mhurhangee/patent-ind-claim-en huggingface dataset:
An information processing apparatus inspecting printed contents of a printed sheet, the information processing apparatus comprising: recognition means for recognizing based on inspection setting information the printed contents printed on the sheet; characterized by : acquisition means for acquiring an attribute value from information recognized by the recognition means, said attribute value relating to calculation of the inspection required time; specification means for specifying a time required for inspection of the printed contents of the sheet by using the attribute value acquired by the acquisition means; and notification means for issuing a notification to a user based on a result of comparison between the required time specified by the specification means and a time limit for inspection of the printed contents. recognition means for recognizing based on inspection setting information the printed contents printed on the sheet; characterized by : acquisition means for acquiring an attribute value from information recognized by the recognition means, said attribute value relating to calculation of the inspection required time; specification means for specifying a time required for inspection of the printed contents of the sheet by using the attribute value acquired by the acquisition means; and notification means for issuing a notification to a user based on a result of comparison between the required time specified by the specification means and a time limit for inspection of the printed contents. acquisition means for acquiring an attribute value from information recognized by the recognition means, said attribute value relating to calculation of the inspection required time; specification means for specifying a time required for inspection of the printed contents of the sheet by using the attribute value acquired by the acquisition means; and notification means for issuing a notification to a user based on a result of comparison between the required time specified by the specification means and a time limit for inspection of the printed contents.
An in-vehicle structure of an inverter, comprising: an inverter ; and a side member having a low rigidity portion and a high rigidity portion in a front-rear direction of the vehicle, the high rigidity portion being arranged behind the low rigidity portion , wherein a part of the inverter overlaps with the low rigidity portion in the front-rear direction of the vehicle, characterized in that the inverter has a high-voltage terminal connection portion whose position in the front-rear direction of the vehicle does not overlap with the low rigidity portion and overlaps with the high rigidity portion . an inverter ; and a side member having a low rigidity portion and a high rigidity portion in a front-rear direction of the vehicle, the high rigidity portion being arranged behind the low rigidity portion , wherein a part of the inverter overlaps with the low rigidity portion in the front-rear direction of the vehicle, characterized in that the inverter has a high-voltage terminal connection portion whose position in the front-rear direction of the vehicle does not overlap with the low rigidity portion and overlaps with the high rigidity portion .
An apparatus comprising a thin film transistor, TFT, the TFT comprising: a source electrode ; a drain electrode ; a first semiconductor layer connecting the source electrode and the drain electrode , the first semiconductor layer including a source region, a channel region, and a drain region; and a source-side p-n hetero-junction between the source electrode and the source region of the first semiconductor layer, wherein the first semiconductor layer includes an oxide, sulfide, selenide, or nitride semiconductor material, wherein the p-n hetero-junction is between a narrow bandgap material and a wide bandgap material, the first semiconductor layer including the narrow bandgap material, further wherein the TFT is configured to exhibit tunneling across a potential barrier at the p-n hetero-junction . a source electrode ; a drain electrode ; a first semiconductor layer connecting the source electrode and the drain electrode , the first semiconductor layer including a source region, a channel region, and a drain region; and a source-side p-n hetero-junction between the source electrode and the source region of the first semiconductor layer, wherein the first semiconductor layer includes an oxide, sulfide, selenide, or nitride semiconductor material, wherein the p-n hetero-junction is between a narrow bandgap material and a wide bandgap material, the first semiconductor layer including the narrow bandgap material, further wherein the TFT is configured to exhibit tunneling across a potential barrier at the p-n hetero-junction .
