JPH08300787A - Seal case fitted with lock - Google Patents

Abstract

PURPOSE: To reduce danger such that a seal is abused at a time of loss or theft by providing a maze like groove to the outer periphery of a seal housing part and providing a projection part to the inside of a lid to allow the same to function as a lock. CONSTITUTION: A plurality of cylinders 3 having a L-shaped cross section are attached to a bottomed cylindrical outer cylinder 1 having notches and stop ring mounting grooves formed thereto in the axial direction thereof and the washer 6 and stop ring 7 for preventing the slip-off of the cylinders 3 are attached to the opening end part of the outer cylinder 1. A plurality of protruding parts 12 are integrally formed to the outer periphery of the inner cylinder 2 fitted in the outer cylinder 1 and capable of housing a seal 5 and the notches of the outer cylinder 1 are engaged with the protruding parts 12 to fit the outer cylinder 1 to the inner cylinder 2. The respective cylinders 3 are rotated and the notches 10 provided thereto are matched with the notches of the outer cylinder 1 to fit the inner cylinder 2. By this constitution, only a person knowing the positions of the notches 10 of the cylinders 3 can take out the seal.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a seal stamp provided with a lock.

[0002]

2. Description of the Related Art A conventional seal stamp has no lock.

[0003]

However, anyone can open and close the conventional seal stamp. Therefore, it may be misused when it is lost or stolen. The present invention is made to reduce the risk of misuse when lost or stolen.

There was no lock on the seal. Therefore, anyone could open and close it. In other words, even a thief can open and close it. Normally, for security purposes, bank seals were stored in a lockable safe, in a place different from the bankbook, or in a place where outsiders could not easily find them.

However, even if it is stored in a safe, if it is a small safe, the whole safe is stolen, and there is no place to install a large safe in a general household. Therefore, as mentioned above, most households store the bank seal in a place different from the bankbook or in a place where outsiders cannot easily find it. This will prevent some theft. However, this is not enough. A thief breaks into a house by forgetting to lock it.
Then, he finds and steals the bankbook and bank stamp in a short time. It is a fact that many people encounter such theft damage every year. Also, even a house with a large safe or security equipment cannot be relieved. This is because thieves aiming for such a house have enough equipment and undertaking to steal. In this way, any house is almost vulnerable if a thief breaks in while it is away. Therefore,
With a seal that can be opened and closed by anyone as in the past, it is easy to get stolen. The present invention has been made to solve such a drawback.

[0006]

[Means for Solving the Problems] As shown in FIG.
A plurality of cylinders (3) are attached to the outer cylinder (1), a washer (6) is attached, and a retaining ring (7) is attached. The seal (5) is housed inside the inner cylinder (2) and fitted into the outer cylinder (1). The appearance is as shown in FIG. Outer cylinder (1)
As shown in FIG. 3C, the inside is hollow and is provided with a groove (9) for mounting a notch (8) and a retaining ring (7). The cylinder (3) is a cylinder having an L-shaped cross section and is provided with a notch (10) as shown in FIG. The inner cylinder (2) is provided with a convex portion (12) as shown in FIG. (5), and the inside is hollow so that a seal can be stored. When a plurality of cylinders (3) are attached to the outer cylinder (1) and stopped by a retaining ring (7), the shape shown in FIG. (6) is obtained. The cylinder (3) can be rotated because it is only stopped by the retaining ring (7). The inner cylinder (2) can be fitted by rotating each cylinder (3) and aligning the notch (10) with the notch (8) of the outer cylinder (1).

[0007]

Since the present invention has the above-mentioned structure, the inner cylinder (2) cannot be pulled out unless the cylinder (3) is rotated to a predetermined position. Therefore, only the person who knows the position of the notch (10) of each cylinder (3) can take out the seal stamp.

[0008]

The present invention is one in which a lock is provided in a seal stamp.
Currently, there are many types of locks. Thus, the embodiments of the present invention are numerous. Hereinafter, some of the embodiments of the present invention will be described.

(A) As shown in the perspective view of FIG. 7A, the seal insert of this embodiment has the same shape as the seal insert described first. However, the structure is different, as can be seen from the sectional view of FIG. As shown in FIG. (8), a plurality of cylinders (3) are attached to the outer cylinder (13), a washer (6) is attached, and a retaining ring (7) is attached. Insert the inner cylinder (16) into the lid (14) and secure with the retaining ring (17). The seal (5) is stored inside the inner cylinder (16) and the outer cylinder (1
3) Inset.

The parts used are almost the same as those for the seal stamp described at the beginning. The only difference is that the outer cylinder (13) has a thread on its tip and the parts equivalent to the inner cylinder (2) are composed of the inner cylinder (16), the lid (14) and the retaining ring (17). That is the point. Therefore, like the outer cylinder (1) shown in FIG. (3), the outer cylinder (13) has a hollow interior and is provided with a groove for attaching the notch and the retaining ring (7). The cylinder (3) is a cylinder having an L-shaped cross section and is provided with a notch (10) as shown in FIG. The inner cylinder (16) is provided with a convex portion (18) like the inner cylinder (2) shown in FIG. 5 and the inside is hollow so that a seal can be stored.

The inner cylinder (16) and the lid (14) are provided with a retaining ring (1
It can be rotated because it is stopped only in 7).
The cylinder (3) can be rotated because it is only stopped by the retaining ring (7). The inner cylinder (16) can be fitted by rotating the cylinder (3) and aligning each notch (10) with the notch in the outer cylinder (13). When the inner cylinder (16) is fitted into the outer cylinder (13) and the lid (14) is rotated, the screw cut on the lid (14) and the screw cut on the outer cylinder (13) are engaged with each other to form the inner cylinder (16). Insert it deeply into the outer cylinder (13). The lock can be closed by rotating the cylinder (3) in that state. When opening the lock, each cylinder (3) may be rotated to a predetermined position and the lid (14) may be rotated.

(A) The seal stamp of this embodiment is shown in FIG.
Further, as shown in the perspective view of FIG. 10 (10), a lock is provided in a lizard-shaped seal case. The upper lid (21) is provided with a base (19), and the lower lid (22) is provided with a base (20). The upper lid (21) and the lower lid (22) are hinged (23).
Are combined by. Base (19) shown in Fig. (9)
By prying the mouthpiece (20) and the mouthpiece (20), the seal case can be opened and the state shown in FIG. (10) can be obtained. Inside the seal holder, the red casing (25) and the seal stamp (24) can be stored. By the way, since the presence or absence of the red fillet (25) is not related to the present invention, it may or may not be present.

