mhurhangee/patent-ind-claim-en huggingface dataset:
A method of supplying liquid to a liquid delivery system in a vehicle or a machine in which a replaceable liquid container including a reservoir containing liquid is releasably coupled in the vehicle or the machine to provide liquid communication between the reservoir and the liquid delivery system of the vehicle or the machine during operation of the vehicle or the machine, the method including the steps of: (i) prior to establishing liquid communication between the reservoir and the liquid delivery system of the vehicle or the machine, communicating with a data carrier carried by the replaceable liquid container and determining data associated with at least one of the replaceable liquid container and its contents; (ii) using the data in an analysis of suitability of the replaceable liquid container and/or content of the replaceable liquid container for the vehicle or the machine and generating a suitability output; and (iii) establishing liquid communication between the reservoir and the liquid delivery system of the vehicle or the machine in dependence on the suitability output, characterized in that the liquid delivery system comprises a liquid circulation system. (i) prior to establishing liquid communication between the reservoir and the liquid delivery system of the vehicle or the machine, communicating with a data carrier carried by the replaceable liquid container and determining data associated with at least one of the replaceable liquid container and its contents; (ii) using the data in an analysis of suitability of the replaceable liquid container and/or content of the replaceable liquid container for the vehicle or the machine and generating a suitability output; and (iii) establishing liquid communication between the reservoir and the liquid delivery system of the vehicle or the machine in dependence on the suitability output,
An epoxy resin composition for fiber-reinforced composite material comprising the following components [A], [B], and [C]: [A] an epoxy resin, [B] a dicyandiamide, and [C] an imidazole compound, wherein the composition satisfies the following conditions [a], [b], and [c]: [a] time interval between reaching to 100°C and reaching of the heat flow to the top of the peak is up to 25 minutes when the epoxy resin composition is isothermally analyzed at 100°C by using a differential scanning colorimeter in nitrogen stream, [b] time interval between reaching to 60°C and reaching of the heat flow to the top of the peak is at least 15 hours when the epoxy resin composition is isothermally analyzed at 60°C by using a differential scanning colorimeter in nitrogen stream, and [c] ratio of the number of the epoxy groups to the number of imidazole rings in the epoxy resin composition is at least 25 and up to 90 [a], [b] and [c] being measured as in the description, wherein the average epoxy equivalent weight is at least 250 g/eq to up to 500 g/eq. [A] an epoxy resin, [B] a dicyandiamide, and [C] an imidazole compound, wherein the composition satisfies the following conditions [a], [b], and [c]: [a] time interval between reaching to 100°C and reaching of the heat flow to the top of the peak is up to 25 minutes when the epoxy resin composition is isothermally analyzed at 100°C by using a differential scanning colorimeter in nitrogen stream, [b] time interval between reaching to 60°C and reaching of the heat flow to the top of the peak is at least 15 hours when the epoxy resin composition is isothermally analyzed at 60°C by using a differential scanning colorimeter in nitrogen stream, and [c] ratio of the number of the epoxy groups to the number of imidazole rings in the epoxy resin composition is at least 25 and up to 90 [a], [b] and [c] being measured as in the description, wherein the average epoxy equivalent weight is at least 250 g/eq to up to 500 g/eq. [a] time interval between reaching to 100°C and reaching of the heat flow to the top of the peak is up to 25 minutes when the epoxy resin composition is isothermally analyzed at 100°C by using a differential scanning colorimeter in nitrogen stream, [b] time interval between reaching to 60°C and reaching of the heat flow to the top of the peak is at least 15 hours when the epoxy resin composition is isothermally analyzed at 60°C by using a differential scanning colorimeter in nitrogen stream, and [c] ratio of the number of the epoxy groups to the number of imidazole rings in the epoxy resin composition is at least 25 and up to 90 [a], [b] and [c] being measured as in the description, wherein the average epoxy equivalent weight is at least 250 g/eq to up to 500 g/eq.
