mhurhangee/ep-ind-claims huggingface dataset:
A welding helmet, comprising: a shell, having a filtered viewing window, configured to be worn by a human welder to protect the human welder as the human welder views a weld environment through the viewing window during a welding operation performed by the human welder using a welding system; a thermal sensing device integrated with the shell; and a transmitter device integrated with the shell; characterized by the thermal sensing device being configured to sense thermal energy of the weld environment and generate thermal data based on the thermal energy during the welding operation, wherein the weld environment includes at least one of a workpiece, an electrode, and a weld puddle, wherein the thermal data includes spatial thermal gradients and temporal thermal gradients; and further characterized by a thermal analysis module integrated with the shell, operatively connected to the thermal sensing device, and configured to analyze the thermal data to generate control parameters; and further characterized in that the transmitter device is operatively connected to the thermal analysis module, and configured to transmit the control parameters to the welding system, wherein the control parameters control at least one welding parameter of the welding system during the welding operation. a shell, having a filtered viewing window, configured to be worn by a human welder to protect the human welder as the human welder views a weld environment through the viewing window during a welding operation performed by the human welder using a welding system; a thermal sensing device integrated with the shell; and a transmitter device integrated with the shell; characterized by the thermal sensing device being configured to sense thermal energy of the weld environment and generate thermal data based on the thermal energy during the welding operation, wherein the weld environment includes at least one of a workpiece, an electrode, and a weld puddle, wherein the thermal data includes spatial thermal gradients and temporal thermal gradients; and further characterized by a thermal analysis module integrated with the shell, operatively connected to the thermal sensing device, and configured to analyze the thermal data to generate control parameters; and further characterized in that the transmitter device is operatively connected to the thermal analysis module, and configured to transmit the control parameters to the welding system, wherein the control parameters control at least one welding parameter of the welding system during the welding operation.
A mat having a resiliently deformable mat portion and a securing element provided thereon for securing an item attached thereto against movement relative to the mat portion, wherein the mat is arranged to grip a support surface on which the mat portion is laid, in use, by formation of at least a partial vacuum between the mat portion and the support surface upon deformation of the mat portion, wherein the mat comprises a projection arranged to urge the item away from the mat when held by the mat, thereby to create a deformation in the mat portion, wherein this area of deformation serves to pull the mat portion away from the support surface to create a volume defined by a lower surface of the mat portion and by an opposing area of the support surface
An audio processor for an amplifier system, the audio processor comprising: an audio processor input configured to receive an audio signal; an audio processor output configured to be coupled to an amplifier; wherein the audio processor is configured to process the audio signal by: determining a time-varying offset from the audio signal; clipping the audio signal with a clip level being determined from the time-varying offset value; combining the time-varying offset with the clipped audio signal resulting in a processed audio signal; and outputting the processed audio signal on the audio processor output. an audio processor input configured to receive an audio signal; an audio processor output configured to be coupled to an amplifier; determining a time-varying offset from the audio signal; clipping the audio signal with a clip level being determined from the time-varying offset value; combining the time-varying offset with the clipped audio signal resulting in a processed audio signal; and outputting the processed audio signal on the audio processor output.
Method for controlling the temperature of objects, in particular of workpieces, in which method a plurality of objects are arranged in a chamber having a controlled temperature zone, wherein the plurality of objects arranged in the chamber are subjected to an incident flow of gaseous fluid filtered by way of a fine filter in the controlled temperature zone, wherein, in an industrial production installation after a production step in a first production station and before a further production step in a second production station spatially separated from the first production station, the plurality of objects are moved from the first production station to the second production station as the temperature is being controlled; characterized in that the plurality of objects are subjected to an incident flow of the gaseous fluid in such a way that dirt particles removed from an object of the plurality of objects are not carried to another object of the plurality of objects by the gaseous fluid.
A hybrid module for a drive train of a motor vehicle, with a first clutch and an intermediate shaft connected to a rotating component of the first clutch, so as to rotate with it, wherein the intermediate shaft is or can be coupled to a rotating component of a second clutch, so as to rotate with it, wherein the intermediate shaft is connected to a flywheel which at least partially forms the rotating component of the second clutch, characterised in that the flywheel has a first component formed from a metal sheet and a second component formed from a metal casting.
