JPH04603A - Variable set point setting system for package - Google Patents

Abstract

PURPOSE:To prevent the deterioration of reliability and profitability of an electronic circuit use system by reading out variable set point setting information stored in a variable set point setting information storage means, and providing a variable set point setting means for setting a variable set point in an electronic circuit in accordance with the variable set point setting information. CONSTITUTION:A variable set point setting information reading means 200 reads variable set point setting information KI described on data 100, and a variable set point setting information writing means 300 writes the variable set point setting information KI read by the variable set point setting informa tion reading means 200 in a variable set point setting information storage means 400. The means 400 stores the information KI written by the means 200, and a variable set point setting means 500 reads out the information KI stored in the means 400, and sets the variable set point in an electronic circuit 2 in accordance with the information KI concerned. In such a way, the variable set point of the electronic circuit 2 can be set automatically, the manhour for setting and an artificial setting error are curtailed remarkably, and reliability and profitability of the electronic circuit use system can be improved.

Description

[Detailed Description of the Invention] [Summary] Regarding the improvement of the package order setting method for setting the instructions provided in the package on which the electronic circuit is mounted, the reliability of the system using electronic circuits due to manual setting of the instructions is improved. For the purpose of preventing a decline in customer service and economic efficiency as much as possible, we provide an order setting information reading means for reading the order setting information written on materials, and an order setting information reading means read by the order setting information reading means. A construction order setting information writing means for writing the construction order setting information into the construction order setting information storage means, a construction order setting information storage means for storing the construction order setting information written by the construction order setting information reading means, and a construction order setting information storage means. The construction includes an order setting means for reading the stored order setting information and setting the order provided in the electronic circuit according to the order setting information, and the order setting information is provided in barcode format. The order setting information reading means is composed of a barcode league, and the order setting information writing means, the order setting information storage means, and the order setting means are
The construction is such that the electronic circuit is mounted in the package, the construction order setting information storage means and the construction order setting means are mounted in the package in which the electronic circuit is mounted, and the construction order setting information writing means is configured to mount the electronic circuit in the package. Configure independently of the panpackage to be implemented.

[Industrial application field]

The present invention relates to an improvement in a method for setting a machine order for a pancage, which sets a machine order provided in a package in which an electronic circuit is mounted.

For example, in the electronic circuits that make up switchboards, etc., it is widely adopted to change the connections of parts of the electronic circuits depending on the conditions of use, expand the scope of use of individual electronic circuits, and unify the types of electronic circuits. has been done. From now on, this kind of connection change means,
It is called Kochu.

Since the number of electronic circuits that make up one switch reaches a huge number, the number of components that must be set up to operate the switch also becomes enormous.

As much as possible, such components are configured and tested in the manufacturing plant before being shipped, but many components still have to be configured during construction at the installation site.

[Conventional technology]

FIG. 4 is a diagram showing an example of a conventional order setting method.

In FIG. 4, an electronic circuit 2 mounted in an electronic circuit package 1 constituting an electronic exchange, for example, is provided with a construction switch 3 having a plurality of switch contacts 31 to 3n as the construction described above. There is.

Each of the switch contacts 31 to 3n is set to either a cutoff state or a conduction state to change the connection of a predetermined portion of the electronic circuit 2.

Therefore, each switch contact 31 to 3n of the injection switch 3
must be set to satisfy the usage conditions before the electronic circuit 2 starts operating; for example, an electronic switch construction worker must check the circuit diagram or manual before installing the electronic circuit package 1 into the equipment. Manually set it to the cut-off state or conduction state while referring to the setting method described in .

[Problem to be solved by the invention]

As is clear from the above explanation, in the conventional construction order setting method, the construction worker manually set the construction order switch 3 provided in the electronic circuit package 1 while referring to the construction order setting method. Therefore, a considerable amount of effort is required, and human setting errors due to inexperience are likely to occur.Furthermore, if the electronic circuit malfunctions due to incorrect settings, a great deal of effort is required to investigate the cause. Therefore, there was a risk that the reliability and economic efficiency of the relevant exchange equipment would be impaired.

An object of the present invention is to prevent as much as possible the deterioration in reliability and economic efficiency of a system using electronic circuits due to manual setting of construction orders.

