mhurhangee/ep-ind-claims huggingface dataset:
An optical rain sensor comprising: a plurality of photo elements (112a-f), each photo element capable of being selectively activated to emit light and deactivated to receive light; and a controller operatively connected to the plurality of photo elements (112a-f) and configured to alternatingly drive the plurality of photo elements (112a-f) between a first mode of operation and a second mode of operation, wherein, in the first mode of operation, at least a first photo element is activated and at least a second photo element is deactivated, and wherein, in the second mode of operation, at least the second photo element is activated and at least the first photo element is deactivated. a plurality of photo elements (112a-f), each photo element capable of being selectively activated to emit light and deactivated to receive light; and a controller operatively connected to the plurality of photo elements (112a-f) and configured to alternatingly drive the plurality of photo elements (112a-f) between a first mode of operation and a second mode of operation, wherein, in the first mode of operation, at least a first photo element is activated and at least a second photo element is deactivated, and wherein, in the second mode of operation, at least the second photo element is activated and at least the first photo element is deactivated.
Liquid-cooled electric drive system for a motor vehicle which has at least: two drive units (14, 24) comprising an electric machine (12, 22) and power electronics (13, 23) assigned thereto, which drive units are connected to a coolant circuit of the motor vehicle, wherein the coolant is conveyed through the coolant circuit by centrifugal forces occurring in the electric machines (12, 22), and a drive control unit which is configured to divide the drive power produced by the drive system between the drive units (14, 24) depending on the temperature of the components of the drive units (14, 24), wherein the drive control unit is configured to reduce the drive power produced by the drive unit (14, 24) whose components have the higher temperature and to increase the drive power produced by the drive unit (14, 24) whose components have the lower temperature, and to operate the electric machines (12, 22) at a speed at which the coolant is conveyed through the coolant circuit by centrifugal forces occurring in the electric machines (12, 22).
A lock comprising a housing in which is housed a bolt, the housing including an opening through which said bolt is able to move in translation, between at least one blocked protruding position and at least one blocked retracted position, the lock including: - a thermal trigger mounted inside the housing which, when it attains a threshold temperature, releases the bolt from its blocked position, - and a system for urging in translation the bolt then driving into translation the thereby released bolt such that the bolt includes one catch per blocked position, and in that the lock includes a lever comprising a protruding finger, able to cooperate with catches (4, 5) of the bolt for blocking it in either one of the blocked positions, the bolt being unblocked by withdrawal of the finger from a catch when the thermal trigger attains the threshold temperature. - a thermal trigger mounted inside the housing which, when it attains a threshold temperature, releases the bolt from its blocked position, - and a system for urging in translation the bolt then driving into translation the thereby released bolt such that the bolt includes one catch per blocked position, and in that the lock includes a lever comprising a protruding finger, able to cooperate with catches (4, 5) of the bolt for blocking it in either one of the blocked positions, the bolt being unblocked by withdrawal of the finger from a catch when the thermal trigger attains the threshold temperature.
A photoresist composition comprising: a resin and a photoacid generator compound comprising a component of one or both of the following structures: wherein X is CH 2 or O. a resin and a photoacid generator compound comprising a component of one or both of the following structures: wherein X is CH 2 or O.
Apparatus for heating an exhaust gas aftertreatment unit in a vehicle which, besides a combustion engine, also comprises an electric motor as a drive source, wherein at least one electric heating element (1, 7) is provided, which, in order to heat a honeycomb body through which exhaust gas can flow, is arranged in a cavity formed in the honeycomb body, wherein the honeycomb body is formed from a plurality of metal foils stacked one on top of the other, which metal foils form between them a plurality of flow channels, through which a flow can pass along an axial direction, wherein the honeycomb body has a hollow extending in the radial direction, in which a heating element (1, 7) is accommodated, characterized in that the hollow is produced by prior piercing of the individual metal foils used to produce the honeycomb body, wherein the metal foils have slotted holes extending in the circumferential direction of the honeycomb body, which are arranged in such a way that the holes in the individual layers are superimposed when the stack of layers has been rolled up or wound up to form the honeycomb body.
A dish washer comprising: a UV emitting device (10, 100) for emitting ultraviolet rays for sterilizing at least a portion of inside of the dish washer; a fan for exhausting air in a tub outside; and a controller for controlling operations of the UV emitting device (10, 100) and the fan so that the fan operates for at least a part of time while the UV emitting device (10, 100) operates, characterized in that the controller controls the operation of the fan so that the fan further operates for predetermined time from when the operation of the UV emitting device (10, 100) is completed. a UV emitting device (10, 100) for emitting ultraviolet rays for sterilizing at least a portion of inside of the dish washer; a fan for exhausting air in a tub outside; and a controller for controlling operations of the UV emitting device (10, 100) and the fan so that the fan operates for at least a part of time while the UV emitting device (10, 100) operates, characterized in that the controller controls the operation of the fan so that the fan further operates for predetermined time from when the operation of the UV emitting device (10, 100) is completed.
