CN114418491A - Printed board warehouse-out indicating system - Google Patents
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Abstract
The invention discloses a printed board warehouse-out indicating system, which belongs to the technical field of material warehouse-out and comprises an upper computer, a lower computer and a database end. The upper computer system end comprises a user login module, a printed board information batch import module, a magnetic ring information batch import module, a printed board warehouse location query module, a printed board warehouse exit module, a communication module, a virtual warehouse location display module and a warehouse exit information query module; the lower computer comprises a self-checking module, an indicator light control module, a key module and a communication module; the database end comprises a printed board inventory management database, a magnetic ring inventory management database and a delivery information database. The invention has the advantages that: the informatization and intelligentization level of the printed board ex-warehouse is effectively improved, the storage formats of the printed board and the magnetic ring inventory information are standardized, and the ex-warehouse efficiency of the printed board is remarkably improved. The social competitiveness of enterprises is improved.
Description
Technical Field
The invention relates to the technical field of material delivery, in particular to a printed board delivery indicating system.
Background
The printed board and accessories thereof are important carriers for the structure upgrading of the scientific research industry of electronic enterprises and the material basis for manufacturing electronic equipment, and are also the material guarantee for the normal production of the electronic enterprises. With the generation of diversified demand patterns in the field of electronic equipment, electronic devices are more likely to be produced in a multi-variety and small-lot manner. At present, most of electronic enterprises are very heavy in scientific research and production tasks, short in project development period, various in product types, and increasing in the number of printed boards and accessories thereof, and increasingly high requirements are provided for the ex-warehouse management efficiency of the printed boards. If the printed board is attached with a magnetic ring, service personnel needs to be reminded to take the magnetic ring matched with the printed board out of the warehouse.
The traditional printed board library position information managed by the Excel table has the problems of low query efficiency, incapability of sharing information and the like. After receiving the complete set of tasks, the material center business personnel need to download the latest information of the printed board to be delivered from the material management system; and then, the printed board models are copied and pasted one by one, and the storage position of the printed board with the model is inquired in a stock management Excel table, so that the working efficiency is extremely low. And although the traditional flat stock storage can meet the increasing requirements of production modes of multiple varieties and small batches, a warehouse manager in a material center needs to manually record the number of the stock positions of the goods shelves to finish the task of delivering the printed boards out of the warehouse, and the speed of identifying the stock positions is slow and breakpoint control is difficult to carry out.
Therefore, the problem of ex-warehouse of the printed board not only severely restricts the operation efficiency of the supply chain management system, but also forms a great obstacle to the improvement of the comprehensive delivery capacity of products of electronic enterprises.
Disclosure of Invention
In view of this, the invention provides a printed board warehouse-out indicating system. The system effectively improves the informatization and intelligentization level of the printed board ex-warehouse, standardizes the storage formats of the printed board and the magnetic ring inventory information, and obviously improves the efficiency of the printed board ex-warehouse. The social competitiveness of enterprises is improved.
