mhurhangee/patent-ind-claim-en huggingface dataset:
A system for a gas turbine engine, comprising: a gear train with an axial centerline ; and a gutter disposed radially outside of the axial centerline , the gutter at least partially circumscribing the gear train , and including: an inner surface ; and a channel that receives fluid directed out of the gear train , the channel extending radially into the gutter from the inner surface , and circumferentially to a channel outlet ; wherein the inner surface has a surface radius, and the channel has a radially extending channel height that is equal to or less than eight percent of the surface radius; characterised in that at least a portion of the channel has a cross-sectional channel geometry formed by an inner region and an outer region located radially outboard of the inner region ; and the inner region has a substantially rectangular geometry, and the outer region has a substantially triangular geometry. a gear train with an axial centerline ; and a gutter disposed radially outside of the axial centerline , the gutter at least partially circumscribing the gear train , and including: an inner surface ; and a channel that receives fluid directed out of the gear train , the channel extending radially into the gutter from the inner surface , and an inner surface ; and a channel that receives fluid directed out of the gear train , the channel extending radially into the gutter from the inner surface , and circumferentially to a channel outlet ; wherein the inner surface has a surface radius, and the channel has a radially extending channel height that is equal to or less than eight percent of the surface radius; characterised in that at least a portion of the channel has a cross-sectional channel geometry formed by an inner region and an outer region located radially outboard of the inner region ; and the inner region has a substantially rectangular geometry, and the outer region has a substantially triangular geometry.
A loop heat pipe comprising: an evaporator configured to evaporate working fluid (C); a condenser configured to condense the working fluid (C); a liquid pipe which connects the evaporator and the condenser and has a first pipe wall and a second pipe wall which is opposed to the first pipe wall ; a porous body which is provided in the liquid pipe and is configured to guide the working fluid (C) condensed by the condenser to the evaporator ; a flow channel which is a space that is formed in the liquid pipe and guides the working fluid (C) condensed by the condenser to the evaporator ; and a vapor pipe which connects the evaporator and the condenser and forms a loop together with the liquid pipe , wherein the porous body is disposed to be in contact with the first pipe wall 142), characterized in that the liquid pipe has an injection inlet which is connected to the second pipe wall and through which the working fluid (C) is injected. an evaporator configured to evaporate working fluid (C); a condenser configured to condense the working fluid (C); a liquid pipe which connects the evaporator and the condenser and has a first pipe wall and a second pipe wall which is opposed to the first pipe wall ; a porous body which is provided in the liquid pipe and is configured to guide the working fluid (C) condensed by the condenser to the evaporator ; a flow channel which is a space that is formed in the liquid pipe and guides the working fluid (C) condensed by the condenser to the evaporator ; and a vapor pipe which connects the evaporator and the condenser and forms a loop together with the liquid pipe , wherein the porous body is disposed to be in contact with the first pipe wall 142), characterized in that the liquid pipe has an injection inlet which is connected to the second pipe wall and through which the working fluid (C) is injected.
A dental prophylaxis angle comprising: a drive gear having drive gear teeth, a circumferential groove and an intermediate portion having an angled leading edge ; a driven gear having a shaft and driven gear teeth for engagement with said drive gear teeth; a hollow body for receiving said drive gear and said driven gear , said body having a front end and a rear end and including a lip engaged by said drive gear groove for retaining said drive gear within said body, said angled leading edge adapted to engage said lip to allow insertion of said drive gear into said body from said front end of said body until said lip is engaged by said drive gear groove . a drive gear having drive gear teeth, a circumferential groove and an intermediate portion having an angled leading edge ; a driven gear having a shaft and driven gear teeth for engagement with said drive gear teeth; a hollow body for receiving said drive gear and said driven gear , said body having a front end and a rear end and including a lip engaged by said drive gear groove for retaining said drive gear within said body, said angled leading edge adapted to engage said lip to allow insertion of said drive gear into said body from said front end of said body until said lip is engaged by said drive gear groove .
A method for configuring a remote control to command the operation of a controllable appliance , the remote control being in communication with a client device ; comprising: receiving at the remote control data that functions to identify the appliance ; using the data to retrieve at least one command code set from a database located locally with respect to the remote control ; when the appliance is determined to respond to at least one command code within the retrieved at least one command code set from the local database, configuring the remote control to use the command code set including the at least one command code retrieved from the local database to thereafter command the operation of the controllable appliance ; characterized in that when the controllable appliance is determined to not respond to the at least one command code retrieved from the local database, retrieving a command code set from a remote database accessible via the client device and configuring the remote control to use the command code set retrieved from the remote database to thereafter command the operation of the controllable appliance . receiving at the remote control data that functions to identify the appliance ; using the data to retrieve at least one command code set from a database located locally with respect to the remote control ; when the appliance is determined to respond to at least one command code within the retrieved at least one command code set from the local database, configuring the remote control to use the command code set including the at least one command code retrieved from the local database to thereafter command the operation of the controllable appliance ; characterized in that when the controllable appliance is determined to not respond to the at least one command code retrieved from the local database, retrieving a command code set from a remote database accessible via the client device and configuring the remote control to use the command code set retrieved from the remote database to thereafter command the operation of the controllable appliance .
