mhurhangee/patent-ind-claim-en huggingface dataset:
A vascular prosthetic graft device comprising: a first component covered with a graft material; a second component covered with a graft material, wherein the second component is engaged with the first component and defines a radially outwardly extending shoulder that extends outwardly of a major diameter of one of the first component or the second component; wherein at least one of the first and second components is supported by wire frame material; a first stent member ; a first opening is defined on the shoulder for receiving one end of the first stent member, a second stent member ; a second opening is defined on the shoulder for receiving one end of the second stent member; wherein a second end of the first stent member is adapted to be received within the brachiocelphalic artery, wherein a second end of the second stent member is adapted to be received within the left common carotid artery. a first component covered with a graft material; a second component covered with a graft material, wherein the second component is engaged with the first component and defines a radially outwardly extending shoulder that extends outwardly of a major diameter of one of the first component or the second component; wherein at least one of the first and second components is supported by wire frame material; a first stent member ; a first opening is defined on the shoulder for receiving one end of the first stent member, a second stent member ; a second opening is defined on the shoulder for receiving one end of the second stent member; wherein a second end of the first stent member is adapted to be received within the brachiocelphalic artery, wherein a second end of the second stent member is adapted to be received within the left common carotid artery.
Cable routing device for the directional routing of cables , in particular for production areas in the beverage and / or food industry, with at least two webs which are aligned radially to a central part and one with the central part connected first end piece and a second end piece , on which a retaining wing is provided which extends in the direction of the adjacent retaining wing , characterized in that the retaining wings are at least approximately oriented along a circle, that is at least approximately concentric to the central part and that each retaining wing is formed in one piece onto the second end piece of the corresponding web and separated on both sides by a segment opening by the webs or the corresponding retaining wings and that two neighbouring webs and one or two retaining wings delimit a cable receiving opening , destined to receive a cable and that the segment opening is formed in the form of a slit and preferably inclined with respect to the longitudinal axis (x) at an angle of around 30° - 60°, further preferred at around 45° and that the central part presents a passage opening for passing through connecting elements , by which several cable routing devices are connectable to each other, with sealing elements being provided neighbouring the receiving openings , which are formed as sealing ribs and a sealing formed onto it.
A cleaner for performing autonomous traveling, the cleaner comprising: a main body; a driving unit configured to move the main body; a camera configured to capture an image related to a cleaning area in which the main body is located; a memory configured to store information related to a preset algorithm for analyzing the image; a controller configured to detect a difference between a first image and a second image consecutively captured by the camera , characterised in that the controller being further configured to generate a third image based on the detected difference, and analyze the generated third image using the preset algorithm; wherein the controller is configured to stop movement of the main body or rotation of the camera , while the first image and the second image are captured. a main body; a driving unit configured to move the main body; a camera configured to capture an image related to a cleaning area in which the main body is located; a memory configured to store information related to a preset algorithm for analyzing the image; a controller configured to detect a difference between a first image and a second image consecutively captured by the camera , characterised in that the controller being further configured to generate a third image based on the detected difference, and analyze the generated third image using the preset algorithm; wherein the controller is configured to stop movement of the main body or rotation of the camera , while the first image and the second image are captured.
A composite material comprising: a first layer comprising a fiber mesh core and non-compressible and non-elastic material comprising at least one of: polyurethane, rubber, and polyvinylchloride, wherein the first layer has a thickness greater than about 0.762 millimeter (0.03") and less than about 6.35 millimeter (0.25"); a second layer bonded to the first layer , the second layer comprising a closed cell foam of at least one of: polyolefin foam, polyurethane foam and rubber based foam; and a third layer bonded to the second layer , the third layer comprising a thin film or fabric material comprising at least one of: polyester, polyurethane, polyolefin and nylon, wherein the composite material is coilable and maintains a consistent linear dimension within about 1% of total length in a coiled configuration compared with a linear configuration, and wherein each layer is seamless and continuous. a first layer comprising a fiber mesh core and non-compressible and non-elastic material comprising at least one of: polyurethane, rubber, and polyvinylchloride, wherein the first layer has a thickness greater than about 0.762 millimeter (0.03") and less than about 6.35 millimeter (0.25"); a second layer bonded to the first layer , the second layer comprising a closed cell foam of at least one of: polyolefin foam, polyurethane foam and rubber based foam; and a third layer bonded to the second layer , the third layer comprising a thin film or fabric material comprising at least one of: polyester, polyurethane, polyolefin and nylon, wherein the composite material is coilable and maintains a consistent linear dimension within about 1% of total length in a coiled configuration compared with a linear configuration, and wherein each layer is seamless and continuous.
