Abstract: An electric work machine (1; 201) includes: a motor housing (6; 212) having a tube part (6C; 212C) and a bottom part (6M; 212M); a brushless motor (5; 228) having a stator (20), which has a first contact surface (58F; 258F), and a rotor (21; 231) disposed in the stator; a baffle plate (25; 285); and an output shaft (31; 292). The stator includes a tube-shaped stator core (50) having a ring-shaped second contact surface (50S; 250S) that is opposite of the first contact surface, and coils (56; 256) wound on the stator core. The stator is held by the motor housing with the first contact surface in contact with the bottom part. A protruding part (25S; 285S) of the baffle plate contacts the entire circumference of the second contact surface of the stator core and is fixed to the motor housing by three or more screws (68; 288).

Abstract: An impedance conversion device includes: a first input terminal to which a first analog signal output from an electric musical instrument is input; a splitter configured to split the first analog signal into a second analog signal and a third analog signal; a first output terminal from which the second analog signal is output; an impedance conversion circuit configured to convert an impedance of the third analog signal; and a second output terminal from which an analog signal obtained by converting the impedance is output. An input impedance of the impedance conversion circuit is approximately 1 G? or more.

Abstract: In an information reader, a first relationship information, which defines the two-dimensional area of a first information code (e.g., the position coordinates of the four corner points), is detected from a first information code image. The first information code is subjected to reading information, based on the detected first relationship information. Parameters of a learning model are then adjusted based on training data including multiple successful cases of a reading process using the first relationship information. A second information code image captured by a camera is inputted to the learning model. A second relationship information, which is an estimated value of the information that defines the two-dimensional region of the second information code, is obtained from the learning model. The information recorded in the second information code is read based on the acquired second relationship information, thus reading results being outputted.

Abstract: A semiconductor device includes a semiconductor chip having a first surface and a second surface, the first surface facing a substrate, and the second surface being opposite to the first surface and being a circuit surface; a first bump connecting the first surface of the semiconductor chip and the substrate; and a metallic pillar connecting the first surface of the semiconductor chip and the substrate.

Abstract: A measuring apparatus includes a light source configured to emit light in a mid-infrared region, the light including: first-wavelength light having a wave number of from 970 cm?1 or more to 1010 cm?1 or less; and second-wavelength light different from the first-wavelength light, the second-wavelength light having a wave number of from 950 cm?1 or more to 990 cm?1 or less; a photosensor configured to detect the light emitted from the light source and reflected by a measurement target; and an information processing device configured to: obtain a first absorbance of the first-wavelength light and a second absorbance of the second-wavelength light from an output of the photosensor; and determine a biomarker of the measurement target based on the first absorbance and the second absorbance.

Abstract: A system and method for securely managing reverse logistics information of returned products includes the steps of receiving a plurality of Return Merchandise Authorizations (RMAs) each with returned product information from a return party, and receiving return product information taken from actual returned product of a shipment received by the return processing party. It is automatically determined whether there is a discrepancy between the returned product information for a related one of the RMAS from the return party and the actual return product information from the shipment taken by the return processing party. If a minor discrepancy is determined, a record is automatically saving of the minor discrepancy and processing the actual returned product having the minor discrepancy is continued. If a major discrepancy is determined, the actual returned product having the major discrepancy is automatically held from further processing.

Abstract: A print controller includes a first print command unit, an output command unit, and a second print command unit. The first print command unit prints multiple page images onto multiple printing media in either one of a first sequence, in which the page images are printed starting from a leading page image toward a final page image, and a second sequence, in which the page images are printed starting from the final page image toward the leading page image. The output command unit gives a command for outputting the printing media to an output destination of a printing apparatus in a state where a printed face of each printing medium faces upward. The second print command unit gives a command for further printing the page images onto the printing media, which are fed to a feed destination of the printing apparatus while being kept in the upward-facing output state in the output destination, such that the printing is performed in the other one of the first sequence and the second sequence.

Abstract: A warehouse for order fulfilment with a product storage and at least one order fulfillment level in which picking stations are arranged and supplied with articles from the product storage for picking into order load carriers according to allocated orders wherein each picking station is supplied with articles from the product storage by a connecting conveyor system on the least one order fulfillment level , where each order fulfillment level has at least one further virtual order fulfillment level in which picking stations are arranged at different height from the at least one order fulfillment level.

Abstract: An image processing apparatus includes a reception unit that receives a print job which includes print data and which specifies back printing to be performed on a transparent recording medium, a generation unit that generates a display image to be printed on a front surface of the transparent recording medium and a display image to be printed on a back surface on the transparent recording medium on the basis of the print data included in the print job, and a display unit that displays the display image to be printed on the front surface and the display image to be printed on the back surface generated by the generation unit.

Abstract: A radio node achieving power saving in a radio communication system is provided. A radio node (10) includes: a first communication unit (11) configured to connect to at least one communication apparatus (20) allowed to be connected to a network and another radio node (21); a determination unit (12) configured to determine, in a situation in which each of all the communication apparatuses (20) is connected to one of the radio nodes (10) and (21) included in the network, whether or not a communication apparatus (20) that transmits data via the first communication unit (11) is present; and a control unit (13) configured to stop the first communication unit (11) when it is determined that the communication apparatus (20) that transmits data via the first communication unit (11) is not present.

