mhurhangee/patent-ind-claim-en huggingface dataset:
Assembly for checking the function of a plurality of differently assembled measuring objects, known as DUTs, each in the form of a medical implant , or at least of a part of the medical implant, with a) a test signal generator , b) a test module which is connected to the test signal generator and comprises a first receiving structure with at least one contact electrode into which an adapter module detachably firmly connected to a DUT, can be inserted forming at least one electrical contact, as well as c) a control and evaluation unit , which is indirectly or directly connected to the test signal generator and the test module in a wireless or wired manner, characterised in that the test module has a second receiving structure that is arranged fixed in space with regard to the first receiving structure and is designed in the form of a drawer compartment-like recess, into which an electrical additional component interacting in a contactless manner with the DUT for the purpose of electrical energy and/or signal transmission, can be fitted, in that the adapter module comprises a third receiving structure individually adapted to the DUT with at least one contact electrode , into which the DUR can be inserted forming at least one electrical contact , in that at least two adapter modules with differently designed third receiving structures are provided which are each standardly designed for insertion into the first receiving structure of the test module , and in that the first receiving structure with the at least one contact electrode is designed for the direct detachably fixed insertion and electrical contacting of a DUT. a) a test signal generator , b) a test module which is connected to the test signal generator and comprises a first receiving structure with at least one contact electrode into which an adapter module detachably firmly connected to a DUT, can be inserted forming at least one electrical contact, as well as c) a control and evaluation unit , which is indirectly or directly connected to the test signal generator and the test module in a wireless or wired manner, characterised in that the test module has a second receiving structure that is arranged fixed in space with regard to the first receiving structure and is designed in the form of a drawer compartment-like recess, into which an electrical additional component interacting in a contactless manner with the DUT for the purpose of electrical energy and/or signal transmission, can be fitted, in that the adapter module comprises a third receiving structure individually adapted to the DUT with at least one contact electrode , into which the DUR can be inserted forming at least one electrical contact , in that at least two adapter modules with differently designed third receiving structures are provided which are each standardly designed for insertion into the first receiving structure of the test module , and in that the first receiving structure with the at least one contact electrode is designed for the direct detachably fixed insertion and electrical contacting of a DUT.
A filter comprising: a body including filter media and a rigidized material , the filter media attached to the rigidized material , the body having opposing upper and lower edges and opposing interior and exterior surfaces; characterized by a limit switch actuator attached to the interior surface of the body and extending below the lower edge of the body, wherein an upper portion of the rigidized material is disposed between a first portion of the filter media and a second portion of the filter media , wherein the first portion of the filter media , the upper portion of the rigidized material , and the second portion of the filter media are attached via stitching . a body including filter media and a rigidized material , the filter media attached to the rigidized material , the body having opposing upper and lower edges and opposing interior and exterior surfaces; characterized by a limit switch actuator attached to the interior surface of the body and extending below the lower edge of the body, wherein an upper portion of the rigidized material is disposed between a first portion of the filter media and a second portion of the filter media , wherein the first portion of the filter media , the upper portion of the rigidized material , and the second portion of the filter media are attached via stitching .
A method, comprising: drawing a supply material through a die to form a wire ; applying electrical current from a heating power supply to a portion of the wire , the electrical current being controlled to maintain a constant wattage, wherein the applied electrical current heats the wire to reduce a hydrogen content of the wire ; and removing hydrogen from a volume surrounding the point of application of the electrical current using a vent system . drawing a supply material through a die to form a wire ; applying electrical current from a heating power supply to a portion of the wire , the electrical current being controlled to maintain a constant wattage, wherein the applied electrical current heats the wire to reduce a hydrogen content of the wire ; and removing hydrogen from a volume surrounding the point of application of the electrical current using a vent system .
