mhurhangee/ep-ind-claims huggingface dataset:
Material processing device with processing beams of a beam generator and with in-situ measurement of the processing distance (a) between the beam generator and the workpiece, the material processing device comprising: - a processing laser, - a sensor device with a spectrometer and at least one sensor light source characterised by: a laser scanner for the processing laser with a two-dimensional deflection device with scanner mirrors (31, 32) and a variable focus adjustment device at varying processing distances (a(t)); - the sensor device comprising at least two sensor light sources (11, 12); wherein measuring beams together scan the processing region of the workpiece by means of the laser scanner and an objective lens to record the workpiece distance (a), and the measuring beams of at least two of the sensor light sources (11, 12) are linearly polarised and coupled in a collimated state with crossed polarisation directions into the processing beam path of the laser scanner of the material processing device by an optical coupling element. - a processing laser, - a sensor device with a spectrometer and at least one sensor light source characterised by: a laser scanner for the processing laser with a two-dimensional deflection device with scanner mirrors (31, 32) and a variable focus adjustment device at varying processing distances (a(t)); a laser scanner for the processing laser with a two-dimensional deflection device with scanner mirrors (31, 32) and a variable focus adjustment device at varying processing distances (a(t)); - the sensor device comprising at least two sensor light sources (11, 12); wherein measuring beams together scan the processing region of the workpiece by means of the laser scanner and an objective lens to record the workpiece distance (a), and the measuring beams of at least two of the sensor light sources (11, 12) are linearly polarised and coupled in a collimated state with crossed polarisation directions into the processing beam path of the laser scanner of the material processing device by an optical coupling element.
Device for filling containers with a filling product, preferably in a beverage filling plant, wherein the device can be operated in an operating mode with process gas treatment and an operating mode without process gas treatment and has: at least one process gas line, which is configured to charge, preferably rinse and/or preload the containers with a process gas in the operating mode with process gas treatment; one or more shut-off valves (58, 59), which are configured to shut off the process gas line in the operating mode without process gas treatment, characterised in that the device has at least one sterile medium inlet, which is configured for introducing a sterile medium into the process gas line; and in that the one or more shut-off valves (58, 59) are configured to shut off the process gas line in the operating mode without process gas treatment in such a way that the sterile medium introduced via the sterile medium inlet remains in the process gas line. at least one process gas line, which is configured to charge, preferably rinse and/or preload the containers with a process gas in the operating mode with process gas treatment; one or more shut-off valves (58, 59), which are configured to shut off the process gas line in the operating mode without process gas treatment, characterised in that the device has at least one sterile medium inlet, which is configured for introducing a sterile medium into the process gas line; and in that the one or more shut-off valves (58, 59) are configured to shut off the process gas line in the operating mode without process gas treatment in such a way that the sterile medium introduced via the sterile medium inlet remains in the process gas line.
Method for automatically aligning an industrial truck in a warehouse comprising the steps: - determining a relative position of an operator relative to an industrial truck by means of a locating unit (22a, 22b, 22c) of the industrial truck, - aligning the industrial truck in a predetermined lateral orientation relative to an object located on the left side of the industrial truck as seen with respect to the driving direction of the industrial truck when the determined relative position of the operator is on the left side of the industrial truck, and - aligning the industrial truck in a predetermined lateral orientation relative to an object located on the right side of the industrial truck as seen with respect to the driving direction of the industrial truck when the determined relative position of the operator is on the right side of the industrial truck. - determining a relative position of an operator relative to an industrial truck by means of a locating unit (22a, 22b, 22c) of the industrial truck, - aligning the industrial truck in a predetermined lateral orientation relative to an object located on the left side of the industrial truck as seen with respect to the driving direction of the industrial truck when the determined relative position of the operator is on the left side of the industrial truck, and - aligning the industrial truck in a predetermined lateral orientation relative to an object located on the right side of the industrial truck as seen with respect to the driving direction of the industrial truck when the determined relative position of the operator is on the right side of the industrial truck.
