mhurhangee/patent-ind-claim-en huggingface dataset:
Prefabricated slab (10; 110) comprising a structure (12; 112) made of concrete and a reinforcement (16, 18, 22, 24; 116, 118, 122, 124), wherein it includes within it at least one lightening element (20; 120) made of paper and/or cardboard suitable for creating a volume of lower density than the structure (12; 112) made of concrete, within the prefabricated slab; wherein the at least one lightening element (20; 120) is internally filled; and/or wherein the at least one lightening element (20; 120) is internally hollow; characterized by the fact that the reinforcement includes at least one U-shaped member (22, 24; 122, 124) ; the at least one U-shaped member protrudes from the structure (12; 112); the prefabricated slab includes at least one fastener useful for lifting the prefabricated floor (10; 110) when it is to be arranged in the desired position. within it at least one lightening element (20; 120) made of paper and/or cardboard suitable for creating a volume of lower density than the structure (12; 112) made of concrete, within the prefabricated slab; wherein the at least one lightening element (20; 120) is internally filled; and/or wherein the at least one lightening element (20; 120) is internally hollow; characterized by the fact that the reinforcement includes at least one U-shaped member (22, 24; 122, 124) ; the at least one U-shaped member protrudes from the structure (12; 112); the prefabricated slab includes at least one fastener useful for lifting the prefabricated floor (10; 110) when it is to be arranged in the desired position.
Construction machine comprising a swivel body and a swivel control apparatus for swiveling the swivel body by a motor , the swivel body supporting an attachment including a boom , an arm , and an end attachment , the swivel control apparatus is characterized by comprising: a drive command determining part for determining either a speed of a swivel motion of the swivel body or an acceleration and deceleration of the swivel motion of the swivel body in response to a swivel radius (R) being calculated from a boom angle (θB) being a tilt angle of the boom and an arm angle (θA) being a tilt angle of the arm , wherein a swivel drive command (TV2) for the motor generated based on an operation amount of an operation lever relates to either a speed of the motor or an acceleration and deceleration of the motor and is changed such that as a swivel radius (R) is made greater when the swivel drive command for the motor is generated based on an operation amount of the operation lever and the position of the end attachment, and the end attachment is positioned at a farther position from the swivel body , a signal of the swivel drive command (TV2) becomes smaller. a drive command determining part for determining either a speed of a swivel motion of the swivel body or an acceleration and deceleration of the swivel motion of the swivel body in response to a swivel radius (R) being calculated from a boom angle (θB) being a tilt angle of the boom and an arm angle (θA) being a tilt angle of the arm , a speed of a swivel motion of the swivel body or an acceleration and deceleration of the swivel motion of the swivel body in response to a swivel radius (R) being calculated from a boom angle (θB) being a tilt angle of the boom and an arm angle (θA) being a tilt angle of the arm , wherein a swivel drive command (TV2) for the motor generated based on an operation amount of an operation lever relates to either a speed of the motor or an acceleration and deceleration of the motor and is changed such that as a swivel radius (R) is made greater when the swivel drive command for the motor is generated based on an operation amount of the operation lever and the position of the end attachment, and the end attachment is positioned at a farther position from the swivel body , a signal of the swivel drive command (TV2) becomes smaller. a speed of the motor or an acceleration and deceleration of the motor and is changed such that as a swivel radius (R) is made greater when the swivel drive command for the motor is generated based on an operation amount of the operation lever and the position of the end attachment, and the end attachment is positioned at a farther position from the swivel body , a signal of the swivel drive command (TV2) becomes smaller.
