mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing a beta zeolite, comprising: mixing a reaction mixture comprising a silica source, an alumina source, an alkali source and water with a seed crystal comprising a beta zeolite and heating the mixture, wherein a beta zeolite synthesized without using an organic structure-directing agent and consisting of particles having a particle size of 10 μm or less in an amount of 90% or more on a volume basis in the particle size distribution as determined by a laser diffraction/scattering particle size distribution measuring method is used as the seed crystal, Z1, wherein the obtained reaction mixture has the molar ratios indicated in (a) or (b): (a) SiO 2 /Al 2 O 3 = 40 to 200 Na 2 O/SiO 2 = 0.24 to 0.4 H 2 O/SiO 2 = 10 to 50 (b) SiO 2 /Al 2 O 3 = 8 to 40 Na 2 O/SiO 2 = 0.05 to 0.3 H 2 O/SiO 2 = 5 to 50. mixing a reaction mixture comprising a silica source, an alumina source, an alkali source and water with a seed crystal comprising a beta zeolite and heating the mixture, wherein a beta zeolite synthesized without using an organic structure-directing agent and consisting of particles having a particle size of 10 μm or less in an amount of 90% or more on a volume basis in the particle size distribution as determined by a laser diffraction/scattering particle size distribution measuring method is used as the seed crystal, Z1, wherein the obtained reaction mixture has the molar ratios indicated in (a) or (b): (a) SiO 2 /Al 2 O 3 = 40 to 200 Na 2 O/SiO 2 = 0.24 to 0.4 H 2 O/SiO 2 = 10 to 50 (b) SiO 2 /Al 2 O 3 = 8 to 40 Na 2 O/SiO 2 = 0.05 to 0.3 H 2 O/SiO 2 = 5 to 50. (a) SiO 2 /Al 2 O 3 = 40 to 200 Na 2 O/SiO 2 = 0.24 to 0.4 H 2 O/SiO 2 = 10 to 50 (b) SiO 2 /Al 2 O 3 = 8 to 40 Na 2 O/SiO 2 = 0.05 to 0.3 H 2 O/SiO 2 = 5 to 50.
A battery management system for managing a battery pack comprising a first plurality of battery cells and a second plurality of battery cells, said battery management system comprising: a master controller operable for monitoring and managing said first plurality of battery cells , wherein said master controller consumes a first current (I BAT1 ) from said first plurality of battery cells ; and a slave controller operable for monitoring and managing said second plurality of battery cells , wherein said slave controller consumes a second current (I BAT2 , I BAT3 ) from said second plurality of battery cells , wherein said slave controller is operable for generating a signal indicating an amount of said second current (I BAT2 , I BAT3 ) consumed by said slave controller and transmitting said signal to said master controller , and wherein said master controller is operable for adjusting said first current (I BAT1 ) consumed by said master controller and controlling said slave controller to adjust said second current (I BAT2 , I BAT3 ) consumed by said slave controller . a master controller operable for monitoring and managing said first plurality of battery cells , wherein said master controller consumes a first current (I BAT1 ) from said first plurality of battery cells ; and a slave controller operable for monitoring and managing said second plurality of battery cells , wherein said slave controller consumes a second current (I BAT2 , I BAT3 ) from said second plurality of battery cells , wherein said slave controller is operable for generating a signal indicating an amount of said second current (I BAT2 , I BAT3 ) consumed by said slave controller and transmitting said signal to said master controller , and wherein said master controller is operable for adjusting said first current (I BAT1 ) consumed by said master controller and controlling said slave controller to adjust said second current (I BAT2 , I BAT3 ) consumed by said slave controller .