[Means to solve the problem]

FIG. 1 is a diagram showing the principle of the present invention (claims 1 to 4).

In Fig. 1, 2 is an electronic circuit to be set for construction,
Reference numeral 100 is a document in which construction order setting information Kl regarding construction order settings is described.

Reference numeral 200 denotes an order setting information reading means provided according to the present invention.

300 is an order setting information writing means provided according to the present invention.

Reference numeral 400 denotes an order setting information storage means provided according to the present invention.

500 is an order setting means provided according to the present invention.

[Effect]

The construction order setting information reading means 200 reads the construction order setting information KT written on the document 100.

The construction order setting information writing means 300 writes the construction order setting information Kl read by the construction order setting information reading means 200 into the construction order setting information storage means 400.

The construction order setting information storage means 400 stores the construction order setting information KI written by the construction order setting information reading means 200.

The work order setting means 500 reads the work order setting information Kl stored in the work order setting information storage means 400, and sets the work order provided in the electronic circuit 2 according to the work order setting information KI.

Note that the order setting information KI is in document 1 in barcode format.
00, it is considered that the order setting information reading means 200 is constituted by a barcode reader.

Further, it is considered that the construction order setting information writing means 300, the construction order setting information storage means 400, and the construction order setting means 500 are implemented in a package in which the electronic circuit 2 is mounted.

Also, the work order setting information storage means 400 and the work order setting means 5
It is considered that 00 is mounted in the package in which the electronic circuit 2 is mounted, and the construction order setting information writing means 300 is configured independently of the package in which the electronic circuit 2 is mounted.

Therefore, the electronic circuit installation can be automatically set, which greatly reduces labor and human setting errors compared to manual settings, and greatly improves the reliability and economic efficiency of systems using electronic circuits. .

〔Example〕

An embodiment of the present invention will be described below with reference to the drawings.

FIG. 2 is a diagram showing a construction order setting method according to an embodiment of the present invention (claims 1.2 and 3). Note that the same reference numerals indicate the same objects throughout the figures.

In FIG. 2, an explanation book 4 is shown as the document 100 in FIG. A writing control section 9 is provided as the construction order setting information writing means 300 in FIG. 1, and a construction order setting information storage section 10 is provided as the construction order setting information storage means 400 in FIG. In addition, as the work order setting means 500 in FIG.
13 (individual relays (R) are referred to as 13-1 to 13-n, hereinafter the same) are provided.

In the manual 4, construction instruction setting information KI indicating a setting method for the construction instructions provided in the electronic circuit 2 mounted in the electronic circuit package 1 is described in barcode format.

In addition, each relay (R) 13 has a relay contact (r) 1
4, and depending on whether the relay contact (r) 14 is set to a conductive state or a cutoff state,
The construction notes provided in this section will be set.

In FIG. 2, an interface section 6, a reading control section 7, a storage section 8, a writing control section 9, and an order setting information storage section 1 are shown.
0, readout control section 11, relay drive section 12 and relay (
R) 13 are all mounted within the electronic circuit package 1 that mounts the electronic circuit 2, only the barcode reader 5 is independent from the electronic circuit package 1, and is connected to the electronic circuit package by the connecting string 51 and the connecting plug 52. It can be connected to the interface unit 6 on the 1.

In FIG. 2, a construction worker who is setting up the work order provided in the electronic circuit package 1 installs the electronic circuit package 1 in the device, and then connects the connection plug 52 of the barcode reader 5.
is inserted into the interface section 6 on the electronic circuit package 1, and then the barcode reader 5 scans the construction order setting information KI to be set, which is described on the manual 4.

The barcode reader 5 optically reads the scanned order setting information KI, converts it into an electrical signal, and outputs the electrical signal.

The reading control unit 7 receives the construction order setting information KI converted into an electrical signal output by the barcode reader 5 via the connection string 51, the connection plug 52, and the interface unit 6, and temporarily stores it in the storage unit 8. do.

The write control unit 9 writes the construction order setting information K stored in the storage unit 8.
l is extracted and stored in a predetermined area of the construction order setting information storage section 10.

