mhurhangee/patent-ind-claim-en huggingface dataset:
A storage tank for liquid hydrogen, the storage tank comprising first (102; 202) and second (104; 204) shells each being constructed of laminate material, the second shell being disposed outwardly of the first shell with respect to the centre (120; 220) of the storage tank and spaced apart from the first shell and wherein the first and second shells are mechanically connected by a first plurality of pins (103; 203) each of which passes through at least some layers of the second shell and at least some layers of the first shell.
Wind turbine comprising a rotor of at least 100m diameter, the rotor comprising a blade with an aerodynamic profile characterized in that said profile has in the range of 0.2 R to 0.95 R and in particular of 0.5 R to 0.95 R a design lift coefficient c l larger than 1.1, particularly larger than 1.2 and more particularly larger than 1.4 and more particularly preferably about 1.6, wherein said blade comprises profiles of at least 25% thickness which are used at radial positions larger than 0.55 R , and particularly larger than 0.65 R and more particularly larger than 0.75 R .
A mobile cloud system comprising: a plurality of panels elevated above ground level, each one of said plurality of panels comprising a sheet of material formed of, laminated with or covered by means for converting solar energy to electrical energy, wherein adjacent ones of said panels are interconnected; one or more anchors ; and one or more anchoring cables extending between said anchors and said plurality of panels , wherein said panels are tethered together by connecting cables to form a generally horizontally-extending grid pattern, characterized in that said sheet is a sheet of flexible material and in that at least some of said panels at least partially overlap. a plurality of panels elevated above ground level, each one of said plurality of panels comprising a sheet of material formed of, laminated with or covered by means for converting solar energy to electrical energy, wherein adjacent ones of said panels are interconnected; one or more anchors ; and one or more anchoring cables extending between said anchors and said plurality of panels , wherein said panels are tethered together by connecting cables to form a generally horizontally-extending grid pattern, characterized in that said sheet is a sheet of flexible material and in that at least some of said panels at least partially overlap.
A combustor for a gas turbine engine , the combustor comprising: a combustion chamber defined between an inner shell and an outer shell ; a bulkhead extending between the inner shell and the outer shell ; and a liner panel mounted to one of the inner shell and the outer shell aft of the bulkhead , the liner panel comprising a first section comprising a first plurality of effusion holes extending through the liner panel between an inner surface and an outer surface , a first portion of the first plurality of effusion holes extending in a circumferential direction, a second portion of the first plurality of effusion holes , disposed forward of the first portion , transitioning from the circumferential direction toward a forward direction as a first axial distance (D1) from the first portion increases, a third portion of the first plurality of effusion holes , disposed aft of the first portion , transitioning from the circumferential direction to an aft direction as a second axial distance (D2) from the first portion increases, wherein the direction of the effusion holes corresponds to a direction of an effusion hole center axis from the outer surface to the inner surface , wherein a forward end of the liner panel is axially adjacent an aft surface of the bulkhead . a combustion chamber defined between an inner shell and an outer shell ; a bulkhead extending between the inner shell and the outer shell ; and a liner panel mounted to one of the inner shell and the outer shell aft of the bulkhead , the liner panel comprising a first section comprising a first plurality of effusion holes extending through the liner panel between an inner surface and an outer surface , a first portion of the first plurality of effusion holes extending in a circumferential direction, a second portion of the first plurality of effusion holes , disposed forward of the first portion , transitioning from the circumferential direction toward a forward direction as a first axial distance (D1) from the first portion increases, a third portion of the first plurality of effusion holes , disposed aft of the first portion , transitioning from the circumferential direction to an aft direction as a second axial distance (D2) from the first portion increases, wherein the direction of the effusion holes corresponds to a direction of an effusion hole center axis from the outer surface to the inner surface , wherein a forward end of the liner panel is axially adjacent an aft surface of the bulkhead .
Method of producing an electronic device, comprising the following steps: (a) obtaining a silazane-siloxane copolymer by reacting an organosilane, an amine and an organosiloxane, (b) providing a composition comprising the silazane-siloxane copolymer obtained in step (a), and (c) applying it to a substrate in an electronic device. (a) obtaining a silazane-siloxane copolymer by reacting an organosilane, an amine and an organosiloxane, (b) providing a composition comprising the silazane-siloxane copolymer obtained in step (a), and (c) applying it to a substrate in an electronic device.
Water tank with water filter cartridge , characterized in that the water filter cartridge comprises two water filter cartridge outlets (2.1; 2.2) which are arranged concentrically to one another for two hydraulically separated flow channels (3; 4) for providing two differently processed filtrate flows.
