mhurhangee/patent-ind-claim-en huggingface dataset:
A method including: providing a capping board ; providing a series of contact bar segments positionable on the capping board for providing alternating contact points for a pre-determined number of anodes and a pre-determined number of cathodes , positioning the contact bar segments on the capping board with a symmetrical configuration with respect to a middle of the capping board , wherein the series of contact bar segments includes: a first sub-set of contact bar segments each being sized and configured to contact N number of anodes and N number of cathodes ; and either a second sub-set of one or more contact bar segments each being sized and configured to contact N number of anodes and N+1 number of cathodes , wherein the second sub-set of the one or more contact bar segments includes a center contact bar segment that is positionable at the center of the capping board ; or a second sub-set of one or more contact bar segments each being sized and configured to contact N+1 number of anodes and N number of cathodes , wherein the second sub-set of the one or more contact bar segments includes a center contact bar segment that is positionable at the center of the capping board . providing a capping board ; providing a series of contact bar segments positionable on the capping board for providing alternating contact points for a pre-determined number of anodes and a pre-determined number of cathodes , positioning the contact bar segments on the capping board with a symmetrical configuration with respect to a middle of the capping board , wherein the series of contact bar segments includes: a first sub-set of contact bar segments each being sized and configured to contact N number of anodes and N number of cathodes ; and either a second sub-set of one or more contact bar segments each being sized and configured to contact N number of anodes and N+1 number of cathodes , wherein the second sub-set of the one or more contact bar segments includes a center contact bar segment that is positionable at the center of the capping board ; or a second sub-set of one or more contact bar segments each being sized and configured to contact N+1 number of anodes and N number of cathodes , wherein the second sub-set of the one or more contact bar segments includes a center contact bar segment that is positionable at the center of the capping board . a first sub-set of contact bar segments each being sized and configured to contact N number of anodes and N number of cathodes ; and either a second sub-set of one or more contact bar segments each being sized and configured to contact N number of anodes and N+1 number of cathodes , wherein the second sub-set of the one or more contact bar segments includes a center contact bar segment that is positionable at the center of the capping board ; or a second sub-set of one or more contact bar segments each being sized and configured to contact N+1 number of anodes and N number of cathodes , wherein the second sub-set of the one or more contact bar segments includes a center contact bar segment that is positionable at the center of the capping board .
An aqueous dispersion characterized by dispersedly containing a carboxyl group-containing chlorinated propylenic random copolymer produced with a metallocene catalyst and another α-olefin as a comonomer, with a chlorine content of 5 to 40 % by weight, a grafting level of α,β-unsaturated carboxylic acid or its anhydride of 0.1 to 20 % by weight, based on raw material propylenic random copolymer, and a stabilizer, wherein the carboxyl group-containing chlorinated propylenic random copolymer has a weight average molecular weight of 10,000 to 300,000, wherein the raw material propylenic random copolymer has a melting point of 115 to 165 °C as measured by differential scanning calorimetry, and wherein the stabilizer is an epoxy compound used in an amount of 0.1 to 10 % by weight based on the weight of carboxyl group-containing chlorinated propylenic random copolymer.
A device , comprising a unit for generating and emitting electric pulses, two or more electrodes or plates of a capacitor that are arranged in one electric circuit of said unit , and a treatment space arranged between said electrodes or plates so that the treatment space can be penetrated by the emitted electric pulses and an electric field resulting therefrom, wherein at least one additional adjustable resistor is arranged in said electric circuit, characterised in that a unit for measuring the electric conductivity of a material to be treated in the treatment space is provided to generate data for automatically adjusting said at least one adjustable resistor , so as to apply matched load conditions onto the treatment space.
