mhurhangee/ep-ind-claims huggingface dataset:
A charged particle beam device that is an electron microscope, comprising: a charged particle source configured to emit a charged particle beam; a movable stage comprising an assembly of aperture arrays having at least a first aperture array and a second aperture array, the movable stage is configured to align the assembly of aperture arrays with the charged particle beam, the first aperture array comprises a first shielding tube (350; 426) coupled to the movable stage, and the second aperture array comprises a second shielding tube coupled to the movable stage, wherein the first aperture array has at least two apertures configured for a first operation mode of the electron microscope and the second aperture array has at least one aperture configured for a second operation mode of the electron microscope, and wherein the first aperture array comprises at least two deflectors (132, 134) each aligned to one of the at least two apertures of the first aperture array and the second aperture array comprises at least one deflector aligned to the at least one second aperture of the second aperture array. a charged particle source configured to emit a charged particle beam; a movable stage comprising an assembly of aperture arrays having at least a first aperture array and a second aperture array, the movable stage is configured to align the assembly of aperture arrays with the charged particle beam, the first aperture array comprises a first shielding tube (350; 426) coupled to the movable stage, and the second aperture array comprises a second shielding tube coupled to the movable stage, wherein the first aperture array has at least two apertures configured for a first operation mode of the electron microscope and the second aperture array has at least one aperture configured for a second operation mode of the electron microscope, and wherein the first aperture array comprises at least two deflectors (132, 134) each aligned to one of the at least two apertures of the first aperture array and the second aperture array comprises at least one deflector aligned to the at least one second aperture of the second aperture array.
Fixing device for fixing a sliding block, which is displaceably mounted in a slide rail, of a door drive for automatically closing a door, wherein the fixing device has a blocking element having a blocking portion and an energizeable solenoid, wherein the blocking element is movable between a releasing position and a blocking position and in the assembled state in its blocking position by way of the blocking portion blocks a movement of the sliding block, which is coupled to a closing movement of the door, past the blocking element, and wherein the solenoid in its energized state arrests the blocking element in its blocking position, wherein the fixing device has a coupling gear, wherein the coupling gear comprises a first swing arm, a second swing arm and a first coupling rod which is rotatably coupled to the first swing arm as well as to the second swing arm, wherein the first swing arm forms the blocking element, wherein a second coupling rod is provided which is rotatably connected to the second swing arm as well as to a contacting end of an armature rod which is displaceable by the solenoid, and wherein the solenoid in its energized state displaces the armature rod to an active position in which the armature rod by way of the second coupling rod, and as a result by way of the coupling gear, arrests the blocking element in its blocking position, characterized in that the first swing arm is formed as a dual-arm lever having a mounting rotatable about a first bearing point, the blocking portion formed on a first end of the lever, and a rotatable connection to the first coupling rod on the second end of the lever, and the second swing arm is formed as a dual-arm lever having a mounting rotatable about a second bearing pint, a rotatable connection to the first coupling rod on a first end of the lever, and a rotatable connection to the second coupling rod on the second end of the lever.
A method for obtaining a call record, performed by a mobile terminal, after the mobile terminal is restarted, comprising: obtaining a missed call record from a server; and inserting (102, 204, 304) the missed call record into call records of the mobile terminal, wherein inserting (102, 204, 304) the missed call record into call records of the mobile terminal, comprises: inserting the obtained missed call record into the call records of the mobile terminal according to a call time of the missed call; and deleting duplicates in the call records of the mobile terminal, characterized in that: before the obtaining step, a record obtaining message is sent to the server to obtain outgoing call records of contacts associated with the user of the mobile terminal, the record obtaining message comprising the starting and ending times of the shutdown of the mobile terminal of the user and the telephone number of the mobile terminal. obtaining a missed call record from a server; and inserting (102, 204, 304) the missed call record into call records of the mobile terminal, wherein inserting (102, 204, 304) the missed call record into call records of the mobile terminal, comprises: inserting the obtained missed call record into the call records of the mobile terminal according to a call time of the missed call; and deleting duplicates in the call records of the mobile terminal, characterized in that: before the obtaining step, a record obtaining message is sent to the server to obtain outgoing call records of contacts associated with the user of the mobile terminal, the record obtaining message comprising the starting and ending times of the shutdown of the mobile terminal of the user and the telephone number of the mobile terminal. inserting the obtained missed call record into the call records of the mobile terminal according to a call time of the missed call; and deleting duplicates in the call records of the mobile terminal, characterized in that: before the obtaining step, a record obtaining message is sent to the server to obtain outgoing call records of contacts associated with the user of the mobile terminal, the record obtaining message comprising the starting and ending times of the shutdown of the mobile terminal of the user and the telephone number of the mobile terminal.
