mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: blending a Group II base stock having a T10 distillation point of at least 482 °C, a viscosity index of at least 80, and either a kinematic viscosity at 40 °C of at least 320 cSt or a kinematic viscosity at 100 °C of at least 14 cSt; and comprising: greater than or equal to 90 wt% saturates, less than or equal to 10 wt% aromatics, and a sum of terminal/pendant propyl groups and terminal/pendant ethyl groups of at least 1.7 per 100 carbon atoms, with at least one additional base stock and one or more additives to form a lubricating fluid comprising 40 wt% or more of the Group II base stock; wherein the at least one additional base stock is a Group I base stock and the lubricating fluid has a saturates content of at least 70 wt% and has an oxidation performance indicated by a kinematic viscosity at 100 °C (KV100) increase measured according to ASTM D5704 of 30% or less, or an oxidation performance indicated by a kinematic viscosity at 100 °C (KV100) increase measured according to ASTM D2893 of 6% or less.
A method for operating a fuel supply pump of a vehicle , the vehicle comprising a combustion engine system and a gearbox, the method comprising the steps of: - determining (s420; s430) values (Pb; λ) of at least one operational parameter of the combustion engine system , wherein the at least one operational parameter is a boost pressure (Pb) of the combustion engine system and/or a Lambda-value (λ) of the combustion engine system ; - determining (s440) a reduction of a fuel provision rate to the combustion engine system ; - determining (s470) whether a gear step change of the gearbox is at hand, on the basis of the thus determined values (Pb; λ) of the at least one operational parameter; - in case a gear step change of the gearbox is at hand, controlling (s480) operation of the fuel supply pump so as to maintain fuel supply pump speed (Prpm); and - in case a gear step change of the gearbox is not at hand, allowing a change of fuel supply pump speed (Prpm). - determining (s420; s430) values (Pb; λ) of at least one operational parameter of the combustion engine system , wherein the at least one operational parameter is a boost pressure (Pb) of the combustion engine system and/or a Lambda-value (λ) of the combustion engine system ; - determining (s440) a reduction of a fuel provision rate to the combustion engine system ; - determining (s470) whether a gear step change of the gearbox is at hand, on the basis of the thus determined values (Pb; λ) of the at least one operational parameter; - in case a gear step change of the gearbox is at hand, controlling (s480) operation of the fuel supply pump so as to maintain fuel supply pump speed (Prpm); and - in case a gear step change of the gearbox is not at hand, allowing a change of fuel supply pump speed (Prpm).
Method for load measurement in an, in particular driverless, transport vehicle , which is configured as a flat platform truck, for horizontal transport of a load (A), wherein the transport vehicle has a chassis for driving on a carriageway plane (FB) and a load-receiving platform for receiving the load (A), which is arranged on a load carrier (C) in particular, wherein the chassis is arranged below the load-receiving platform in the vertical direction, and wherein the load-receiving platform is supported on the chassis via three connecting points, wherein force measurements are carried out at the connecting points by means of sensors (K1, K2), wherein at least the forces perpendicular to the carriageway plane (FB) (in the z-direction) are measured at all three connecting points and the forces along the direction of travel (in the x-direction) are ascertained during an acceleration of the transport vehicle in the direction of travel, characterized in that the mass and centre of gravity position of the load (A) received on the load-receiving platform are calculated therefrom in an electronic data-processing device.
A turbomolecular vacuum pump comprising: a rotor rotatable about an axis of rotation ; a drive for rotating the rotor ; a control unit which, in a protection mode, determines an operating parameter, in particular the temperature at an outer surface of a housing of the turbomolecular vacuum pump , and takes one or more protective measures in accordance with a specification in dependence on the value of the determined operating parameter; and a user interface or a device for connecting the turbomolecular vacuum pump to a user interface , characterized in that , via the user interface, the control unit can be transferred by a user to a neutral mode which is different from the protection mode and in which the control unit does not take a protective measure. a rotor rotatable about an axis of rotation ; a drive for rotating the rotor ; a control unit which, in a protection mode, determines an operating parameter, in particular the temperature at an outer surface of a housing of the turbomolecular vacuum pump , and takes one or more protective measures in accordance with a specification in dependence on the value of the determined operating parameter; and a user interface or a device for connecting the turbomolecular vacuum pump to a user interface , characterized in that , via the user interface, the control unit can be transferred by a user to a neutral mode which is different from the protection mode and in which the control unit does not take a protective measure.