A mounting unit to which bicycle sprocket wheels are to be mounted, said mounting unit comprising: an integral ring-shaped plate which is made by way of pressing, the mounting unit including a hub connection hole defined in a center thereof, and comprising a first disk , a second disk and a third disk , the first, second and third disks sharing a center of the hub connection hole, an outer periphery of the second disk being connected to an inner periphery of the third disk , an inner periphery of the second disk being connected to an outer periphery of the first disk , the inner periphery of the second disk being shorter than the outer periphery of the second disk, the second disk being a cone-shaped face and protruding from a front face of the mounting unit , characterized in that the mounting unit further comprises a first fixing portion formed on a front face of the third disk , a second fixing portion formed on a rear face of the third disk , the third disk having multiple fixing apertures defined therethrough which are evenly spaced apart from each other, the second disk having multiple third fixing portions formed on the outer periphery thereof, and the second disk having multiple fourth fixing portions formed on the inner periphery thereof. an integral ring-shaped plate which is made by way of pressing, the mounting unit including a hub connection hole defined in a center thereof, and comprising a first disk , a second disk and a third disk , the first, second and third disks sharing a center of the hub connection hole, an outer periphery of the second disk being connected to an inner periphery of the third disk , an inner periphery of the second disk being connected to an outer periphery of the first disk , the inner periphery of the second disk being shorter than the outer periphery of the second disk, the second disk being a cone-shaped face and protruding from a front face of the mounting unit , characterized in that the mounting unit further comprises a first fixing portion formed on a front face of the third disk , a second fixing portion formed on a rear face of the third disk , the third disk having multiple fixing apertures defined therethrough which are evenly spaced apart from each other, the second disk having multiple third fixing portions formed on the outer periphery thereof, and the second disk having multiple fourth fixing portions formed on the inner periphery thereof.
A wireless communication device comprising: a wireless communication unit configured to perform wireless communication using interleave division multiple access, IDMA, with another wireless communication device; and a controller configured to control an interleave length in an interleave process for IDMA by the wireless communication unit; characterized in that the controller is configured to determine a quantity of radio resources available for transmission by the wireless communication unit , determine a modulation scheme used for the wireless communication performed by the wireless communication unit, control, in accordance with the determined quantity of radio resources and determined modulation scheme, the interleave length in the interleave process performed by the wireless communication unit , and control whether to perform wireless communication using IDMA depending on whether a transmission sequence is a retransmitted sequence or not. a wireless communication unit configured to perform wireless communication using interleave division multiple access, IDMA, with another wireless communication device; and a controller configured to control an interleave length in an interleave process for IDMA by the wireless communication unit; characterized in that the controller is configured to determine a quantity of radio resources available for transmission by the wireless communication unit , determine a modulation scheme used for the wireless communication performed by the wireless communication unit, control, in accordance with the determined quantity of radio resources and determined modulation scheme, the interleave length in the interleave process performed by the wireless communication unit , and control whether to perform wireless communication using IDMA depending on whether a transmission sequence is a retransmitted sequence or not. determine a quantity of radio resources available for transmission by the wireless communication unit , determine a modulation scheme used for the wireless communication performed by the wireless communication unit, control, in accordance with the determined quantity of radio resources and determined modulation scheme, the interleave length in the interleave process performed by the wireless communication unit , and control whether to perform wireless communication using IDMA depending on whether a transmission sequence is a retransmitted sequence or not.
Retaining frame for retaining connector modules , having apertures , which are provided on opposite wall parts and are intended for accommodating retaining means , which are provided on the connector modules, wherein the retaining frame is designed in a number of parts, wherein the retaining frame is formed at least from a frame base and a securing frame , wherein the apertures have a relatively wide region and a relatively narrow region , wherein the relatively wide region is located closer to the transition between the frame base and securing frame , wherein the retaining frame is designed in three parts, and wherein the securing frame comprises two half-frames .
Installation (10 ; 55) for the optical inspection of an object comprising: at least one camera ; A screen (30 ; 56) to display several successive images, each displayed image comprising at each reference point of the displayed image among the reference points, the display of one or other of a first pattern or a second pattern; A system for displacing the display screen and/or the camera designed to bring the display screen to within the field of view of the camera; a system for controlling the display screen and the camera, for the acquisition by the camera of at least one image for each image displayed on the display screen, the control system being designed to process the images acquired for a calibration operation on the optical inspection system comprising the determination of a digital signal for each reference point comprising a succession of logical values "1" and "0" corresponding to an identification code for the reference point. at least one camera ; A screen (30 ; 56) to display several successive images, each displayed image comprising at each reference point of the displayed image among the reference points, the display of one or other of a first pattern or a second pattern; A system for displacing the display screen and/or the camera designed to bring the display screen to within the field of view of the camera; a system for controlling the display screen and the camera, for the acquisition by the camera of at least one image for each image displayed on the display screen, the control system being designed to process the images acquired for a calibration operation on the optical inspection system comprising the determination of a digital signal for each reference point comprising a succession of logical values "1" and "0" corresponding to an identification code for the reference point.