A method for characterizing a VAV valve that is configured to move a position of a valve member between a minimum open position and a maximum open position to control an airflow through the VAV valve, the method comprising: storing a generic characterization for the VAV valve that generically characterizes the position of the valve member versus the airflow through the VAV valve between the minimum open position and the maximum open position of the VAV valve; measuring the airflow at each of one or more positions of the valve member; comparing the measured airflow at each of the one or more positions of the valve member with the generic characterization of the VAV valve; determining a custom characterization for the VAV valve based on the comparison and the generic characterization of the VAV valve; and storing the custom characterization for subsequent use by the VAV valve. storing a generic characterization for the VAV valve that generically characterizes the position of the valve member versus the airflow through the VAV valve between the minimum open position and the maximum open position of the VAV valve; measuring the airflow at each of one or more positions of the valve member; comparing the measured airflow at each of the one or more positions of the valve member with the generic characterization of the VAV valve; determining a custom characterization for the VAV valve based on the comparison and the generic characterization of the VAV valve; and storing the custom characterization for subsequent use by the VAV valve.
A method for pairing an application with at least two mobile devices , the method comprising: transmitting , by the application , a request for device information to a network registry , wherein the request for device information comprises a unique reference of the user to an agreement with an operator of the network registry ; retrieving , by the network registry , device information of all devices of the user related to the agreement with the operator of the network registry based on the unique reference of the user , wherein the network registry comprises a register that stores device information of all devices of the user related to the agreement with the operator of the network registry based on device identification information and user identification information, wherein the all devices of the user comprise at least two devices; transmitting , by the network registry , the device information of all devices of the user related to the agreement with the operator of the network registry to the application ; pairing by the application or the at least two mobile devices , the application with the at least two mobile devices by using the device information of all devices of the user related to the agreement with the operator of the network registry ; providing, by the network registry , information about the at least two paired mobile devices to all other applications of the user ; and storing, by the network registry , information about the requesting application in order to notify all paired applications about a new device of the user . transmitting , by the application , a request for device information to a network registry , wherein the request for device information comprises a unique reference of the user to an agreement with an operator of the network registry ; retrieving , by the network registry , device information of all devices of the user related to the agreement with the operator of the network registry based on the unique reference of the user , wherein the network registry comprises a register that stores device information of all devices of the user related to the agreement with the operator of the network registry based on device identification information and user identification information, wherein the all devices of the user comprise at least two devices; transmitting , by the network registry , the device information of all devices of the user related to the agreement with the operator of the network registry to the application ; pairing by the application or the at least two mobile devices , the application with the at least two mobile devices by using the device information of all devices of the user related to the agreement with the operator of the network registry ; providing, by the network registry , information about the at least two paired mobile devices to all other applications of the user ; and storing, by the network registry , information about the requesting application in order to notify all paired applications about a new device of the user .
Method for producing extruded hoses, wherein a plastic granulate is melted and extruded in a single-screw extruder , wherein an ultra-high molecular weight polyethylene (UHMW-PE) is used as the plastic granulate, which is introduced via a feed of the single-screw extruder , characterized in that a 3-zone extruder screw with a feed zone (A), compression zone (B) and metering zone (C) is used in the extruder, which screw has circumferential webs and a diameter D wherein the web height (S1) of the extruder screw in the feed zone is at most 1/5 times the diameter D, wherein the web height (S2) in the compression zone is at most 1/8 times the diameter D, and the web height (S3) in the metering zone being at most 1/10 times the diameter D, wherein a die with annular gap opening is arranged downstream of the metering zone (C), wherein the distance between the tip of the extruder screw and the inlet of the die is at most 1/4 times D, wherein the tubular extrudate is drawn off without stretching and continuously in the extrusion direction as an endless hose. wherein an ultra-high molecular weight polyethylene (UHMW-PE) is used as the plastic granulate, which is introduced via a feed of the single-screw extruder , characterized in that a 3-zone extruder screw with a feed zone (A), compression zone (B) and metering zone (C) is used in the extruder, which screw has circumferential webs and a diameter D wherein the web height (S1) of the extruder screw in the feed zone is at most 1/5 times the diameter D, wherein the web height (S2) in the compression zone is at most 1/8 times the diameter D, and the web height (S3) in the metering zone being at most 1/10 times the diameter D, wherein a die with annular gap opening is arranged downstream of the metering zone (C), wherein the distance between the tip of the extruder screw and the inlet of the die is at most 1/4 times D, wherein the tubular extrudate is drawn off without stretching and continuously in the extrusion direction as an endless hose.
