mhurhangee/ep-ind-claims huggingface dataset:
A localized laser-based interceptor system for low flying targets, the system comprising: a) MWIR or LWIR laser; b) a large aperture optical beam delivery system configured for converting an optical laser beam into an adjustable beam converging to a minimal spot on the low flying target and further propagating in a divergent safe manner, wherein the optical beam delivery system is configured to adjust a focal distance and spot size on the target, whereby the spot size is adjustable for optimal damage performance on a plastic target, as a function of the distance from the target, the velocity of the target across the laser beam spot, and whereby the minimal spot size on the target results in a reduced danger zone for personnel and equipment, due to fast expansion of the laser beam beyond the target location. a) MWIR or LWIR laser; b) a large aperture optical beam delivery system configured for converting an optical laser beam into an adjustable beam converging to a minimal spot on the low flying target and further propagating in a divergent safe manner, wherein the optical beam delivery system is configured to adjust a focal distance and spot size on the target, whereby the spot size is adjustable for optimal damage performance on a plastic target, as a function of the distance from the target, the velocity of the target across the laser beam spot, and whereby the minimal spot size on the target results in a reduced danger zone for personnel and equipment, due to fast expansion of the laser beam beyond the target location. wherein the optical beam delivery system is configured to adjust a focal distance and spot size on the target, whereby the spot size is adjustable for optimal damage performance on a plastic target, as a function of the distance from the target, the velocity of the target across the laser beam spot, and whereby the minimal spot size on the target results in a reduced danger zone for personnel and equipment, due to fast expansion of the laser beam beyond the target location.
Roof step unit for mounting on a tile-covered roof of a building, wherein the roof step unit includes a step portion, being a one step portion, with a stepping surface and two sideward end portions (4,5), wherein the roof step unit comprises two elongated engagement units (6,7) each one fastened or fastenable onto one of said end portions, each engagement unit (6,7) being provided with means (8,9) for engagement with tile-carrying support battens, characterized in - that the engagement units (6,7) are swingable relative the respective end portions from: i) a transport position where the engagement units (6,7) are positioned adjacent to each other and extend essentially along a length extension of the step portion, to: ii) a mounting position where the engagement units (6,7) extend essentially perpendicular to said length extension of the step portion, and - that the engagement units (6,7) are swingable relative to the respective end portion around respective axes (A 1,A 2), that are extending at a right angle to the length extension of the step portion. - that the engagement units (6,7) are swingable relative the respective end portions from: i) a transport position where the engagement units (6,7) are positioned adjacent to each other and extend essentially along a length extension of the step portion, to: ii) a mounting position where the engagement units (6,7) extend essentially perpendicular to said length extension of the step portion, and i) a transport position where the engagement units (6,7) are positioned adjacent to each other and extend essentially along a length extension of the step portion, to: ii) a mounting position where the engagement units (6,7) extend essentially perpendicular to said length extension of the step portion, and ii) a mounting position where the engagement units (6,7) extend essentially perpendicular to said length extension of the step portion, and - that the engagement units (6,7) are swingable relative to the respective end portion around respective axes (A 1,A 2), that are extending at a right angle to the length extension of the step portion.
Use of a reactor for fluidized cracking of solid particulate biomass material, whereby the use of said reactor comprises: (i) mixing a first particulate stream, comprising a particulate solid biomass material, with a lifting medium, and fluidizing and transporting the first particulate stream in the lifting medium thereby forming a fluidized first particulate stream in a first mixing zone of said reactor; (ii) injecting a second particulate stream comprising a heat carrier material and mixing said second particulate stream with said fluidized first particulate stream in a second mixing zone of said reactor, said second mixing zone being downstream from said first mixing zone. (i) mixing a first particulate stream, comprising a particulate solid biomass material, with a lifting medium, and fluidizing and transporting the first particulate stream in the lifting medium thereby forming a fluidized first particulate stream in a first mixing zone of said reactor; (ii) injecting a second particulate stream comprising a heat carrier material and mixing said second particulate stream with said fluidized first particulate stream in a second mixing zone of said reactor, said second mixing zone being downstream from said first mixing zone.