Method of providing a user interface for controlling a system (1;27), including the steps of: observing a presence of a body or body part of a user in a certain environment of a sensor device (6,14-17;30); and being characterized by further comprising: making available to the user at least one perceptible part of the user interface in association with a particular functionality for interacting with the system (1;27) controlled by the user interface in dependence on a rate of displacement of the body or body part of the user observed in the certain environment; and wherein making available to the user the at least one perceptible part of the user interface in association with the particular functionality for interacting with the system (1;27) controlled by the user interface comprises providing one of a plurality of user input controls associated with respective different actions of the system controlled by the user interface in dependence on the rate of displacement of the body or body part of the user observed in the certain environment. making available to the user at least one perceptible part of the user interface in association with a particular functionality for interacting with the system (1;27) controlled by the user interface in dependence on a rate of displacement of the body or body part of the user observed in the certain environment; and wherein making available to the user the at least one perceptible part of the user interface in association with the particular functionality for interacting with the system (1;27) controlled by the user interface comprises providing one of a plurality of user input controls associated with respective different actions of the system controlled by the user interface in dependence on the rate of displacement of the body or body part of the user observed in the certain environment.
A battery system, in particular for an aircraft, having a housing , which is sealed gas-tight, and with a cell block , which is formed from a plurality of battery cells connected electrically and mechanically by contact plates , wherein the housing can be connected to a vacuum pump in order to generate a vacuum within the housing and a vacuum prevails within the housing , and wherein at least one housing side wall of the housing is so flexible that the housing side wall is tensioned together with the cell block by the vacuum acting within the housing , characterized in that the housing side wall is formed from aluminium sheet with a wall thickness of a maximum of 2 mm, wherein within the housing a pressure sensor is arranged for controlling the vacuum pump , which is connected with a control unit which is adapted so that a control signal is emitted when the measured value of the pressure sensor lies outside a predetermined safety range.
A Bluetooth connection control method for multiple playing devices , comprising: sending by a playing device a broadcast message after the playing device is turned on, wherein the broadcast message is configured to inquire whether Bluetooth function is enabled in other playing devices within the same music playing system of the playing device; detecting by the playing device whether a response returned by the other playing devices according to the broadcast message is received, wherein the response is configured to indicate that a playing device that returned the response has enabled the Bluetooth function; disabling the Bluetooth function of the playing device if the response is received by the playing device; and enabling the Bluetooth function of the playing device if no response is received by the playing device, whereby the playing device can be found by a terminal during a Bluetooth pairing process. sending by a playing device a broadcast message after the playing device is turned on, wherein the broadcast message is configured to inquire whether Bluetooth function is enabled in other playing devices within the same music playing system of the playing device; detecting by the playing device whether a response returned by the other playing devices according to the broadcast message is received, wherein the response is configured to indicate that a playing device that returned the response has enabled the Bluetooth function; disabling the Bluetooth function of the playing device if the response is received by the playing device; and enabling the Bluetooth function of the playing device if no response is received by the playing device, whereby the playing device can be found by a terminal during a Bluetooth pairing process.
