mhurhangee/ep-ind-claims huggingface dataset:
Visual control system for a product, comprising: - a first, measurement zone comprising an automatic inspection unit (2, 3, 4) for a portion of product advancing along a longitudinal path, - said inspection unit delivering at least one map comprising qualitative information on said inspected portion of the product, - a second, control zone arranged downstream of the first zone and comprising a means (11, 111, 112) for overlaying at least the qualitative information onto the portion of the product, the second zone being dedicated to visualizing said portion as it arrives in the second zone, wherein: - the product of metallurgical type is extended, of the wire, tube, plate or strip type, - an interactive interface (int) comprising a detector of signals is coupled to the overlaying means so that an operator interacts with the projected qualitative information, - the interactive interface initiates updating of a training data bank related to the qualitative information delivered by the inspection unit. - a first, measurement zone comprising an automatic inspection unit (2, 3, 4) for a portion of product advancing along a longitudinal path, - said inspection unit delivering at least one map comprising qualitative information on said inspected portion of the product, - a second, control zone arranged downstream of the first zone and comprising a means (11, 111, 112) for overlaying at least the qualitative information onto the portion of the product, the second zone being dedicated to visualizing said portion as it arrives in the second zone, wherein: - the product of metallurgical type is extended, of the wire, tube, plate or strip type, - an interactive interface (int) comprising a detector of signals is coupled to the overlaying means so that an operator interacts with the projected qualitative information, - the interactive interface initiates updating of a training data bank related to the qualitative information delivered by the inspection unit.
A device for controlling an air flap system of a motor vehicle, comprising a control element with a movable actuator, wherein at least one air flap of the air flap system can be drivably moved by means of the actuator, and a measuring device (4, 5, 6) for measuring the position of the actuator, wherein a first position of the actuator can be read by means of the measuring device (4, 5, 6) and converted into an electric signal, wherein at least one second position of the actuator can be read by means of the measuring device (4, 5, 6) and converted into an electric signal, wherein the air flap system is a component of a main cooler of a cooling system for an internal combustion engine of the motor vehicle and the control element is designed as an expansion element and the expansion element comprises a heating apparatus, wherein the heating apparatus can be operated by means of a supply voltage, wherein the measuring device (4, 5, 6) and the control element are designed as a structural unit, wherein the structural unit is connected to an assigned control unit by means of exactly one electric signal line for reporting actuator position (P1, P2, P3, PV) and wherein the electric signal can be generated from the supply voltage by means of a voltage divider.
An insulation-coated compound superconducting wire, comprising: a compound superconducting wire comprising a core-like compound superconductor part, a cylindrical reinforcing part, and a cylindrical stabilizing part, wherein the insulation-coated compound superconducting wire further comprises an electric insulation part coating an outer circumferential surface of the compound superconducting wire, wherein the core-like compound superconductor part comprises a plurality of compound superconducting filaments and a first matrix, the compound superconducting filaments each comprising a compound superconducting phase, the first matrix comprising the plurality of compound superconducting filaments embedded therein and a first stabilizing material, wherein the cylindrical reinforcing part is disposed on an outer circumferential side of the compound superconductor part, and comprises a plurality of reinforcing filaments and a second matrix, the second matrix comprising the plurality of reinforcing filaments embedded therein and a second stabilizing material, wherein the cylindrical stabilizing part is disposed on at least one side of an inner circumferential side and an outer circumferential side of the reinforcing part, and comprises a third stabilizing material, and wherein the insulation-coated compound superconducting wire has a critical current value (Ic) larger than that of the compound superconducting wire before being coated with the electric insulation part. a compound superconducting wire comprising a core-like compound superconductor part, a cylindrical reinforcing part, and a cylindrical stabilizing part, wherein the insulation-coated compound superconducting wire further comprises an electric insulation part coating an outer circumferential surface of the compound superconducting wire, wherein the core-like compound superconductor part comprises a plurality of compound superconducting filaments and a first matrix, the compound superconducting filaments each comprising a compound superconducting phase, the first matrix comprising the plurality of compound superconducting filaments embedded therein and a first stabilizing material, wherein the cylindrical reinforcing part is disposed on an outer circumferential side of the compound superconductor part, and comprises a plurality of reinforcing filaments and a second matrix, the second matrix comprising the plurality of reinforcing filaments embedded therein and a second stabilizing material, wherein the cylindrical stabilizing part is disposed on at least one side of an inner circumferential side and an outer circumferential side of the reinforcing part, and comprises a third stabilizing material, and wherein the insulation-coated compound superconducting wire has a critical current value (Ic) larger than that of the compound superconducting wire before being coated with the electric insulation part.