The technical scheme of the invention is realized as follows:
a printed board warehouse-out indicating system comprises an upper computer, a lower computer and a database end;
the database side has the following program modules:
the printed board inventory management database is used for storing and managing printed board information;
the magnetic ring inventory management database is used for storing and managing magnetic ring information matched with the printed board; the ex-warehouse information database is used for managing ex-warehouse information of the printed board and the magnetic ring;
the upper computer comprises the following program modules:
the user login module is used for judging the right of a login user by acquiring login information input by a user;
the printed board information batch import module is used for providing data for a printed board inventory management database, and importing a table stored with printed board information and storing the printed board inventory information data in the printed board inventory management table;
the magnetic ring information batch import module is used for providing data for a magnetic ring inventory management database, importing a table stored with magnetic ring information and storing the magnetic ring inventory information in a magnetic ring inventory management table;
the printed board library position query module specifically comprises the following functions: (1) obtaining the type and the number of printed boards to be delivered from the warehouse on the day by butting an enterprise material management system; (2) inquiring a library position for storing the printed board of the model in a printed board inventory management database and acquiring a library position number; then, the warehouse location number to be delivered is sent to a virtual warehouse location display module, and the state of the warehouse location to be delivered is displayed in the virtual warehouse location display module; (3) based on the library position number of the printed board, inquiring whether a magnetic ring exists in the library position in a magnetic ring inventory management database; if yes, marking the library position; sending the library position number stored with the magnetic ring to a virtual library position display module, and updating the state of the library position to be discharged in the virtual library position display module; (4) sending the printed board models, the printed board number and the printed board warehouse location number to a printed board warehouse-out module;
the printed board warehouse-out module is used for acquiring the types and the number of the printed boards and the warehouse location number in the printed board warehouse location query module, printing the warehouse-out lists of the printed boards and the magnetic rings on the same day, and marking the warehouse location with the magnetic rings;
the communication module specifically comprises the following functions: (1) based on a specified communication protocol, whether the communication between the upper computer and the lower computer is normal is judged by sending an instruction to the lower computer and obtaining feedback information of a communication module of the lower computer; (2) based on a specified communication protocol, the library position number with the ex-warehouse task is accurately transmitted to a lower computer communication module; (3) based on a specified communication protocol, receiving feedback information of a lower computer communication module, displaying the state of the warehouse location of which the warehouse-out task is finished in a virtual warehouse location display module, and updating a printed board inventory management database; if the magnetic rings exist in the warehouse location of the printed board, the warehouse-out quantity of the magnetic rings is consistent with the warehouse-out quantity of the printed board, and meanwhile, the magnetic ring inventory management database is updated; updating the ex-warehouse information database;
the virtual storage position display module is used for displaying all storage positions on a system main interface, receiving instructions sent by the printed board storage position query module and the communication module and updating the states of the storage positions;
the ex-warehouse information query module is used for querying the ex-warehouse information of the printed board and the magnetic ring with specified types or the ex-warehouse information in specified time periods in the ex-warehouse information database by filling the type of the printed board or the time;
the lower computer comprises:
the self-checking module is used for judging whether the lower computer works normally or not by controlling the flashing of the shelf row head lamp for a specified time;
the indicating lamp control module receives the instruction of the lower computer communication module and controls the indicating lamps beside the warehouse positions to flash so as to realize the warehouse-out instruction sent by the upper computer system;
the key module is used for controlling the light-out of the storage position indicator lamp corresponding to the key, storing the information of the light-out storage position, and sending the storage position number which has finished the ex-warehouse task to the upper computer system through the lower computer communication module;
the communication module specifically comprises the following functions: (1) receiving an instruction sent by the upper computer communication module, sending the instruction to the indicator lamp control module, and controlling the light of the designated storage location to flicker; (2) and receiving the warehouse-out information of the key module, and feeding back the warehouse position number which is subjected to warehouse-out to the communication module of the upper computer.
Furthermore, in a printed board library position query module of the upper computer, the information of the printed board to be delivered out of the library can be searched according to the keywords; the search key field includes: a center number, a delivery serial number or a delivery order number.
Further, in the printed board warehouse-out module of the upper computer, the printed warehouse-out list information includes: the printed board type, the warehouse location number, the shelf number, the warehouse-out quantity, the warehouse-out time limit and whether a magnetic ring exists or not.
Further, in the communication module of the upper computer, the communication protocol between the communication module of the upper computer and the communication module of the lower computer is as follows:
(1) sending instruction protocol: communicating with a lower airplane wheel stream, firstly sending a lower machine address code, and continuing to send an instruction code after delaying for a certain time, wherein the sent instruction code needs to comprise layer number and position information;
(2) receiving a feedback protocol: inquiring the lower computers in turn, firstly sending the address codes of the lower computers, delaying for a certain time, then continuously sending the specified inquiry command codes, and waiting for the lower computers to reply.
Furthermore, in the communication module of the lower computer system end, the following protocol is observed during information feedback: and replying the self address + the feedback code, wherein the sent feedback code needs to comprise the layer number and the position information.
