Abstract: A screw fastening device includes a driver, a photographing portion, a transfer unit, a barycentric coordinate calculating portion, and a screw hole specifying portion. The driver fastens a screw. The photographing portion photographs a substrate. The transfer unit transfers the driver and photographing portion in front-rear and left-right directions. The screw fastening device specifies, a photographed image, screw fastening coordinates, moves the driver, using the transfer unit, to the position indicated by the screw fastening coordinates, and fastens the substrate to a frame. A mark is imparted to an inner side of a screw hole in the frame, such that the mark is distinguishable in the photographed image from the substrate and the frame. The barycentric coordinate calculating portion calculates barycentric coordinates of a position of the detected mark. The screw hole specifying portion specifies the screw fastening coordinates based on the calculated barycentric coordinates.

Abstract: A fixing cable tie binds electric cables and fixes the electric cables to a mounting plate. The fixing cable tie includes a pair of elastic pieces and a pair of cable ties. The elastic pieces serve as a locking section for fixing the electric cables to the mounting plate, and elastically deform inward by external urging to shrink in diameter. The pair of cable ties binds the electric cables. The pair of cable ties (first cable tie section and second cable tie section) is joined respectively to the pair of elastic pieces.

Abstract: [Problem] To enable easily using transaction information printed on receipts through an external device. [Solution] A control server 15 that can communicate with a printer 12 that produces receipts printed with transaction information related to a transaction, has a plurality of APIs registered thereon, and has: a control server storage unit 42 that stores a transaction information manager database 421; and a control server control unit 40 that receives transaction information from the printer 12, stores the received transaction information in the transaction information manager database 421, and when response request information requesting a response and including API call information specifying an API is received from a management device 17, executes a process through the API specified by the API call information based on the transaction information stored in the transaction information manager database 421, and sends information indicating the process result to the management device 17.

Abstract: A printer includes ink heads, an ink head conveyor, caps, a conveyor, suction pumps, opening passages, suction passages, and cap valves. The suction pumps are each provided for an associated one of the caps. The suction passages each connect an associated one of the caps to an associated one of the suction pumps. The conveyor 50 includes a base, a movable table, a guide wall, and a spring. The movable table supports the caps and includes a table wall extending upward from an end of the movable table facing in a first direction extending to a cap attaching position in a main scanning direction. The cap valves are disposed on a surface of the table wall facing in the first direction.

Abstract: A control server which includes a control server controller which, on a screen for displaying print text data according to a layout according to which receipt information is printed on a paper, displays a plurality of setting items corresponding to an extraction item as a setting menu and receives selection of the setting item in a state where selection of extraction item related text is received and the extraction item related text is selected, sets the extraction item related text as item value text in a case where an item value setting item is selected, generates an extraction condition for extracting the item value text from print text data based on at least one of a relative position of the item value text in the print text data and an attribute of the item value text, and extracts text matching the generated extraction condition as the item value text.

Abstract: An inner circumferential length measurement method includes the steps of: disposing a two-dimensional sensor at a predetermined measurement position on an inner side of the circular member placed flat in an unrestrained state on a support so that the two-dimensional sensor faces an inner circumferential surface of the circular member in a non-contact state; rotating the two-dimensional sensor about rotation shaft at a predetermined position on the inner side of the circular member; measuring a separation distance from the two-dimensional sensor to the inner circumferential surface around an entire circumference of the circular member; and calculating an inner circumferential length of the circular member via a calculation unit using the separation distance measured and a distance from the rotation shaft to the two-dimensional sensor in a plan view.

Abstract: Provided is an inner circumferential length measuring device for a circular member, the device having a support with two projection portions projecting from a surface of the support and configured to engage an inner circumferential surface of the circular member. A two-dimensional sensor is disposed facing the inner circumferential surface of the circular member at a predetermined measurement position and is rotatable about a rotation shaft at a predetermined position inward of the circular member, the two-dimensional sensor being configured to measure a separation distance from the two-dimensional sensor to the inner circumferential surface around an entire circumference of the circular member. A calculation unit calculates an inner circumferential length of the circular member using the separation distance and a distance from the rotation shaft to the two-dimensional sensor.

Abstract: An inner circumferential length measuring device for a circular member includes a two-dimensional sensor disposed at a predetermined measurement position facing an inner circumferential surface of a circular member placed flat in an unrestrained state on a support. By the two-dimensional sensor being rotated about a rotation shaft of a predetermined position inward of the circular member, a separation distance from the two-dimensional sensor to the inner circumferential surface is measured by the two-dimensional sensor in a non-contact state with the circular member in a range of an entire circumference of the circular member. A calculation unit calculates an inner circumferential length of the circular member based on the separation distance measured and a distance from the rotation shaft to the two-dimensional sensor.

Abstract: A circuit board includes a flexible wiring board having a first section in one end and a second section next to the first section in a plan view; a plate-shaped reinforcing member embedded in the flexible wiring board in the first section; and a first multilayer wiring layer on a top surface of the flexible wiring board in the first section, the first multilayer wiring layer having an opening that exposes a portion of a top surface of the reinforcing member for mounting a device thereon.

Abstract: A circuit board includes a flexible wiring board with a reinforcing member. The flexible wiring board has a first, second and third sections. The reinforcing member is embedded in a cavity in the first section of the wiring board, and is sandwiched by a pair of resin layers provided below and above. A pair of wiring layers are disposed on the pair of the resin layers, respectively. The metal reinforcing member has either a plate shape or a frame shape and is disposed closer to one of the pair of the wiring layers than to another of the pair of the wiring layers in a vertical direction.