A cap for a container, comprising an end wall , a skirt which extends about an axis (Z), a corner zone interposed between the end wall and the skirt , the corner zone comprising a first wall portion which projects from the skirt towards the inside of the cap and a second wall portion which protrudes from the end wall and is joined to the first wall portion , the first wall portion and the second wall portion defining a step on a surface of the corner zone facing towards the outside of the cap (1; 101), wherein the cap further comprises an annular sealing lip delimited by an inner surface , wherein the annular sealing lip extends towards a free edge of the skirt from a region in which the first wall portion is joined to the second wall portion , characterized in that the inner surface is configured to engage with an outer lateral surface of the neck of the container.
A cement admixture comprising free lime and a hydraulic compound and also comprising SrO as a chemical compound, wherein the content of the free lime is 10 to 98 parts by mass based on 100 parts by mass of the cement admixture characterized by further comprising ZrO 2 as the chemical component, wherein the content of the ZrO 2 is 0.0001 to 5.0 parts by mass based on 100 parts by mass of the cement admixture.
A downhole tool coupling system , comprising: a drive stem having shoulders on a bottom surface of the drive stem for transferring torque; a sleeve longitudinally movable relative to the drive stem ; and a plurality of locking clamps at least partially encompassed by the sleeve , the locking clamps radially moveable between an open position and a locked position and having a lower exterior shoulder and an upper exterior shoulder, the sleeve oriented relative to the locking clamps to move both exterior shoulders of the locking clamps in a radial inward direction from the open position to the locked position as the sleeve moves longitudinally from a first position to a second position, each locking clamp having an interior recessed region configured to clamp the drive stem to a tool stem when in the locked position, wherein the tool stem includes shoulders configured to mate with the shoulders of the drive stem to transfer torque therebetween. a drive stem having shoulders on a bottom surface of the drive stem for transferring torque; a sleeve longitudinally movable relative to the drive stem ; and a plurality of locking clamps at least partially encompassed by the sleeve , the locking clamps radially moveable between an open position and a locked position and having a lower exterior shoulder and an upper exterior shoulder, the sleeve oriented relative to the locking clamps to move both exterior shoulders of the locking clamps in a radial inward direction from the open position to the locked position as the sleeve moves longitudinally from a first position to a second position, each locking clamp having an interior recessed region configured to clamp the drive stem to a tool stem when in the locked position, wherein the tool stem includes shoulders configured to mate with the shoulders of the drive stem to transfer torque therebetween.
A child safety seat with an installation prompt function, characterized by comprising: a child seat installation and use signal collection module for collecting a signal indicating whether various parts of the child safety seat are installed in place on an automobile; a child seat installation and use prompt module for correspondingly turning on or turning off, after receiving one or more signals sent by the child seat installation and use signal collection module , one or more indicating lights to indicate whether the child safety seat is installed in place on various connecting parts of the automobile; and a power supply for supplying power to the child seat installation and use signal collection module and the child seat installation and use prompt module . a child seat installation and use signal collection module for collecting a signal indicating whether various parts of the child safety seat are installed in place on an automobile; a child seat installation and use prompt module for correspondingly turning on or turning off, after receiving one or more signals sent by the child seat installation and use signal collection module , one or more indicating lights to indicate whether the child safety seat is installed in place on various connecting parts of the automobile; and a power supply for supplying power to the child seat installation and use signal collection module and the child seat installation and use prompt module .
A recombinant antibody that specifically binds to TNF-like ligand 1A (TL1A) and comprises a heavy chain variable region comprising the amino acid sequence of SEQ ID NO: 3 and a light chain variable region comprising the amino acid sequence of SEQ ID NO: 4.
Use of a tire reinforcement material as cap ply by winding it on a tire belt in strips such that it makes 0 to 5° with the equatorial plane, wherein said tire reinforcement material is obtained from a fabric which comprises warps (Ck) aligned parallel to each other, said warps (Ck) comprised of cords with low modulus and cords with high modulus or yarns with low modulus and yarns with high modulus and wherein in said fabric the thermal shrinkage (TK) of the cords or yarns with low modulus is higher than that of the cords or yarns with high modulus and wherein the reinforcement material is subjected to a heat treatment such that said warps (Ck) gain bielastic behaviour as a result of the different thermal shrinkages at said heat treatment.