A down the hole hammer comprising: a hammer bit and a fluid drivable piston capable of cyclically impacting the hammer bit; and a fluid flow control system arranged to facilitate control of fluid available to drive the piston; the fluid flow control system comprising: a ring having an inner diameter which forms an outer radius Ro of a flow path annulus through which a fluid from an upstream fluid supply flows to drive the piston; and a flow control body locatable with respect to the ring to form an inner radius Ri of the flow path annulus wherein the ring and the flow control body together define the flow path annulus having an annulus radial width Aw through which fluid from the upstream supply flows to drive the down the hole hammer where Aw =Ro-Ri; characterised in that the flow control body is movable between at least a first choke position and a second choke position to vary the annulus radial width Aw. a hammer bit and a fluid drivable piston capable of cyclically impacting the hammer bit; and a fluid flow control system arranged to facilitate control of fluid available to drive the piston; the fluid flow control system comprising: a ring having an inner diameter which forms an outer radius Ro of a flow path annulus through which a fluid from an upstream fluid supply flows to drive the piston; and a flow control body locatable with respect to the ring to form an inner radius Ri of the flow path annulus wherein the ring and the flow control body together define the flow path annulus having an annulus radial width Aw through which fluid from the upstream supply flows to drive the down the hole hammer where Aw =Ro-Ri; characterised in that the flow control body is movable between at least a first choke position and a second choke position to vary the annulus radial width Aw. a ring having an inner diameter which forms an outer radius Ro of a flow path annulus through which a fluid from an upstream fluid supply flows to drive the piston; and a flow control body locatable with respect to the ring to form an inner radius Ri of the flow path annulus wherein the ring and the flow control body together define the flow path annulus having an annulus radial width Aw through which fluid from the upstream supply flows to drive the down the hole hammer where Aw =Ro-Ri; characterised in that the flow control body is movable between at least a first choke position and a second choke position to vary the annulus radial width Aw.
An information processing apparatus, comprising: a control unit configured to acquire information regarding a marker portion shown in a tomographic image of an eye which is subjected to a surgical operation through a surgical tool including a resin portion including the marker portion; wherein the marker portion includes a particular geometric pattern; and wherein the marker portion includes a first marker and a second marker, and the first marker and the second marker are arranged in the resin portion such that when the surgical tool is rotated around an axis along a longitudinal direction of the surgical tool, a distance between the first marker and the second marker in the longitudinal direction varies in accordance with the rotation in a tomographic image along the longitudinal direction and/or an angle between the first marker and the second marker around the axis varies in accordance with the rotation in the tomographic image along a direction orthogonal to the length direction; and wherein the control unit is configured to detect a position or rotation angle (Θ) around the axis of the surgical tool on a basis of the information regarding the marker portion. a control unit configured to acquire information regarding a marker portion shown in a tomographic image of an eye which is subjected to a surgical operation through a surgical tool including a resin portion including the marker portion; wherein the marker portion includes a particular geometric pattern; and wherein the marker portion includes a first marker and a second marker, and the first marker and the second marker are arranged in the resin portion such that when the surgical tool is rotated around an axis along a longitudinal direction of the surgical tool, a distance between the first marker and the second marker in the longitudinal direction varies in accordance with the rotation in a tomographic image along the longitudinal direction and/or an angle between the first marker and the second marker around the axis varies in accordance with the rotation in the tomographic image along a direction orthogonal to the length direction; and wherein the control unit is configured to detect a position or rotation angle (Θ) around the axis of the surgical tool on a basis of the information regarding the marker portion.
An information processing device comprising: a displacement information acquisition unit configured to acquire displacement information corresponding to 3-dimensional displacement of a predetermined portion of a predetermined object (106, 1000, 1500) that a user mounts in accordance with a body motion of the user on a basis of positional information of the predetermined portion, the predetermined object being an object (106, 1000) on which the user is able to sit; and an output control unit configured to perform control such that an output unit (951-953, 933-937, 103, 104) performs a predetermined output on a basis of the acquired displacement information, wherein the predetermined object (106, 1000) has a seatback, the body motion of the user includes an inclination motion of an upper half of the body of the user, and the displacement information acquisition unit acquires the displacement information corresponding to a change in a position of the seatback in at least one of front and rear directions, right and left directions, or upward and downward directions. a displacement information acquisition unit configured to acquire displacement information corresponding to 3-dimensional displacement of a predetermined portion of a predetermined object (106, 1000, 1500) that a user mounts in accordance with a body motion of the user on a basis of positional information of the predetermined portion, the predetermined object being an object (106, 1000) on which the user is able to sit; and an output control unit configured to perform control such that an output unit (951-953, 933-937, 103, 104) performs a predetermined output on a basis of the acquired displacement information, wherein the predetermined object (106, 1000) has a seatback, the body motion of the user includes an inclination motion of an upper half of the body of the user, and the displacement information acquisition unit acquires the displacement information corresponding to a change in a position of the seatback in at least one of front and rear directions, right and left directions, or upward and downward directions.