A hand-held working machine , comprising: a machine body ; a drive source mounted on the machine body ; a cutting blade provided at a front portion of the machine body to protrude and driven by the drive source to cut off a cutting target; and a rear handle rotatably connected to a rear portion of the machine body and grasped by an operator, the rear handle including a throttle lever rotated by the operation of the operator and adjusting an output of the drive source , and a lock lever stopping and locking the rotation of the rear handle , characterized in that the rear handle includes a rotation lever being rotatably journaled to a shaft and acting on the lock lever and the throttle lever , and a torsion coil spring providing an urging force to the rotation lever to be located at a lock position (R), and in that in accordance with the rotation of the rotation lever at a non-lock position, the rotation of the throttle lever is regulated and the locking of the rear handle by the lock lever is released. a machine body ; a drive source mounted on the machine body ; a cutting blade provided at a front portion of the machine body to protrude and driven by the drive source to cut off a cutting target; and a rear handle rotatably connected to a rear portion of the machine body and grasped by an operator, the rear handle including a throttle lever rotated by the operation of the operator and adjusting an output of the drive source , and a lock lever stopping and locking the rotation of the rear handle , a throttle lever rotated by the operation of the operator and adjusting an output of the drive source , and a lock lever stopping and locking the rotation of the rear handle , the rear handle includes a rotation lever being rotatably journaled to a shaft and acting on the lock lever and the throttle lever , and a torsion coil spring providing an urging force to the rotation lever to be located at a lock position (R), a rotation lever being rotatably journaled to a shaft and acting on the lock lever and the throttle lever , and a torsion coil spring providing an urging force to the rotation lever to be located at a lock position (R), and in that in accordance with the rotation of the rotation lever at a non-lock position, the rotation of the throttle lever is regulated and the locking of the rear handle by the lock lever is released.
A method of preparing oligomers of an olefin, comprising: providing an alkylaluminum compound; irradiating the alkylaluminum compound with microwave radiation to provide an irradiated alkylaluminum compound; mixing the irradiated alkylaluminum compound with a chromium compound, a pyrrole compound, and a zinc compound to provide a catalyst composition; and contacting an olefin with the catalyst composition to form oligomers of the olefin. providing an alkylaluminum compound; irradiating the alkylaluminum compound with microwave radiation to provide an irradiated alkylaluminum compound; mixing the irradiated alkylaluminum compound with a chromium compound, a pyrrole compound, and a zinc compound to provide a catalyst composition; and contacting an olefin with the catalyst composition to form oligomers of the olefin.
A method of predicting the fluid level at a predetermined location in a fluid flow network having a plurality of regulators to control the flow of fluid along said fluid flow network, said method including the steps of collecting data based on timed measurements of fluid levels upstream of said regulators and fluid levels downstream of said regulators , timed measurements of data based on the opening positions of said regulators are also collected, and using data analysis to provide a model based on said data, whereby said model will provide said prediction of fluid level at said predetermined location based on timed measurements of fluid levels upstream of said regulators and the opening positions of said regulators , wherein said data analysis uses system identification techniques and wherein said fluid flow network is a canal or river system and said regulators are overshot gates or undershot gates within said canal or river system, wherein each regulator is associated with a respective module of said model and each module is associated with the upstream fluid level position of its respective regulator , downstream fluid level position of its respective regulator and opening position of its respective regulator , each module being linked with a respective downstream module.
A microfluidic device comprising: a first porous substrate ; a plurality of reaction channels disposed on a first side of the first porous substrate , the reaction channels defined by a barrier material disposed on a surface of the substrate in a user-defined pattern; and at least one reagent disposed within each reaction channel providing a colorimetric analysis of at least one analyte or property in a sample introduced to the device, wherein the first porous substrate is disposed within a housing, said housing comprising a first backing and a second backing , the first porous substrate being disposed between the first backing and the second backing, characterized in that the first backing comprises a first centrally located aperture defining a single sample port from which the sample travels radially outward to each of the reaction channels by capillary action and a plurality of second apertures positioned over corresponding reaction channels and, below the second backing , a second porous substrate and third backing , said second porous substrate having a plurality of reaction channels disposed on a first side thereof, and said third backing comprising a plurality of second apertures defining vents , wherein the reaction channels disposed on the first side of the first porous substrate provide one set of test results and the reaction channels disposed on the first side of the second porous substrate provide another set of results. a first porous substrate ; a plurality of reaction channels disposed on a first side of the first porous substrate , the reaction channels defined by a barrier material disposed on a surface of the substrate in a user-defined pattern; and at least one reagent disposed within each reaction channel providing a colorimetric analysis of at least one analyte or property in a sample introduced to the device, wherein the first porous substrate is disposed within a housing, said housing comprising a first backing and a second backing , the first porous substrate being disposed between the first backing and the second backing, characterized in that the first backing comprises a first centrally located aperture defining a single sample port from which the sample travels radially outward to each of the reaction channels by capillary action and a plurality of second apertures positioned over corresponding reaction channels and, below the second backing , a second porous substrate and third backing , said second porous substrate having a plurality of reaction channels disposed on a first side thereof, and said third backing comprising a plurality of second apertures defining vents , wherein the reaction channels disposed on the first side of the first porous substrate provide one set of test results and the reaction channels disposed on the first side of the second porous substrate provide another set of results.
