CN204576588U - Material management system - Google Patents
Material management system Download PDFInfo
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- CN204576588U CN204576588U CN201520107356.5U CN201520107356U CN204576588U CN 204576588 U CN204576588 U CN 204576588U CN 201520107356 U CN201520107356 U CN 201520107356U CN 204576588 U CN204576588 U CN 204576588U
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Abstract
The utility model discloses a kind of material management system, comprise and store support body, programmable logic control implementations, input block and computing machine.Store support body and have multiple storage lattice and multiple light source, each stores lattice in order to store at least one material, and one of them of each light source corresponding multiple storage lattice is respectively arranged at and stores on support body.Programmable logic control implementations is electrically connected at multiple light source.Input block is in order to input the item number of target material.Computing machine is electrically connected at programmable logic control implementations and input block.Computing machine matches according to the item number of input the storage lattice storing target material, and controls programmable logic control implementations by light source igniting corresponding for the storage lattice in order to store target material.Operator just can find the storage lattice of target material of its institute corresponding for accessing from the light source lighted and numbering thereof rapidly, thus accesses target material.Thus, a large amount of labor management time and cost can just be saved.
Description
Technical field
The utility model relates to a kind of material management system, particularly relate to a kind of conveniently and manage the material management system of material rapidly.
Background technology
Surface mounting technique (Surface-mount technology, SMT) is a kind of circuit assembly technology, and this technology is by electronic package, as resistance, electric capacity, transistor, integrated circuit etc. are installed on printed circuit board (PCB).Therefore, for the operator of SMT, it must manage for material miscellaneous in SMT processing procedure.Prior art is all in artificial mode to manage material, and therefore, operator usually requires a great deal of time the memory location looking for specific material, not only inefficent, also can increase extra manufacturing cost.
Utility model content
Technical problem to be solved in the utility model is: in order to make up the deficiencies in the prior art, provides a kind of material management system, to solve the problem.
Material management system of the present utility model is by the following technical solutions:
Described material management system comprises storage support body, programmable logic control implementations, input block and computing machine.Described storage support body has multiple storage lattice and multiple light source, stores lattice in order to store at least one material described in each, and one of them of the corresponding described multiple storage lattice respectively of light source described in each is arranged on described storage support body.Described programmable logic control implementations is electrically connected at described multiple light source.Described input block is in order to input the item number of target material.Described computing machine is electrically connected at described programmable logic control implementations and described input block.Described computing machine matches according to the described item number of input the described storage lattice storing described target material, and controls described programmable logic control implementations by described light source igniting corresponding for the described storage lattice in order to store described target material.
Described in each, light source has numbering respectively.
Described item number is made into Quick Response Code, and described input block is bar code scanner.Described bar code scanner scans described Quick Response Code, to obtain described item number.
Described storage support body also comprises multiple sensor, is electrically connected at described programmable logic control implementations.Sensor described in each is arranged in one of them of described multiple storage lattice respectively.When described sensor is triggered after described light source igniting, described light source closes dark by described programmable logic control implementations.
Described material management system also comprises attention device, is electrically connected at described programmable logic control implementations.When after described light source igniting, a period of time is not triggered described sensor, described programmable logic control implementations controls described attention device and sends information warning.
The quantity of target material described in described computer recording.When the operation for described target material is when putting into operation, described computing machine increases the quantity of described target material according to the number of times that described sensor is triggered.When the operation for described target material is taking-up operation, described computing machine reduces the quantity of described target material according to the number of times that described sensor is triggered.
Described sensor is touch sensor.
Therefore, according to technique scheme, material management system of the present utility model at least has following advantages and beneficial effect: when operator is for accessing target material, as long as operator is by the item number of target material input computing machine, computing machine just can match according to the item number of input the storage lattice storing target material, and controls programmable logic control implementations by light source igniting corresponding for the storage lattice in order to store target material.Now, operator just can find the storage lattice of target material of its institute corresponding for accessing from the light source lighted and numbering thereof rapidly, thus accesses target material.Thus, just can save a large amount of labor management time and cost, thus reduce overall manufacturing time and cost.In addition, computing machine judge according to the input instruction of operator its operation for target material be put into operation or take out operation after, the number of times that computing machine can be triggered according to sensor increases or reduces the quantity of target material, correct to guarantee the quantity of the target material that computing machine records.No matter operator stores lattice for being put into by target material or is taken out from storing lattice by target material, and it all must trigger sensor, to be closed by light source dark and to upgrade the quantity of the target material be recorded in computing machine.If storage lattice put into by target material by operator or after target material is stored lattice taking-up certainly, non-trigger sensor, then light source would not be closed secretly, and attention device can send information warning, notes to cause operator.Thus, the quantity of target material computing machine just can being avoided to record is not occurred by the situation of synchronized update.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of the material management system of the utility model one embodiment.