FIG. 11 is an enlarged view of the base (19) and base (20) of FIG. 9 and FIG. 12 is a sectional view thereof. As can be seen from the cross section of the mouthpiece (20), the cavity inside is slightly deeper, but it is almost the same as a conventional mouthpiece. The base (19) includes a knob (26), a bar bar (27), a plurality of cylinders (28), a bar bar (29) and a bar bar (30). The cylinder (28) has a different size, but the shape is a cylinder having an L-shaped cross section and is notched like the cylinder (3) shown in FIG. (4). The bar (30) has a screw part (31) for attaching the knob (26), a shaft part (32) serving as an axis of the cylinder (28), a convex part (33) and a convex part (34). The bar receiver (27) has a hole into which the shaft (32) of the bar (30) fits, and the hole has a groove into which the protrusion (34) fits. The bar bar (29) is hollow so that the bar bar (30) can move. Each part is shown in Figure (12).
Are combined as shown in. The bar bar (27) and bar bar (29) are attached to the upper lid (21), and the base (20) is attached to the lower lid (22).

By rotating each cylinder (28) and aligning the position of the cut with the convex portion (33), the convex portion (3) of the bar (30) is formed.
Since there is no obstruction to 3), the knob (26) can be pulled and the bar (30) can be moved to unlock the lock. Also, push the knob (26) and move the bar (30) to move each cylinder (2
The lock can be closed by rotating 8). The seal holder itself can be opened and closed by twisting the mouthpiece (19) and the mouthpiece (20). Thus, this embodiment is characterized in that the base is a lock.

If it is difficult to turn the cylinder (28), a hole may be provided on the outer circumference of the cylinder (28). Then you can turn it with a needle or a thin stick. Bartacking (2
7) and bar bar (29) may be provided with a mark, which will serve as a guide when aligning the cylinder (28). The convex portion (34) is for preventing the bar (30) from rotating. If the barb (30) is prevented from rotating by another method, the convex portion (34) may be omitted. Further, if the knob (26) is marked, the position of the convex portion (33) can be known even if the bar (30) rotates, so that there is no need to devise the rotation prevention itself.

(C) In the embodiments described so far, when there is some play in the working accuracy, the important part that closes the lock moves due to the force from the outside with the lock closed. There are drawbacks. For example, in the case of the seal insertion described first, when the inner cylinder (2) is pulled, the convex portion (12) and the cylinder (3) are drawn.
Moves, the protrusion (18) and the cylinder (3) move when the lid (14) is rotated in the example (a), and the protrusion (18) is protruded when the knob (26) is pulled in the example (a). The part (33) and the cylinder (28) move. When a cylinder moves due to an external force like this, by rotating each cylinder little by little and seeing the subtle movement at each stop position, it is possible to know whether or not the cylinder is now in the lock opening position. . Therefore, even a person who does not know the position of the cylinder to open the lock can open the lock in about 10 minutes. In this embodiment, in order to overcome the drawback, an important force for closing the lock is prevented from being moved by an external force.

The appearance is the same as that of the stamp insertion described first as shown in FIG. 13 but the cross section is like the one shown in FIG. The storage part (35) has a mark (37), a groove (39) and a groove (40) as shown in FIG.
Some are screwed. The bar (38) has the shape shown in FIG. (16). The lid (36) has a groove (41) as shown in FIG. (17) and is internally threaded. The cylinder (3) is a cylinder having an L-shaped cross section as shown in FIG. 4 and has a notch (10). Fit the bar (38) into the groove (39) of the storage (35). Align the position of the cutout (10) of the cylinder (3) with the bar (38), and place the cylinder (3) in the storage section (35)
Put on. Attach the washer (6) and attach the retaining ring (7) to the groove (40) of the storage (35). With such a structure, the barb (38), which is an important part of closing the lock, can be moved by gravity or inertial force, but it does not move the cylinder (3).

Each cylinder (3) is rotated to make a cut (1
The lock is opened by aligning the position (0) with the position of the bar (38) and using gravity or inertial force to move the bar (38) to the left in FIG. (14). The lid (36) can be removed by turning it. The opposite is true to close the lock.

This embodiment is characterized in that a lock is provided in the seal stamp. In addition, the lock is characterized in that it can open and close by moving the bart by gravity or inertial force. Therefore, if this mechanism is used, the appearance and structure of this embodiment may not be the one used this time.

(D) FIG. 18 shows a perspective view of the seal insert of this embodiment. A sectional view thereof is shown in Fig. (19).
The principle of this embodiment is the same as that of the embodiment (c), but since there are differences in design, it will be described as an embodiment. The difference between this embodiment and the embodiment (c) will be briefly described. In Example (C), the bar and the cylinder were provided in the portion for accommodating the seal. However, in this embodiment,
As shown in FIG. 8) and FIG. (19), a bar and a cylinder are provided in the lid portion.

The storage part (42) has a notch (49) as shown in FIG. (20) and is partially threaded. The shaft (45) has a mark (46), a groove (50) and a groove (51) as shown in FIG. (21). The bar (47) is shown in (2)
It has the shape shown in 2). The lid (43) is shown in Figure (1
As shown in the sectional view of 9), a part of the shaft (45) and the bar (4)
There is a hole through which part of 7) passes, and some are threaded. The cylinder (44) is different in size, but the shape is similar to the cylinder (3) shown in FIG. The bar (47) is fitted into the groove (50) of the shaft (45), the plurality of cylinders (44) and the lid (43) are attached to the shaft (45), and the retaining ring (48) is attached to the groove (51).

Normally, the bar (47) is fitted in the notch (49), so that the lid (43) cannot be turned. Rotate each cylinder (44) to move the notch position to the bar (47)
When the bartack (47) is moved to the right side in FIG. (19) by using gravity or inertial force, the lock can be opened. The lid (43) can be removed by turning it. The opposite is true to close the lock.

