mhurhangee/patent-ind-claim-en huggingface dataset:
Transport vehicle glazing comprising, on its surface intended to be exposed to the exterior atmosphere, at least in a zone not wiped by the windscreen wipers, a silica layer of 0.1 to 20 μm thickness, 50 to 90% of the volume of which consists of 20 to 300 nm open pores that are distributed uniformly throughout the thickness of the layer, and almost all of which are connected to one another, wherein the internal surface of the layer is defined as the surface of the pores, the internal and external surface of the layer being functionalized with a compound containing a perfluoroalkyl or alkyl functional group, then saturated with a hydrophobic oil that impregnates the functionalized porous layer and forms a film on the surface thereof, said at least one zone being located facing a detecting device such as an anti-collision/obstacle-detecting/security video camera, or similar, placed in the interior of the vehicle, in particular on the face of the glazing, the hydrophobic oil being chosen from one of or a blend of two or more of the following: perfluorinated hydrocarbons or organic silicones, elastomers for example; perfluoropolyethers, perfluoroalkylethers and perfluorocycloethers; tertiary perfluoroalkylamines; perfluoroalkylsulfides and perfluoroalkylsulfoxides; perfluoroalkylphosphines and their oxidation products; perfluorinated carboxylic acids; fluorinated phosphonic and sulfonic acids; and fluorinated silanes.
A gas barrier film comprising a cured resin layer and a gas barrier layer, the gas barrier layer being provided on at least one side of the cured resin layer, the cured resin layer being a layer composed of a cured product of a curable resin composition that includes (A) a thermoplastic resin having a glass transition temperature (Tg) of 140°C or more, and (B) a curable monomer, wherein the curable resin composition includes the thermoplastic resin (A) and the curable monomer (B) in a mass ratio (thermoplastic resin (A):curable monomer (B)) of 35:65 to 80:20, the gas barrier film having a water vapor transmission rate of 1 g/m 2 /day or less at a temperature of 40°C and a relative humidity of 90%, wherein the thermoplastic resin (A) is a thermoplastic resin selected from a group consisting of a polysulfone-based resin, a polyallylate-based resin, a polycarbonate-based resin, and an alicyclic hydrocarbon-based resin and characterized in that at least one of the curable monomer (B) is a polyfunctional (meth)acrylic acid derivative.
A method of assembling components of a drug delivery device , the method comprising the steps of: sterilizing a fluid pathway connection , a needle insertion mechanism , and a fluid conduit coupling the fluid pathway connection and the needle insertion mechanism ; coupling a container to the fluid pathway connection and the needle insertion mechanism ; and, after coupling the container to the fluid pathway connection and the needle insertion mechanism , disposing a drug within the container using a fill-finish process. sterilizing a fluid pathway connection , a needle insertion mechanism , and a fluid conduit coupling the fluid pathway connection and the needle insertion mechanism ; coupling a container to the fluid pathway connection and the needle insertion mechanism ; and, after coupling the container to the fluid pathway connection and the needle insertion mechanism , disposing a drug within the container using a fill-finish process.
A hull load observation device , comprising: an acceleration measuring part configured to measure an acceleration of a hull ; a posture measuring part configured to measure a posture of the hull ; an extracting module configured to: acquire a Z-axis acceleration; high-pass filter the measured Z-axis acceleration; extract a load observation acceleration caused by a phenomenon leading to the load on the hull by comparing the high-pass filtered acceleration with a threshold (S214); detect a peak of a frequency spectrum of a rate of change in the posture; detect a peak intensity and extract a load observation posture caused by the phenomenon from the posture at a time at which a peak of the frequency spectrum is detected after comparing the peak intensity with a whipping detection threshold; and a load calculating module configured to calculate the load based on the load observation acceleration and the load observation posture. an acceleration measuring part configured to measure an acceleration of a hull ; a posture measuring part configured to measure a posture of the hull ; an extracting module configured to: acquire a Z-axis acceleration; high-pass filter the measured Z-axis acceleration; extract a load observation acceleration caused by a phenomenon leading to the load on the hull by comparing the high-pass filtered acceleration with a threshold (S214); detect a peak of a frequency spectrum of a rate of change in the posture; detect a peak intensity and extract a load observation posture caused by the phenomenon from the posture at a time at which a peak of the frequency spectrum is detected after comparing the peak intensity with a whipping detection threshold; and a load calculating module configured to calculate the load based on the load observation acceleration and the load observation posture. acquire a Z-axis acceleration; high-pass filter the measured Z-axis acceleration; extract a load observation acceleration caused by a phenomenon leading to the load on the hull by comparing the high-pass filtered acceleration with a threshold (S214); detect a peak of a frequency spectrum of a rate of change in the posture; detect a peak intensity and extract a load observation posture caused by the phenomenon from the posture at a time at which a peak of the frequency spectrum is detected after comparing the peak intensity with a whipping detection threshold; and a load calculating module configured to calculate the load based on the load observation acceleration and the load observation posture.