A flexible tank having a tank wall, characterised in that the tank wall comprises a hybrid textile , the hybrid textile comprising: a. a first yarn type that has a tensile modulus above about 30 GPa or tenacity above about 90 cN/Tex or both; and b. a second yarn type that has a breaking elongation above about 10% or tenacity between about 10-90 cN/Tex or both; wherein the first yarn type and the second yarn type are woven together to form a weave pattern; and wherein the first yarn type moves up and down in the weave pattern more than the second yarn type such that the first yarn type has a higher level of crimp than the second yarn type in the weave pattern. a. a first yarn type that has a tensile modulus above about 30 GPa or tenacity above about 90 cN/Tex or both; and b. a second yarn type that has a breaking elongation above about 10% or tenacity between about 10-90 cN/Tex or both; wherein the first yarn type and the second yarn type are woven together to form a weave pattern; and
An optical transceiver configured to connect to one or more fiber bundles each having K fiber cores, K » 1, the optical transceiver comprising: M transmitters , M and K are integers, M < K; P receivers , P is an integer, P < K; transmitter circuitry configured to receive an aggregate transmit signal and to cause transmission of the aggregate signal as a plurality of lower rate transmit signals; and receiver circuitry configured to receive a plurality of lower rate receive signals from the P receivers and to create an aggregate receive signal based thereon, and wherein the M transmitters connect to a first set of the K fiber cores in a fiber bundle of the one or more fiber bundles to transmit the plurality of lower rate transmit signals and the P receivers connect to a second set of the K fiber cores of the fiber bundle or another fiber bundle of the one or more fiber bundles to receive plurality of lower rate receive signals, and wherein one or more of the M transmitters and the P receivers utilize more than one fiber core of the K fiber cores. M transmitters , M and K are integers, M < K; P receivers , P is an integer, P < K; transmitter circuitry configured to receive an aggregate transmit signal and to cause transmission of the aggregate signal as a plurality of lower rate transmit signals; and receiver circuitry configured to receive a plurality of lower rate receive signals from the P receivers and to create an aggregate receive signal based thereon, and wherein the M transmitters connect to a first set of the K fiber cores in a fiber bundle of the one or more fiber bundles to transmit the plurality of lower rate transmit signals and the P receivers connect to a second set of the K fiber cores of the fiber bundle or another fiber bundle of the one or more fiber bundles to receive plurality of lower rate receive signals, and wherein one or more of the M transmitters and the P receivers utilize more than one fiber core of the K fiber cores.
A textile-like in-mold sheet that is to be integrated with a resin molded body molded by injection of a molten resin by in-molding, comprising: a first surface that will serve as a side to be integrated with the resin molded body ; and a second surface that will serve as a back side of the first surface, wherein the textile-like in-mold sheet comprises at least a fiber sheet layer , a first adhesive layer , and a textile material layer , in this order from the first surface toward the second surface, wherein the fiber sheet layer includes a non-woven fabric, wherein the non-woven fabric is a non-woven fabric of an entangled body of ultrafine fibers having a fineness of 2.0 dtex or less and contains a polymer elastic body impregnated into the internal voids thereof, or wherein the non-woven fabric is a non-woven fabric formed by papermaking processing. a first surface that will serve as a side to be integrated with the resin molded body ; and a second surface that will serve as a back side of the first surface, wherein the textile-like in-mold sheet comprises at least a fiber sheet layer , a first adhesive layer , and a textile material layer , in this order from the first surface toward the second surface, wherein the fiber sheet layer includes a non-woven fabric, wherein the non-woven fabric is a non-woven fabric of an entangled body of ultrafine fibers having a fineness of 2.0 dtex or less and contains a polymer elastic body impregnated into the internal voids thereof, or wherein the non-woven fabric is a non-woven fabric formed by papermaking processing.
Seating apparatus for use on a vehicle having a flat carrying area , which seating apparatus comprises a frame giving roll over protection to a person seated on the seating apparatus in the event that the vehicle should roll over onto its side, at least one side facing seat which is mounted in the frame and which is such that the person sits on the seat facing outwardly with their back to a vertical plane extending longitudinally through the centre of the frame , and securing means for releasably securing the seating apparatus on the flat carrying area of the vehicle whereby the seating apparatus is able to be secured on the flat carrying area and removed from the flat carrying area , characterised in that the frame includes at least one protection bar which extends longitudinally with respect to the vertical plane , which is offset from the vertical plane , and which is positioned at an upper part of the frame over the seat and in the vicinity of a head of the person when the person is seated on the seat and is facing outwardly with their back to the vertical plane , whereby the protection bar affords protection to the person on the seat in the event of an object falling towards the seating apparatus from above and whilst the vehicle is travelling normally.
A mass measurement device comprising: a force sensor (FS) having a fixed end and a free end, and configured to output a sensing signal in accordance with a magnitude of a force in a sensitivity direction; a suction channel configured to pass suctioned air therethrough; a base part to which said fixed end is fixed; an article-holding part fixed to said free end, and configured to hold an article due to said suctioned air; and a computation unit (COM) configured to compute a mass of said article based on said sensing signal; wherein said force sensor (FS) and said suction channel are disposed such that, among an x-axis directional component, a y-axis directional component, and a z-axis directional component of a force exerted on said article-holding part by said suction channel , said x-axis directional component is the smallest, where said sensitivity direction is an x-axis direction, a direction orthogonal to said x-axis direction is a y-axis direction, and a direction orthogonal to both said x-axis direction and said y-axis direction is a z-axis direction; characterised in that one end of said suction channel is connected to said article-holding part ; said suction channel is disposed so as to pass through said base part . a force sensor (FS) having a fixed end and a free end, and configured to output a sensing signal in accordance with a magnitude of a force in a sensitivity direction; a suction channel configured to pass suctioned air therethrough; a base part to which said fixed end is fixed; an article-holding part fixed to said free end, and configured to hold an article due to said suctioned air; and a computation unit (COM) configured to compute a mass of said article based on said sensing signal; wherein said force sensor (FS) and said suction channel are disposed such that, among an x-axis directional component, a y-axis directional component, and a z-axis directional component of a force exerted on said article-holding part by said suction channel , said x-axis directional component is the smallest, where said sensitivity direction is an x-axis direction, a direction orthogonal to said x-axis direction is a y-axis direction, and a direction orthogonal to both said x-axis direction and said y-axis direction is a z-axis direction; characterised in that one end of said suction channel is connected to said article-holding part ; said suction channel is disposed so as to pass through said base part .