This embodiment is characterized in that a lock is provided in the seal stamp. In addition, the lock is characterized in that it can open and close by moving the bart by gravity or inertial force. Therefore, if this mechanism is used, the appearance and structure of this embodiment may not be the one used this time.

(E) The appearance of the seal insert of this embodiment is similar to that of the embodiment (d) as shown in FIG. 23, but the structure is different as shown in its sectional view in FIG. The lid (53) has a hole into which the shaft (54) fits. The center of the hole is offset from the center of the lid (53).
The shaft (54) has the shape of a groove (6) as shown in FIG. (25).
3), a plurality of holes (64) and marks (56). The lid (53) has a plurality of holes (65), marks (56), and rectangular holes (66) in the shape of a uri as shown in FIG. (26). As shown in FIG. 27, the inside of the storage portion 52 is hollow and the groove 67 is provided inside. Cylinder (55)
Is a cylinder with an L-shaped cross section as shown in Fig. (24).
Flat part (68) which is partially flat as shown in 8)
There is. The bar (59) has a shape as shown in Fig. (29).
The hole into which the shaft (54) fits has a flat portion (69).
The respective parts are assembled as shown in FIG. (24). Two rods (57) are held by springs (58) in the overlapping holes (64) and holes (65) of the lid (53) and the shaft (54).

During storage, the bar (59) is fitted in the groove (67) provided inside the storage part (52), so the lid (5)
You cannot take 3). To remove the seal (62), the bar (59) must be removed from the groove (67).
Since the hole into which the shaft (54) fits is displaced from the center of the lid (53) and the storage part (52), the bar (59) is provided inside the storage part (52) by rotating the shaft (54). It can be removed from the groove (67) provided. However, the lid (5
Since the rod (57) closer to the spring (58) is inserted into the hole (65) of 3) and the hole (64) of the shaft (54), the shaft (54) is left as it is. It cannot be turned.

Therefore, in order to take out the seal (62), the shaft (54) must be rotatable. Shaft (5
4) The method of making the state in which it can be rotated is as follows. Rotate the flats (68) of each cylinder (55) to hold the rod (57). Then, the two rods (57) are swollen, and the boundary between the two rods (57) is the lid (53) and the shaft (54).
Match the boundaries of. Therefore, the shaft (54) can be rotated. After that, if the lid (53) is pulled, the seal (62) can be taken out. When storing the seal, reverse the procedure for taking it out.

(F) In this embodiment, a lock generally called a pin tumbler lock is used in the present invention. As shown in FIG. (30), the outer appearance is composed of a storage part (52) and a lid (70). The storage part (52) is shown in (2)
As shown in 7), the inside is hollow and there is a groove (67) inside. The cross section of the lid (70) is shown in Figure (31).
It is urii as shown in. The lid (70) has a plurality of holes into which the springs (73) fit, as can be seen from FIG. (31).
Further, the lid (70) has a hole into which the inner cylinder (71) fits, and the center of the hole is deviated from the center of the lid (70). In addition, the lid (70) has a rectangular hole (77) as shown in FIG. (32), through which the barb (59) moves. As shown in FIG. 33, the inner cylinder (71) has a groove to be a keyhole (72) and a plurality of holes (78) into which the rod (74) fits. The bar (59) has an inner cylinder (71) with a shape as shown in FIG. (29).
There is a flat portion (69) in the hole that fits in. Each part is assembled as shown in FIG. Lid (7
A hole (70) and an inner tube (71) are formed with a spring (73) and a plurality of rods (74).

At the time of storage, since the barb (59) is fitted in the groove (67) provided inside the storage portion (52), the lid (7)
0) cannot be taken. To remove the seal (5)
9) must be removed from the groove (67). Inner cylinder (7
The hole into which 1) is fitted is the lid (70) or the storage (52).
The bar (59) can be removed from the groove (67) provided inside the accommodating part (52) by turning the inner cylinder (71) because it is displaced from the center of the. But the keyhole (72)
Since the rod (74) is held by the spring (73) when the key is not inserted into the key, the rod (74) closer to the spring (73) straddles the lid (70) and the inner cylinder (71). In position. Therefore, the inner cylinder (71) cannot be rotated. However, when a key as shown in FIG. (34) is inserted into the keyhole (72), the rod (74) becomes uneven (79) on the key.
Is pushed back by the lid (7)
It coincides with the boundary between 0) and the inner cylinder (71). Therefore, the inner cylinder (71) can be rotated by inserting the duplicate key into the keyhole (72). Then, pull the lid (70) to take out the seal. When storing the seal, reverse the procedure for taking it out.

(G) The seal stamp of this embodiment is shown in FIG.
As shown in 5), it is composed of a storage part (52) and a lid (80). Its cross section is shown in FIG. As shown in FIG. 27, the inside of the storage portion 52 is hollow and the groove 67 is provided inside. The lid (80) has a lateral hole, and the bar (81), the spring (82), the spring (83), and the screw (84) are incorporated therein. A shape memory material is used for the spring (82) and is subjected to shape memory processing so as to expand and contract due to temperature change. Spring (83) is an ordinary spring.

In order to open the seal insert of this embodiment, the spring (82) is extended and the bar (81) is removed from the groove (67) of the accommodating portion (52) by utilizing the temperature change. There are no particular restrictions on the method of changing the temperature of the spring (82), and it may be heated by fire, soaked in hot water, applied with warm air, or utilized frictional heat. Also, when closing the seal insert of this embodiment,
Since the barbs (81) have slanted ends, it is sufficient to push the lid (80) into the storage (52). Further, as a structure for easily closing the lid (80) for inserting the seal, a barb (85) having a rounded tip as shown in FIG. (37) was used, and chamfering was performed on the inside of the storage section (52). There are structures, etc. By the way, FIG. (37) shows the lid (8) for the seal stamp of this embodiment.
FIG. 0 is an enlarged cross-sectional view of part (0), which uses a bar (85).

Depending on the shape of the bart, it may be necessary to take measures to prevent the bart from rotating. The shape memory process of the spring (82) may be extended at a low temperature or may be extended at a high temperature.

The greatest feature of this embodiment is that the person who does not know the mechanism of the seal stamp cannot easily open and close the seal stamp by using the shape memory material. There are other examples of using the shape memory material for opening and closing the seal stamp than those described this time. For example, there are many lids made of a shape memory material that has undergone shape memory processing.

