mhurhangee/patent-ind-claim-en huggingface dataset:
A method of forming an electrode structure for a capacitive touch sensor in a first transparent conductive layer located on a first side of a glass substrate on the second side of which is a colour filter layer over-coated with a transparent non-conductive layer and a second transparent conductive layer , characterised in that : the method comprises forming the electrode structure using a pulsed solid state laser to apply a direct write laser scribing process to the first transparent conductive layer while the first transparent conductive layer is located on the first side of the glass substrate and the colour filter layer over-coated with the transparent non-conductive layer and the second transparent conductive layer are provided on the second side of the glass substrate , the laser wavelength and pulse length being selected as follows: i) a wavelength in the range 257nm to 266nm ii) a pulse length in the range 50fs to 50ns such that grooves are formed in the first transparent conductive layer to electrically isolate areas of the first transparent conductive layer on opposite sides of each groove with substantially no damage to the colour filter layer, the transparent non-conductive layer or the second transparent conductive layer on the second side of the glass substrate . i) a wavelength in the range 257nm to 266nm ii) a pulse length in the range 50fs to 50ns
An automatic ice maker for producing ice having a required shape by supplying ice-making water in circulation to an ice compartment that is cooled by an evaporator , wherein an electroless nickel-phosphorus plated coating containing a 10% to 15% phosphorus component is formed in a thickness of 15 μm or more on an outermost layer of the ice compartment , the ice compartment includes a box-shaped outer frame which has side plates integrally extending from respective four sides of a top plate and are bent in the same direction along the respective sides of the top plate , and a partition member disposed inside the box-shaped outer frame in a lattice shape to define a plurality of small ice compartments , wherein the side plates include two first side plates facing and extending in parallel to each other and two second side plates facing and extending in parallel to each other, and each corner portion of the outer frame is formed by the side end portions of the first side plate and the second side plate perpendicular to each other, wherein a fitting portion is provided at each of the four corner portions of the box shaped outer frame , wherein each fitting portion includes an extending portion formed on the side end portion of one side plate facing the corner portion , and a notch portion formed on the side end portion of the other side plate facing the corner portion to receive the extending portion in a contact state, wherein the corner portions of the first side plate and the second side plate are joined by furnace brazing. an electroless nickel-phosphorus plated coating containing a 10% to 15% phosphorus component is formed in a thickness of 15 μm or more on an outermost layer of the ice compartment , the ice compartment includes a box-shaped outer frame which has side plates integrally extending from respective four sides of a top plate and are bent in the same direction along the respective sides of the top plate , and a partition member disposed inside the box-shaped outer frame in a lattice shape to define a plurality of small ice compartments , wherein the side plates include two first side plates facing and extending in parallel to each other and two second side plates facing and extending in parallel to each other, and each corner portion of the outer frame is formed by the side end portions of the first side plate and the second side plate perpendicular to each other, wherein a fitting portion is provided at each of the four corner portions of the box shaped outer frame , wherein each fitting portion includes an extending portion formed on the side end portion of one side plate facing the corner portion , and a notch portion formed on the side end portion of the other side plate facing the corner portion to receive the extending portion in a contact state, wherein the corner portions of the first side plate and the second side plate are joined by furnace brazing.
A clutch device having a starting clutch for separable torque transmission between a first drive element, in particular an internal combustion engine, and an output element, in particular a transmission, and having a separating clutch for separable torque transmission from a second drive element , in particular an electric motor , and the output element, in particular the transmission, wherein the starting clutch and the separating clutch are designed as wet-running multi-plate clutches and a fluid is provided which interacts with the starting clutch and the separating clutch as a cooling medium, wherein the starting clutch and the separating clutch are arranged in a wet space through which the common fluid can flow, wherein the starting clutch and the separating clutch are designed radially offset from one another and, characterised in that the separating clutch has an input plate carrier connected to the second drive element and designed as an outer plate carrier and an output plate carrier designed as an inner plate carrier, and the starting clutch has an input plate carrier connected to the first drive element and designed as an outer plate carrier and an output plate carrier designed as an inner plate carrier, wherein first plates on the drive side are suspended in the input plate carrier of the separating clutch, which, upon actuation of the separating clutch , can be brought into frictional engagement with second plates on the output side suspended in the inner plate carrier of the separating clutch, wherein third plates on the drive side are suspended in the input plate carrier of the starting clutch , which, upon actuation of the starting clutch , can be brought into frictional engagement with fourth plates on the output side suspended in the inner plate carrier of the starting clutch, wherein the output plate carrier of the separating clutch is integrally formed with the input plate carrier of the starting clutch .
