mhurhangee/ep-ind-claims huggingface dataset:
A method of performing communication by a first electronic device, the method comprising: displaying a screen to determine a communication module to be used for the communication with a third electronic device from among a first communication module of a first electronic device and a second communication module of a second electronic device, the second electronic device being communicatively connected to the first electronic device (operation 430); receiving an input for determining the communication module to be used for communication with a third electronic device (operation 440, 450); if the first communication module is determined as the communication module to be used, controlling the first communication module for the communication with the third electronic device (operation 460); and if the second communication module is determined as the communication module to be used, controlling the second communication module for communication with the third electronic device by controlling the first communication module to transmit a message to the second electronic device for the communication with the third electronic device (operation 470; 1020); wherein the first communication module is different from the second communication module, and the screen includes a first identification corresponding to the first communication module and a second identification corresponding to the second electronic device. displaying a screen to determine a communication module to be used for the communication with a third electronic device from among a first communication module of a first electronic device and a second communication module of a second electronic device, the second electronic device being communicatively connected to the first electronic device (operation 430); receiving an input for determining the communication module to be used for communication with a third electronic device (operation 440, 450); if the first communication module is determined as the communication module to be used, controlling the first communication module for the communication with the third electronic device (operation 460); and if the second communication module is determined as the communication module to be used, controlling the second communication module for communication with the third electronic device by controlling the first communication module to transmit a message to the second electronic device for the communication with the third electronic device (operation 470; 1020); wherein the first communication module is different from the second communication module, and the screen includes a first identification corresponding to the first communication module and a second identification corresponding to the second electronic device.
Electrical equipment comprising: · a housing including a hole through a face of the housing; · a badge fastened to the housing and positioned over the hole, the badge comprising a first portion made at least of a first material that is transparent or translucent to visible light, the electrical equipment being characterized in that the badge further comprises a second portion made at least of a second material that is opaque to visible light and transparent or translucent to infrared light, the first and second portions forming respectively a pattern and a background distinct from the pattern on an outside surface of the badge; the electrical equipment badge further comprising: · an emitter and a receiver situated inside the housing facing the hole and thus facing the badge, the emitter being arranged to emit visible light signals through the badge so as to illuminate the pattern without illuminating the background, and the receiver being arranged to receive infrared communication signals emitted by a device that is distinct from the electrical equipment and passing through the badge. · a housing including a hole through a face of the housing; · a badge fastened to the housing and positioned over the hole, the badge comprising a first portion made at least of a first material that is transparent or translucent to visible light, the electrical equipment being characterized in that the badge further comprises a second portion made at least of a second material that is opaque to visible light and transparent or translucent to infrared light, the first and second portions forming respectively a pattern and a background distinct from the pattern on an outside surface of the badge; the electrical equipment badge further comprising: · an emitter and a receiver situated inside the housing facing the hole and thus facing the badge, the emitter being arranged to emit visible light signals through the badge so as to illuminate the pattern without illuminating the background, and the receiver being arranged to receive infrared communication signals emitted by a device that is distinct from the electrical equipment and passing through the badge. · an emitter and a receiver situated inside the housing facing the hole and thus facing the badge, the emitter being arranged to emit visible light signals through the badge so as to illuminate the pattern without illuminating the background, and the receiver being arranged to receive infrared communication signals emitted by a device that is distinct from the electrical equipment and passing through the badge.
A urea-terminated polybutadiene polymer formed by reacting hydroxyl, carboxyl or amine terminated polybutadiene polymer with isocyanate and an amine terminating agent, wherein the ratio of isocyanate groups to functional groups of the polymer ranges between 10:1 to 4:1.
A secure lens sheet or layer (12, 14) suitable for use in a micro-optic system, which comprises a plurality of joined fine lens arrays, wherein each array is in contact with an adjacent or contiguous array, or separated by a gap less than or equal to 1 mm, and wherein the arrays have a lens pitch of greater than or equal to 275 lenses per centimeter, wherein each array has a lens pitch different from an adjacent or contiguous array and/or each lens array is oriented in a direction different from an adjacent or contiguous array, wherein the secure lens sheet or layer (12, 14) is an elongate lens sheet that has a length and a width and is made up of an arrangement of triangle-shaped lenticular lens arrays selected from the group of acute isosceles triangle-shaped lenticular lens arrays, and pairs of right isosceles triangle-shaped lenticular lens arrays that extend fully across its width and along its length, with each pair forming a square, with one lens array orientated in a direction perpendicular to the other lens array in the pair.
