mhurhangee/patent-ind-claim-en huggingface dataset:
A polymer composite, comprising: a polymer matrix comprising at least two polymers: a first polymer comprising PVDF-TrFE-CFE, and a second polymer comprising an acrylic polymer of 5-15 wt% of the polymer matrix; and a piezoelectric ceramic filler embedded in the polymer matrix, characterized in that the piezoelectric ceramic filler comprises doped potassium sodium niobate, KNLN. a polymer matrix comprising at least two polymers: a first polymer comprising PVDF-TrFE-CFE, and a second polymer comprising an acrylic polymer of 5-15 wt% of the polymer matrix; and a piezoelectric ceramic filler embedded in the polymer matrix, characterized in that the piezoelectric ceramic filler comprises doped potassium sodium niobate, KNLN.
A method for acquiring computed tomography data, comprising: continuously rotating an X-ray source and detector about an imaging volume during an examination, wherein the rotation of the X-ray source and detector is through a plurality of discrete view positions; at each view position: adjusting the focus of a beam of electrons on a target of the X-ray source so that a focal spot on the target remains relatively stationary relative to the imaging volume while in a respective view position; and summing detector signals acquired over a plurality of pixels while in the respective view position; processing the summed detector signals acquired at each view to reconstruct an image. continuously rotating an X-ray source and detector about an imaging volume during an examination, wherein the rotation of the X-ray source and detector is through a plurality of discrete view positions; at each view position: adjusting the focus of a beam of electrons on a target of the X-ray source so that a focal spot on the target remains relatively stationary relative to the imaging volume while in a respective view position; and summing detector signals acquired over a plurality of pixels while in the respective view position; processing the summed detector signals acquired at each view to reconstruct an image. adjusting the focus of a beam of electrons on a target of the X-ray source so that a focal spot on the target remains relatively stationary relative to the imaging volume while in a respective view position; and summing detector signals acquired over a plurality of pixels while in the respective view position; processing the summed detector signals acquired at each view to reconstruct an image.
Load connection/disconnection device to be fitted to an electrical energy storage unit (BAT) in a motor vehicle, comprising a first switch (20 1 ) able to connect the load (LD) directly to the electrical energy storage unit (BAT) and a second switch (20 2 ) able to connect the load (LD) to the electrical energy storage unit (BAT) with a limiting effect on the electrical current (I) able to flow between the electrical energy storage unit (BAT) and the load (LD), characterized in that the second switch comprises a transistor (20 2 ) controlled in linear mode during a delay (Dpc) of predetermined duration and the device comprises a control circuit provided with a current control loop for controlling the transistor (20 2 ) of the second switch in linear mode, said electrical current (I) able to flow between the electrical energy storage unit (BAT) and the load (LD) is controlled by a setpoint (CG 2 , Cs) supplied at the input to the control loop .
A wearable patch suitable for an ultrasound transducer to be mounted on the patch, said patch comprising: a seal ring extending from the patch and adapted to surround the ultrasound transducer, when it is mounted on the patch, and arranged to be in contact with a part of a patient's body, when the wearable patch is secured to said part of the patient's body; and a fluid reservoir for containing a coupling agent for the ultrasound transducer when the wearable patch is secured to said part of the patient's body, said fluid reservoir being delimited by a portion of the patch, the seal ring and said part of the patient's body, and wherein said seal ring comprises a plurality of fluid conduits extending from the fluid reservoir at least partially through the seal ring, wherein the seal ring is flexible, and wherein the effective volume of the fluid reservoir is reducible, when the wearable patch is secured to the patient's body, by applying pressure to the wearable patch, thereby compressing the seal ring. a seal ring extending from the patch and adapted to surround the ultrasound transducer, when it is mounted on the patch, and arranged to be in contact with a part of a patient's body, when the wearable patch is secured to said part of the patient's body; and a fluid reservoir for containing a coupling agent for the ultrasound transducer when the wearable patch is secured to said part of the patient's body, said fluid reservoir being delimited by a portion of the patch, the seal ring and said part of the patient's body, and wherein said seal ring comprises a plurality of fluid conduits extending from the fluid reservoir at least partially through the seal ring, wherein the seal ring is flexible, and wherein the effective volume of the fluid reservoir is reducible, when the wearable patch is secured to the patient's body, by applying pressure to the wearable patch, thereby compressing the seal ring.
