mhurhangee/ep-ind-claims huggingface dataset:
A holographic sighting system comprising: an upper housing assembly enclosing an image hologram, an anti-reflective glass viewing window, a battery, and a laser diode light source driven by a microcontroller circuit configured to minimize said laser diode's current draw to maximize said battery life; a lower housing assembly enclosing two dielectric folding mirrors (12, 14), an on-axis collimating lens, and a high efficiency achromatizing holographic transmission grating; and a prism; wherein the image hologram is a reticule pattern; and wherein the holographic sighting system is configured such that the laser diode light source emits a laser beam that is turned by the first dielectric folding mirror and again by the second dielectric folding mirror, the beam then being collimated by the collimating lens, the collimated beam being incident on the prism and then on the holographic transmission grating, the diffracted beam then being incident on the image hologram and being diffracted by the same amount. an upper housing assembly enclosing an image hologram, an anti-reflective glass viewing window, a battery, and a laser diode light source driven by a microcontroller circuit configured to minimize said laser diode's current draw to maximize said battery life; a lower housing assembly enclosing two dielectric folding mirrors (12, 14), an on-axis collimating lens, and a high efficiency achromatizing holographic transmission grating; and a prism; wherein the image hologram is a reticule pattern; and wherein the holographic sighting system is configured such that the laser diode light source emits a laser beam that is turned by the first dielectric folding mirror and again by the second dielectric folding mirror, the beam then being collimated by the collimating lens, the collimated beam being incident on the prism and then on the holographic transmission grating, the diffracted beam then being incident on the image hologram and being diffracted by the same amount.
A film comprising a (meth)acrylic polymer and polyvinyl acetal polymer composition comprising polymerized units having the following formula wherein R 1 is hydrogen or a C1-C7 alkyl group; and wherein a layer of an adhesive composition is disposed proximate the film and the adhesive composition has a tensile elastic modulus of less than 1 MPa at 25°C and 1 Hertz; wherein the film comprises from 5 to 30 wt.% of polyvinyl acetal polymer based on the total weight of the polymerized units of the (meth)acrylate, polyvinyl acetal polymer, and crosslinker when present and wherein the tensile elastic modulus is measured according to the method in the description. wherein R 1 is hydrogen or a C1-C7 alkyl group; and wherein a layer of an adhesive composition is disposed proximate the film and the adhesive composition has a tensile elastic modulus of less than 1 MPa at 25°C and 1 Hertz; wherein the film comprises from 5 to 30 wt.% of polyvinyl acetal polymer based on the total weight of the polymerized units of the (meth)acrylate, polyvinyl acetal polymer, and crosslinker when present and wherein the tensile elastic modulus is measured according to the method in the description.
Biomimetic and zoosemiotic aerial vehicle to frighten off, attract or mimic animal species, wherein the vehicle comprises a fuselage, incorporating: - at least one electric motor fed by rechargeable batteries and feedback systems, - blade and a rotor coupled to the output shaft of the electric motor, - servomotors for the actuation mechanisms of the moving parts of the aerial vehicle, including elevators and rudder, - trigger systems actuated by the servomotors, characterized in that it comprises: - microphones and speaker means to allow direct communication, recording and/or emitting sounds, - photographic camera, of vision and recording, thermal and/or thermographic and infrared, - an automatic pilot configurable in open source code with control cards and relays connected to a ground control base, as well as inertial modules, wherein the inertial modules incorporate: - digital compass, - gyroscopes, - magnetometers, - inertial measurement units, - barometer, - telemetry, - sonar, - pressure measurement means, - a stroboscopic lighting system to attract, annoy, damage and/or attack a species considering the spectral sensitivity of each species to different wavelengths, and wherein the vehicle is able to reproduce, by the speaker means, the sounds stored in digitalized representation packages to simulate the sounds of agony, help, and/or pain of a species. - at least one electric motor fed by rechargeable batteries and feedback systems, - blade and a rotor coupled to the output shaft of the electric motor, - servomotors for the actuation mechanisms of the moving parts of the aerial vehicle, including elevators and rudder, - trigger systems actuated by the servomotors, - microphones and speaker means to allow direct communication, recording and/or emitting sounds, - photographic camera, of vision and recording, thermal and/or thermographic and infrared, - an automatic pilot configurable in open source code with control cards and relays connected to a ground control base, as well as inertial modules, wherein the inertial modules incorporate: - digital compass, - gyroscopes, - magnetometers, - inertial measurement units, - barometer, - telemetry, - sonar, - pressure measurement means, - digital compass, - gyroscopes, - magnetometers, - inertial measurement units, - barometer, - telemetry, - sonar, - pressure measurement means, - a stroboscopic lighting system to attract, annoy, damage and/or attack a species considering the spectral sensitivity of each species to different wavelengths, and
