JPH1168380A - Reel member allocation system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To prevent depletion of parts while producing printed circuit board units by allocating members needed for the production of each printed circuit board units specified in advance of the production of the units. SOLUTION: This system is composed of a server part 101 which stores and provides necessary data for print circuit board units, an inventory control part 102 which adds and changes reel members, and registers and changes their location, a work sequence planning part 103 which selects orders of the production lines of the printed circuit boards, and a reel member allocation part 104 which allocates from the reel members needed for the production of each printed circuit board units and is controlled by the inventory control part 102. Thereby, the system allocates the members needed for the production of each printed circuit board unit and allow production to continue without the unexpected depletion of parts during the production process.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a reel member attracting system in the manufacture of a printed board unit, and more particularly, to a member necessary for the production of a printed board unit before starting the production of the printed board unit. Production is performed while judging whether production is possible.

[0002]

2. Description of the Related Art In the manufacture of a printed board unit, when a reel member is mounted on a mounter device and a part is lost while the part is mounted on a printed wiring board and the part is designated as a missing part, the printed board unit is temporarily stopped. It is generally known to be on hold.

[0003] This is because the production is started without knowing whether or not the specified number of printed board units can be produced with the reel member mounted on the mounter device and the reel member at the storage location.

[0004]

As described above, conventionally, when a shortage occurs during the production, the production of the printed board unit is temporarily suspended, the reel member that has been out of stock is taken out from the storage location, and the production is started. There was a problem that the production had to be restarted and the production efficiency was not improved.

[0005] When the management of the reel members in the storage place is insufficient, the production is restarted in order to find out where the missing reel members are stored and how much remains. Take the time it takes to
There was a problem that the production efficiency could not be further increased.

[0006]

SUMMARY OF THE INVENTION The present invention has been made in consideration of the above-described problems, and is directed to a reel member attracting system for manufacturing a printed board unit.
Manages the storage of the reel member in the member storage unit and the removal of the reel member from the member storage unit, and allocates the components constituting the printed board unit to be produced from the reel member stored in the member storage unit. Accordingly, before starting the production of the printed circuit board unit, it is possible to perform the production while determining whether or not a predetermined number of printed circuit board units can be produced.

[0007]

DESCRIPTION OF THE PREFERRED EMBODIMENTS In a reel member attracting system in the manufacture of a printed board unit, a printed board unit production instruction, a line operation state, components corresponding to a drawing number of the printed board unit, a member storage state, etc. A server unit that stores and provides data required for production, and a reel member that is stored when the reel members are stored in the member storage unit, or when the reel members are removed from the member storage unit and supplied to the mounter device. , A location management unit for registering changes and their locations, and displaying the changes and locations, and a work sequence planning unit for selecting the production line of the printed circuit board unit to be produced and selecting the order.
A member assigning section that assigns a reel member required by the printed board unit to be produced from a reel member managed by the location management section, so that it is necessary to produce the printed board unit before starting production of the printed board unit. Thus, it is possible to perform the production in which unexpected parts are not cut off during the production, and the production efficiency can be improved.

When the reel member is stored in the member storage unit, the identification number (ID) of the reel member, the drawing number, the number of components stored in the reel member, the storage location name of the reel member, the cassette name, and the like. By attaching a label printed with data and a barcode indicating the data to the reel member, the remaining number and location of the reel member and the components stored therein can be managed. Further, the bar code reader can quickly and easily identify the members.

Further, a function of temporarily assigning a reel member required by a printed board unit to be produced from a reel member managed by a location management unit to a member assigning unit to judge whether or not production is possible without a shortage is provided. Provision makes it easier to plan the production sequence.

[0010] In addition, when a reel member required by a printed board unit to be produced is temporarily allocated to a member allocation unit from a reel member managed by a location management unit, if a shortage occurs, the production quantity at which no shortage occurs does not occur. By providing the function of instructing, the production order can be easily planned.

