mhurhangee/patent-ind-claim-en huggingface dataset:
A connector that is configured to be mounted on a mounting object (G) and fitted to a counter connector in which a counter first contact and a counter second contact are retained by a housing having rigidity and an insulating property, the connector comprising: a first contact and a second contact that are spaced from each other in a predetermined direction and are configured to be respectively fitted to the counter first contact and the counter second contact when the connector is fitted to the counter connector; and a first sheet member that has flexibility and an insulating property and is stretchable at least in the predetermined direction, a base end of the first sheet member in the predetermined direction being configured to be mounted on the mounting object at a position opposite from the second contact with respect to the first contact, and a distal end of the first sheet member in the predetermined direction having the first contact retained therein, wherein the second contact is configured to be retained by the mounting object via a second sheet member having flexibility and an insulating property or directly retained by the mounting object, and with at least the first sheet member being elastically stretched in the predetermined direction, the connector is fitted to the counter connector, and due to a shrinking force generated at the first sheet member, the first contact and the second contact are electrically connected to the counter first contact and the counter second contact, respectively. a first contact and a second contact that are spaced from each other in a predetermined direction and are configured to be respectively fitted to the counter first contact and the counter second contact when the connector is fitted to the counter connector; and a first sheet member that has flexibility and an insulating property and is stretchable at least in the predetermined direction, a base end of the first sheet member in the predetermined direction being configured to be mounted on the mounting object at a position opposite from the second contact with respect to the first contact, and a distal end of the first sheet member in the predetermined direction having the first contact retained therein, wherein the second contact is configured to be retained by the mounting object via a second sheet member having flexibility and an insulating property or directly retained by the mounting object, and with at least the first sheet member being elastically stretched in the predetermined direction, the connector is fitted to the counter connector, and due to a shrinking force generated at the first sheet member, the first contact and the second contact are electrically connected to the counter first contact and the counter second contact, respectively.
A hand-held dispensing system configured to dispense a cleaning agent , the system comprising: a dispenser comprising: (a) a storage portion configured to receive at least a portion of the cleaning agent ; (b) an elongated dispensing portion having a channel in selective operable connection with the storage portion , wherein the elongated dispensing portion is generally shaped as a handle; (c) an outlet positioned at a terminal end of the channel ; and (d) a removable metering chamber having a raised portion extending outwardly from an outer surface of the metering chamber to securely mate with the elongated dispensing portion , wherein when the metering chamber securely mates with the elongated dispensing portion , the metering chamber has an outer surface flush with an outer surface of the elongated dispensing portion ; wherein the metering chamber is configured to receive a fixed metered amount of the cleaning agent from the storage portion , and wherein the metering chamber is further configured to dispense the fixed metered amount to the channel . (a) a storage portion configured to receive at least a portion of the cleaning agent ; (b) an elongated dispensing portion having a channel in selective operable connection with the storage portion , wherein the elongated dispensing portion is generally shaped as a handle; (c) an outlet positioned at a terminal end of the channel ; and (d) a removable metering chamber having a raised portion extending outwardly from an outer surface of the metering chamber to securely mate with the elongated dispensing portion , wherein when the metering chamber securely mates with the elongated dispensing portion , the metering chamber has an outer surface flush with an outer surface of the elongated dispensing portion ;
A device for fastening a sanitary fitting to a support , comprising at least - a base ; - a guide rod fastened to the base and having a stop formed thereon, wherein the guide rod has a first guide region with a straight profile and a second guide region with an at least partially curved profile; - a drive rod fastened to the base ; and - a clamping element which can be adjusted along the guide rod by the drive rod and can be pivoted into a release position by the stop of the guide rod . - a base ; - a guide rod fastened to the base and having a stop formed thereon, wherein the guide rod has a first guide region with a straight profile and a second guide region with an at least partially curved profile; - a drive rod fastened to the base ; and - a clamping element which can be adjusted along the guide rod by the drive rod and can be pivoted into a release position by the stop of the guide rod .
