mhurhangee/ep-ind-claims huggingface dataset:
A process of producing a ceramic matrix composite component, the process comprising: forming a void in a first ceramic matrix composite ply; forming a void in a second ceramic matrix composite ply; positioning the second ceramic matrix composite ply on the first ceramic matrix composite ply, the positioning aligning the voids to at least partially define a cavity in the component; positioning a third ceramic matrix composite ply on the first ceramic matrix composite ply; and densifying the first ceramic matrix composite ply, the second ceramic matrix composite ply and the third ceramic matrix composite ply to form a densified body; wherein the cavity is present in the densified body, characterised in that the third ceramic matrix composite ply does not include a void. forming a void in a first ceramic matrix composite ply; forming a void in a second ceramic matrix composite ply; positioning the second ceramic matrix composite ply on the first ceramic matrix composite ply, the positioning aligning the voids to at least partially define a cavity in the component; positioning a third ceramic matrix composite ply on the first ceramic matrix composite ply; and densifying the first ceramic matrix composite ply, the second ceramic matrix composite ply and the third ceramic matrix composite ply to form a densified body; wherein the cavity is present in the densified body, characterised in that the third ceramic matrix composite ply does not include a void.
An image reading device comprising: a photoelectric transducer that includes a color reading sensor, a monochrome reading sensor, and a signal-charge draining unit, the photoelectric transducer being capable of reading an image of an original in any one of a color reading mode and a monochrome reading mode; and a drive control unit that controls driving of the photoelectric transducer and selects the color reading mode or the monochrome reading mode, in which the photoelectric transducer is to read the image of the original, wherein the signal-charge draining unit drains, by a reset pulse that is a signal of pulse form provided from the drive control unit when the image is read, a signal charge output from the color reading sensor or the monochrome reading sensor; the drive control unit outputs a reset pulse of a certain width when the image is read, at switching from the color reading mode to the monochrome reading mode or from the monochrome reading mode to the color reading mode; the drive control unit asserts the reset pulse before the drive control unit performs the switching from the color reading mode to the monochrome reading mode or from the monochrome reading mode to the color reading mode; and the drive control unit negates the reset pulse when a predetermined period of time has elapsed since the switching, wherein during the time when the reset pulse is kept asserted, a plurality of pulse duties of a clamp pulse elapse, said clamp pulse having a predetermined pulse duty. a photoelectric transducer that includes a color reading sensor, a monochrome reading sensor, and a signal-charge draining unit, the photoelectric transducer being capable of reading an image of an original in any one of a color reading mode and a monochrome reading mode; and a drive control unit that controls driving of the photoelectric transducer and selects the color reading mode or the monochrome reading mode, in which the photoelectric transducer is to read the image of the original, wherein the signal-charge draining unit drains, by a reset pulse that is a signal of pulse form provided from the drive control unit when the image is read, a signal charge output from the color reading sensor or the monochrome reading sensor; the drive control unit outputs a reset pulse of a certain width when the image is read, at switching from the color reading mode to the monochrome reading mode or from the monochrome reading mode to the color reading mode; the drive control unit asserts the reset pulse before the drive control unit performs the switching from the color reading mode to the monochrome reading mode or from the monochrome reading mode to the color reading mode; and the drive control unit negates the reset pulse when a predetermined period of time has elapsed since the switching, wherein during the time when the reset pulse is kept asserted, a plurality of pulse duties of a clamp pulse elapse, said clamp pulse having a predetermined pulse duty.