Abstract: A radio node achieving power saving in a radio communication system is provided. A radio node (10) includes: a first communication unit (11) configured to connect to at least one communication apparatus (20) allowed to be connected to a network and another radio node (21); a determination unit (12) configured to determine, in a situation in which each of all the communication apparatuses (20) is connected to one of the radio nodes (10) and (21) included in the network, whether or not a communication apparatus (20) that transmits data via the first communication unit (11) is present; and a control unit (13) configured to stop the first communication unit (11) when it is determined that the communication apparatus (20) that transmits data via the first communication unit (11) is not present.

Abstract: A print controller includes a first print command unit, an output command unit, and a second print command unit. The first print command unit prints multiple page images onto multiple printing media in either one of a first sequence, in which the page images are printed starting from a leading page image toward a final page image, and a second sequence, in which the page images are printed starting from the final page image toward the leading page image. The output command unit gives a command for outputting the printing media to an output destination of a printing apparatus in a state where a printed face of each printing medium faces upward. The second print command unit gives a command for further printing the page images onto the printing media, which are fed to a feed destination of the printing apparatus while being kept in the upward-facing output state in the output destination, such that the printing is performed in the other one of the first sequence and the second sequence.

Abstract: An image processing apparatus includes a reception unit that receives a print job which includes print data and which specifies back printing to be performed on a transparent recording medium, a generation unit that generates a display image to be printed on a front surface of the transparent recording medium and a display image to be printed on a back surface on the transparent recording medium on the basis of the print data included in the print job, and a display unit that displays the display image to be printed on the front surface and the display image to be printed on the back surface generated by the generation unit.

Abstract: An image processing apparatus includes a reception unit that receives specification for covering a color of a medium on which printing is to be performed, a generation unit that generates, using the specification, a print job for additional printing, in which a same color is printed plural times, and a control unit that controls a printing process in accordance with the print job generated by the generation unit.

Abstract: A device for repairing a crack in a wall includes an injection nozzle that has a nozzle part, and an adsorption disk fixed to a supporting shaft in which a suction passage for sucking air is formed and can be adsorbed to a wall surface by sucking air through the suction passage, and can be detached from the wall surface by releasing the suction, an arm having a front end part and a rear end part in the axial direction, and is supported by the supporting shaft in the midpoint of the axial direction through the first universal joint and supports an inflow pipe of the injection nozzle in the front end part through a second universal joint, and a plurality of contact members attached to the rear end part of the arm, the front end thereof contacting the wall surface, and receives the moment load generated in the arm.

Abstract: A device for repairing a crack in a wall includes an injection nozzle that has a nozzle part, and an adsorption disk fixed to a supporting shaft in which a suction passage for sucking air is formed and can be adsorbed to a wall surface by sucking air through the suction passage, and can be detached from the wall surface by releasing the suction, an arm having a front end part and a rear end part in the axial direction, and is supported by the supporting shaft in the midpoint of the axial direction through the first universal joint and supports an inflow pipe of the injection nozzle in the front end part through a second universal joint, and a plurality of contact members attached to the rear end part of the arm, the front end thereof contacting the wall surface, and receives the moment load generated in the arm.

Abstract: In the case where the scheduled use start time has been acquired, the controller shortens the interval between the adjacent working time periods of the transceiver as the scheduled use start time approaches. Thus, in a case where there is a long time before the scheduled use start time, the power consumption is decreased. As the scheduled use start time approaches, the transceiver verifies the user immediately.

Abstract: The engine starter includes a pinion-mobile component which is linked to an output shaft by a helical spline and can be slid in a shaft direction, in a state where the pinion-mobile component includes; an overrunning clutch which is idled when the pinion gear, which is engaged to the ring gear, is driven by the engine via the ring gear so as to be rotated at a rotational speed which is higher than a rotational speed of the output shaft; and a breaking mechanism in which the overrunning clutch breaks a transmission of a torque, which is generated in accordance with a rotation of the motor and is transmitted to the ring gear, when a value of the torque is a predetermined condition value with respect to a direction where the torque is transmitted to the ring gear.

Abstract: In the case where the scheduled use start time has been acquired, the controller shortens the interval between the adjacent working time periods of the transceiver as the scheduled use start time approaches. Thus, in a case where there is a long time before the scheduled use start time, the power consumption is decreased. As the scheduled use start time approaches, the transceiver verifies the user immediately.

Abstract: A vehicle controller includes a communicator communicating with an information processor located outside the vehicle by transmitting and receiving information, a controller controlling the vehicle controller based on control information transmitted from the information processor, and a position-information-obtaining-part obtaining position information of the vehicle, wherein the position-information-obtaining-part obtains position information at a time of parking start upon parking start of the vehicle, and obtains position information at a time of reception of the control information when the controller receives the control information from the information processor while being in a sleep mode, and when the position-information-obtaining-part obtains the position information at the time of reception of the control information, the communicator transmits a more accurate one of the position information at the time of parking start and the position information at the time of reception of the control information