A power amplifier module comprising: a power amplifier die implementing a power amplifier including a gallium arsenide bipolar transistor (189; 213; 218) having a collector , a base abutting the collector, and an emitter , the collector having a doping concentration of at least about 3x10 16 cm -3 at a junction with the base, the collector also having at least a first grading in which doping concentration increases away from the base wherein the power amplifier die is coupled to a substrate by way of one or more wirebonds; and a radio frequency transmission line driven by the power amplifier, the radio frequency transmission line and power amplifier being implemented on the substrate , the radio frequency transmission line including a conductive layer and finish plating on the conductive layer, the finish plating including a gold layer , a palladium layer proximate the gold layer, and a diffusion barrier layer proximate the palladium layer, the diffusion barrier layer including nickel and having a thickness that is less than about 0.5 micrometers; and at least one wirebond is configured to electrically couple an output of the power amplifier to the gold layer of the finish plating. a power amplifier die implementing a power amplifier including a gallium arsenide bipolar transistor (189; 213; 218) having a collector , a base abutting the collector, and an emitter , the collector having a doping concentration of at least about 3x10 16 cm -3 at a junction with the base, the collector also having at least a first grading in which doping concentration increases away from the base wherein the power amplifier die is coupled to a substrate by way of one or more wirebonds; and a radio frequency transmission line driven by the power amplifier, the radio frequency transmission line and power amplifier being implemented on the substrate , the radio frequency transmission line including a conductive layer and finish plating on the conductive layer, the finish plating including a gold layer , a palladium layer proximate the gold layer, and a diffusion barrier layer proximate the palladium layer, the diffusion barrier layer including nickel and having a thickness that is less than about 0.5 micrometers; and at least one wirebond is configured to electrically couple an output of the power amplifier to the gold layer of the finish plating.
A two-cylinder engine comprising two separate cylinder heads each having at least one camshaft, the engine further comprising two drive means, each for transmitting torque between the crankshaft on the one hand and one of the camshafts (9, 10 ; 9', 10') on the other hand, comprising a primary stage comprising two counter-rotating shafts , driven by said crankshaft and each driving one of said transmission means, said two transmission means being formed by identical mechanical components, each of said drive means having a median longitudinal plane located, with respect to the median plane of the engine , opposite the longitudinal plane passing through the crankpin of the higher engine comprising the cylinder head considered, characterized in that the primary stage provides a reduction with a 1/N ratio, and in that said drive means provides a reduction with a 1/M ratio, with N between 1.5 and 2.5, with the overall reduction ratio being 1/2.
A sound output device comprising: a first microphone configured to receive ambient sounds from around a user; a loudspeaker configured to output sounds toward an eardrum of the user; detection circuitry configured to detect whether an external terminal is in a playback state or in a stopped state; signal processing circuitry configured, in a case in which it is detected that the external terminal is in a playback state in which the external terminal provides a playback sound signal indicative of a playback sound, to generate a first reverse-phase signal based on a first signal derived from a sound received by the first microphone ; and an adder configured to add together the playback sound signal and a signal output from the signal processing circuitry , to output a resultant signal for output by the loudspeaker , characterized in that the signal processing circuitry is further configured to impart predetermined frequency characteristics to the first signal in a case in which it is detected that the external terminal is in a stopped state that is not the playback state. a first microphone configured to receive ambient sounds from around a user; a loudspeaker configured to output sounds toward an eardrum of the user; detection circuitry configured to detect whether an external terminal is in a playback state or in a stopped state; signal processing circuitry configured, in a case in which it is detected that the external terminal is in a playback state in which the external terminal provides a playback sound signal indicative of a playback sound, to generate a first reverse-phase signal based on a first signal derived from a sound received by the first microphone ; and an adder configured to add together the playback sound signal and a signal output from the signal processing circuitry , to output a resultant signal for output by the loudspeaker , characterized in that the signal processing circuitry is further configured to impart predetermined frequency characteristics to the first signal in a case in which it is detected that the external terminal is in a stopped state that is not the playback state.