Method of bundling a plurality of monofilaments configured to be used in paint brushes by; - gathering a predefined amount of monofilaments into a group of monofilaments so that the monofilaments are tangent to each other along their length, - aligning the monofilaments at one end of the monofilaments obtaining a flush end surface and - fusing the one ends of the monofilaments at the end surface together by means of a laser into a jointed bundle of monofilaments, the method further comprising - fusing the one ends of the bundle of monofilaments to at least a part of a polymer insert, wherein an end surface of the polymer insert and the one ends of the monofilaments together make up a flush end surface of the bundle of monofilaments. - gathering a predefined amount of monofilaments into a group of monofilaments so that the monofilaments are tangent to each other along their length, - aligning the monofilaments at one end of the monofilaments obtaining a flush end surface and - fusing the one ends of the monofilaments at the end surface together by means of a laser into a jointed bundle of monofilaments, the method further comprising - fusing the one ends of the bundle of monofilaments to at least a part of a polymer insert, wherein an end surface of the polymer insert and the one ends of the monofilaments together make up a flush end surface of the bundle of monofilaments.
Method for off-line testing of an electric motor, which motor comprises at least one stator winding, and a rotor arranged along a rotation axis, which method comprises: applying a periodical test signal to the at least one stator winding, collecting first measuring data, related to a physical quantity of the at least one stator winding while the rotor is being rotated about the rotation axis, from one or more waveform periods of the test signal, detecting first peak values of the first measuring data, forming second measuring data based on said first detected peak values, detecting second peak values of said second measuring data for the at least one stator winding, determining a mutual relationship between the at least a portion of said second peak values, providing, if said mutual relationship deviates from a predetermined relationship, a signal indicating a fault in said rotor. applying a periodical test signal to the at least one stator winding, collecting first measuring data, related to a physical quantity of the at least one stator winding while the rotor is being rotated about the rotation axis, from one or more waveform periods of the test signal, detecting first peak values of the first measuring data, forming second measuring data based on said first detected peak values, detecting second peak values of said second measuring data for the at least one stator winding, determining a mutual relationship between the at least a portion of said second peak values, providing, if said mutual relationship deviates from a predetermined relationship, a signal indicating a fault in said rotor.
A method of wireless communication performed by a base station, BS, comprising: transmitting a group-common downlink control information, DCI, message to a plurality of user equipment, UEs, wherein the group-common DCI message includes information identifying a time at which at least one communication parameter for uplink or downlink transmission becomes effective; and communicating with at least one of the plurality of UEs using a different communication parameter than the at least one communication parameter after transmitting the group-common DCI message and before the at least one communication parameter becomes effective. transmitting a group-common downlink control information, DCI, message to a plurality of user equipment, UEs, wherein the group-common DCI message includes information identifying a time at which at least one communication parameter for uplink or downlink transmission becomes effective; and communicating with at least one of the plurality of UEs using a different communication parameter than the at least one communication parameter after transmitting the group-common DCI message and before the at least one communication parameter becomes effective.
A ventilation unit for ventilating and exhausting at least one room of a building or the like, comprising two air ducts (8, 9), which in each case have a duct opening (12, 13, 14, 15) each on the input side as well as on the output side, and which are each fluidically connected to one another between the corresponding duct openings (12, 13, 14, 15) by means of only one air conveying device having only a single air conveying direction, and comprising a closure device, which, in a first mode of operation for forming a first air path leading over the air conveying device, fluidically connects the one duct opening (12, 13, 14, 15) of the one, first air duct (8, 9) to the one duct opening (12, 13, 14, 15) of the other, second air duct (9, 8), and which, in a second mode of operation for forming a second air path leading over the air conveying device, fluidically connects the other duct opening (12, 13, 14, 15) of the first air duct (8, 9) to the other duct opening (12, 13, 14, 15) of the second air duct (9, 8), wherein the closure device has a plurality of closing members (24, 25), characterised in that the closing members (24, 25) are located at the duct openings (12, 13, 14, 15), which lie in one plane.
