mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising a wind turbine at least including a rotor having at least one rotor blade , rotation support means for rotatably supporting the rotor , and a tower having a top end for supporting the rotation support means and a support end , a wind turbine controller for controlling the wind turbine , and at least one detection device being connected to the wind turbine controller for signal transmission, wherein the detection device is configured to detect and measure earthquake generated P-waves, and wherein the detection device and/or the wind turbine controller is/are configured to determine an impact time of S-waves generated by the same earthquake causing the measured P-waves. a wind turbine at least including a rotor having at least one rotor blade , rotation support means for rotatably supporting the rotor , and a tower having a top end for supporting the rotation support means and a support end , a wind turbine controller for controlling the wind turbine , and at least one detection device being connected to the wind turbine controller for signal transmission, wherein the detection device is configured to detect and measure earthquake generated P-waves, and wherein the detection device and/or the wind turbine controller is/are configured to determine an impact time of S-waves generated by the same earthquake causing the measured P-waves. wherein the detection device is configured to detect and measure earthquake generated P-waves, and wherein the detection device and/or the wind turbine controller is/are configured to determine an impact time of S-waves generated by the same earthquake causing the measured P-waves.
Duct for monitoring cables , said monitoring cables being adapted for transmitting parameters monitored by a plurality of auxiliary monitoring elements connected to at least one fuse block of an electric power distribution board , wherein the duct comprises at least one channel for directing and guiding monitoring cables , said channel being adapted for housing the monitoring cables , such that the duct is morphologically adapted to form, together with other similar ducts in adjacent fuse blocks , a modular system of channels which, when placed one next to the other, generate a continuous duct for the monitoring cables ; the duct acts like a covering for the monitoring cables , the duct comprising a protective structure preventing access to the monitoring cables , characterized in that said protective structure comprising at least two faces parallel to the guiding direction, and forming an angle between said faces.
A portable fire extinguisher comprising: a chamber filled with fire suppressant material ; a replaceable inverted gas cartridge ; a puncturing mechanism that allows for puncturing said inverted gas cartridge , said puncturing mechanism comprising a puncture pin that is operably connected to a trigger mechanism ; a passage for expelling said fire suppressant material from said chamber; characterized in that said trigger mechanism is configured to move the puncture pin to rupture an end of said replaceable inverted gas cartridge when activated; and in that the portable extinguisher comprises a safety knob movable between a first orientation in which it restricts the trigger mechanism to lock said puncture mechanism and a second orientation in which it does not restrict movement of the trigger mechanism and the puncture mechanism is unlocked. a chamber filled with fire suppressant material ; a replaceable inverted gas cartridge ; a puncturing mechanism that allows for puncturing said inverted gas cartridge , said puncturing mechanism comprising a puncture pin that is operably connected to a trigger mechanism ; a passage for expelling said fire suppressant material from said chamber; characterized in that said trigger mechanism is configured to move the puncture pin to rupture an end of said replaceable inverted gas cartridge when activated; and in that the portable extinguisher comprises a safety knob movable between a first orientation in which it restricts the trigger mechanism to lock said puncture mechanism and a second orientation in which it does not restrict movement of the trigger mechanism and the puncture mechanism is unlocked.
A subsystem for providing a steerable-beam light source, comprising: an optically transparent substrate ; a light source disposed for directing light generated thereby into said optically transparent substrate; an array comprising a plurality of independently addressable optical elements disposed such that light from said light source received through said transparent substrate is incident upon said array, each said independently addressable optical element being continuously steerable and capable of independently redirecting a portion of said light from said light source into a desired light path, characterized in that the subsystem further comprises a further optical element disposed such that a first surface thereof is proximate to the light source and a second surface thereof is proximate to the array and such that light from the light source enters the further optical element at the first surface , travels through the further optical element , exits at the second surface and is reflected back by the array into the further optical element towards a third surface thereof, through which the light exits the further optical element . an optically transparent substrate ; a light source disposed for directing light generated thereby into said optically transparent substrate; an array comprising a plurality of independently addressable optical elements disposed such that light from said light source received through said transparent substrate is incident upon said array, each said independently addressable optical element being continuously steerable and capable of independently redirecting a portion of said light from said light source into a desired light path, characterized in that the subsystem further comprises a further optical element disposed such that a first surface thereof is proximate to the light source and a second surface thereof is proximate to the array and such that light from the light source enters the further optical element at the first surface , travels through the further optical element , exits at the second surface and is reflected back by the array into the further optical element towards a third surface thereof, through which the light exits the further optical element .