An observation apparatus comprising: an imaging unit adapted to image a container accommodating an observation target in an accommodation part and the observation target in a field of view smaller than the accommodation part at predetermined imaging positions and acquires a series of partial images; a movement unit adapted to relatively move at least one of the container or the imaging unit with respect to the other; a calculation unit adapted to calculate partial shape information representing a partial shape (PS) of the container from the partial image obtained by imaging performed by the imaging unit ; a storage unit adapted to store reference shape information representing a shape of the container; and a control unit that, in a case where the partial image scheduled to be subsequently captured during acquisition of the series of partial images is captured is adapted to correct the imaging position based on the partial shape information (PS) and the reference shape information, and to cause the series of partial images in which adjacent partial images are consistent to be captured by controlling the movement unit and the imaging unit based on the corrected imaging position. an imaging unit adapted to image a container accommodating an observation target in an accommodation part and the observation target in a field of view smaller than the accommodation part at predetermined imaging positions and acquires a series of partial images; a movement unit adapted to relatively move at least one of the container or the imaging unit with respect to the other; a calculation unit adapted to calculate partial shape information representing a partial shape (PS) of the container from the partial image obtained by imaging performed by the imaging unit ; a storage unit adapted to store reference shape information representing a shape of the container; and a control unit that, in a case where the partial image scheduled to be subsequently captured during acquisition of the series of partial images is captured is adapted to correct the imaging position based on the partial shape information (PS) and the reference shape information, and to cause the series of partial images in which adjacent partial images are consistent to be captured by controlling the movement unit and the imaging unit based on the corrected imaging position.
A method for coating edible cores, the method comprising: feeding the edible cores and coating material into a drum cavity of a drum coating system, the system comprising: a rotatable drum including an inner drum wall defining the drum cavity; a coating delivery device configured to distribute coating material to the edible cores within said drum cavity; at least one vented portion of said inner drum wall , said vented portion including a plurality of openings that allow fluid to flow into and out of said drum cavity; and at least one baffle extending from said inner drum wall , said baffle being affixed to said inner drum wall at at least one affixing point disposed along said vented portion ; and coating the edible cores via a rotating of the rotatable drum , wherein said at least one baffle is affixed to said inner drum wall via at least two legs extending between said inner drum wall and said at least one baffle , at least one of said at least two legs being affixed to said inner drum wall at said at least one affixing point disposed along said vented portion , wherein the other of said at least two legs is affixed to said inner drum wall at an affixing point disposed outside of said vented portion . feeding the edible cores and coating material into a drum cavity of a drum coating system, the system comprising: a rotatable drum including an inner drum wall defining the drum cavity; a coating delivery device configured to distribute coating material to the edible cores within said drum cavity; at least one vented portion of said inner drum wall , said vented portion including a plurality of openings that allow fluid to flow into and out of said drum cavity; and at least one baffle extending from said inner drum wall , said baffle being affixed to said inner drum wall at at least one affixing point disposed along said vented portion ; and a rotatable drum including an inner drum wall defining the drum cavity; a coating delivery device configured to distribute coating material to the edible cores within said drum cavity; at least one vented portion of said inner drum wall , said vented portion including a plurality of openings that allow fluid to flow into and out of said drum cavity; and at least one baffle extending from said inner drum wall , said baffle being affixed to said inner drum wall at at least one affixing point disposed along said vented portion ; and coating the edible cores via a rotating of the rotatable drum , wherein said at least one baffle is affixed to said inner drum wall via at least two legs extending between said inner drum wall and said at least one baffle , at least one of said at least two legs being affixed to said inner drum wall at said at least one affixing point disposed along said vented portion , wherein the other of said at least two legs is affixed to said inner drum wall at an affixing point disposed outside of said vented portion .
A method for preparing ethylbenzene hydroperoxide by liquid phase peroxidation of ethylbenzene, which comprises: contacting and reacting a gas containing oxygen molecules with liquid ethylbenzene in the presence of an organic basic substance to form ethylbenzene hydroperoxide, wherein the organic basic substance is one or more selected from the group consisting of guanidine compounds.