Further, the member assigning section is provided with a function of temporarily assigning the reel members required by the printed board unit to be produced from the reel members managed by the location management section, so that the same member can be printed by a plurality of members at the time of assigning the members. It can be prevented from being attracted to the plate unit.

[0012] The work sequence planning section also includes information on the presence or absence of production data of each line for the arbitrarily designated printed board unit, the tact time of each line, the production results of each line,
By providing a function for displaying manufacturing condition data such as the operating rate, the number of products produced, its production time, and the reflow temperature, anyone can easily select a production line and a production sequence.

In addition, the work sequence planning unit is provided with a function of arbitrarily setting a production line and arbitrarily setting a production sequence for a printed board unit arbitrarily designated, thereby efficiently setting a production line and a production sequence. be able to.

Further, the location management unit has a function of managing a required location and a required quantity of the reel members temporarily allocated by the member allocation unit, so that the reel members can be smoothly taken out and stored.

Further, when the reel members required by the printed circuit board unit to be produced are temporarily allocated from the reel members managed by the location management unit, the reel members having a small number of members are provisionally allocated to reduce the storage space for the reel members. It can be used efficiently.

Further, when the reel members required by the printed board unit to be produced are temporarily allocated from the reel members managed by the location management unit, if one reel is insufficient, the replenishing reel members are also temporarily allocated. By doing so, all the reel members to be allocated managed by the location management unit can be set as the targets of the temporary allocation.

Further, the location management unit has a function of deducting the number of temporarily allocated reel members from the number of reel members managed by the location management unit after the temporarily allocated reel members are supplied to the mounter device. With the provision, it is possible to manage the reel members according to the actual situation of the work.

When the number of temporarily allocated reel members is reduced from the number of reel members managed by the location management unit, the number of temporarily allocated reel members and a correction value that can be arbitrarily set for each component By subtracting the number of parts multiplied by the above, it is possible to prevent a shortage of parts when the number of parts exceeds a prescribed number due to a failure or the like.

Further, when a reel member that is no longer necessary for producing a printed board unit and a reel member having remaining components is stored in the member storage unit from the mounter device, an error in the number of components due to the correction value is corrected. This makes it possible to correct the number of components stored in the reel member generated by the correction to an appropriate value.

[0020]

FIG. 1 is a block diagram showing the configuration of the present invention. In the figure, reference numeral 1 denotes a component that stores a reel member in a component storage unit and manages the removal of a reel member from the component storage unit, and stores components constituting a printed board unit to be produced in the component storage unit. A reel member attracting system for attracting from a reel member, a mounter device 2 for mounting a reel member and mounting components on a printed wiring board to manufacture a printed board unit, and a member storage unit 3 for storing the reel member.

Further, the reel member assigning system 1 comprises:
A server unit 101 for storing and providing data necessary for the production of a printed board unit, such as a production instruction for the printed board unit, a line operation state, a component corresponding to the drawing number of the printed board unit, a member storage state, and a reel member Of the reel member, registration of the location, change of the location of the reel member, and display of the location where the reel member is stored in the member storage unit 3 or the reel member is taken out from the member storage unit 3 and supplied to the mounter device 2. , A work sequence planning unit 103 for selecting a production line and an order of a printed board unit to be produced, and a location management unit 102 for storing reel members required for the printed board unit to be produced.
And a member assigning unit 104 assigned from a reel member managed by.

The location management unit 102 includes a barcode output unit 106 for outputting a label attached to the reel member, and a bar for reading a barcode attached to the reel member, in order to facilitate management and identification of the reel member. Code input unit 1
07 is provided.

In the work sequence planning unit 103 and the member allocation unit 104, the contents of the set work sequence plan and the reel members are mounted on the mounter device 2 from the member storage unit 3 or stored in the member storage unit 3 from the mounter device 2. An output unit 105 that prints an instruction to perform is provided.