A method for manufacturing a gas separation membrane, the method comprising: producing a composition for forming a gas separation membrane active layer by obtaining a first reactant by allowing a cellulose-based compound and an acid substituted with fluorine to react, and adding dropwise an acid anhydride substituted with fluorine to the first reactant at a temperature higher than room temperature; forming a porous support by applying a hydrophilic polymer solution onto a porous substrate; and forming an active layer by applying the composition for forming a gas separation membrane active layer onto the porous support. producing a composition for forming a gas separation membrane active layer by obtaining a first reactant by allowing a cellulose-based compound and an acid substituted with fluorine to react, and adding dropwise an acid anhydride substituted with fluorine to the first reactant at a temperature higher than room temperature; forming a porous support by applying a hydrophilic polymer solution onto a porous substrate; and forming an active layer by applying the composition for forming a gas separation membrane active layer onto the porous support.
A manual chocking device, comprising a frame forming a surface bearing on the ground, supporting, above and at a distance from this surface, a horizontal rectilinear guide rail on which there is mounted for sliding a support head equipped with a chock able to occupy a retracted position and a chocking position distant from the previous one, the rail having a series of cylindrical vertical piercings regularly spaced apart along the horizontal sliding axis of the head, said head being equipped with a guide sheath slidably engaged on the guide rail, said sheath being equipped with at least one through radial piercing designed so as, by sliding of the head, to come into axial correspondence with one of the piercings in the guide rail, and said head being equipped with at least one movable locking finger designed to be engaged in line with the piercing (20, 31) formed with a view to translational immobilisation thereof along the guide rail, characterised in that the chock is formed by a horizontal rigid rod slidably engaged in a second sheath carried by the head above the first sheath, the chock and this second sheath extending in a transverse direction with respect to that of the guide rail, and said chock being able to adopt a retracted position in which it extends on one side of the guide rail and a chocking position in which, through an active part, it extends on the other side of the guide rail, said active part being designed to come into contact with the tread of the corresponding wheel of the vehicle to be immobilised.
A method for providing search results, comprising: Receiving a search query; Determining a plurality of preprocessing functions to be performed on the search query, based at least in part on a search label corresponding to the search query, wherein: the search label corresponds to the plurality of preprocessing functions; and the search label corresponds to an execution sequence that describes an order in which at least some of the plurality of preprocessing functions are to be performed; performing the plurality of preprocessing functions on the search query based at least in part on the execution sequence to obtain a plurality of preprocessed search queries; generating, based at least in part on precision levels associated with the plurality of preprocessed search queries, a search plan comprising a selected preprocessed search query; and inputting the search plan to a search engine to obtain the search results. Receiving a search query; Determining a plurality of preprocessing functions to be performed on the search query, based at least in part on a search label corresponding to the search query, wherein: the search label corresponds to the plurality of preprocessing functions; and the search label corresponds to an execution sequence that describes an order in which at least some of the plurality of preprocessing functions are to be performed; performing the plurality of preprocessing functions on the search query based at least in part on the execution sequence to obtain a plurality of preprocessed search queries; generating, based at least in part on precision levels associated with the plurality of preprocessed search queries, a search plan comprising a selected preprocessed search query; and inputting the search plan to a search engine to obtain the search results.
An electric switch with a housing comprising an upper surface through which an actuating plunger extends and an actuating lever fixed to the housing and arranged to operate the actuating plunger, wherein the actuating plunger is disposed adjacent a side surface of the housing, and the actuating lever is fixed to said side surface and extends across and beyond the upper surface of the housing, wherein a stop for the actuating plunger is arranged inside the housing, and wherein the actuating lever is formed from a resilient material, the actuating lever being arranged to flexibly over-travel using the plunger as a point of leverage when the plunger is in contact with the stop, and characterized in that the upper surface of the housing becomes indented when the actuating lever is forced by an external force to move downwardly and depress the actuating plunger.
A finger gyro spherical aircraft, comprising a protective net and a flying body mounted in the protective net, wherein the flying body is provided with an upper shell and a lower shell, the upper shell and the lower shell are assembled to form a mounting cavity, a PCB board, a battery and a motor are mounted in the mounting cavity, and the PCB board is electrically connected with the battery and the motor; wherein the motor has a driving shaft, which extends to an outer end of the upper shell and is connected to a fan blade; the protective net is spherical with a hollow air inlet hole, characterised in that a top end of the protective net is rotatably provided with a first finger pressing member, a second finger pressing member is rotatably arranged at a bottom end of the protective net.
