JP3642396B2 - Combination mark - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention relates to a combination mark composed of a plurality of element stamps. Each element stamp is provided with a rubber printing body for printing an address, name, corporation name, telephone number and the like.
[0002]
[Prior art]
This type of seal is well known in Japanese Utility Model Laid-Open Nos. 56-171250, 58-168448, 59-82753, and the like. Each element stamp constituting the combination stamp is composed of a stamp body made of a tile-shaped plastic block and a rubber printed body fixed to the lower end surface thereof, and a fitting protrusion is provided on one of the joint surfaces of the stamp body, and the other A fitting recess is provided on the joint surface.
[0003]
[Problems to be solved by the invention]
The combination stamp is formed by joining a plurality of element stamps. Therefore, in the state where each element stamp is joined, the printing surface position of each rubber printing body is likely to vary, and the printing quality is higher than that of a single rubber stamp in which all printing contents are formed on one rubber printing body. It tends to be inferior. For this reason, for example, the print characters of a specific element stamp are easily blurred or blurred.
[0004]
In the combination stamp, an address, a name, a telephone, and the like are allocated to each element stamp. Therefore, when the residence display or the telephone number changes, the print contents can be updated at low cost by replacing only the corresponding element stamp or replacing the rubber print body. However, when such a partial update is performed, a difference in thickness between the updated rubber print body and another rubber print body is caused, and the print surface position is likely to be uneven, and the previous print quality is likely to deteriorate significantly. For this reason, when performing partial update, it is necessary to keep the element stamps other than the update target and readjust the stamp face position, and it is cumbersome to manage the trouble and the consignment. By the way, when replacing the rubber print body, a new rubber print body must be formed slightly thinner, and the stamping surface position must be aligned while adding a spacer to this, which requires a lot of work for a series of operations. Was.
[0005]
The object of the present invention is to change and adjust the upper and lower positions of the element stamps to be joined to each other. Therefore, when the combination stamps are combined, the stamping positions of the respective element stamps are aligned so that they are as good as a single rubber stamp. It is to provide a combination mark capable of exhibiting print quality. An object of the present invention is to provide a position adjustment mechanism using an eccentric cam as an adjustment element, and by adjusting the eccentric cam, the vertical position with respect to the element stamp to be joined can be relatively vertically adjusted. It is an object of the present invention to provide a combination mark that can be easily adjusted by a dealer or the user himself / herself even when the surface of the combination stamp is adjusted, and when the element stamp is partially updated.
[0006]
An object of the present invention is to provide a combination mark that can be connected in a state where the element stamps on the bonding partner side are adjusted to either the upper side or the lower side, and the adjustment range can be expanded accordingly.
[0007]
[Means for Solving the Problems]
As shown in FIG. 1, the combination mark of the present invention is formed by joining a plurality of element stamps 1 to 4 provided for each print content such as an address, name and telephone number. Each of the element stamps 1 to 4 includes a stamp body 6 having a pair of parallel joint surfaces 5 and 5 and a rubber printing body 7 fixed to the stamp body 6. On each of the joint surfaces 5 and 5, there is a vertical displacement between the connecting members 8 and 9 that connect the adjacent element stamps 1 to 4 so as to be relatively displaceable only in the vertical direction, and the element stamps 1 to 4 joined to each other. A position adjustment mechanism J for adjustment is provided.
[0008]
The position adjusting mechanism J is provided on an eccentric cam 11 rotatably supported by a shaft 14 provided on one joint surface 5 and on an adjustment cam surface 16 of the eccentric cam 11 provided on the other joint surface 5. And the receiving surface 13 to be configured. The pair of connecting members 8 and 9 is constituted by a projection and a recess that receives the projection, and the vertical dimension of the recess is set larger than the vertical dimension of the projection.