A gasket for use in a syringe so formed as to liquid-tightly and slidably contact an inner surface of an outer cylinder of said syringe, said gasket comprising a gasket body made of an elastic body and a coating layer formed on a portion thereof which contacts at least said syringe , wherein said coating layer comprises a composition containing silicone resin which comprises a condensate of reactive silicone having a terminal silanol group, and wherein the condensate contains a siloxane bond derived from said silanol group, characterized in that : - said composition forming said coating layer contains: • an alkylalkoxysilane or a phenylalkoxysilane as a second silicone compound different from said silicone resin having said siloxane bond, and • an aminoalkylalkoxysilane or/and a glycidoxyalkyl-alkoxysilane as a third silicone compound, and - said condensate is a condensate of reactive silicone having a terminal silanol group at both terminals thereof, and - said coating layer is free of solid fine particles. - said composition forming said coating layer contains: • an alkylalkoxysilane or a phenylalkoxysilane as a second silicone compound different from said silicone resin having said siloxane bond, and • an aminoalkylalkoxysilane or/and a glycidoxyalkyl-alkoxysilane as a third silicone compound, and • an alkylalkoxysilane or a phenylalkoxysilane as a second silicone compound different from said silicone resin having said siloxane bond, and • an aminoalkylalkoxysilane or/and a glycidoxyalkyl-alkoxysilane as a third silicone compound, and - said condensate is a condensate of reactive silicone having a terminal silanol group at both terminals thereof, and - said coating layer is free of solid fine particles.
A rotomoulded tank for treating waste water flowing through said tank, which tank comprises a rotomoulded outer shell which is formed by a rotomoulded thermoplastic material and, within said outer shell , at least one hollow rotomoulded part which has portions integrated in the outer shell of the tank and overmoulded with the rotomoulded material of the outer shell so that the hollow rotomoulded part is rigidly fixed within the tank to the outer shell thereof, the tank comprising at least one bio-compartment for a biological treatment of the waste water, characterised in that said hollow rotomoulded part has at least one inlet and at least one outlet for the waste water flowing through the tank, said outlet being situated either at a lower or at a higher level than said inlet in the tank and said hollow rotomoulded part forming a transport compartment for transporting the waste water up or downwards within the tank between said lower and said higher levels.
An anchoring device for radiators, comprising a movable hook , a support , a reversible locking means , elastic means , at least one release lever , and a bracket having a predominantly longitudinal extension, the lower end of said bracket forming a fixed hook adapted to cooperate with said movable hook associated with the upper end of said bracket , said movable hook being supported by said support which is slidingly mounted on said bracket and is configured to be locked by said reversible locking means in a position chosen among predefined positions; said locking means comprising a contoured body which translates integrally with said support ; said contoured body having at least one locking member , which cooperates with said elastic means , and with said at least one release lever , which acts in contrast with said elastic means and is configured to move said locking member between a locking configuration, in which said locking member engages said bracket by being pushed by said elastic means , and a release position, in which said locking member is substantially disengaged from said bracket ; said device being characterized in that it comprises a plurality of protrusions that protrude from said bracket ; said protrusions being selectively engageable by said locking member in said locking configuration.