A system configured to inspect a wafer, comprising: an illumination subsystem configured to illuminate the wafer ; a collection subsystem configured to collect light scattered from the wafer and to preserve the polarization of the scattered light; an optical element configured to separate the scattered light collected in different segments of the collection numerical aperture of the collection subsystem , wherein the optical element is positioned at a Fourier plane or a conjugate of the Fourier plane of the collection subsystem , the optical element including one or more reflective portions for reflecting light scattered in one of said segments of the collection numerical aperture; at least one other reflective optical element in an optical path of the scattered light; a polarizing element configured to separate the scattered light in one of the different segments into different portions of the scattered light based on polarization; and a detector configured to detect one of the different portions of the scattered light and to generate output responsive to the detected light, wherein the output is used to detect defects on the wafer ; wherein a thin film coating is formed on the one or more reflective portions of the optical element , and wherein the thin film coating is configured such that phase retardation of p- and s-polarized light caused by the one or more reflective portions is canceled upon reflection by the at least one other reflective optical element of the system. an illumination subsystem configured to illuminate the wafer ; a collection subsystem configured to collect light scattered from the wafer and to preserve the polarization of the scattered light; an optical element configured to separate the scattered light collected in different segments of the collection numerical aperture of the collection subsystem , wherein the optical element is positioned at a Fourier plane or a conjugate of the Fourier plane of the collection subsystem , the optical element including one or more reflective portions for reflecting light scattered in one of said segments of the collection numerical aperture; at least one other reflective optical element in an optical path of the scattered light; a polarizing element configured to separate the scattered light in one of the different segments into different portions of the scattered light based on polarization; and a detector configured to detect one of the different portions of the scattered light and to generate output responsive to the detected light, wherein the output is used to detect defects on the wafer ; wherein a thin film coating is formed on the one or more reflective portions of the optical element , and wherein the thin film coating is configured such that phase retardation of p- and s-polarized light caused by the one or more reflective portions is canceled upon reflection by the at least one other reflective optical element of the system.
A hair colorant composition comprising: (a) 5-amino-4-chloro-o-cresol coupler; (b) 2-methoxymethyl-1,4-diaminobenzene developer; and (c) oxidizing agent, wherein the hair colorant composition comprises by weight, based on the weight of the hair colorant composition: - from 0.001% to 6% of said coupler; - from 0.001% to 6% of said developer; and - from 0.1% to 10% of oxidizing agent. (a) 5-amino-4-chloro-o-cresol coupler; (b) 2-methoxymethyl-1,4-diaminobenzene developer; and (c) oxidizing agent, - from 0.001% to 6% of said coupler; - from 0.001% to 6% of said developer; and - from 0.1% to 10% of oxidizing agent.
A distributed power generator system , comprising: a plurality of strings , wherein each string in the plurality of strings includes a plurality of power generator modules coupled together in series; a plurality of combiner boxes coupled to the plurality of strings , wherein each combiner box couples together a set of strings (16, S2) in parallel; a plurality of DC-DC Converters coupled to the plurality of combiner boxes , wherein each DC-DC Converter is associated with a combiner box in the plurality of combiner boxes and wherein each DC-DC Converter is configured to increase a direct current (DC) voltage output of an associated combiner box; wherein each DC-DC Converter includes a maximum power point tracker (MPPT) control for adjusting to changing outputs at a combiner box level; and a second stage combiner box for coupling outputs of the plurality of combiner boxes into a single DC output; further comprising an inverter assembly for converting the single DC output into an AC output. a plurality of strings , wherein each string in the plurality of strings includes a plurality of power generator modules coupled together in series; a plurality of combiner boxes coupled to the plurality of strings , wherein each combiner box couples together a set of strings (16, S2) in parallel; a plurality of DC-DC Converters coupled to the plurality of combiner boxes , wherein each DC-DC Converter is associated with a combiner box in the plurality of combiner boxes and wherein each DC-DC Converter is configured to increase a direct current (DC) voltage output of an associated combiner box; wherein each DC-DC Converter includes a maximum power point tracker (MPPT) control for adjusting to changing outputs at a combiner box level; and a second stage combiner box for coupling outputs of the plurality of combiner boxes into a single DC output; further comprising an inverter assembly for converting the single DC output into an AC output.