An electrosurgical system , comprising: generator ; a delivery device in electrical communication with the generator, the delivery device having a delivery electrode configured to deliver electrosurgical energy from the generator to tissue; a return device having a first jaw member and a second jaw member , the first jaw member including a first return electrode and the second jaw member including a second return electrode , the first and second jaw members configured to capture tissue between the first and second return electrodes; and characterised by a return electrode monitor in electrical communication with each of the first and second return electrodes, the return electrode monitor disposed within the generator and in electrical communication with the first and second return electrodes to return electrosurgical energy delivered to tissue to the generator, the return electrode monitor configured to determine a size of a return contact area of the first and second return electrodes with tissue and to prevent delivery of electrosurgical energy from the generator to tissue when the size of the return contact area is below a threshold size, wherein the return device includes an activation electrode positioned on the second jaw member proximal of the second return electrode. generator ; a delivery device in electrical communication with the generator, the delivery device having a delivery electrode configured to deliver electrosurgical energy from the generator to tissue; a return device having a first jaw member and a second jaw member , the first jaw member including a first return electrode and the second jaw member including a second return electrode , the first and second jaw members configured to capture tissue between the first and second return electrodes; and characterised by a return electrode monitor in electrical communication with each of the first and second return electrodes, the return electrode monitor disposed within the generator and in electrical communication with the first and second return electrodes to return electrosurgical energy delivered to tissue to the generator, the return electrode monitor configured to determine a size of a return contact area of the first and second return electrodes with tissue and to prevent delivery of electrosurgical energy from the generator to tissue when the size of the return contact area is below a threshold size, wherein the return device includes an activation electrode positioned on the second jaw member proximal of the second return electrode.
Cooling apparatus for an electric linear motor, - wherein the cooling apparatus has a carrier element which can be placed on an active part of the electric linear motor, - wherein the cooling apparatus has at least one cooling element assembled on the carrier element by means of retaining elements , - wherein the retaining elements in each case have a planar area both on their side facing the active part of the electric linear motor and also on their side facing away from the active part of the electric linear motor, - wherein the retaining elements in each case have an opening which extends between the two planar areas to allow a fastening element to pass characterised in that - a cutout which circulates around the respective opening is introduced into the planar areas in each case, into which cutout a sealing element is introduced in each case. - wherein the cooling apparatus has a carrier element which can be placed on an active part of the electric linear motor, - wherein the cooling apparatus has at least one cooling element assembled on the carrier element by means of retaining elements , - wherein the retaining elements in each case have a planar area both on their side facing the active part of the electric linear motor and also on their side facing away from the active part of the electric linear motor, - wherein the retaining elements in each case have an opening which extends between the two planar areas to allow a fastening element to pass characterised in that - a cutout which circulates around the respective opening is introduced into the planar areas in each case, into which cutout a sealing element is introduced in each case.
A method for manufacturing an exhaust gas treatment device comprises: forming a catalyst supporting mechanism outside a vessel body where exhaust gas flows, the catalyst supporting mechanism supporting a catalyst unit for treating exhaust gas; assembling the catalyst supporting mechanism into the annealed vessel body containing a welding member ; welding the welding member and the catalyst supporting mechanism together; and welding an annealed cap and the annealed vessel body together and annealing locally partially the welded portions between the cap and the vessel body . forming a catalyst supporting mechanism outside a vessel body where exhaust gas flows, the catalyst supporting mechanism supporting a catalyst unit for treating exhaust gas; assembling the catalyst supporting mechanism into the annealed vessel body containing a welding member ; welding the welding member and the catalyst supporting mechanism together; and welding an annealed cap and the annealed vessel body together and annealing locally partially the welded portions between the cap and the vessel body .
