mhurhangee/ep-ind-claims huggingface dataset:
A method of correcting a captured image comprising the steps of: determining an effect of atmosphere and distance (d) from an image capture device which is spaced from an area of interest by utilizing a transmission and reception device to identify the effect on a transmitted and reflected signal due to the atmosphere and distance; wherein said transmission and reception device and said image capture device are mounted on an aircraft, capturing an image of the area of interest; and correcting the image based upon the effect of the distance (d) and atmosphere on the transmitted and reflected signal, wherein the transmission and reception device breaks the area of the captured image into a plurality of patches, characterised in that: an angle between the image capture device and the ground, and a direction perpendicular from the aircraft to the ground is utilized to determine the number of patches. determining an effect of atmosphere and distance (d) from an image capture device which is spaced from an area of interest by utilizing a transmission and reception device to identify the effect on a transmitted and reflected signal due to the atmosphere and distance; wherein said transmission and reception device and said image capture device are mounted on an aircraft, capturing an image of the area of interest; and correcting the image based upon the effect of the distance (d) and atmosphere on the transmitted and reflected signal, wherein the transmission and reception device breaks the area of the captured image into a plurality of patches, characterised in that: an angle between the image capture device and the ground, and a direction perpendicular from the aircraft to the ground is utilized to determine the number of patches. an angle between the image capture device and the ground, and a direction perpendicular from the aircraft to the ground is utilized to determine the number of patches.
A bone fixation kit comprising at least one bone fixation member that is configured to compress first and second bone segments in an approximated position, the at least one bone fixation member comprising: an elongate strap made of at least a first material and having a plurality of teeth; a locking head that extends from the strap along a first direction, the locking head having a housing, a strap receiving slot that extends through the housing, and a toothed locking member that extends into the strap receiving slot such that when the strap is inserted through the strap receiving slot along an insertion direction, the toothed locking member engages at least one of the teeth to prevent the strap from translating through the strap receiving slot along a direction that is opposite the insertion direction; a leader portion that extends from the strap along a second direction opposite the first direction; and a needle that extends from the leader portion such that the leader portion is connected between the strap and the needle, characterized in that the leader portion is made of at least a second material that is different than the first material, such that the leader portion is more flexible than the strap. an elongate strap made of at least a first material and having a plurality of teeth; a locking head that extends from the strap along a first direction, the locking head having a housing, a strap receiving slot that extends through the housing, and a toothed locking member that extends into the strap receiving slot such that when the strap is inserted through the strap receiving slot along an insertion direction, the toothed locking member engages at least one of the teeth to prevent the strap from translating through the strap receiving slot along a direction that is opposite the insertion direction; a leader portion that extends from the strap along a second direction opposite the first direction; and a needle that extends from the leader portion such that the leader portion is connected between the strap and the needle, characterized in that the leader portion is made of at least a second material that is different than the first material, such that the leader portion is more flexible than the strap.