A method for measuring mechanical strength of a pressurized gas storage tank for a vehicle , said method comprising at least the following steps: • Providing a pressurized gas storage tank for a vehicle having at least one opening ; • Assembling a first coupling means to an expandable element ; • Stretching the expandable element in the lengthwise direction by at least one translational movement of a first stretching means with respect to the first coupling means ; • Introducing the expandable element into the pressurized gas storage tank for a vehicle via the at least one opening ; • Connecting the expandable element to a pipe for a liquid ; • Filling the expandable element with liquid ; • Exerting a pressure, P int. , on all the interior walls of the pressurized gas storage tank for a vehicle by means of the expandable element filled with liquid ; • Measuring a possible deformation of the pressurized gas storage tank for a vehicle ; • Emptying the liquid contained in the expandable element ; • Removing the expandable element from the pressurized gas storage tank for a vehicle via the at least one opening . • Providing a pressurized gas storage tank for a vehicle having at least one opening ; • Assembling a first coupling means to an expandable element ; • Stretching the expandable element in the lengthwise direction by at least one translational movement of a first stretching means with respect to the first coupling means ; • Introducing the expandable element into the pressurized gas storage tank for a vehicle via the at least one opening ; • Connecting the expandable element to a pipe for a liquid ; • Filling the expandable element with liquid ; • Exerting a pressure, P int. , on all the interior walls of the pressurized gas storage tank for a vehicle by means of the expandable element filled with liquid ; • Measuring a possible deformation of the pressurized gas storage tank for a vehicle ; • Emptying the liquid contained in the expandable element ; • Removing the expandable element from the pressurized gas storage tank for a vehicle via the at least one opening .
A composition comprising a solid support, wherein said solid support comprises a plurality of oligonucleotides, wherein each of said plurality of oligonucleotides comprises a cellular label and a molecular label, wherein each cellular label is the same, wherein said molecular labels of at least 100 of said plurality of oligonucleotides are different and provide identifying information for specific nucleic acid species that hybridise to the oligonucleotide, wherein said solid support comprises a bead, and wherein said plurality of oligonucleotides further comprises a target binding region.
A discharge device for the transition from the open state to the closed state of a switch , the discharge device serving to evacuate the electrons when the switch is closed from a positioning detection circuit to ground (M) passing by a transistor , and the discharge device being arranged in the positioning detection circuit of a needle of a fuel injector for an internal combustion engine, the positioning detection circuit being arranged in a control unit of an injector , and allowing the electrical measurement of difference in potential comprised between the ground (M) and a voltage source (Vicl), said measurement being indicative of an open or closed extreme position of the needle, the discharge device comprising a transistor whose collectoremitter path is connected in series between the voltage source (Vicl) and the ground (M), the transistor being controlled by a logic signal from the control unit .
Electrical component for low-voltage switching devices comprising an electrode comprised of a substantially rigid body with one or more slots and at least one flexible conductor with an end portion inserted into and joined to an associated slot by means of cold plastic deformation characterised in that said plastic deformation is obtained by applying a first pressing action to said end portion of the flexible conductor inserted into said associated slot so as to press said end portion into said slot and create the desired joint and by applying a second pressing action to the joint zone between said end portion and the associated slot further sealing the electrode and the flexible conductor, at least part of the walls of said associated slot being clinched onto said end portion inserted into said associated slot so that it is covered at least partially and is substantially enclosed within the slot.
A therapeutically effective amount of at least one desferrioxamine-B-metal complex (DFO-metal complex), or any combination thereof, or any composition comprising said complex, for use in a method for the prophylaxis, treatment, amelioration or inhibition of an immune related disorder, wherein said metal is selected from any one of zinc, gallium, indium, silver, cobalt, gold, lanthanides, wherein said immune-related disorder is at least one of a respiratory disease, Crohn's disease, ulcerative colitis, diabetes, and wherein said respiratory disease is at least one of asthma, chronic rhinosinusitis (CRS), allergic rhinitis, COPD, nasal polyposis (NP), vasomotor rhinitis, airways hyper-responsiveness, cystic fibrosis, lung fibrosis and allergic sinusitis.
A hot-melt adhesive comprising a copolymer of ethylene and olefins having 3 to 20 carbon atoms (A), a copolymer of ethylene and carboxylate esters having ethylenically double bonds (B), a tackifying resin (C) and a wax (D), wherein the copolymer of ethylene and olefins having 3 to 20 carbon atoms (A) comprises a metallocene-type propylene/ethylene copolymer (A1).