Method for hydrophobizing and/or oleophobizing a material that is part of an electric machine, comprising: a. loading a compressed gas with a hydrophobizing agent and/or oleophobizing agent, b. bringing the material into contact with the compressed and loaded gas, and c. removing the gas from the material, wherein the hydrophobizing and/or oleophobizing agent comprises a fluorocarbon compound and the material comprises a polymer or consits of such. a. loading a compressed gas with a hydrophobizing agent and/or oleophobizing agent, b. bringing the material into contact with the compressed and loaded gas, and c. removing the gas from the material,
Method for personalizing a motor vehicle, the personalization being carried out at least by way of a graphical output on at least one graphical output device of the motor vehicle in the form of an inscription on the motor vehicle, characterized in that the graphical output is performed in response to a voice input, performed by a user and recognized by a voice recognition device (5a, 5b), that discloses the requirement of the user that said user requires the motor vehicle to be located and/or the motor vehicle to be opened, wherein the personalization is additionally carried out by way of output of an audible signal, wherein the graphical and audible output is preceded by a check being performed to ascertain whether the user is entitled to trigger said reaction, wherein the check is carried out by way of the communication between a communication device of a mobile terminal of the user and a communication device of the motor vehicle and wherein detection of the entitlement of the user results in evaluation logic of the mobile terminal using the communication device of the mobile terminal to transmit a trigger signal to the communication device of the motor vehicle that leads to an evaluation and control device of the motor vehicle requesting the signals from surroundings detection devices and/or an exterior camera and taking the position, derived therefrom, of the user relative to the motor vehicle as a basis for driving an audible output device, in the form of an exterior loudspeaker, and the graphical output device in such a way that the graphical and audible outputs of the name stored in a storage device are output at a spot that is easily discernible by the user.
An image forming apparatus comprising: a main body; a developing device including a photosensitive unit having a photoreceptor, and a developing unit which has a developing roller provided on the photoreceptor to be attachable or detachable and is provided adjacent to the photosensitive unit; a light scanning unit including a light source which generates light to form an electrostatic latent image by applying the light onto the photoreceptor, and a window through which the light generated by the light source is transmitted; a shutter unit which opens and closes the window; and an operating unit; characterized in that the image forming apparatus comprises a plurality of pressing units, at least one pressing unit operates in linkage with the operating unit, the pressing units are provided to be pressable to the developing unit and the shutter unit to perform an operation of attaching or detaching the developing roller to or from the photoreceptor and an operation of opening and closing the shutter unit and are disposed to be spaced in a longitudinal direction of the developing unit; and wherein the operating unit is movably provided between an operating position at which a pressing force of the plurality of pressing units is generated, and a standby position at which the pressing force is released. a main body; a developing device including a photosensitive unit having a photoreceptor, and a developing unit which has a developing roller provided on the photoreceptor to be attachable or detachable and is provided adjacent to the photosensitive unit; a light scanning unit including a light source which generates light to form an electrostatic latent image by applying the light onto the photoreceptor, and a window through which the light generated by the light source is transmitted; a shutter unit which opens and closes the window; and an operating unit; characterized in that the image forming apparatus comprises a plurality of pressing units, at least one pressing unit operates in linkage with the operating unit, the pressing units are provided to be pressable to the developing unit and the shutter unit to perform an operation of attaching or detaching the developing roller to or from the photoreceptor and an operation of opening and closing the shutter unit and are disposed to be spaced in a longitudinal direction of the developing unit; and wherein the operating unit is movably provided between an operating position at which a pressing force of the plurality of pressing units is generated, and a standby position at which the pressing force is released.
A transparent electrode comprising a transparent substrate and at least one double layer on top of the substrate, the double layer consisting of a seed Cu layer with a thickness of 2nm or less and a continuous Ag layer on top and in contact with the Cu seed layer with a thickness of 10nm or less.
A component (20, 22) for a fluid control valve, the component having a sealing surface configured for sliding engagement with a second component (20, 22), the component comprising: a substrate; an amorphous diamond layer forming the sealing surface; and a strengthening layer harder than the substrate configured to provide abrasion resistance for the substrate, wherein the strengthening layer is located between the substrate and the amorphous diamond layer. a substrate; an amorphous diamond layer forming the sealing surface; and a strengthening layer harder than the substrate configured to provide abrasion resistance for the substrate, wherein the strengthening layer is located between the substrate and the amorphous diamond layer.
A method for controlling the orientation of a crane load, wherein a manipulator for manipulating the load is connected by a rotator unit to a hook suspended on ropes and the rotational angle φ L of the load is controlled by a control unit using the moment of inertia J L of the load as most important parameter, wherein the control unit is an adaptive control unit, wherein the moment of inertia J L of the load is identified during operation of the crane based on at least one of the following variables obtained by measuring the state of the system: rotational angle φ H of the hook, rotational angle φ L of the load, change φ̇ H in the rotational angle φ H of the hook and/or change φ̇ I in the rotational angle φ L of the load, characterized in that, a gyroscope is used to obtain data by which the rotational angle φ H of the hook and/or the rotational angle φ L of the load can be determined, wherein the moment of inertia J L is identified using an observer.