The invention adopts the technical scheme to produce the beneficial effects that:
1. the storage formats of the stock information of the printed board and the magnetic ring are standardized through the module of the database end, so that the electronic components can be efficiently, accurately and intelligently managed by enterprises without paper, the information sharing of all business personnel of the enterprises is realized, and the problems of high error rate and the like caused by untimely information transmission are solved;
2. according to the invention, through cooperation of modules at the upper computer end and the lower extreme, the overall efficiency of the material alignment work is greatly improved, the informatization and intelligentization levels of the printed board warehouse-out are effectively improved, and the warehouse-out efficiency of the printed board is obviously improved. The social competitiveness of the enterprise is improved, and the lean production requirement of the enterprise is met.
Drawings
FIG. 1 is a system operation flow of an embodiment of the present invention;
fig. 2 is a communication flow between the upper computer and the lower computer according to the embodiment of the present invention;
Detailed Description
The invention is described in detail below with reference to the figures and specific embodiments.
The intelligent indicating system for the ex-warehouse of the printed board comprises an upper computer system end, a lower computer system end and a database end.
Referring to fig. 1, a user firstly logs in a main interface of a software system through a login module, and the software system can judge the right of a login user by acquiring login information input by the user.
Then, a user can select to import a new Excel table stored with printed board information, and all data related to the printed board inventory information are stored in a printed board inventory management table; importing an Excel table in which magnetic ring inventory information is stored, and storing all data related to the magnetic ring inventory information in a magnetic ring inventory management table;
acquiring the types and the number of printed boards to be delivered from the warehouse on the day by utilizing a printed board warehouse location query module and butting an enterprise material management system; the system also supports searching the printed board information to be delivered from the warehouse on the day in the module according to the keywords. The search key field includes: a center number, a delivery serial number or a delivery order number.
Inquiring a library position for storing the printed board of the model in a printed board inventory management database and acquiring a library position number; then, the warehouse location number to be delivered is sent to a virtual warehouse location display module, and the state of the warehouse location to be delivered is displayed in the virtual warehouse location display module; and inquiring whether the magnetic ring exists in the library position in a magnetic ring inventory management database based on the library position number of the printed board. If yes, marking the library position; sending the library position number stored with the magnetic ring to a virtual library position display module, and updating the state of the library position to be discharged in the virtual library position display module; the background color of the warehouse place without the warehouse-out task is gray; only the background color of the position of the printed board for going out of the warehouse is red; the background color of the warehouse location to be warehoused, which has both the printed board warehouse-out task and the magnetic ring warehouse-out task, is half red and half yellow; the background color of the warehouse place which has finished warehouse-out is green.
The printed board warehouse-out module is used for acquiring the types and the number of the printed boards and the warehouse location number in the printed board warehouse location query module, printing the warehouse-out lists of the printed boards and the magnetic rings on the same day, and marking the warehouse location with the magnetic rings; the printed delivery slip information includes: the printed board type, the warehouse location number, the shelf number, the warehouse-out quantity, the warehouse-out time limit and whether a magnetic ring exists or not.
Sending an instruction to the single chip microcomputer, storing that a storage position indicator lamp of a printed board to be delivered is on, and feeding back lighting information to the upper computer;
the user instructs the task of accomplishing the goods and materials warehouse-out according to the bright light, closes the pilot lamp through pressing the button next to the pilot lamp. At this moment, the key module of the lower computer can control the corresponding storage position indicator lamp of the key to be turned off by acquiring the key information, and the storage position information of the turned-off lamp is stored. When the upper computer inquires, the obtained warehouse-out position information is fed back to the upper computer through the communication module.