A kit for a frame , in particular for a frame of an insect protection device, having at least two frame assemblies (3.1, 3.2, 3.3, 3.4), wherein each frame assembly (3.1, 3.2, 3.3, 3.4) comprises - at least one profile strip (4.1, 4.2, 4.3, 4.4) and - at least one corner connector part (5.1, 5.2, 5.3, 5.4) arranged on each profile strip (4.1, 4.2), wherein the profile strips (4.1, 4.2, 4.3, 4.4) and the corner connector parts (5.1, 5.2, 5.3, 5.4) of the frame assemblies (3.1, 3.2, 3.3, 3.4) are configured such that - the profile strips (4.1, 4.2, 4.3, 4.4) of all of the frame assemblies (3.1, 3.2, 3.3, 3.4) are or can be arranged parallel to one another in a starting position and - the frame assemblies (3.1, 3.2, 3.3, 3.4) can be plugged together to form a rectangular frame in which two profile strips (4.1, 4.2, 4.3, 4.4) are arranged in each case telescopically in one another, wherein a first corner connector part (5.3) of a first frame assembly (3.1) and a second corner connector part (5.4) of a second frame assembly (3.2) are adapted to one another such that the first corner connector part (5.3) can be inserted into the second corner connector part (5.4). - at least one profile strip (4.1, 4.2, 4.3, 4.4) and - at least one corner connector part (5.1, 5.2, 5.3, 5.4) arranged on each profile strip (4.1, 4.2), wherein the profile strips (4.1, 4.2, 4.3, 4.4) and the corner connector parts (5.1, 5.2, 5.3, 5.4) of the frame assemblies (3.1, 3.2, 3.3, 3.4) are configured such that - the profile strips (4.1, 4.2, 4.3, 4.4) of all of the frame assemblies (3.1, 3.2, 3.3, 3.4) are or can be arranged parallel to one another in a starting position and - the frame assemblies (3.1, 3.2, 3.3, 3.4) can be plugged together to form a rectangular frame in which two profile strips (4.1, 4.2, 4.3, 4.4) are arranged in each case telescopically in one another, wherein - the profile strips (4.1, 4.2, 4.3, 4.4) of all of the frame assemblies (3.1, 3.2, 3.3, 3.4) are or can be arranged parallel to one another in a starting position and - the frame assemblies (3.1, 3.2, 3.3, 3.4) can be plugged together to form a rectangular frame in which two profile strips (4.1, 4.2, 4.3, 4.4) are arranged in each case telescopically in one another, wherein a first corner connector part (5.3) of a first frame assembly (3.1) and a second corner connector part (5.4) of a second frame assembly (3.2) are adapted to one another such that the first corner connector part (5.3) can be inserted into the second corner connector part (5.4).
A method of transmitting data, the method comprising: determining if a first channel on a first cell is occupied; and if the first channel on the first cell is occupied for at least a predetermined period, transmitting the data on a second channel on a second cell, wherein the predetermined period is less than or equal to the maximum allowable latency for the data minus a switching time for switching to the second cell minus a transmission time for the data on the second cell. determining if a first channel on a first cell is occupied; and if the first channel on the first cell is occupied for at least a predetermined period, transmitting the data on a second channel on a second cell, wherein the predetermined period is less than or equal to the maximum allowable latency for the data minus a switching time for switching to the second cell minus a transmission time for the data on the second cell.
A half thrust bearing having a semi-annular shape, the half thrust bearing having a sliding surface for receiving an axial force (f) and a back surface opposite to the sliding surface , the half thrust bearing comprising a substrate and a resin coating layer coated on the substrate , a surface of the resin coating layer being the sliding surface , the resin coating layer having a thickness, characterized in that when the half thrust bearing is viewed along a circumferential direction of the half thrust bearing , the sliding surface of the half thrust bearing has a single convex contour protruding at a center portion in a circumferential direction of the half thrust bearing , and wherein the thickness of the resin coating layer is maximum at the center portion and is reduced toward circumferential ends of the half thrust bearing . when the half thrust bearing is viewed along a circumferential direction of the half thrust bearing , the sliding surface of the half thrust bearing has a single convex contour protruding at a center portion in a circumferential direction of the half thrust bearing , and wherein the thickness of the resin coating layer is maximum at the center portion and is reduced toward circumferential ends of the half thrust bearing .
An acrylic rubber composition comprising an acrylic rubber and a compound represented by General Formula : where R 1 to R 4 each independently represent a C 1 to C 30 organic group which may have a substituent, and R 5 to R 10 each independently represent a hydrogen atom or a C 1 to C 30 organic group which may have a substituent.
A hold-back bushing or travelling clamp for use in J-lay operations, the bushing or clamp being annular and having a radially inner surface that comprises a series of circumferentially-extending grooves disposed in longitudinal succession, the grooves being arranged to receive one or more external hold-back formations projecting radially from a pipe joint , the or each hold-back formation being a ring that extends continuously around the pipe joint circumferentially, wherein each groove is defined by a pair of oppositely-inclined generally frusto-conical faces that converge with each other in a radially outward direction.