A cutting tool comprising: a top blade ; a bottom blade pivotally coupled to the top blade , wherein the top blade and the bottom blade together perform a cutting action on an object placed therebetween; a first handle operatively coupled with the top blade , wherein the first handle defines a front portion and a back portion ; and a second handle operatively coupled with the bottom blade ; characterized in that: in closed position of the cutting tool , at least a part of the second handle at least partially encloses the back portion of the first handle . a top blade ; a bottom blade pivotally coupled to the top blade , wherein the top blade and the bottom blade together perform a cutting action on an object placed therebetween; a first handle operatively coupled with the top blade , wherein the first handle defines a front portion and a back portion ; and a second handle operatively coupled with the bottom blade ; characterized in that: in closed position of the cutting tool , at least a part of the second handle at least partially encloses the back portion of the first handle .
A heating value derivation device , comprising: a sound-velocity meter configured to measure a gas flowing through a gas flow path such that the sound velocity thereof can be derived from the measurement result; and a sound velocity derivation unit configured to derive the sound velocity of the gas flowing through the gas flow path based on the measurement result of the meter ; and a heating value derivation unit configured to refer to correspondence relationship information, said correspondence relationship information satisfying the expression CV T = 1 C 2 αγRT 0 p p 0 , where CV T is a heating value per unit volume (kJ/m 3 ), C is the sound velocity, a is a constant, R is a gas constant (J/(mol.K)), T 0 is a standard temperature (273.15 K), p is a supply pressure (Pa), and p 0 is a standard pressure (101,325 Pa), and thereby enabling the heating value per unit volume to be derived from the sound velocity of the gas regardless of the type of the gas and the temperature of the gas, and to thereby derive, based on the sound velocity derived by the sound velocity derivation unit, the heating value per unit volume of the gas at the temperature during the measurement. a sound-velocity meter configured to measure a gas flowing through a gas flow path such that the sound velocity thereof can be derived from the measurement result; and a sound velocity derivation unit configured to derive the sound velocity of the gas flowing through the gas flow path based on the measurement result of the meter ; and a heating value derivation unit configured to refer to correspondence relationship information, said correspondence relationship information satisfying the expression CV T = 1 C 2 αγRT 0 p p 0 , where CV T is a heating value per unit volume (kJ/m 3 ), C is the sound velocity, a is a constant, R is a gas constant (J/(mol.K)), T 0 is a standard temperature (273.15 K), p is a supply pressure (Pa), and p 0 is a standard pressure (101,325 Pa), and thereby enabling the heating value per unit volume to be derived from the sound velocity of the gas regardless of the type of the gas and the temperature of the gas, and to thereby derive, based on the sound velocity derived by the sound velocity derivation unit, the heating value per unit volume of the gas at the temperature during the measurement. to refer to correspondence relationship information, said correspondence relationship information satisfying the expression CV T = 1 C 2 αγRT 0 p p 0 , where CV T is a heating value per unit volume (kJ/m 3 ), C is the sound velocity, a is a constant, R is a gas constant (J/(mol.K)), T 0 is a standard temperature (273.15 K), p is a supply pressure (Pa), and p 0 is a standard pressure (101,325 Pa), and thereby enabling the heating value per unit volume to be derived from the sound velocity of the gas regardless of the type of the gas and the temperature of the gas, and to thereby derive, based on the sound velocity derived by the sound velocity derivation unit, the heating value per unit volume of the gas at the temperature during the measurement.
A wire rod linear winding apparatus that winds a wire rod around a winding drum , the apparatus comprising: a guide device guiding the wire rod to the winding drum , a correction device correcting a position in which the wire rod is wound around the winding drum , characterized in that the apparatus further comprises a data collection storage system that collects at least data representing manual operations on the guide device and the correction device , data representing each condition of each of the wire rod , the guide device , and the correction device , and data representing success or failure of targeted linear winding of the wire rod and stores the collected sets of data in association with success or failure of the targeted linear winding of the wire rod as wire rod winding operation data; and a learning device that, based on the stored wire rod winding operation data, learns manual operations on the guide device and the correction device in at least one of success and failure in the targeted linear winding of the wire rod and constructs a control law which allows automatic control on the guide device and the correction device such that the wire rod is wound around the winding drum in the targeted linear winding.