A cargo restraint system , comprising: a first restraint configured to rotate about an axis; a second restraint configured to rotate about the axis; and an actuator assembly comprising an actuator shaft , the actuator assembly configured to simultaneously rotate the first restraint and the second restraint between a raised position and a stowed position, wherein the first restraint includes: a head configured to rotate about the axis; and a plunger configured to translate between an engaged state and a disengaged state, wherein in the engaged state the head is rotationally coupled to the actuator assembly , and wherein in the disengaged state the head of the first restraint rotates independently of the second restraint and the actuator assembly , wherein the plunger translates toward the actuator shaft when translating from the disengaged state to the engaged state, and the plunger translates away from the actuator shaft when translating from the engaged state to the disengaged state. a first restraint configured to rotate about an axis; a second restraint configured to rotate about the axis; and an actuator assembly comprising an actuator shaft , the actuator assembly configured to simultaneously rotate the first restraint and the second restraint between a raised position and a stowed position, wherein the first restraint includes: a head configured to rotate about the axis; and a plunger configured to translate between an engaged state and a disengaged state, wherein in the engaged state the head is rotationally coupled to the actuator assembly , and wherein in the disengaged state the head of the first restraint rotates independently of the second restraint and the actuator assembly , a head configured to rotate about the axis; and a plunger configured to translate between an engaged state and a disengaged state, wherein in the engaged state the head is rotationally coupled to the actuator assembly , and wherein in the disengaged state the head of the first restraint rotates independently of the second restraint and the actuator assembly , wherein the plunger translates toward the actuator shaft when translating from the disengaged state to the engaged state, and the plunger translates away from the actuator shaft when translating from the engaged state to the disengaged state.
An image formation device comprising: a transfer member ; a coating of electrically charged, semi-liquid material forming an image-receiving holder on the transfer member ; a first portion for receiving the electrically charged, semi-liquid image-receiving holder onto the transfer member , wherein the image-receiving holder is releasably electrostatically fixed as a layer relative to the transfer member ; a second portion downstream from the first portion for receiving a pattern of droplets of color ink particles within a dielectric carrier fluid onto the electrically charged, image-receiving holder to form an image; a charge source for emitting airborne charges for charging the patterned, color ink particles to move, via attraction relative to the electrically charged, image-receiving holder , through the carrier fluid such that the color ink particles become electrostatically fixed in the pattern relative to the image-receiving holder ; a liquid removal portion for removing at least a portion of the carrier fluid from a surface of the electrically charged, image-receiving holder ; and a transfer station for transferring the ink particles of the image and the electrically charged, image-receiving holder together from the transfer member to an image formation medium . a transfer member ; a coating of electrically charged, semi-liquid material forming an image-receiving holder on the transfer member ; a first portion for receiving the electrically charged, semi-liquid image-receiving holder onto the transfer member , wherein the image-receiving holder is releasably electrostatically fixed as a layer relative to the transfer member ; a second portion downstream from the first portion for receiving a pattern of droplets of color ink particles within a dielectric carrier fluid onto the electrically charged, image-receiving holder to form an image; a charge source for emitting airborne charges for charging the patterned, color ink particles to move, via attraction relative to the electrically charged, image-receiving holder , through the carrier fluid such that the color ink particles become electrostatically fixed in the pattern relative to the image-receiving holder ; a liquid removal portion for removing at least a portion of the carrier fluid from a surface of the electrically charged, image-receiving holder ; and a transfer station for transferring the ink particles of the image and the electrically charged, image-receiving holder together from the transfer member to an image formation medium .