FIG. 2 shows a processing flowchart of an embodiment of the processing procedure of the present invention. This flow shows the processing procedure after the production instruction of the printed board unit is issued. Hereinafter, the operation will be described according to this flow.

Step S201: The reel members required for the production of the printed board unit for which production has been instructed are delivered and registered in the member storage unit 3.

Step S202: The production line of the printed board unit to be produced is selected, the production sequence is selected, and the members constituting the printed board unit are allocated.

Step S203: A work instruction indicating a reel member to be supplied from the member storage unit 3 to the mounter device 2 or a reel member to be returned from the mounter device 2 to the member storage unit 3 is output to the output unit 105.

Step S204: The reel member is supplied to the mounter device, and production starts.

Step S205: The number of reel members supplied to the mounter device is withdrawn from the member data table managed by the location management unit 102. Further, the reel member pulled up from the mounter device is returned to the member storage unit 3, and the location and the current quantity of the member data table managed by the location management unit are changed.

Step S206: It is determined whether to start the next production. If so, return to step S204,
If not, the process proceeds to step S207.

Step S207: It is determined whether all productions have been completed. If completed, the process ends. If not completed, the process returns to step S206.

FIGS. 3 and 4 show the configuration of one embodiment of various data stored in the server unit. In the figure, reference numeral 31 denotes a production instruction table storing data of the figure number and the number of printed board units to be produced, and 32 stores data of a storage location name of a member storage unit and a flag indicating its use / non-use. A storage location name table 33, a cassette name table storing data of a cassette name used when the reel member is mounted on the mounter device and a flag indicating use / non-use of the reel member, and 34 a location management of the reel member 6 is a member data table that stores data used for managing member assignment.

The member data table 34 includes a member ID indicating the identification number of the reel member set in the reel member registration of the location management unit, a member indicating the member name, a registration date indicating the registration date, and a registered quantity. The registered quantity shown, the location name showing the current location, the cassette name showing the name of the cassette mounted on the reel member, the allocated quantity showing the quantity currently allocated to produce the printed board unit, the allocated And a current figure indicating the currently usable quantity.

In the drawing, reference numeral 35 denotes a member indicating a member name;
A member correction value table that stores a value to be multiplied by an allocation quantity when the member is allocated and a correction value for preventing a component from running out, and 41 denotes A / B / A / B / that indicates a setting state of manufacturing data of a printed board unit. A line information table for storing C line data, A / B / C line tact indicating the tact time of each line, and A / B / C line actual data indicating whether or not each line has a production result. A / B / C indicating the tact time of each line
The data of the line tact, the operation rate indicating the operation rate up to now, the production number indicating the production number up to now, the production time indicating the production time so far in minutes, and the reflow temperature indicating the current reflow temperature are stored. A line state table 43, a printed board unit component parts table in which data indicating the drawing number of the printed board unit and the members indicating the names of the members constituting the printed board unit and the quantity of data indicating the required number of the members are stored; Reference numeral 44 denotes a work sequence plan in which data of a drawing number indicating a production instruction, a number indicating a production number, line selection indicating a production line for producing the drawing number, and sequence selection indicating a production order are stored. It is a table.

FIG. 5 shows a processing flowchart of one embodiment of the location management unit. Hereinafter, the operation will be described according to this flow.

Step S501: Processing items of the location management unit such as member registration, member withdrawal, member raising, etc. are displayed on the display unit, and a processing item is selected.

Step S502: It is determined whether the selected processing item is a member registration. If the member is registered, step S503
If not, the process proceeds to step S504.

Step S503: Register the data of the reel members to be stored in the member storage unit, output a label with a bar code representing the data in a bar code to the bar code output unit, and store the output label. Paste to the member. Details of this process will be described later with reference to an example diagram of a member registration display screen of the location management unit in FIG.
Then, the process ends.

Step S504: It is determined only that the selected processing item is a member withdrawal. If the member is withdrawn, the process proceeds to step S505. If the member is not withdrawn, the process proceeds to step S506.

