JPH04128973U - Hand truck for parts picking - Google Patents

Abstract

(57) [Summary] [Purpose] A hand push for parts picking that can significantly reduce the number of picking indicator lights used to indicate parts to be picked, and enable the construction of a highly flexible parts accumulation system. Provide a trolley. [Structure] A parts picking handcart 1 that can be moved while facing each of parts storage shelves 2 arranged in parallel, and is configured to correspond to the outer frame 2a and shelf board 3 of each parts storage shelf 2. The frame body 5, the picking indicator lights 7 attached to each predetermined position, and the parts storage shelves 2 store all the parts stored in each of them, and the parts stored in the parts storage shelves 2 facing each other. The present invention is characterized by comprising a storage instruction means 9 for lighting a picking instruction light 7 corresponding to the part to be picked.

Description

[Detailed explanation of the idea]

0001

[Industrial application field]

This invention is used for parts assembly work that is performed before product assembly work. Regarding a hand truck for parts picking.

0002

[Conventional technology]

Traditionally, when performing product assembly work, the necessary parts have been gathered in advance. It is necessary to stack these various parts, but when stacking these various parts, please refer to Figure 2. As shown, there is a parts storage area containing a wide variety of many parts (not shown). A worker (not shown) pushes a hand cart 21 between each of the storage shelves 20. while taking out only the necessary parts from the corresponding parts storage shelf 20 and transporting them to the hand truck 2. The parts are collected in a parts storage box 22 on top of the parts storage box 22.

0003 Nowadays, the steps required for workers to select parts in such accumulation work are becoming more and more difficult. As a way to save time and eliminate picking errors, parts storage Data regarding all parts stored in each of the shelves 20 is stored in advance, and Microcomputer 23 as a storage instruction means for specifying parts to be king is being used. That is, for each predetermined position of each component storage shelf 20, is a picking finger positioned corresponding to the various parts placed on the shelf board 24. The indicator light 25 is installed, and the product to be assembled is placed on a designated microcomputer. The computer 23 lights up the picking indicator light 25 corresponding to the required part. The system sequentially instructs workers on the parts to be picked and their quantities. This is the construction of a parts accumulation system. In addition, in this system, the operator Press the picking end button (not shown) attached to the picking indicator light 25. By doing so, the microcomputer 23 determines which parts to pick next. A picking indicator light 25 is turned on to guide the worker. Further, the reference numeral 26 in FIG. 2 indicates the microcomputer 23 and each picking device. It is an adjustment control device (control box) provided between the indicator light 25, Reference numeral 27 denotes a serving table for placing parts attached to the front side of each parts storage shelf 20.

0004

[Problem that the idea aims to solve]

By the way, in the above-mentioned parts integration system, the products to be assembled A large number of picking indicator lights 25 are required depending on the type of parts required. Not only does this increase equipment costs, but it also requires preparation when changing or adding product models. The picking indicator light 25 must be relocated or added each time the number of parts to be picked increases. However, this would cause inconveniences such as troublesome and troublesome work.

[0005] The present invention was devised in view of these inconveniences, and is especially In addition to significantly reducing the number of indicator lights used, the parts collection is highly flexible. The purpose of this project is to provide a hand truck for parts picking that can enable the construction of a stacking system. ing.

[0006]

[Means to solve the problem]

In order to achieve this purpose, the present invention utilizes parts storage shelves arranged in parallel. A hand truck for parts picking that can be moved while facing each person picks each part. A frame body configured to correspond to the outer frame and shelf board of the storage shelf, and installation at each predetermined position. Memorizes all the parts stored in each of the picking indicator lights and parts storage shelves. and the parts to be picked among the parts stored in the facing parts storage shelves. The invention is characterized in that it is equipped with a memory instruction means that lights up a picking instruction light corresponding to the It is a sign.

[0007]

[Effect]

According to the above configuration, the picking indicator light is mounted on the frame of the hand truck for parts picking. It is sufficient if each parts storage shelf is equipped with a picking indicator light. Since there is no need to store them, the number of them used can be kept to a minimum. In addition, the product machine The number of parts to be prepared will increase due to changes in species, etc., and they will be placed. Even if the number of parts storage shelves increases, it is possible to install them on the hand truck for parts picking. The number of used picking indicator lights will not be affected, and the number of picking indicator lights used will not be affected. There is no need to add or relocate.

[0008]

【Example】

Hereinafter, embodiments of the present invention will be described based on the drawings.