[0009]
As shown in FIG. 5, the eccentric cam 11 is formed as a polygonal body having a plurality of pairs of opposed sides, and an adjustment cam surface 16 is provided on each of the opposed sides. Another eccentric cam 11 is formed as a polygonal body having an odd number of side portions as shown in FIG. 5, and an adjustment cam surface 16 is provided on each top portion. In yet another eccentric cam 11, the adjustment cam surface 16 can be formed by an arc surface whose radius value from the cam center gradually changes.
[0010]
An eccentric cam 11 projects from one joint surface 5, and an engagement recess 12 that receives the eccentric cam 11 is provided on the other joint surface 5. A pair of receiving surfaces 13 and 13 are provided above and below the engaging recess 12. The facing distance between the receiving surfaces 13 and 13 is matched with the facing distance between the adjusting cam surfaces 16 to be paired.
[0011]
[Operation and effect of the invention]
In a state where the element stamps 1 to 4 are joined, the adjacent element stamps 1 to 4 are maintained in a connected state via the paired connecting bodies 8 and 9, and further up and down via the position adjusting mechanism J. Positioned in the direction. In this joined state, by printing a combination mark, it is possible to confirm the printed state of the individual element stamps 1 to 4, that is, the presence or absence of fading or blurring. Element stamps with fading or blurring are adjusted in combination with the position adjustment mechanism J to adjust the stamping positions of all the element stamps 1 to 4 to the same level. Printing quality can be improved.
[0012]
According to the position adjustment mechanism J constituted by the eccentric cam 11 rotatably supported by the shaft and the receiving surface 13 circumscribing the adjustment cam surface 16, a simple operation of simply rotating the eccentric cam 11 around the shaft 14 is possible. Thus, the vertical position when the element stamps 1 to 4 are joined can be changed and adjusted. Therefore, not only the stamping adjustment of a new combination mark but also the stamping adjustment can be easily performed when the element stamps 1 to 4 are partially updated. In particular, since the stamp surface adjustment when partially updating the element stamps 1 to 4 can be performed by the dealer or the user's own hands, the amount of time required for the partial update can be eliminated as much as the exchange of the combination seal between the manufacturer and the dealer can be abolished. And cost can be reduced. Even in the case where the stamp face position becomes uneven due to deterioration of the rubber printed body 7 accompanying long-term use, the adjustment can be performed by a store or a user.
[0013]
When the eccentric cam 11 is formed of a polygonal body having a plurality of pairs of opposed side portions, at least four adjustment cam surfaces 16 are obtained, and fine adjustment can be made finely accordingly. Further, since the receiving surface 13 and the adjustment cam surface 16 are surface-joined to perform position adjustment, there is no variation in the dimensions after adjustment. Further, the opposing adjustment cam surfaces 16 and 16 are connected to the pair of receiving surfaces 13 and 13. When the contact engagement is made, it is possible to prevent the adjacent element stamps 1 to 4 from moving up and down after being connected and to prevent the stamp face from being shifted during use.
[0014]
According to the combination stamp in which the eccentric cam 11 is formed of a polygonal body having an odd number of sides and each of the tops thereof is the adjustment cam surface 16, each adjustment cam surface 16 and the receiving surface 13 are in contact with each other only at one place. Therefore, the position of the marking surface can be finely adjusted by interposing a spacer between the two 13 and 16.
[0015]
According to the combination stamp in which the adjustment cam surface 16 is formed of an arcuate surface, the stamp surface positions of the adjacent element stamps 1 to 4 can be adjusted steplessly.
[0016]
【Example】
(Example 1)
1 to 4 show an embodiment of a combination mark according to the present invention. The combination mark is formed by joining a plurality of element stamps 1 to 4. Each of the element stamps 1 to 4 includes a stamp body 6 having a pair of parallel joint surfaces 5 and 5 and a rubber printed body 7 that is bonded and fixed to the lower end surface thereof. Depending on the difference in the print contents formed on the rubber print body 7, the front and rear width dimensions (dimensions between the joint surfaces 5) of the stamp body 6 and the rubber print body 7 are different, but the other structures are the same.
