mhurhangee/patent-ind-claim-en huggingface dataset:
An image processing apparatus comprising: image capturing condition acquiring means for acquiring image capturing condition information of a plurality of images corresponding to angles of view different from each other, wherein the image capturing condition information includes information on a focal length and information on an F number; distance information acquiring means for acquiring distance information of an object included in the plurality of images; characterized by angle of view information acquiring means for acquiring information on a specified angle of view input by a user, wherein the specified angle of view is within a range of the angles of view corresponding to the plurality of images; and image generating means for generating an image corresponding to the information on the specified angle of view from the plurality of images based on a deterioration amount of a resolution calculated by using the image capturing condition information, the distance information, and the information on the specified angle of view to decrease a deterioration of the resolution due to difference in depth of field among the plurality of images, wherein the distance information is object distance information at each position in an image. image capturing condition acquiring means for acquiring image capturing condition information of a plurality of images corresponding to angles of view different from each other, wherein the image capturing condition information includes information on a focal length and information on an F number; distance information acquiring means for acquiring distance information of an object included in the plurality of images; characterized by angle of view information acquiring means for acquiring information on a specified angle of view input by a user, wherein the specified angle of view is within a range of the angles of view corresponding to the plurality of images; and image generating means for generating an image corresponding to the information on the specified angle of view from the plurality of images based on a deterioration amount of a resolution calculated by using the image capturing condition information, the distance information, and the information on the specified angle of view to decrease a deterioration of the resolution due to difference in depth of field among the plurality of images, wherein the distance information is object distance information at each position in an image.
An electrosurgical device having an easily adjustable length, the electrosurgical device comprising: a body elongated in a longitudinal direction and having a space longitudinally defined therein; an operation unit having an operation member with a first side disposed in the space and a second side exposed over the space, a substrate disposed in the space and electrically connected with the operation member , and a contact member elongated in the space with a top thereof in electrical contact with the substrate ; a stretching member being slidable in the space and having a plurality of locking steps longitudinally formed on a top thereof; a button stopper supported and moved on the body to or not to be locked to the locking steps ; a contact guide with a first end disposed in the stretching member and a second end extending toward the contact member; and a blade coupled to the first end of the contact guide and extending out of the stretching member , wherein when the stretching member is moved in the space without the button stopper locked to the locking steps , the contact guide slides along the contact member in contact with the contact member . a body elongated in a longitudinal direction and having a space longitudinally defined therein; an operation unit having an operation member with a first side disposed in the space and a second side exposed over the space, a substrate disposed in the space and electrically connected with the operation member , and a contact member elongated in the space with a top thereof in electrical contact with the substrate ; a stretching member being slidable in the space and having a plurality of locking steps longitudinally formed on a top thereof; a button stopper supported and moved on the body to or not to be locked to the locking steps ; a contact guide with a first end disposed in the stretching member and a second end extending toward the contact member; and a blade coupled to the first end of the contact guide and extending out of the stretching member , wherein when the stretching member is moved in the space without the button stopper locked to the locking steps , the contact guide slides along the contact member in contact with the contact member .
A fractionation system comprising: a rectifying column having a feed inlet between a top and a bottom plate, a reflux inlet at the top plate, a fluid inlet at the bottom plate, an overhead product outlet at the first plate, and a bottoms outlet at the bottom plate; a rectifying column side reboiler in communication with the rectifying column ; a stripping column having a fluid inlet at a top plate, an overhead outlet at the top plate, and a bottoms outlet at the bottom plate, the bottoms outlet of the rectifying column being in fluid communication with the fluid inlet of the stripping column , the overhead outlet of the stripping column being in fluid communication with the fluid inlet of the rectifying column ; a stripping column reboiler in communication with the stripping column ; and the rectifying column and the stripping column being in a single vessel having a uniform diameter, the rectifying column being positioned above the stripping column ; wherein the stripping column comprises a side-by-side stacked arrangement of fractionation trays (A, B), wherein the bottom of the first stack (A) is in liquid communication with the top of the second stack (B) and wherein the top of the second stack (B) is in vapor communication with the bottom of the first stack (A). a rectifying column having a feed inlet between a top and a bottom plate, a reflux inlet at the top plate, a fluid inlet at the bottom plate, an overhead product outlet at the first plate, and a bottoms outlet at the bottom plate; a rectifying column side reboiler in communication with the rectifying column ; a stripping column having a fluid inlet at a top plate, an overhead outlet at the top plate, and a bottoms outlet at the bottom plate, the bottoms outlet of the rectifying column being in fluid communication with the fluid inlet of the stripping column , the overhead outlet of the stripping column being in fluid communication with the fluid inlet of the rectifying column ; a stripping column reboiler in communication with the stripping column ; and the rectifying column and the stripping column being in a single vessel having a uniform diameter, the rectifying column being positioned above the stripping column ; wherein the stripping column comprises a side-by-side stacked arrangement of fractionation trays (A, B), wherein the bottom of the first stack (A) is in liquid communication with the top of the second stack (B) and wherein the top of the second stack (B) is in vapor communication with the bottom of the first stack (A).