A method for cloud application redundancy, comprising: • acquiring first description information of a cloud application needing redundancy, wherein the first description information comprises information about a source network used at a production site by the cloud application needing redundancy and information about a source instance running the cloud application needing redundancy at the production site; • generating second description information of the cloud application needing redundancy according to the first description information, wherein the second description information comprises information about a backup network used at a redundancy site by the cloud application needing redundancy and information about a backup instance running the cloud application needing redundancy at the redundancy site; and • providing the second description information for the redundancy site, so that the redundancy site recovers the cloud application needing redundancy according to the second description information, wherein recovering the cloud application by the redundancy site comprises: • creating the backup network according to the information about the backup network in the second description information; • creating the backup instance according to the information about the backup instance in the second description information; and • associating the backup instance with the backup network according to the information about the backup instance in the second description information. • acquiring first description information of a cloud application needing redundancy, wherein the first description information comprises information about a source network used at a production site by the cloud application needing redundancy and information about a source instance running the cloud application needing redundancy at the production site; • generating second description information of the cloud application needing redundancy according to the first description information, wherein the second description information comprises information about a backup network used at a redundancy site by the cloud application needing redundancy and information about a backup instance running the cloud application needing redundancy at the redundancy site; and • providing the second description information for the redundancy site, so that the redundancy site recovers the cloud application needing redundancy according to the second description information, wherein recovering the cloud application by the redundancy site comprises: • creating the backup network according to the information about the backup network in the second description information; • creating the backup instance according to the information about the backup instance in the second description information; and • associating the backup instance with the backup network according to the information about the backup instance in the second description information.
A vehicle headlamp, comprising: a light source having a light-radiating surface that radiates light; a reflector having a reflection surface that reflects the light from the light-radiating surface; and a lens having a lens focal point, wherein the reflection surface is a reflection surface based on a spheroid and is divided into a first reflection surface and a second reflection surface so that the first reflection surface is located on the lens side with respect to the second reflection surface in a direction of a lens optical axis, characterized in that the first reflection surface includes a first focal point located on or near the light-radiating surface and a second focal point located on or near the lens focal point, the second reflection surface includes a first focal point located on or near the light-radiating surface and a second focal point located between the light-radiating surface and the lens focal point in the direction of the lens optical axis, and the lens radiates reflected light from the first reflection surface and reflected light from the second reflection surface to the front through the lens respectively as a first light distribution pattern, and a second light distribution pattern partially overlapping a part of the first light distribution pattern. a light source having a light-radiating surface that radiates light; a reflector having a reflection surface that reflects the light from the light-radiating surface; and a lens having a lens focal point, wherein the reflection surface is a reflection surface based on a spheroid and is divided into a first reflection surface and a second reflection surface so that the first reflection surface is located on the lens side with respect to the second reflection surface in a direction of a lens optical axis, characterized in that the first reflection surface includes a first focal point located on or near the light-radiating surface and a second focal point located on or near the lens focal point, the second reflection surface includes a first focal point located on or near the light-radiating surface and a second focal point located between the light-radiating surface and the lens focal point in the direction of the lens optical axis, and the lens radiates reflected light from the first reflection surface and reflected light from the second reflection surface to the front through the lens respectively as a first light distribution pattern, and a second light distribution pattern partially overlapping a part of the first light distribution pattern.