Step S505: The current number of reel members supplied to the mounter device is calculated, and the data stored in the member data table is updated. The details of this process will be described with reference to FIG. 7 which is an illustration of an embodiment of the withdrawal member registration display screen of the location management unit. Then, the process ends.

Step S506: It is determined whether or not the selected processing item is a member lifting. If the member is raised, the process proceeds to step S507; if not, the process proceeds to step S5.
Return to 01.

Step S507: In order to return the reel member lifted from the mounter device to the member storage unit, the location of the reel member is changed. If the number of components stored in the reel member is significantly different, the number is changed. This is performed on the member data table. The details of this process will be described with reference to FIG. Then, the process ends.

FIG. 6 shows an embodiment of the member registration display screen of the location management unit. In the figure, 61 is a member registration display screen, 62
Is a bar code indicating registered reel member data, 63
Is the display content of the label attached to the reel member.

The display screen includes a bar code and an ID for displaying the bar code and the identification number (ID) of the reel member.
A display field, a drawing number and quantity input field for inputting the drawing number and quantity of the reel member, and a storage location name and cassette name input field for inputting the storage place name for storing the reel member and the cassette name used for the reel member When,
The input data is stored in the member data table 34 shown in FIG. 3, and a registration button for outputting the input data to the barcode output unit 106, a cancel button for clearing the input data, and terminating the member registration process. It consists of a close button and

The data displayed in the ID display field is automatically set by the system, and the storage location name field displays the storage location name in the storage location name table 32 of FIG. 3 when the input field is selected. When one of them is selected and the input field is also selected in the cassette name field, the cassette name in the cassette name table 33 of FIG. 3 is displayed, and one of them is selected.

FIG. 7 shows an embodiment of the withdrawn member registration display screen of the location management unit. In the drawing, a withdrawn member registration display screen 71 includes a figure number input field for inputting a figure number of a printed board unit to start production, a member data display field for displaying data of a reel member supplied to the mounter device, and a The number of supplied reel members, that is, an OK button for clearing the allocated number in the member data table 34 of FIG. 3 to 0 and a close button for ending the process of registering the withdrawn member.

The member and quantity data in the display field of the member data 72 are obtained by displaying the components of the printed board unit designated in the drawing number input field from the printed board unit component parts table 43 in FIG. , And other data are obtained and displayed from the member number specified in the drawing number input field and the member data of the row corresponding to the assigned drawing number in the member data table 34 of FIG.

FIG. 8 shows an embodiment of the pull-up member registration display screen of the location management unit. In the drawing, a lifting member registration display screen 81 includes a drawing number input field for inputting a drawing number of the printed board unit whose production has been completed, and a member data display for displaying data of a reel member which is pulled up from the mounter device and returned to the member storage unit. OK button for changing the field and the number and location of the reel members to be lifted from the mounter device and returned to the member storage unit, that is, the data of the corresponding reel members in the member data table 34 of FIG. 3 is changed. When the part number of the pulled-up reel member is different from the displayed quantity, the close button for terminating the processing of the raised member registration is changed to the input field, and the quantity is changed. It consists of a quantity change button.

The data of the member, the quantity, and the location of the movement source in the display field of the member data 82 match the drawing number specified in the drawing number input field and the assigned drawing number of the member data table 34 in FIG. Obtained from the row member data and displayed. The destination location is displayed by the system acquiring the space in the member storage unit from the storage location name table 32 in FIG.

FIG. 9 shows a processing flowchart of one embodiment of the work order planning section. Hereinafter, the operation will be described according to this flow.

Step S901: The processing item of the work procedure plan is displayed on the display unit, and the processing item is selected.

Step S902: It is determined whether the selected processing item is line selection. If line selection, step S9
03, and if not line selection, the process proceeds to step S904.

Step S903: A line selection screen is displayed on the display unit, and line selection is performed. Then, the process returns to step S901.

Step S904: It is determined whether or not the selected processing item is selected in order. If order is selected, step S905
Proceed to If not, the process returns to step S901.

