JPH04182201A - Load handling work controller - Google Patents

Abstract

PURPOSE:To prevent useless transit work by devising a controller of forklift work and others so that a load handling work car sends information of parts including contents of work performed and a storage site to a control position and the control position displays this information in accordance with part numbers by operation of an extraction means as well as memorizing the information. CONSTITUTION:When work is completed, information of numbers of parts, work contents of carry-in and out and others, dates, quantities, storage sites and others by an input means 1. This information is memorized in a work hysteresis memory means 4 by a transmission means 2 through a receiving means 3. Subsequently, when part numbers are input by way of operating a extraction means 5, all the information of the parts corresponding to the memory means 4 is extracted as a series of time series data for each of the part numbers and displayed on a display means 6.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a management device for cargo handling operations by cargo handling vehicles such as forklifts.

[Conventional technology]

Conventional parts, pallets, buckets, cargo, etc.

Although there were work instructions regarding shipping, no consideration was given to whether the storage location was appropriate or not, and two workers decided that if one storage location became overcrowded, they would Parts were moved to other locations without permission.

[Problem to be solved by the invention]

As described above, in the past, the flow of parts, etc. from storage to storage was not checked at all, and cargo handling efficiency was not considered at all.

As a result, even if wasteful transshipment work was performed, it remained unnoticed.

[Means to solve the problem]

The present invention aims to prevent the above-mentioned wasteful cargo handling work by investigating the flow of parts, etc.

The purpose is to provide a management device that can check the efficiency of cargo handling work, and includes the details of the work performed (warehousing, unloading, transshipment), the part number of the parts targeted by the work, and the storage location. The material handling vehicle is provided with a means for inputting parts information and a means for transmitting the input work content and parts information, and a means for receiving the transmitted work content and parts information, and a means for transmitting the received work content and parts information. storage means for accumulating parts information along with date and time; means for extracting all work contents related to the input part number and parts information related to each work content from the storage means in chronological order based on the input part number; The present invention is characterized in that a means for displaying the extracted work contents and parts information is provided in the management location.

[Effect]

According to the present invention having the above-mentioned configuration, the history regarding a certain part, etc., that is, the date and time of warehousing, warehousing, transshipment, warehousing, transshipment location, etc., can be seen at a glance, and by analyzing this history, future It becomes possible to create an efficient cargo handling plan.

〔Example〕

The present invention will be explained below based on the drawings.

Fig. 1 shows a configuration diagram of the present invention, and 1 indicates the content of the work performed by the worker (warehousing, shipping, or transshipment), the part number of the part targeted for this work, the storage location, and the storage location. Input means for entering parts information such as date and quantity (
Keyboard, etc.) 2 is a transmitting means for transmitting the data input from the input means 1, and is installed in the work vehicle. 3 is a receiving means for receiving the data transmitted from the transmitting means 2, and 4 is a work history storage means for storing the work contents and parts information received by the receiving means in a one-to-one correspondence together with the date and time for each item. , 5 is the input part number (
Extraction means for extracting all work contents related to this part number and part information for each work contents from the work history storage means 4 in chronological order based on the extraction key (extraction key).

Reference numeral 6 denotes a display means (display or printer, etc.) for displaying the data extracted by the extraction means 5, and is installed at a place where cargo handling operations are centrally managed.

The operation will be explained below.

We are currently purchasing 10 parts with part numbers 91201-10200.
When warehousing to the storage area 385 is completed, one worker A inputs data such as the above-mentioned part number into the input means 1.

Then, the transmitting means 2 transmits these data toward the control room. When the receiving means 3 receives this data, the data is immediately sent to the work history storage means 4, and the data is stored together with the date and time. Other workers B, C, etc. also enter and exit the warehouse.
When the transshipment work is completed, the same data as described above is input, so the work contents and parts information for all parts are stored in the one work history storage means 4. Here 1
If you want to know the flow of the part number 9120i10200 from receipt to delivery.

Part numbers 91201-10200 are input to the extraction unit 5 as extraction keys. Then, the extraction unit 5 extracts a series of time-series data (work contents and parts information in one-to-one correspondence) having the part number as part information, and outputs it to the display means 6. (Output side chain diagram 2) As is clear from Figure 2, the part number 2 part number 91201-1.0200 is '88.4.
Quantity 10 was received at storage location 385 on 15th, '88
゜On April 20, quantity 5 was transshipped from storage location 385 to storage location 442, and on '88, 5, storage location 385 was transferred to storage location 442.
From this, it can be seen that quantity 5 has been shipped. Therefore,
By checking storage locations, storage quantities, requirements for transshipment work, unnecessary days and times during warehousing and transshipment, it is possible to plan more efficient cargo handling operations.

〔Effect of the invention〕

As specifically explained above, according to the present invention, it is possible to accurately grasp the chronological flow of a single part, etc. from its receipt to its dispatch, and by checking this flow, subsequent cargo handling operations can be carried out efficiently. It becomes possible to proceed.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram of the present invention, and FIG. 2 is a diagram showing the history of parts from storage to delivery. 1. Input means, 2. Transmission means, 3. Receiving means.

Claims (1)

[Claims] A means for inputting the completed work details (warehousing, unloading, transshipment) and parts information including the part number and storage location of the parts targeted by the work details, and transmitting the input work details and parts information. means for receiving the transmitted work content and parts information; storage means for storing the received work content and parts information together with date and time; The management location is provided with means for extracting all work contents related to the number and parts information regarding each work contents from the storage means in chronological order, and means for displaying the extracted work contents and parts information. A cargo handling work management device characterized by: