JPH046610Y2 - - Google Patents

Description

[Detailed description of the invention] Industrial field of application The present invention relates to an improvement of a seal case placed at a store.

2. Description of the Related Art Conventional seal cases placed at storefronts are generally vertically erect, have a transparent door that can be opened and closed, and store a large number of seals arranged on one side, or a large number of seals arranged on multiple sides. The structure is such that
Therefore, when taking out the desired seal, it is a hassle to look through the transparent plate and look at the area where the seals are arranged. I didn't feel much of an inconvenience when looking for seals arranged in an array, but when I looked for seals arranged in a low place, I had to bend down to search. Also, when you find the desired seal, you open the transparent panel door and take out the desired seal, but if you light an array of seals other than the desired one, they may fall out of the seal case or get damaged. There was an inconvenience.

Problems to be Solved by the Invention The present invention aims to eliminate these inconveniences, to provide a seal case that allows searching for a seal without changing one's posture and positions the seal at a viewing angle that makes it easy to search.

Means for Solving the Problems: Inside a case formed in an external shape in which the lower side of a flat plate is located in front of the upper side and is equipped with a seal extraction window having a sliding door or a door made of a transparent plate that can be opened and closed, at least parallel to the bottom surface of the case. Rotating shafts are mounted in two stages, upper and lower, and drive transmission disks, each of which has at least one gear, are fixed to each of the rotating shafts on the inner side of both horizontal plates of the seal case, and are fixed to the rotating shafts arranged above and below. An endless band with shaft frame pieces arranged at appropriate intervals is stretched in parallel between the driven drive transmission disks, and at least on the outside of the endless band there is a rotation traced by a certain point of the endless band. A guide rail of the same type as the locus is offset from the endless band and fixed to the inside of the seal case side plate or bearing mounting column, and between the endless bands stretched in parallel, the inside is divided into a lattice pattern, and multiple rows of seals are placed on this. Seal plates arranged in multiple stages are arranged, and a rotating shaft provided on the side of the seal box is inserted into a small hole in a shaft frame piece of an endless band to be mounted as a shaft, and at least one end of the rotating shaft has a sliding plate. A supporting rod with a protruding slider is fixed, and the slider is slidably fitted onto the guide rail so that the seals arranged in the lower row of the stamp box rotate while maintaining a position in front of the seals arranged in the upper row. It matches.

Example One embodiment of the present invention will be described.

The outer shape of the stamp case 1 is a sliding door that can be opened and closed, and a flat plate 1A with a seal extraction window 2. The lower side of the flat plate 1A is located in front of the upper side, and the seal can be seen through the seal extraction window 2 provided on the flat plate 1A. (not shown) is configured such that the seals arranged in the lower row while housed in the seal stamp box 5 storing the seals are positioned in front of the seals arranged in the upper row so that the seals can be visually recognized from diagonally above. A transparent sliding door or door with a handle 3A is attached as a lid 3 to the seal extraction window.

A seal box 5 for accommodating seals arranged in the seal case 1 is divided into a grid pattern, and a seal is inserted into each square.

As a general rule, the seal box 5 that stores these seals has one stamp for each line of the Japanese 50 syllabary. However, since there are few surnames that belong to sounds such as A row and Wa row, seals with surnames that belong to sounds in these rows may of course be stored in one box with a column that distinguishes the sound rows. Of course, if there are many seals that belong to the sound of a certain line, it is possible to divide the boxes into two or three boxes to hold the seals that belong to the sound of that line.

Next, the seal box 5 placed inside the seal case 1
Explain how to arrange. Bottom surface 1 of seal case 1
The rotating shafts 6, 6 are arranged in at least two stages, upper and lower, parallel to B.

The rotation shafts 6, 6 are arranged by placing bearings (not shown) on both side plates of the seal case 1 or at positions facing bearing mounting posts (not shown) standing parallel to both side plates. Rotating shafts 6, 6 are rotatably mounted on the shafts. Drive transmission disks 7, 7, 7, 7 are respectively fixed to the respective rotating shafts 6, 6 near both side plates of the stamp case 1, respectively. At least one of the drive transmission plates is a gear. A chain or gear tooth is arranged on the drive transmission disks 7, 7, 7, 7 with shaft pieces 9 arranged at appropriate intervals to support the rotating shaft 8 fixed to the side plate of the seal box 5. An endless belt 10 consisting of a belt provided with meshing holes is stretched in parallel.

A guide rail 11 of the same type as the rotation locus traced by a certain point of the endless band 10 is installed on at least one side plate or bearing mounting post of the seal case 1 in parallel with the endless band, closer to the front plate of the seal case, and slightly below. Shift and secure.

Inside the endless band 10 stretched in parallel, a rotating shaft 8 fixed to the side plate of the seal box is inserted into a small hole of a shaft frame piece 9 arranged on the endless band 10 to be mounted. A support rod 13 having a slider 12 projecting thereon is fixed to the tip of at least one of the rotating shafts 8, and the support rod 1
When the seal boxes 5 are viewed from the front of the seal case 1 with the sliders 12 arranged in parallel, each seal box 5
A slider 12 is slidably fitted on the guide rail 11 so that the seals stored in the lower row are tilted so that the seals stored in the upper row are located in front of the seals stored in the upper row, and each seal box is attached to an endless band. Hold it tilted so that it can rotate freely at 10 degrees.