The read control section 11 reads 1 in the order setting information stored in the order setting information storage section 10 and transmits it to the relay drive section 12 .

The relay drive section 12 generates a predetermined drive signal D in response to the construction order setting information Kl transmitted from the readout control section 11.
V (for example, only the drive signal DV) is generated and applied to the corresponding relay (R) 13 (13-1 in the example).

The relay (R) 131 to which the drive signal DV is applied sets the relay contact (r) 14-1 included in the conductive state, and the other relays (R) 13-2 to 13-n set the included relay contact (r) 14-1 in a conductive state. r) Set 14-2 to 14-n to the cut-off state.

As a result, the electronic circuit 2 has a barcode reader 5 installed by the construction worker.
The work order corresponding to the work order setting information Kl scanned by is set as the conduction/cutoff state of the relay contacts (r) 14-1 to 14-n, and the electronic circuit 2 changes according to the setting state of the work order. It operates with the following functions.

When the work order setting work is completed, the construction worker removes the barcode reader 5 from the electronic circuit package l and uses it to set the work order for other electronic circuit packages, but the work order setting information storage unit 10 does not contain the work order settings. Since the information Kl continues to be stored, the order settings for the electronic circuit 2 are retained unless the electronic circuit package 1 is removed from the device.

Next, FIG. 3 is a diagram showing a construction order setting method according to an embodiment of the present invention (claims 1.2 and 4).

Similarly to FIG. 2, in FIG. A barcode reader 5, an interface section 6, a reading control section 7, and a storage section 8 are provided as the setting information reading means 200, and a writing control section 9 is provided as the order setting information writing means 300 in FIG. Also the first
An order setting information storage section 10 is provided as the order setting information storage means 400 in the figure, and a successive control section 11 and a relay drive section 12 are provided as the order setting means 500 in FIG.
and a plurality of relays (R) 13 are provided.

The difference between FIG. 3 and FIG. 2 is that the interface section 6
, the reading control section 7, the storage section 8, and the write control section 9 are mounted on an order setting addition device 15 separate from the electronic circuit pancake, and can be connected to the electronic circuit pancake 1 through a connecting wire 16 and a connector 17. The electronic circuit package 1 includes an order setting information storage section 10 and a readout control section 11.
In addition to the relay driving section 12 and the relay (R) 13, an interface section 18 is provided for connection with the connector 17 of the 15 examples of the order setting addition device.

In FIG. 3 as well, a construction worker who is setting the work order provided on the electronic circuit package 1 is holding the connection plug 5 of the barcode reader 5 with the electronic circuit pan case 1 mounted on the device.
2 into the interface section 6 of the order setting addition device 15 and connecting the order setting addition device 15 to the interface section 18 of the electronic circuit pancase 1 via the connecting wire 16 and the connector 17. When the barcode reader 5 scans the work order setting information KI to be set, which is described in The setting information Kl is temporarily stored in the reading control section 7 by the reading control section 7, and then stored in the construction order setting information storage section 10 by the writing control section 9 via the connection line 16, the connector 17, and the interface section 18. After being stored in a predetermined area, it is read out by the successive control unit 11 and relay drive unit 1
2.

Similarly to the above, the relay drive unit 12 generates a predetermined drive signal DV (for example, only the drive signal DV) in response to the order setting information KI transmitted from the continuous control unit 11, and operates the relay ( R) Applied to 13-1, relay contact (r)
14-1 to conductive state, and other relays (R) 1
3-2 to 13-n are relay contacts (r) 14-2 to 1
By setting 4n to the cut-off state, the work order corresponding to the work order setting information Kl scanned by the barcode reader 5 by the construction worker will turn on/off the relay contacts (r) 14-1 to 14-n.
It will be set as a cut-off state, and the electronic circuit 2 will operate with a function according to the setting state of the construction.

When the work order setting work is completed, the construction worker removes the barcode reader 5 and the work order setting addition device 15 from the electronic circuit package and uses it for the work order setting of another electronic circuit package, but the work order setting information storage section 10 is the construction order setting information K
Since 1 continues to be stored, the order settings for the electronic circuit 2 are maintained unless the electronic circuit panel cage 1 is removed from the device.