Kit for analyzing and monitoring at least one parameter of a chemical or biochemical or biological reaction in a reaction chamber, the kit comprising: - a hollow tube that extends according to two end called, respectively, first end and second end, intended to be fastened onto walls of the reaction chamber; - a capsule in a sliding link with the hollow tube, the capsule further comprises at least one sensor configured to measure the at least one parameter, and means for transmitting the data that can be measured by the at least one sensor; - a magnetic piston housed inside the hollow tube, magnetically cooperating with the capsule, so that a movement of said magnetic piston imposes a movement onto the capsule; - a control means arranged to control the movement of the magnetic piston; - reception means for receiving the data which can be transmitted by the transmission means. - a hollow tube that extends according to two end called, respectively, first end and second end, intended to be fastened onto walls of the reaction chamber; - a capsule in a sliding link with the hollow tube, the capsule further comprises at least one sensor configured to measure the at least one parameter, and means for transmitting the data that can be measured by the at least one sensor; - a magnetic piston housed inside the hollow tube, magnetically cooperating with the capsule, so that a movement of said magnetic piston imposes a movement onto the capsule; - a control means arranged to control the movement of the magnetic piston; - reception means for receiving the data which can be transmitted by the transmission means.
A method of inspecting a component of a hygienic article comprising: storing, within a memory, a reference image of a first component used to produce a hygienic article, wherein the first component is free of defects and comprises a feature and wherein the reference image is captured by a camera when the first component passes the camera; illuminating, at the camera, a second component wherein the second component has two or more features that differ in color and the second component is illuminated with a color that is an average of optimal illumination colors, each optimal illumination color being optimal for increasing the contrast of a different one of said two or more features such that said average color increases the contrast of all of said two or more features within an inspection image of said illuminated second component; triggering, by a trigger device, the capture of the inspection image of the illuminated second component by the camera; generating, by a processor, a residual image by performing image subtraction between the reference image and the inspection image; detecting, by the processor, a variation between the first component and the second component using the residual image; and generating a rejection command that causes the second component to be rejected, in response to the variation being detected. storing, within a memory, a reference image of a first component used to produce a hygienic article, wherein the first component is free of defects and comprises a feature and wherein the reference image is captured by a camera when the first component passes the camera; illuminating, at the camera, a second component wherein the second component has two or more features that differ in color and the second component is illuminated with a color that is an average of optimal illumination colors, each optimal illumination color being optimal for increasing the contrast of a different one of said two or more features such that said average color increases the contrast of all of said two or more features within an inspection image of said illuminated second component; triggering, by a trigger device, the capture of the inspection image of the illuminated second component by the camera; generating, by a processor, a residual image by performing image subtraction between the reference image and the inspection image; detecting, by the processor, a variation between the first component and the second component using the residual image; and generating a rejection command that causes the second component to be rejected, in response to the variation being detected.
A system for transferring chemical, pharmaceutical, and/or biological material into or out of a container, such as a bioreactor, the system comprising: a disposable container having at least one port for accessing the interior of the disposable container; a transfer interface connectable to the at least one port, the interface comprising: a plurality of extendable transfer elements for extracting samples from the disposable container in a sterile manner, wherein each of the transfer elements has a corresponding biasing element for retracting the transfer element. a disposable container having at least one port for accessing the interior of the disposable container; a transfer interface connectable to the at least one port, the interface comprising: a plurality of extendable transfer elements for extracting samples from the disposable container in a sterile manner, wherein each of the transfer elements has a corresponding biasing element for retracting the transfer element.
An appliance having an automatic hinged door, a motorised device for the movement of said door and at least one sensor capable of detecting the interference of an obstacle during the movement of the door and sending a stop/reverse command to said motorised device via a control unit of the appliance, characterized in that said door movement device comprises at least one linear actuator acting on the door only during the opening phase and through an elastic safety element allowing a relative movement between said linear actuator and the door in case of an obstacle during opening, said interference sensor being capable of detecting said relative movement, whereas the closing phase is performed by at least one elastic return element arranged between the door and a fixed part of the appliance, the actuation speed of said elastic return element being limited by the linear actuator during its return stroke and/or by at least one damping element arranged between the door and a fixed part of the appliance.