[0009] Figure 1 shows a picking operation using a hand truck for parts picking according to this embodiment. It is an explanatory diagram showing a simplified state of Hand truck (hereinafter referred to as hand truck), 2 are parts arranged in parallel with each other It is a storage shelf. This handcart 1 is used for many things that are needed when assembling products. It is used to accumulate various parts prior to assembly work. As shown in Figure 1, a worker (not shown) pushes this hand cart 1. Shelf boards 3 constituting each parts storage shelf 2 move around between each parts storage shelf 2. Necessary parts (not shown) placed at predetermined positions on each were taken out. Moreover, these removed parts are placed in the parts storage box 4 placed on the hand truck 1. It is designed to be collected by storing it.

0010 This push cart 1 is connected to the outer frame 2a and shelf board 3 of each parts storage shelf 2. A frame body 5 configured to correspond to each other, and a frame body 5 that is supported in an upright manner. It is provided with a support base plate 6 configured to be movable, and the frame body 5 is placed at a predetermined position. In other words, for each position corresponding to the parts placement section divided and provided on each shelf board 3, is attached with the picking indicator light 7 positioned. In addition, in the figure Reference numeral 8 designates a serving table for placing parts provided at a predetermined position along the height direction of the frame 5. However, since this serving table 8 is installed on the frame 5, a serving table can be placed on each of the parts storage shelves 2. As a result, the space on the front side of the parts storage shelf 2 is reduced accordingly. This allows you to use the page effectively.

[0011] Further, on the support base plate 6 constituting this handcart 1, there is provided a memory instruction means. A microcomputer 9 is installed, and this microcomputer 9 contains data regarding the types and placement positions of all parts stored in each parts storage shelf 2. data is memorized. And this microcomputer 9 is a floppy Each part is stored according to the instructions for the product to be assembled, which are input via a disk, etc. Every time the push cart 1 faces the shelf 2, the shelf board 3 of the facing parts storage shelf 2 is A pick is placed at a position corresponding to the part to be picked among the placed parts. The king indicator light 7 is turned on. In addition, the part of the picking indicator light 7 Each is equipped with a picking end button (not shown), which allows the operator to When the user presses the picking end button attached to each picking indicator light 7, the micro ・The computer 9 selects the pick provided at the position corresponding to the part to be picked next. Guiding the worker by lighting the king indicator light 7 is the same as the conventional method. It's like that. Further, the reference numeral 10 in FIG. 1 indicates each picking indicator light 7 and a microphone. (b) Adjustment control device (control box) installed between the computer 9 It is.

0012 By the way, in FIG. 1, the microcomputer 9 and the adjustment control device 10 are placed on the handcart 1, for example, a microcomputer 9 and The adjustment control device 10 is placed on a fixed location separate from the hand truck 1, and the hand truck Each picking indicator light 7 attached to the push cart 1 is connected in a flexible manner. It goes without saying that you may continue.

[0013]

[Effect of the idea]

As explained above, according to the handcart according to the present invention, the picking Each parts storage shelf has a picking indicator light arranged in parallel to indicate parts. It is installed on the frame of a hand truck that can be moved while facing each parts storage shelf instead of on the frame. This means that the number of picking indicator lights required is significantly reduced. It will be over. In addition, the number of parts that must be prepared increases due to changes in product models, etc. In addition, even if the number of parts storage shelves to be placed increases, it is possible to install them on the hand truck. The number of used picking indicator lights will not be affected, and the number of picking indicator lights used will not be affected. There is no need to add or relocate. As a result, equipment costs are reduced and product As a result of making it possible to reduce the effort associated with changing models, this hand cart The parts accumulation system using this system becomes highly flexible.

[Brief explanation of drawings]

FIG. 1 is an explanatory diagram showing a simplified state of a picking operation according to the present embodiment.

FIG. 2 is an explanatory diagram showing a simplified state of a picking operation according to a conventional example.

[Explanation of symbols]

1 Hand truck (hand truck for parts picking) 2 Parts storage shelf 2a Outer frame 3 Shelf board 5 Frame 7 Picking indicator light 9 Microcomputer (memory instruction means)

Claims (1)

[Scope of utility model registration request] 1. A parts picking handcart (1) that is moved while facing each of parts storage shelves (2) arranged in parallel, the outer frame (2a) of each parts storage shelf (2) and A frame body (5) configured to correspond to the shelf board (3), a picking indicator light (7) attached to each predetermined position, and all parts stored in each of the parts storage shelves (2). and a memory instruction means (9) for lighting up a picking instruction light (7) corresponding to the part to be picked among the parts stored in the facing parts storage shelf (2). Features: Hand cart for parts picking.