mhurhangee/patent-ind-claim-en huggingface dataset:
A rotary closure for connecting components, composed of a bolt having a locking cross protrusion , a cylindrical accommodation for the bolt , guiding means between the bolt and the accommodation , wherein the guiding means comprise at least one nose on the bolt , and groove-shaped recesses in the accommodation such that the bolt , when being moved in the direction between the initial position and the locking position, performs a spring force-assisted axial longitudinal movement, wherein the respective spring is tensioned, when the bolt is moved in the reverse direction, and the spring is arranged inside the accommodation and supports against an inner wall side projection, characterized in that the bolt has an axially extending passage opening , the passage opening receives a screw or a threaded pin, wherein a first end of the screw or of the threaded pin engages into a counter thread within the accommodation , and a second end of the screw or of the threaded pin comes to rest against a front side of the bolt or a portion of the locking cross protrusion so that, in the locking position, an additional force is applicable upon the components to be connected.
A carburetor , comprising: a body (14; 15) and a cover ; a fuel chamber being a fuel metering chamber having a periphery and located between the body (14; 15) and the cover ; a multilayer subassembly being a metering diaphragm clamped between the body (14; 15) and the cover , the multilayer subassembly comprising a first layer of material and a second layer of a different material than the first layer of material and each layer of material spans across and extends outside of the periphery of the fuel chamber and both layers of material are clamped between the body (14; 15) and the cover along the entire periphery of the fuel chamber; a fuel flow valve being a fuel metering valve that opens and closes to allow fuel flow into the fuel chamber; wherein the first layer of material is a discontinuous layer (62; 62'; 162; 262; 362; 462; 562; 662; 762; 862; 962; 1062; 1162; 1262; 1362) that has a plurality of discontinuities within the periphery of the fuel metering chamber , flexes to selectively actuate the fuel flow valve, and has a thickness in the range of 0.076 mm (0.003 in.) to 1.016 mm (0.040 in.), and the second layer of material is a continuous layer (60; 60') that defines a portion of the fuel chamber, is of a flexible material and moves in response to a pressure differential across the second layer of material to flex the first layer of material to actuate the fuel metering valve and has a thickness in the range of 0.0254 mm (0.001 in.) to 0.254 mm (0.010 in.). a body (14; 15) and a cover ; a fuel chamber being a fuel metering chamber having a periphery and located between the body (14; 15) and the cover ; a multilayer subassembly being a metering diaphragm clamped between the body (14; 15) and the cover , the multilayer subassembly comprising a first layer of material and a second layer of a different material than the first layer of material and each layer of material spans across and extends outside of the periphery of the fuel chamber and both layers of material are clamped between the body (14; 15) and the cover along the entire periphery of the fuel chamber; a fuel flow valve being a fuel metering valve that opens and closes to allow fuel flow into the fuel chamber; wherein the first layer of material is a discontinuous layer (62; 62'; 162; 262; 362; 462; 562; 662; 762; 862; 962; 1062; 1162; 1262; 1362) that has a plurality of discontinuities within the periphery of the fuel metering chamber , flexes to selectively actuate the fuel flow valve, and has a thickness in the range of 0.076 mm (0.003 in.) to 1.016 mm (0.040 in.), and the second layer of material is a continuous layer (60; 60') that defines a portion of the fuel chamber, is of a flexible material and moves in response to a pressure differential across the second layer of material to flex the first layer of material to actuate the fuel metering valve and has a thickness in the range of 0.0254 mm (0.001 in.) to 0.254 mm (0.010 in.).
Strain wave gear mechanism having four internally toothed ring gears , of which a first ring gear and a second ring gear are in meshing engagement with a first radially flexible externally toothed sleeve , and of which a third ring gear and a fourth ring gear are in meshing engagement with a second radially flexible externally toothed sleeve , characterized in that the first radially flexible externally toothed sleeve has a coupling portion which is coaxially surrounded by the second radially flexible externally toothed sleeve .