Process for treating a mirror-effect ophthalmic lens comprising: - a substrate , - a mirror stack of at least two interferential layers (M1 to M6) borne by the substrate thus increasing reflectance and having: * an interferential layer (M1) far from the substrate , with a first initial thickness and a first refractive index, and * at least one near interferential layer (M2) placed between the substrate and the far interferential layer (M1), with a second thickness and a second refractive index which is different from the first refractive index, the mirror stack giving, via an interference effect, a first colour in the CIELAB space to the mirror-effect ophthalmic lens , the process comprising a step of removing, via ion bombardment, at least from a first predetermined region (Z1), a mirror-stack thickness that is smaller than the sum of the initial thicknesses concerned by the removing step, the mirror-effect ophthalmic lens exhibiting, via an interference effect, a second colour in the CIELAB space which is different from the first colour. - a substrate , - a mirror stack of at least two interferential layers (M1 to M6) borne by the substrate thus increasing reflectance and having: * an interferential layer (M1) far from the substrate , with a first initial thickness and a first refractive index, and * at least one near interferential layer (M2) placed between the substrate and the far interferential layer (M1), with a second thickness and a second refractive index which is different from the first refractive index, the mirror stack giving, via an interference effect, a first colour in the CIELAB space to the mirror-effect ophthalmic lens , the process comprising a step of removing, via ion bombardment, at least from a first predetermined region (Z1), a mirror-stack thickness that is smaller than the sum of the initial thicknesses concerned by the removing step, the mirror-effect ophthalmic lens exhibiting, via an interference effect, a second colour in the CIELAB space which is different from the first colour. * an interferential layer (M1) far from the substrate , with a first initial thickness and a first refractive index, and * at least one near interferential layer (M2) placed between the substrate and the far interferential layer (M1), with a second thickness and a second refractive index which is different from the first refractive index, the mirror stack giving, via an interference effect, a first colour in the CIELAB space to the mirror-effect ophthalmic lens , the process comprising a step of removing, via ion bombardment, at least from a first predetermined region (Z1), a mirror-stack thickness that is smaller than the sum of the initial thicknesses concerned by the removing step, the mirror-effect ophthalmic lens exhibiting, via an interference effect, a second colour in the CIELAB space which is different from the first colour.
Method for calibrated measurement of at least one variable of a sample , including the steps: a) establishing a contact between the sample and a portion of at least one sensor substance, each of the at least one sensor substance exhibiting an optical behaviour which is a luminescence effect and which is dependent on at least one of the at least one variable of the sample ; b) defining at least one calibration area associated with at least one of the at least one sensor substance by exposing a different portion of the at least one of the at least one sensor substance to defined ambient conditions, wherein such defined ambient conditions include a pre-determined value of at least one of the at least one variable of the sample ; c) recording at least one image , each of the at least one image capturing at least a portion of at least one of the at least one sensor substance in contact with the sample and at least a portion of at least one of the at least one calibration area associated with the at least one of the at least one sensor substance in contact with the sample ; d) determining a value of the at least one variable of the sample from the at least one recorded image based on image data of the at least one recorded image associated with the at least one of the at least one sensor substance in contact with the sample and on image data of the at least one recorded image associated with the at least one of the at least one calibration area . a) establishing a contact between the sample and a portion of at least one sensor substance, each of the at least one sensor substance exhibiting an optical behaviour which is a luminescence effect and which is dependent on at least one of the at least one variable of the sample ; b) defining at least one calibration area associated with at least one of the at least one sensor substance by exposing a different portion of the at least one of the at least one sensor substance to defined ambient conditions, wherein such defined ambient conditions include a pre-determined value of at least one of the at least one variable of the sample ; c) recording at least one image , each of the at least one image capturing at least a portion of at least one of the at least one sensor substance in contact with the sample and at least a portion of at least one of the at least one calibration area associated with the at least one of the at least one sensor substance in contact with the sample ; d) determining a value of the at least one variable of the sample from the at least one recorded image based on image data of the at least one recorded image associated with the at least one of the at least one sensor substance in contact with the sample and on image data of the at least one recorded image associated with the at least one of the at least one calibration area .
Watercraft comprising a muscular-power pedal-crank drive powered by a person, in which a bicycle, which is with or without wheels and is mounted on a surfboard-like floating body of a float unit , or a drive unit is used as a drive unit , which unit is based on a bicycle for use on land and includes steering by means of bicycle handlebars , such that, as the speed increases, the watercraft lifts relative to the water level by means of hydrofoils which are submerged in the water, and hydrodynamically planes, during which the float unit completely lifts from the water surface, such that the control during the hydrodynamic planing takes place such that a handlebar movement is transmitted to a hydrofoil or to a steering fin and such that the driver leans into curves, characterised in that the float unit has protruding outrigger floats on both sides of the surfboard-like floating body, in that the outrigger floats are raised by means of an independent mechanical lifting movement during the transition into hydrodynamic planing, and are thereby lifted out of the water such that a pedal-crank drive coupled to an electric motor drives a propeller .