An electromagnetic flowmeter for monitoring a flow rate of a fluid, the electromagnetic flowmeter comprising: a conduit for facilitating a flow of the fluid; an electromagnetic assembly coupled to the conduit and adapted to generate a magnetic field inside the conduit; a ring assembly to modify a velocity profile of the fluid arranged on an inner liner wall of the conduit; and a pair of electrodes mounted to the conduit and disposed downstream of the ring assembly, the pair of electrodes detects induced voltage generated within the reformed fluid due to the magnetic field, wherein the flow rate of the fluid is determined based on the induced voltage, characterized in that a position of the ring assembly is adjustable along the inner liner wall of the conduit at a predetermined distance to varyingly reform the velocity profile of the fluid based on the position of the ring assembly. a conduit for facilitating a flow of the fluid; an electromagnetic assembly coupled to the conduit and adapted to generate a magnetic field inside the conduit; a ring assembly to modify a velocity profile of the fluid arranged on an inner liner wall of the conduit; and a pair of electrodes mounted to the conduit and disposed downstream of the ring assembly, the pair of electrodes detects induced voltage generated within the reformed fluid due to the magnetic field, wherein the flow rate of the fluid is determined based on the induced voltage,
A data flow control order generating apparatus comprising: a machine side metadata acquisition unit acquiring machine side metadata as information related to a machine (3, 631A, 631B) that outputs data; an application side metadata acquisition unit acquiring application side metadata as information related to an application (APPLY_ID = {A1, A2, A3}) that provides a service by using the data; a matching unit performing matching between the machine side metadata and the application side metadata to extract the machine (3, 631A, 631B) capable of providing the data that satisfies a request of the application (APPLY_ID = {A1, A2, A3}); and an instruction unit transmitting a data flow control order that identifies the machine (3, 631A, 631B) extracted by the matching unit and the application (APPLY_ID = {A1, A2, A3}) to a machine managing apparatus (6, 63) that manages the machine, wherein the data flow control order includes at least an address of the machine and an address of the application. a machine side metadata acquisition unit acquiring machine side metadata as information related to a machine (3, 631A, 631B) that outputs data; an application side metadata acquisition unit acquiring application side metadata as information related to an application (APPLY_ID = {A1, A2, A3}) that provides a service by using the data; a matching unit performing matching between the machine side metadata and the application side metadata to extract the machine (3, 631A, 631B) capable of providing the data that satisfies a request of the application (APPLY_ID = {A1, A2, A3}); and an instruction unit transmitting a data flow control order that identifies the machine (3, 631A, 631B) extracted by the matching unit and the application (APPLY_ID = {A1, A2, A3}) to a machine managing apparatus (6, 63) that manages the machine, wherein the data flow control order includes at least an address of the machine and an address of the application.
A panel displaying method for an electronic device, wherein the electronic device has a display module and a plurality of first icons corresponding to a plurality of objects, the panel displaying method comprising: determining, by a processor, an environment of the electronic device; and automatically choosing an operation mode, by the processor, based on the environment of the electronic device, wherein the operation mode is displayed in a widget area of the panel and comprises at least one widget icon, and wherein a portion of the first icons is chosen and updated as the at least one widget icon based on numbers of clicks of the objects corresponding to the first icons in the chosen operation mode, the step of determining the environment of the electronic device comprises determining the environment based on device information obtained by an information module of the electronic device, characterized in that the device information comprises a combination of location information, behavior information, and application information, wherein the processor further sets weighting values corresponding to the respective device information to weight the respective operation mode, for determining the environment of the electronic device. determining, by a processor, an environment of the electronic device; and automatically choosing an operation mode, by the processor, based on the environment of the electronic device, wherein the operation mode is displayed in a widget area of the panel and comprises at least one widget icon, and wherein a portion of the first icons is chosen and updated as the at least one widget icon based on numbers of clicks of the objects corresponding to the first icons in the chosen operation mode, the step of determining the environment of the electronic device comprises determining the environment based on device information obtained by an information module of the electronic device, characterized in that the device information comprises a combination of location information, behavior information, and application information, wherein the processor further sets weighting values corresponding to the respective device information to weight the respective operation mode, for determining the environment of the electronic device.