A computer-implemented method of identifying a synthetic track, comprising: receiving , by an observation device, a plurality of emissions from a plurality of platforms, wherein the emissions are generated in an emission sequence and are generated to create the synthetic track indicative of an object travel path, and wherein the synthetic track includes one or more bearing angles that create angular deception intending to mislead as to travel paths of the plurality of platforms; determining , by the one or more computing devices, whether one or more short term angle deviations exist in the synthetic track based at least in part on one or more of the emissions, wherein a short term angle deviation in the synthetic track is a deviation in apparent motion created by a track within a particular distance and/or percentage of the track; and rejecting , by the one or more computing devices, the synthetic track as an actual object travel path when it is determined that the one or more short term angle deviations exist in the track. receiving , by an observation device, a plurality of emissions from a plurality of platforms, wherein the emissions are generated in an emission sequence and are generated to create the synthetic track indicative of an object travel path, and wherein the synthetic track includes one or more bearing angles that create angular deception intending to mislead as to travel paths of the plurality of platforms; determining , by the one or more computing devices, whether one or more short term angle deviations exist in the synthetic track based at least in part on one or more of the emissions, wherein a short term angle deviation in the synthetic track is a deviation in apparent motion created by a track within a particular distance and/or percentage of the track; and rejecting , by the one or more computing devices, the synthetic track as an actual object travel path when it is determined that the one or more short term angle deviations exist in the track.
Battery compartment of an electric or hybrid motor vehicle, comprising a flat base perpendicular to an axis, and along this axis, on one side called the upper side a cover arranged in a parallel plane, forming between them a volume for receiving electrochemical cells, and comprising in this volume internal partitions fixed to the base , which have towards the cover thick parts receiving along the axis in this thickness screws for fixing the compartment passing through holes in the cover , characterized in that the partitions have between their thick parts and the base a connecting part which is thinner , having compared to this thick part a lateral flexibility and a resistance to axial traction which are reduced.
Dispenser for cartridges, comprising a cartridge section for arranging the cartridge, and a handle section , whereby the handle section comprises a housing and a driving mechanism arranged in the housing to drive a driving rod in a longitudinal direction into a cartridge arranged in the cartridge section to exert pressure on a medium stored in the cartridge, the driving mechanism comprising: - a toggle lever with a first lever part , a hinge section and a second lever part , the first lever part pivotably mounted in the housing , the second lever part in operative connection with the driving rod to move the driving rod , and the hinge section pivotably connecting the first lever part and the second lever part around a hinge axis , - a trigger mechanism to provide a driving force for a movement of the driving rod via the toggle lever , and - a transfer mechanism arranged between the trigger mechanism and the toggle lever providing an operative connection between the trigger mechanism and the toggle lever , characterized in that the transfer mechanism comprises an undulating transfer surface with several prominent catches for contacting the hinge section of the toggle lever to provide an operative connection to the toggle lever , whereby an application of the driving force by the trigger mechanism moves the transfer surface in a driving direction at least partly essentially parallel to the longitudinal direction and the prominent catches of the undulating transfer surface repeatedly move the hinge section perpendicular to the longitudinal direction . - a toggle lever with a first lever part , a hinge section and a second lever part , the first lever part pivotably mounted in the housing , the second lever part in operative connection with the driving rod to move the driving rod , and the hinge section pivotably connecting the first lever part and the second lever part around a hinge axis , - a trigger mechanism to provide a driving force for a movement of the driving rod via the toggle lever , and - a transfer mechanism arranged between the trigger mechanism and the toggle lever providing an operative connection between the trigger mechanism and the toggle lever ,
Lock comprising a lock case and a strike plate to be arranged opposite the lock case , comprising a latch element that can be moved out of the lock case into the strike plate , comprising a tightening element , the tightening element having a tightening bevel which is movable along a tightening edge of the strike plate , and comprising a drive device for driving the latch element and the tightening element from a position protruding from the lock case into a position retracted in the lock case , characterized in that the drive device has a first gear unit for driving the latch element and a second gear unit for driving the tightening element , and in that the gear units can be controlled independently of one another.
An aqueous composition for producing chlorine dioxide upon contact with an acid comprising: a reducing agent comprising at least one selected from the group consisting of a reducing sugar, a thiosulfate, a sulfite, a disulfite, urea, thiourea, and dithionites; a chlorite ion source; and water, wherein the pH of the aqueous composition is at least 11.5, and further wherein in the case that the reducing agent comprises sodium thiosulfate, the chlorite ion source comprises sodium chlorite, and the molar ratio of sodium chlorite to sodium thiosulfate in the composition is from 20:1 to 2:1. a reducing agent comprising at least one selected from the group consisting of a reducing sugar, a thiosulfate, a sulfite, a disulfite, urea, thiourea, and dithionites; a chlorite ion source; and water, wherein the pH of the aqueous composition is at least 11.5, and further wherein in the case that the reducing agent comprises sodium thiosulfate, the chlorite ion source comprises sodium chlorite, and the molar ratio of sodium chlorite to sodium thiosulfate in the composition is from 20:1 to 2:1.