Water/steam system for a combined cycle power plant, comprising a. a heat recovery steam generator providing a flue gas stream path for extracting heat from a flue gas stream exhausted from a gas turbine, the heat recovery steam generator having b. a high pressure section for providing steam at a high pressure level, c. a medium pressure section for providing steam at an intermediate pressure level, and d. a low pressure section including a low pressure evaporator arranged along the flue gas stream path for generating low pressure steam at a low pressure input level (p 10 ) for a main input of a low pressure steam turbine , wherein the low pressure section further includes a sub low pressure evaporator for generating sub low pressure steam at a sub low pressure level (p 11 ) below the low pressure level (p 10 ), e. the low pressure section includes a low pressure super-heater for superheating the low pressure steam and a sub low pressure super-heater for super-heating the sub low pressure steam, and f. the sub low pressure super-heater is arranged downstream of the low pressure evaporator along the flue gas stream path , a. a heat recovery steam generator providing a flue gas stream path for extracting heat from a flue gas stream exhausted from a gas turbine, the heat recovery steam generator having b. a high pressure section for providing steam at a high pressure level, c. a medium pressure section for providing steam at an intermediate pressure level, and d. a low pressure section including a low pressure evaporator arranged along the flue gas stream path for generating low pressure steam at a low pressure input level (p 10 ) for a main input of a low pressure steam turbine , wherein the low pressure section further includes a sub low pressure evaporator for generating sub low pressure steam at a sub low pressure level (p 11 ) below the low pressure level (p 10 ), e. the low pressure section includes a low pressure super-heater for superheating the low pressure steam and a sub low pressure super-heater for super-heating the sub low pressure steam, and f. the sub low pressure super-heater is arranged downstream of the low pressure evaporator along the flue gas stream path ,
A method of measuring a fluid leakage flow at a rotary seal of a gas turbine engine , comprising: providing a first fluid flow flowing through the rotary seal ; intermittently applying a probe flow of a second fluid to an intra-seal cavity ; controlling the probe flow at the intra-seal cavity ; measuring a pressure of the first fluid flow at a location during applying the probe flow; measuring a pressure of the first fluid flow at the location after applying the probe flow; determining a pressure change based on the measured pressures of the first fluid flow at the location caused by applying the probe flow of the second fluid ; and determining information relating to the first fluid leakage flow from the pressure change in the first fluid flow. providing a first fluid flow flowing through the rotary seal ; intermittently applying a probe flow of a second fluid to an intra-seal cavity ; controlling the probe flow at the intra-seal cavity ; measuring a pressure of the first fluid flow at a location during applying the probe flow; measuring a pressure of the first fluid flow at the location after applying the probe flow; determining a pressure change based on the measured pressures of the first fluid flow at the location caused by applying the probe flow of the second fluid ; and determining information relating to the first fluid leakage flow from the pressure change in the first fluid flow.
Method for producing a compound (A) having the general formula: R 3 In 2 Cl 3 comprising the reaction steps of a1) reacting indium with an alkyl donor in the presence of an activator to form compound (A), wherein the alkyl donor is alkyl chloride (RCI), a2) and optionally isolating compound (A) from the reaction mixture; wherein R is an alkyl radical having 1 to 4 carbon atoms, and wherein R is branched or unbranched. a1) reacting indium with an alkyl donor in the presence of an activator to form compound (A), wherein the alkyl donor is alkyl chloride (RCI), a2) and optionally isolating compound (A) from the reaction mixture;
Wind or water energy installation for production of electrical energy having at least one propeller and at least one generator , which comprises at least one rotor, at least one stator and at least one magnetic circuit producing a magnetic flux, - wherein the at least one magnetic circuit comprises at least one stator-side magnet , which is a permanent magnet, and at least one stator-side coil through which at least a portion of the magnetic flux of the stator-side magnet flows, and the magnetic circuit is closed by the rotor and - wherein, on its surface facing the stator, the rotor has a magnetic reluctance (Rm), which is dependent on its respective rotation angle, such that the magnitude of the magnetic flux in the at least one stator-side coil is dependent on the respective rotation angle of the rotor, and varies during rotation of the rotor, characterized in that - the stator-side magnet or magnets is or are embedded in the flux-guiding material of the stator and completely surrounded - on the entire surface - by the flux-guiding stator-side material, - the stator has a stator inner face facing the rotor and a stator outer face averted from the rotor, and the stator-side magnet or magnets is or are embedded in the flux-guiding material of the stator in such a way that the stator-side magnets are separated from the stator inner face and the stator outer face by the flux-guiding material of the stator, and - the stator-side magnet or magnets is or are encapsulated in the flux-guiding material of the stator. - wherein the at least one magnetic circuit comprises at least one stator-side magnet , which is a permanent magnet, and at least one stator-side coil through which at least a portion of the magnetic flux of the stator-side magnet flows, and the magnetic circuit is closed by the rotor and - wherein, on its surface facing the stator, the rotor has a magnetic reluctance (Rm), which is dependent on its respective rotation angle, such that the magnitude of the magnetic flux in the at least one stator-side coil is dependent on the respective rotation angle of the rotor, and varies during rotation of the rotor, - the stator-side magnet or magnets is or are embedded in the flux-guiding material of the stator and completely surrounded - on the entire surface - by the flux-guiding stator-side material, - the stator has a stator inner face facing the rotor and a stator outer face averted from the rotor, and the stator-side magnet or magnets is or are embedded in the flux-guiding material of the stator in such a way that the stator-side magnets are separated from the stator inner face and the stator outer face by the flux-guiding material of the stator, and - the stator-side magnet or magnets is or are encapsulated in the flux-guiding material of the stator.