A vehicle lamp (10, 50, 60) comprising a light source unit and a light control member, wherein the light source unit comprises: a plurality of semiconductor light emitting devices; an electronic component which controls the semiconductor light emitting device; and a bus bar assembly comprising a plurality of bus bars (19, 20) to which the semiconductor light emitting device and the electronic component are mounted to form a circuit, wherein the light control member is arranged directly in front of the light source unit to control a light emitted from the semiconductor light emitting devices and comprises a fixing means for fixing the bus bar assembly to the light control member (18, 31, 33, 36, 39, 68) such that the bus bar assembly of the light source unit is held directly by the light control member; and characterized in that the light control member further comprises a light transmitting member (18, 31, 33, 36, 39, 68) with a plurality of optical control portions (21,34,41,65), each aligned with an optical axis (Ax) of an associated semiconductor light emitting device of said plurality of semiconductor light emitting devices and each formed with a recess portion into which said associated semiconductor light emitting device is accommodated, wherein a portion of the light transmitting member (18, 31, 33, 36, 39, 68) comprises a light intercepting means (22, 35, 37, 40, 66) which conceals the electronic component from view from outside the vehicle lamp (10, 60). a plurality of semiconductor light emitting devices; an electronic component which controls the semiconductor light emitting device; and a bus bar assembly comprising a plurality of bus bars (19, 20) to which the semiconductor light emitting device and the electronic component are mounted to form a circuit, wherein the light control member is arranged directly in front of the light source unit to control a light emitted from the semiconductor light emitting devices and comprises a fixing means for fixing the bus bar assembly to the light control member (18, 31, 33, 36, 39, 68) such that the bus bar assembly of the light source unit is held directly by the light control member; and characterized in that the light control member further comprises a light transmitting member (18, 31, 33, 36, 39, 68) with a plurality of optical control portions (21,34,41,65), each aligned with an optical axis (Ax) of an associated semiconductor light emitting device of said plurality of semiconductor light emitting devices and each formed with a recess portion into which said associated semiconductor light emitting device is accommodated, wherein a portion of the light transmitting member (18, 31, 33, 36, 39, 68) comprises a light intercepting means (22, 35, 37, 40, 66) which conceals the electronic component from view from outside the vehicle lamp (10, 60).
Method for selecting a transmission mode, intended for a first telecommunication entity comprising various transmission modes ( MODE i), for a communication signal intended for a second telecommunication entity, each mode ( MODE i) determining a physical bitrate ( D i) in bits/s, the physical bitrate being a maximum bitrate for this transmission mode, the method comprising the following steps: - determining, for a given transmission mode ( MODE i), the value of a first metric ( α i) corrected by a second metric ( v i), the first metric ( α i) measuring, at a given distance d, a relative degradation introduced by the transmission medium for the communication signal which is the result of a relative degradation linked to a multipath effect at the link level with respect to a gaussian channel and which is the result of a relative degradation linked to an effect of attenuation of the transmission medium with respect to a model of attenuation in free space, the second metric ( v i) determining a ratio between an average bitrate ( D moy i) and the physical bitrate ( D i) for this same transmission mode, the average bitrate D moy being the amount of information delivered via the given transmission mode during a given period of time, - a step of comparing, for various transmission modes ( MODE i i = 1,...N), the values of the corrected first metric ( α i) in order to select at least one transmission mode ({ MODE j,...}) for a given distance d. - determining, for a given transmission mode ( MODE i), the value of a first metric ( α i) corrected by a second metric ( v i), the first metric ( α i) measuring, at a given distance d, a relative degradation introduced by the transmission medium for the communication signal which is the result of a relative degradation linked to a multipath effect at the link level with respect to a gaussian channel and which is the result of a relative degradation linked to an effect of attenuation of the transmission medium with respect to a model of attenuation in free space, the second metric ( v i) determining a ratio between an average bitrate ( D moy i) and the physical bitrate ( D i) for this same transmission mode, the average bitrate D moy being the amount of information delivered via the given transmission mode during a given period of time, - a step of comparing, for various transmission modes ( MODE i i = 1,...N), the values of the corrected first metric ( α i) in order to select at least one transmission mode ({ MODE j,...}) for a given distance d.