Fig. 2 is the functional block diagram of the material management system in Fig. 1.
Wherein, description of reference numerals is as follows:
| 1 | Material management system | 3 | Material |
| 3' | Target material | 10 | Store support body |
| 12 | PLC device | 14 | Input block |
| 16 | Computing machine | 18 | Attention device |
| 30 | Quick Response Code | 100 | Store lattice |
| 102 | Light source | 104 | Sensor |
Embodiment
Please refer to Fig. 1 and Fig. 2, Fig. 1 is the schematic diagram of the material management system 1 of the utility model one embodiment, and Fig. 2 is the functional block diagram of the material management system 1 in Fig. 1.
As shown in Figures 1 and 2, material management system 1 comprises storage support body 10, programmable logic control (Programming Logic Controller, PLC) equipment 12, input block 14, computing machine 16 and attention device 18.Material management system 1 can in order to manage material miscellaneous in SMT processing procedure or other processing procedure.Store support body 10 and there is multiple storage lattice 100, multiple light source 102 and multiple sensor 104.Each stores lattice 100 in order to store at least one material 3.One of them of each light source 102 corresponding multiple storage lattice 100 is respectively arranged at and stores on support body 10.Each sensor 104 is arranged in one of them of multiple storage lattice 100 respectively.PLC device 12 is electrically connected at multiple light source 102, multiple sensor 104 and attention device 18.Computing machine 16 is electrically connected at PLC device 12 and input block 14.
When operator is for accessing target material 3', operator first need operate input block 14 by the item number of target material 3' input computing machine 16.In the present embodiment, the item number of target material 3' can be made into Quick Response Code 30, and input block 14 can be bar code scanner, as shown in Figure 2.Therefore, operator can operate the Quick Response Code 30 of bar code scanner scanning target material 3', to obtain the item number of target material 3'.In addition, input block 14 also can be keyboard, and therefore, operator also can directly input the item number of target material 3' by operation keyboard.
After the item number of input target material 3', computing machine 16 just can match according to the item number of input the storage lattice 100 storing target material 3', and the light source 102 of storage lattice 100 correspondence in order to store target material 3' is lighted by control PLC equipment 12.In the present embodiment, each light source 102 has numbering respectively, goes out corresponding storage lattice 100 for operator Fast Identification.Therefore, after light source 102 is lighted, operator just can find the storage lattice 100 of target material 3' of its institute corresponding for accessing from the light source 102 lighted and numbering thereof rapidly, thus accesses target material 3'.Thus, just can save a large amount of labor management time and cost, thus reduce overall manufacturing time and cost.
In the present embodiment, computing machine 16 can store the table of comparisons of the corresponding relation of the numbering of recording light source 102 and the item number of material 3.Therefore, after the item number of input target material 3', computing machine 16 just can match according to the item number of input and the above-mentioned table of comparisons storage lattice 100 storing target material 3', and the light source 102 of storage lattice 100 correspondence in order to store target material 3' is lighted by control PLC equipment 12.
When target material 3' to be put into corresponding storage lattice 100 or taken out by self-corresponding for target material 3' storage lattice 100 by operator, operator can make target material 3' trigger corresponding sensor 104.When sensor 104 is triggered after light source 102 is lighted, light source 102 just can close secretly by PLC device 12.In the present embodiment, sensor 104 can be touch sensor.Therefore, when target material 3' to be put into corresponding storage lattice 100 or taken out by self-corresponding for target material 3' storage lattice 100 by operator, operator directly can touch sensor 104, with trigger sensor 104 with target material 3'.
In the present embodiment, computing machine 16 also records the quantity of target material 3'.When operator is when putting into operation for the operation of target material 3', the number of times that computing machine 16 can be triggered according to sensor 104 increases the quantity of target material 3'.Otherwise when operator is taking-up operation for the operation of target material 3', the number of times that computing machine 16 can be triggered according to sensor 104 reduces the quantity of target material 3'.In other words, computing machine 16 judge according to the input instruction of operator its operation for target material 3' be put into operation or take out operation after, the number of times that computing machine 16 can be triggered according to sensor 104 increases or reduces the quantity of target material 3', correct to guarantee the quantity of the target material 3' that computing machine 16 records.No matter operator stores lattice 100 for being put into by target material 3' or is taken out from storing lattice 100 by target material 3', and it all must trigger sensor 104, to be closed by light source 102 dark and to upgrade the quantity of the target material 3' be recorded in computing machine 16.