Charger comprising - a charger housing having at least one battery-charging space (2 1 ) which is accessible from outside for positioning of a rechargeable battery unit, - a charging electronics unit in the charger housing for controlling an electrical charging operation for the battery unit positioned on the battery-charging space (2 1 ), and - a cooling-air-guiding structure which is configured for guiding a cooling-air flow from an air inlet structure of the charger housing via the charging electronics unit to an air outlet structure of the charger housing , characterized in that - the cooling-air-guiding structure comprises a cooling housing which is arranged in the interior of the charger housing and has a cooling housing air inlet structure and a cooling housing air outlet structure and is configured for guiding the cooling-air flow through the cooling housing from the cooling housing air inlet structure to the cooling housing air outlet structure and from the latter to the air outlet structure of the charger housing , and - the charging electronics unit comprises at least one electronic component (11 1 ) which is arranged in the cooling housing . - a charger housing having at least one battery-charging space (2 1 ) which is accessible from outside for positioning of a rechargeable battery unit, - a charging electronics unit in the charger housing for controlling an electrical charging operation for the battery unit positioned on the battery-charging space (2 1 ), and - a cooling-air-guiding structure which is configured for guiding a cooling-air flow from an air inlet structure of the charger housing via the charging electronics unit to an air outlet structure of the charger housing , - the cooling-air-guiding structure comprises a cooling housing which is arranged in the interior of the charger housing and has a cooling housing air inlet structure and a cooling housing air outlet structure and is configured for guiding the cooling-air flow through the cooling housing from the cooling housing air inlet structure to the cooling housing air outlet structure and from the latter to the air outlet structure of the charger housing , and - the charging electronics unit comprises at least one electronic component (11 1 ) which is arranged in the cooling housing .
A non-contact tool setting apparatus, comprising; a transmitter for emitting light , a receiver for receiving light emitted by the transmitter , and an analysis unit for analysing the light received by the receiver and generating a trigger signal therefrom, wherein the receiver comprises an imaging sensor having a plurality of pixels arranged in a two-dimensional array, the analysis unit generating the trigger signal by analysing the light intensity measured by a first subset of the plurality of pixels , the first subset of pixels comprising two or more pixels, characterised in that the light intensities measured by the pixels forming the first subset of pixels are combined to provide a resultant light intensity, the analysis unit generating the trigger signal when the resultant light intensity crosses a threshold. a transmitter for emitting light , a receiver for receiving light emitted by the transmitter , and an analysis unit for analysing the light received by the receiver and generating a trigger signal therefrom, wherein the receiver comprises an imaging sensor having a plurality of pixels arranged in a two-dimensional array, the analysis unit generating the trigger signal by analysing the light intensity measured by a first subset of the plurality of pixels , the first subset of pixels comprising two or more pixels, characterised in that the light intensities measured by the pixels forming the first subset of pixels are combined to provide a resultant light intensity, the analysis unit generating the trigger signal when the resultant light intensity crosses a threshold.
A computer-implemented method for converting an input audio signal into one or more haptic effects, the computer-implemented method comprising: receiving the input audio signal ; shifting a frequency content of the input audio signal to a haptically perceptible range less than 1 kHz to form a frequency-shifted signal; segmenting the frequency-shifted signal into a plurality of waveforms , wherein each waveform comprises at least a portion of the frequency-shifted signal; combining each waveform with an envelope to generate a grain , wherein a plurality of grains is generated, wherein each grain of the plurality of grains comprises an amplitude parameter, a waveform parameter, an envelope parameter, and a duration parameter, wherein each grain of the plurality of grains is mapped to a corresponding position on a touchscreen, and wherein generation of at least one of the plurality of grains is triggered according to a sensor signal comprising a signal value indicating a position of a touchscreen input at the corresponding position on the touchscreen; combining the plurality of grains to generate a cloud , wherein the cloud comprises a representation of the plurality of grains; and generating the one or more haptic effects based on the cloud . receiving the input audio signal ; shifting a frequency content of the input audio signal to a haptically perceptible range less than 1 kHz to form a frequency-shifted signal; segmenting the frequency-shifted signal into a plurality of waveforms , wherein each waveform comprises at least a portion of the frequency-shifted signal; combining each waveform with an envelope to generate a grain , wherein a plurality of grains is generated, wherein each grain of the plurality of grains comprises an amplitude parameter, a waveform parameter, an envelope parameter, and a duration parameter, wherein each grain of the plurality of grains is mapped to a corresponding position on a touchscreen, and wherein generation of at least one of the plurality of grains is triggered according to a sensor signal comprising a signal value indicating a position of a touchscreen input at the corresponding position on the touchscreen; combining the plurality of grains to generate a cloud , wherein the cloud comprises a representation of the plurality of grains; and generating the one or more haptic effects based on the cloud .