(H) The seal stamp of this embodiment is shown in FIG.
Although the appearance is similar to that of the embodiment (D), the opening / closing mechanism uses the opening / closing mechanism of the embodiment (G). A cross-sectional view of this stamp insertion is shown in FIG. (39). As shown in FIG. 27, the inside of the storage portion 52 is hollow and the groove 67 is provided inside. The lid (86) has a lateral hole, and the bar (81), the spring (82), the spring (83), and the screw (84) are incorporated therein. A shape memory material is used for the spring (82) and is subjected to shape memory processing so as to expand and contract due to temperature change. Spring (83) is an ordinary spring. A shaft (88) having a plurality of cylinders (87) attached thereto is attached to the lid (86). The lid (86) and the shaft (88) are partially threaded so that they can be connected.

The rod (90) is provided so that the shaft (88) and the lid (86) do not come off, but the shaft (88) and the lid (8).
There are other ways to prevent 6) from coming off. An adhesive may be used, or anything may be used. Lid (86) and shaft (88)
There is no particular limitation on the connection method of. Mark (89)
Does not have to be provided to make the appearance similar to that of the example (d) or the example (e). Further, in this embodiment, the appearance is the same as that of the embodiment (d) or the embodiment (e), but the appearance may be the same as that of the embodiment (f), or may be the same as the other embodiments. Absent.

In order to open the seal insert of this embodiment, the spring (82) is extended and the bar (81) is removed from the groove (67) of the accommodating portion (52) by utilizing the temperature change. There are no particular restrictions on the method of changing the temperature of the spring (82), and it may be heated by fire, soaked in hot water, applied with warm air, or utilized frictional heat. Also, when closing the seal insert of this embodiment,
Since the barbs (81) have slanted ends, it is sufficient to push the lid (86) into the storage section (52). Also, as a structure for easily closing the lid (86) for inserting the seal, a bar (37)
As shown in FIG. 2, there is a structure in which a round barb (85) is used at the tip and chamfering is performed on the inside of the storage section (52).

Depending on the shape of the bartack, it may be necessary to take measures to prevent the bartet from rotating. The shape memory process of the spring (82) may be extended at a low temperature or may be extended at a high temperature.

The greatest feature of this embodiment is that the person who does not know the mechanism of the seal stamp cannot easily open and close the seal stamp by using the shape memory material. There are other examples of using the shape memory material for opening and closing the seal stamp than those described this time. For example, there are many lids made of a shape memory material that has undergone shape memory processing.

(K) The seal stamp of this embodiment is shown in FIG.
As shown in FIG. 5, it is composed of a storage part (91) and a lid (92). The cross section is like the one shown in FIG. The lid (92) has a protrusion (94). Storage (9
In 1), the inside is hollow so that the seal (5) can be stored. Further, the storage portion (91) has a mark (93) and a groove (95) as shown in FIG. The groove (95) is provided in a labyrinth shape on the outer periphery of the storage section (91).

Therefore, in order to open and close the lid (92), the protrusion (94) must pass through the maze formed by the groove (95). In other words, it can be said that the person who does not know that the seal stamp has such a mechanism is similar to the case where the seal stamp is locked.

The shape of the maze formed by the groove (95) in the housing (91) is not particularly limited. Further, the maze formed by the groove (95) in FIG. (42) is drawn on a plane, but it is formed on the outer periphery of the storage section (91).
The storage part (91) and the lid (92) have a mark (93), which serves as a guide when the lid (92) is opened and closed. That is, the protrusions (94) are passed through the maze, using the positions of the two marks (93) as a guide. Incidentally, the mark does not have to be as shown in FIG. For example,
Even the patterns and letters on the exterior serve as a mark. Also, depending on the configuration of the maze, the lid can be opened and closed even if there is no mark on the appearance. For example, a blind alley, which serves as a mark, may be provided at the innermost part of the maze.

The feature of this embodiment resides in that the same effect as when a lock is provided by providing a labyrinth-like groove and a projection portion in the seal stamp is obtained. Therefore, by applying this feature, a labyrinth-like groove may be provided on the stamp itself and a lid having a protrusion may be covered inside. Also, in this case, the seal is made thinner than the part without the maze-shaped groove, the thickness of the lid is the same as the part without the maze-shaped groove, and the letters on the lid or the seal are not engraved. Carve letters on one side. In this way, the appearance is a seal with the lid attached. Therefore, the thief's eyes can be deceived.

(C) A perspective view of the seal insert of this embodiment is shown in FIG. (43). A sectional view is shown in FIG. The outer lid (97) has a protrusion (99). Storage (9
6) has a hollow inside and can store the seal (5). In addition, there is a screw inside and the elastic material (10
4) is provided, and the storage part (96) has an inner lid (10).
The seal (5) can be fixed when the (0) is attached. On the outside, as shown in Fig. (45), mark (9
8) and a groove (105). The groove (105) is used for the storage (9
It is provided in a maze on the outer circumference of 6). FIGS. 46, 47, 48, and 49 are enlarged views of parts used in this embodiment. The shape of the inner lid (100) is
This is the case as shown in FIG. The inner lid (100) is partially threaded for attachment to the storage (96).
Further, the groove (108) and the groove (106) cut to the inside.
And there is a side hole (107). Figure (49) in the groove (108)
The trigger (103) shown in is attached. This time, the horizontal hole (107) and the hole (109) are combined and the rod is inserted into these holes.
If the trigger (103) moves around the position of 9), it is not necessary to stick to the method adopted this time. The inner lid (100) is attached with a blade (102) and a mainspring (101) in addition to the trigger (103). As shown in FIG. 47, the blade (102) has a notch for fitting the trigger (103) and a sharply pointed blade. The mainspring (101) is in the shape of a bamboo spring as shown in FIG. (48). The method of attaching the blade (102) and the mainspring (101) is not particularly limited, and the inner end of the mainspring (101) is attached to the blade (102) and the outer end of the mainspring (101) is attached to the inner lid (100). It has to be done.