Angle sensor for detecting an angle of rotation on the basis of a relative angular position of a physical field, comprising - a first and a second sensor element (28, 51), between which the physical field can be transmitted, the first sensor element being designed as an encoder element and the second sensor element being designed as a receiver element, or vice versa, - a shaft, on which the first sensor element is fixed, - a housing, on which the second sensor element is fixed, the housing comprising a receiving region for receiving the shaft, - a shaft bearing with a bearing-side bearing surface for mounting the shaft in the receiving region of the housing, characterized in that the shaft bearing is formed by at least two separate bearing segments (30a, 30b), which respectively cover part of the bearing circumference, the shaft bearing being fixed without any gap on the housing by a second supporting surface by means of caulked domes, formed as rivet heads, or by means of a caulked peripheral rib. - a first and a second sensor element (28, 51), between which the physical field can be transmitted, the first sensor element being designed as an encoder element and the second sensor element being designed as a receiver element, or vice versa, - a shaft, on which the first sensor element is fixed, - a housing, on which the second sensor element is fixed, the housing comprising a receiving region for receiving the shaft, - a shaft bearing with a bearing-side bearing surface for mounting the shaft in the receiving region of the housing,
An image forming apparatus comprising: - a power supply unit for supplying electric power to a constituent unit (12, 15, 16, 17, 18, 42b, 44, 45) of the image forming apparatus from a main power source; - a to-be-used function setting unit for setting a function to be used when the main power source is turned on; and - a function-specific power supply control unit for controlling the power supply unit to supply electric power to a constituent unit (12, 15, 16, 17, 18, 42b, 44, 45,) corresponding to a function that has been set by the to-be-used function setting unit when the main power source is turned on, and for supplying electric power to a constituent unit (12, 15, 16, 17, 18, 42b, 44, 45) corresponding to a function that has not been set by the to-be-used function setting unit when the function that has not been set is selected after turning the main power source, characterized in that, the image forming apparatus further comprises: - an actually used function status acquiring unit for acquiring a situation of a function that has been actually used when the main power source had been turned on; and - a to-be-used function setting change commanding unit for notifying a user to prompt the user to change the function set by the to-be-used function setting unit according to the situation of the function, the situation having been acquired by the actually used function status acquiring unit. - a power supply unit for supplying electric power to a constituent unit (12, 15, 16, 17, 18, 42b, 44, 45) of the image forming apparatus from a main power source; - a to-be-used function setting unit for setting a function to be used when the main power source is turned on; and - a function-specific power supply control unit for controlling the power supply unit to supply electric power to a constituent unit (12, 15, 16, 17, 18, 42b, 44, 45,) corresponding to a function that has been set by the to-be-used function setting unit when the main power source is turned on, and for supplying electric power to a constituent unit (12, 15, 16, 17, 18, 42b, 44, 45) corresponding to a function that has not been set by the to-be-used function setting unit when the function that has not been set is selected after turning the main power source, - an actually used function status acquiring unit for acquiring a situation of a function that has been actually used when the main power source had been turned on; and - a to-be-used function setting change commanding unit for notifying a user to prompt the user to change the function set by the to-be-used function setting unit according to the situation of the function, the situation having been acquired by the actually used function status acquiring unit.
Continuous grinding device for divided solid material comprising a chamber extending along a chamber axis, the chamber comprising an inlet orifice for receiving the material to be processed and an outlet orifice for extracting the processed material, and agitating means for conferring on the chamber an oscillatory translational movement in a plane perpendicular to the chamber axis with respect to a base, the device having inclining means for adjusting the orientation of the assembly formed by the agitating means and the chamber with respect to the base by way of a pivoting movement about an axis at an angle or perpendicular to the chamber axis, the device comprising a ring housed in the chamber and a flyweight passing through a housing of the ring, an external surface of the ring and the housing having the same axis of revolution, and first spacers being inserted between the chamber and the ring.
Method for analyzing an elevator shaft of an elevator system, which shaft extends mainly in a main extension direction, in which method the elevator shaft is surveyed by means of a measurement system (10, 110, 210) comprising a camera system (22, 122a, 122b, 122c, 222a, 222b, 222c, 222d) and a digital model of the elevator shaft is created on the basis of data determined during the survey, characterized in that the survey is carried out by means of a measurement system (10, 110, 210) that, in addition to said camera system (22, 122a, 122b, 122c, 222a, 222b, 222c, 222d), also comprises an inertial measurement unit (25, 125, 225), which has acceleration and angular-rate sensors and by means of which a position of the measurement system (10, 110, 210) in the elevator shaft can be estimated, and further information on the position of the measurement system (10, 110, 210) in the main extension direction, in addition to the information from the acceleration and angular rate sensors of the inertial measurement unit (25, 125, 225), is recorded and analyzed to create the digital model of the elevator shaft.
