth picture being predicted from the second picture. encoding a first picture from a first sequence and a second picture from a second sequence into a first access unit of at least one bitstream; forming a view random-access (VRA) access unit different from the first access unit for the at least one bitstream comprising: encoding a third picture from the first sequence and a fourth picture from the second sequence into the view random-access (VRA) access unit of the at least one bitstream, the third picture being intra coded and the fourth picture being predicted from the second picture.
Method for assisted or automatic coupling of a trailer vehicle to a towing vehicle , the towing vehicle being equipped with a coupling element , which has a side guide (22-2) for a corresponding coupling counterpart of the trailer vehicle to be inserted into the coupling element , an electronically regulated service brake and a drive unit , an automated coupling process being started, after the towing vehicle has been aligned with and brought closer to the trailer vehicle , which process comprises the steps of starting a reverse movement at a specific speed and at a specific drive torque (M1; S3), recording the longitudinal acceleration and the lateral acceleration (S4) of the towing vehicle , and which automated coupling process is characterized by the steps of, upon the occurrence of a lateral acceleration (ay) in a first value range (Th1, Th2) with the occurrence of a longitudinal acceleration (ax) in a second value range (Th3, Th4; S5) and the subsequent occurrence of a longitudinal acceleration (ax) in a third value range (S9), stopping the reverse movement (S10) by switching off the drive torque (M1) and/or by actuating the service brake .
A page drawing control method, comprising: Obtaining (S401) a drawing instruction for a first page, wherein the drawing instruction is used to instruct to draw the first page, the first page comprises a first control, and the first control comprises at least one child control; and wherein if (S404) it is determined that an image corresponding to the first control does not exist or the first control or the at least one child control in the first control is updated, generating and storing (S409) the image corresponding to the first control and drawing (S410) the first control based on a display list of the first control, or if (S404) it is determined that an image corresponding to the first control exists and the first control and all the child controls in the first control are not updated, drawing (S408) the first control based on the image corresponding to the first control and an updated display list of the first control. Obtaining (S401) a drawing instruction for a first page, wherein the drawing instruction is used to instruct to draw the first page, the first page comprises a first control, and the first control comprises at least one child control; and wherein if (S404) it is determined that an image corresponding to the first control does not exist or the first control or the at least one child control in the first control is updated, generating and storing (S409) the image corresponding to the first control and drawing (S410) the first control based on a display list of the first control, or if (S404) it is determined that an image corresponding to the first control exists and the first control and all the child controls in the first control are not updated, drawing (S408) the first control based on the image corresponding to the first control and an updated display list of the first control.
An organic light emitting diode, comprising: an anode (AE); a first organic light emitting layer (EML1) disposed over the anode; a cathode (CE) disposed over the first organic light emitting layer; and an electron control layer (ECL) disposed between the first organic light emitting layer and the cathode, the electron control layer including ytterbium, wherein the cathode includes: a first inorganic compound layer (IOL1) contacting the electron control layer to form a P-N junction with the electron control layer; and a conductive layer (CL) disposed over the first inorganic compound layer. an anode (AE); a first organic light emitting layer (EML1) disposed over the anode; a cathode (CE) disposed over the first organic light emitting layer; and an electron control layer (ECL) disposed between the first organic light emitting layer and the cathode, the electron control layer including ytterbium, wherein the cathode includes: a first inorganic compound layer (IOL1) contacting the electron control layer to form a P-N junction with the electron control layer; and a conductive layer (CL) disposed over the first inorganic compound layer. a first inorganic compound layer (IOL1) contacting the electron control layer to form a P-N junction with the electron control layer; and a conductive layer (CL) disposed over the first inorganic compound layer.