A method of operating a communication device, the method comprising: receiving an indication of whether a first key that is used for encrypting communications on a first radio link with a communication network is to be reused for encrypting communications on a second radio link with the communication network; and if the received indication indicates that the first key is to be reused, determining whether or not to operate according to the received indication and reuse the first key for encrypting communications on the second radio link. receiving an indication of whether a first key that is used for encrypting communications on a first radio link with a communication network is to be reused for encrypting communications on a second radio link with the communication network; and if the received indication indicates that the first key is to be reused, determining whether or not to operate according to the received indication and reuse the first key for encrypting communications on the second radio link.
A method for pre-implantation genetic diagnosis, the method comprising the following steps: i. providing a lysate of a single or a few cells that have been isolated from an in vitro or in vivo generated pre-implantation embryo; ii. amplifying DNA fragments of the single or few cells; iii. massively parallel genetic polymorphism typing by sequencing a reduced representation library of the amplification product, wherein the reduced representation library of the amplification product is produced by restriction digestion using at least one or a combination of restriction enzymes and subsequent adaptor ligation and size-selection by PCR amplification; and iv. performing variation discovery. i. providing a lysate of a single or a few cells that have been isolated from an in vitro or in vivo generated pre-implantation embryo; ii. amplifying DNA fragments of the single or few cells; iii. massively parallel genetic polymorphism typing by sequencing a reduced representation library of the amplification product, wherein the reduced representation library of the amplification product is produced by restriction digestion using at least one or a combination of restriction enzymes and subsequent adaptor ligation and size-selection by PCR amplification; and iv. performing variation discovery.
A loudspeaker mounting structure, comprising: a shell , wherein a sound hole is formed at a side surface of the shell ; a mounting groove formed inside the shell , wherein the sound hole is communicated with the mounting groove ; a holder , wherein the holder is bonded in the mounting groove through a sealant, and a front sound chamber is formed at one side of the holder facing to the sound hole , a loudspeaker , and a dustproof net , wherein the dustproof net is arranged between the sound hole and the front sound chamber , and bonded with the shell and the holder respectively, wherein the dustproof net comprises a first connecting portion , a dustproof portion and a second connecting portion which are successively connected, wherein the dustproof portion is arranged at the sound hole , and the second connecting portion is arranged between a side surface of the mounting grove and a side surface of the holder ; characterized in that the loudspeaker is bonded to one side of the holder facing away from the shell through the sealant, and the first connecting portion is arranged between an inside bottom of the mounting groove and a top of the holder . a shell , wherein a sound hole is formed at a side surface of the shell ; a mounting groove formed inside the shell , wherein the sound hole is communicated with the mounting groove ; a holder , wherein the holder is bonded in the mounting groove through a sealant, and a front sound chamber is formed at one side of the holder facing to the sound hole , a loudspeaker , and a dustproof net , wherein the dustproof net is arranged between the sound hole and the front sound chamber , and bonded with the shell and the holder respectively, wherein the dustproof net comprises a first connecting portion , a dustproof portion and a second connecting portion which are successively connected, wherein the dustproof portion is arranged at the sound hole , and the second connecting portion is arranged between a side surface of the mounting grove and a side surface of the holder ; characterized in that the loudspeaker is bonded to one side of the holder facing away from the shell through the sealant, and the first connecting portion is arranged between an inside bottom of the mounting groove and a top of the holder .
A glass-plate working apparatus comprising: at least one first working head means for effecting grinding or polishing, or both grinding and polishing, of a first region (R1) in an end face of a glass plate ; a first moving means for moving said at least one first working head means along the first region (R1) in the end face of the glass plate ; at least one second working head means for effecting grinding or polishing, or both grinding and polishing, of a second region (R2, R3) in the end face of the glass plate ; and a second moving means for moving said at least one second working head means along the second region (R2, R3) in the end face of the glass plate , characterized in that said first moving means is adapted to move said at least one first working head means in a first direction among the X directions (X1, X2) along the first region (R1), and said second moving means is adapted to move said at least one second working head means in a second direction among the X directions (X1, X2) along the second region (R2, R3) such that said at least one first working head means and said at least one second working head means approach each other or move away from each other. at least one first working head means for effecting grinding or polishing, or both grinding and polishing, of a first region (R1) in an end face of a glass plate ; a first moving means for moving said at least one first working head means along the first region (R1) in the end face of the glass plate ; at least one second working head means for effecting grinding or polishing, or both grinding and polishing, of a second region (R2, R3) in the end face of the glass plate ; and a second moving means for moving said at least one second working head means along the second region (R2, R3) in the end face of the glass plate , characterized in that said first moving means is adapted to move said at least one first working head means in a first direction among the X directions (X1, X2) along the first region (R1), and said second moving means is adapted to move said at least one second working head means in a second direction among the X directions (X1, X2) along the second region (R2, R3) such that said at least one first working head means and said at least one second working head means approach each other or move away from each other.