Eyewear comprising at least one lens , a lens frame , a battery and means for wireless charging of said battery , which wireless charging means comprises a receiver coil arranged to be remotely powered by a corresponding transmitter coil in a separate charging device , the receiver coil is arranged so that it encircles at least one of said one or several lenses , forming part of or being enclosed in said lens frame , whereby light passing through the at least one lens will also pass through a coil hole characterised in that conductors forming the turns of the said receiver coil are printed on a multilayer flexible printed circuit (FPC) wherein each layer of said printed circuit comprises several turns of the receiver coil , in that the multilayer flexible printed circuit in turn is mounted in the eyewear , and in that the lens frame is not flat but instead curved about at least one curvature axis, so that the receiver coil is also not flat, wherein the eyewear comprises circuitry for providing a desired voltage to the battery and/or for performing other tasks, wherein the circuitry is arranged in a temple of the eyewear , so that the flexible printed circuit extends past a hinge of the eyewear .
A baseband receiver , comprising: an isolating device configured to receive a first local oscillator signal modulated by a baseband signal, the baseband signal generated in response to electrical activity in tissue of a human patient , at an input port of the isolating device and in response to generate a modulated output local oscillator signal at an output port of the isolating device; and an input reference conductor ; an output reference conductor , the input reference conductor and the output reference conductor being different and electrically insulated from each other, the baseband signal being referenced to the input reference conductor; a demodulator configured to demodulate the modulated output local oscillator signal with a second local oscillator signal so as to recover the baseband signal, the recovered baseband signal being referenced to the output reference conductor. an isolating device configured to receive a first local oscillator signal modulated by a baseband signal, the baseband signal generated in response to electrical activity in tissue of a human patient , at an input port of the isolating device and in response to generate a modulated output local oscillator signal at an output port of the isolating device; and an input reference conductor ; an output reference conductor , the input reference conductor and the output reference conductor being different and electrically insulated from each other, the baseband signal being referenced to the input reference conductor; a demodulator configured to demodulate the modulated output local oscillator signal with a second local oscillator signal so as to recover the baseband signal, the recovered baseband signal being referenced to the output reference conductor.
An apparatus , comprising: an electrical energy storage component to supply power to a process control device ; a discharge component operatively coupled to the electrical energy storage component ; characterized in that it further comprises: a controller to cause the process control device to perform an operation, and to detect completion of the operation, wherein the controller detects completion of the operation by at least one of: waiting a predetermined amount of time sufficient for the process control device to complete the operation, or by receiving a notification that the operation has completed (block 412); and the controller to, in response to a loss of power, cause the discharge component to discharge the remaining energy from the electrical energy storage component following completion of an operation by the process control device . an electrical energy storage component to supply power to a process control device ; a discharge component operatively coupled to the electrical energy storage component ; characterized in that it further comprises: a controller to cause the process control device to perform an operation, and to detect completion of the operation, wherein the controller detects completion of the operation by at least one of: waiting a predetermined amount of time sufficient for the process control device to complete the operation, or by receiving a notification that the operation has completed (block 412); and the controller to, in response to a loss of power, cause the discharge component to discharge the remaining energy from the electrical energy storage component following completion of an operation by the process control device . a controller to cause the process control device to perform an operation, and to detect completion of the operation, wherein the controller detects completion of the operation by at least one of: waiting a predetermined amount of time sufficient for the process control device to complete the operation, or by receiving a notification that the operation has completed (block 412); and the controller to, in response to a loss of power, cause the discharge component to discharge the remaining energy from the electrical energy storage component following completion of an operation by the process control device .
A golf ball comprising a core and a cover positioned outside the core, wherein the cover has a plurality of minute projections on a surface thereof, each minute projection has an exposed portion that is exposed on a surface of the golf ball, the surface of the golf ball has an arithmetic average height Sa of not less than 0.5 μm and not greater than 30 μm, and an average value Hav of heights H of the exposed portions is not less than 0.5 μm and not greater than 50 μm.