[0017]
The stamp body 6 is formed of a rectangular tile-shaped plastic molded product, and a pair of male and female connecting bodies 8 and 9 that connect adjacent element stamps 1 to 4 are provided on each of the joint surfaces 5 and 5. Specifically, a pair of vertically long rib-like protrusions are provided on both the left and right sides of one joint surface 5 to form one connecting body 8, and a pair of vertically long recesses are provided on both the left and right sides of the other joint surface 5. A connected body 9 is assumed. Adjacent element seals 1 to 4 can be connected one after another by fitting the connecting body 8 made of protrusions into the connecting body 9 to be joined. A cutout 10 that facilitates separation of the joined element seals 1 to 4 is provided on the periphery of the joining surface 5 of the stamp body 6.
[0018]
In order to align the stamping surface positions of the stamps 1 to 4 in the connected state, a position adjusting mechanism J is provided, and a pair of connecting bodies 8 and 9 that are concavo-convexly fitted are configured to be relatively displaceable in the vertical direction. Specifically, the vertical length of the connecting body 9 made of a concave portion is set to be several mm larger than the vertical length of the connecting body 8 made of a protrusion, and the connecting bodies 8 and 9 that are fitted and engaged with each other are set in any direction. The relative displacement is also possible.
[0019]
In FIG. 1, the position adjustment mechanism J is composed of an eccentric cam 11 disposed on one joint surface 5 and a pair of upper and lower receiving surfaces 13, 13 of a rectangular engagement recess 12 formed in a recess on the other joint surface 5. To do. The eccentric cam 11 is formed of a hexagonal plate made of a plastic molded product, the center of which is rotatably supported by a shaft 14 projecting from the joint surface 5 and is removed by a stopper 15 fixed to the projecting of the shaft 14. Stopped and held. A recess for receiving the stop piece 15 is provided in the center of the engagement recess 12.
[0020]
Each side portion of the eccentric cam 11 formed in a hexagonal shape is an adjustment cam surface 16, and depending on which adjustment cam surface 16 engages with the pair of receiving surfaces 13, the adjacent element stamps 1 to 4 are arranged. The stamp face position can be adjusted to be larger or smaller. That is, the reference dimension of the vertical distance between the pair of receiving surfaces 13 and the distance between the three opposing sides of the eccentric cam 11 are set to the same dimension, and the shafts 14 of the three sets of the adjusting cam surfaces 16 facing each other. The distance R (see FIG. 2) from the center of each is different for each group. Specifically, as shown in FIG. 4, when the previous reference dimension is 38 mm, one set sets the distance R to 19 mm and 19 mm, and the next set sets the distance R to 18.8 mm and 19.2 mm. The remaining distance R of the pair is 18.6 mm and 19.4 mm. Reference numeral 17 is a relief recess for avoiding the protrusion of each top portion of the eccentric cam 11.
[0021]
According to the combination stamp configured as described above, variations in the stamp surfaces of the adjacent element stamps 1 to 4 can be adjusted depending on which opposing side portion of the eccentric cam 11 is engaged with the pair of receiving surfaces 13. Basically, the adjustment cam surface 16 whose distance R is set to 19 mm and 19 mm is positioned vertically to connect the element stamps 1 to 4, and the seal is made in this state. As a result, when only a particular element stamp is faint, the eccentric cam 11 fitted to the engagement recess 12 of the stamp is operated, for example, to adjust the adjustment cam surface 16 having a distance R of 18.8 mm. By connecting the element stamps on the upper surface, a specific element stamp that has been blurred is corrected downward. Actually, if the vertical position of a specific element stamp to be revised downwards changes, the effect will affect the adjacent element stamps. Therefore, the eccentric cam 11 attached to the specific element stamp is adjusted so that the distance R is 19.2 mm. The position is corrected so that the cam surface 16 comes to the upper surface.