Cutting-tool main body having a first end for attachment to a receiving member of a processing machine and a second end which has at least one seat for a replaceable cutting insert , wherein the seat has a threaded bore for receiving a securing screw for the replaceable edge insert , and wherein the first end and the second end with the seat are formed integrally from a cemented carbide or Cermet and the external circumference of the main body is ground at the first end , characterized in that the main body is produced in a powder metallurgical manner and the structure of the threaded bore has been introduced before the main body is sintered. wherein the seat has a threaded bore for receiving a securing screw for the replaceable edge insert , and wherein the first end and the second end with the seat are formed integrally from a cemented carbide or Cermet and the external circumference of the main body is ground at the first end , characterized in that the main body is produced in a powder metallurgical manner and the structure of the threaded bore has been introduced before the main body is sintered.
A pre-filled syringe comprising: a barrel including a nozzle at a tip thereof; a sealing member sealing the nozzle ; a gasket slidably housed inside the barrel; a plunger linked to the gasket and performing a movement operation of the gasket in a longitudinal direction of the barrel; and a protein solution formulation filled into a space defined by the sealing member, the gasket, and a region that is part of an inner wall surface of the barrel, characterized in that the barrel is formed of a resin containing either or both of a hydrogenated cycloolefin ring-opened polymer and a copolymer of a cycloolefin and a chain olefin, and the region that is part of the inner wall surface has a water contact angle of 90° or more, and the protein solution formulation has a non-ionic surfactant concentration of more than 0 mg/mL and less than 0.05 mg/mL. a barrel including a nozzle at a tip thereof; a sealing member sealing the nozzle ; a gasket slidably housed inside the barrel; a plunger linked to the gasket and performing a movement operation of the gasket in a longitudinal direction of the barrel; and a protein solution formulation filled into a space defined by the sealing member, the gasket, and a region that is part of an inner wall surface of the barrel, characterized in that the barrel is formed of a resin containing either or both of a hydrogenated cycloolefin ring-opened polymer and a copolymer of a cycloolefin and a chain olefin, and the region that is part of the inner wall surface has a water contact angle of 90° or more, and the protein solution formulation has a non-ionic surfactant concentration of more than 0 mg/mL and less than 0.05 mg/mL.
A communication system comprising a wireless communication device and a server , wherein the wireless communication device , includes: a memory comprising executable instructions, a device type corresponding to wireless device, and an authorization configuration having an authorization schema that identifies at least one of authorized executable instructions and unauthorized executable instructions, wherein the authorization schema is based on the device type; and a executable instruction authorization module resident in the memory, the executable instruction authorization module comprising authorization logic operable to scan executable instructions in the memory and generate a log based upon the authorization configuration, the log comprising unauthorized executable instructions based upon the authorization schema, wherein the executable instruction authorisation module is operable to transmit the generated log to the server to determine whether or not the instructions in the log are authorised. a memory comprising executable instructions, a device type corresponding to wireless device, and an authorization configuration having an authorization schema that identifies at least one of authorized executable instructions and unauthorized executable instructions, wherein the authorization schema is based on the device type; and a executable instruction authorization module resident in the memory, the executable instruction authorization module comprising authorization logic operable to scan executable instructions in the memory and generate a log based upon the authorization configuration, the log comprising unauthorized executable instructions based upon the authorization schema, wherein the executable instruction authorisation module is operable to transmit the generated log to the server to determine whether or not the instructions in the log are authorised.
A process for drilling or completing a subsea wellbore with subsea wellhead from a jack-up rig, the process comprising: a) installing a blow-out preventer on the jack-up rig; b) installing a riser between the blow-out preventer and the subsea wellhead ; c) connecting a suspension head assembly between the riser and wellhead , wherein the assembly includes at least one ram or valve for sealing the well; characterised in that : the assembly comprises a side inlet below the at least one ram or valve which communicates with the well, and side inlet fail safe close valves for controlling the opening or closing of the side inlet ; wherein the method comprises: closing the ram or valve around the tubing or casing in the well to close the wellbore, and opening side inlet valves to deliver fluid to the well: removing the riser whilst the ram or valve is closed; and installing subsea equipment. a) installing a blow-out preventer on the jack-up rig; b) installing a riser between the blow-out preventer and the subsea wellhead ; c) connecting a suspension head assembly between the riser and wellhead , wherein the assembly includes at least one ram or valve for sealing the well; the assembly comprises a side inlet below the at least one ram or valve which communicates with the well, and side inlet fail safe close valves for controlling the opening or closing of the side inlet ; wherein the method comprises: closing the ram or valve around the tubing or casing in the well to close the wellbore, and opening side inlet valves to deliver fluid to the well: removing the riser whilst the ram or valve is closed; and installing subsea equipment. removing the riser whilst the ram or valve is closed; and installing subsea equipment.