The seal (5) is stored in the storage section (96) so that the side on which the characters are engraved faces the inner lid (100). The storage part (96) has an inner lid (100) and an outer lid (97).
Is attached. The seal (5) is fixed by being sandwiched between the elastic material (104) and the inner lid (100). Before attaching the inner lid (100), the blade (102) is rotated, the mainspring (101) is wound, and the trigger (103) is set in the notch of the blade (102). The blade (102) can be easily rotated by using a jig as shown in FIG. (50). By the way, FIG. 50 is an enlarged view of the jig.

Since this embodiment has such a structure, it is necessary to open and close the inner lid (100) and the outer lid (97) in and out of the seal (5). Since the inner lid (100) is of a screw type, it can be easily opened and closed by rotating it. But,
The outer lid (97) cannot be easily opened and closed because of the protrusion (99) and the groove (105). When opened, the protrusion (99) is formed by the groove (105) and the groove (1) of the inner lid (100).
You have to go through 06). If the protrusion (99)
Through the groove (108) in the inner lid (100), the trigger (1
03) moves by the passage of the protrusion (99), and the blade (10
Remove from the notch in 2). The blade (102) approaches the seal (5) while rotating by the force of the mainspring (101) and scratches the seal (5). If that happens, the seal (5) will become useless. In other words, it can be said that the person who does not know that the seal stamp has such a mechanism is similar to the case where the seal stamp is locked. Also, touching it with a finger makes the seal unusable.

The shape of the labyrinth formed in the storage part (96) by the groove (105) is not particularly limited. Also, the inner lid (1
The groove (106) and the groove (108) in 00) may be labyrinthine. Although the inner lid (100) is provided with a groove (106), it does not have to lead to a maze in the storage (96). Further, the groove (106) may be omitted. In such a case, opening and closing of the inner lid (100) and the outer lid (97) are as follows. When opening the protrusion (99), insert the groove (10
5) Trigger the groove (108) through the maze (1) (1)
Go ahead of 03). Here, if the outer lid (97) is rotated, the inner lid (100) will come off. The time of closing is different when the groove (106) is present but is not connected to the maze of the storage section (96) and when the groove (106) itself is not present. Basically, you can do the reverse of opening. The difference lies in rotating the blade (102) and winding the mainspring (101). Groove (106) is present, but storage (96)
When it is not connected to the maze, the mainspring (101) is wound and the protrusion (99) is inserted into the groove (1) in the same manner as described above.
06) and put the inner lid (100) into the outer lid (97). Move the inner lid (100) so that the protrusion (99) is in the center of the groove (108). The outer lid (97) is rotated to attach the inner lid (100) to the storage section (96). The outer lid (97) is attached by passing the protrusion (99) through the maze.
When the groove (106) itself does not exist, the protrusion (99) is passed through the groove (108), the inner lid (100) is put into the outer lid (97), and then the mainspring (101) is wound. Is.

Although the labyrinth formed by the groove (105) in FIG. 45 is drawn in a plan view, it is formed on the outer periphery of the storage section (96). The housing (96) and the outer lid (97) have a mark (98), which is the outer lid (9).
This is a reference when opening and closing 7). That is, the protrusions (99) are passed through the maze with the positions of the two marks (98) as a guide. Incidentally, the mark does not have to be as shown in FIG. For example, even a pattern or a character provided on the exterior serves as a mark. Further, depending on the structure of the maze, the outer lid (97) can be opened and closed even if there is no mark on the appearance. For example, a blind alley serving as a mark may be provided at the innermost part of the maze. The shape of the blade (102) does not have to be the shape shown in FIG. (47). Any shape may be used as long as it can scratch the seal. There is no particular method for fixing the seal (5). As long as the seal (5) can be fixed, the method used this time may not be used, and any method may be used. Also, even if the seal (5) cannot be fixed, it does not necessarily have to be fixed because it can be slightly damaged.

The feature of this embodiment is that a mechanism for damaging the seal is provided inside the seal insert. Therefore,
The appearance may be any shape as long as a mechanism for damaging the seal is provided inside the seal insert. Also, there is another mechanism for damaging the seal stamp other than the one described this time. For example, even if the blade and the mainspring are used in the same manner as this time, a hole is made in the blade and the portion covering the blade so that the rod can be inserted from the outside of the seal insert, the rod is inserted, and the blade is stopped. Then, attach a string to the end of the stick that has been put out of the seal, and fix the end of the string to the bottom of the chest. If you do this, when you try to take the seal stamp carelessly, the rod that holds the blade close to the seal stamp will rotate and the wound blade will damage the seal stamp.

(S) The seal of this embodiment has no lock. However, if you try to open it carelessly, the seal cannot be used. As shown in Fig. 51, the external appearance is a storage part (110) and a lid (111).
It consists of The cross section is shown in Figure (52). The storage part (110) has a hollow inside so that the seal (5) can be stored therein. The lid (111) has a blade (11
2) is attached. The blade (112) has a sharpened portion as shown in FIG. (53). The storage part (110) and the lid (111) are left-threaded so that they can be connected by screwing.

Since the screw generally used is a right-hand screw,
Those who do not know that this seal has a left-hand thread, can open the lid (111) in the same way as a right-hand thread.
Rotate 1). Then, the blade (112) approaches the seal (5) and scratches the seal (5). This embodiment thus prevents misuse of the seal stamp due to theft.

It should be noted that it may be possible to devise to prevent the seal (5) from moving inside the storage section (110). For example, an elastic material may be provided between the storage section (110) and the seal (5), or if the seal to be stored is elliptical, the inside may be elliptical. With such a device, the lid (111)
It is easy to damage the seal when screwing in, and
It is difficult to scratch the seal in normal times. Also, the storage (11
An elastic material may be provided at the bottom of 0). In this case, the lid (11
When 1) is screwed in, the effect of weakening the feeling of scratching the seal can be expected. If a mark such as a groove, a protrusion, or a pattern is provided on the outside of the storage section (110), the lid (111) can be closed when the seal is stored. The shape of the blade (112) does not have to be the shape shown in FIG. (53). Any shape may be used as long as it can scratch the seal. The method for attaching the blade (112) to the lid (111) is not particularly limited. It can be screwed or glued.

(Vi) The seal of this embodiment has no lock. The appearance is similar to that of the seal stamp described at the beginning as shown in FIG. 54, but its cross section is shown in FIG.
Different as shown in 5). The seal (5) is housed inside like the other embodiments. Cylinder (3) and Cylinder (11
5) is attached to the storage section (113) by a retaining ring (116). However, as can be seen from FIG. 55, the cylinder 3 and the cylinder 115 can be moved, but do not function as a lock and are merely ornaments. The storage part (113) and the lid (114) are threaded.