A method of forming an outsole , the method comprising: shaping a first composition to form a first portion of an externally-facing side of an outsole , wherein the first composition includes a mixture of a first uncured or partially cured rubber and a first polymeric hydrogel at a first concentration, wherein the first polymeric hydrogel is distributed throughout the first uncured or partially cured rubber , wherein the first portion of the externally-facing side of the outsole is on the outside surface so to be ground-facing under normal use; and curing (119; 137; 145) the first portion to form a first elastomeric material (129; 135), thereby curing the first uncured or partially cured rubber into a first fully cured rubber, and forming a first polymeric network including the first fully cured rubber in the first elastomeric material (129; 135), wherein the first polymeric hydrogel is distributed throughout and entrapped by the first polymeric network. shaping a first composition to form a first portion of an externally-facing side of an outsole , wherein the first composition includes a mixture of a first uncured or partially cured rubber and a first polymeric hydrogel at a first concentration, wherein the first polymeric hydrogel is distributed throughout the first uncured or partially cured rubber , wherein the first portion of the externally-facing side of the outsole is on the outside surface so to be ground-facing under normal use; and curing (119; 137; 145) the first portion to form a first elastomeric material (129; 135), thereby curing the first uncured or partially cured rubber into a first fully cured rubber, and forming a first polymeric network including the first fully cured rubber in the first elastomeric material (129; 135), wherein the first polymeric hydrogel is distributed throughout and entrapped by the first polymeric network.
Cladribine for use in the oral treatment of multiple sclerosis according to the sequential steps below: (i) An induction period lasting up to 4 months wherein Cladribine is to be orally administered and wherein the total dose of Cladribine reached at the end of the induction period is about 1.7 mg/kg or about 3.5 mg/kg; (ii) A Cladribine-free period lasting 8 to 10 months wherein no Cladribine is to be administered; (iii) A maintenance period lasting up to 2 months wherein Cladribine is to be orally administered and wherein the total dose of Cladribine reached at the end of the maintenance period is about 1.7 mg/kg; (iv) A Cladribine-free period wherein no Cladribine is to be administered. (i) An induction period lasting up to 4 months wherein Cladribine is to be orally administered and wherein the total dose of Cladribine reached at the end of the induction period is about 1.7 mg/kg or about 3.5 mg/kg; (ii) A Cladribine-free period lasting 8 to 10 months wherein no Cladribine is to be administered; (iii) A maintenance period lasting up to 2 months wherein Cladribine is to be orally administered and wherein the total dose of Cladribine reached at the end of the maintenance period is about 1.7 mg/kg; (iv) A Cladribine-free period wherein no Cladribine is to be administered.
Data system of a towing vehicle and/or trailer vehicle , in particular for commercial vehicles such as a truck or truck trailer or a passenger bus or passenger bus trailer, comprising: - a control device, - a sensor system for recording and processing sensor data, - a BUS system for transferring the sensor data between the control device and the sensor system, - an interface of the BUS system for transferring the sensor data to an interface of a BUS system of a respective other data system of the towing vehicle and/or trailer vehicle within the framework of a data transmission system , wherein - the BUS system comprises a first BUS device in the form of a CAN BUS, and - the BUS system comprises a second BUS device in the form of an ETHERNET BUS, characterized in that - the data system of the towing vehicle and/or trailer vehicle further comprises in each case an intelligent switch, which is coupled to the control device and/or the interface and is designed to activate the second BUS device in the form of an ETHERNET BUS in order to couple the towing vehicle and the trailer vehicle by means of the ETHERNET BUS in a coordinated manner when necessary, wherein the switch -- independently of the interface or as an interface switch forming the interface -- is connected to an intelligent decision logic and/or a control device of the towing vehicle and/or trailer vehicle. - a control device, - a sensor system for recording and processing sensor data, - a BUS system for transferring the sensor data between the control device and the sensor system, - an interface of the BUS system for transferring the sensor data to an interface of a BUS system of a respective other data system of the towing vehicle and/or trailer vehicle within the framework of a data transmission system , wherein - the BUS system comprises a first BUS device in the form of a CAN BUS, and - the BUS system comprises a second BUS device in the form of an ETHERNET BUS, characterized in that - the data system of the towing vehicle and/or trailer vehicle further comprises in each case an intelligent switch, which is coupled to the control device and/or the interface and is designed to activate the second BUS device in the form of an ETHERNET BUS in order to couple the towing vehicle and the trailer vehicle by means of the ETHERNET BUS in a coordinated manner when necessary, wherein the switch -- independently of the interface or as an interface switch forming the interface -- is connected to an intelligent decision logic and/or a control device of the towing vehicle and/or trailer vehicle.