A telescoping weigh fork unit comprising a fork having a base fork having an integrated hydraulic cylinder and an outer shoe slidably parallel to the base fork, at least two load cells supported by the outer shoe, where the outer shoe has a load surface and is configured to permit contact between a subject load and the outer shoe, which telescoping weigh fork unit further comprises an outside telescopic fork shoe to which the load cells are mounted and which supports the outer shoe.
An aspirator , comprising: an aspirator body defining an air channel and an inlet ; a gas valve in fluid communication with the air channel, wherein the gas valve is configured to direct a fluid from a compressed fluid source into the air channel , and wherein in response to a high pressure gas flowing from the compressed fluid source into the air channel via the gas valve , an airflow of environmental gas from outside the aspirator is compelled through the inlet and into the air channel due to a Venturi effect; a flow straightener disposed at the inlet, the flow straightener configured to produce a laminar flow through the air channel; an aspirator barrel coupled to the aspirator body and defining an outlet; and characterized in comprising: a static airfoil assembly disposed at the outlet, the static airfoil assembly configured to produce a vortex flow exiting the aspirator barrel; and further characterized in that the flow straightener includes a honeycomb structure configured to reduce turbulence of airflow entering the air channel. an aspirator body defining an air channel and an inlet ; a gas valve in fluid communication with the air channel, wherein the gas valve is configured to direct a fluid from a compressed fluid source into the air channel , and wherein in response to a high pressure gas flowing from the compressed fluid source into the air channel via the gas valve , an airflow of environmental gas from outside the aspirator is compelled through the inlet and into the air channel due to a Venturi effect; a flow straightener disposed at the inlet, the flow straightener configured to produce a laminar flow through the air channel; an aspirator barrel coupled to the aspirator body and defining an outlet; and characterized in comprising: a static airfoil assembly disposed at the outlet, the static airfoil assembly configured to produce a vortex flow exiting the aspirator barrel; and further characterized in that the flow straightener includes a honeycomb structure configured to reduce turbulence of airflow entering the air channel. a static airfoil assembly disposed at the outlet, the static airfoil assembly configured to produce a vortex flow exiting the aspirator barrel; and further characterized in that the flow straightener includes a honeycomb structure configured to reduce turbulence of airflow entering the air channel.
Method for operating at least one building drinking water network with sanitary fittings (3-7) by means of an Internet-based cloud server system , wherein the sanitary fittings (3-7) are designed as water outlet points and respectively have an electrically activatable water outlet valve (3a-7a) and a mobile-enabled fitting controller (3b-7b), wherein communication objects in the form of hygiene flushing instructions are generated by the cloud server system in accordance with a hygiene flushing strategy , wherein the generated hygiene flushing instructions are transmitted to the respective fitting controller (3b-7b) via a cellular connection (3c-7c) between a public wireless access point and the fitting controller (3b-7b) and wherein the received hygiene flushing instructions can be implemented, in particular are implemented, by the fitting controller (3b-7b) by an activation of the water outlet valve (3a-7a).
A method for producing a stabilization agent for a biodiesel composition, wherein the method comprises: providing lignin; and subjecting the lignin to a depolymerization process, being a base catalyzed degradation process or an enzymatic depolymerization process, to obtain depolymerized lignin having a weight average molecular weight of at least 360 g/mol and at most 5000 g/mol, for increasing the antioxidant capacity of the lignin, wherein the TEAC (trolox equivalent antioxidant capacity) value of the depolymerized lignin is at most 50 % of the TEAC value of the corresponding lignin before having been depolymerized, and wherein the weight average molecular weight of the depolymerized lignin is at most 60 % of the weight average molecular weight of the corresponding lignin, wherein the corresponding lignin is the same lignin molecule as the depolymerized lignin but before it has been depolymerized.
A stairlift including a rail ; a carriage displaceable along said rail; a user control displaceable by a user to effect movement of said carriage along said rail; and a diagnostic facility configured to detect faults in a component of the stairlift and a fault due to an operating error by a user arising in the operation of the stairlift, wherein said diagnostic facility is further configured to identify the nature of the fault and to issue to a stairlift user a voice-based output comprising a suggestion or instruction to aid a user in responding to the detected fault.