A hand cutter comprising a housing a blade mounted detachably in the housing, having a cutting edge at the front of the knife, a blade guard assembly mounted pivotally in the housing, protecting the blade in the closed position and exposing the cutting edge of the blade in the open position, a nub attached to the housing, forming the pivot point of the blade guard, a guard spring connecting the blade guard assembly to the housing and forcing the blade guard into the closed position, a lock piece locking the blade guard in the closed position by preventing the rotation of the blade guard assembly a release assembly comprising a trigger button fixed to the handle unlocking said lock piece when said trigger button is pressed a torsion spring forcing the trigger button into the released position whenever no pressure is applied to the trigger button a blade holder containing the blade mounted rotatably in the housing, rotating about a pivot point if pressure is applied to the cutting edge of the blade characterised by a decoupling mechanism allowing said lock piece to be decoupled from said release assembly which automatically relocks the blade guard as soon as it returns to the extended position mounted detachably in the housing, having a cutting edge at the front of the knife, mounted pivotally in the housing, protecting the blade in the closed position and exposing the cutting edge of the blade in the open position, a nub attached to the housing, forming the pivot point of the blade guard, connecting the blade guard assembly to the housing and forcing the blade guard into the closed position, locking the blade guard in the closed position by preventing the rotation of the blade guard assembly fixed to the handle unlocking said lock piece when said trigger button is pressed a torsion spring forcing the trigger button into the released position whenever no pressure is applied to the trigger button containing the blade mounted rotatably in the housing, rotating about a pivot point if pressure is applied to the cutting edge of the blade allowing said lock piece to be decoupled from said release assembly which automatically relocks the blade guard as soon as it returns to the extended position
An amorphous alloy ribbon having a composition comprising an alloy composition represented by Fe 100-a-b-c-d M a Si b B c Cu d (wherein 0 at.% a ≤ 10 at.%, 0 at.% ≤ b ≤ 20 at.%, 4 at.% ≤ c ≤ 20 at.%, 0.1 at.% ≤ d ≤ 3 at. %, and 9 at.% ≤ a+b+c ≤ 35 at.%) and inevitable impurities, wherein: M in the alloy composition is at least one element selected from Ti, V, Zr, Nb, Mo, Hf, Ta and W, wherein 50% or less of M may be substituted by at least one element selected from Cr, Mn, Zn, As, Se, Sb, Sn, In, Cd, Ag, Bi, Mg, Sc, Re, Au, platinum group elements, Y and rare earth elements, 50% or less of the total amount of Si and B may be substituted by C, Al, P, Ga and/or Ge, and 50% or less of the Fe amount may be substituted by Co and/or Ni; the amorphous alloy ribbon having a Cu-segregated portion in which Cu is segregated at the surface side of the ribbon, wherein a maximum value of the Cu concentration in the Cu-segregated portion is higher than in the outermost surface of the ribbon, and the concentration of Cu in the Cu-segregated portion is 4 at.% or less. M in the alloy composition is at least one element selected from Ti, V, Zr, Nb, Mo, Hf, Ta and W, wherein 50% or less of M may be substituted by at least one element selected from Cr, Mn, Zn, As, Se, Sb, Sn, In, Cd, Ag, Bi, Mg, Sc, Re, Au, platinum group elements, Y and rare earth elements, 50% or less of the total amount of Si and B may be substituted by C, Al, P, Ga and/or Ge, and 50% or less of the Fe amount may be substituted by Co and/or Ni; the amorphous alloy ribbon having a Cu-segregated portion in which Cu is segregated at the surface side of the ribbon, wherein a maximum value of the Cu concentration in the Cu-segregated portion is higher than in the outermost surface of the ribbon, and the concentration of Cu in the Cu-segregated portion is 4 at.% or less.
A method in a mobile station; the method characterized by: detecting a presence of an intra-frequency neighbor base station of a serving base station; determining that a radio link parameter of the intra-frequency neighbor base station is better than a first threshold; determining that a radio link parameter of an inter-frequency neighbor base station is better than a second threshold; and acquiring system information of the inter-frequency neighbor base station only if the radio link parameter of the intra-frequency neighbor base station is better than the first threshold and the radio link parameter of the inter-frequency neighbor base station is better than the second threshold. detecting a presence of an intra-frequency neighbor base station of a serving base station; determining that a radio link parameter of the intra-frequency neighbor base station is better than a first threshold; determining that a radio link parameter of an inter-frequency neighbor base station is better than a second threshold; and acquiring system information of the inter-frequency neighbor base station only if the radio link parameter of the intra-frequency neighbor base station is better than the first threshold and the radio link parameter of the inter-frequency neighbor base station is better than the second threshold.