A seat misuse alarm device comprising: a base ; a seat having a forward facing position and a rearward facing position relative the base ; characterized by : an alarm mechanism having a switch ; and a switch triggering device triggering the switch to close for making the alarm mechanism send out an alarm when the seat is located at the forward facing position relative to the base characterized in that a first hole is formed at a side of the base , the switch is located in the first hole , a second hole is formed at a side of the seat , the switch triggering device is disposed through the second hole , and with rotation of the seat to the forward facing position relative to the base , the first hole is aligned with the second hole to make an end of the switch triggering device extend into the first hole and then trigger the switch to close. a base ; a seat having a forward facing position and a rearward facing position relative the base ; characterized by : an alarm mechanism having a switch ; and a switch triggering device triggering the switch to close for making the alarm mechanism send out an alarm when the seat is located at the forward facing position relative to the base characterized in that a first hole is formed at a side of the base , the switch is located in the first hole , a second hole is formed at a side of the seat , the switch triggering device is disposed through the second hole , and with rotation of the seat to the forward facing position relative to the base , the first hole is aligned with the second hole to make an end of the switch triggering device extend into the first hole and then trigger the switch to close.
A door hinge with a first hinge part , a second hinge part and a hinge bracket assembly connecting the first hinge part to the second hinge part so as to be pivotable between an open position and a closed position, wherein the hinge bracket assembly has a first hinge bracket and a second hinge bracket connected to the first hinge bracket so as to be pivotably movable about a connecting axis and wherein the first hinge bracket has a first contact surface , which abuts in a flat manner against a second contact surface of the second hinge bracket in the open position, wherein a protrusion , which engages in a positive manner with a receptacle of the second hinge bracket in the open position, protrudes on the first contact surface , wherein the first hinge bracket is connected to the first hinge part so as to be pivotable about a first hinge axis (a), wherein the first hinge bracket is pivotably connected to a second hinge axis (b), which is positively guided on the second hinge part, wherein the second hinge bracket is pivotably connected about a third hinge axis (c), which is positively guided on the first hinge part and wherein the second hinge bracket is connected to the second hinge part so as to be pivotable about a fourth hinge axis (d), characterized in that the second hinge axis (b) is guided on the second hinge part by means of a pivot arm and that the pivot arm abuts in a flat manner with an inner surface against an outer surface of the second hinge bracket in the open position.
A computer-implemented method, comprising: receiving , at a messaging server , and/or at a messaging component of a client front-end server of a messaging system , a message from a client device , wherein the message comprises a text content portion and has been originated in association with a message thread, and the message being an in-thread bot command in the message thread; wherein the in-thread bot command comprises a bot invocation symbol in the text content portion of the message ; wherein the messaging system comprises a worker server executing on a worker server device for executing tasks; adding the message to a message queue ; monitoring , by a message queue monitoring component of the worker server of the messaging system , each message within the message queue to determine whether each message indicates messaging bot invocation; detecting that the message indicates messaging bot invocation by detecting the bot invocation symbol in the text content portion of the message ; and by detecting that the message indicates messaging bot invocation based on detecting the bot invocation symbol ; and submitting , by the message queue monitoring component , the message or a notification that a message with a messaging bot invocation was detected, such as an identifier for the message, to a bot framework component based on the detection; by the bot framework component : determining the messaging bot associated with the message ; and submitting the message to the messaging bot . receiving , at a messaging server , and/or at a messaging component of a client front-end server of a messaging system , a message from a client device , wherein the message comprises a text content portion and has been originated in association with a message thread, and the message being an in-thread bot command in the message thread; wherein the in-thread bot command comprises a bot invocation symbol in the text content portion of the message ; wherein the messaging system comprises a worker server executing on a worker server device for executing tasks; adding the message to a message queue ; monitoring , by a message queue monitoring component of the worker server of the messaging system , each message within the message queue to determine whether each message indicates messaging bot invocation; detecting that the message indicates messaging bot invocation by detecting the bot invocation symbol in the text content portion of the message ; and by detecting that the message indicates messaging bot invocation based on detecting the bot invocation symbol ; and submitting , by the message queue monitoring component , the message or a notification that a message with a messaging bot invocation was detected, such as an identifier for the message, to a bot framework component based on the detection; by the bot framework component : determining the messaging bot associated with the message ; and submitting the message to the messaging bot .
