JPH0657678U - Document display selection mechanism - Google Patents

Abstract

(57) [Summary] (Corrected) [Purpose] To improve the operability and to divide the display so that the number of materials stored in one case is increased. [Structure] Shaft plate 4 is a first plurality of groups (X group)
The push button 8 is divided into two groups and is operated by the push button 8 provided for each group. The push button 8 has a size capable of pushing all the shaft plates 4 of each group at the same time. Whether to push is determined by the position of the intermediate piece 5 placed between the push button and the shaft plate. Further, a second plurality of groups (Y group) having the arrangement order of the shaft plates 4 in the plurality of X groups as a group is formed, and a display board displaying materials of the Y group is provided, and a push button of the X group is provided. 8 is Y
It is provided at a position that matches the group display.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

The present invention provides a storage box (hereinafter, storage box is referred to as a case) for storing a large number of storage boxes (hereinafter, the storage box is referred to as a material holder) in which various materials such as cards, floppy desks, documents, etc. are stored. It is related to the mechanism to select an arbitrary material holder from the case that stores the material holder.

[Prior art]

The display was fixed, and the operation was unified.

[Problems to be solved by the device]

In the conventional mechanism, when a large number of materials are to be stored in the case, push buttons and levers for selecting the materials are overlapped with each other, which makes the operation complicated and small, which makes it difficult to operate. Moreover, since the display portion is also divided into a large number of characters, there is the inconvenience that the characters cannot be read and the number of storages is limited. The present invention is designed to eliminate the above drawbacks.

[Means for Solving the Problems]

A large number of selecting shaft plates are divided into two sets of an appropriate number of groups, and each group is made into a mutually related combination, and one related condition is selected from the two groups. Depending on the original combination, select the material at the intersection of the combination.

[Action]

A shaft plate for operating a large number of materials is divided into an appropriate number of groups (referred to as an X group), and a push button of a size capable of operating all the shaft plates in the X group at the same time, It is set for each X group at a position corresponding to the display plate (hereinafter referred to as a display plate), and the order in which the shaft plates in the X group are arranged is divided into groups (referred to as Y groups). A slide plate is provided for each Y group so that materials of the same rank within the group can be designated at the same time. Further, a display plate showing the contents of the data is provided for each Y group. The slide plate is a cam provided on the display plate. The operation of the push buttons of the X group is controlled by the cam provided on the display plate of each Y group, and the operation of the push button of the X group is performed by the shaft plate via the intermediate piece provided on the sliding plate. It is transmitted and any Y The material at the crossing position of the X group and the Y group is selected by the push button placed at the display position of the loop display plate and the intermediate piece of the Y group positioned by the cam of the display plate. It was made possible.

【Example】

An embodiment of the present invention will be described with reference to FIG. A large number of materials in the storage box are selected by sliding the shaft plate provided on the side of the box in the axial direction corresponding to the materials. The movement of the push button is transmitted to the shaft plate by means of an intermediate piece arranged at its tip. The intermediate piece is provided on the sliding plate so that it can be moved according to the movement of the sliding plate. The movement of the sliding plate depends on the cam provided on the display plate and the data for each Y group. It is fixed in position. Reference numeral 1 denotes a case, and material holders 2 are housed in guide grooves 3 provided on both side surfaces of the case 1, and shaft plates 4 corresponding to the respective material holders 2 are provided on both sides between the case 1 and the guide groove 3. It is placed on the surface. Reference numeral 5 is an intermediate piece, and a spring 7 is attached to a sliding plate 6 so that it can slide up and down. Numeral 8 is a push button, which is provided in both sides of the front end of the case inside the guide 9 and is movably attached in the sliding direction of the shaft plate 4 (the direction of the arrow). It is transmitted to 4. Numeral 10 (10a, 10b, 10c, 10x from the front side) is a display board, which is composed of a plurality of display boards, but all but the final display board 10x are mounted so that they can be opened by rotating around the lower end. Has been. Reference numeral 11 (corresponding to each display plate 10 is designated as 11a, 11b, 11c, and 11x) is a cam, which is provided on the back surface of each display plate. For each cam, consider 11a as the highest rank and 11x as the lowest rank. The shape of the cam 11 is such that the slide plate 6 and the intermediate piece 5 are placed at the position of the shaft plate 4 of the Y group displayed by the upper display plate 10 when the display plate 10 is closed. In addition, (') indicates that the one having that number is in an operating state. Next, the operation will be described. Here, a Y group is created in which each of the four material holders is an X group, and each X group is arranged from the bottom to the top and the rank is a group. When a material is selected according to the display on the display board and the display board 10c on which the necessary material is displayed is displayed, the other display boards 10a and 10b are in the opened position and the opened display board 10a. Since the cams 11a and 11b of 10b are out of contact with the sliding plate 6 and the cam 11c of the display plate 10c that is exposed is the highest position, the sliding plate 6 is displayed on 10c by the cam 11c. The intermediate piece 5 is positioned at the position of the shaft plate 4 of the Y group (third from the bottom of the X group). When the push button 8'at the position where the material name is displayed is pushed in this state, the movement is transmitted to the shaft plate 4'through the intermediate piece 5'and pushes the shaft plate 4 in the axial direction. In the material holder 2'corresponding to the shaft plate 4 ', when the shaft plate 4'moves in the axial direction, the restraint is released and the spring is raised by the spring, so that the necessary material is selected to be raised.

[Effect of device]

 This device divides the materials into groups, and by providing push buttons for the groups, the push buttons have multiple roles, the number is reduced, the shape is increased, and the operation is easier. In addition, regarding the display, the display boards for the materials were divided into groups, and by using multiple display boards, the display area was wide and easy to see, and a large number of materials could be stored in the case.

[Brief description of drawings]

FIG. 1 shows an embodiment of the present invention, FIG. 1 is a sectional view showing the entire apparatus, and FIG. 2 is an enlarged sectional view showing the relationship between a push button, an intermediate piece and a shaft plate.

[Explanation of symbols]

Reference numeral 1 is a case, 2 is a material holder, 3 is a guide groove, 4 is a shaft plate, 5 is an intermediate piece, 6 is a sliding plate, 7 is a spring, 8 is a push button, 9 is a guide, 10 is a display plate, 11 Is a cam.

Claims (1)

[Scope of utility model registration request] 1. In a material case having a large number of push buttons and a selection shaft plate for accommodating a large number of materials, one material can be selected when the shaft plates satisfy the X and Y conditions. There are push buttons that are divided into X and Y groups, and can simultaneously press the shaft plates that are in the same group for each X group, and an intermediate piece that can specify the shaft plates in the same group for each Y group at the same time. A slide plate and a display plate with a cam for allocating this to each group are provided. Furthermore, a push button is provided at the display position of the display plate, and any material can be selected from the Y group display board. By pressing the X group push button at the position of X, Y,
A mechanism that allows you to select any material at the position where the above conditions intersect.