A transdermal drug delivery composition comprising (a) a copolymer comprising (i) one or more A monomers selected from the group consisting of alkyl acrylates containing 4 to 12 carbon atoms in the alkyl group and alkyl methacrylates containing 4 to 12 carbon atoms in the alkyl group; and (ii) one or more ethylenically unsaturated B monomers copolymerizable with the A monomer; and (b) 8% to 30% by weight fentanyl based on the total weight of the composition; wherein the composition is free of undissolved fentanyl. (a) a copolymer comprising (i) one or more A monomers selected from the group consisting of alkyl acrylates containing 4 to 12 carbon atoms in the alkyl group and alkyl methacrylates containing 4 to 12 carbon atoms in the alkyl group; and (ii) one or more ethylenically unsaturated B monomers copolymerizable with the A monomer; and (i) one or more A monomers selected from the group consisting of alkyl acrylates containing 4 to 12 carbon atoms in the alkyl group and alkyl methacrylates containing 4 to 12 carbon atoms in the alkyl group; and (ii) one or more ethylenically unsaturated B monomers copolymerizable with the A monomer; and (b) 8% to 30% by weight fentanyl based on the total weight of the composition;
A water mist fire suppression device comprising: a nozzle body having a water plenum and disposed about a central axis; a bulb cage integrally formed with the nozzle body; and a nozzle arrangement formed proximate an end of the nozzle body and configured to expel water, the nozzle arrangement comprising: an annular groove circumferentially extending about the central axis proximate an outlet of the nozzle arrangement and at least partially defined by an axial wall portion, a radially inner wall portion, and a radially outer wall portion; a micro nozzle extending from the water plenum to the annular groove, wherein the micro nozzle is angularly oriented from the central axis at an angle of 15 to 50 degrees and extends through the axial wall portion of the annular groove; and a deflector lip integrally formed with the nozzle body, and located proximate the outlet of the nozzle arrangement, wherein the deflector lip is formed on the radially outer wall portion and is positioned to contact water ejected from the micro nozzle and prior to exiting the outlet of the nozzle arrangement. a nozzle body having a water plenum and disposed about a central axis; a bulb cage integrally formed with the nozzle body; and a nozzle arrangement formed proximate an end of the nozzle body and configured to expel water, the nozzle arrangement comprising: an annular groove circumferentially extending about the central axis proximate an outlet of the nozzle arrangement and at least partially defined by an axial wall portion, a radially inner wall portion, and a radially outer wall portion; a micro nozzle extending from the water plenum to the annular groove, wherein the micro nozzle is angularly oriented from the central axis at an angle of 15 to 50 degrees and extends through the axial wall portion of the annular groove; and an annular groove circumferentially extending about the central axis proximate an outlet of the nozzle arrangement and at least partially defined by an axial wall portion, a radially inner wall portion, and a radially outer wall portion; a micro nozzle extending from the water plenum to the annular groove, wherein the micro nozzle is angularly oriented from the central axis at an angle of 15 to 50 degrees and extends through the axial wall portion of the annular groove; and a deflector lip integrally formed with the nozzle body, and located proximate the outlet of the nozzle arrangement, wherein the deflector lip is formed on the radially outer wall portion and is positioned to contact water ejected from the micro nozzle and prior to exiting the outlet of the nozzle arrangement.
An evaporation apparatus, comprising: a solvent removal vessel having a lid, a bottom and a circular wall forming a solvent removal chamber; a three-fluid atomizing nozzle mounted to and extending through the top of the solvent removal vessel; a gas inlet pipe having a carrier gas entrance orifice where said gas inlet pipe is provided with a gas rotation jet; a solvent removal gas exit orifice comprising a gas outlet tube centrally connected to the top and extending into the solvent removal vessel; and a product exit orifice connected to the bottom of the solvent removal vessel wherein the gas outlet tube is provided with a conical fitting and a gas outlet of the gas outlet tube. a solvent removal vessel having a lid, a bottom and a circular wall forming a solvent removal chamber; a three-fluid atomizing nozzle mounted to and extending through the top of the solvent removal vessel; a gas inlet pipe having a carrier gas entrance orifice where said gas inlet pipe is provided with a gas rotation jet; a solvent removal gas exit orifice comprising a gas outlet tube centrally connected to the top and extending into the solvent removal vessel; and a product exit orifice connected to the bottom of the solvent removal vessel
Method for controlling an inductive heating process for an induction coil structural unit with a sleeve portion of a tool holder inserted in an induction coil of the induction coil structural unit, characterized in that - a defined-preset test pulse is applied to the induction coil even before the beginning of an inductive heating process in the sleeve portion inserted in the induction coil, a time/current curve for the sleeve portion inserted in the induction coil is determined for this test pulse and the inserted sleeve portion is detected on the basis of the time/current curve of the test pulse, - on the basis of the detection, heating parameters are established for the sleeve portion inserted in the induction coil and the inductive heating process is started on the basis of the heating parameters established for the detected sleeve portion, - the inductive heating process is interrupted at least once; during the interruption, once again a defined-preset check pulse is applied to the induction coil with the sleeve portion inserted in the induction coil and a further time/current curve for the sleeve portion inserted in the induction coil is determined for this check pulse and - it is decided on the basis of the further time/current curve of the check pulse whether the heating process is continued or permanently ended. - a defined-preset test pulse is applied to the induction coil even before the beginning of an inductive heating process in the sleeve portion inserted in the induction coil, a time/current curve for the sleeve portion inserted in the induction coil is determined for this test pulse and the inserted sleeve portion is detected on the basis of the time/current curve of the test pulse, - on the basis of the detection, heating parameters are established for the sleeve portion inserted in the induction coil and the inductive heating process is started on the basis of the heating parameters established for the detected sleeve portion, - the inductive heating process is interrupted at least once; during the interruption, once again a defined-preset check pulse is applied to the induction coil with the sleeve portion inserted in the induction coil and a further time/current curve for the sleeve portion inserted in the induction coil is determined for this check pulse and - it is decided on the basis of the further time/current curve of the check pulse whether the heating process is continued or permanently ended.