A composition comprising at least one compound selected from the group consisting of the compounds represented by the following Chemical Formula 1 and a pharmaceutically acceptable salt thereof for use in the prevention or treatment of NSCLC (non-small cell lung cancer): wherein R 1 is quinolinyl, indolyl, substituted quinolinyl or substituted indolyl, wherein the substituted quinolinyl and the substituted indolyl have at least one substituent selected from C1 ∼C6 alkyl, wherein Ra and Rb may be independently hydrogen, C1∼C6 alkyl, pyridinyl or amino-substituted pyridinyl and may be condensed together to form a ring; R 3 is methyl or propenyl; either or both of A and B is hydrogen; X is -O-PO 3 H 2 or -OH; and Y is hydrogen.
A method of operating a wireless terminal in communication with a wireless communication network, the method comprising the wireless terminal: configuring a first group of component carriers for a communication link between the wireless terminal and the communication network; while configured with the first group of component carriers, communicating a first Medium Access Control, MAC, Control Element, CE, wherein the first MAC CE includes a first bit map having a first bit map size with bits of the first bit map corresponding to respective component carriers of the first group of component carriers; configuring a second group of component carriers for the communication link between the wireless terminal and the communication network wherein the first group of component carriers is different than the second group of component carriers; and while configured with the second group of component carriers, communicating a second MAC CE, wherein the second MAC CE includes a second bit map having a second bit map size with bits of the second bit map corresponding to respective component carriers of the second group of component carriers, and wherein the first bit map size of the first bit map is different than the second bit map size of the second bit map. configuring a first group of component carriers for a communication link between the wireless terminal and the communication network; while configured with the first group of component carriers, communicating a first Medium Access Control, MAC, Control Element, CE, wherein the first MAC CE includes a first bit map having a first bit map size with bits of the first bit map corresponding to respective component carriers of the first group of component carriers; configuring a second group of component carriers for the communication link between the wireless terminal and the communication network wherein the first group of component carriers is different than the second group of component carriers; and while configured with the second group of component carriers, communicating a second MAC CE, wherein the second MAC CE includes a second bit map having a second bit map size with bits of the second bit map corresponding to respective component carriers of the second group of component carriers, and wherein the first bit map size of the first bit map is different than the second bit map size of the second bit map.
Endovascular prosthesis comprising a first expandable framework and a first jacket for said first framework, said first framework and said first jacket forming a first channel when the first framework is in the expanded state, characterised in that the first framework and the first jacket each have at least one opening (110, 112), which openings are arranged substantially opposite one another and through which a sleeve is received, said sleeve having a first end and a second end, the perimeter of said first end being attached to the perimeter of the opening of the first jacket, while said second end extends inside said first channel, and in that each sleeve does not have a metallic framework and hangs freely inside the channel.
A liquid composition comprising at least one ionic liquid of the general formula I I wherein A together with the C-N group to which it is bonded, forms a 7-membered, saturated ring, which is optionally substituted and which can include further fused-on saturated, unsaturated or aromatic carbocyclic rings or heterocyclic rings, B together with the amidine group to which it is bonded, forms a 6-membered, rnonounsaturated, non-aromatic ring, which is optionally substituted and can include further fused-on saturated, unsaturated or aromatic carbocyclic rings or heterocyclic rings, R represents hydrogen or an organyl radical, Y n- represents a mono-, di-, tri- or tetravalent anion, and n represents one, two, three or four and at least one polymer, chosen from biopolymers, polyurethanes, polyureas, polyamides, polysulfones, polyether sulfones, homopolymers and copolymers of cyclic ethers and mixtures thereof, solubilized herein. A together with the C-N group to which it is bonded, forms a 7-membered, saturated ring, which is optionally substituted and which can include further fused-on saturated, unsaturated or aromatic carbocyclic rings or heterocyclic rings, B together with the amidine group to which it is bonded, forms a 6-membered, rnonounsaturated, non-aromatic ring, which is optionally substituted and can include further fused-on saturated, unsaturated or aromatic carbocyclic rings or heterocyclic rings, R represents hydrogen or an organyl radical, Y n- represents a mono-, di-, tri- or tetravalent anion, and n represents one, two, three or four
A method for recovering oil from corn to ethanol production, the method comprising the step of adding at least one chemical additive to a process stream wherein the at least one chemical additive comprises a functionalized polyol derived from a sorbitol, a sorbitan, or isosorbide.