A loading mechanism for loading a belt of linked ammunition into a magazine having a pair of spaced-apart rails, the loading mechanism comprising: a guideway; and a carriage movable along the guideway between a lowered position and a raised position, the carriage including an articulated tandem bucket having a pair of cradles (35A,35B) arranged to support two adjacent rounds of the belt of linked ammunition; wherein the tandem bucket is engaged by the guideway such that the pair of cradles (35A,35B) are in a horizontal orientation when the carriage is in the lowered position and the pair of cradles (35A,35B) are in a vertical orientation when the carriage is in the raised position, and the loading mechanism, further comprises an anti-backdrive device arranged to prevent the two adjacent rounds from returning with the carriage from the raised position back to the lowered position. a guideway; and a carriage movable along the guideway between a lowered position and a raised position, the carriage including an articulated tandem bucket having a pair of cradles (35A,35B) arranged to support two adjacent rounds of the belt of linked ammunition; wherein the tandem bucket is engaged by the guideway such that the pair of cradles (35A,35B) are in a horizontal orientation when the carriage is in the lowered position and the pair of cradles (35A,35B) are in a vertical orientation when the carriage is in the raised position, and the loading mechanism, further comprises an anti-backdrive device arranged to prevent the two adjacent rounds from returning with the carriage from the raised position back to the lowered position.
Draining device - with a housing designed as a collecting container with a housing base arranged geodetically at the bottom, and - with an inlet opening into the housing and a drain arranged in a geodetically on the side of the housing, - wherein the drain has a passage opening, - which forms a geodetically lower overflow apex, which is arranged higher than the housing base, - wherein the inlet has an inlet opening, which opens into the housing and is arranged geodetically lower than the overflow apex, - wherein the drain has a horizontally extending drain pipe section with a pipe cross-sectional area, which is arranged higher than the housing base, and - wherein the overflow apex is arranged geodetically above a geodetically lower end of the pipe cross-sectional area, characterised in that - the draining device has a transition pipe piece, which forms a reduction of a first pipe section with a larger pipe cross section on a second pipe section with a smaller pipe cross section, - wherein the housing is formed from the first pipe section and a closure element, which closes the free end of the first pipe section, and - wherein the horizontally extending drain pipe section is formed by the second pipe section. - with a housing designed as a collecting container with a housing base arranged geodetically at the bottom, and - with an inlet opening into the housing and a drain arranged in a geodetically on the side of the housing, - wherein the drain has a passage opening, - which forms a geodetically lower overflow apex, which is arranged higher than the housing base, - wherein the inlet has an inlet opening, which opens into the housing and is arranged geodetically lower than the overflow apex, - wherein the drain has a horizontally extending drain pipe section with a pipe cross-sectional area, which is arranged higher than the housing base, and - wherein the overflow apex is arranged geodetically above a geodetically lower end of the pipe cross-sectional area, characterised in that - the draining device has a transition pipe piece, which forms a reduction of a first pipe section with a larger pipe cross section on a second pipe section with a smaller pipe cross section, - wherein the housing is formed from the first pipe section and a closure element, which closes the free end of the first pipe section, and - wherein the horizontally extending drain pipe section is formed by the second pipe section.
Conveying device (10; 110; 210) for workpieces having a load suspension track, which comprises a) a load rail (12; 112, 212), b) at least one load-receiving carriage (16; 116; 216) on which the workpieces can be suspended for conveyance and which can be moved on the load rail (12; 112; 212), and c) at least one drive means (18; 118; 218) for moving the at least one load-receiving carriage (16; 116; 216) which runs along the load rail (12; 112; 212), wherein d) the drive means has at least one motor-driven drive carriage (18; 118; 218) which can be moved on a drive track (14; 114; 214) which extends parallel to the load rail (12; 112; 212), e) the drive carriage (18; 118; 218) can be coupled to the load-receiving carriage (16; 116; 216) via releasable coupling means (34, 74a, 74b; 134, 174a, 174b; 234, 274) in such a way that the drive carriage (18; 118; 218) is capable of driving and/or braking the load-receiving carriage (16; 116; 216), f) the drive track has a drive running rail (14; 114; 214) and at least one motor-driven drive wheel (64; 164; 264) of the drive carriage (18; 118; 218) rolls on a drive running surface (53; 153; 253) of the drive running rail (14; 114; 214), characterized in that g) the coupling means (74a, 74b; 174a, 174b; 274) is designed such that, both during an acceleration and during a deceleration, the drive axle (66; 166; 266) can be moved in the direction of the drive running surface (53; 153; 253) in order to increase the contact pressure of the drive wheel (64; 164; 264) on the drive running surface (53; 153; 253) in a load- and acceleration- or deceleration-dependent manner. a) a load rail (12; 112, 212), b) at least one load-receiving carriage (16; 116; 216) on which the workpieces can be suspended for conveyance