A polypeptide metal ion sensor comprising an engineered red fluorescent polypeptide having a heterologous metal ion binding site comprising a plurality of negatively charged residues that in the presence of a metal ion bound thereto comprise a plurality of carboxyl oxygens orientated in a pentagonal bipyrimidal geometry, and wherein the metal ion binding site is in cooperative interaction with a chromophore region of the engineered RFP such that when the sensor does not have a metal ion bound thereto it emits a first fluorescent signal and when the sensor has a metal ion bound thereto it emits a second fluorescent signal, wherein the first and the second fluorescent signals are distinguishably detectable, and wherein the metal ion sensor has a k off value for the metal ion of at least 10s -1, wherein the engineered red fluorescent polypeptide has a heterologous negatively charged amino acid substitution in at least one of the amino acid positions 152, 203, 205, 207, 221, 223 and 227 of the amino acid sequence SEQ ID NO: 40, and wherein the amino acid sequence of said sensor has a sequence selected from the group consisting of SEQ ID NOs: 41-63.
Protective vest comprising at least one front face, one rear face and two sides (6, 7), each extending between the front face and the rear face, left and right respectively, at least one side (6, 7), preferably each side (6, 7), being fixed in a removable manner to the rear face and to the front face by removable fixing means, said removable fixing means comprising an elongated strap ending at one end in a mutual fixing system intended to engage with a mutual fixing system of a removable closure with self-gripping fixing from the front face, said strap and said side being provided with self-gripping portions engaging together such that the or each side may assume a plurality of positions in relation to the rear face and the front face.
Process which comprises polymerising an olefin monomer in at least one continuous tubular loop reactor of a multiple reactor system, optionally together with an olefin comonomer, in the presence of a polymerisation catalyst in a diluent, to produce a slurry comprising solid particulate olefin polymer and diluent, and a high molecular weight polymer is made in a first reactor and a low molecular weight polymer is made in a second reactor, the first reactor being upstream of the second reactor, and one or both of the reactors being a continuous tubular loop reactor and having both an internal diameter of at least 700mm along at least 50% of its length and the solids concentration in said reactor is at least 20 volume %, the first reactor having a space time yield (defined as production of polymer in kg/h per unit volume of reactor) greater than 100 kg/m 3 /h, and the ratio of space time yield in the first reactor to the second reactor being greater than 1.
A method for providing an emergency service request from a calling station (224, 268) at a calling location to an appropriate public safety answering point for responding to said emergency service request at said calling location; the method comprising: a) initiating said emergency service request from said calling station (224, 268) to an emergency service call center; said emergency service call center including an emergency service call center database; b) providing location information regarding said calling location from said emergency call center to an emergency service complex; c) in no particular order: storing said emergency service request and said location information in said emergency service call center database; and providing said emergency service request and said location information to said emergency service complex; d) employing said location information to identify routing information appropriate for effecting delivery of said emergency service request to an appropriate network switch (232, 236) for delivering said emergency service request to said appropriate public safety answering point; e) presenting said routing information to said emergency service call center; and f) sending said emergency service request to said appropriate public safety answering point via said appropriate network switch (232, 236) using said routing information. a) initiating said emergency service request from said calling station (224, 268) to an emergency service call center; said emergency service call center including an emergency service call center database; b) providing location information regarding said calling location from said emergency call center to an emergency service complex; c) in no particular order: storing said emergency service request and said location information in said emergency service call center database; and providing said emergency service request and said location information to said emergency service complex; storing said emergency service request and said location information in said emergency service call center database; and providing said emergency service request and said location information to said emergency service complex; d) employing said location information to identify routing information appropriate for effecting delivery of said emergency service request to an appropriate network switch (232, 236) for delivering said emergency service request to said appropriate public safety answering point; e) presenting said routing information to said emergency service call center; and f) sending said emergency service request to said appropriate public safety answering point via said appropriate network switch (232, 236) using said routing information.