A process of wood mineralization comprising the following phases: - an impregnation phase, wherein the wood is with the use of vacuum and/or overpressure impregnated with an impregnating agent, which is an aqueous solution of at least one metal beta-keto carboxylate or a mixture of different metal beta-carboxylates, wherein the concentration of metal beta-carboxylate or a mixture of different metal beta-carboxylates in the aqueous solution is up to 30% by weight, wherein the metal beta-carboxylate is a metal acetoacetate selected from calcium acetoacetate Ca(OAcAc) 2 , magnesium acetoacetate Mg(OAcAc) 2 or strontium acetoacetate Sr(OAcAc) 2 or mixtures thereof in any weight ratio, and whereby the impregnating agent penetrates deep into the structure of the wood; - an after-treatment phase of the impregnated wood, whereby by regulating the temperature, humidity and exposure time of the impregnated wood to these conditions or by exposing the impregnated wood to ultrasound the metal acetoacetate(s) is converted into carbonate(s), whereby fire properties, resistance to decaying fungi and/or mechanical properties of wood are improved. - an impregnation phase, wherein the wood is with the use of vacuum and/or overpressure impregnated with an impregnating agent, which is an aqueous solution of at least one metal beta-keto carboxylate or a mixture of different metal beta-carboxylates, wherein the concentration of metal beta-carboxylate or a mixture of different metal beta-carboxylates in the aqueous solution is up to 30% by weight, wherein the metal beta-carboxylate is a metal acetoacetate selected from calcium acetoacetate Ca(OAcAc) 2 , magnesium acetoacetate Mg(OAcAc) 2 or strontium acetoacetate Sr(OAcAc) 2 or mixtures thereof in any weight ratio, and whereby the impregnating agent penetrates deep into the structure of the wood; - an after-treatment phase of the impregnated wood, whereby by regulating the temperature, humidity and exposure time of the impregnated wood to these conditions or by exposing the impregnated wood to ultrasound the metal acetoacetate(s) is converted into carbonate(s), whereby fire properties, resistance to decaying fungi and/or mechanical properties of wood are improved.
Vessel comprising a control device for a vessel , configured to vertically move a platform carrying a load, preferably a craft, while keeping the platform substantially horizontal, the device comprising: - at least one support arm that comprises a first pivot point and is configured to be pivotably connected to an elongate structure of the vessel ; - a cylinder that has an extension rod , is associated with or housed within said support arm and is secured thereto; - at least one flexible means for transmitting tensile force, which means is fixed to a first attachment point of the elongate structure at a first given distance (d 1 ) from the first pivot point , the flexible transmission means joining a first pulley that is fixed to said support arm and at least one second pulley that is fixed to the extension rod of the cylinder, the flexible transmission means being fixed to a second attachment point that is secured to the support arm ; - an elongate connecting rod that is fixed to the rod of the cylinder ; - a carrier supporting the platform and comprising a horizontal leg and at least one projection leg (15A, 15B; 15) extending in a non-parallel manner in relation to the horizontal leg ; the carrier being pivotably connected to the support arm at a second pivot point at an upper portion of said projection leg (15A, 15B; 15), and to the elongate connecting rod at a third pivot point at a lower portion of said projection leg (15A, 15B; 15), the third pivot point being at a second given distance (d 2 ) from the second pivot point , characterized in that the device is configured such that a proportionality ratio of the first given distance (d 1 ) which separates the first attachment point and the first pivot point to the second given distance (d 2 ) which separates the second pivot point and the third pivot point is a non-zero natural integer which is greater than 2. - at least one support arm that comprises a first pivot point and is configured to be pivotably connected to an elongate structure of the vessel ; - a cylinder that has an extension rod , is associated with or housed within said support arm and is secured thereto; - at least one flexible means for transmitting tensile force, which means is fixed to a first attachment point of the elongate structure at a first given distance (d 1 ) from the first pivot point , the flexible transmission means joining a first pulley that is fixed to said support arm and at least one second pulley that is fixed to the extension rod of the cylinder, the flexible transmission means being fixed to a second attachment point that is secured to the support arm ; - an elongate connecting rod that is fixed to the rod of the cylinder ; - a carrier supporting the platform and comprising a horizontal leg and at least one projection leg (15A, 15B; 15) extending in a non-parallel manner in relation to the horizontal leg ;