Since this seal has such a structure, it can be opened and closed by simply rotating the lid (114). However, since it is a seal with a lock on the outside, a person who does not know this structure must move the cylinder (3) and the cylinder (115) to a predetermined position to open and close the lid (100). Therefore, for a person who does not know this structure, this seal stamp can be a seal stamp with a lock that never opens.

The feature of this embodiment is that it looks like a seal with a lock. Therefore, the seal stamp used for the description is designed to resemble the seal stamp that was first described in appearance, but the appearance of this embodiment may be designed to resemble other embodiments. It doesn't matter if it doesn't exist. Further, the connection between the storage part (113) and the lid (114) does not need to be fixed by screwing, and any connection may be made. A cylinder (3) is adopted for convenience in this embodiment. However, in this embodiment, the cylinder (3) need not have the notch (10).

(S) The seal holder of this embodiment is not provided with a lock and cannot be stored. The appearance is the same as that of the stamp insertion described first as shown in FIG. 56, but the cross section is different as shown in FIG. 57. The cylinder (115) can be moved as is apparent from the view (57), but does not function as a lock and is merely a decoration. A cylinder (11
9) is stored. Storage part (117) and lid (11
There is almost no gap with 8), and a high pressure is applied to connect them. Therefore, the lid (118) is attached to the storage (11
It cannot be easily removed from 7). That is, this seal stamp is an imitation of a lock stamped seal. However, if you shake it, you will hear the sound of a seal stamp inside. This seal is a fake product, but if you keep it with a bankbook, it can interfere with the work of a thief.

The characteristic feature of this embodiment is that it looks like a seal with a lock. The appearance of the example used for the description is designed to resemble the seal stamp described at the beginning, but the appearance of this example may be designed to resemble other examples, and is not in this example. But it doesn't matter. Further, the connection between the storage part (117) and the lid (118) does not have to be a high-pressure connection, and may be anything as long as it cannot be easily removed. It's even better if it's a snap-in type and the lid moves a little but doesn't come off. Tube (1
The material of 19) is not particularly limited, and any material may be used as long as there is a sound like the seal is inserted from the inside when the seal is swung.

Further, in the case of this embodiment, the work of the thief can be further hindered by accommodating the battery and the buzzer inside and wiring the buzzer so that the buzzer becomes a careless touch.

As described above, there are many embodiments of the present invention. In addition, in the examples given this time, there are parts and mechanisms used in a plurality of examples for convenience of explanation. I will explain it.

First, the cylinder (3), the cylinder (28), the cylinder (44) and the cylinder (55) will be described. These cylinders are important parts for opening and closing the lock of each embodiment. Therefore, the owner of the seal stamp must remember the position of the notch (10) of each cylinder, the flat portion (68), or a portion corresponding to these. However, since these positions are invisible, there are the following ideas. Characters, numbers, patterns, etc. are attached to the surface (11) obtained by dividing the cylinder (3) into the corresponding parts or a part corresponding thereto. Then, it is convenient to open the lock by remembering which character, number, or pattern the position of the notch (10), the flat portion (68), or the portion corresponding to these is. Also, remember which character, number, or pattern is aligned with the mark provided in each embodiment so that the position of the cut (10), the flat portion (68), or a portion corresponding to these is aligned. Also has the same effect.

Incidentally, the cylinder (87) and the cylinder (115)
Also in this case, characters, numbers, patterns, etc. may be attached to the divided surface. In the first place it looks like a seal with a lock.

Further, the cylinder (3), the cylinder (28), the cylinder (4
4), the cylinder (55) is a cylinder having an L-shaped cross section, but the cross section of the cylinder does not need to be L-shaped, and the outside may be a polygonal cylinder.

Cylinder (3), Cylinder (28), Cylinder (4
The embodiment using 4), the cylinder (55), the cylinder (87) and the cylinder (115) utilizes a part of the mechanism of a dial lock which is often used for locking a bicycle or the like. Originally, in this type of lock, in order to improve the positioning of the cylinder, a concavo-convex is provided on the back side of the cylinder and a leaf spring is sandwiched between the cylinders. A similar idea may be applied to the cylinder used this time.

Next, the washer (6) will be described. Even if the washer (6) is not used, there is no problem in the function of the present invention. If provided, the protrusion (12) or the protrusion (1
8) Or use a C-shaped one so as not to get in the way of the bar (38). Further, it is necessary to devise so that the cylinder (3) does not rotate together when it is rotated. For example,
There is a method in which a groove is vertically provided in the shaft portion of the outer cylinder (1), the outer cylinder (13), or the storage portion (35), and a convex portion is provided on the inner diameter of the washer (6) so as to engage with each other. .

Next, the retaining ring (7), the retaining ring (48), the retaining ring (61), the retaining ring (75) and the retaining ring (116) will be described. Although these retaining rings use C-shaped retaining rings, it is not necessary to limit them. As long as it has sufficient strength as a retaining ring, it does not care about the shape or material. However, depending on the embodiment, a bar or a part that does not interfere with the bar is used.

Mark (4), mark (15), mark (3
7), the mark (46), the mark (56), the mark (93), and the mark (98) each have a shape as shown in the figure, but any shape may be used as long as it serves as the mark. Absent.

Any material may be used as long as it satisfies the elements required for each part in terms of design.

A resilient material may be provided inside the seal insert. In general, when an elastic material is provided inside the seal case, no sound is produced even if the seal case is shaken. Therefore, there is an advantage that it is not possible to know whether or not the seal stamp is contained unless the seal stamp holder is opened and closed. However, depending on the method of use, it may be better not to provide the elastic material inside the seal stamp, so the elastic material inside the seal stamp may or may not be provided.

The appearance of the embodiment provided with the lock is not particularly limited. A lid or cover may be provided and the appearance may be shaped like a stick-shaped lipstick or a fountain pen.

[0068]

As described above, according to the present invention, a lock or a mechanism having the same effect as a lock is provided in the seal stamp,
The seal is provided with a blade inside, the imprint lock is provided with an imitation lock, and the imitation seal is provided with an imitation lock.