Step S905: An order selection screen is displayed on the display unit, and the order is selected.

Step S906: The members necessary for producing the printed board units selected in order are allocated. Details of this processing will be described in the description of the processing flowchart of one embodiment of the member allocation unit in FIG.

Step S907: It is determined whether all allocations have been completed. If completed, step S908
If not, the process returns to step S905.

Step S908: The work sequence plan data set above is stored in the server unit in the configuration of the work sequence plan table 44 of FIG. Then, the process ends.

FIG. 10 shows an embodiment of the line selection screen of the work order planning section. In the figure, a line selection screen 1001
Is a drawing number of the production instruction table 31 of FIG. 3, a drawing number for displaying the number of sheets, a production number display field, a line selection input field for inputting production line setting data, an order selection display field for displaying the production order, It is composed of a display field of line selection data to be referred to for selecting a production line, an OK button for confirming the input line selection data and terminating the processing, and a Cancel button for terminating the processing.

The display field of the line selection data displays the data of the line information table 41 shown in FIG.

FIG. 11 shows an embodiment of the sequence selection screen of the work sequence planning section. In the figure, a sequence selection screen 1101 is used to input a drawing number, a drawing number for displaying the number, a production number display field, a line selection display field for displaying a production line, and a production order setting data of the production instruction table 31 in FIG. Order selection input field to be performed, a display field of sequence selection data referred to for selecting a production sequence,
Confirm the input sequence selection data and end the process OK
It consists of a button and a cancel button for canceling the processing.

In the display field of the order selection data, data of the line state table 42 of FIG. 4 is displayed.

FIG. 12 is a processing flowchart of one embodiment of the member assigning section. FIG. 13 shows an example of a member assignment display screen of the member assignment unit in which the result processed by the member assignment unit is displayed on the display unit.

In the drawing, the member allocation display screen 130 is shown.
Reference numeral 1 denotes a display field for displaying assigned data and an OK button for ending the processing. Then, the allocation data includes the drawing number assigned to the member, the number of sheets for which production is instructed, the number and number of members required to compose the drawing number, the allocation reel ID indicating the member allocated to the member and the remaining number, the location, When the number of allocated members is insufficient, the number of replenishment reels indicates members allocated for replenishment, the number of remaining reels, the location, the allocation reel ID, and the number of products that can be produced by the replenishment reel ID. .

Hereinafter, the operation will be described in accordance with the flow of FIG.

Step S1201: The member allocation work area of the designated drawing number is acquired in the memory, and the data of the number of sheets corresponding to the designated drawing number from the production instruction table 31 of FIG. 3 and the printed board unit configuration of FIG. Parts table 43
Set the data of the member and the quantity corresponding to the drawing number specified from. The configuration of the work area acquired in the memory is shown in FIG.
This is the same as the configuration of the allocation data displayed on the member allocation display screen 1301 of No. 3.

Step S1202: The presence / absence of a member to be allocated is determined by referring to the member data table 34 in FIG. 3, and if there is, the one with the smallest current quantity is searched to determine whether there is a quantity necessary for production.

Step S1203: Step S1202
As a result, it is determined whether there is a member to be allocated. If there is a member, the process proceeds to step S1205; otherwise, the process proceeds to step S1204.

Step S1204: "Missing" is set in the assigned reel ID column of the work area. Then, the process proceeds to step S1203.

Step S1205: Step S1202
As a result, it is determined whether the number of members to be allocated is equal to or less than the required number. If not, the process proceeds to step S1207. If not, the process proceeds to step S1206.

Step S1206: Assigned quantity, current quantity, assigned drawing number and location in the member data table 34 in FIG. 3 are set, and the assigned reel I in the work area is set.
The member ID of the member data table is set to D, the current quantity of the member data table is set to the number of remaining work areas, and the data of the location of the member data table is set to the location of the work area.
Then, the process proceeds to step S1213.