A detector for measuring fluorescence in a liquid sample comprising: - an optical sensor, particularly of the CMOS type; - an optical unit (6, 5, 4); - means (2,3) for connecting said optical sensor to said optical unit, said optical unit (6, 5, 4) comprising: - a light source for irradiating said liquid sample; - a plurality of optical filters; - a plurality of lenses; - a first element having a plurality of portions separated from one another wherein a filter of said plurality of optical filters and a lens of said plurality of optical filters are housed in each one of said portions, characterized in that the area of said optical sensor is divided into a number of partitions m corresponding to the number n of the portions of said first element so that the light emitted in a determined area of said liquid sample is detected by a specific partition of said sensor corresponding to a portion of said first element. - an optical sensor, particularly of the CMOS type; - an optical unit (6, 5, 4); - means (2,3) for connecting said optical sensor to said optical unit, said optical unit (6, 5, 4) comprising: - a light source for irradiating said liquid sample; - a plurality of optical filters; - a plurality of lenses; - a first element having a plurality of portions separated from one another wherein a filter of said plurality of optical filters and a lens of said plurality of optical filters are housed in each one of said portions, - a light source for irradiating said liquid sample; - a plurality of optical filters; - a plurality of lenses; - a first element having a plurality of portions separated from one another wherein a filter of said plurality of optical filters and a lens of said plurality of optical filters are housed in each one of said portions,
A bicycle assembly comprising: a main frame comprising a seat tube, a head tube and an intermediate tube (23, 27) connecting the seat tube and the head tube; a sub-frame configured to rotate with respect to the main frame; a shock absorber having first and second opposing ends and first and second eyelets at each end, the first eyelet at the first end connected to the main frame; and an extension body comprising a first end connected to the shock absorber at the second eyelet and a second end comprising a pair of extension arms, each extension arm connected to the sub-frame, wherein the first end of the extension body receives the second eyelet within the extension body, characterized in that a rear pivot of the shock absorber is defined by a connection point between each extension arm and the sub-frame, and the rear pivot configured to be at the sides of a rear wheel; and in that the axis of the center of the second eyelet is at least about 15 degrees offset from the axis of the center of the first eyelet, such that the extension body forms a rigid, non-rotating connection with the second eyelet. a main frame comprising a seat tube, a head tube and an intermediate tube (23, 27) connecting the seat tube and the head tube; a sub-frame configured to rotate with respect to the main frame; a shock absorber having first and second opposing ends and first and second eyelets at each end, the first eyelet at the first end connected to the main frame; and an extension body comprising a first end connected to the shock absorber at the second eyelet and a second end comprising a pair of extension arms, each extension arm connected to the sub-frame, wherein the first end of the extension body receives the second eyelet within the extension body, characterized in that a rear pivot of the shock absorber is defined by a connection point between each extension arm and the sub-frame, and the rear pivot configured to be at the sides of a rear wheel; and in that the axis of the center of the second eyelet is at least about 15 degrees offset from the axis of the center of the first eyelet, such that the extension body forms a rigid, non-rotating connection with the second eyelet.
A vehicle brake system (10; 10'; 10"; 10"') comprising: a) a source of pressurised hydraulic fluid (100, 110); b) a hydraulic service brake system having at least one service brake fluid circuit 221, 222) configured to forward a service brake demand of an operator; c) a trailer brake control system for connection to a trailer drawn by said vehicle, the trailer brake control system having a trailer brake valve which comprises: i) a brake demand input port (410e, 410i) for receiving a hydraulic pressure indicative of a brake demand; and ii) a trailer brake demand output port for connection to a trailer brake control coupling, the trailer brake valve configured to generate a hydraulic fluid pressure output at the trailer brake demand output port which is dependent on the hydraulic pressure applied at the brake demand input port; characterised in that the brake system comprises an electronic trailer brake control system including a control valve operative to fluidly connect the source of pressurised hydraulic fluid (100, 110) with the brake demand input port, the electronic trailer brake control system being operative in use to selectively supply pressurised hydraulic fluid indicative of a brake demand for the trailer to the brake demand input port (410e, 410i). a) a source of pressurised hydraulic fluid (100, 110); b) a hydraulic service brake system having at least one service brake fluid circuit 221, 222) configured to forward a service brake demand of an operator; c) a trailer brake control system for connection to a trailer drawn by said vehicle, the trailer brake control system having a trailer brake valve which comprises: i) a brake demand input port (410e, 410i) for receiving a hydraulic pressure indicative of a brake demand; and ii) a trailer brake demand output port for connection to a trailer brake control coupling, the trailer brake valve configured to generate a hydraulic fluid pressure output at the trailer brake demand output port which is dependent on the hydraulic pressure applied at the brake demand input port; i) a brake demand input port (410e, 410i) for receiving a hydraulic pressure indicative of a brake demand; and ii) a trailer brake demand output port for connection to a trailer brake control coupling, the trailer brake valve configured to generate a hydraulic fluid pressure output at the trailer brake demand output port which is dependent on the hydraulic pressure applied at the brake demand input port;