A method for the preparation of at least one long-chain PHFA, comprising the steps of: a) Obtaining of long chain length fatty acids comprising at least 16 carbon atoms from oil, b) Oxidation of long chain length fatty acids to form hydroxy(fatty acids) or derivatives thereof such as CoA thioesters thereof, c) Polymerization of the hydroxy(fatty acids) or derivatives thereof obtained in step b to form at least one PHFA, and d) Recovery of the at least one PHFA obtained in step c, wherein step b) is a ω oxidation, performed in a recombinant microorganism comprising at least one appropriate cytochrome P450 enzyme. a) Obtaining of long chain length fatty acids comprising at least 16 carbon atoms from oil, b) Oxidation of long chain length fatty acids to form hydroxy(fatty acids) or derivatives thereof such as CoA thioesters thereof, c) Polymerization of the hydroxy(fatty acids) or derivatives thereof obtained in step b to form at least one PHFA, and d) Recovery of the at least one PHFA obtained in step c,
A method for resource pool assignment, performed by an apparatus associated with a remote unit of a wireless communication system, the method comprising receiving, by a receiver of the apparatus, first information indicating that a first plurality of resource pools is assigned to a first bandwidth part, wherein each resource pool of the first plurality of resource pools corresponds to a different numerology, a different maximum physical sidelink shared channel duration, or a combination thereof; in response to receiving the first information indication that the first plurality of resource pools is assigned to the first bandwidth part, assigning, by a processor of the apparatus, the first plurality of resource pools to the first bandwidth pan and switching the apparatus from using a first resource pool of the first plurality of resource pools for transmitting a first message to using a second resource pool of the first plurality of resource pools for transmitting a second message. receiving, by a receiver of the apparatus, first information indicating that a first plurality of resource pools is assigned to a first bandwidth part, wherein each resource pool of the first plurality of resource pools corresponds to a different numerology, a different maximum physical sidelink shared channel duration, or a combination thereof; in response to receiving the first information indication that the first plurality of resource pools is assigned to the first bandwidth part, assigning, by a processor of the apparatus, the first plurality of resource pools to the first bandwidth pan and switching the apparatus from using a first resource pool of the first plurality of resource pools for transmitting a first message to using a second resource pool of the first plurality of resource pools for transmitting a second message.
Device (10; 10a) for monitoring pharmaceutical products, in particular hard gelatine capsules, by means of a radiation source preferably embodied as an X-ray radiation source, said device comprising a storage apparatus receiving the products in a disordered fashion, from where the products are transferred into a conveying element, in which the products are arranged in the form of at least one row, wherein the products are conveyed in a clocked manner to the radiation region of the radiation source, which preferably irradiates the products perpendicular to the longitudinal direction thereof, wherein a first blocking apparatus is disposed upstream of the radiation source in the conveying direction of the products for separating products of the row and wherein provision is made for at least one sensor element (28; 28a), which is coupled to an evaluation apparatus and registers the radiation of the irradiated products, characterized in that at least two products are separated from the row by means of the first blocking apparatus in each case and simultaneously positioned in the radiation region and registered by means of the at least one sensor element (28; 28a), and in that provision is made in the radiation region for a clamping element for positioning the at least two products in front of the sensor element (28; 28a).
A body care product, hygiene product or disinfectants dispenser comprising a fluid reservoir, a dosing device having a fluid-side module (12, 12') and a dry module, wherein the fluid-side module (12, 12') comprises a chamber and a magnetic piston which is guided in the chamber and is movable by means of a magnetic drive, said piston being penetrated by a duct provided with a seal (20, 56), wherein the magnetic drive for the magnetic piston is disposed in the dry module and wherein the magnetic drive comprises magnets, which are linearly displaceable in the motional direction of the piston, and the chamber has an inlet on a side lying in the motional direction of the piston and an outlet on an opposite side, and wherein the inlet is connectable to a fluid reservoir, and the outlet to a dispensing device, wherein the chamber is configured as a riser tube.
Battery comprising at least one battery module line and a control unit, in which the minimum of one battery module line comprises a plurality of series-connected battery modules (40, 60), characterized in that each battery module (40, 60) comprises at least one battery cell, a coupling unit (30, 50) and a first terminal (41, 61) and a second terminal (42, 62), wherein the minimum of one battery cell is arranged between a first input (31, 51) and a second input (32, 52) of the coupling unit (30, 50), and the coupling unit (30, 50) is designed to activate the battery module by switching the minimum of one battery cell between the first terminal (41, 61) of the battery module (40, 60) and the second terminal (42, 62) of the battery module (40, 60) in response to a first control signal, and to deactivate the battery module in response to a second control signal, wherein the first terminal (41, 61) is electrically conductively connected to the second terminal (42, 62), and wherein the control unit is designed to transmit the first control signal to a first variable number of battery modules (40, 60) in the minimum of one battery module line and the second control signal to the remaining battery modules (40, 60) in the minimum of one battery module line, thereby allowing the variable regulation of the output voltage of the minimum of one battery module line of the battery, and the coupling unit (30, 50) is designed to uncouple a first output of the coupling unit (30, 50) from the first input (31, 51) and the second input (32, 52) in response to a control signal, as a result of which the battery has an integrated pulse-controlled inverter function.