A plurality of embodiments in which a seal or a mechanism having the same effect as a lock is provided for the seal stamp has been described. The effect of these seal stamps is that only a specific person such as the owner can easily open and close the seal stamps. In other words, even if a thief discovers a passbook and a seal stamp, it is not easy to confirm whether or not the seal of the passbook is included in the seal stamp. In addition, it is possible to use a seal stamp that is designed so that the lock cannot be seen in the seal stamp of the example (ki), the example (ku), the example (ke), the example (ko), or the lock stamped seal. If so, it is certain that it will be even more difficult for the thief to take out the seal from the seal stamp.

Examples in which a blade is provided inside the seal insert have been described in Example (U) and Example (S). Make sure that these seals are not damaged and useless if you try to open them carelessly. Therefore, even if the thief finds the seal stamp, if the thief inadvertently opens the seal stamp, the seal stamp will be damaged and unusable, and thus the abuse of the seal stamp can be prevented.

An example in which an imitation lock is provided in the seal insert has been described in Example (C). This seal stamp can store a non-important recognition stamp and the like, and can obtain a great effect when it is stored in an easily noticeable place or in the same place as a bankbook. In other words, for the thief who discovered the passbook and this seal stamp, it is necessary to confirm whether the seal of the passbook is included in the seal stamp. However, this seal stamp is a seal stamp with a lock in appearance. Therefore, at the crime scene, the thief must select whether to unlock the seal stamp or steal the seal stamp together. When you choose to unlock the seal, the lock is imitation, so even if you break it, the seal will not open. Even if you steal the entire seal stamp, destroy the seal stamp, and take out the seal stamp, it will not be damaged as it is because it is not a passbook seal stamp.
As such, this stamping is effective in hindering the work of thieves. Incidentally, although the embodiment (K) is also an example of the embodiment in which the imitation lock is provided, the effect as just described can be obtained.

The embodiment in which the imitation lock is provided in the imitation seal insert has been described in the embodiment (s). The usage method and effect of this imitation seal insert are the same as those of the embodiment in which an imitation lock is provided in the seal insert. Further, in the case of imitation seal imprinting, if a battery and a buzzer are housed inside and wired so that the buzzer will be activated if carelessly touched, the work of a thief can be hindered.

There are various embodiments of the present invention as described above. Even if each of the examples is used alone, it is effective. However, a larger effect can be expected if they are used in combination. For example, the imitation seal stamp provided with the imitation lock described in the embodiment (s) is stored together with the deposit passbook, and the seal of the deposit passbook is put in the lock stamp seal described in the embodiment (c). Store it in a place where it does not attach. As described above, if the seal stamps of the respective embodiments are used in combination, it becomes very difficult for the thief to obtain the passbook and the seal of the passbook. In addition, two seal stamps described in the embodiment (C) are prepared, and seals for the three-sentence size and the bankbook are stored. Store the seal stamp containing the three-literal stamps together with the bankbook, and store the seal stamp containing the bankbook in a safe place.
Even with such usage, it becomes very difficult for the thief to obtain the bankbook and the bankbook of the bankbook. In other words, if a plurality of seal stamps of the present invention are used, a thief must search through the house from corner to corner and find all seal stamps. Moreover, even if the seal is stored in a safe, it is certain that the use of the seal insert of the present invention will be a major obstacle for thieves.

As described in the problem to be solved by the invention, the conventional seal stamp is unprotected against theft and has a high risk of being misused in the case of theft or loss. However, the seal stamp of the present invention prevents the thief's theft as described above. Further, in the case of a seal with a blade provided inside the seal, misuse such as theft or loss can be prevented. One might think that the seal stamp of the present invention is a small safe for exclusive use of a seal stamp, which is a big misunderstanding. The common feature of the seal stamp of the present invention and the safe is that it cannot be easily opened by anyone other than a specific person. And, the difference is that the seal of the present invention stores only a seal, whereas the safe stores an unspecified number of valuables. The fact that it cannot be opened easily by anyone other than a specific person is one of the effects of the lock-in seal stamping of the present invention. However, as described above, the seal stamp of the present invention is more effective when a plurality of lock stamp seals are used or stored in a safe. Further, the seal stamp with the imitation lock and the imitation seal stamp with the imitation lock were invented on the premise that they are used as a decoy in combination with the seal stamp with the lock. The same effect can be naturally obtained if the usage of the seal stamp of the present invention as described above is performed in a safe. However, in using the safe, it is not efficient to install a plurality of safes in the house, provide a decoy safe, store the safe in the safe, and so on. In fact, it is not realistic to use the safe in the same way as the seal stamp of the present invention.

The mechanism for moving the bartack by gravity or inertial force to open and close the lock, which has been described in the embodiments (c) and (d), is unprecedented. This mechanism can be applied to fields other than the seal stamping.

The lock using the shape memory material described in Examples (K) and (K) is unprecedented. This mechanism for stamping can be applied to fields other than stamping.

There is no conventional mechanism in which the lid cannot be easily removed from the accommodating portion by using the labyrinthine groove and the projection described in the embodiments (K) and (C). This mechanism
It can also be applied to fields other than stamp registration.

[Brief description of drawings]

FIG. 1 is a perspective view of an example of the present invention.

FIG. 2 is a sectional view of an example of the present invention.

FIG. 3 is a perspective view of an outer cylinder (1) according to an example of the present invention.

FIG. 4 is a perspective view of an example cylinder (3) of the present invention.

FIG. 5 is a perspective view of an inner cylinder (2) of an example of the present invention.

FIG. 6 is a perspective view of an example of the present invention.

FIG. 7 is a perspective view of an embodiment (A) of the present invention.

FIG. 8 is a sectional view of an embodiment (A) of the present invention.

FIG. 9 is a perspective view of an embodiment (a) of the present invention.

FIG. 10 is a perspective view of an embodiment (a) of the present invention.

FIG. 11 is a partially enlarged front view of the embodiment (a) of the present invention.

FIG. 12 is a partially enlarged sectional view of the embodiment (a) of the present invention.

FIG. 13 is a perspective view of an embodiment (C) of the present invention.

FIG. 14 is a sectional view of an embodiment (C) of the present invention.

FIG. 15 is a perspective view of the storage section (35) of the embodiment (C) of the present invention.