A phosphonate salt in solid form for use in a root canal treatment with a pharmaceutical preparation, as decalcifying agent, which pharmaceutical preparation is manufactured immediately prior said treatment by dissolving the phosphonate salt in an aqueous solution and/or an alkaline agent.
A tilting pad bearing for supporting a shaft with a longitudinal axis, the tilting pad bearing comprising - at least two tilting pads spaced apart from each other, each of which has a bearing surface and - at least one hot oil drainer which is arranged in an intermediate space between the at least two tilting pads , wherein the at least one hot oil drainer is mounted such that it can be moved towards and away from the shaft, wherein the tilting pad bearing has at least one force application element, by means of which a force acting radially inwards can be exerted on the at least one hot oil drainer , and wherein the at least one hot oil drainer has at least one dam and at least one oil injection device by means of which oil can be sprayed onto a shaft supported in the tilting pad bearing , characterized in that the at least one force application element has at least one hydraulic element, wherein the oil to be applied is used as a hydraulic fluid. - at least two tilting pads spaced apart from each other, each of which has a bearing surface and - at least one hot oil drainer which is arranged in an intermediate space between the at least two tilting pads , wherein the at least one hot oil drainer is mounted such that it can be moved towards and away from the shaft, wherein the tilting pad bearing has at least one force application element, by means of which a force acting radially inwards can be exerted on the at least one hot oil drainer , and wherein the at least one hot oil drainer has at least one dam and at least one oil injection device by means of which oil can be sprayed onto a shaft supported in the tilting pad bearing , characterized in that the at least one force application element has at least one hydraulic element, wherein the oil to be applied is used as a hydraulic fluid.
Method for producing pressure-sensitive adhesives comprising at least one elastomer component and also at least one reactive adhesive comprising one or more reactive resins, of which at least one reactive resin is an epoxy resin, and also at least one hardener for epoxy resins, starting from one or more non-thermoplastic elastomers, characterized in that the non-thermoplastic elastomers are digested in a planetary roller extruder with at least a part of the epoxy resins. starting from one or more non-thermoplastic elastomers, characterized in that the non-thermoplastic elastomers are digested in a planetary roller extruder with at least a part of the epoxy resins.
An electronic device, comprising: a pixel array ; a light source that illuminates the pixel array to produce image light ; a lens having multiple lens elements (30-1..30-6) including an initial lens element (30-1) with an entrance surface (A1) that receives the image light and including a final lens element (30-6) with an exit surface (S7) through which the image light exits; and a waveguide that receives the image light from the lens and that forms an aperture stop located at a distance from the exit surface (S7), wherein the waveguide has a thickness (TW) that extends along a first dimension (X), a length (L) that extends along a second dimension (Z) that is orthogonal to the first dimension (X), and a width (FW) that extends along a third dimension (Y) that is orthogonal to the first dimension (X) and to the second dimension (Z), wherein the waveguide has first and second opposing surfaces separated by the thickness (TW), wherein the image light is configured to propagate along the waveguide parallel to the second dimension (Z) by reflecting off of the first and second opposing surfaces using total internal reflection, the electronic device being characterized in that the aperture stop is formed by portions of the waveguide that include light restricting structures that block propagation and locally reduce the width (FW) of the waveguide while leaving a transparent portion that permits light propagation. a pixel array ; a light source that illuminates the pixel array to produce image light ; a lens having multiple lens elements (30-1..30-6) including an initial lens element (30-1) with an entrance surface (A1) that receives the image light and including a final lens element (30-6) with an exit surface (S7) through which the image light exits; and a waveguide that receives the image light from the lens and that forms an aperture stop located at a distance from the exit surface (S7), wherein the waveguide has a thickness (TW) that extends along a first dimension (X), a length (L) that extends along a second dimension (Z) that is orthogonal to the first dimension (X), and a width (FW) that extends along a third dimension (Y) that is orthogonal to the first dimension (X) and to the second dimension (Z), wherein the waveguide has first and second opposing surfaces separated by the thickness (TW), wherein the image light is configured to propagate along the waveguide parallel to the second dimension (Z) by reflecting off of the first and second opposing surfaces using total internal reflection, the electronic device being characterized in that the aperture stop is formed by portions of the waveguide that include light restricting structures that block propagation and locally reduce the width (FW) of the waveguide while leaving a transparent portion that permits light propagation.