Method of controlling the steering operations of an articulated wheel loader having a front body portion provided with a bucket and having a couple of front wheels and a rear body portion connected in a pivoting manner with the front body portion and provided with a couple of rear wheels, the method comprising the steps of: providing a steering command to steer the wheel loader that proceeds in a forward direction or in a rear direction; detecting the angle (α) that a front longitudinal axis (Fa) of the front body portion forms with a rear longitudinal axis (Ra) of the rear body portion; in the case that the measured angle (α) is greater than a threshold (α MAX) automatically implementing a steering brake function; the method being further characterized in that when implementing the steering brake function one wheel (4,8) of the front body portion or of the rear body portion that is on the steering side is independently braked to reduce its speed to zero so that the wheel becomes a pivot point during to cornering in order to minimize the turning radius. providing a steering command to steer the wheel loader that proceeds in a forward direction or in a rear direction; detecting the angle (α) that a front longitudinal axis (Fa) of the front body portion forms with a rear longitudinal axis (Ra) of the rear body portion; in the case that the measured angle (α) is greater than a threshold (α MAX) automatically implementing a steering brake function; the method being further characterized in that when implementing the steering brake function one wheel (4,8) of the front body portion or of the rear body portion that is on the steering side is independently braked to reduce its speed to zero so that the wheel becomes a pivot point during to cornering in order to minimize the turning radius.
Method of preparing a treated spacer fabric comprising the steps: a) providing a spacer fabric of a thermoplastic polymer; b) providing a liquid treating composition comprising one or more C6-perfluoralkyl based fluoropolymer(s) and a solvent; c) treating the spacer fabric by immerging the spacer fabric into a bath of the liquid treating composition; d) removing excessive treating composition from the treated spacer fabric; e) drying the treated spacer fabric; and f) fixing the treated spacer fabric, wherein the concentration of the C6-perfluoralkyl based fluoropolymer(s) in the provided liquid treating composition is in the range of 0.3 to 10 g/l, and wherein the treated spacer fabric obtained after method step f) has a velocity of burning according to FMVSS 302 of less than 100 mm/minute in at least five of six measurements in cross direction, three measurements on the first and three measurements on the second side, and has a total emission according to VDA 277 of less than 100 μgC/g. a) providing a spacer fabric of a thermoplastic polymer; b) providing a liquid treating composition comprising one or more C6-perfluoralkyl based fluoropolymer(s) and a solvent; c) treating the spacer fabric by immerging the spacer fabric into a bath of the liquid treating composition; d) removing excessive treating composition from the treated spacer fabric; e) drying the treated spacer fabric; and f) fixing the treated spacer fabric,
A method enabling keystroke acceleration, comprising: receiving a signal indicating a key is continuously being pressed; obtaining a current acceleration start time; performing an operation corresponding to the key in response to a determination that the current acceleration start time has arrived, and judging whether the key is still being pressed, and performing the procedure of obtaining a current acceleration start time in response to a determination that the key is still being pressed; wherein the method further comprises: before performing an operation corresponding to the key, judging whether an interface currently displayed is the same with an interface displayed when the key was initially pressed; performing the step of performing the operation corresponding to the key in response to a determination that the current interface is the same with the interface displayed when the key was initially pressed. receiving a signal indicating a key is continuously being pressed; obtaining a current acceleration start time; performing an operation corresponding to the key in response to a determination that the current acceleration start time has arrived, and judging whether the key is still being pressed, and performing the procedure of obtaining a current acceleration start time in response to a determination that the key is still being pressed; wherein the method further comprises: before performing an operation corresponding to the key, judging whether an interface currently displayed is the same with an interface displayed when the key was initially pressed; performing the step of performing the operation corresponding to the key in response to a determination that the current interface is the same with the interface displayed when the key was initially pressed.