FIG. 16 is a perspective view of the bar (38) of the embodiment (C) of the present invention.

FIG. 17 is a perspective view of the lid (36) of the embodiment (C) of the present invention.

FIG. 18 is a perspective view of an embodiment (D) of the present invention.

FIG. 19 is a sectional view of an embodiment (D) of the present invention.

FIG. 20 is a perspective view of the storage section (42) of the embodiment (D) of the present invention.

FIG. 21 is a perspective view of a shaft (45) according to an embodiment (D) of the present invention.

FIG. 22 is a perspective view of the bar (47) of the embodiment (D) of the present invention.

FIG. 23 is a perspective view of an embodiment (e) of the present invention.

FIG. 24 is a sectional view of the embodiment (e) of the present invention.

FIG. 25 is a perspective view of the shaft (54) of the embodiment (e) of the present invention.

FIG. 26 is a perspective view of a lid (53) according to an embodiment (e) of the present invention.

FIG. 27 is a perspective view of a storage part (52) used in an example of the present invention.

FIG. 28 is a plan view of a cylinder (55) according to an embodiment (e) of the present invention.

FIG. 29 is a plan view of a bar (59) used in an example of the present invention.

FIG. 30 is a perspective view of an embodiment (f) of the present invention.

FIG. 31 is a cross-sectional view of the lid (70) of the embodiment (F) of the present invention.

FIG. 32 is a perspective view of the lid (70) of the embodiment (F) of the present invention.

FIG. 33 is a perspective view of the inner cylinder (71) of the embodiment (F) of the present invention.

FIG. 34 is a plan view of a duplicate key according to an example (f) of the present invention.

FIG. 35 is a perspective view of an embodiment (G) of the present invention.

FIG. 36 is a cross-sectional view of the embodiment (G) of the present invention.

FIG. 37 is a sectional view of a lid (80) using a bar (85) according to an embodiment (K) of the present invention.

FIG. 38 is a perspective view of an embodiment (K) of the present invention.

FIG. 39 is a cross-sectional view of the example (H) of the present invention.

FIG. 40 is a perspective view of an embodiment (X) of the present invention.

FIG. 41 is a cross-sectional view of an embodiment (X) of the present invention.

FIG. 42 is a plan view of the storage section (91) of the embodiment (K) of the present invention.

FIG. 43 is a perspective view of an embodiment (K) of the present invention.

FIG. 44 is a cross-sectional view of the example (U) of the present invention.

FIG. 45 is a plan view of the embodiment (U) of the present invention with the outer lid (97) removed.

FIG. 46 is a perspective view of the inner lid (100) of the embodiment (K) of the present invention.

FIG. 47 is a perspective view of the blade (102) of the embodiment (K) of the present invention.

FIG. 48 is a mainspring (101) of an embodiment (K) of the present invention.
Side view of

FIG. 49 is a perspective view of the trigger (103) of the embodiment (K) of the present invention.

FIG. 50 is a perspective view of a jig used in the embodiment (U) of the present invention.

FIG. 51 is a perspective view of an embodiment (SA) of the present invention.

FIG. 52 is a cross-sectional view of an embodiment (SA) of the present invention.

FIG. 53 is a perspective view of a blade (112) of an embodiment (SA) of the present invention.

FIG. 54 is a perspective view of an embodiment (shi) of the present invention.

FIG. 55 is a cross-sectional view of the embodiment (shi) of the present invention.

FIG. 56 is a perspective view of an embodiment (s) of the present invention.

FIG. 57 is a sectional view of an embodiment (s) of the present invention.

[Explanation of symbols]

 (1) is an outer cylinder (2) is an inner cylinder (3) is a cylinder (4) is a mark (5) is a seal (6) is a washer (7) is a retaining ring (8) is a notch (9) is a groove (10) ) Is notch (11) is surface (12) is convex (13) is outer cylinder (14) is lid (15) is mark (16) is inner cylinder (17) is retaining ring (18) is convex (19) ) Is a base (20) is a base (21) is a top lid (22) is a bottom lid (23) is a hinge (24) is a seal (25) is a seal (26) is a knob (27) is a bar bar (28) is Cylinder (29) is bar-tacking (30) Bar-tacking (31) Screw part (32) Shaft part (33) Convex part (34) Convex part (35) Storage part (36) Lid (37) Is a mark (38) is a bar (39) is a groove (40) is a groove (41) is a groove (42) is a housing (43) is a lid (44) is a cylinder (45) is a shaft (46) is a mark (4) 7) Bar bar (48) Notch ring (49) Notch (50) Groove (51) Groove (52) Storage part (53) Lid (54) Shaft (55) Cylinder (56) Marks (57) are rods (58) Springs (59) Bars (60) Washers (61) Retaining rings (62) Seals (63) Grooves (64) Holes (65) Holes (66) Is hole (67) is groove (68) is flat (69) is flat (70) is lid (71) is inner cylinder (72) is keyhole (73) is spring (74) is rod (75) The ring (76) is a washer (77) is a hole (78) is a hole (79) is an uneven portion (80) is a lid (81) is a barb (82) is a spring (83) is a spring (84) is a screw (85) Is a bar (86) is a lid (87) is a cylinder (88) is a shaft (89) is a mark (90) is a rod (91) is a housing (92) is a lid (93) is a mark (94) Is a protrusion (95) is a groove (96) is a housing (97) is an outer lid (98) is a mark (99) is a protrusion (100) is an inner lid (101) is a mainspring (102) is a blade (103) Is a trigger (104) is an elastic material (105) is a groove (106) is a groove (107) is a lateral hole (108) is a groove (109) is a hole (110) is a housing (111) is a lid (112) is a blade ( 113) is a storage part (114) is a lid (115) is a cylinder (116) is a retaining ring (117) is a storage part (118) is a lid (119) is a cylinder

Claims (6)

[Claims] 1. A seal insert provided with a lock 2. A seal insert having a labyrinth-like groove on the outer periphery of the seal storage part and a protrusion on the inside of the lid. 3. A seal insert using a shape memory material for an opening / closing mechanism of the seal insert. 4. A seal insert having a blade inside. 5. A seal stamp provided with an imitation lock on the outside. 6. An imitation seal holder having an imitation lock provided on the outside.