CN202632353U - Management system for electric power measuring instrument - Google Patents

Abstract

The utility model discloses a management system for an electric power measuring instrument, which comprises an acquisition control layer, a communication layer, a service layer, and a comprehensive application layer. With the management system, the restriction that a traditional operation mode needs participation of multiple persons is changed, the error rate is effectively reduced, and simultaneously the operation efficiency is improved. In match with the improved management method and in combination of the application of the radio frequency identification technology (RFID), the automatic degree of warehousing management can be greatly improved and the whole operation process from warehouse in to warehouse out under the normal condition needs no manual operation and interference, thereby saving labor, improving the operation efficiency and greatly improving the accuracy rate of the operation; and as the application of the radio frequency identification technology (RFID) is combined, the information acquisition is totally carried out by the system, the information and the real object metering can be simultaneous, thereby greatly simplifying the whole acquisition process and greatly improving the efficiency and the accuracy.

Description

A kind of electric-power metering instrument management system

Technical field

The utility model relates to a kind of management system that is applied to the electric-power metering instrument management.

Background technology

The electric-power metering utensil plays an important role to the management of electricity, and its kind and quantity are all very big simultaneously, therefore is necessary to take measures to guarantee its appropriate management; Traditional electric-power metering instrument management mode depends on manual work, is that the system on basis writes down, tracking and managing with the paper document, and minority is used the identification and the management of one-dimensional bar code realization table meter; But the efficient of both modes is all very low; Along with the increase of portfolio, must increase the weight of managerial personnel's burden, also increased the difficulty of management; Usually cause data untimely, problems such as error rate height.In order to adapt to the requirement of industry; Its management must need to improve degree intelligent, robotization; The present basic function of intelligent storage management system is to cooperate storage facilities, commander, the operation of management storage facilities, and the higher level function then is the scheduling feature through intelligent warehousing system; Give play to the intelligent advantage of intelligent storage equipment, promoted the work efficiency of storage facilities.Present intelligent storage management system can only accomplish to transfer the static technique of storage facilities at present, adapts to the potentiality that measurement instrument identifies that line is poor to the frequency capabilities of each evaluation line calibrating table meter of evaluation of measurement instrument, can't give full play to storage facilities.

Summary of the invention

In order to overcome the deficiency of prior art, the utility model provides a kind of management system that is applied to the electric-power metering instrument management.

The utility model solves the technical scheme that its technical matters adopted:

A kind of electric-power metering instrument management system comprises,

The acquisition controlling layer; Form by system front end data acquisition module, output control equipment module and control management system module successively; Be used to distinguish label information on the goods and materials; Wherein the system front end data acquisition module is responsible for information collecting, and the output control equipment module is responsible for the sending direction of information, and the control management system module is in charge of the acquisition controlling layer;

Communication layers; Form by system front end EM equipment module and the communication network module that is used for background management system; Be used to transmit the signal that sends from said acquisition controlling layer; And realize being connected and communication through system front end EM equipment module and other module, said communication layers is passed through the system front end EM equipment module and is connected with the output control equipment module of said acquisition controlling layer;

Operation layer; Comprise warehousing management module and system management module, be used to accept the data that transmit from said acquisition controlling layer, carry out processed; Simultaneously the instruction biography of the input from the outside is put in order; Wherein warehousing management module mainly is in charge of the business datum that produces in the whole storage process, thereby and business datum analyzed and handles better back-up system user's business processing, system management module mainly is responsible for the maintenance and management of the required basic data of whole warehousing system itself; Said warehousing management module is built-in with the storage position and distributes sub-function module and inventory information module, and this warehousing management module is connected with the communication network module of communication layers;

The integrated application layer is used for the data of Treatment Analysis from said acquisition controlling layer, shows extraneous instruction of sending, and for user's decision-making provides the data support, is connected with the warehousing management module of operation layer.

In order to guarantee the accurately situation of comprehensive collection table meter of system front end data acquisition module; Said system front end data acquisition module comprises handheld terminal, picture pick-up device; Wherein said handheld terminal is built-in with RFID reader and barcode scanner, and picture pick-up device is used to capture the photo of warehouse goods and materials unauthorized outbound.

In order to reduce the chance that the table meter occurs obscuring in the process that goes out, puts in storage; Said operation layer is provided with and accesses Chu Weiyu and call in storage position; Wherein when accessing that storage position is used to be in down state or in order to reach the highest this storage position of efficient and need to empty; Then the allocation table meter is to calling in storage position, guarantees that whole process can not overflow etc. former thereby make mistakes because of the storage position.

The beneficial effect of the utility model is: this management system has changed the restriction that traditional operating type needs many people to participate in; Effectively reduce error rate; Improve operating efficiency simultaneously; Fit into improved management method, improved the automaticity of warehousing management greatly, make under normal circumstances all to need not people's manual manipulation and intervention from the entire job process of putting outbound in storage in conjunction with the application of RFID REID; Not only saved artificial, improved work efficiency and improved the accuracy rate of operation simultaneously greatly; And the application that combines the RFID REID make information collection, obtain fully and carry out by system, and the information that realized is synchronously in kind with the table meter, has not only simplified whole collection greatly, acquisition process has also improved efficient and accuracy simultaneously greatly.