A multiple-input multiple-output -MIMO- antenna assembly having a stacked structure, comprising: a first printed circuit board -PCB- on which a feeding network is provided; a plurality of antenna elements provided on an upper surface of the first PCB and connected to the feeding network; a filter assembly provided on a lower surface of the first PCB and including a plurality of band-pass filters connected to the feeding network; and a second PCB provided at a bottom of the first PCB, wherein a plurality of transmitting and receiving circuits is provided on the second PCB and is connected to the plurality of band-pass filters, a digital circuit is provided on the second PCB and is connected to the plurality of transmitting and receiving circuits and configured to perform digital processing on a baseband signal, characterized in that a calibration circuit with a plurality of switches connected in a tree structure is provided on the second PCB, wherein in the filter assembly, the plurality of band-pass filters are assembled in a line to a push bar fastened to the second PCB. a first printed circuit board -PCB- on which a feeding network is provided; a plurality of antenna elements provided on an upper surface of the first PCB and connected to the feeding network; a filter assembly provided on a lower surface of the first PCB and including a plurality of band-pass filters connected to the feeding network; and a second PCB provided at a bottom of the first PCB, wherein a plurality of transmitting and receiving circuits is provided on the second PCB and is connected to the plurality of band-pass filters, a digital circuit is provided on the second PCB and is connected to the plurality of transmitting and receiving circuits and configured to perform digital processing on a baseband signal, characterized in that a calibration circuit with a plurality of switches connected in a tree structure is provided on the second PCB, wherein in the filter assembly, the plurality of band-pass filters are assembled in a line to a push bar fastened to the second PCB.
A robot cleaner for removing foreign matter from a floor while traveling on the floor, comprising: a plurality of auxiliary cleaning units (100, 100 a, b) mounted to a bottom of the robot cleaner such that the auxiliary cleaning units are extendable and retractable; an sensing unit to sense obstacles or dust in a cleaning region of the robot cleaner; characterized in that the robot cleaner comprises a control unit to set a first cleaning mode or a second cleaning mode based on the user command or the sensing results of the sensing unit, and control an operation of the robot cleaner in accordance with the set cleaning mode, wherein the first cleaning mode is a cleaning mode that cleans even a portion in which the obstacle contacts the floor by extending the auxiliary cleaning units when the sensing unit senses obstacles, and the second cleaning mode is a cleaning mode that rapidly cleans by retracting the auxiliary cleaning units when the sensing unit senses the obstacles. a plurality of auxiliary cleaning units (100, 100 a, b) mounted to a bottom of the robot cleaner such that the auxiliary cleaning units are extendable and retractable; an sensing unit to sense obstacles or dust in a cleaning region of the robot cleaner; characterized in that the robot cleaner comprises a control unit to set a first cleaning mode or a second cleaning mode based on the user command or the sensing results of the sensing unit, and control an operation of the robot cleaner in accordance with the set cleaning mode, wherein the first cleaning mode is a cleaning mode that cleans even a portion in which the obstacle contacts the floor by extending the auxiliary cleaning units when the sensing unit senses obstacles, and the second cleaning mode is a cleaning mode that rapidly cleans by retracting the auxiliary cleaning units when the sensing unit senses the obstacles.
An image processing device comprising: an image signal input unit which inputs image signals of three colors; a base image creation unit which creates a base image based on the image signals of three colors; a signal ratio calculation unit which calculates a first signal ratio between the image signals of two colors among the image signals of the three colors and a second signal ratio between the image signals of two colors different from the colors for the first signal ratio; a frequency enhancement unit which generates a frequency component-enhanced image, in which a frequency component corresponding to an abnormal part different from a normal part is enhanced, based on the base image; a composition ratio setting unit which sets a composition ratio indicating the ratio for composing the frequency component-enhanced image with the base image based on the first signal ratio and the second signal ratio; and a composition unit which composes the frequency component-enhanced image with the base image at the composition ratio set by the composition ratio setting unit to generate a structure-enhanced image, in which the structure of the abnormal part is enhanced. an image signal input unit which inputs image signals of three colors; a base image creation unit which creates a base image based on the image signals of three colors; a signal ratio calculation unit which calculates a first signal ratio between the image signals of two colors among the image signals of the three colors and a second signal ratio between the image signals of two colors different from the colors for the first signal ratio; a frequency enhancement unit which generates a frequency component-enhanced image, in which a frequency component corresponding to an abnormal part different from a normal part is enhanced, based on the base image; a composition ratio setting unit which sets a composition ratio indicating the ratio for composing the frequency component-enhanced image with the base image based on the first signal ratio and the second signal ratio; and a composition unit which composes the frequency component-enhanced image with the base image at the composition ratio set by the composition ratio setting unit to generate a structure-enhanced image, in which the structure of the abnormal part is enhanced.