A process for producing tyres, comprising: - arranging a plurality N of sets of noise-reducing elements, wherein all the noise-reducing elements belonging to each set have a respective substantially equal dimension L x, with x ranging from 1 to N, wherein said respective dimension L x of the noise-reducing elements of each set differs from the respective dimension L x of the noise-reducing elements of the other N-1 sets, and wherein said plurality N of sets comprises no more than four sets; - feeding in succession a set of tyres for wheels of vehicles, each tyre having a respective inner circumferential extension, wherein the set of tyres has different values of the inner circumferential extension; - for each one of said inner circumferential extension values, determining a respective number n x of noise-reducing elements for each set of noise-reducing elements, with x ranging from 1 to N, as a function of said value of the inner circumferential extension, wherein for at least one value of the inner circumferential extension of said set of tyres, at least two respective numbers n x differ from 0; - for each tyre of said set of tyres, collecting from each set of noise-reducing elements the respective number n x of noise-reducing elements determined for the value of the inner circumferential extension of said each tyre and applying said collected noise-reducing elements in a circumferential sequence along an inner surface of said each tyre, with said respective dimension L x oriented circumferentially. - arranging a plurality N of sets of noise-reducing elements, wherein all the noise-reducing elements belonging to each set have a respective substantially equal dimension L x, with x ranging from 1 to N, wherein said respective dimension L x of the noise-reducing elements of each set differs from the respective dimension L x of the noise-reducing elements of the other N-1 sets, and wherein said plurality N of sets comprises no more than four sets; - feeding in succession a set of tyres for wheels of vehicles, each tyre having a respective inner circumferential extension, wherein the set of tyres has different values of the inner circumferential extension; - for each one of said inner circumferential extension values, determining a respective number n x of noise-reducing elements for each set of noise-reducing elements, with x ranging from 1 to N, as a function of said value of the inner circumferential extension, wherein for at least one value of the inner circumferential extension of said set of tyres, at least two respective numbers n x differ from 0; - for each tyre of said set of tyres, collecting from each set of noise-reducing elements the respective number n x of noise-reducing elements determined for the value of the inner circumferential extension of said each tyre and applying said collected noise-reducing elements in a circumferential sequence along an inner surface of said each tyre, with said respective dimension L x oriented circumferentially.
A medium or high voltage power cable comprising at least one elongate electrically conductive element, a first semiconductor layer surrounding the elongate electrically conductive element, an electrically insulating layer surrounding the first semiconductor layer, and a second semiconductor layer surrounding said electrically insulating layer, said power cable being characterized in that the electrically insulating layer is at least one layer of a thermoplastic polymer material comprising a continuous matrix of polypropylene obtained by polymerisation of Ziegler-Natta type of at least one homopolymer or copolymer of propylene, and in which there is dispersed a polyethylene selected from among a homo- or copolymer of ethylene having density varying from 0.930 to 0.970 g/cm 3, the density being measured in accordance with standard ISO 1183 A at a temperature of 23 °C.
Apparatus for the temperature control of foods accommodated in standard-size, tray-like rectangular containers, characterized in that - a basic structure comprising at least two mutually opposite side walls (2, 3) and a covering, which connects these side walls on the upper side, is provided, - in that the covering contains a rectangular opening of which the size is dimensioned in dependence on the standard size of containers (15, 15', 15"), which can be suspended in the opening and engage over the periphery of the opening by way of mutually opposite, laterally projecting container peripheries (16, 16', 16"), - in that the side walls (2, 3) each contain at least two groove-like mounts (8, 9, 10), which are located opposite one another in two vertically spaced-apart push-in planes, - and in that at least one pan is provided, said pan serving for temperature-control purposes, having at least two mutually opposite, laterally projecting pan peripheries and being dimensioned such that, on the one hand, it can be suspended in the opening, the pan peripheries engaging over the opening periphery in the process, and, on the other hand, it can have its pan peripheries pushed into the respective mutually opposite mounts (8, 9, 10) in the side walls (2, 3). - a basic structure comprising at least two mutually opposite side walls (2, 3) and a covering, which connects these side walls on the upper side, is provided, - in that the covering contains a rectangular opening of which the size is dimensioned in dependence on the standard size of containers (15, 15', 15"), which can be suspended in the opening and engage over the periphery of the opening by way of mutually opposite, laterally projecting container peripheries (16, 16', 16"), - in that the side walls (2, 3) each contain at least two groove-like mounts (8, 9, 10), which are located opposite one another in two vertically spaced-apart push-in planes, - and in that at least one pan is provided, said pan serving for temperature-control purposes, having at least two mutually opposite, laterally projecting pan peripheries and being dimensioned such that, on the one hand, it can be suspended in the opening, the pan peripheries engaging over the opening periphery in the process, and, on the other hand, it can have its pan peripheries pushed into the respective mutually opposite mounts (8, 9, 10) in the side walls (2, 3).