Description of drawings

Below in conjunction with accompanying drawing and embodiment the utility model is further specified.

Fig. 1 is the structural drawing of the utility model;

Process flow diagram when Fig. 2 is the utility model work;

The process flow diagram of step 1 when Fig. 3 is the utility model work;

The process flow diagram of step 2 when Fig. 4 is the utility model work;

The process flow diagram of step 3 when Fig. 5 is the utility model work;

The process flow diagram of step 4 when Fig. 6 is the utility model work;

The process flow diagram of step 5 when Fig. 7 is the utility model work;

The process flow diagram of step 6 when Fig. 8 is the utility model work.

Embodiment

With reference to Fig. 1.A kind of electric-power metering instrument management system comprises,

Acquisition controlling layer 1; Form by system front end data acquisition module 11, output control equipment module 12 and control management system module 13 successively; Be used to distinguish label information on the goods and materials; In order to guarantee the accurately situation of comprehensive collection table meter of system front end data acquisition module 11; Said system front end data acquisition module 11 comprises handheld terminal 111, picture pick-up device 112, and wherein said handheld terminal 111 is built-in with RFID reader and barcode scanner, and picture pick-up device 112 is used to capture the photo of warehouse goods and materials unauthorized outbound;

Communication layers 2; Form by system front end EM equipment module 21 and the communication network module 22 that is used for background management system; Be responsible for the signal that transmission is sent from said acquisition controlling layer 1, said communication layers 2 is connected with the output control equipment module 12 of said acquisition controlling layer 1 through system front end EM equipment module 21;

Operation layer 3; Comprise warehousing management module 31 and system management module 32; Be responsible for acceptance from the data that said acquisition controlling layer 1 transmits, carry out processed, simultaneously the instruction biography of the input from the outside is put in order; Wherein warehousing management module 31 is built-in with the storage position and distributes sub-function module and inventory information module; Said operation layer 3 also is provided with and accesses storage position 33 and call in storage position 34, wherein accesses that storage position 33 is used to be in down state or in order to reach the highest efficient this storage position and need to empty when said, and then the allocation table meter stores up 34 to calling in; Guarantee that whole process can not overflow etc. former thereby make mistakes because of storage position, this warehousing management module 31 is connected with the communication network module 22 of communication layers 2;

Integrated application layer 4 is used for the said acquisition controlling layer 1 of Treatment Analysis, shows extraneous instruction of sending, and for user's decision-making provides the data support, is connected with the warehousing management module 31 of operation layer 3.

The utility model utilizes bar code and RFID label information that each ammeter that need manage and container are carried out annotation management in its management cycle.Managerial personnel utilize native system can understand information such as the character of each managed object of control, state, position, historical variations in real time, and take corresponding management game and measure according to these information.

With reference to Fig. 2～8.The utility model may further comprise the steps when real work,

1) arrival warehouse-in

A. the operation of examining goods; Utilize said handheld terminal 111 to scan respectively the table meter taking-up of arrival; The RFID label information of table meter and container is obtained in scanning, and with said operation layer 1 in 31 li warehouse-in mission bit streams that obtain in advance of warehousing management module compare verification;

B. arrival information is bound, and binds the RFID label information of table meter that reads out and container, and is loaded in this container at 31 li system log (SYSLOG)s that in steps A, write down of said warehousing management module;

C. sort operation; Type according to the table meter is carried out taxonomic revision with batch container with similar table meter; And be that said vesse distributes the storage position through distributing a sub-function module by storage position in the said warehousing management module 31, the stored storage of those containers of record in the inventory information module of warehousing management module 31 simultaneously;

D. in-stockroom operation, obtain the RFID label information of container after, the his-and-hers watches meter carries out in-stockroom operation;

2) make an inventory in the storehouse,

E. the task operating of making an inventory obtains the RFID label information of storage position, container, table meter from the warehousing management module 31 of said system business layer 1, and compares with task record information that said system management module 32 is preset;

F. check and make an inventory, the artificial nucleus is to container, table meter information, the inconsistent problem of inspection and treatment step E;

3) storage position adjustment,

G. the storage position is verified, obtains preset accessing storage position 33 and call in the RFID label information that stores up position 34 in the said system business layer 3, and whether access storage position 33 has table to count and call in the idle condition of storage position 34

H. store up bit manipulation, move to table meter to call in storage position 34 by accessing storage position 33;

4) calibrating outbound

I. understand the outbound requirement, according to the type of calibrating outbound task, batch and quantity select institute will examine and determine the table meter of outbound, and its place storage is locked through warehousing management module 31;

J. select outbound, examine and determine the outbound operation to corresponding calibrating line, select the current storage distance of positions of carrying out operation to descend subjob from nearest storage position based on each frequency of identifying line calibrating table meter;

K. verify out library information, verify in the said system business layer 1 information of container and the system log (SYSLOG) information of preset outbound table meter, can carry out next step, otherwise it is right then will to carry out the artificial nucleus as if unanimity;