A preview image display method, comprising: detecting that a selfie stick is connected to a camera, and upon detecting that the selfie stick is connected to the camera, the method further comprises: determining (S101) that an image captured by the camera in a first duration includes a human face; amplifying (SI02) the human face in the image captured by the camera in a second duration which is consecutive to the first duration; automatically and alternately displaying the amplified human face image and the captured image as a preview image on a display screen; and upon receiving a shooting instruction (S103) from the selfie stick, shooting an image captured by the camera according to the shooting instruction, wherein the image captured by the camera is an image in which the human face is not amplified. detecting that a selfie stick is connected to a camera, and upon detecting that the selfie stick is connected to the camera, the method further comprises: determining (S101) that an image captured by the camera in a first duration includes a human face; amplifying (SI02) the human face in the image captured by the camera in a second duration which is consecutive to the first duration; automatically and alternately displaying the amplified human face image and the captured image as a preview image on a display screen; and upon receiving a shooting instruction (S103) from the selfie stick, shooting an image captured by the camera according to the shooting instruction, wherein the image captured by the camera is an image in which the human face is not amplified. determining (S101) that an image captured by the camera in a first duration includes a human face; amplifying (SI02) the human face in the image captured by the camera in a second duration which is consecutive to the first duration; automatically and alternately displaying the amplified human face image and the captured image as a preview image on a display screen; and upon receiving a shooting instruction (S103) from the selfie stick, shooting an image captured by the camera according to the shooting instruction, wherein the image captured by the camera is an image in which the human face is not amplified.
A pallet transport device comprising: a plurality of pallet rails configured to allow a pallet to be movably placed thereon; a pallet feeding unit configured to transport the pallet along the pallet rails; a pallet moving unit disposed at end portions of the plurality of pallet rails , the pallet moving unit being configured to horizontally rotate so as to move the pallet placed on any one of the plurality of pallet rails to the other pallet rail; one or more short rails disposed at a periphery of the pallet moving unit; a pallet feeding assist unit configured to move the pallet from the pallet rails to the short rails, or move the pallet from the short rails to the pallet rails; and is characterized by further comprising an elevator unit configured to cause the pallet feeding assist unit to descend and ascend, wherein the horizontal rotation of the pallet moving unit is permitted by the descent of the pallet feeding assist unit . a plurality of pallet rails configured to allow a pallet to be movably placed thereon; a pallet feeding unit configured to transport the pallet along the pallet rails; a pallet moving unit disposed at end portions of the plurality of pallet rails , the pallet moving unit being configured to horizontally rotate so as to move the pallet placed on any one of the plurality of pallet rails to the other pallet rail; one or more short rails disposed at a periphery of the pallet moving unit; a pallet feeding assist unit configured to move the pallet from the pallet rails to the short rails, or move the pallet from the short rails to the pallet rails; and is characterized by further comprising an elevator unit configured to cause the pallet feeding assist unit to descend and ascend, wherein the horizontal rotation of the pallet moving unit is permitted by the descent of the pallet feeding assist unit .
A method of manufacturing a sensor that includes a cylindrical casing in which an opening portion is formed at one end and a detection part including a core having a coil is accommodated in another end and in which an electronic component is accommodated, a cylindrical clamp in which a recessed part having a sealing ring attached thereto is formed in an outer periphery and one end thereof is inserted into the opening portion , and the sealing ring which is attached to the recessed part and is disposed between the casing and the clamp , the method comprises: a step of forming a first component of the clamp using a first divided mold , the first component including a cylindrical main body portion and a first part which is located on one end side of the main body portion and constitutes a portion of the recessed part , wherein the first divided mold has a dividing surface intersecting the main body portion and is divided to be able to separate in an axial direction of the main body portion ; and a step of forming a second component of the clamp constituting another portion of the recessed part using a second divided mold so that the second component is formed integrally with the first component , and providing the recessed part , wherein the second component is inserted into the opening portion . a step of forming a first component of the clamp using a first divided mold , the first component including a cylindrical main body portion and a first part which is located on one end side of the main body portion and constitutes a portion of the recessed part , wherein the first divided mold has a dividing surface intersecting the main body portion and is divided to be able to separate in an axial direction of the main body portion ; and a step of forming a second component of the clamp constituting another portion of the recessed part using a second divided mold so that the second component is formed integrally with the first component , and providing the recessed part , wherein the second component is inserted into the opening portion .