A method for remotely reconfiguring a power amplifier in a wireless communications system comprising the steps of: providing a power amplifier in a wireless communications system having a microprocessor and software-defined radio capability, providing a remote media link between a remote computer and the power amplifier to permit communications therebetween, iteratively monitoring coefficients of amplitude-amplitude, AM-AM, and amplitude-phase, AM-PM, curves of the power amplifier, comparing the iteratively monitored coefficients of amplitude-amplitude, AM-AM, and amplitude-phase, AM-PM, curves of the power amplifier to determine whether or not the power amplifier is working properly, determining an early warning of failure based on the compared coefficients of amplitude-amplitude, AM-AM, and amplitude-phase, AM-PM, curves of the power amplifier, reporting the early warning of failure to the remote computer, and reconfiguring the power amplifier as directed by the remote computer. providing a power amplifier in a wireless communications system having a microprocessor and software-defined radio capability, providing a remote media link between a remote computer and the power amplifier to permit communications therebetween, iteratively monitoring coefficients of amplitude-amplitude, AM-AM, and amplitude-phase, AM-PM, curves of the power amplifier, comparing the iteratively monitored coefficients of amplitude-amplitude, AM-AM, and amplitude-phase, AM-PM, curves of the power amplifier to determine whether or not the power amplifier is working properly, determining an early warning of failure based on the compared coefficients of amplitude-amplitude, AM-AM, and amplitude-phase, AM-PM, curves of the power amplifier, reporting the early warning of failure to the remote computer, and reconfiguring the power amplifier as directed by the remote computer.
A component mounting device comprising: head holding means for holding a head that is provided with a component holder which is capable of holding and releasing a component; control means for controlling an operation of the head holding means; and storage means for storing data, characterized in that the component mounting device has a function of automatically exchanging the head which is held in the head holding means with a predetermined head, and the control means is configured to determine whether it is necessary to generate calibration data of the head when a predetermined head is held by the head holding means by determining whether the calibration data of the head is stored in the storage means, in a case where it is necessary to generate calibration data of the head, perform measurement of a position of a reference section of the head and measurement of the calibration data of the head, store the calibration data of the head in the storage means, and control operation of the head holding means in which the head is held based on the calibration data of the head and the position of the reference section, and in a case where it is not necessary to generate the calibration data of the head, measure the position of the reference section and control operation of the head holding means in which the head is held based on the measured position of the reference section and the calibration data of the head which is stored in the storage means. head holding means for holding a head that is provided with a component holder which is capable of holding and releasing a component; control means for controlling an operation of the head holding means; and storage means for storing data, characterized in that the component mounting device has a function of automatically exchanging the head which is held in the head holding means with a predetermined head, and the control means is configured to determine whether it is necessary to generate calibration data of the head when a predetermined head is held by the head holding means by determining whether the calibration data of the head is stored in the storage means, in a case where it is necessary to generate calibration data of the head, perform measurement of a position of a reference section of the head and measurement of the calibration data of the head, store the calibration data of the head in the storage means, and control operation of the head holding means in which the head is held based on the calibration data of the head and the position of the reference section, and in a case where it is not necessary to generate the calibration data of the head, measure the position of the reference section and control operation of the head holding means in which the head is held based on the measured position of the reference section and the calibration data of the head which is stored in the storage means.
A fixing device for fixing workpieces, in particular for fixing substantially rodshaped workpieces that are to be treated by means of wire eroding or lasering, comprising a support apparatus with a plurality of form elements for retaining and supporting several workpieces in the correspondingly formed form elements and for positioning and fixing the workpieces in at least one translational degree of freedom in the form elements, wherein the fixation device has a tensioning apparatus, with which several of the workpieces retained in the form elements can each have a compressive force applied to them, so that the workpieces are fixed in the tensioning apparatus at least in a force-fitting manner due to the application of compressive force, wherein it is provided that the support device comprises several through-openings as form elements, through which the workpieces are guidable; characterized in that, the tensioning apparatus has a pressure element and a counter-pressure element, between which the workpieces are clampable, and that at least element one of the pressure element and counter-pressure element has several retention apparatuses running substantially in parallel to each other, which serve to support the workpieces and their fixing in a substantially parallel direction.