The above-mentioned gears are configured to rotate by being transmitted with driving force by a drive transmission mechanism. The simplest drive transmission mechanism is one in which the rotating shaft 6, which is the drive transmission disk 7 described above, to which a gear is fixed, protrudes from the side plate of the stamp case 1 to the outside of the stamp case 1, and the handle 13 is fixed to the protruding end. Bye. Although not shown in the drawings, this mechanism is not limited to the above configuration; a rotary shaft is rotatably inserted through a holder into any part of the side plate of the seal case, and the above-mentioned It is also possible to fix the gear that meshes with the gear on which the endless band is stretched, and fix the handle outside the seal case, or to use a simple electric type with a switch placed outside the seal case and a circuit connected to it. It goes without saying that a drive device may be incorporated therein to form a drive transmission mechanism.

Since the present invention is configured as described above,
When a seal is stored in a seal box built into the seal case 1 and placed at the store, when a customer wants to purchase a seal, he/she rotates the handle 14, which is a drive transmission mechanism, or When the switch is turned on, the gear 7 on which the endless band 10 is stretched receives the rotational force from the drive transmission mechanism and rotates.

This rotation also causes the endless band 10 to rotate. Due to the rotation of the endless band, the seal box 5 placed on the endless band also rotates in response to the rotation of the endless band.

As described above, this seal box 5 has a rotary shaft 8 fixed to the side plate of the seal box, which is attached to a shaft frame piece 9 of an endless band 10.
A support rod 13 with a slider 12 protruding from it is fixed to at least one side of the rotating shaft 8, and the slider 12 is in the above-described state. Since it is slidably fitted to the guide rail 11, the seal box 5 can be accommodated in the seal box 5 from the cover 3 of the seal extraction window 2 of the seal case 1 regardless of the rotation direction of the endless band 10. The seal rotates so that it can always be viewed diagonally from above.

Therefore, when the desired seal is visually recognized through the lid 3 of the seal extraction window 2 of the seal case 1, the handle 13
stop rotating, or turn off the switch to stop the seal box from rotating.

When the desired seal is taken out, the lid 3 of the seal extraction window 2 is opened and the seal is taken out, and after the seal is taken out, the lid 3 is closed.

In order to make the seal box placed on the stretched endless band removable from the endless band, it must be configured in a small hole forming a shaft frame piece to be attached to the endless band and fit into the small hole of this shaft frame piece. If you consider the configuration of the rotating shafts provided on both sides of the seal box according to conventional methods, any number of types can be considered.

Further, at least one of the side plates can be opened and closed using a hinge or the like. Therefore, when it becomes necessary to replenish the stamps in the stamp box, open the side panel, remove the stamp box from the shaft of the endless band, replenish the stamps, and when the replenishment is complete, return the stamp box to its original state. Just place it in the window and close the side plate.

Effects Since the present invention is configured as described above, when a seal purchaser is looking for a seal, he or she can search for the desired seal from diagonally above without having to rotate the seal case or change the posture as in the past. It is possible to search for the seal, and since there is no need to rotate the seal case, there is no risk of the seal case falling over.

[Brief explanation of the drawing]

Figure 1 is a longitudinal sectional view of the seal case viewed from the front. FIG. 2 is a sectional view taken along the line A-A in FIG. 1. Figure 3 is an enlarged view of the seal box installed as seen from the side, and Figure 4 is an enlarged view of the seal box as seen from the front. 1...Seal stamp case, 2...Seal stamp extraction window, 5...
Seal box, 6... Rotating shaft, 7... Drive transmission disc, 8
...Rotating shaft fixed to the side plate of the seal box, 9...Axle frame piece arranged on the endless band, 10...Endless band, 11...
... Guide rail, 12 ... Slider, 13 ... Support rod.

Claims (1)

[Scope of utility model registration request] A sliding door made of a transparent plate that can be opened and closed, and a seal extraction window with a seal extraction window, inside a case formed in an external shape with the bottom side of the flat plate located closer to you than the top side, and rotating in at least two upper and lower stages parallel to the bottom of the case. A shaft is mounted on a shaft, and drive transmission disks each having at least one gear as a gear are fixed to each of the rotation shafts on the inner side of both horizontal plates of the seal case, and the drive transmission disks are fixed to the rotation shafts arranged above and below. In between, an endless belt with shaft pieces arranged at appropriate intervals is stretched in parallel, and at least on the outside of the endless belt is a guide of the same type as the rotation trajectory followed by a certain point on the endless belt. A seal in which the rail is offset from the endless band and fixed to the side plate of the seal case or inside the bearing mounting column, and the inner side is divided into a lattice pattern between the endless bands stretched in parallel, and the seals are arranged in multiple rows and stages. A rotary shaft provided on the side of the seal box is inserted into a small hole of a shaft frame piece of the endless band to be mounted as a shaft, and a slider is protruded from at least one tip of the rotary shaft. The support rod is fixed, and the slider is slidably and self-fitted to the guide rail so that the seals arranged in the lower row of the seal box rotate while maintaining a position closer to the front than the stamps arranged in the upper row. A seal case.