A joystick structure comprising: a joystick , the joystick comprising an insertion portion ; and a cartridge , comprising a buckle portion , the cartridge being further provided with a hollow portion , wherein the buckle portion is used to clamp the insertion portion when the joystick is inserted into the hollow portion ; characterized in that the buckle portion comprises: an abutting member , which is buckle-connected to the insertion portion ; and an elastic member , sleeved outside the abutting member , wherein when an external tension force is applied to the joystick , the joystick presses against the abutting member , so that the elastic member deforms to cause the abutting member to slide out from the insertion portion and the insertion portion is detached from the buckle portion . a joystick , the joystick comprising an insertion portion ; and a cartridge , comprising a buckle portion , the cartridge being further provided with a hollow portion , wherein the buckle portion is used to clamp the insertion portion when the joystick is inserted into the hollow portion ; characterized in that the buckle portion comprises: an abutting member , which is buckle-connected to the insertion portion ; and an elastic member , sleeved outside the abutting member , wherein when an external tension force is applied to the joystick , the joystick presses against the abutting member , so that the elastic member deforms to cause the abutting member to slide out from the insertion portion and the insertion portion is detached from the buckle portion . an abutting member , which is buckle-connected to the insertion portion ; and an elastic member , sleeved outside the abutting member , wherein when an external tension force is applied to the joystick , the joystick presses against the abutting member , so that the elastic member deforms to cause the abutting member to slide out from the insertion portion and the insertion portion is detached from the buckle portion .
A guide wire comprising: an elongated wire body having flexibility; a distal side coating layer that covers a distal portion of the wire body and is configured with a resin material; and a tubular member through which the wire body is inserted and of which a distal portion is positioned in the vicinity of a proximal portion of the distal side coating layer , characterized in that a plurality of melted portions which are concavely deformed toward the wire body by melting are formed in the tubular member , wherein the tubular member is fixed to the wire body by bringing the melted portions into press-contact with the wire body . an elongated wire body having flexibility; a distal side coating layer that covers a distal portion of the wire body and is configured with a resin material; and a tubular member through which the wire body is inserted and of which a distal portion is positioned in the vicinity of a proximal portion of the distal side coating layer , characterized in that a plurality of melted portions which are concavely deformed toward the wire body by melting are formed in the tubular member , wherein the tubular member is fixed to the wire body by bringing the melted portions into press-contact with the wire body .
Sterilising apparatus comprising: - an autoclave for sterilisation or disinfection , in particular for medical-dental use comprising a sterilisation chamber , an inner tank for water, inside said autoclave for sterilisation and heating means of water, - an outer tank external to said autoclave for sterilisation , said outer tank comprises a purification filter suitable to purify water contained therein by mere passage of said water through filtering layers, - wherein said outer tank is divided into a high potential portion (1 a) and a low potential portion (1 b), said portions being in mutual fluidic through connection through said filter , - wherein said purification filter comprises a plurality of filter layers comprising distribution layers suitable to slow down and better distribute the water along the entire area of said filtering layers and active layers suitable to perform a purifying function of said water, - said sterilising apparatus comprises connection means between said outer tank and said autoclave for sterilisation , - wherein said autoclave for sterilisation comprises expulsion means of the exhausted water from said autoclave for sterilisation , and means of connecting said outer tank to said expulsion means for the purification of the exhausted water in said outer tank and recycling. - an autoclave for sterilisation or disinfection , in particular for medical-dental use comprising a sterilisation chamber , an inner tank for water, inside said autoclave for sterilisation and heating means of water, - an outer tank external to said autoclave for sterilisation , said outer tank comprises a purification filter suitable to purify water contained therein by mere passage of said water through filtering layers, - wherein said outer tank is divided into a high potential portion (1 a) and a low potential portion (1 b), said portions being in mutual fluidic through connection through said filter , - wherein said purification filter comprises a plurality of filter layers comprising distribution layers suitable to slow down and better distribute the water along the entire area of said filtering layers and active layers suitable to perform a purifying function of said water, - said sterilising apparatus comprises connection means between said outer tank and said autoclave for sterilisation , - wherein said autoclave for sterilisation comprises expulsion means of the exhausted water from said autoclave for sterilisation , and means of connecting said outer tank to said expulsion means for the purification of the exhausted water in said outer tank and recycling.