A die carrier package, comprising: a carrier substrate comprising a first major surface, a second major surface, and a cavity disposed in the first major surface, wherein the cavity comprises a recessed surface; a first package contact disposed on the first major surface of the carrier substrate adjacent the cavity and electrically connected to a first die pad disposed on the recessed surface via a first conductor; a second package contact disposed on the first major surface of the carrier substrate adjacent the cavity and electrically connected to a second die pad disposed on the recessed surface via a second conductor; and a die disposed within the cavity of the carrier substrate and comprising a first die contact disposed on an active surface of the die and characterized by the die further comprising a second die contact disposed on a major surface of the die that faces the recessed surface and that is opposed to the active surface, wherein the first die contact is electrically connected to the first die pad and the second die contact is electrically connected to the second die pad. a carrier substrate comprising a first major surface, a second major surface, and a cavity disposed in the first major surface, wherein the cavity comprises a recessed surface; a first package contact disposed on the first major surface of the carrier substrate adjacent the cavity and electrically connected to a first die pad disposed on the recessed surface via a first conductor; a second package contact disposed on the first major surface of the carrier substrate adjacent the cavity and electrically connected to a second die pad disposed on the recessed surface via a second conductor; and a die disposed within the cavity of the carrier substrate and comprising a first die contact disposed on an active surface of the die and characterized by the die further comprising a second die contact disposed on a major surface of the die that faces the recessed surface and that is opposed to the active surface, wherein the first die contact is electrically connected to the first die pad and the second die contact is electrically connected to the second die pad.
An elongate connector having a plurality of locking elements arranged on ramp surfaces and held in at least one cage on the connector, whereby the at least one cage is movable to move the locking elements along the ramp surfaces between an engaged position and a disengaged position; the connector comprising a sleeve arranged radially of the cage and characterised by the sleeve having slots therein, whereby the locking elements move radially through the slots from the disengaged position to the engaged position.
A heating control method, comprising: determining that an ice maker is in an ice-making operation state; acquiring a first heating strategy of a target part of the ice maker according to a preset first heating strategy acquisition rule, based on ambient parameter information of the target part of the ice maker; and heating the target part based on the first heating strategy; determining that the ice maker is in a non-ice-making operation state; acquiring a second heating strategy of the target part of the ice maker according to a preset second heating strategy acquisition rule, based on the ambient parameter information of the target part of the ice maker; and heating the target part based on the second heating strategy; wherein the target part of the ice maker is a water inlet pipe of the ice maker, an ice outlet of the ice maker, or a dispenser of the ice maker characterized in that more heat is generated in the same duration by adopting the first heating strategy corresponding to the ice maker being in an ice-making operation state, compared to the second heating strategy corresponding to the ice maker being in a non-ice-making operation state, when the ambient parameter information is the same. determining that an ice maker is in an ice-making operation state; acquiring a first heating strategy of a target part of the ice maker according to a preset first heating strategy acquisition rule, based on ambient parameter information of the target part of the ice maker; and heating the target part based on the first heating strategy; determining that the ice maker is in a non-ice-making operation state; acquiring a second heating strategy of the target part of the ice maker according to a preset second heating strategy acquisition rule, based on the ambient parameter information of the target part of the ice maker; and heating the target part based on the second heating strategy; wherein the target part of the ice maker is a water inlet pipe of the ice maker, an ice outlet of the ice maker, or a dispenser of the ice maker characterized in that more heat is generated in the same duration by adopting the first heating strategy corresponding to the ice maker being in an ice-making operation state, compared to the second heating strategy corresponding to the ice maker being in a non-ice-making operation state, when the ambient parameter information is the same.