A device for determining spatially dependent x-ray flux degradation and photon spectral change for an x-ray tube , comprising: - an acquisition unit , - a processing unit , - a calculation unit , and - a combination unit ; wherein the acquisition unit is configured to acquire x-ray flux degradation data for the x-ray tube ; wherein the processing unit is configured to process the x-ray flux degradation data into spatially dependent flux degradation data by calculating spatially dependent flux degradation data based on usage history data, wherein the calculation of the spatially dependent flux degradation data based on usage history data is a characterizing number for a size and a radial position of the focal spot; wherein the calculation unit is configured to calculate at least a photon spectral change of the x-ray tube and to convert the photon spectral change into a spatially dependent spectrum; and wherein the combination unit is configured to combine the spatially dependent flux degradation data and the spatially dependent spectrum. - an acquisition unit , - a processing unit , - a calculation unit , and - a combination unit ;
A method of inkjet printing, comprising: providing a substrate that optionally comprises a topmost layer comprising at least 30 weight % of one or more aqueous soluble multivalent metal cations and at least 0.05 g/m 2 of a hydrophilic polymeric binder, ink jetting an aqueous inkjet ink composition to form a white printed image on the substrate, wherein: the aqueous inkjet ink composition comprises particles of titanium dioxide in an amount of at least 2 weight % and up to and including 25 weight %; the particles pf titanium dioxide have a 95 th percentile particle size of less than 200 nm and a 50 th percentile particle size of less than 130 nm; the particles of titanium dioxide are dispersed within the aqueous inkjet ink composition with a dispersing polymer comprising acidic groups; and the weight ratio of the particles of titanium dioxide to the dispersing polymer is from 19:1 to and including 2:1; wherein the 95 th percentile and 50 th percentile particle size are determined as described in the description. providing a substrate that optionally comprises a topmost layer comprising at least 30 weight % of one or more aqueous soluble multivalent metal cations and at least 0.05 g/m 2 of a hydrophilic polymeric binder, ink jetting an aqueous inkjet ink composition to form a white printed image on the substrate, wherein: the aqueous inkjet ink composition comprises particles of titanium dioxide in an amount of at least 2 weight % and up to and including 25 weight %; the particles pf titanium dioxide have a 95 th percentile particle size of less than 200 nm and a 50 th percentile particle size of less than 130 nm; the particles of titanium dioxide are dispersed within the aqueous inkjet ink composition with a dispersing polymer comprising acidic groups; and the weight ratio of the particles of titanium dioxide to the dispersing polymer is from 19:1 to and including 2:1; wherein the 95 th percentile and 50 th percentile particle size are determined as described in the description. the aqueous inkjet ink composition comprises particles of titanium dioxide in an amount of at least 2 weight % and up to and including 25 weight %; the particles pf titanium dioxide have a 95 th percentile particle size of less than 200 nm and a 50 th percentile particle size of less than 130 nm; the particles of titanium dioxide are dispersed within the aqueous inkjet ink composition with a dispersing polymer comprising acidic groups; and the weight ratio of the particles of titanium dioxide to the dispersing polymer is from 19:1 to and including 2:1; wherein the 95 th percentile and 50 th percentile particle size are determined as described in the description.
Supporting member for a precision device , comprising - a vertical supporting element which extends along a vertical main direction of extent (Z), wherein the vertical supporting element comprises a material with a low coefficient of thermal expansion; - a horizontal supporting element which horizontally surrounds at least a portion of the vertical supporting element and is configured to horizontally support the vertical supporting element against being tilted from the main direction of extent (Z), characterized in that the horizontal supporting element delimits a thermally insulating interior space (R) in which the vertical supporting element is partially accommodated, wherein the interior space (R) is closed off in a fluid-tight, in particular air-tight, manner. - a vertical supporting element which extends along a vertical main direction of extent (Z), wherein the vertical supporting element comprises a material with a low coefficient of thermal expansion; - a horizontal supporting element which horizontally surrounds at least a portion of the vertical supporting element and is configured to horizontally support the vertical supporting element against being tilted from the main direction of extent (Z),
Lactobacillus plantarum BB-PLT (NITE BP-02097).