A device for freezing soil, comprising - a freezing head extending along a longitudinal axis (L), - a first conduit for introducing a first cooling medium (F) or a second cooling medium (S) different therefrom into an interior of the freezing head , wherein the first conduit opens into the interior , characterized by the provision of - a second conduit for introducing the second cooling medium (S) into the interior of the freezing head , or for draining the first and/or the second cooling medium (F, S) from the interior of the freezing head , wherein the second conduit opens into the interior of the freezing head , and - wherein the device has at least three separate connections (A1, A2, A3), namely a first connection (A1) via which the first cooling medium (F) can be introduced into the interior of the freezing head , a second connection (A2) via which the second cooling medium (S) can be introduced into the interior of the freezing head , and a third connection (A3) via which the first or the second cooling medium (F, S) can be drained out of the interior of the freezing head . - a freezing head extending along a longitudinal axis (L), - a first conduit for introducing a first cooling medium (F) or a second cooling medium (S) different therefrom into an interior of the freezing head , wherein the first conduit opens into the interior , characterized by the provision of - a second conduit for introducing the second cooling medium (S) into the interior of the freezing head , or for draining the first and/or the second cooling medium (F, S) from the interior of the freezing head , wherein the second conduit opens into the interior of the freezing head , and - wherein the device has at least three separate connections (A1, A2, A3), namely a first connection (A1) via which the first cooling medium (F) can be introduced into the interior of the freezing head , a second connection (A2) via which the second cooling medium (S) can be introduced into the interior of the freezing head , and a third connection (A3) via which the first or the second cooling medium (F, S) can be drained out of the interior of the freezing head .
A method of die casting a component with an integral honeycomb abradeable seal , comprising the step of: (a) defining a first portion of a die cavity of a die to include an open cell structure , including positioning an insert that defines the open cell structure within the first portion of the die cavity , the insert being a honeycomb abradeable seal, the first portion being a first opening within the die ; (b) defining a second portion of the die cavity without the open cell structure the second portion being a second opening within the die , the insert not extending into the second opening; (c) injecting molten metal (M) into the die cavity ; and (d) solidifying the molten metal (M) within the die cavity (158;258) to form the component with the integral seal ,wherein the molten metal (M) solidifying in the second portion forms the component , the molten metal M locally bonding with the insert at an interface (I) during solidification of the molten metal M to form the component having the integral seal. (a) defining a first portion of a die cavity of a die to include an open cell structure , including positioning an insert that defines the open cell structure within the first portion of the die cavity , the insert being a honeycomb abradeable seal, the first portion being a first opening within the die ; (b) defining a second portion of the die cavity without the open cell structure the second portion being a second opening within the die , the insert not extending into the second opening; (c) injecting molten metal (M) into the die cavity ; and (d) solidifying the molten metal (M) within the die cavity (158;258) to form the component with the integral seal ,wherein the molten metal (M) solidifying in the second portion forms the component , the molten metal M locally bonding with the insert at an interface (I) during solidification of the molten metal M to form the component having the integral seal.
Trailer coupling for a motor vehicle with a support assembly which has a cross-member provided for mounting on a rear end of a motor vehicle and designed at least in part as a profile section , and a holder fitted to the cross-member for holding a coupling element , in particular a coupling arm of the trailer coupling , wherein the coupling element is provided for attaching a trailer or a load carrier , wherein the holder is connected to the cross-member with the aid of a tie rod of a tie rod assembly , in particular a screw, wherein the tie rod penetrates the cross-member and clamps an abutment surface of the holder , through which passes the tie rod clamping axis (S) or an axis parallel to the tie rod clamping axis (S), against a side wall of the cross-member which has a through opening for the tie rod , wherein the tie rod assembly has a support element with a support surface , characterised in that the support element has a support projection protruding from the support surface towards the tie rod clamping axis (S) and penetrating the through opening of the side wall , wherein the support surface of the support element rests with at least one force component in the through opening in the direction of the clamping axis (S) on the side wall of the cross-member next to the through opening and the support projection with at least one force component transversely to the clamping axis (S).