An electrosurgical system comprising: a plurality of electrosurgical connection units , each electrosurgical connection unit comprising an input port connectable to an electrosurgical channel and an output port connectable to an electrosurgical instrument , each electrosurgical connection unit configured to connect its respective input port to its respective output port ; an electrosurgical network comprising a plurality of electrosurgical links that connect the input ports of the electrosurgical connection units to an electrosurgical channel via an electrosurgical output device ; a second electrosurgical network comprising a plurality of electrosurgical links connecting the input ports of the electrosurgical connection units to a second electrosurgical channel; and a control unit configured to transmit one or more control signals to the electrosurgical connection units and/or the electrosurgical output device to cause the output port of a selected combination of electrosurgical connection units to be connected to the electrosurgical channel; wherein at least one of the electrosurgical connection units comprises a channel switching unit situated between the input port and the output port , and the switching unit is configured to controllably connect either of the electrosurgical channel and the second electrosurgical channel to the output port in response to a control signal. a plurality of electrosurgical connection units , each electrosurgical connection unit comprising an input port connectable to an electrosurgical channel and an output port connectable to an electrosurgical instrument , each electrosurgical connection unit configured to connect its respective input port to its respective output port ; an electrosurgical network comprising a plurality of electrosurgical links that connect the input ports of the electrosurgical connection units to an electrosurgical channel via an electrosurgical output device ; a second electrosurgical network comprising a plurality of electrosurgical links connecting the input ports of the electrosurgical connection units to a second electrosurgical channel; and a control unit configured to transmit one or more control signals to the electrosurgical connection units and/or the electrosurgical output device to cause the output port of a selected combination of electrosurgical connection units to be connected to the electrosurgical channel; wherein at least one of the electrosurgical connection units comprises a channel switching unit situated between the input port and the output port , and the switching unit is configured to controllably connect either of the electrosurgical channel and the second electrosurgical channel to the output port in response to a control signal.
Surface-cleaning machine, comprising an appliance body on which a suction apparatus device is arranged, a cleaning head (202; 202'; 202") on which at least one cleaning roller is arranged, and a drive device for driving the at least one cleaning roller in rotation; wherein the cleaning head (202; 202'; 202") has, between a first face side and an oppositely situated second face side , a first region , a second region and a central region situated between the first region and the second region , and wherein at least one first suction mouth (222; 266a, 266b) is positioned at the first region so as to be associated with the at least one cleaning roller and at least one second suction mouth (224; 268a, 268b) is positioned at the second region so as to be associated with the at least one cleaning roller , wherein the at least one first suction mouth (222; 266a, 266b) and the at least one second suction mouth (224; 268a, 268b) are fluidically connected to the suction apparatus device , characterized in that the at least one cleaning roller is of two-part form, having a first part which is positioned at the first region and having a second part which is positioned at the second region , and in that the at least one first suction mouth (222; 266a, 266b) or an arrangement of multiple first suction mouths has a length (L) parallel to an axis of rotation of the at least one cleaning roller which amounts to at least 80 % of a corresponding length of the first part of the at least one cleaning roller , and/or in that the at least one second suction mouth or an arrangement of multiple second suction mouths has a length parallel to an axis of rotation of the at least one cleaning roller which amounts to at least 80 % of a corresponding length of the second part of the at least one cleaning roller .