A bag making and packaging machine , configured to sandwich a tube-shaped film transported in a first direction between a horn and an anvil for ultrasonic sealing and transversely seal along a direction intersecting the first direction, comprising: a knife disposed in a knife movement space formed in the anvil; and a knife-driving part configured to drive the knife disposed in the knife movement space such that the knife moves toward the horn when the film is transversely sealed, and cut and separate a sealed bag from the tube-shaped film, characterized by a guide part mounted on each of both ends of the anvil and defining guide spaces thereon, the guide spaces being defined to guide movement of the knife driven by the knife-driving part, wherein a width (Dg) of the guide spaces with respect to a second direction, which is orthogonal to both a movement direction of the knife driven by the knife-driving part and a length direction of the knife, is less than a width (Da) of the knife movement space with respect to the second direction. a knife disposed in a knife movement space formed in the anvil; and a knife-driving part configured to drive the knife disposed in the knife movement space such that the knife moves toward the horn when the film is transversely sealed, and cut and separate a sealed bag from the tube-shaped film, characterized by a guide part mounted on each of both ends of the anvil and defining guide spaces thereon, the guide spaces being defined to guide movement of the knife driven by the knife-driving part, wherein a width (Dg) of the guide spaces with respect to a second direction, which is orthogonal to both a movement direction of the knife driven by the knife-driving part and a length direction of the knife, is less than a width (Da) of the knife movement space with respect to the second direction.
A corn head comprising: a center section ; a folding section folding relative to the center section , the folding section including a frame and a lock for locking the folding section in a locked position for harvesting; a plurality of row separators , each of the separators including a separator cover; the plurality of separators including a folding separator proximate a folding pivot of the folding section ; characterized by : a linkage associated with the folding separator , the linkage moving a folding separator frame and the separator cover of the folding separator between a lowered position and a raised position, the linkage comprising: a main link pivoting between a first position and a second position; a cylinder having an extendable rod , the rod connecting to a first point of the main link and actuating the main link ; an arm mounted to a second point of the main link and connected to the folding separator frame ; an intermediate link connecting to the main link and to the folding section lock , the linkage automatically engaging the folding section lock when the rod is extended and the separator cover of the folding separator is at the lowered position and automatically disengaging the lock when the rod is retracted and the separator cover of the folding separator is at the raised position. a center section ; a folding section folding relative to the center section , the folding section including a frame and a lock for locking the folding section in a locked position for harvesting; a plurality of row separators , each of the separators including a separator cover; the plurality of separators including a folding separator proximate a folding pivot of the folding section ; a linkage associated with the folding separator , the linkage moving a folding separator frame and the separator cover of the folding separator between a lowered position and a raised position, the linkage comprising: a main link pivoting between a first position and a second position; a cylinder having an extendable rod , the rod connecting to a first point of the main link and actuating the main link ; an arm mounted to a second point of the main link and connected to the folding separator frame ; an intermediate link connecting to the main link and to the folding section lock , a main link pivoting between a first position and a second position; a cylinder having an extendable rod , the rod connecting to a first point of the main link and actuating the main link ; an arm mounted to a second point of the main link and connected to the folding separator frame ; an intermediate link connecting to the main link and to the folding section lock , the linkage automatically engaging the folding section lock when the rod is extended and the separator cover of the folding separator is at the lowered position and automatically disengaging the lock when the rod is retracted and the separator cover of the folding separator is at the raised position.