A method comprising: receiving , by a first application executing at a computing device , information associated with a content page for a second application executing at the computing device , wherein at least a first portion of the content page for the second application is included in a first graphical user interface of the computing device ; determining , by the first application and based on the information associated with the content page for the second application , a context of the second application ; determining , by the first application and based at least in part on the context of the second application , a respective set of objects for each application from one or more applications related to the second application , wherein the one or more applications related to the second application are different from the first application and the second application ; generating , by the first application and based at least in part on the respective sets of objects, a content page for the first application including one or more graphical indications of at least one object from at least one of the respective sets of objects; and while at least a second portion of the content page for the second application is included in the first graphical user interface , outputting , by the first application , for display, at least a portion of the content page for the first application within a second graphical user interface of the computing device that is adjacent to the first graphical user interface of the computing device . receiving , by a first application executing at a computing device , information associated with a content page for a second application executing at the computing device , wherein at least a first portion of the content page for the second application is included in a first graphical user interface of the computing device ; determining , by the first application and based on the information associated with the content page for the second application , a context of the second application ; determining , by the first application and based at least in part on the context of the second application , a respective set of objects for each application from one or more applications related to the second application , wherein the one or more applications related to the second application are different from the first application and the second application ; generating , by the first application and based at least in part on the respective sets of objects, a content page for the first application including one or more graphical indications of at least one object from at least one of the respective sets of objects; and while at least a second portion of the content page for the second application is included in the first graphical user interface , outputting , by the first application , for display, at least a portion of the content page for the first application within a second graphical user interface of the computing device that is adjacent to the first graphical user interface of the computing device .
A fiber-reinforced polymeric composite material comprising: two or more layers of reinforcement fibers impregnated or infused with a curable thermoset matrix resin; metastable thermoplastic particles positioned between adjacent layers of reinforcement fibers, wherein the metastable thermoplastic particles are particles of semi-crystalline thermoplastic material with an amorphous polymer fraction that will undergo crystallization when the particles are heated to a crystallization temperature T c . two or more layers of reinforcement fibers impregnated or infused with a curable thermoset matrix resin; metastable thermoplastic particles positioned between adjacent layers of reinforcement fibers, wherein the metastable thermoplastic particles are particles of semi-crystalline thermoplastic material with an amorphous polymer fraction that will undergo crystallization when the particles are heated to a crystallization temperature T c .
A cleaning module usable with a printhead of a printing system , the cleaning module comprising: an actuator device ; a fluid chamber ; and a wiper member ; the cleaning module characterised in that : the actuator device has a first fluid channel therein, the actuator device is to enter an activation state based on a movement of at least a portion of the actuator device in response to an engagement with the printhead , wherein the engagement comprises the printhead pushing an upper portion of the actuator device to cause the movement of the upper portion of the actuator device with respect to a lower portion of the actuator device; a second fluid channel is in fluid communication with the actuator device ; the fluid chamber is to store fluid and is coupled to the second fluid channel , the fluid chamber to selectively supply the fluid through the second fluid channel and the first fluid channel to a porous wipe material in response to the activation state of the actuator device ; and the wiper member is to apply pressure to the porous wipe material including the fluid therein to wipe the printhead . an actuator device ; a fluid chamber ; and a wiper member ; the actuator device has a first fluid channel therein, the actuator device is to enter an activation state based on a movement of at least a portion of the actuator device in response to an engagement with the printhead , wherein the engagement comprises the printhead pushing an upper portion of the actuator device to cause the movement of the upper portion of the actuator device with respect to a lower portion of the actuator device; a second fluid channel is in fluid communication with the actuator device ; the fluid chamber is to store fluid and is coupled to the second fluid channel , the fluid chamber to selectively supply the fluid through the second fluid channel and the first fluid channel to a porous wipe material in response to the activation state of the actuator device ; and the wiper member is to apply pressure to the porous wipe material including the fluid therein to wipe the printhead .