A system , comprising: at least one data processor; and at least one memory storing instructions which, when executed by the at least one data processor, result in operations comprising: determining , based on location data from a positioning system, a presence of a cartridge at a first location, and a second location prior to being at the first location, the cartridge including a substance; determining , based on content data from a first content meter at the first location, a first quantity of the substance in the cartridge; and detecting a diversion of the substance included in the cartridge, characterized in that the diversion is detected based at least on (i) the first quantity of the substance in the cartridge being inconsistent with an expected quantity of the substance at the first location and (ii) a travel time between the first location and the second location exceeding an expected travel time. at least one data processor; and at least one memory storing instructions which, when executed by the at least one data processor, result in operations comprising: determining , based on location data from a positioning system, a presence of a cartridge at a first location, and a second location prior to being at the first location, the cartridge including a substance; determining , based on content data from a first content meter at the first location, a first quantity of the substance in the cartridge; and detecting a diversion of the substance included in the cartridge, characterized in that the diversion is detected based at least on (i) the first quantity of the substance in the cartridge being inconsistent with an expected quantity of the substance at the first location and (ii) a travel time between the first location and the second location exceeding an expected travel time. determining , based on location data from a positioning system, a presence of a cartridge at a first location, and a second location prior to being at the first location, the cartridge including a substance; determining , based on content data from a first content meter at the first location, a first quantity of the substance in the cartridge; and detecting a diversion of the substance included in the cartridge, characterized in that the diversion is detected based at least on (i) the first quantity of the substance in the cartridge being inconsistent with an expected quantity of the substance at the first location and (ii) a travel time between the first location and the second location exceeding an expected travel time. (i) the first quantity of the substance in the cartridge being inconsistent with an expected quantity of the substance at the first location and (ii) a travel time between the first location and the second location exceeding an expected travel time.
An active layer/membrane assembly intended to be incorporated into a hydrogen production device, said assembly comprising an active layer in contact with a membrane capable of exchanging ions, said active layer comprising catalyst particles and conductive electronic particles referred to as support particles, characterized in that the size of the support particles is greater than the average thickness of said active layer, so that said support particles emerge at a surface of said active layer, said surface of said active layer being opposite to the surface of said active layer in contact with said membrane.
Flute headjoint comprising: a cylindrical pipe section , an embouchure hole bounded by a reinforcing element , a crown adapted to terminate the pipe section situated to the left of the embouchure hole , a concave tuning plug disposed in the pipe section in a sonic chamber situated under the embouchure hole , a balance weight adapted to be placed in a resonator cavity between the tuning plug and the crown , and an additional extension piece ; characterised in that the crown is open in the direction of the pipe section of the flute; and the tuning plug is a cylindrical body, with its face situated facing the embouchure hole having a sunken three-dimensional configuration with an inner conical portion , a frustrum-shaped portion connected to said inner conical portion , having a first radiused cross-section along the direciton of the pipe section, and a concave flared portion connected to said frustrum-shaped portion , having a second radiused cross-section along the direction of the pipe section . a cylindrical pipe section , an embouchure hole bounded by a reinforcing element , a crown adapted to terminate the pipe section situated to the left of the embouchure hole , a concave tuning plug disposed in the pipe section in a sonic chamber situated under the embouchure hole , a balance weight adapted to be placed in a resonator cavity between the tuning plug and the crown , and an additional extension piece ; characterised in that the crown is open in the direction of the pipe section of the flute; and the tuning plug is a cylindrical body, with its face situated facing the embouchure hole having a sunken three-dimensional configuration with an inner conical portion , a frustrum-shaped portion connected to said inner conical portion , having a first radiused cross-section along the direciton of the pipe section, and a concave flared portion connected to said frustrum-shaped portion , having a second radiused cross-section along the direction of the pipe section .
A device for applying light to the eye of the subject comprising: a structure having an inner surface (52; 706) generally corresponding to the shape of the eye facing in an inward direction and adapted to rest on a surface of the eye so that the inner surface (52; 706) and the surface of the eye define a space, the structure including an optically scattering dome or disc adapted to transmit light to the eye; and a supply conduit extending from the structure and communicating with the inner surface, further comprising a source of a liquid connected to the supply conduit .