A wellbore completion , comprising: a casing assembly comprising a plurality of casing lengths and at least one collar , wherein the at least one collar comprises, a tubular body having an inner flow path; at least one fracture port configured to provide fluid communication between an outer surface of the at least one collar and the inner flow path; at least one valve hole within the at least one collar intersecting the at least one fracture port ; at least one valve vent hole positioned to provide fluid communication between the valve hole and the inner flow path; and at least one valve positioned in the valve hole for opening and closing the at least one fracture port , characterized in that , the at least one collar is positioned so as to couple the casing lengths and the valve being configured to open when a pressure differential is created between the at least one fracture port and the at least one valve vent hole . a casing assembly comprising a plurality of casing lengths and at least one collar , wherein the at least one collar comprises, a tubular body having an inner flow path; at least one fracture port configured to provide fluid communication between an outer surface of the at least one collar and the inner flow path; at least one valve hole within the at least one collar intersecting the at least one fracture port ; at least one valve vent hole positioned to provide fluid communication between the valve hole and the inner flow path; and at least one valve positioned in the valve hole for opening and closing the at least one fracture port , characterized in that , the at least one collar is positioned so as to couple the casing lengths and the valve being configured to open when a pressure differential is created between the at least one fracture port and the at least one valve vent hole . a tubular body having an inner flow path; at least one fracture port configured to provide fluid communication between an outer surface of the at least one collar and the inner flow path; at least one valve hole within the at least one collar intersecting the at least one fracture port ; at least one valve vent hole positioned to provide fluid communication between the valve hole and the inner flow path; and at least one valve positioned in the valve hole for opening and closing the at least one fracture port , characterized in that , the at least one collar is positioned so as to couple the casing lengths and the valve being configured to open when a pressure differential is created between the at least one fracture port and the at least one valve vent hole .
A robot control system comprising: a) plural robots that are disposed in a region ; b) a generating unit that is arranged to divide the region into plural small regions (a i,j ) and that is arranged to generate disposition position information for specifying disposition positions of each of the plural robots in the region based on a value indicating a use possibility of a robot in each small region; and c) a disposition unit that is arranged to dispose the plural robots in the region in accordance with the disposition position information generated by the generating unit; characterized in that the generating unit is arranged to generate disposition position information based on a value indicating a use possibility of a robot in each small region (a i,j ); and in that the generating unit calculates the value indicating the use possibility of a robot based on a population density of the small region (a i,j ), a value that is determined by a characteristic of a person present in the small region, and a value that is determined by a field characteristic of the small region (a i,j ). a) plural robots that are disposed in a region ; b) a generating unit that is arranged to divide the region into plural small regions (a i,j ) and that is arranged to generate disposition position information for specifying disposition positions of each of the plural robots in the region based on a value indicating a use possibility of a robot in each small region; and c) a disposition unit that is arranged to dispose the plural robots in the region in accordance with the disposition position information generated by the generating unit;
Apparatus comprising: a control arrangement being configured: - to analyse a portion of an oscillating signal to determine a value indicative of a frequency or at least a part of a period of the oscillating signal ; - to use said value to schedule sampling of the signal within a time period within a cycle of the oscillating signal, corresponding to a region around a maximum deviation from a reference value within that cycle , to obtain a sample for reconstructing an envelope of the oscillating signal; and - to schedule the sampling at a time interval after a synchronisation time point, the time interval being derived from the value indicative of a frequency or at least a part of a period of the oscillating signal , characterized in that the control arrangement comprises a timer , wherein the timer is configured to schedule the sampling at the end of said time interval measured from the synchronisation time point , wherein the control arrangement is configured to set the timer to overflow at the end of the time interval and the control arrangement is arranged to control a converter to sample the signal when the timer overflows. - to analyse a portion of an oscillating signal to determine a value indicative of a frequency or at least a part of a period of the oscillating signal ; - to use said value to schedule sampling of the signal within a time period within a cycle of the oscillating signal, corresponding to a region around a maximum deviation from a reference value within that cycle , to obtain a sample for reconstructing an envelope of the oscillating signal; and - to schedule the sampling at a time interval after a synchronisation time point, the time interval being derived from the value indicative of a frequency or at least a part of a period of the oscillating signal , characterized in that the control arrangement comprises a timer , wherein the timer is configured to schedule the sampling at the end of said time interval measured from the synchronisation time point , wherein the control arrangement is configured to set the timer to overflow at the end of the time interval and the control arrangement is arranged to control a converter to sample the signal when the timer overflows.