A display panel comprising a display unit and an encapsulating structure for encapsulating the display unit , the encapsulating structure comprising: a growth layer on the display unit ; and a graphene layer on a side of the growth layer distal to the display unit , wherein the growth layer is a metal layer having a thickness in a range of approximately 3 nm to approximately 10 nm; and the growth layer comprises copper, the graphene layer has a thickness in a range of approximately 2 nm to approximately 10 nm, the encapsulating structure further comprises a diffusion barrier layer on a side of the growth layer proximal to the display unit for preventing diffusion of growth layer material into the display unit , the diffusion barrier layer comprises a plurality of first diffusion barrier sub-layers and a plurality of second diffusion barrier sub-layers alternately disposed, the first diffusion barrier sub-layer has a thickness in a range of approximately 50 nm to approximately 200 nm, the second diffusion barrier sub-layer has a thickness in a range of approximately 50 nm to approximately 200 nm, the diffusion barrier layer has a thickness in a range of approximately 0.1 μm to approximately 10 mm, and the diffusion barrier layer comprises metal oxides, metal nitrides, metal oxynitrides, or a combination thereof. a growth layer on the display unit ; and a graphene layer on a side of the growth layer distal to the display unit , wherein the growth layer is a metal layer having a thickness in a range of approximately 3 nm to approximately 10 nm; and the growth layer comprises copper, the graphene layer has a thickness in a range of approximately 2 nm to approximately 10 nm, the encapsulating structure further comprises a diffusion barrier layer on a side of the growth layer proximal to the display unit for preventing diffusion of growth layer material into the display unit , the diffusion barrier layer comprises a plurality of first diffusion barrier sub-layers and a plurality of second diffusion barrier sub-layers alternately disposed, the first diffusion barrier sub-layer has a thickness in a range of approximately 50 nm to approximately 200 nm, the second diffusion barrier sub-layer has a thickness in a range of approximately 50 nm to approximately 200 nm, the diffusion barrier layer has a thickness in a range of approximately 0.1 μm to approximately 10 mm, and the diffusion barrier layer comprises metal oxides, metal nitrides, metal oxynitrides, or a combination thereof.
Robot system having a workpiece holder, having an end effector , and having drive means for moving the end effector relative to the workpiece holder , wherein the end effector comprises a tool holder , a tool which is fastened in a projecting manner to the tool holder , and a sleeve which is displaceable on the tool holder between a protection position, in which it surrounds the tool , and a use position, in which it is displaced towards the tool holder and releases at least a tip of the tool , and comprises a blocking body which is moveable between a blocking position, in which it blocks the sleeve in the protection position, and a release position, in which it permits displacement of the sleeve into the use position, characterized in that the blocking body is controlled by a sensor which detects the proximity of the end effector to a workpiece , and in that the workpiece holder has at least one feature which is detectable by the sensor , said sensor forming a part of the end effector, or the tool holder has a feature which is detectable by the sensor, said sensor being arranged on the workpiece holder. characterized in that the blocking body is controlled by a sensor which detects the proximity of the end effector to a workpiece , and in that the workpiece holder has at least one feature which is detectable by the sensor , said sensor forming a part of the end effector, or the tool holder has a feature which is detectable by the sensor, said sensor being arranged on the workpiece holder.
An environmental control system (ECS) for an aircraft, the ECS including: a primary heat exchanger configured to receive bleed air from a turbine compressor of the aircraft; a secondary heat exchanger having an input configured to receive a flow from the primary heat exchanger and a secondary heat exchanger output and that cools the flow received from the primary heat exchanger with RAM air ; and a thermoelectric condensing device having an input in fluid communication with the output of the secondary heat exchanger and also having a thermoelectric condensing device output; characterised in that the ECS does not include an air cycle machine that includes a turbine and a compressor. a primary heat exchanger configured to receive bleed air from a turbine compressor of the aircraft; a secondary heat exchanger having an input configured to receive a flow from the primary heat exchanger and a secondary heat exchanger output and that cools the flow received from the primary heat exchanger with RAM air ; and a thermoelectric condensing device having an input in fluid communication with the output of the secondary heat exchanger and also having a thermoelectric condensing device output; characterised in that the ECS does not include an air cycle machine that includes a turbine and a compressor.
A method for welding a polyolefin plastics material to a second plastics material using a primer, wherein the primer contains at least one polymer that contains maleic acid anhydride, and at least one polyester.
A method for producing a number of biologically active substances exhibiting hypoglycaemic activity, comprising extracting pods, stems and leaves of a Phaseolus bean plant with alcohol followed by concentrating or concentrating and drying the extract, characterized in that prior to the extraction the pods, stems and leaves of the Phaseolus bean plant are fine cut by rolling into particles sized up to 1 mm, the extraction is carried out with 96% alcohol resulting in a first lipophilic extract and a residue of the pods, stems and leaves of the Phaseolus bean plant, wherein at least a portion of the first lipophilic extract is concentrated resulting in a first solid lipophilic extract or it is concentrated and dried resulting in a first dry lipophilic extract, and the residue of the pods, stems and leaves of the Phaseolus bean plant is extracted with 70% alcohol resulting in a second hydrophilic extract, at least a portion of which being concentrated resulting in a second solid hydrophilic extract or being concentrated and dried resulting in a second dry hydrophilic extract, or being used as a liquid hydrophilic extract.