A method of determining the presence or absence of a target RNA component in a sample, the method comprising steps of: (a) contacting the sample with a composition comprising (i) a quaternary ammonium compound; (b) storing and/or transporting the composition obtained in step (a); (c) contacting the composition obtained in step (a) with a composition comprising a proteinaceous washing agent; and (d) using the composition obtained in step (c) in an amplification method; wherein there are no purification steps between step (a) and step (c); wherein step (d) involves amplifying and indicating the level of cDNA reverse transcribed from RNA present in the mixture obtained in step (c) in a quantitative reverse transcription PCR (qRT-PCR). (a) contacting the sample with a composition comprising (i) a quaternary ammonium compound; (i) a quaternary ammonium compound; (b) storing and/or transporting the composition obtained in step (a); (c) contacting the composition obtained in step (a) with a composition comprising a proteinaceous washing agent; and (d) using the composition obtained in step (c) in an amplification method;
A reducer applicable to an opening of a container and identifying a seat comprising a bottom and a lateral flank that define a concavity intended for housing a portion of a syringe doser; said bottom comprising an opening suitable for allowing the passage of a fluid present in the container; said reducer comprising a passage intended for enabling the air to enter the container to compensate for the depressurisation induced in the container by the aspiration of the fluid by the syringe doser; said passage being outside said concavity , traversing the reducer and being suitable for placing the inside and outside of the container in fluid communication; said passage comprising an inlet section for the entry of the air into said passage and an outlet section for the exit of the air from said passage ; said outlet section for the exit of the air from said passage being intended to terminate in the container; said seat defining an axial insertion/extraction direction for inserting/extracting the syringe doser with respect to said concavity ; a first and a second imaginary plane are defined that are orthogonal to said axial direction and pass respectively through a mouth to insert the syringe doser into the concavity and the outlet section of said passage ; the bottom being interposed between the first and second imaginary plane ; characterised in that the reducer is a single monolithic body. said reducer comprising a passage intended for enabling the air to enter the container to compensate for the depressurisation induced in the container by the aspiration of the fluid by the syringe doser; said passage being outside said concavity , traversing the reducer and being suitable for placing the inside and outside of the container in fluid communication; said passage comprising an inlet section for the entry of the air into said passage and an outlet section for the exit of the air from said passage ; said outlet section for the exit of the air from said passage being intended to terminate in the container; said seat defining an axial insertion/extraction direction for inserting/extracting the syringe doser with respect to said concavity ; a first and a second imaginary plane are defined that are orthogonal to said axial direction and pass respectively through a mouth to insert the syringe doser into the concavity and the outlet section of said passage ; the bottom being interposed between the first and second imaginary plane ; characterised in that the reducer is a single monolithic body.
A process of forming glassware that includes the steps of: (a) acquiring a neck ring system with at least one material handler ; (b) transferring the neck ring system to a blank mold station; (c) blank molding a glass gob into glassware having a neck finish formed by the neck ring system; (d) transferring the glassware carried by the neck ring system to a blow mold station; (e) blow molding the glassware carried by the neck ring system; (f) transferring the glassware carried by the neck ring system to a ware handler; and (g) opening the neck ring system to release the glassware from the neck ring system without releasing the at least one material handler from the neck ring system, wherein the glassware is carried by the neck ring system through the entire glassware forming process from the blank molding station to the ware handler, and wherein the process further includes partially retracting locators of the material handler to allow the entire system to float relative to the material handler during at least one of the blank molding step or the blow molding step. (a) acquiring a neck ring system with at least one material handler ; (b) transferring the neck ring system to a blank mold station; (c) blank molding a glass gob into glassware having a neck finish formed by the neck ring system; (d) transferring the glassware carried by the neck ring system to a blow mold station; (e) blow molding the glassware carried by the neck ring system; (f) transferring the glassware carried by the neck ring system to a ware handler; and (g) opening the neck ring system to release the glassware from the neck ring system without releasing the at least one material handler from the neck ring system,
Ring gear for an epicyclic or planetary reduction gear for a turbine engine, in particular of an aircraft, said ring gear extending around an axis and comprising first and second coaxial annular elements and comprising respectively two inner annular teeth sets of different orientations, said first and second annular elements further comprising respectively first and second radially outer annular flanges for attaching said first and second elements to one another by a fastening means of the screw-nut type, characterised in that one of said first and second flanges comprises at its outer periphery a cylindrical centring rim configured to cooperate with the outer periphery of the other of said first and second flanges.