An optical sensor module for detecting and/or measuring physiological information from a subject, wherein the optical sensor module is configured to be integrated within a wearable device, the optical sensor module comprising: a base comprising an optical source and an optical detector adjacent the optical source ; a housing secured to the base and enclosing the optical source and optical detector, wherein the housing is configured to protect the optical source and the optical detector from ambient interference, wherein the housing comprises at least one window (W) in optical communication with the optical source and the optical detector ; first and second light guides supported by the housing , wherein the first light guide comprises a proximal end in optical communication with the optical source and a distal end , wherein the second light guide comprises a proximal end in optical communication with the optical detector adjacent the optical source and a distal end , wherein the first and second light guides define respective first and second axial directions, wherein the first and second axial directions diverge outwardly from the housing , and wherein the first axial direction of the first light guide has an angle (a1) relative to a plane defined by the optical source that is less than ninety degrees, wherein the second axial direction of the second light guide has an angle (a2) relative to a plane defined by the optical detector that is less than ninety degrees; a signal processor supported by the base ; a wireless module supported by the base and configured to communicate with a remote device; and a battery mounted to the base . a base comprising an optical source and an optical detector adjacent the optical source ; a housing secured to the base and enclosing the optical source and optical detector, wherein the housing is configured to protect the optical source and the optical detector from ambient interference, wherein the housing comprises at least one window (W) in optical communication with the optical source and the optical detector ; first and second light guides supported by the housing , wherein the first light guide comprises a proximal end in optical communication with the optical source and a distal end , wherein the second light guide comprises a proximal end in optical communication with the optical detector adjacent the optical source and a distal end , wherein the first and second light guides define respective first and second axial directions, wherein the first and second axial directions diverge outwardly from the housing , and wherein the first axial direction of the first light guide has an angle (a1) relative to a plane defined by the optical source that is less than ninety degrees, wherein the second axial direction of the second light guide has an angle (a2) relative to a plane defined by the optical detector that is less than ninety degrees; a signal processor supported by the base ; a wireless module supported by the base and configured to communicate with a remote device; and a battery mounted to the base .
Device for removing air from, or supplying air to, a space, wherein the space is surrounded by walls, having a ventilation system for generating an air flow and an opening in at least one of the walls, at which the air flow begins or ends, wherein the device has at least three perforated plates which are suitable for covering the opening, wherein the perforated plates are arranged in layers relative to one another, and the perforated plates exhibit two different hardnesses, characterized in that the two outer perforated plates exhibit the greater hardness by comparison with the at least one perforated plate located therebetween.
A second base station comprising: a reception processing section configured to receive information related to usage status of a slice provided by a first base station ; a storage section configured to store the information related to the usage status of the slice; a setting section configured to set a target cell to be measured by a terminal apparatus , based on the information related to the usage status of the slice; and a determining section configured to determine a handover destination for the terminal apparatus , based on the information related to the usage status of the slice, wherein the second base station is a master base station and the first base station is a secondary base station. a reception processing section configured to receive information related to usage status of a slice provided by a first base station ; a storage section configured to store the information related to the usage status of the slice; a setting section configured to set a target cell to be measured by a terminal apparatus , based on the information related to the usage status of the slice; and a determining section configured to determine a handover destination for the terminal apparatus , based on the information related to the usage status of the slice, wherein the second base station is a master base station and the first base station is a secondary base station.
An aqueous pretreatment liquid that is used together with an aqueous inkjet ink, wherein the aqueous pretreatment liquid comprises a resin (A), a surfactant (B), a coagulant, and a water-soluble organic solvent (C), the resin (A) includes an ethylene-vinyl alcohol copolymer resin (A-1) having a saponification degree of 80 mol% or higher, the surfactant (B) includes a surfactant (B-1) having an HLB value of 9.5 or higher, and the water-soluble organic solvent (C) includes a water-soluble organic solvent (C-1) containing at least one hydroxyl group within a molecular structure. the aqueous pretreatment liquid comprises a resin (A), a surfactant (B), a coagulant, and a water-soluble organic solvent (C), the resin (A) includes an ethylene-vinyl alcohol copolymer resin (A-1) having a saponification degree of 80 mol% or higher, the surfactant (B) includes a surfactant (B-1) having an HLB value of 9.5 or higher, and the water-soluble organic solvent (C) includes a water-soluble organic solvent (C-1) containing at least one hydroxyl group within a molecular structure.