Method for controlling and/or monitoring an adhesive which is to be applied onto a substrate, wherein the adhesive is applied to the substrate by means of an application unit , wherein the conveying of the adhesive which is to be applied is controlled by means of a control device of the application unit , characterised in that the partial pressure or the gas concentration of at least one ingredient of the adhesive is measured with at least one gas sensor , this sensor signal is evaluated in a control unit , and that the application unit is controlled as a dependency of the sensor signal of the gas sensor , and/or a display and/or an error signal is issued and/or stored.
A circulation subassembly (circsub) for incorporation in a drill pipe, the circsub comprising a piston movable within a bore of the circsub in a first direction by pressure of fluid within said bore, the piston having: a first position corresponding to a flow through condition of the circsub in which the circsub allows fluid to flow through a bore of the circsub and does not allow fluid flow from the bore of the circsub through bypass orifices in the circsub into an annulus located outside the drill pipe; a second position corresponding to a partial bypass condition of the circsub in which the circsub allows fluid to flow through the bore of the circsub and allows fluid communication through said bypass orifices from the bore of the circsub into the annulus; wherein the piston has a third position corresponding to a full bypass condition of the circsub in which the circsub does not allow fluid to flow through the bore of the circsub and allows fluid communication through said bypass orifices from the bore of the circsub into the annulus, wherein the circsub further comprises biasing means for biasing the piston in a second direction opposite to the first direction, and a selectively adjustable abutment for limiting the movement of the piston in said first direction to each of said first, second and third positions. a first position corresponding to a flow through condition of the circsub in which the circsub allows fluid to flow through a bore of the circsub and does not allow fluid flow from the bore of the circsub through bypass orifices in the circsub into an annulus located outside the drill pipe; a second position corresponding to a partial bypass condition of the circsub in which the circsub allows fluid to flow through the bore of the circsub and allows fluid communication through said bypass orifices from the bore of the circsub into the annulus; wherein the piston has a third position corresponding to a full bypass condition of the circsub in which the circsub does not allow fluid to flow through the bore of the circsub and allows fluid communication through said bypass orifices from the bore of the circsub into the annulus, wherein the circsub further comprises biasing means for biasing the piston in a second direction opposite to the first direction, and a selectively adjustable abutment for limiting the movement of the piston in said first direction to each of said first, second and third positions.
Vibration damper which has a lifting system which has at least one piezo actuator , a support , and a hydraulic stroke multiplier with an input and an output side, which hydraulic stroke multiplier is attached by way of its input side to the piezo actuator and by way of its output side to the support , wherein the vibration damper has a control unit which is designed to control the piezo actuator in a first operating mode such that the total force acting on the lifting system remains constant, and/or to control the piezo actuator in a second operating mode such that the support vibrates with the least possible deflection.
A method for the concurrent navigation of sets of two or more biomedical images, comprising the following steps: a) Definition of a reference image (A) and of at least one comparison image (B); b) Execution of a non-rigid registration (R) of the comparison image (B) on the reference image (A) and saving for each point (P) of the comparison image (B) of (A) a transformation (TR) obtained from the registration (R) comprising a rigid component and a non rigid component of transformation (TR); c) Visualization of a reference view (VA) of the reference image (A) and selection by a user of a reference point (PA) in the reference view (VA); d) Identification, on the comparison image (B) registered on the reference image (A), of the comparison point (PB) corresponding to the reference point (PA), by using the transformation (TR); e) Concurrent visualization of the reference view (VA) and of a comparison view (VB, VB') of the comparison image (B), where the comparison view (VB,VB') contains the comparison point (PB) and is defined based only on the rigid component of the transformation (TR) or is defined based on a translation, and/or a rotation and/or a scaling factor that are part of the rigid component of the transformation (TR), the visualization being relative to the comparison point (PB). a) Definition of a reference image (A) and of at least one comparison image (B); b) Execution of a non-rigid registration (R) of the comparison image (B) on the reference image (A) and saving for each point (P) of the comparison image (B) of (A) a transformation (TR) obtained from the registration (R) comprising a rigid component and a non rigid component of transformation (TR); c) Visualization of a reference view (VA) of the reference image (A) and selection by a user of a reference point (PA) in the reference view (VA); d) Identification, on the comparison image (B) registered on the reference image (A), of the comparison point (PB) corresponding to the reference point (PA), by using the transformation (TR); e) Concurrent visualization of the reference view (VA) and of a comparison view (VB, VB') of the comparison image (B), where the comparison view (VB,VB') contains the comparison point (PB) and is defined based only on the rigid component of the transformation (TR) or is defined based on a translation, and/or a rotation and/or a scaling factor that are part of the rigid component of the transformation (TR), the visualization being relative to the comparison point (PB).