Method for generating and outputting a schedule for automatically charging an electrical energy store in a vehicle , wherein at least two charging modes for the energy store are defined, viz., an immediate charging mode , in which the charging process begins immediately after the connection of the energy store to a charging device , and a program charging mode , in which the beginning of the charging process is determined by the schedule, data on energy content of the energy store and on a charging current which can be provided by the charging device are detected, user inputs to the automatic charging of the electrical energy store are detected, the schedule for automatically charging the energy store is generated on the basis of the detected data and the user inputs, if the vehicle is not connected to a charging device in program charging mode, a latest connection time point is determined on the basis of the energy content, the suppliable charging current, and an end time point of the planned charging process, at which time point the vehicle must be connected to a charging device in order to achieve a target charging state by the scheduled end time point , a reminder time point is determined which is before the latest connection time point, and a reminder message is issued if the vehicle is not connected to a charging device when the reminder time point is reached, and graphic data having several graphical objects are generated and simultaneously displayed on the basis of the schedule, wherein a first graphical object comprises a graphical element which comprehends all charging modes of the energy store and represents a timescale, and on which other graphical objects are arranged that are assigned to the time data of the schedule, a second graphical object is assigned to an initial time point and the end time point of the planned charging process, a third graphical object is assigned to the charging current, and a fourth graphical object is assigned to the latest connection time point.
Device for limiting torque, comprising a nut and a holding element , the holding element comprising a head part in a rear region of the holding element , which head part has a driver profile for coupling the head part to a setting tool for conjoint rotation, the holding element comprising a receiving part in a front region of the holding element , which receiving part has a receptacle which is open toward the front and in which the nut is received for conjoint rotation, and the holding element comprising means for transmitting torque from the head part to the receiving part , which means connect the head part and the receiving part , the means for torque transmission breaking at a torque limit, thus removing the connection between the head part and the receiving part , characterized in that the holding element has at least one holding claw which is arranged on the receiving part and which secures the nut in the receptacle on the front face of the nut .
Method for determining a wad of a projectile of cartridge ammunition comprising a cartridge case in the barrel of a weapon after a misfire, comprising the steps of: • removing the dud from the firing chamber, • sensing the projectile in a scanning plane by a sensor element in the region of an ammunition transporting device , wherein inferences as to the presence or absence of the projectile on the cartridge case can be made on the basis of an actuation or non-actuation of the sensor element , • enabling the weapon when the projectile is present and • blocking the weapon at least once when the projectile is not on the cartridge case • by a weapon controller electrically connected to the sensor element . • removing the dud from the firing chamber, • sensing the projectile in a scanning plane by a sensor element in the region of an ammunition transporting device , wherein inferences as to the presence or absence of the projectile on the cartridge case can be made on the basis of an actuation or non-actuation of the sensor element , • enabling the weapon when the projectile is present and • blocking the weapon at least once when the projectile is not on the cartridge case • by a weapon controller electrically connected to the sensor element .
Locking device for a door with a frame mounting element , a door mounting element and a locking lever connecting the two mounting elements for locking the door in its open position, characterised in that the frame mounting element and the door mounting element each have two locking contours (2.2a, 2.2b, 3.2a, 3.2b) for locking the locking lever , which are arranged in such a way that, in the mounted state of the locking device , a door which is hinged on both sides can be locked either in its right-hand open position (OR) or its left-hand open position (OL).
