A splicing tape management system includes, in executing properly the management of a time limit of a splicing tape, a first storage section configured to store an identification code of a splicing tape for splicing a first carrier tape and a second carrier tape together and a usable time limit of the splicing tape while associating them with each other, and a management section configured to manage the use of the splicing tape based on the identification code and the usable time limit that are stored in the first storage section. The usable time limit is a timing when the use of the splicing tape is to be halted, the timing being determined based on a production time and a usable period after production of the splicing tape or based on a starting time in use and a usable period after starting time of the splicing tape.

A component mounting machine includes a head having a holding member configured to hold the component, and a control device. The control device performs a pre-mounting inspection for inspecting a state of a component held in the holding member, and controls the head so that the component held in the holding member is mounted on the board in a case where a determination of normality is made in the pre-mounting inspection. In addition, the control device performs a post-mounting inspection for inspecting a state of the component already mounted on the board by the head in a case where a determination of abnormality is made in the pre-mounting inspection or in a case where a determination of abnormality suspicion is made which is within an allowable range determined to be normal but is suspected to be abnormal in the pre-mounting inspection.

Component mounting line includes multiple component mounting machines arranged along a conveyance direction of a board, feeder storage container that stores multiple feeders that are attachable and detachable to component mounting machine, and exchanging robot capable of exchanging feeder between feeder storage container and each of the component mounting machines, in which feeder storage container is installed in the same arrangement as the multiple component mounting machines, and exchanging robot moves along the conveyance direction of the board and exchanges feeder. Accordingly, regardless of which of the component mounting machines feeder is used in, replenishment and collection may be performed in feeder storage container, so that an operator can easily replenish and collect feeder.

A component-mounting device includes a base, a board positioner which positions a board, a feeder carriage which is attachable to and detachable from the base, a part feeder which supplies a component, a mounting head which mounts the component on the board positioned by the board positioner, a nozzle replacement table which holds a replacement nozzle attached to or detached from the mounting head, a replacement table holder which holds the nozzle replacement table at a predetermined holding position within a movable range of the mounting head, and a placing table on which the nozzle replacement table is placed before the replacement table holder holds the nozzle replacement table. The component-mounting device delivers the nozzle replacement table between the replacement table holder and the placing table in a state where the feeder carriage is connected to the base.

A nozzle replacement table unit includes a nozzle container configured to accommodate multiple nozzles for replacement, a pedestal to which the nozzle container is detachably attached, a fixing mechanism configured to fix the nozzle container to the pedestal, and an operation section configured to release fixing by the fixing mechanism. The operation section is provided in the nozzle container.

In a component refill management system, a refill specifying unit specifies a component supply device which is to be refilled with a new reel. The refill specifying unit includes a first specifying unit, a second specifying unit, and a third specifying unit. The first specifying unit specifies refillable time intervals of new reels with the time intervals being associated with each of the component supply devices. The second specifying unit recognizes, in each of the refillable time intervals, a first refillable time interval having an earliest second time at which a sum of residual components reaches a predetermined value, and specifies a component supply device, which is associated with the first refillable time interval, as a first component supply device. The third specifying unit specifies a component supply device, which can be refilled with a reel within the first refillable time interval, as a second component supply device.

A component mounting system includes: a mounting line in which multiple component mounting machines, each including a component supply device, are arranged in a predetermined direction; a mobile work device, moving along the predetermined direction, which at least replenishes each of the component mounting machines with the component supply device or recovers the component supply device from each of the component mounting machines, and a management device transmits a signal to the mobile work device via a communication path. The communication path is an optical wireless communication path provided along the predetermined direction.

A component mounting system includes a component mounting device (15) configured to mount a component (E) on a board (S), a component storage (20) configured to store a component containing member (200) configured to contain a plurality of the components to be mounted on the board by the component mounting device, and a controller (22) configured to control an order in which the component containing member is unloaded from the component storage. The controller is configured to control the order in which the component containing member is unloaded based on an unloading priority when a plurality of the component containing members are scheduled to be unloaded.

A management apparatus for an accommodation member that accommodates components to be mounted on a board includes a memory to reserve identification information on the accommodation member required for a production of the board to each arrangement position of the accommodation member in the mounting device, and to store reservation information defining an order of use of multiple accommodation members for each production at the same arrangement position according to the number of components required for the production; and a management section configured to set the accommodation member scheduled to be finally used at each arrangement position in each production of the board based on the reservation information as a final accommodation member, and to manage the final accommodation member and other accommodation members other than the final accommodation member based on the identification information on the accommodation members in a distinguishable manner for an operator.

A changeover operation configuration device for use in a component mounting line including a registration section configured to register information of at least one of line layout information related to an arrangement of the component mounting line, work area layout information related to an arrangement of a work area at which the changeover operation is to be performed, and personnel quantity information of a quantity of operators who are to perform the changeover operation; an aggregation section configured to select the component type for which to perform changeover operation from the multiple component types, aggregate the component types to a restricted quantity of the component supply devices and designate the component supply devices as work targets; and a setting section configured to set an arrangement position of the component supply devices that are the work targets based on the at least one of the registered information.