A window including a glazing element , at least one profiled joint portion , at least one insert such as a trim element, and at least one attachment element for attaching said insert to said profiled joint portion , said insert having an internal face with retaining flanges , in that said profiled joint portion includes, beneath said insert , at least one hole opening onto an inside face and an outside face of said joint, said hole being longer than it is wide, in that said attachment element has a base , a head and a body arranged between this base and this head, in which - the body is no wider than the width l 30 of the hole - the head is narrower than the width l 30 of the hole in a first direction and shorter than the length L 30 of the hole , while being longer than the width l 30 of the hole in a second direction - the base is wider than the width l 30 of the hole in said first direction and in said second direction - said first direction and said second direction are in the same plane and preferably perpendicular in this plane in that the length L 52 of the head is greater than the distance d 40 between the lateral extremities of the retaining flanges such that said head holds, along the length thereof, said retaining flanges in the direction of the outside surface of the profiled bead portion , characterized in that said hole has in the inside surface two recesses (36; 36'), in order to create a seat for the base of the attachment element that is recessed in the direction of the insert for preventing the base from rotating when it is in this seat. - the body is no wider than the width l 30 of the hole - the head is narrower than the width l 30 of the hole in a first direction and shorter than the length L 30 of the hole , while being longer than the width l 30 of the hole in a second direction - the base is wider than the width l 30 of the hole in said first direction and in said second direction - said first direction and said second direction are in the same plane and preferably perpendicular in this plane in that the length L 52 of the head is greater than the distance d 40 between the lateral extremities of the retaining flanges such that said head holds, along the length thereof, said retaining flanges in the direction of the outside surface of the profiled bead portion , characterized in that said hole has in the inside surface two recesses (36; 36'), in order to create a seat for the base of the attachment element that is recessed in the direction of the insert for preventing the base from rotating when it is in this seat.
An engineered prokaryotic microorganism comprising at least one unnatural nucleic acid comprising at least one unnatural base pair (UBP) and a heterologous nucleic acid encoding a nucleoside triphosphate transporter (NTT), wherein: (a) the engineered prokaryotic microorganism is Escherichia coli ; (b) the at least one UBP comprises a first unnatural nucleotide and a second unnatural nucleotide that have been imported into the engineered microorganism by the NTT and incorporated into the at least one unnatural nucleic acid within the engineered microorganism by a cellular machinery; (c) the NTT comprises an amino acid sequence that is at least 85% identical to SEQ ID NO:1; and (d) the first unnatural nucleotide is dTPT3 or d5SICS, and the second unnatural nucleotide is dNaM. (a) the engineered prokaryotic microorganism is Escherichia coli ; (b) the at least one UBP comprises a first unnatural nucleotide and a second unnatural nucleotide that have been imported into the engineered microorganism by the NTT and incorporated into the at least one unnatural nucleic acid within the engineered microorganism by a cellular machinery; (c) the NTT comprises an amino acid sequence that is at least 85% identical to SEQ ID NO:1; and (d) the first unnatural nucleotide is dTPT3 or d5SICS, and the second unnatural nucleotide is dNaM.
An uninterruptible power supply, UPS, , comprising: an input to receive input AC power from an engine-generator and configured to be coupled to one or more non-protected loads ; an output configured to be coupled to one or more protected loads ; an input circuit coupled to the input and configured to provide power factor correction and convert the input AC power into DC power; a DC bus coupled to the input circuit; an inverter coupled to the DC bus and configured to provide output AC power, derived from the DC power, to the output; and a controller coupled to the input circuit and configured to: monitor an input AC voltage at the input; characterized in that the controller is further configured to: generate a reactive current reference by comparing the monitored input AC voltage to an engine-generator reference voltage; and based, at least in part, on the reactive current reference, adjust the current draw of the UPS to control a combined power factor of the protected and non-protected loads . an input to receive input AC power from an engine-generator and configured to be coupled to one or more non-protected loads ; an output configured to be coupled to one or more protected loads ; an input circuit coupled to the input and configured to provide power factor correction and convert the input AC power into DC power; a DC bus coupled to the input circuit; an inverter coupled to the DC bus and configured to provide output AC power, derived from the DC power, to the output; and a controller coupled to the input circuit and configured to: monitor an input AC voltage at the input; characterized in that the controller is further configured to: generate a reactive current reference by comparing the monitored input AC voltage to an engine-generator reference voltage; and based, at least in part, on the reactive current reference, adjust the current draw of the UPS to control a combined power factor of the protected and non-protected loads . monitor an input AC voltage at the input; characterized in that the controller is further configured to: generate a reactive current reference by comparing the monitored input AC voltage to an engine-generator reference voltage; and based, at least in part, on the reactive current reference, adjust the current draw of the UPS to control a combined power factor of the protected and non-protected loads . generate a reactive current reference by comparing the monitored input AC voltage to an engine-generator reference voltage; and based, at least in part, on the reactive current reference, adjust the current draw of the UPS to control a combined power factor of the protected and non-protected loads .