mhurhangee/ep-ind-claims huggingface dataset:
Squirrel-cage rotor for an asynchronous machine, the squirrel-cage rotor comprising: - a first shaft journal, - a second shaft journal, - a laminated rotor core and - a filler body, wherein - the filler body is cast onto the laminated rotor core, so that the laminated rotor core is mounted on the filler body in a rotationally fixed manner, and - the filler body is connected to the shaft journals (2, 3) in a rotationally fixed manner, so that a torque is transmitted from the shaft journals (2, 3) to the laminated rotor core, characterized in that - the first shaft journal has a first axial bore, - the second shaft journal has a second axial bore, and - the filler body has a third axial bore, wherein the third axial bore connects the first axial bore to the second axial bore, so that the first bore, the second bore and the third bore together form a cooling duct which runs through the first shaft journal, the filler body and the second shaft journal. - a first shaft journal, - a second shaft journal, - a laminated rotor core and - a filler body, wherein - the filler body is cast onto the laminated rotor core, so that the laminated rotor core is mounted on the filler body in a rotationally fixed manner, and - the filler body is connected to the shaft journals (2, 3) in a rotationally fixed manner, so that a torque is transmitted from the shaft journals (2, 3) to the laminated rotor core, characterized in that - the first shaft journal has a first axial bore, - the second shaft journal has a second axial bore, and - the filler body has a third axial bore, wherein the third axial bore connects the first axial bore to the second axial bore, so that the first bore, the second bore and the third bore together form a cooling duct which runs through the first shaft journal, the filler body and the second shaft journal.
An electrode assembly comprising: an inert electrode having a hollow interior with a top open portion, an interior closed bottom, and sidewalls, where the interior sidewalls of the top portion have at least one interior groove; a metal pin conductor having bottom and side surfaces, disposed within the electrode interior but not contacting the electrode interior walls creating an annular gap; and a seal material surrounding the metal pin conductor at the top portion of the electrode where the seal material fills substantially all of the top annular volume between the at least one interior groove and the top of the conductor, and where a conductive filler material fills at least part of the bottom annular gap between the electrode bottom and the conductor bottom, characterised in that the seal material is a castable ceramic or refractory material and in that insulating materials are provided between the seal material and the conductor. an inert electrode having a hollow interior with a top open portion, an interior closed bottom, and sidewalls, where the interior sidewalls of the top portion have at least one interior groove; a metal pin conductor having bottom and side surfaces, disposed within the electrode interior but not contacting the electrode interior walls creating an annular gap; and a seal material surrounding the metal pin conductor at the top portion of the electrode where the seal material fills substantially all of the top annular volume between the at least one interior groove and the top of the conductor, and where a conductive filler material fills at least part of the bottom annular gap between the electrode bottom and the conductor bottom, characterised in that the seal material is a castable ceramic or refractory material and in that insulating materials are provided between the seal material and the conductor.
Wheeled towable structure (1, 11), comprising: • a frame on which a plurality of groups of wheels assemblies are mounted, each group comprising one or more rubber wheels, equipped with tyres and mounted so as to rotate at a respective wheel axis; • means (5, 5', 6, 6', 7) for locking the rotation of the wheels of each group of wheels in predetermined locking positions; • means for actuating said means (5, 5', 6, 6', 7) for locking the rotation of the rubber wheels, configured to move the wheels of each group from a locking position to another during the movement of said towable structure (1, 11), characterized in that said means (5, 5', 6, 6', 7) for locking the rotation comprises a pair of flanges (5, 5') coaxially mounted so as to rotate integrally around a flange axis and respectively equipped with a plurality of slots (9, 9'), and a pair of pins (6, 6') integral with a frame of said group of wheels and adapted to interfere, when operated, each with the slots (9, 9') of one of said flanges (5, 5'), said means (5, 5', 6, 6', 7) further comprising a transmission system which connects said flange axis to said wheel axis. • a frame on which a plurality of groups of wheels assemblies are mounted, each group comprising one or more rubber wheels, equipped with tyres and mounted so as to rotate at a respective wheel axis; • means (5, 5', 6, 6', 7) for locking the rotation of the wheels of each group of wheels in predetermined locking positions; • means for actuating said means (5, 5', 6, 6', 7) for locking the rotation of the rubber wheels, configured to move the wheels of each group from a locking position to another during the movement of said towable structure (1, 11),
A zinc oxide-based transparent conductive layer having a textured surface, wherein the textured surface has protrusions, wherein the dopant content in the conductive layer is 4 wt.-% or less, the protrusions have a first type protrusion and a second type protrusion, the first type protrusion has a ridge forming an arc in its protruding direction, the second type protrusion has an apex at an edge thereof such that two ridges form an angle of 90° or more, the number of protrusions having a shape of the first type or the second type is 40% or more of the total number of protrusions, characterized in that the zinc oxide-based transparent conductive layer has gallium and boron as a dopant.