Referring to fig. 2, the communication steps of the upper computer and the lower computer are as follows;
(1) and the communication with the lower computer in turn confirms that the communication state is good. The specific rule is as follows: and communicating with the lower computer wheel stream, firstly sending the address code of the lower computer, continuing to send the instruction code 11 after delaying for 100ms, and waiting for the lower computer to reply. The lower computer replies the address + 11;
(2) and sending the ex-warehouse information to a lower computer. The specific rule is as follows: communicating with a lower airplane wheel stream needing to be delivered out of a warehouse, firstly sending a lower machine address code, continuing to send the instruction code 22 after delaying for 100ms, and continuing to send delivery information including layer number and position information, wherein the second layer and the fifth printed board box send the instruction code 02 and 05;
(3) and inquiring the state of the lower computer in turn, and updating the ex-warehouse information. The specific rule is as follows: inquiring the lower computers in turn, firstly sending the address codes of the lower computers, continuing to send the instruction codes 33 after delaying for 100ms, and waiting for the lower computers to reply. The lower computer replies the information that the self address +33+ is finished being delivered. If the fifth print card box of the second layer has been completed, 02, 05 is sent. If no bank is in the bank, the self address +33+ FF is directly replied.
And the ex-warehouse information inquiry module is used for inquiring the ex-warehouse information of the printed board and the magnetic ring with specified types or the ex-warehouse information in specified time periods in the ex-warehouse information database by filling the type of the printed board or the time.
After the upper computer sends an instruction to the lower computer, the indicating lamp control module of the lower computer controls the indicating lamps beside the appointed warehouse positions to flicker, and the warehouse-out instruction sent by the upper computer is realized.
The above description is only an embodiment of the present invention, but the present invention is not limited to the embodiment. Those skilled in the art can make various equivalent modifications or substitutions without departing from the spirit and principle of the invention, and the equivalents or substitutions are included in the scope defined by the claims of the present application.
Claims (5)
1. A printed board warehouse-out indicating system is characterized by comprising an upper computer, a lower computer and a database end;
the database side has the following program modules:
the printed board inventory management database is used for storing and managing printed board information; the information of the printed board comprises the model number, the number and the position information of the printed board;
the magnetic ring inventory management database is used for storing and managing magnetic ring information matched with the printed board; the magnetic ring information comprises the number of magnetic rings and the positions of the magnetic rings;
the ex-warehouse information database is used for managing ex-warehouse information of the printed board and the magnetic ring; the ex-warehouse information comprises ex-warehouse persons and ex-warehouse time;
the upper computer comprises the following program modules:
the user login module is used for judging the right of a login user by acquiring login information input by a user;
the printed board information import module is used for providing data for a printed board inventory management database, importing a table stored with printed board information and storing the printed board inventory information data into the printed board inventory management table;
the magnetic ring information import module is used for providing data for a magnetic ring inventory management database, importing a table stored with magnetic ring information and storing the inventory information of the magnetic ring in the magnetic ring inventory management table;
the printed board library position query module specifically comprises the following functions: (1) obtaining the type and the number of printed boards to be delivered from the warehouse on the day by butting an enterprise material management system; (2) inquiring a library position for storing the printed board of the model in a printed board inventory management database and acquiring a library position number; then, the warehouse location number to be delivered is sent to a virtual warehouse location display module, and the state of the warehouse location to be delivered is displayed in the virtual warehouse location display module; (3) based on the library position number of the printed board, inquiring whether a magnetic ring exists in the library position in a magnetic ring inventory management database; if yes, marking the library position; sending the library position number stored with the magnetic ring to a virtual library position display module, and updating the state of the library position to be discharged in the virtual library position display module; (4) sending the printed board models, the printed board number and the printed board warehouse location number to a printed board warehouse-out module;
the printed board warehouse-out module is used for acquiring the types and the number of the printed boards and the warehouse location number in the printed board warehouse location query module, printing the warehouse-out lists of the printed boards and the magnetic rings on the same day, and marking the warehouse location with the magnetic rings;