In addition, when sensor 104 in light source 102 light rear a period of time be not triggered time, PLC device 12 just can control attention device 18 and send information warning.In other words, if target material 3' is put into storage lattice 100 by operator or after target material 3' is stored lattice 100 taking-up certainly, non-trigger sensor 104, then light source 102 would not be closed secretly, and attention device 18 can send information warning, notes to cause operator.Thus, the quantity of the target material 3' that computing machine 16 just can be avoided to record is not occurred by the situation of synchronized update.In actual applications, attention device 18 can be display, loudspeaker, light source etc., to send the information warnings such as image, sound, flash of light.
Therefore, according to technique scheme, material management system of the present utility model at least has following advantages and beneficial effect: when operator is for accessing target material, as long as operator is by the item number of target material input computing machine, computing machine just can match according to the item number of input the storage lattice storing target material, and controls programmable logic control implementations by light source igniting corresponding for the storage lattice in order to store target material.Now, operator just can find the storage lattice of target material of its institute corresponding for accessing from the light source lighted and numbering thereof rapidly, thus accesses target material.Thus, just can save a large amount of labor management time and cost, thus reduce overall manufacturing time and cost.In addition, computing machine judge according to the input instruction of operator its operation for target material be put into operation or take out operation after, the number of times that computing machine can be triggered according to sensor increases or reduces the quantity of target material, correct to guarantee the quantity of the target material that computing machine records.No matter operator stores lattice for being put into by target material or is taken out from storing lattice by target material, and it all must trigger sensor, to be closed by light source dark and to upgrade the quantity of the target material be recorded in computing machine.If storage lattice put into by target material by operator or after target material is stored lattice taking-up certainly, non-trigger sensor, then light source would not be closed secretly, and attention device can send information warning, notes to cause operator.Thus, the quantity of target material computing machine just can being avoided to record is not occurred by the situation of synchronized update.
The foregoing is only preferred embodiment of the present utility model, be not limited to the utility model, for a person skilled in the art, the utility model can have various modifications and variations.All within spirit of the present utility model and principle, any amendment done, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.
Claims (7)
1. a material management system, is characterized in that, described material management system comprises:
Store support body, have multiple storage lattice and multiple light source, store lattice in order to store at least one material described in each, one of them of the corresponding described multiple storage lattice respectively of light source described in each is arranged on described storage support body;
Programmable logic control implementations, is electrically connected at described multiple light source;
Input block, in order to input the item number of target material; And
Computing machine, be electrically connected at described programmable logic control implementations and described input block, described computing machine matches according to the described item number of input the described storage lattice storing described target material, and controls described programmable logic control implementations by described light source igniting corresponding for the described storage lattice in order to store described target material.
2. material management system as claimed in claim 1, it is characterized in that, described in each, light source has numbering respectively.
3. material management system as claimed in claim 1, it is characterized in that, described item number is made into Quick Response Code, and described input block is bar code scanner, and described bar code scanner scans described Quick Response Code, to obtain described item number.
4. material management system as claimed in claim 1, it is characterized in that, described storage support body also has multiple sensor, be electrically connected at described programmable logic control implementations, sensor described in each is arranged in one of them of described multiple storage lattice respectively, when described sensor is triggered after described light source igniting, described light source closes dark by described programmable logic control implementations.
5. material management system as claimed in claim 4, it is characterized in that, described material management system also comprises attention device, be electrically connected at described programmable logic control implementations, when after described light source igniting, a period of time is not triggered described sensor, described programmable logic control implementations controls described attention device and sends information warning.
6. material management system as claimed in claim 4, it is characterized in that, the quantity of target material described in described computer recording, when the operation for described target material is when putting into operation, described computing machine increases the quantity of described target material according to the number of times that described sensor is triggered, when the operation for described target material is taking-up operation, described computing machine reduces the quantity of described target material according to the number of times that described sensor is triggered.
7. material management system as claimed in claim 4, it is characterized in that, described sensor is touch sensor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520107356.5U CN204576588U (en) | 2015-02-13 | 2015-02-13 | Material management system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520107356.5U CN204576588U (en) | 2015-02-13 | 2015-02-13 | Material management system |
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| CN204576588U true CN204576588U (en) | 2015-08-19 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111310869A (en) * | 2018-12-11 | 2020-06-19 | 英业达科技有限公司 | Auxiliary system and method for material storage and taking |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111310869A (en) * | 2018-12-11 | 2020-06-19 | 英业达科技有限公司 | Auxiliary system and method for material storage and taking |
| CN111310869B (en) * | 2018-12-11 | 2023-10-20 | 英业达科技有限公司 | Material storage and taking auxiliary system and method thereof |
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