5) calibrating warehouse-in

L. put information extraction in storage, obtain table meter container RFID bar code information, put mission bit stream in storage with the calibrating in system management module 32 records and compare verification, if through then getting into the M step; If then do not get into the N step through verification;

M. warehouse-in distributes, for the table score of appointment is joined the storage position and carried out input work;

N. the artificial nucleus checks and handles inconsistent problem to container, table meter information;

6) dispensing outbound,

O. dispensing is preset, and the outbound operation is also carried out in the storage position that belongs to according to task type and the quantity table meter through the required outbound of providing and delivering of warehousing management module 31 lockings;

P. dispensing distributes, and according to task type, quantity, distribution route container is put in order, makes same kind, the identical table meter that is no more than a certain quantity of dispensing point be loaded into a pallet;

Q. dispensing is confirmed, the container and the RFID label information of place pallet is bound, i.e. the pairing pallet of system log (SYSLOG) container.

Operating personnel are when practical operation, and its job step is following:

1, newly shows the inspection of incoming merchandise, obtain the table meter information that puts one's child in a boarding nursery and coil through handheld terminal by the RFID label.

Behind the new table arrival, the dish cart meter that puts one's child in a boarding nursery is got into by conveying equipment and obtains the arrival information station; RFID reading machine through said handheld terminal will read pallet RFID label information automatically to obtain the dish cart information and providing to software systems of putting one's child in a boarding nursery; This process has automatic completion of system to need not human intervention; Need not to tear open and stamp, greatly improved the order of accuarcy of operating efficiency and operation.

2, newly show the inspection of incoming merchandise, tear open to stamp and accomplish the back and obtain table meter label information in containers labels information and the container through the RFID reading machine, examination arrival table meter

The equipment dish cart meter that will put one's child in a boarding nursery tears that to stamp the back be that unit get into to check and accept the arrival table and counts station in single table container open; Obtaining container provides to software systems with the information in kind of showing meter; Whether software systems relatively arrival information consistent with information in kind, as if consistent be qualified; If inconsistent then have an artificial treatment.This information comprises the information in kind that container and table are counted.This process has automatic completion of system to need not human intervention, has greatly improved the order of accuarcy of operating efficiency and operation.

3, make an inventory, obtain table meter label information and goods yard label information in containers labels information and the container through the RFID reading machine, this information is container and the information in kind of showing meter.

The reception mission bit stream of making an inventory will be shown meter by equipment and be delivered to the station of making an inventory; Through showing meter label information and this information of goods yard label information in RFID reading machine acquisition containers labels information and the container to software systems; Whether software systems relatively should be stored up the position inventory information consistent with information in kind, if unanimity then finishes to make an inventory; Handle by manual work as if inconsistent.

4, examine and determine out the verification of RKB meter, obtain table meter label information in calibrating discrepancy storage capacity device label information and the container through the RFID reading machine.

Reception identifies the warehouse-in task, and the table meter gets into examines and determine out RKB meter verification station; Through showing meter label information and this information of goods yard label information in RFID reading machine acquisition containers labels information and the container to software systems; Whether software systems relatively should be stored up the position inventory information consistent with information in kind, if unanimity then finishes then to examine and determine out input work; Handle by manual work as if inconsistent.

5, dispensing outbound writes respective trays RFID label through the RFID reading machine outbound code-disc information of will providing and delivering.

Through the RFID read-write equipment piling information is write the RFID label by system.

Deal with problems	Original technology	The utility model
			The raising of automaticity	Need operating personnel at least 5 people under the normal condition	Need not the operating personnel under the normal condition, only need 1 people to make an inspection tour and get final product
Information acquisition, obtain efficient, accurate, convenient	Artificial Information Monitoring is obtained details through information network	Automation collection information obtains details by the RFID label

Traditional operating type needs 5 people to participate at least, wherein puts step in storage and wants 2 people at least, wants 1 people, outbound step to want 2 people at least at least in library management, because manual work certainly exists higher error rate, operating efficiency is lower simultaneously; The utility model combines the RFID REID to improve the automaticity of warehousing management greatly; Make under normal circumstances all to need not human intervention from the entire job process of putting outbound in storage, not only saved artificial, improved work efficiency and improved the accuracy rate of operation simultaneously greatly.

The collection of traditional operating type information, obtain the artificial mode that be unable to do without; Need complicated information network as support simultaneously; Require information network not only to cover the zone, warehouse but also must cover all dispensing points fully, like this difficulty that caused of effective collection of information; The utility model combine the application of RFID REID make information collection, obtain fully and carry out by system; And the information that realized flows synchronously with in kind, has not only simplified whole collection greatly, acquisition process has also improved efficient and accuracy simultaneously greatly.

Claims (1)

1. electric-power metering instrument management system; Comprise that system front end data acquisition module (11) is characterized in that: said system front end data acquisition module (11) comprises handheld terminal (111), picture pick-up device (112), and wherein said handheld terminal (111) is built-in with RFID reader and barcode scanner.

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