the communication module specifically comprises the following functions: (1) based on a specified communication protocol, whether the communication between the upper computer and the lower computer is normal is judged by sending an instruction to the lower computer and obtaining feedback information of a communication module of the lower computer; (2) based on a specified communication protocol, the library position number with the ex-warehouse task is accurately transmitted to a lower computer communication module; (3) based on a specified communication protocol, receiving feedback information of a lower computer communication module, displaying the state of the warehouse location of which the warehouse-out task is finished in a virtual warehouse location display module, and updating a printed board inventory management database; if the magnetic rings exist in the warehouse location of the printed board, the warehouse-out quantity of the magnetic rings is consistent with the warehouse-out quantity of the printed board, and meanwhile, the magnetic ring inventory management database is updated; updating the ex-warehouse information database;
the virtual storage position display module is used for displaying all storage positions on a system main interface, receiving instructions sent by the printed board storage position query module and the communication module and updating the states of the storage positions;
the ex-warehouse information query module is used for querying the ex-warehouse information of the printed board and the magnetic ring with specified types or the ex-warehouse information in specified time periods in the ex-warehouse information database by filling the type of the printed board or the time;
the lower computer comprises:
the self-checking module is used for judging whether the lower computer works normally or not by controlling the flashing of the shelf row head lamp for a specified time;
the indicating lamp control module receives the instruction of the lower computer communication module and controls the indicating lamps beside the warehouse positions to flash so as to realize the warehouse-out instruction sent by the upper computer system;
the key module is used for controlling the light-out of the storage position indicator lamp corresponding to the key, storing the information of the light-out storage position, and sending the storage position number which has finished the ex-warehouse task to the upper computer system through the lower computer communication module;
the communication module specifically comprises the following functions: (1) receiving an instruction sent by the upper computer communication module, sending the instruction to the indicator lamp control module, and controlling the light of the designated storage location to flicker; (2) and receiving the warehouse-out information of the key module, and feeding back the warehouse position number which is subjected to warehouse-out to the communication module of the upper computer.
2. The printed board warehouse-out indicating system according to claim 1, wherein the printed board warehouse location searching module of the upper computer can search the printed board information to be warehoused according to keywords; the search key field includes: a center number, a delivery serial number or a delivery order number.
3. The printed board warehouse-out indicating system according to claim 1, wherein in the printed board warehouse-out module of the upper computer, the printed warehouse-out order information comprises: the printed board type, the warehouse location number, the shelf number, the warehouse-out quantity, the warehouse-out time limit and whether a magnetic ring exists or not.
4. The printed board warehouse-out indicating system according to claim 1, wherein in the communication module of the upper computer, the communication protocol between the communication module of the upper computer and the communication module of the lower computer is as follows:
(1) sending instruction protocol: communicating with a lower airplane wheel stream, firstly sending a lower machine address code, and continuing to send an instruction code after delaying for a certain time, wherein the sent instruction code needs to comprise layer number and position information;
(2) receiving a feedback protocol: inquiring the lower computers in turn, firstly sending the address codes of the lower computers, delaying for a certain time, then continuously sending the specified inquiry command codes, and waiting for the lower computers to reply.
5. The printed board warehouse-out indicating system according to claim 1, wherein the communication module at the lower computer system side complies with the following protocol when feeding back information: and replying the self address + the feedback code, wherein the sent feedback code needs to comprise the layer number and the position information.
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| Application Number | Priority Date | Filing Date | Title |
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| CN202210020188.0A CN114418491A (en) | 2022-01-10 | 2022-01-10 | Printed board warehouse-out indicating system |
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| CN202210020188.0A CN114418491A (en) | 2022-01-10 | 2022-01-10 | Printed board warehouse-out indicating system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN114997774A (en) * | 2022-05-12 | 2022-09-02 | 中国电子科技集团公司第五十四研究所 | Resistance-capacitance ex-warehouse system |
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| CN110428202A (en) * | 2019-07-29 | 2019-11-08 | 浙江圣奥家具制造有限公司 | Warehouse, warehouse entry method and warehouse warehouse-out method |
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| CN114997774A (en) * | 2022-05-12 | 2022-09-02 | 中国电子科技集团公司第五十四研究所 | Resistance-capacitance ex-warehouse system |
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