Closure unit consisting of a container made of glass or rigid plastic with outer, circumferentially offset thread elements (54, 55) on a container neck of the container and a closure cover made of sheet metal, wherein the closure cover (1, 2) has a circumferential plastics layer (30, 30h, 30v) on the inside of the cover that is arranged and also acts in a sealing and retaining manner; wherein the closure cover a. is pressed onto the container neck and may be opened by a rotational movement via the thread elements (54, 55) and a vertical section of the plastics layer; b. the container neck has a horizontal end face with a horizontal section of the plastic layer sealingly resting on it under pressure; and the closure cover further has - a central portion with an adjacent, circumferentially orientated transition zone (11a, 11b, 11c) and an axially downwardly and straight extending skirt section leading into a curled portion (21a, 21, 22); - wherein the plastics layer (30, 30h, 30v) is adherently arranged on the inside of the closure cover at the transition zone (11a, 11b, 11c) and the skirt section; characterized in that - the axial extension (h 0) of the skirt section and the radial dimension (b 52) of the horizontally orientated end face of the container neck create a first ratio (v 1) that is smaller than 3,00. a. is pressed onto the container neck and may be opened by a rotational movement via the thread elements (54, 55) and a vertical section of the plastics layer; b. the container neck has a horizontal end face with a horizontal section of the plastic layer sealingly resting on it under pressure; - a central portion with an adjacent, circumferentially orientated transition zone (11a, 11b, 11c) and an axially downwardly and straight extending skirt section leading into a curled portion (21a, 21, 22); - wherein the plastics layer (30, 30h, 30v) is adherently arranged on the inside of the closure cover at the transition zone (11a, 11b, 11c) and the skirt section; characterized in that - the axial extension (h 0) of the skirt section and the radial dimension (b 52) of the horizontally orientated end face of the container neck create a first ratio (v 1) that is smaller than 3,00.
Tool for measuring geometrical parameters of a vane or a blade of a turbomachine, particularly for measuring a distance between the tip of the vane or blade and a reference plane; the tool comprising a first guiding plate, a second guiding plate, and a length measuring tool, preferably a depth gauge or a caliber; the first guiding plate and the second guiding plate being spaced apart from each other in a defined position by means of at least two spacers; wherein each of the first guiding plate and the second guiding plate is equipped with a first through hole and one or more second through holes (8, 8', 8", 8"', 8""); the first through hole being designed to insert through an airfoil of said vane or blade; and each of the second through holes (8, 8', 8", 8"', 8"") being designed to receive the length measuring tool.
Fixture for mounting an accessory to a wall, the fixture comprising a wall-mountable base and a cover, the cover comprising a cavity shaped to receive the base in a receiving position, the cover being slideable in a locking direction relative to the base when the base is in the cavity between the receiving position and an interlocking position; wherein the base and the cavity interlock when the cover is in the interlocking position; the base having base wedging surfaces and the cover having cover wedging surfaces engaging said base wedging surfaces when the base is in the interlocking position, wherein the base wedging surfaces and the cover wedging surfaces make a sloping angle α relative to a back face of the cover, the cover wedging surfaces forming an undercut in one or more side walls of the cavity, wherein the fixture has a central axis extending in the locking direction, wherein said base wedging surfaces and cover wedging surfaces make a tapering angle β with the central axis; and wherein the fixture comprising a biasing element biasing the cover into the interlocking position by pulling the base wedging surfaces and the cover wedging surfaces against each other. wherein the base and the cavity interlock when the cover is in the interlocking position; the base having base wedging surfaces and the cover having cover wedging surfaces engaging said base wedging surfaces when the base is in the interlocking position, wherein the base wedging surfaces and the cover wedging surfaces make a sloping angle α relative to a back face of the cover, the cover wedging surfaces forming an undercut in one or more side walls of the cavity, wherein the fixture has a central axis extending in the locking direction, wherein said base wedging surfaces and cover wedging surfaces make a tapering angle β with the central axis; and wherein the fixture comprising a biasing element biasing the cover into the interlocking position by pulling the base wedging surfaces and the cover wedging surfaces against each other.