A non-transitory, computer-readable storage medium storing program instructions that when executed on a computing device cause the computing device to perform: loading and specializing , within a platform independent, object oriented runtime environment, a first generic class defined using an object oriented programming language, wherein the first generic class comprises one or more specializable type variables, wherein each of the specializable type variables is specializable over one or more type parameterizations, wherein when loading the first generic class to be specialized with a particular parameterization, an annotated class file is used as a template to produce the first generic class, wherein the annotated class file is a class file marked up with specialization related metadata, and wherein the first generic class is specialized for a particular one of the one or more type parameterizations; determining a dependency relationship between the first generic class and a second generic class, wherein the first generic class is dependent on the second generic class; and specializing , in response to said determining, the second generic class for the particular one of the one or more type parameterizations based on the determined dependency relationship. loading and specializing , within a platform independent, object oriented runtime environment, a first generic class defined using an object oriented programming language, wherein the first generic class comprises one or more specializable type variables, wherein each of the specializable type variables is specializable over one or more type parameterizations, wherein when loading the first generic class to be specialized with a particular parameterization, an annotated class file is used as a template to produce the first generic class, wherein the annotated class file is a class file marked up with specialization related metadata, and wherein the first generic class is specialized for a particular one of the one or more type parameterizations; determining a dependency relationship between the first generic class and a second generic class, wherein the first generic class is dependent on the second generic class; and specializing , in response to said determining, the second generic class for the particular one of the one or more type parameterizations based on the determined dependency relationship.
A medical device comprising: a fibrous substrate; and a body comprising the reaction product of a nucleophilic precursor component and an electrophilic precursor component; wherein the nucleophilic precursor component comprises collagen or trilysine and the electrophilic precursor component comprises a multi-arm polyethylene glycol functionalised with N-hydroxysuccinimide groups; and wherein the medical device has a thickness from about 0.1 mm to about 0.5 mm. a fibrous substrate; and a body comprising the reaction product of a nucleophilic precursor component and an electrophilic precursor component; wherein the nucleophilic precursor component comprises collagen or trilysine and the electrophilic precursor component comprises a multi-arm polyethylene glycol functionalised with N-hydroxysuccinimide groups; and wherein the medical device has a thickness from about 0.1 mm to about 0.5 mm.
Spring for use in conjunction with a motor vehicle, in particular a leaf spring , preferably a parabolic spring, which has a one-part spring leaf made of steel, in particular spring steel, with a central region and two adjacent edge regions , wherein the edge regions each have an end region and wherein end regions can each be connected to a chassis in a stationary manner via a rolled eye , wherein the total length of the spring in an installed state on the vehicle is substantially unchangeable in all load states, wherein in the unloaded state, the spring leaf has exactly two bending sections , wherein the bending sections each have exactly one curvature with a curvature direction, wherein the curvature direction of the two bending sections is opposed and wherein the two bending sections merge into each other in the region of a turning point , and wherein the first bending section is a vertical spring section and runs from the end region of the first edge region via the central region to the turning point and the second bending section is a horizontal and vertical spring section and runs from the turning point to the end region of the second edge region .
A combination of: a subsea structure, being a pipeline bundle; an elongate articulated buoyancy string comprising a longitudinal series of buoyancy elements ; and at least one elongate tubular buoyancy holder that is capable of housing the buoyancy string , the buoyancy holder being fixed relative to, and extending along, the pipeline bundle , wherein the buoyancy holder defines a transit path for movement of the buoyancy string along and within the buoyancy holder ; and wherein a side wall of the buoyancy holder is penetrated by one or more lateral openings . a subsea structure, being a pipeline bundle; an elongate articulated buoyancy string comprising a longitudinal series of buoyancy elements ; and at least one elongate tubular buoyancy holder that is capable of housing the buoyancy string , the buoyancy holder being fixed relative to, and extending along, the pipeline bundle , wherein the buoyancy holder defines a transit path for movement of the buoyancy string along and within the buoyancy holder ; and wherein a side wall of the buoyancy holder is penetrated by one or more lateral openings .