Apparatus for monitoring and controlling a regulation state of at least one closing member of a valve of a process engineering plant, comprising a sensory mechanism for detecting the regulation state of the at least one closing member, and an actuation mechanism for regulating the at least one closing member, wherein the sensory mechanism is arranged in or on the valve, and wherein the actuation mechanism is arranged in a fashion separated from the sensory mechanism, characterized in that the sensory mechanism comprises control electronics for controlling the actuation mechanism and directly triggers the actuation mechanism, in order to regulate the at least one closing member in dependence of the regulation state detected by the sensory mechanism.
A method in a network node for assisting a wireless terminal to select an access node for a communication in a wireless communication network, wherein the wireless communication network comprises a cellular network access node and a wireless local network access node, the method comprising: establishing a state of a wireless local network unit in the wireless terminal; wherein the establishing the state of a wireless local network unit in the wireless terminal comprises determining whether the wireless local network unit is on or off and whether the wireless local network unit is in the wireless local network access node coverage; turning on the wireless local network unit if the wireless local network unit is off when the wireless terminal is in the wireless local network access node coverage; obtaining information of a radio condition and/or a load condition of the respective wireless local network access node and cellular network access node; determining which access node to use out of the wireless local network access node and the cellular network access node for the communication, based on the established state of the wireless local network unit and the obtained radio condition and/or load condition of the respective wireless local network access node and cellular network access node. establishing a state of a wireless local network unit in the wireless terminal; wherein the establishing the state of a wireless local network unit in the wireless terminal comprises determining whether the wireless local network unit is on or off and whether the wireless local network unit is in the wireless local network access node coverage; turning on the wireless local network unit if the wireless local network unit is off when the wireless terminal is in the wireless local network access node coverage; obtaining information of a radio condition and/or a load condition of the respective wireless local network access node and cellular network access node; determining which access node to use out of the wireless local network access node and the cellular network access node for the communication, based on the established state of the wireless local network unit and the obtained radio condition and/or load condition of the respective wireless local network access node and cellular network access node.
A bag for the storage and transport of a pulverulent product, such as agri-food, mineral, chemical or pharmaceutical powders and like powdery materials, comprising a bottom part, a sidewall and an upper part joined together to form a storage volume, wherein the upper part is provided with a filler inlet or opening configured to allow the pulverulent product to be introduced inside the storage volume of the bag during a filling operation, wherein the bag further comprises lifting straps provided in an upper portion of the bag, characterized in that the bag further comprises at least one elongated section made of an air-permeable material and extending inside the storage volume of the bag, which elongated section is an integral part of the bag and comprises an outlet accessible from the outside of the bag, the elongated section acting as an integrated filter member and being configured to allow insertion of an elongated air-extraction member of an air-extraction system, inside the elongated section, so as to extract air directly from inside the storage volume of the bag during the filling operation.
An antibody, an antibody-based binding protein or an antibody fragment that specifically binds to the extracellular domain of human receptor tyrosine kinase-like orphan receptor 1 comprising heavy chain CDR1, CDR2 and CDR3 sequences and light chain CDR1, CDR2 and CDR3 sequences, respectively, shown in SEQ ID NOs:27-29 and SEQ ID NOs:66-68.
A method for mass spectrometry analysis of components in a sample whereby said components are labelled with compounds capable of generating aromatic ions comprising the steps of - contacting the sample to be analysed with compunds capable of generating aromatic ions containing 4n+2 electrons in a closed ring system, whereby n is a natural number including zero and the charge is located within the aromatic system; - covalent or non-covalent binding of said compounds capable of generating aromatic ions with components of the sample, - optional workup of the sample, - detecting by mass spectrometry of aromatic ions containing 4n+2 electrons in the closed ring system where n is a natural number including zero and the charge is located within the aromatic system, wherein said compound capable of generating aromatic ions containing 4n+2 electrons in the closed ring system where n is a natural number including zero and the charge is located within the aromatic system is a compound of the general structure of general formula I where n is zero or a natural number, and where R 1,R 2, R 3, R 4 and R 5 are independently selected from hydrogen, aryl, alkyl, heteroaryl, arylthio, alkylthio, aryloxy, alkyloxy, amino, cyano, nitro, carboxy, ester, amide, acyl, formyl groups; any adjacent substituents may constitute an annulated ring system; Z is O, S, Se, NR where R is H, alkyl or aryl, L is linker containing between 1 and 20 atoms of carbon, and X is a functional group, in particular, COOH; COOR 11 where R 11 is succinimide or aryl; azide; alkyne; maleimide; hydrazine; hydrazide; hydroxylamine; amine; aldehyde; alkyl or arylketone; thiol; disulfide. - contacting the sample to be analysed with compunds capable of generating aromatic ions containing 4n+2 electrons in a closed ring system, whereby n is a natural number including zero and the charge is located within the aromatic system; - covalent or non-covalent binding of said compounds capable of generating aromatic ions with components of the sample, - optional workup of the sample, - detecting by mass spectrometry of aromatic ions containing 4n+2 electrons in the closed ring system where n is a natural number including zero and the charge is located within the aromatic system, where n is zero or a natural number, and where R 1,R 2, R 3, R 4 and R 5 are independently selected from hydrogen, aryl, alkyl, heteroaryl, arylthio, alkylthio, aryloxy, alkyloxy, amino, cyano, nitro, carboxy, ester, amide, acyl, formyl groups; any adjacent substituents may constitute an annulated ring system; Z is O, S, Se, NR where R is H, alkyl or aryl, L is linker containing between 1 and 20 atoms of carbon, and X is a functional group, in particular, COOH; COOR 11 where R 11 is succinimide or aryl; azide; alkyne; maleimide; hydrazine; hydrazide; hydroxylamine; amine; aldehyde; alkyl or arylketone; thiol; disulfide.