A coating comprising at least one functional decoration layer , characterised in that - the decoration layer comprises: - a thermochromic composition having a reversible variation in optical and/or colorimetric properties when the coating is subjected, in part or in whole, to a temperature variation between a cold temperature and a hot temperature, the cold temperature being between 0°C and 40°C and the hot temperature being between 80°C and 400°C, and in that - the thermochromic composition comprises at least one thermochromic compound of the silver halide family; characterised in that the functional decoration layer further comprises a fluorocarbon resin or an inorganic or organic-inorganic hybrid polymer synthesised by sol-gel as a binder, and - the ratio of the dry mass of the thermochromic composition to the dry mass of the binder is less than 2.25. - the decoration layer comprises: - a thermochromic composition having a reversible variation in optical and/or colorimetric properties when the coating is subjected, in part or in whole, to a temperature variation between a cold temperature and a hot temperature, the cold temperature being between 0°C and 40°C and the hot temperature being between 80°C and 400°C, and in that - a thermochromic composition having a reversible variation in optical and/or colorimetric properties when the coating is subjected, in part or in whole, to a temperature variation between a cold temperature and a hot temperature, the cold temperature being between 0°C and 40°C and the hot temperature being between 80°C and 400°C, and in that - the thermochromic composition comprises at least one thermochromic compound of the silver halide family; characterised in that the functional decoration layer further comprises a fluorocarbon resin or an inorganic or organic-inorganic hybrid polymer synthesised by sol-gel as a binder, and - the ratio of the dry mass of the thermochromic composition to the dry mass of the binder is less than 2.25.
A vehicle comprising a body, a seat, and a belt assembly for use in a seat belt assembly , the belt assembly comprising: a unitary belt having a primary lap belt portion coupled to a body of the vehicle at a fixed or pivoting anchor member disposed along or protruding from a floor of the vehicle on one side of a seat at one end and coupled to a detachable anchor point disposed on an opposite side of the seat at an opposite end and a primary shoulder belt portion coupled to the detachable anchor point at one end and being coupled to the body of the vehicle at an opposite end via a primary tensioning device ; and a secondary shoulder belt coupled to the one end of the primary shoulder belt portion of the unitary belt in proximity to the detachable anchor point at one end, with the secondary shoulder belt disposed beneath the primary shoulder belt and coupled to a secondary tensioning device ; wherein, when the seat back of the seat is in a reclined configuration upon occurrence of a braking and/or impact event, the secondary shoulder belt is configured to apply a relatively lesser restraining force that first restrains a vehicle occupant and the primary shoulder belt portion is configured to apply a relatively greater restraining force that second restrains the vehicle occupant, characterized in that the tensioning device is at a top portion of a seat back of the seat adjacent to the body of the vehicle at an opposite end, wherein the one end of the secondary shoulder belt is stitched to the one end of the primary shoulder belt portion of the unitary belt in proximity to the detachable anchor point. a unitary belt having a primary lap belt portion coupled to a body of the vehicle at a fixed or pivoting anchor member disposed along or protruding from a floor of the vehicle on one side of a seat at one end and coupled to a detachable anchor point disposed on an opposite side of the seat at an opposite end and a primary shoulder belt portion coupled to the detachable anchor point at one end and being coupled to the body of the vehicle at an opposite end via a primary tensioning device ; and a secondary shoulder belt coupled to the one end of the primary shoulder belt portion of the unitary belt in proximity to the detachable anchor point at one end, with the secondary shoulder belt disposed beneath the primary shoulder belt and coupled to a secondary tensioning device ; wherein, when the seat back of the seat is in a reclined configuration upon occurrence of a braking and/or impact event, the secondary shoulder belt is configured to apply a relatively lesser restraining force that first restrains a vehicle occupant and the primary shoulder belt portion is configured to apply a relatively greater restraining force that second restrains the vehicle occupant, characterized in that the tensioning device is at a top portion of a seat back of the seat adjacent to the body of the vehicle at an opposite end, wherein the one end of the secondary shoulder belt is stitched to the one end of the primary shoulder belt portion of the unitary belt in proximity to the detachable anchor point.