A receiver provided with a preparation mode and a reception mode, the receiver comprising: a signal generator ; a mixer that is connected to the signal generator and an antenna , and the mixer is configured to output a signal at an intermediate frequency; a PLL demodulator configured to subject the signal at the intermediate frequency from the mixer to PLL demodulation; a detector configured to detect an amount of shift occurring in the PLL demodulator ; an FSK demodulator configured to subject a signal from the PLL demodulator to FSK demodulation; and an AFC unit configured to detect a frequency offset in the signal from the PLL demodulator and causes the signal generator to make a correction for the frequency offset detected, wherein in the preparation mode, the signal generator is configured to output a continuous wave signal at the intermediate frequency; the mixer is configured to output the continuous wave signal at the intermediate frequency from the signal generator , and the detector is configured to detect the amount of shift in the signal from the PLL demodulator , and in the reception mode, the signal generator is configured to output a local oscillation signal, the mixer is configured to output the signal at the intermediate frequency based on the local oscillation signal from the signal generator and a signal at a radio frequency from the antenna , the FSK demodulator is configured to perform FSK demodulation by using the amount of shift detected by the detector , and the AFC unit is configured to detect the frequency offset by using the amount of shift detected by the detector . a signal generator ; a mixer that is connected to the signal generator and an antenna , and the mixer is configured to output a signal at an intermediate frequency; a PLL demodulator configured to subject the signal at the intermediate frequency from the mixer to PLL demodulation; a detector configured to detect an amount of shift occurring in the PLL demodulator ; an FSK demodulator configured to subject a signal from the PLL demodulator to FSK demodulation; and an AFC unit configured to detect a frequency offset in the signal from the PLL demodulator and causes the signal generator to make a correction for the frequency offset detected, wherein in the preparation mode, the signal generator is configured to output a continuous wave signal at the intermediate frequency; the mixer is configured to output the continuous wave signal at the intermediate frequency from the signal generator , and the detector is configured to detect the amount of shift in the signal from the PLL demodulator , and in the reception mode, the signal generator is configured to output a local oscillation signal, the mixer is configured to output the signal at the intermediate frequency based on the local oscillation signal from the signal generator and a signal at a radio frequency from the antenna , the FSK demodulator is configured to perform FSK demodulation by using the amount of shift detected by the detector , and the AFC unit is configured to detect the frequency offset by using the amount of shift detected by the detector .
Casement (2, 2', 2") for a swing shutter (1, 1', 1"), which casement is intended to be installed in an opening formed in a wall and comprises at least one hinge element on which can be rotatably mounted a leaf which can be moved between an open position and a closed position, said casement (2, 2', 2") having an "L" section and consisting of a first frame which is intended to be clamped against a region of the wall bordering said opening and of a second frame , perpendicular to the first, which is intended to extend into said opening , said first and second frames having an outer surface and an inner surface and each comprising two parallel side uprights which are interconnected by an upper crossbeam and a lower crossbeam , said casement (2, 2', 2") being characterized in that it comprises means for attaching means for automatically driving said leaf to one of the open or closed positions thereof.
An underwater vehicle comprising a propeller capable of propelling the underwater vehicle, the underwater vehicle comprising a synthetic antenna sonar comprising a set made up of at least one physical antenna for receiving acoustic waves, the underwater vehicle comprising a connector capable of detachably mechanically coupling a cable to the underwater vehicle so as to allow the underwater vehicle to be towed by a surface vehicle, characterised in that the physical receiving antenna comprises a plurality of acoustic sensors, the underwater vehicle comprising an electrical network capable of conveying electrical energy to the receiving antenna , the electrical network being configured to have a plurality of states in which it is capable of conveying electrical energy to various sets of acoustic sensors having various respective numbers of acoustic sensors, the electrical network being capable of being in at least one first state and at least one second state in which the electrical network is capable of conveying electrical energy to fewer acoustic sensors than the number of acoustic sensors powered in each first state, the electrical network of the receiving antenna being configured to be in one of said at least one first states when the underwater vehicle is mechanically coupled to the cable and to be in one of said at least one second states when the underwater vehicle is mechanically uncoupled from the cable .
A musical instrument case comprising a rigid upper body , which includes a cavity capable of accommodating a neck and headstock of a musical instrument such as a guitar ; a rigid lower body , pivotally connected to the upper body, the lower body capable of accommodating a body of a musical instrument such as a guitar; such that the upper body and lower body have a first closed configuration, capable of housing a musical instrument such as a guitar , the stowed musical instrument extending between the upper body and the lower body, the upper body and lower body have a second open configuration where the upper body is pivoted adjacent to the lower body characterised in that the upper body includes a long opening which allows the neck and headstock of a musical instrument such as a guitar to pass through the long opening as the upper body is pivoted between the first closed position and the second open position. a rigid lower body , pivotally connected to the upper body, the lower body capable of accommodating a body of a musical instrument such as a guitar; such that the upper body and lower body have a first closed configuration, capable of housing a musical instrument such as a guitar , the stowed musical instrument extending between the upper body and the lower body, the upper body and lower body have a second open configuration where the upper body is pivoted adjacent to the lower body characterised in that the upper body includes a long opening which allows the neck and headstock of a musical instrument such as a guitar to pass through the long opening as the upper body is pivoted between the first closed position and the second open position.