An electron emitter ( 22, 22_1, 22_2, 22_3) for an x-ray tube, the electron emitter comprising: an electrically conductive substrate; and a nanostructure material is comprised on at least a portion of the electrically conductive substrate, wherein the nanostructure material is made of ZnO, characterized by a heating element allowing to cause an increase in the temperature of the electron emitter to a level that assists the emission of electrons from the emitter when the cathode is negatively biased. an electrically conductive substrate; and a nanostructure material is comprised on at least a portion of the electrically conductive substrate, wherein the nanostructure material is made of ZnO, characterized by a heating element allowing to cause an increase in the temperature of the electron emitter to a level that assists the emission of electrons from the emitter when the cathode is negatively biased.
A multi-terminal communication method, comprising: receiving a multimedia call initiated by a controlled terminal or by a plurality of control terminals; allowing the controlled terminal and the control terminals to join and record a multimedia session according to the multimedia call, wherein the control terminals are in binding relationship with the controlled terminal; and performing multimedia communication between the controlled terminal and the control terminals, wherein the control terminals perform multimedia communication with the bound controlled terminal, and acquire relevant information about the controlled terminal, the relevant information being real-time information, multimedia communication records and state information of the controlled terminals, wherein the multimedia communication records include real-time information of the controlled terminal and the control terminals, wherein the multimedia call is configured to request for joining the multimedia session that is a channel used to perform multimedia communication, and the multimedia communication is a communication mode that can provide multiple pieces of media information in a data form and/or text form, simultaneously in a call process, the media information in the data form being real-time location data of the controlled terminal, and wherein the control terminals and the controlled terminal are registered in advance, and each of the plurality of control terminals is bound with the controlled terminal in advance. receiving a multimedia call initiated by a controlled terminal or by a plurality of control terminals; allowing the controlled terminal and the control terminals to join and record a multimedia session according to the multimedia call, wherein the control terminals are in binding relationship with the controlled terminal; and performing multimedia communication between the controlled terminal and the control terminals, wherein the control terminals perform multimedia communication with the bound controlled terminal, and acquire relevant information about the controlled terminal, the relevant information being real-time information, multimedia communication records and state information of the controlled terminals, wherein the multimedia communication records include real-time information of the controlled terminal and the control terminals, wherein the multimedia call is configured to request for joining the multimedia session that is a channel used to perform multimedia communication, and the multimedia communication is a communication mode that can provide multiple pieces of media information in a data form and/or text form, simultaneously in a call process, the media information in the data form being real-time location data of the controlled terminal, and wherein the control terminals and the controlled terminal are registered in advance, and each of the plurality of control terminals is bound with the controlled terminal in advance.
Windscreen wiper for a curved windscreen for a vehicle having a central region and two outer regions having an in particular more pronounced curvature than the central region, with: a wiping element which can be operated or oriented in a wiping plane for wiping the windscreen, and a bearing point which has a pivot axis about which the windscreen wiper can be pivoted from a parking position into an outer wiping position, wherein the pivot axis and the wiping plane are oriented inclined with respect to each other at an angle of inclination (α), wherein, in the outer wiping position, the wiping plane and/or the wiping element can be oriented at a normal error angle, which is reduced by means of the angle of inclination (α), relative to the windscreen, characterized in that, in the parking position, the pivot axis and the wiping plane are oriented inclined with respect to each other at the angle of inclination (α).