An automated calibration monitoring system comprising: a plurality of storage locations configured to store inventory items including a calibrated inventory item; a database (170, 180) storing information on inventory items, including the calibrated inventory item, associated with the automated calibration monitoring system and configured for storage in the plurality of storage locations of the automated calibration monitoring system, wherein the database (170, 180) further stores a calibration parameter value for the calibrated inventory item; and a processor configured to, upon the calibrated inventory item being issued from or returned to the automated calibration monitoring system, compare a calibration measurement of the calibrated inventory item with the calibration parameter value for the calibrated inventory item, wherein the processor selectively authorizes the issue or return of the calibrated inventory items from a storage location of the automated calibration monitoring system according to a result of the comparison of the calibration measurement of the calibrated inventory item with the calibration parameter value for the calibrated inventory item, wherein, upon determining that the calibrated inventory item is out of calibration, the automated calibration monitoring system is configured to disable or block issue of the calibrated inventory item from the automated calibration monitoring system. a plurality of storage locations configured to store inventory items including a calibrated inventory item; a database (170, 180) storing information on inventory items, including the calibrated inventory item, associated with the automated calibration monitoring system and configured for storage in the plurality of storage locations of the automated calibration monitoring system, wherein the database (170, 180) further stores a calibration parameter value for the calibrated inventory item; and a processor configured to, upon the calibrated inventory item being issued from or returned to the automated calibration monitoring system, compare a calibration measurement of the calibrated inventory item with the calibration parameter value for the calibrated inventory item, wherein the processor selectively authorizes the issue or return of the calibrated inventory items from a storage location of the automated calibration monitoring system according to a result of the comparison of the calibration measurement of the calibrated inventory item with the calibration parameter value for the calibrated inventory item, wherein, upon determining that the calibrated inventory item is out of calibration, the automated calibration monitoring system is configured to disable or block issue of the calibrated inventory item from the automated calibration monitoring system.
An awning assembly, comprising: an awning frame assembly comprising a mount portion, an extendable bar assembly, and at least one extendable arm (250, 251, 256) having a first end (252, 254) coupled with the mount portion and a second end (253, 255) coupled with the extendable bar assembly; an upper canopy having a first end coupled with a base roller of the mount portion and a second end coupled with a first roller of the extendable bar assembly, the upper canopy being retractable about the base roller; a lower canopy having a first end coupled with a second roller of the extendable bar assembly and a second end extendable from the extendable bar assembly, the lower canopy being retractable about the second roller and extendable from the extendable bar assembly 212); the awning frame assembly having a stowed position in which the extendable bar assembly is adjacent the mount portion and an extended position in which the extendable bar assembly is extended by the extendable arm (250, 251, 256). characterized in that the first roller is rotationally coupled with the second roller by a transmission on the extendable bar assembly, and a rotation of the second roller is driven by a motion generator (290, 690, F 2) configured to deploy the lower canopy. an awning frame assembly comprising a mount portion, an extendable bar assembly, and at least one extendable arm (250, 251, 256) having a first end (252, 254) coupled with the mount portion and a second end (253, 255) coupled with the extendable bar assembly; an upper canopy having a first end coupled with a base roller of the mount portion and a second end coupled with a first roller of the extendable bar assembly, the upper canopy being retractable about the base roller; a lower canopy having a first end coupled with a second roller of the extendable bar assembly and a second end extendable from the extendable bar assembly, the lower canopy being retractable about the second roller and extendable from the extendable bar assembly 212); the awning frame assembly having a stowed position in which the extendable bar assembly is adjacent the mount portion and an extended position in which the extendable bar assembly is extended by the extendable arm (250, 251, 256). characterized in that the first roller is rotationally coupled with the second roller by a transmission on the extendable bar assembly, and a rotation of the second roller is driven by a motion generator (290, 690, F 2) configured to deploy the lower canopy.
Powered steering trolley comprising a supporting structure, at least one axle connected to said structure and having at least one pair of wheels rotating about a common axis, and relative mobility means for movement of said structure relative to a load to be transported, said structure having a longitudinal symmetry plane orthogonal to said common axis and comprising an upright carrying said axle and said relative mobility means; said structure also comprising a connecting portion projecting in a cantilever manner from an upper end portion of said upright, at least one powered driving steering wheel, hinge means (26,32) for coupling of said steering wheel to said cantilever portion in a rotating manner about a hinge axis orthogonal to said common axis and lying on said longitudinal symmetry plane and powered actuator means for rotating said steering wheel about said hinge axis between two angular end positions forming, between them, an angle of at least 90°; characterized in that said relative mobility means are arranged between said hinge axis and a lying plane on which said common axis lies and parallel to said hinge axis, and are intersected by said symmetry plane; said relative mobility means comprising a ball joint, said ball joint comprising a ball head having a centre of rotation lying on said symmetry plane; and by comprising a linear actuator interposed between said upright and said ball joint to move said ball joint away from and towards said upright in a direction parallel to said hinge axis.