A speaker comprising a frame comprising a magnetic circuit having on the one hand an external metal casing that is toroidal about an axis (A-A) and on the other hand a stack comprising a metallic central core placed between a first magnet and a second magnet, with polarities of opposite directions along the axis (A-A), aligned along this same axis and themselves placed between a first metal disc and a second metal disc, the central core and at least one disc delimiting an air gap (77, 86) with the casing, the speaker comprising mobile equipment that is movable relative to the magnetic circuit along the axis (A-A), the mobile equipment including a spool holder bearing a spool and a membrane, the spool holder being mounted movably through the air gaps (77, 86), the speaker including a first guide element of the mobile equipment arranged between the mobile equipment and the frame on the side of the membrane relative to the magnetic circuit; wherein each metal disc (80, 85) delimits, with the casing, an end air gap (86, 87), the mobile equipment passes all the way through the magnetic circuit through the end air gaps (86, 87) and the speaker includes an additional guide element, arranged between the mobile equipment and the frame, on the side opposite the membrane relative to the magnetic circuit; wherein the spool comprises a central winding section and two end winding sections (130, 135), the end winding sections (130, 135) extending at rest each at least partially through an end air gap (86, 87); characterized in that, when the central winding section is aligned with the central air gap, the end winding sections (130, 135) are offset from the end air gaps (86, 87) at a distance from the central core. wherein each metal disc (80, 85) delimits, with the casing, an end air gap (86, 87), the mobile equipment passes all the way through the magnetic circuit through the end air gaps (86, 87) and the speaker includes an additional guide element, arranged between the mobile equipment and the frame, on the side opposite the membrane relative to the magnetic circuit; wherein the spool comprises a central winding section and two end winding sections (130, 135), the end winding sections (130, 135) extending at rest each at least partially through an end air gap (86, 87); characterized in that, when the central winding section is aligned with the central air gap, the end winding sections (130, 135) are offset from the end air gaps (86, 87) at a distance from the central core.
A cohered muriate of potash product containing boron, the MOP product being formed from a compacted MOP composition, the composition comprising: muriate of potash containing from about 55.0 weight percent to about 62.0 weight percent K 2 O; and a first source of boron present in an amount such that the MOP product comprises a boron content between 0.001 and 0.7 weight percent. muriate of potash containing from about 55.0 weight percent to about 62.0 weight percent K 2 O; and a first source of boron present in an amount such that the MOP product comprises a boron content between 0.001 and 0.7 weight percent.
A computer implemented method for assessing the learning experience of a person, the method comprising a processor implemented steps of: asking the person to perform a task for a predefined time period, wherein the task is performed using a keyboard and the task performed is a modified game to be played by the person, wherein the modified game is a modified version of a stroop test and a standard tetris game; recording a pattern of a plurality of keys pressed on a keyboard during a predefined time period while performing a task; measuring brain activity of the person by sensing an electroencephalogram signal using an EEG device during the predefined time period; measuring concentration of the person by sensing galvanic skin response using a GSR sensing device during the predefined time period; measuring stress level of the person by sensing heart rate variability during the predefined time period; acquiring psychological experience of the person using a questionnaire filled by the person after performing the task; comparing by a processor, the EEG signal, the GSR and the HRV to the results of the questionnaire and the pattern of the plurality of keys pressed; and generating a model by the processor based on the comparison, wherein the model is configured to be used to assess the learning experience of the person. asking the person to perform a task for a predefined time period, wherein the task is performed using a keyboard and the task performed is a modified game to be played by the person, wherein the modified game is a modified version of a stroop test and a standard tetris game; recording a pattern of a plurality of keys pressed on a keyboard during a predefined time period while performing a task; measuring brain activity of the person by sensing an electroencephalogram signal using an EEG device during the predefined time period; measuring concentration of the person by sensing galvanic skin response using a GSR sensing device during the predefined time period; measuring stress level of the person by sensing heart rate variability during the predefined time period; acquiring psychological experience of the person using a questionnaire filled by the person after performing the task; comparing by a processor, the EEG signal, the GSR and the HRV to the results of the questionnaire and the pattern of the plurality of keys pressed; and generating a model by the processor based on the comparison, wherein the model is configured to be used to assess the learning experience of the person.