A method of obtaining a competent Bacillus licheniformis host cell, comprising: (a) introducing into a non-competent Bacillus licheniformis host cell at least one copy of a first nucleic acid construct comprising a promoter region operably linked to a polynucleotide encoding a ComS polypeptide, wherein the polynucleotide encoding the ComS polypeptide is foreign to the Bacillus licheniformis host cell; and (b) isolating a competent Bacillus licheniformis host cell comprising the polynucleotide encoding the ComS polypeptide. (a) introducing into a non-competent Bacillus licheniformis host cell at least one copy of a first nucleic acid construct comprising a promoter region operably linked to a polynucleotide encoding a ComS polypeptide, wherein the polynucleotide encoding the ComS polypeptide is foreign to the Bacillus licheniformis host cell; and (b) isolating a competent Bacillus licheniformis host cell comprising the polynucleotide encoding the ComS polypeptide.
Support and guidance structure for a hoistable mast of a submarine vehicle, in which: - the support and guidance structure includes a support equipped with means of guidance of the mast in translation in a raising direction, including a central wall, generally flat, extending longitudinally parallel to the raising direction, and delimiting a housing for the mast, - the guidance means include at least two guide rails, borne by the support, extending in the raising direction, to operate in tandem with at least two additional guidance elements, borne by the mast and each operating in tandem with a respective rail, whereby each rail forms stops for the related guidance element, suited to immobilise the guide element in a second direction perpendicular to the raising direction and to the central wall, - the support and guidance structure includes means of fixation of the support to a structural part of the vehicle, - the guidance means include at least one other guide rail, borne by the support, to operate in tandem with at least another additional guidance element, borne by the mast and operating in tandem with the other rail, whereby the other rail forms stops for the other guidance element, suited to immobilise the other guide element in a third direction perpendicular to the raising direction and the second direction, characterised in that: - the housing is open in the second direction, on all planes perpendicular to the raising direction. - the support and guidance structure includes a support equipped with means of guidance of the mast in translation in a raising direction, including a central wall, generally flat, extending longitudinally parallel to the raising direction, and delimiting a housing for the mast, - the guidance means include at least two guide rails, borne by the support, extending in the raising direction, to operate in tandem with at least two additional guidance elements, borne by the mast and each operating in tandem with a respective rail, whereby each rail forms stops for the related guidance element, suited to immobilise the guide element in a second direction perpendicular to the raising direction and to the central wall, - the support and guidance structure includes means of fixation of the support to a structural part of the vehicle, - the guidance means include at least one other guide rail, borne by the support, to operate in tandem with at least another additional guidance element, borne by the mast and operating in tandem with the other rail, whereby the other rail forms stops for the other guidance element, suited to immobilise the other guide element in a third direction perpendicular to the raising direction and the second direction, - the housing is open in the second direction, on all planes perpendicular to the raising direction.