and which can be moved on the load rail (12; 112; 212), and c) at least one drive means (18; 118; 218) for moving the at least one load-receiving carriage (16; 116; 216) which runs along the load rail (12; 112; 212), d) the drive means has at least one motor-driven drive carriage (18; 118; 218) which can be moved on a drive track (14; 114; 214) which extends parallel to the load rail (12; 112; 212), e) the drive carriage (18; 118; 218) can be coupled to the load-receiving carriage (16; 116; 216) via releasable coupling means (34, 74a, 74b; 134, 174a, 174b; 234, 274) in such a way that the drive carriage (18; 118; 218) is capable of driving and/or braking the load-receiving carriage (16; 116; 216), f) the drive track has a drive running rail (14; 114; 214) and at least one motor-driven drive wheel (64; 164; 264) of the drive carriage (18; 118; 218) rolls on a drive running surface (53; 153; 253) of the drive running rail (14; 114; 214), g) the coupling means (74a, 74b; 174a, 174b; 274) is designed such that, both during an acceleration and during a deceleration, the drive axle (66; 166; 266) can be moved in the direction of the drive running surface (53; 153; 253) in order to increase the contact pressure of the drive wheel (64; 164; 264) on the drive running surface (53; 153; 253) in a load- and acceleration- or deceleration-dependent manner.
A process for continuously producing water-absorbing polymer particles by polymerizing an aqueous monomer solution or suspension comprising a) at least one ethylenically unsaturated monomer which bears acid groups and may be at least partly neutralized, b) at least one crosslinker, c) at least one initiator, d) optionally one or more ethylenically and/or allylically unsaturated monomers copolymerizable with the monomers specified under a) and e) optionally one or more water-soluble polymers, wherein at least one feedstock stems from at least two sources and the feedstock from one source differs from the feedstock from at least one other source in the content of at least one secondary component, the difference in the content of the secondary component is at least 0.002% by weight, and the secondary component is acetic acid, formic acid, propionic acid, 2-furfural, 3-furfural, allyl acrylate, benzaldehyde, maleic anhydride, maleic acid, protoanemonin, acrolein, formaldehyde or benzoic acid. a) at least one ethylenically unsaturated monomer which bears acid groups and may be at least partly neutralized, b) at least one crosslinker, c) at least one initiator, d) optionally one or more ethylenically and/or allylically unsaturated monomers copolymerizable with the monomers specified under a) and e) optionally one or more water-soluble polymers,
Industrial truck with data collection device, the data collection device being able to collect operating data of the industrial truck and the industrial truck having a load handling device, the operating data comprising at least one of the following: operating hours, number of activations of working hydraulics, number of activations of a lifting device for a load handling means on a lifting framework, travelling movement of the industrial truck or lifting heights, characterized in that the data collection device is fastened to the load handling device by releasable fastening means and has movement sensors, in particular linear acceleration sensors and rotational movement and/or rotational acceleration sensors, in particular gyroscopes.
A method of forming a medical balloon provided with a first layer made from a first material and a second layer made from a second material, said first and second layers being in overlying relationship with one another and integral with one another, wherein the first material has a softening or melting temperature which is higher than a softening or melting temperature of the second material; the method including the steps of: providing first and second layers of raw tubing made of said first and second materials respectively; locating said raw tubing in a mould; preheating the raw tubing to a preheat temperature and inflating the raw tubing so as to cause it to expand; heating the raw tubing to a first heat set temperature being the heat set temperature of the first layer, wherein at said preheat temperature and/or first heat set temperature the second layer is molten; setting the inflated raw tubing to form the medical balloon; and cooling the set balloon. providing first and second layers of raw tubing made of said first and second materials respectively; locating said raw tubing in a mould; preheating the raw tubing to a preheat temperature and inflating the raw tubing so as to cause it to expand; heating the raw tubing to a first heat set temperature being the heat set temperature of the first layer, wherein at said preheat temperature and/or first heat set temperature the second layer is molten; setting the inflated raw tubing to form the medical balloon; and cooling the set balloon.
An integrated circuit comprising logic configured to encode pilot signals in a first set of subcarriers of an orthogonal frequency division multiplexing, "OFDM", symbol and in a second set of subcarriers of a consecutive OFDM symbol; the symbol and the consecutive symbol being in a same smart utility network packet; characterised in that wherein the symbol is the last of a first group of consecutive OFDM symbols, each encoded with pilot signals in the first set of subcarriers; wherein the consecutive symbol is the first of a second group of consecutive OFDM symbols, each encoded with pilot signals in the second set of subcarriers, the first group containing a different number of symbols from the second group, the second group containing more symbols if Doppler spread is decreasing, the second group containing less symbols if Doppler spread is increasing.