As is clear from the above description, according to the embodiment shown in FIGS. 2 and 3, the construction worker can
is installed in the device, and the barcode reader 5 reads the order setting information Kl described in the manual 4 in barcode format.
Just by scanning with
This is automatically set depending on the conduction/cutoff state of the relay contacts (r) 14-1 to 14-n, which greatly reduces the labor required for manual setting and eliminates the possibility of human error.

Furthermore, in the embodiment shown in FIG. 3, the electronic circuit package 1 includes an order setting information storage section 10 for holding order setting information Kl, a readout control section 11, and a relay (R).
13 is installed, and the order setting addition device 15 is shared for order setting of other electronic circuit packages, so that the economical efficiency of the electronic circuit package 1 is further improved.

It should be noted that the present invention (claim 1)
This is just one embodiment, and for example, the construction order setting means 500 includes a readout control section 11, a relay drive section 12, and a relay (R) 13.
A processor (not shown) provided in the electronic circuit 2 reads out the order setting information KI stored in the order setting information storage section 10 and executes the processing process of the electronic circuit 2. Although many other modifications may be considered, such as changing , the effect of the present invention remains the same in any case. Furthermore, the material 100 that is the object of the present invention (claim 1) is not limited to the manual 4, and many other modifications may be considered, but the effects of the present invention remain the same in any case.

〔Effect of the invention〕

As described above, according to the present invention (claims 1 to 4), it is possible to automatically set the work order of the electronic circuit, and compared to manual setting, the number of setting steps and human setting errors are greatly reduced, and the electronic circuit The reliability and economy of the system used are also greatly improved.

[Brief explanation of drawings]

Fig. 1 is a diagram showing the principle of the present invention (claims 1 to 4), Fig. 2 is a diagram showing an order setting method according to an embodiment of the present invention (claims 1.2 and 3), and Fig. 3 is a diagram showing the principle of the present invention (claims 1 to 4). is the present invention (Claim 1.
2 and 4) A diagram showing a construction order setting method according to an embodiment,
FIG. 4 is a diagram showing an example of a conventional order setting method. In the figure, 1 is an electronic circuit package, 2 is an electronic circuit,
3 is an instruction switch, 4 is a manual, 5 is a barcode reader, 6 and 18 are interface sections, 7 is a reading control section,
8 is a storage section, 9 is a write control section, 10 is a construction order setting information storage section, 11 is a continuous output control section, 12 is a relay drive section, 13 is a relay (R), 14 is a relay contact (r), 15 is a Order setting addition device, 16 is a connection line, 17 is a connector, 31 to 3
n is a switch contact, 100 is a document, 200 is an order setting information reading means, 300 is an order setting information writing means, 400 is an order setting information storage means, and 500 is an order setting means. Principle of the present invention (Claims 1 to 4) National policy 1 Figure Conventional construction order setting method % formula %

Claims (4)

[Claims] (1) Order setting information (K
a construction order setting information reading means (200) for reading the construction order setting information reading means (200); and a construction order writing means for writing the construction order setting information (KI) read by the construction order setting information reading means (200) into the construction order setting information storage means (400). a setting information writing means (300); and an order setting information storage means (400) for storing the order setting information (KI) written by the order setting information reading means (200).
), and reads out the work order setting information (KI) stored in the work order setting information storage means (400), and sets the work order provided in the electronic circuit (2) according to the work order setting information (KI). A work order setting method for a package, characterized in that a work order setting means (500) is provided. (2) The construction order setting information (KI) is written on the document (100) in a barcode format, and the construction order setting information reading means (200) is constituted by a barcode reader. The order setting method for the package described in 1. (3) Said construction order setting information writing means (300), construction order setting information storage means (400) and construction order setting means (500)
2. The package machining setting method according to claim 1, wherein said electronic circuit (2) is mounted within a package in which said electronic circuit (2) is mounted. (4) The order setting information storage means (400) and the order setting means (500) are mounted in a package in which the electronic circuit (2) is mounted, and the order setting information writing means (30)
2. The package machining order setting method according to claim 1, wherein the electronic circuit (2) is configured independently of a package in which the electronic circuit (2) is mounted.