Method for managing communication in a static wireless mesh network comprising a plurality of wireless sensor nodes, the position of each wireless sensor node in the mesh network being fixed and determined by a position in a grid layout, the grid layout being stored or pre-configured in a memory of each wireless sensor node, the grid layout representing the position of the wireless sensor node and the positions of other wireless sensor nodes in the wireless mesh network, such that the position of the wireless sensor nodes in the mesh network can be determined from the grid layout, the method comprising: a time slot scheduler in each wireless sensor node determining at least part of a position-based time slot schedule (504 1-N), preferably a TDMA time slot schedule, the time slot schedule comprising three or more time slots, including a transmission time slot enabling the wireless sensor node to transmit a broadcast message, a reception time slot enabling the wireless sensor node to receive a broadcast message from one or more other wireless sensor nodes, and a sleep time slot (508 1,2) for configuring the wireless sensor node in an idle state; and, the time slot scheduler in the wireless sensor node assigning time slots of the time slot schedule to the wireless sensor node on the basis of the grid layout and the position of the wireless sensor node in the grid layout. a time slot scheduler in each wireless sensor node determining at least part of a position-based time slot schedule (504 1-N), preferably a TDMA time slot schedule, the time slot schedule comprising three or more time slots, including a transmission time slot enabling the wireless sensor node to transmit a broadcast message, a reception time slot enabling the wireless sensor node to receive a broadcast message from one or more other wireless sensor nodes, and a sleep time slot (508 1,2) for configuring the wireless sensor node in an idle state; and, the time slot scheduler in the wireless sensor node assigning time slots of the time slot schedule to the wireless sensor node on the basis of the grid layout and the position of the wireless sensor node in the grid layout.
A method of mass spectrometry comprising the steps of: operating a mass filter to select preferentially a first type of ions in a first mass range; accumulating in an ion store a sample of the first type of ions to be analysed from the preferentially selected ions, to achieve a target number of ions based on the results of a previous measurement of the ion abundance of the first type of ions using automatic gain control; operating the mass filter to select preferentially a second type of ions in a second mass range; accumulating in the ion store a sample of the second type of ions to be analysed from the preferentially selected ions, to achieve a target number of ions based on the results of a previous measurement of the ion abundance of the second type of ions using automatic gain control, the step of accumulating a sample of the second type of ions taking place after performing the step of accumulating a sample of the first type of ions; ejecting the combined samples of ions of the first and second types from the ion store to a separate mass analyser (60, 70, 100) for mass analysis; and mass analysing the combined samples of the ions in the separate mass analyser. operating a mass filter to select preferentially a first type of ions in a first mass range; accumulating in an ion store a sample of the first type of ions to be analysed from the preferentially selected ions, to achieve a target number of ions based on the results of a previous measurement of the ion abundance of the first type of ions using automatic gain control; operating the mass filter to select preferentially a second type of ions in a second mass range; accumulating in the ion store a sample of the second type of ions to be analysed from the preferentially selected ions, to achieve a target number of ions based on the results of a previous measurement of the ion abundance of the second type of ions using automatic gain control, the step of accumulating a sample of the second type of ions taking place after performing the step of accumulating a sample of the first type of ions; ejecting the combined samples of ions of the first and second types from the ion store to a separate mass analyser (60, 70, 100) for mass analysis; and mass analysing the combined samples of the ions in the separate mass analyser.
A method of laser machining a substrate to form a stent, comprising: providing a tube (212, 414) comprising a polymer and an absorber; and laser machining the polymer tube (212, 414) with a laser beam to form a scaffold, wherein the laser beam has a pulse width that provides multiphoton absorption of laser energy from the laser beam, characterized in that the laser beam has a wavelength such that the extinction coefficient of the polymer at the laser beam wavelength is less than 5% of the extinction coefficient of the polymer at one half the laser beam wavelength, and in that the absorber has a maximum absorbance at a wavelength within 50 nm of one half the laser beam wavelength and the extinction coefficient or weight percent extinction coefficient of the absorber is at least two times larger at one half the laser wavelength than the extinction coefficient or weight percent extinction coefficient of the polymer at one half the laser wavelength, and in that the absorber absorbs laser energy through multiphoton absorption mechanism at one half the laser wavelength which increases absorption of the laser energy in the tube (212, 414), and further characterized by cutting through the wall in one pass of the laser beam using laser cutting speed of 10.2 - 50.8 cm/min (4 to 20 in/min) to form the scaffold. providing a tube (212, 414) comprising a polymer and an absorber; and laser machining the polymer tube (212, 414) with a laser beam to form a scaffold, wherein the laser beam has a pulse width that provides multiphoton absorption of laser energy from the laser beam, characterized in that the laser beam has a wavelength such that the extinction coefficient of the polymer at the laser beam wavelength is less than 5% of the extinction coefficient of the polymer at one half the laser beam wavelength, and in that the absorber has a maximum absorbance at a wavelength within 50 nm of one half the laser beam wavelength and the extinction coefficient or weight percent extinction coefficient of the absorber is at least two times larger at one half the laser wavelength than the extinction coefficient or weight percent extinction coefficient of the polymer at one half the laser wavelength, and in that the absorber absorbs laser energy through multiphoton absorption mechanism at one half the laser wavelength which increases absorption of the laser energy in the tube (212, 414), and further characterized by cutting through the wall in one pass of the laser beam using laser cutting speed of 10.2 - 50.8 cm/min (4 to 20 in/min) to form the scaffold.