A window with a frame which comprises a frame-like self-supporting core element , wherein the core element comprises profile elements connected to one another, wherein the profile elements are produced as molded parts from a plastic foam and wherein the profile elements have, on at least one surface , a planking made of a material different from the plastic foam of the profile elements , characterized in that the profile elements have a formed corner and a region which can be cut to length at predefined points in a predefined partition.
A throughflow measurement system for measuring a fluid throughflow through a pipe comprising a first measurement arrangement which comprises at least two ultrasonic transducers and which is configured to determine a value for the fluid throughflow through the pipe on the basis of transit times of ultrasonic signals transmitted and received with and against the flow; a second measurement arrangement which comprises a plurality of hot-wire sensors which are arranged distributed over the cross-section of the pipe and which are each configured to determine a local flow value; and an evaluation device which is in signal connection with the first measurement arrangement and with the second measurement arrangement , characterized in that the evaluation device is configured to determine a flow profile on the basis of the local flow values determined by the hot-wire sensors and to modify the value for the fluid throughflow, which is determined by the first measurement arrangement , on the basis of the determined flow profile. a first measurement arrangement which comprises at least two ultrasonic transducers and which is configured to determine a value for the fluid throughflow through the pipe on the basis of transit times of ultrasonic signals transmitted and received with and against the flow; a second measurement arrangement which comprises a plurality of hot-wire sensors which are arranged distributed over the cross-section of the pipe and which are each configured to determine a local flow value; and an evaluation device which is in signal connection with the first measurement arrangement and with the second measurement arrangement , characterized in that the evaluation device is configured to determine a flow profile on the basis of the local flow values determined by the hot-wire sensors and to modify the value for the fluid throughflow, which is determined by the first measurement arrangement , on the basis of the determined flow profile.
A gas turbine engine assembly comprising: a turbine section having first and second turbines mounted for rotation about a common rotational axis (X) within an engine static structure ; first and second turbine shafts coaxial with one another and to which the first and second turbines are respectively operatively mounted, wherein the first and second turbine shafts are inner and outer shafts , respectively, and the first and second turbines are low and high pressure turbines , respectively; a fan connected to the first turbine shaft ; an accessory drive gearbox ; a first towershaft interconnecting the accessory drive gearbox and the first turbine shaft ; and a multispeed transmission interconnecting the accessory drive gearbox and at least one accessory component (92; 96); wherein the first towershaft is geared to the first turbine shaft such that a rotational speed of the first towershaft and a first set of gears of the accessory drive gearbox varies linearly with a rotational speed of the first turbine shaft , with the multispeed transmission driven by the first set of gears , characterised in that the assembly further comprises an oil pump driven by the first set of gears at a fixed ratio relative to the rotational speed of the first towershaft , wherein the oil pump delivers fluid to a bearing system (38; 38') including a bearing that supports the first turbine shaft , and the first towershaft is rotatably coupled to the first turbine shaft . a turbine section having first and second turbines mounted for rotation about a common rotational axis (X) within an engine static structure ; first and second turbine shafts coaxial with one another and to which the first and second turbines are respectively operatively mounted, wherein the first and second turbine shafts are inner and outer shafts , respectively, and the first and second turbines are low and high pressure turbines , respectively; a fan connected to the first turbine shaft ; an accessory drive gearbox ; a first towershaft interconnecting the accessory drive gearbox and the first turbine shaft ; and a multispeed transmission interconnecting the accessory drive gearbox and at least one accessory component (92; 96); wherein the first towershaft is geared to the first turbine shaft such that a rotational speed of the first towershaft and a first set of gears of the accessory drive gearbox varies linearly with a rotational speed of the first turbine shaft , with the multispeed transmission driven by the first set of gears , characterised in that the assembly further comprises an oil pump driven by the first set of gears at a fixed ratio relative to the rotational speed of the first towershaft , wherein the oil pump delivers fluid to a bearing system (38; 38') including a bearing that supports the first turbine shaft , and the first towershaft is rotatably coupled to the first turbine shaft .