A bale wrapping machine which applies successive overlying wraps of wrapping material , the bale wrapping machine comprising: a. a wrapping mechanism for applying wrapping material to a bale ; b. a bale supporting arrangement ; and c. a cut and hold mechanism , wherein the machine comprises three rotating wrapping arms characterised in that , in a repeated working cycle for wrapping successive bales , the three rotating wrapping arms have a first wrapping configuration where they are spaced substantially equally apart, for cooperatively rotationally wrapping a bale with wrapping material , and have a second configuration where, at the start of a wrapping cycle, and at the end of a wrapping cycle, the three working arms are brought together proximate each other so that respective wrapping material from each arm is cut and held by one cut and hold mechanism . a. a wrapping mechanism for applying wrapping material to a bale ; b. a bale supporting arrangement ; and c. a cut and hold mechanism ,
A separator which comprises a porous polymer substrate comprising a polymer showing a variation in phase angle with an increase in temperature at 0.1 Hz represented by the following Formula 1: Variation in phase angle at 0.1 Hz = [(Phase angle 190 - Phase angle 280 )/(Phase angle 190 )] × 100 ≥ 0% wherein Phase angle 190 means the phase angle of the porous polymer substrate at 0.1 Hz and 190°C, Phase angle 280 means the phase angle of the porous polymer substrate at 0.1 Hz and 280°C, and Phase angle 190 and Phase angle 280 are measured using a rheometer in the manner set out in the description; wherein the polymer has a Z average molecular weight of 700,000-2,000,000, as measured in accordance with the section "Method for Determining Z Average Molecular Weight" in the description; wherein the polymer has a melt index of 0.05-4 g/10 min, as measured in accordance with the section "Method for Determining Melt Index" in the description; and wherein the polymer has a branch content of 5-25%, as measured in accordance with the section "Method for Determining Branch Content" in the description. Phase angle 280 means the phase angle of the porous polymer substrate at 0.1 Hz and 280°C, and Phase angle 190 and Phase angle 280 are measured using a rheometer in the manner set out in the description; wherein the polymer has a Z average molecular weight of 700,000-2,000,000, as measured in accordance with the section "Method for Determining Z Average Molecular Weight" in the description; wherein the polymer has a melt index of 0.05-4 g/10 min, as measured in accordance with the section "Method for Determining Melt Index" in the description; and wherein the polymer has a branch content of 5-25%, as measured in accordance with the section "Method for Determining Branch Content" in the description.
A tire comprising: a pair of beads having a bead core and a bead filler which extends to an outer side in a tire-radial direction of the bead core ; a carcass ply including a ply body which extends from one bead core to another bead core , and a ply folding part which is folded back around the bead core ; a metal reinforcement layer provided to interpose the ply folding part and the bead filler ; characterised in that an electronic component is provided to interpose the bead filler and the ply body . a pair of beads having a bead core and a bead filler which extends to an outer side in a tire-radial direction of the bead core ; a carcass ply including a ply body which extends from one bead core to another bead core , and a ply folding part which is folded back around the bead core ; a metal reinforcement layer provided to interpose the ply folding part and the bead filler ; characterised in that an electronic component is provided to interpose the bead filler and the ply body .
In vitro use of a kit for the detection of early pancreatic cancer or a pancreatic cancer precursor lesion, comprising a nucleic acid(s) capable of specifically binding to a polynucleotide of the early pancreatic cancer or pancreatic cancer precursor lesion marker: miR-6784-5p.
A container cutting die; comprising a die plate and a punch and blade holder plate enabled for relative movement between an inoperative or open position in which the blades and the punches of the punch and blade holder plate are spaced from the die plate , and an operative closed position in which the blades and the punches make, in combination with the die plate , cuts and/or pre-cuts in the containers, the blades being housed in a tight manner and fixed in a housing of the blade holder plate characterised in that - the blades have a body with a non-circular cross section coinciding in shape and dimensions with the cross section of the housing , - the blades are fixed by means of a clamping element in the housing ; and - the front end of the blades projects a distance of less than 10 millimetres from the blade holder plate , wherein the clamping element is a screw which passes through a separator , resting on a step of the housing (21,) the clamping element being screwed onto the rear end of the body of the blades . - the blades have a body with a non-circular cross section coinciding in shape and dimensions with the cross section of the housing , - the blades are fixed by means of a clamping element in the housing ; and - the front end of the blades projects a distance of less than 10 millimetres from the blade holder plate ,