The values of the allocated quantity and the current quantity in the member data table 34 are calculated by the following equations. Allocated quantity = Quantity x Number of sheets x Correction value Current quantity = Current quantity-Assigned quantity In the example of the member allocation display screen 1301, for example, the current quantity of the member having the allocation reel ID of 1230 is 1600, and the correction value is 1.0. Calculating in the example, allocated quantity = 10 × 100 × 1.0 = 1000 current quantity = 1600−1000 = 600.

By setting the correction value to 1 or more, it is possible to correct the number of parts to be used due to a failure of the mounter device or the like, and to prevent parts shortage due to a failure or the like. . Further, the correction values are set for each member as shown in the member correction value table 35 of FIG.

Step S1207: Assigned quantity, current quantity, assigned drawing number and location in the member data table 34 of FIG. 3 are set, and the assigned reel I in the work area is set.
The member ID of the member data table is set to D, the current quantity of the member data table is set to the number of remaining work areas, and the data of the location of the member data table is set to the location of the work area.

Step S1208: The presence or absence of a member to be allocated for replenishment is determined by referring to the member data table 34 of FIG.
Check if the quantity required for production is available.

Step S1209: Step S1208
As a result, it is determined whether the number of members to be allocated is equal to or less than the required number. If not, the process proceeds to step S1211. If not, the process proceeds to step S1210.

Step S1210: Assigned quantity, current quantity, assigned drawing number and location of the member data table 34 in FIG. 3 are set, the member ID of the member data table is set to the replenishment reel ID of the work area, and the work area is refilled. The current quantity of the member data table is set to the remaining number of reel IDs, and the data of the location of the member data table is set to the location of the supplementary reel ID in the work area. Then, step S12
Proceed to 13.

Step S1211: Step S1208
As a result, it is determined whether the number of members to be allocated is zero. If the quantity is 0, the process proceeds to step S1213, and if not, the process proceeds to step S1212.

Step S1212: "Skip" is set in the replenishment reel ID column of the work area. Then, step S1
Return to 208.

Step S1213: The number of producible sheets is calculated from the number of allocated members, and is set in the number of producible sheets field of the work area. The producible number is calculated by the following equation. Number of producible sheets = (number of allocated members + number of replenishment allocated members) / quantity The number of allocated members is the allocated number of allocated reel IDs, and the number of replenished allocated members is the allocated number of refill reel IDs.

Step S1214: It is determined whether the allocation has been completed for all members. If completed, the process ends. If not completed, the process returns to step S1202.

[0082]

The present invention is embodied in the form described above, and has the following effects.

Before starting the production of the printed circuit board unit, it is possible to prevent parts from being cut off during the production of the printed circuit board unit by preliminarily allocating the members required for the production of the designated printed circuit board units. It is. In addition, since it is possible to anticipate running out of parts when arranging the members, it is possible to take a process such as placing the parts close in advance, and to promptly respond to running out of parts.

Further, by managing the type, quantity and location of the members, the members of the mounter can be quickly and easily replenished during the production, thereby improving the production efficiency of the printed board unit. can do.

[Brief description of the drawings]

FIG. 1 is a configuration block diagram of the present invention.

FIG. 2 is a processing flowchart of an embodiment of the processing procedure of the present invention.

FIG. 3 is a configuration diagram (1) of an embodiment of various data stored in a server unit.

FIG. 4 is a configuration diagram (2) of an embodiment of various data stored in a server unit.

FIG. 5 is a processing flowchart of an embodiment of a location management unit.

FIG. 6 is a diagram illustrating an example of a member registration display screen of a location management unit.

FIG. 7 is a diagram illustrating an example of a withdrawn member registration display screen of the location management unit.

FIG. 8 is a diagram illustrating an example of a lifting member registration display screen of the location management unit.

FIG. 9 is a processing flowchart of an embodiment of a work order planning unit.

FIG. 10 is a diagram illustrating an example of a line selection screen of a work order planning unit.