A brake system for stopping an operation of a vehicle , the brake system comprising: a braking system including a braking unit configured to generate a braking force, an operation unit configured to operate the braking unit , and a master cylinder configured to generate a braking hydraulic pressure for the braking unit by the operation of the operation unit ; and characterized by a transmission unit which includes a hydraulic cylinder connected to the braking system , wherein the transmission unit is configured to generate the braking force in the braking unit by transmitting a hydraulic pressure of a hydraulic circuit performing a predetermined operation by the hydraulic pressure to the braking unit , wherein the hydraulic cylinder of the transmission unit is arranged to push a swinging portion of the operation unit in a braking force generation direction by the hydraulic pressure of the hydraulic circuit , thereby operating the master cylinder to generate the braking hydraulic pressure for the braking unit . a braking system including a braking unit configured to generate a braking force, an operation unit configured to operate the braking unit , and a master cylinder configured to generate a braking hydraulic pressure for the braking unit by the operation of the operation unit ; and characterized by a transmission unit which includes a hydraulic cylinder connected to the braking system , wherein the transmission unit is configured to generate the braking force in the braking unit by transmitting a hydraulic pressure of a hydraulic circuit performing a predetermined operation by the hydraulic pressure to the braking unit , wherein the hydraulic cylinder of the transmission unit is arranged to push a swinging portion of the operation unit in a braking force generation direction by the hydraulic pressure of the hydraulic circuit , thereby operating the master cylinder to generate the braking hydraulic pressure for the braking unit .
A nail lacquer/polish composition comprising at least one solvent, at least one primary film forming polymer, at least one pigment, a solvent based suspension of no more than 2 ± 10% weight percent of a complex of sepiolite clay and one or more alkonium compounds, and about zero weight percent, i.e. no to up to a negligible but detectable amount of, assuming that the detectability can be determined on a parts per million basis, ester plasticizer, such that the composition minimizes and/or eliminates the production of nitrosamine and the weight (wt) percentage is relative to the total weight of the composition with solvent.
A method of manufacturing a dressing for negative-pressure treatment, the method comprising: perforating a first layer to create a plurality of apertures in the first layer ; placing the first layer on a substrate; creating an index of the plurality of apertures in the first layer ; calibrating a laser based on the index; coupling a second layer to the first layer; and cutting a plurality of slots in the second layer with the laser, wherein each of the slots is cut through one of the apertures in the first layer based on the index. perforating a first layer to create a plurality of apertures in the first layer ; placing the first layer on a substrate; creating an index of the plurality of apertures in the first layer ; calibrating a laser based on the index; coupling a second layer to the first layer; and cutting a plurality of slots in the second layer with the laser, wherein each of the slots is cut through one of the apertures in the first layer based on the index.
A multi-speed transmission mounted on a central axis with a hollow shaft on the input side and a hub sleeve on an output side and with two at least two-stage planetary gearboxes (EG, NSG) arranged coaxially therebetween or therein, each with sun gearwheels, planetary gearwheels and ring gearwheels connected to each other via associated webs, which can each be shifted into a block rotation and multiple stepped transmission modes, characterized in that the first planetary gearbox (EG) is driven at its web and is selectively switchable by three axial clutches into block rotation for shifting a direct gear or into transmission modes by axis fixing of individual sun gearwheels , and the second planetary gearbox (NSG) is switchable by further axial clutches by fixing the axis of the sun gearwheel and by selectively switching the input and output between the ring gearwheel and the web of the second planetary gearbox (NSG) into a slow and a fast transmission mode and into a direct gear by switching into the block rotation. the first planetary gearbox (EG) is driven at its web and is selectively switchable by three axial clutches into block rotation for shifting a direct gear or into transmission modes by axis fixing of individual sun gearwheels , and the second planetary gearbox (NSG) is switchable by further axial clutches by fixing the axis of the sun gearwheel and by selectively switching the input and output between the ring gearwheel and the web of the second planetary gearbox (NSG) into a slow and a fast transmission mode and into a direct gear by switching into the block rotation.