Abstract: A circuit board includes a flexible wiring board with a reinforcing member. The flexible wiring board has a first, second and third sections. The reinforcing member is embedded in a cavity in the first section of the wiring board, and is sandwiched by a pair of resin layers provided below and above. A pair of wiring layers are disposed on the pair of the resin layers, respectively. The metal reinforcing member has either a plate shape or a frame shape. The first section of the wiring board is positioned closer to one of the wiring layers than to another of the wiring layers in a vertical direction.

Abstract: A semiconductor module includes a metal core layer that includes: a first metal layer and a second metal layer on the first metal layer, wherein a portion of the second metal layer is removed to expose a surface of the first metal layer, the removed portion of the second metal layer defining a cavity in the metal core layer having the exposed surface of the first metal layer as a bottom surface, and at least one of a side wall and the bottom surface of the cavity has a smoother surface profile than a surface of the first metal layer that is not exposed by the cavity and under the second metal layer; and a semiconductor element provided in the cavity, affixed to the bottom surface of the cavity with a fixing material containing a resin component.

Abstract: An intermediate printed board has a plurality of unit regions that are to be cut out and separated to become a plurality of individual printed circuit boards, respectively. The intermediate printed board includes a metal core substrate including: a metal layer; and a plating layer formed on each of a top surface and a bottom surface of the metal layer, the plating layer being absent in each of cutting regions, the cutting regions being regions on the intermediate printed board where the plurality of unit regions are separated so as to produce the plurality of individual printed circuit boards; an insulating layer formed so as to cover a surface of the metal core substrate; and a conductive pattern formed on the insulating layer.

Abstract: Provided is a module substrate including an inductor that can be made thinner and smaller. A module substrate according to an aspect of the present invention includes a substrate member having a mounting surface on which electronic components are mounted, a magnetic core disposed within the substrate member, and a conductor coil provided in the substrate member and wound around the magnetic core. The module substrate has a configuration in which an inductor is built into the substrate member, which makes it possible to make the overall module substrate smaller and thinner.

Abstract: A printer includes ink heads, an ink head conveyor, caps, a conveyor, suction pumps, opening passages, suction passages, and cap valves. The suction pumps are each provided for an associated one of the caps. The suction passages each connect an associated one of the caps to an associated one of the suction pumps. The conveyor 50 includes a base, a movable table, a guide wall, and a spring. The movable table supports the caps and includes a table wall extending upward from an end of the movable table facing in a first direction extending to a cap attaching position in a main scanning direction. The cap valves are disposed on a surface of the table wall facing in the first direction.

Abstract: A printer includes ink heads, an ink head conveyor, a movable table, cap valves, lifters, a guide device, and a controller. The conveyor moves the ink heads in a main scanning direction. The movable table includes caps and is movable in the main scanning direction by the conveyor. The guide device defines a path along which the movable table is movable between a cap attaching position, a valve opening position, and a retracted position. Movement of the movable table to the valve opening position causes the lifters to abut against the cap valves to bring the cap valves to an open state and expose opening/closing passages to the atmosphere. Movement of the movable table to the cap attaching position from the valve opening position causes the lifters to move away from the cap valves to bring the cap valves to a closed state.

Abstract: A printed wiring board for camera module includes: first and second mounting regions for first and second image pickup devices respectively provided on one and the other sides in a front surface of the printed wiring board, the first and second mounting regions respectively provided with first and second conductive patterns configured to be electrically connected to the first and second image pickup devices, respectively, and a component mounting region provided between the first mounting region and the second mounting region, the component mounting region provided with a third conductive pattern, the third conductive pattern configured to be electrically connected to a signal processing component, amounting density of the third conductive pattern in the component mounting region being higher than that of the first conductive pattern in the first mounting region or a mounting density of the second conductive pattern in the second mounting region, in a plan view.

Abstract: In order to suppress reduction in vibration due to interference by use of a simple structure, a display input device (6) includes: a display portion (62); a touch panel (63) that is provided on an upper surface of the display portion (62) and detects a position of a touch operation; a plurality of piezoelectric elements (651 to 656) provided in a divided manner on a front surface and a back surface of the touch panel (63); and a drive portion (64) that drives the piezoelectric elements (651 to 656) in accordance with a touch operation on the touch panel (63), thereby to vibrate the touch panel (63).

Abstract: A communication control device includes a communication unit, an acquiring unit, and an adjusting unit. The communication unit transfers first image data acquired from a first processing unit to an external controller of a system, receives second image data transferred from the external controller during an interval between pieces of the first image data transferred in predetermined units, and transfers the received second image data to a second processing unit. The system includes the communication control device and the external controller connected to the communication control device by a half-duplex communication line. The acquiring unit acquires a length of a transfer period for transferring the second image data. The adjusting unit adjusts timing of acquiring the first image data in accordance with the length of the transfer period acquired by the acquiring unit.

Abstract: A communication control device includes a communication unit, a reception unit, and a controller. The communication unit transfers first image data obtained from a first processing device to an external control device for each portion among portions that are predetermined transfer units, and transfers second image data transferred from the external control device to a second processing device, the communication control device and the external control device being included in a system and being connected to each other via a communication line for half-duplex communication. The reception unit receives a signal that is transmitted during an interval between the portions of the first image data. The controller performs control so as to start obtaining the second image data transferred from the external control device in a case where the signal is received by the reception unit.