A method of manufacturing a spark plug comprising: (a) a step of chucking, by mutually facing chucks (210, 220), a substantially circular columnar portion of a metallic shell extending along its center axis (O-O) so as to fix the metallic shell; and (b) a step of pressing a ground electrode against the fixed metallic shell and applying voltage between the ground electrode and the chucks (210, 220) for resistance-welding the ground electrode and the metallic shell, wherein mutually facing sides of the chucks (210, 220) differ in shape from each other; the chucks (210, 220) include a first chuck and a second chuck which face each other; and as viewed on an imaginary plane (A-A) of projection perpendicular to the center axis (O-O), the number of support point(s) on the second chuck for supporting the metallic shell is smaller than the number of support points (sp1, sp2) on the first chuck for supporting the metallic shell; wherein as viewed on the imaginary plane (A-A), in the step (a), the metallic shell is supported at two support points (sp1, sp2) by the first chuck and at one support point by the second chuck. (a) a step of chucking, by mutually facing chucks (210, 220), a substantially circular columnar portion of a metallic shell extending along its center axis (O-O) so as to fix the metallic shell; and (b) a step of pressing a ground electrode against the fixed metallic shell and applying voltage between the ground electrode and the chucks (210, 220) for resistance-welding the ground electrode and the metallic shell,
Method for providing an operator control apparatus, in which - the operation of an input device is used to control an information display on a display panel, wherein the displayable information comprises at least two lists, each having multiple list entries (16, 18, 20), and a subset of the list entries (16, 18, 20) associated with the lists is displayable on the display panel, and - display of a subset of one of the lists results in a particular list entry (16, 18, 20) on the list being marked by a first operation process, wherein - a marked list entry (16, 20) on the first list is automatically selected after expiry of a time interval in which the list entry (16, 20) was marked continually, and - a marked list entry on the second list is selected by a confirmation input, characterized in that - if display of a subset of the second list results in the first operation process being carried out in order to mark a list entry (18, 20) that is already displayed, the displayed subset of the list entries on the second list remains unchanged, whereas the displayed subset of the list entries on the first list is changed. - the operation of an input device is used to control an information display on a display panel, wherein the displayable information comprises at least two lists, each having multiple list entries (16, 18, 20), and a subset of the list entries (16, 18, 20) associated with the lists is displayable on the display panel, and - display of a subset of one of the lists results in a particular list entry (16, 18, 20) on the list being marked by a first operation process, wherein - a marked list entry (16, 20) on the first list is automatically selected after expiry of a time interval in which the list entry (16, 20) was marked continually, and - a marked list entry on the second list is selected by a confirmation input, - if display of a subset of the second list results in the first operation process being carried out in order to mark a list entry (18, 20) that is already displayed, the displayed subset of the list entries on the second list remains unchanged, whereas the displayed subset of the list entries on the first list is changed.
Method for producing an ultrasound sensor which is designed to detect the filling level of a fluid in an internal combustion engine, wherein the method comprises: - providing an electronics system of the ultrasound sensor, - arranging the electronics system of the ultrasound sensor in an injection moulding die, - encapsulating the electronics system by injection moulding with plastic by means of an injection moulding process for the purpose of forming a housing for the electronics system in such a way that the housing has at least one functional section (32, 34, 36) which is designed to fulfil a predetermined function, characterized in that the at least one functional section has at least one fastening region which is designed as a projection and to which a sound carrying tube can be fastened, and/or has a seal recess which is arranged on an outer side of the housing and is designed to receive at least one seal. - providing an electronics system of the ultrasound sensor, - arranging the electronics system of the ultrasound sensor in an injection moulding die, - encapsulating the electronics system by injection moulding with plastic by means of an injection moulding process for the purpose of forming a housing for the electronics system in such a way that the housing has at least one functional section (32, 34, 36) which is designed to fulfil a predetermined function,
Container made of thermoplastic and obtained by blow-moulding or stretch-blow-moulding from a preform, this container comprising a petaloid base with protruding feet separated by recessed valleys which extend radially from a central zone of the base, each foot having two flanks each laterally bordering a valley, characterized in that each foot is equipped, on each of its flanks, with a flange which projects laterally on the side of the valley.