FIG. 11 is a diagram illustrating an example of an order selection screen of a work order planning unit.

FIG. 12 is a processing flowchart of an embodiment of a member allocation unit.

FIG. 13 is a diagram illustrating an example of a member assignment display screen of a member assignment unit.

[Explanation of symbols]

 101 server section 102 location management section 103 work sequence planning section 104 member allocation section

Claims (13)

[Claims] 1. A reel member attracting system in the manufacture of a printed board unit, which is used for producing a printed board unit such as a production instruction of the printed board unit, a line operation state, a component corresponding to a drawing number of the printed board unit, and a member storage state. A server unit (101) for storing and providing necessary data; and a reel unit for storing a reel member in a member storage unit and removing a reel member from the member storage unit and supplying the reel member to a mounter device. A location management unit (102) for adding, changing, and registering, changing, and displaying the location of the location; and a work sequence planning unit (103) for selecting a production line of a printed circuit board unit to be produced and selecting an order. Allocate the reel members required by the printed board unit from the reel members managed by the location management unit. That member and provision unit (104) comprises a reel member provision system characterized printed board unit in advance Hikiateru that the members required for production before the start of production printed board unit. 2. When a reel member is stored in a member storage unit, data such as an identification number of the reel member, a drawing number, the number of components stored in the reel member, a storage location name of the reel member, a cassette name, and the like. 2. The reel member assigning system according to claim 1, wherein a label printed with a barcode indicating the data is attached to the reel member. 3. A function of temporarily assigning a reel member required by a printed board unit to be produced from a reel member managed by a location management unit to a member assigning unit, and determining whether or not production is possible without a shortage. The reel member allocation system according to claim 1, further comprising: 4. When a reel member required by a printed board unit to be produced is temporarily allocated to a member allocation unit from a reel member managed by a location management unit and a shortage occurs,
2. The reel member allocation system according to claim 1, further comprising a function of designating a production quantity at which no shortage occurs. 5. The reel member according to claim 1, wherein the member allocating section has a function of temporarily allocating a reel member required by the printed board unit to be produced from the reel member managed by the location management section. Assignment system. 6. The work sequence planning section includes the presence / absence of production data of each line for a printed board unit arbitrarily specified, the tact time of each line, the production results of each line, the operation rate up to now, the number of productions, and the like. The reel member allocation system according to claim 1, further comprising a function of displaying manufacturing condition data such as a production time and a reflow temperature. 7. The reel member allocation system according to claim 1, wherein the work sequence planning unit has a function of arbitrarily setting a production line selection and a sequence selection for a printed board unit arbitrarily designated. . 8. The reel member allocation system according to claim 1, wherein the location management unit has a function of managing a required location and a required quantity of the reel member temporarily allocated by the member allocation unit. 9. The method according to claim 5, wherein when the reel members required by the printed circuit board unit to be produced are temporarily allocated from the reel members managed by the location management unit, the temporary allocation is performed from the reel members having a small number of members. Reel member allocation system. 10. When a reel member required by a printed board unit to be produced is temporarily allocated from a reel member managed by a location management unit, if one reel is insufficient, a reel member for replenishment is also temporarily allocated. The reel member allocation system according to claim 5, wherein 11. The location management unit has a function of deducting the number of temporarily allocated reel members from the number of reel members managed by the location management unit after the temporarily allocated reel members are supplied to the mounter device. The reel member allocation system according to claim 1, further comprising: 12. When the number of temporarily allocated reel members is reduced from the number of reel members managed by the location management unit, the number of temporarily allocated reel members is determined by:
12. The reel member allocation system according to claim 11, wherein the number of parts is multiplied by a correction value arbitrarily set for each part. 13. When a reel member that is no longer necessary for producing a printed board unit and a reel member having remaining components is stored in a member storage unit from a mounter device, an error in the number of components due to a correction value is corrected. The reel member allocation system according to claim 11, wherein