A child restraint system comprising a juvenile vehicle seat adapted to rest on a passenger seat in a vehicle, the juvenile vehicle seat including a seat bottom and a seat back arranged to extend upwardly away from the seat bottom to form a child-receiving space therebetween, and an infant carrier including a seat shell and a carrying handle coupled to the seat shell , the seat shell including a child-support base , characterized in that a first shell anchor coupled to a first side of the child-support base and arranged to extend into the first anchor receiver formed in the juvenile vehicle seat when the infant carrier is placed in a predetermined position in the child-seating space formed in the juvenile vehicle seat to align the child-support base of the seat shell in closely confronting relation to the seat bottom and the seat back of the juvenile vehicle seat in the child-seating space formed in the juvenile vehicle seat to establish an aligned position of the child-support base of the seat shell of the infant carrier relative to the juvenile vehicle seat , and a second shell anchor coupled to an opposite second side of the child-support base and arranged to extend into the second anchor receiver formed in the juvenile vehicle seat when the infant carrier is placed in the predetermined position in the child-seating space formed in the juvenile vehicle seat to retain the child-support base of the seat shell in the aligned position, and in that the seat shell further includes a side wall coupled to the child-support base to form a child-receiving cavity in the infant carrier , the side wall includes a semi-soft first side panel coupled to a first end of the carrying handle and located alongside a first side of the child-support base , a semi-soft second side panel coupled to a second end of the carrying handle and located along a second side of the child-support base , and a foot-and-leg blanket arranged to connect bottom portions of the first and second side panels and extend across the seat bottom of the child-support base to cover feet and legs of an infant at rest in the child-receiving cavity formed in the seat shell .
A method for wireless communications by a user equipment, UE, comprising: receiving signaling indicating a configuration of one or more starting symbol indices for downlink transmissions from a set of base stations participating in coordinated multipoint, CoMP operations; receiving a downlink transmission in a subframe, wherein the downlink transmission does not have a corresponding control channel; and determining a starting symbol index for the downlink transmission based on the configuration, wherein the determining comprises determining a starting symbol of the downlink transmission based, at least in part, on a Physical Control Format Indicator Channel, PCFICH, configuration. receiving signaling indicating a configuration of one or more starting symbol indices for downlink transmissions from a set of base stations participating in coordinated multipoint, CoMP operations; receiving a downlink transmission in a subframe, wherein the downlink transmission does not have a corresponding control channel; and determining a starting symbol index for the downlink transmission based on the configuration, wherein the determining comprises determining a starting symbol of the downlink transmission based, at least in part, on a Physical Control Format Indicator Channel, PCFICH, configuration.
Motor vehicle comprising a liquid container for receiving an operating liquid, additionally comprising a drive motor of the motor vehicle and a cooling circuit for cooling the drive motor, wherein a cooling liquid circulates in the cooling circuit , wherein at least one heating coil is arranged in the liquid container , wherein the heating coil is attached to the cooling circuit in such a manner that the cooling liquid can flow through the heating coil in order to heat the operating liquid, wherein a connection line is attached to the cooling circuit on two sides, so that a smaller secondary circuit is created through which the cooling liquid flows, wherein the heating coil is arranged in the secondary circuit characterized in that a pump is arranged in the secondary circuit so that cooling liquid can be circulated within the secondary circuit , wherein the pump is arranged in the connection line .
System for the connection of a branch pipe to a main flexible pipe of an irrigation system, comprising an adapter which can be mounted on a fitting having an externally threaded shank and a widened base which can be inserted in a hole of the main flexible pipe and fixed by means of a first ring nut screwing on said threaded shank , said system being characterised in that it further comprises a tool for inserting said fitting in said hole and for the tightening of said first ring nut , and in that on said adapter a second ring nut is provided for fixing the adapter to the fitting .
Reactive adhesive film system, comprising at least one first reactive adhesive film (A), with (a) a polymeric film-forming matrix, (b) at least one reactive monomer or reactive resin, and (c) an initiator, in particular a radical initiator; and at least one second reactive adhesive film (B), with (a) a polymeric film-forming matrix, (b) at least one reactive monomer or reactive resin, and (c) an activator; wherein the first and the second reactive adhesive film each have an outer side and an inner side, and the inner side of a first reactive adhesive film is in contact or can be brought into contact with the inner side of a second reactive adhesive film; and wherein the outer side of at least one first and/or second reactive adhesive film is plasma-treated.
Conjugate comprising linked interleukin 12 (IL-12) subunits p40 and p35 and a single chain diabody, wherein the single chain diabody binds fibronectin domain ED-B.