A method for invoking a third-party program as an additional participant of a chat session , comprising: monitoring events of a chat session of a messaging platform; determining that at least one of the events of the chat session satisfies a triggering condition associated with a plurality of third-party programs; and in response to determining that the at least one of the events of the chat session satisfies the triggering condition associated with the plurality of third-party programs, sending a notification to the plurality of third-party programs ; receiving a response from at least some of the plurality of third-party programs indicating its interest in being invoked; classifying, ranking and/or filtering the third-party programs from which the response is received; determining a subset of the third-party programs based on the classifying, ranking and/or filtering; presenting the subset of the third-party programs to an existing participant of the chat session; receiving input from the existing participant to select a third-party program from the subset of the third-party programs as an additional participant of the chat session ; and causing the selected third-party program to be executed, if not already executed, and joining the executed third-party program as an additional participant of the chat session . monitoring events of a chat session of a messaging platform; determining that at least one of the events of the chat session satisfies a triggering condition associated with a plurality of third-party programs; and in response to determining that the at least one of the events of the chat session satisfies the triggering condition associated with the plurality of third-party programs, sending a notification to the plurality of third-party programs ; receiving a response from at least some of the plurality of third-party programs indicating its interest in being invoked; classifying, ranking and/or filtering the third-party programs from which the response is received; determining a subset of the third-party programs based on the classifying, ranking and/or filtering; presenting the subset of the third-party programs to an existing participant of the chat session; receiving input from the existing participant to select a third-party program from the subset of the third-party programs as an additional participant of the chat session ; and causing the selected third-party program to be executed, if not already executed, and joining the executed third-party program as an additional participant of the chat session .
A catheter-based optical imaging system for imaging a patient, comprising: a catheter-based imaging device configured to direct optical radiation towards a vessel wall and to receive reflected radiation therefrom; a displacement mechanism configured to vary the position of the imaging device relative to the catheter as a function of time during an imaging scan; an input configured to receive cardiac event timing data from the patient; and a trigger module configured to initiate an imaging scan based on the cardiac event timing data, the imaging device including an optical element rotatable about the catheter longitudinal axis to generate frames of image data, each frame corresponding to at least part of a circumferential scan, and the displacement mechanism comprising a longitudinal displacement mechanism configured to drive the optical element along a longitudinal axis of the catheter such that successive frames of image data correspond to different longitudinal positions, and wherein the trigger module is configured to initiate longitudinal displacement of the optical element by the displacement mechanism by reference to a detected cardiac event, and is configured to effectuate a 3D imaging scan comprising said succession of frames within a cardiac period defined between two cardiac events identified within the cardiac event timing data, in which the two cardiac events are selected to avoid a period of pulsatile pressure in the vessel or muscular activity near the vessel being imaged. a catheter-based imaging device configured to direct optical radiation towards a vessel wall and to receive reflected radiation therefrom; a displacement mechanism configured to vary the position of the imaging device relative to the catheter as a function of time during an imaging scan; an input configured to receive cardiac event timing data from the patient; and a trigger module configured to initiate an imaging scan based on the cardiac event timing data, the imaging device including an optical element rotatable about the catheter longitudinal axis to generate frames of image data, each frame corresponding to at least part of a circumferential scan, and the displacement mechanism comprising a longitudinal displacement mechanism configured to drive the optical element along a longitudinal axis of the catheter such that successive frames of image data correspond to different longitudinal positions, and wherein the trigger module is configured to initiate longitudinal displacement of the optical element by the displacement mechanism by reference to a detected cardiac event, and is configured to effectuate a 3D imaging scan comprising said succession of frames within a cardiac period defined between two cardiac events identified within the cardiac event timing data, in which the two cardiac events are selected to avoid a period of pulsatile pressure in the vessel or muscular activity near the vessel being imaged.
Metal jet x-ray tube , comprising, in a vacuum chamber , a cathode component for extracting an electron beam , a provision for the extraction of the electron beam by the cathode component , an anode component formed by a liquid metal jet as a target for the emitted electron beam of the cathode component and a provision for accelerating the electron beam emitted by the cathode component within a vacuum path in the direction and with a target of the anode component , wherein a thin metal jet is provided as an anode component , by means of which the electrons of the electron beam incident thereon are only partly decelerated, characterized in that a blade cathode is provided as cathode component , said blade cathode comprising a cathode blade directed with a slight inclination downward in the direction of the liquid metal jet of the anode component .