A method for processing a transparent workpiece, the method comprising: directing a laser beam oriented along a beam pathway and output by a beam source through an aspheric optical element and into an impingement surface of the transparent workpiece, wherein: the laser beam impinges the aspheric optical element radially offset from a centerline axis of the aspheric optical element by an offset distance of 30% the 1/e 2 diameter of the laser beam or greater; the laser beam downstream the aspheric optical element comprises non-uniform radial intensity; the beam pathway and the transparent workpiece are tilted relative to one another such that the beam pathway comprises a beam pathway angle (θ Bpath) of less than 90° relative to the impingement surface at the impingement surface; and a portion of the laser beam directed into the transparent workpiece comprises a laser beam focal line and generates an induced absorption to produce a defect within the transparent workpiece, the laser beam focal line comprising: a wavelength λ; a spot size w o; a Rayleigh range Z R that is greater than F D πw o 2 λ, where F D is a dimensionless divergence factor comprising a value of 10 or greater; and an internal focal line angle of less than 80° relative to the impingement surface, such that the defect comprises a defect angle within the transparent workpiece of less than 80° relative to the impingement surface. the laser beam impinges the aspheric optical element radially offset from a centerline axis of the aspheric optical element by an offset distance of 30% the 1/e 2 diameter of the laser beam or greater; the laser beam downstream the aspheric optical element comprises non-uniform radial intensity; the beam pathway and the transparent workpiece are tilted relative to one another such that the beam pathway comprises a beam pathway angle (θ Bpath) of less than 90° relative to the impingement surface at the impingement surface; and a portion of the laser beam directed into the transparent workpiece comprises a laser beam focal line and generates an induced absorption to produce a defect within the transparent workpiece, the laser beam focal line comprising: a wavelength λ; a spot size w o; a Rayleigh range Z R that is greater than F D πw o 2 λ, where F D is a dimensionless divergence factor comprising a value of 10 or greater; and an internal focal line angle of less than 80° relative to the impingement surface, such that the defect comprises a defect angle within the transparent workpiece of less than 80° relative to the impingement surface. a wavelength λ; a spot size w o; a Rayleigh range Z R that is greater than F D πw o 2 λ, where F D is a dimensionless divergence factor comprising a value of 10 or greater; and an internal focal line angle of less than 80° relative to the impingement surface, such that the defect comprises a defect angle within the transparent workpiece of less than 80° relative to the impingement surface.
A cooling fan comprising: a fan housing mounted on a mounting bracket; a rotary shaft rotatably supported by the fan housing; a rotor fixed to the rotary shaft; a stator fixed to the fan housing and disposed at a predetermined gap from the rotor; and an impeller connected to the rotor so as to rotate therewith, wherein a separation prevention bar is formed in the mounting bracket so as to prevent the impeller from being separated from the fan housing, wherein the mounting bracket has an air passage portion communicating with an air discharge port of the fan housing, and the separation prevention bar is formed to extend inwardly from an edge of the air passage portion, characterized in that the separation prevention bar comprises a pair of vertical bars formed in a vertical direction at one edge of the air passage portion so as to be spaced apart from each other so that the separation prevention bar does not interfere with the rotation of the impeller, and a horizontal bar integrally connecting the pair of vertical bars. a fan housing mounted on a mounting bracket; a rotary shaft rotatably supported by the fan housing; a rotor fixed to the rotary shaft; a stator fixed to the fan housing and disposed at a predetermined gap from the rotor; and an impeller connected to the rotor so as to rotate therewith, wherein a separation prevention bar is formed in the mounting bracket so as to prevent the impeller from being separated from the fan housing, wherein the mounting bracket has an air passage portion communicating with an air discharge port of the fan housing, and the separation prevention bar is formed to extend inwardly from an edge of the air passage portion, characterized in that wherein a separation prevention bar is formed in the mounting bracket so as to prevent the impeller from being separated from the fan housing, wherein the mounting bracket has an air passage portion communicating with an air discharge port of the fan housing, and the separation prevention bar is formed to extend inwardly from an edge of the air passage portion, characterized in that the separation prevention bar comprises a pair of vertical bars formed in a vertical direction at one edge of the air passage portion so as to be spaced apart from each other so that the separation prevention bar does not interfere with the rotation of the impeller, and a horizontal bar integrally connecting the pair of vertical bars.