Device for speech therapy, administration of inhalation medication and for treatment of otitis, sinusitis and barotrauma, the device comprising a patient interface adapted to cover at least mouth and nose of a patient and a visual and/or audio feedback mechanism which is connected to the patient interface and adapted to provide feedback to the patient on an internal air pressure in a compartment of the device, the compartment being adapted to be in fluid communication with the patient mouth and nose during operation of the device, the visual and/or audio feedback mechanism being adapted to be in fluid communication with the patient interface via the compartment, characterised in that the device comprises a supervisor interface adapted to cover at least mouth and/or nose of a supervisor and wherein the compartment is adapted to be in fluid communication with the supervisor mouth and nose, during operation of the device.
A method for carrying out quality checks on cylinder molds , dandy rolls or tensioning cylinders for the production of watermark paper, in which an image sensor directed at the surface of an observed cylinder is moved either during a rotational and/or translational relative movement between the image sensor and the observed cylinder about the longitudinal axis of the cylinder or in the direction thereof, respectively, or between two such relative movements, captures image data and transmits them to a data processing device which combines these image data to form an at least partial image of the surface of the cylinder and supplies the image to an image evaluation system, characterized in that the data processing device identifies image objects corresponding to individual embossings of the cylinder in the image of the surface of the cylinder and compares their absolute positions and relative positions with externally supplied data and/or reference measurements.
A method, comprising: configuring a remote unit in a distributed antenna system to operate in a baseband mode ; transmitting, by the remote unit, a subset of baseband channels to a head-end unit or an extension unit of the distributed antenna system based on the remote unit being configured to operate in the baseband mode, wherein the subset of baseband channels carry wireless communication information; configuring the remote unit to operate in a measurement receiver mode ; and transmitting, by the remote unit, wideband data to the head-end unit or the extension unit of the distributed antenna system based on the remote unit being configured to operate in the measurement receiver mode, wherein the wideband data includes measurement data for the subset of baseband channels and additional baseband channels other than the subset of baseband channels for use by the head-end unit to modify a configuration of the distributed antenna system. configuring a remote unit in a distributed antenna system to operate in a baseband mode ; transmitting, by the remote unit, a subset of baseband channels to a head-end unit or an extension unit of the distributed antenna system based on the remote unit being configured to operate in the baseband mode, wherein the subset of baseband channels carry wireless communication information; configuring the remote unit to operate in a measurement receiver mode ; and transmitting, by the remote unit, wideband data to the head-end unit or the extension unit of the distributed antenna system based on the remote unit being configured to operate in the measurement receiver mode, wherein the wideband data includes measurement data for the subset of baseband channels and additional baseband channels other than the subset of baseband channels for use by the head-end unit to modify a configuration of the distributed antenna system.
An electrically conductive polymer composition comprising: a) at least one thermoplastic polyester; b) about 2-15 wt% conductive carbon black; c) about 4-30 wt% at least one ethylene copolymer based impact modifier; and d) about 0.1-4 wt% at least one hyperbranched polyester having an acid number of about 100-320 mg KOH/g, with the total wt% of the composition totaling to 100 wt%.
A computer-implemented method for calculating a spatial map associated with a component, the spatial map indicating spatial variations of thermal expansion parameters in the component, the method comprising: providing or determining a temperature distribution in the component as a function of time; calculating the spatial map associated with the component using the provided or determined temperature distribution in the component and optical measurements of a radiation beam that has interacted directly or indirectly with the component, the optical measurements being time synchronized with the provided or determined temperature distribution in the component. providing or determining a temperature distribution in the component as a function of time; calculating the spatial map associated with the component using the provided or determined temperature distribution in the component and optical measurements of a radiation beam that has interacted directly or indirectly with the component, the optical measurements being time synchronized with the provided or determined temperature distribution in the component.