An elevator control device which comprises two or more driving controllers (10A, 10B), a motor (3A, 3B) which drives an elevator by being controlled by each of the driving controllers (10A, 10B), a power converter (2A, 2B) which is provided in each of the driving controllers (10A, 10B) and supplies power to the motor (3A, 3B), a speed controller which is provided in one of the driving controllers (10A, 10B) and outputs a torque command on the basis of a speed command, a torque distributor which is provided in the one driving controller and distributes the torque command to a distributed torque command of each of the driving controllers (10A, 10B), a communication device (20A, 20B) which transmits the distributed torque command to the other driving controller, and a gate amplifier (19A, 19B) which is provided in each of the driving controllers (10A, 10B) and outputs a gate pulse in accordance with the distributed torque command, wherein the power converter provided in the one driving controller is configured to supply power to the motor based on the gate pulse output from the gate amplifier provided in the one driving controller, wherein the gate amplifier provided in the other driving controller is configured to output the gate pulse in accordance with the distributed torque command transmitted by the communication device (20A, 20B), and wherein the power converter provided in the other driving controller is configured to supply power to the motor based on the gate pulse output from the gate amplifier provided in the other driving controller. two or more driving controllers (10A, 10B), a motor (3A, 3B) which drives an elevator by being controlled by each of the driving controllers (10A, 10B), a power converter (2A, 2B) which is provided in each of the driving controllers (10A, 10B) and supplies power to the motor (3A, 3B), a speed controller which is provided in one of the driving controllers (10A, 10B) and outputs a torque command on the basis of a speed command, a torque distributor which is provided in the one driving controller and distributes the torque command to a distributed torque command of each of the driving controllers (10A, 10B), a communication device (20A, 20B) which transmits the distributed torque command to the other driving controller, and a gate amplifier (19A, 19B) which is provided in each of the driving controllers (10A, 10B) and outputs a gate pulse in accordance with the distributed torque command, wherein the power converter provided in the one driving controller is configured to supply power to the motor based on the gate pulse output from the gate amplifier provided in the one driving controller, wherein the gate amplifier provided in the other driving controller is configured to output the gate pulse in accordance with the distributed torque command transmitted by the communication device (20A, 20B), and wherein the power converter provided in the other driving controller is configured to supply power to the motor based on the gate pulse output from the gate amplifier provided in the other driving controller.
A handheld input device for a computing device, the handheld input device comprising: a body configured to be held by a hand such that one or more fingers of the hand are curved at least partially toward a palm of the hand; a pressable user input mechanism positioned on the body at such a location as to be in contact with a palm-side surface of a finger when the handheld input device is held; and a hinge coupling between the body and the pressable user input mechanism, characterised in that the hinge coupling comprises a curved spring positioned mechanically between the pressable user input mechanism and an opposing interior surface of the body, wherein the curved spring is configured to provide different paths of motion for the pressable user input mechanism based upon a direction of force applied to the pressable user input mechanism, wherein at least two of the different paths of motion comprise a different location of an axis of rotation around which the pressable user input mechanism rotates during movement and a different radius of curvature relative to the axis of rotation.
Interior part of a vehicle, comprising - at least one carrier body having a transmittance for light of at least 1%, - a surface body o forming a first surface and a second surface, o having a transmittance for light of at least 1%, o being laminated to the carrier body on the first surface, and o having a given color - at least one light emitting device emitting light and arranged such that the light emitted by the light emitting device impinges on the first surface, - at least one masking section applied to the first surface or the second surface, the masking section comprising o a first layer and a second layer being arranged on top of each other, o the first layer having a color adjusted to the color of the surface body, o the masking section partially covers the first surface or the second surface by forming gaps, characterized in that the interior part comprises - a first filling layer that is flush with the first layer, and - a second filling layer that this flush with the second layer. - at least one carrier body having a transmittance for light of at least 1%, - a surface body o forming a first surface and a second surface, o having a transmittance for light of at least 1%, o being laminated to the carrier body on the first surface, and o having a given color o forming a first surface and a second surface, o having a transmittance for light of at least 1%, o being laminated to the carrier body on the first surface, and o having a given color - at least one light emitting device emitting light and arranged such that the light emitted by the light emitting device impinges on the first surface, - at least one masking section applied to the first surface or the second surface, the masking section comprising o a first layer and a second layer being arranged on top of each other, o the first layer having a color adjusted to the color of the surface body, o the masking section partially covers the first surface or the second surface by forming gaps, o a first layer and a second layer being arranged on top of each other, o the first layer having a color adjusted to the color of the surface body, o the masking section partially covers the first surface or the second surface by forming gaps, - a first filling layer that is flush with the first layer, and - a second filling layer that this flush with the second layer.