A composition consisting essentially of: (a) Z-1,1,1,4,4,4-hexafluoro-2-butene; and (b) a component selected from the group consisting of ethanol and methanol, wherein said component is present in an effective amount to form an azeotrope-like combination with the Z-1,1,1,4,4,4-hexafluoro-2-butene. (a) Z-1,1,1,4,4,4-hexafluoro-2-butene; and (b) a component selected from the group consisting of ethanol and methanol,
An electronic cam lock (150; 190) mountable to a panel of a door, cabinet or drawer (116; 132) in a cabinet or furniture that provides ingress and no egress, comprising: a compact housing containing electronics and having a terminal enabling entry of an access code by a user, such access code when properly entered causing the electronics to permit access, the housing being positionable on a panel of said door or other structure of said cabinet or furniture to which the lock is affixed, the terminal comprising at least one reader configured to receive the access code wirelessly from a wireless access credential brought into proximity to the terminal, the terminal comprising an RFID reader for a credential carrying an RFID tag, a lock driver extending from a back side of the housing, engaged with a latch device configured to be disposed inside of the door or panel of said cabinet or furniture, with a knob or handle on the housing for operating the lock manually to rotate the lock driver when permitted by the electronics, and a power source connected to power the electronics and permit access; wherein the housing further includes an antenna for wireless network connection; and the antenna configured to communicate wirelessly with a control system, the electronic cam lock further configured to (a) receive instructions from the control system to update the access code and (b) provide data to the control system concerning usage information. a compact housing containing electronics and having a terminal enabling entry of an access code by a user, such access code when properly entered causing the electronics to permit access, the housing being positionable on a panel of said door or other structure of said cabinet or furniture to which the lock is affixed, the terminal comprising at least one reader configured to receive the access code wirelessly from a wireless access credential brought into proximity to the terminal, the terminal comprising an RFID reader for a credential carrying an RFID tag, a lock driver extending from a back side of the housing, engaged with a latch device configured to be disposed inside of the door or panel of said cabinet or furniture, with a knob or handle on the housing for operating the lock manually to rotate the lock driver when permitted by the electronics, and a power source connected to power the electronics and permit access; wherein the housing further includes an antenna for wireless network connection; and the antenna configured to communicate wirelessly with a control system, the electronic cam lock further configured to (a) receive instructions from the control system to update the access code and (b) provide data to the control system concerning usage information. wherein the housing further includes an antenna for wireless network connection; and the antenna configured to communicate wirelessly with a control system, the electronic cam lock further configured to (a) receive instructions from the control system to update the access code and (b) provide data to the control system concerning usage information.
Bead wire for a tyre substantially of revolution about an axis comprising several windings of at least one wire which are arranged axially next to one another over N layers C i radially superposed on one another, the bead wire comprises a basic hexagonal bead wire comprising: - a radially external layer (C sup) of N1 windings, - a radially internal layer (C inf) of N1 windings, - two axially and radially external lateral rows (F1, F2) of N2 windings axially opposite one another, - two axially external and radially internal lateral rows (F3, F4) of N2 windings axially opposite one another, with N1=N2 + 1 or N1=N2, - two junctions (J1, J2) each one formed by a winding that an axially and radially external lateral row (F1, F2) and an axially external and radially internal lateral row (F3, F4) have in common, each winding in common forming each junction (J1, J2) having no winding of the wire axially on the outside of it, characterized in that the bead wire comprises at least two axially external and radially internal additional lateral rows (B1, B2, B3, B4), each axially external and radially interal additional lateral row (B1, B2, B3, B4) being respectively substantially parallel to each axially external and radially internal lateral row (F3, F4). - a radially external layer (C sup) of N1 windings, - a radially internal layer (C inf) of N1 windings, - two axially and radially external lateral rows (F1, F2) of N2 windings axially opposite one another, - two axially external and radially internal lateral rows (F3, F4) of N2 windings axially opposite one another, with N1=N2 + 1 or N1=N2, - two junctions (J1, J2) each one formed by a winding that an axially and radially external lateral row (F1, F2) and an axially external and radially internal lateral row (F3, F4) have in common, each winding in common forming each junction (J1, J2) having no winding of the wire axially on the outside of it,