[0022]
As a result of the stamping, if only a specific element stamp has smudged, the position of the stamp is corrected upward, contrary to the above case. In order to facilitate this position correction work, etc., an indication of the adjustment amount is displayed on each opposite side, such as ± 0, +0.2, -0.2, +0.4, -0.4. I can leave.
[0023]
(Example 2)
In the above embodiment, the eccentric cam 11 is formed in a polygon having a plurality of pairs of opposing sides, but as shown in FIG. 5, it may be formed in a polygon having an odd number of sides. Good. Specifically, the basic shape of the eccentric cam 11 is a triangle, and each apex thereof is rounded to form an adjustment cam surface 16. In this case, the distance R from the center of the shaft 14 to each adjustment cam surface 16 was 19 mm, 18.8 mm, and 18.6 mm. Further, the engagement recess 12 was formed as a circular recess, and its diameter dimension was 38 mm (reference dimension). In this case, the vertical position adjustment of the element stamps 1 to 4 connected to each other depends on whether the previous adjustment cam surface 16 hits the upper receiving surface 13 or the lower receiving surface of the engaging recess 12. Can be done. Since others are the same as the previous embodiment, the same reference numerals are assigned to the same members, and description thereof is omitted.
[0024]
In addition to the above embodiment, the adjustment cam surface 16 can be formed as an arc surface in which the distance R increases continuously and gradually. In this case, the receiving surface 13 is not necessarily horizontal and may be inclined. A pair of upper and lower protrusions are provided on one joint surface 5, and the upper and lower opposing surfaces can be used as the receiving surface 13. In this case, an engagement recess is provided in the other joint surface 5 so that the protrusion enters the engagement recess in a state where the joint surfaces 5 and 5 are connected to each other. The combination mark may be any number as long as it connects two or more element stamps 1 to 4.
[Brief description of the drawings]
FIG. 1 is a perspective view of a combination mark.
FIG. 2 is a front view of an element stamp.
FIG. 3 is a cross-sectional view showing a joining structure of element stamps.
FIG. 4 is a front view showing a detailed structure of an eccentric cam.
FIG. 5 is a front view showing another embodiment of the eccentric cam.
[Explanation of symbols]
1 ・ 2 ・ 3 ・ 4 Element seal 5 Joint surface 6 Stamp body 7 Rubber print 8 Linked body (protrusion)
9 Linkage (recess)
11 Eccentric cam 12 Engaging recess 13 Receiving surface 16 Adjusting cam surface J Position adjusting mechanism

Claims (6)

A combination mark constituted by joining a plurality of element stamps (1) to (4) provided for each print content,
Each of the element stamps (1) to (4) includes a stamp body (6) having a pair of parallel joint surfaces (5) and (5), and a rubber print body (7) fixed to the stamp body (6). Has
Connected to each joint surface (5), (5), and the connected bodies (8), (9), which connect the adjacent element seals (1) to (4) only in the vertical direction so as to be relatively displaceable. A position adjustment mechanism (J) for adjusting the vertical displacement of the element seals (1) to (4) ,
The position adjusting mechanism (J) is provided on an eccentric cam (11) rotatably supported by a shaft (14) provided on one joint surface (5) and on the other joint surface (5). combinations indicia characterized that you have been configured out with the receiving surface (13) circumscribing the adjustment cam surface of the cam (11) (16). A pair of coupling bodies (8) and (9) is composed of a protrusion and a recess for receiving the protrusion,
2. The combination mark according to claim 1 , wherein the vertical dimension of the recess is set larger than the vertical dimension of the protrusion . The eccentric cam (11) is formed in a polygonal body having a plurality of pairs of opposing sides,
The combination mark according to claim 1 or 2 , wherein an adjustment cam surface (16) is provided on each of the opposing side portions . An engagement recess (12) for receiving the eccentric cam (11) is provided on the other joint surface (5) of the stamp body (6),
A pair of receiving surfaces (13) and (13) are provided above and below the engaging recess (12),
4. The combination mark according to claim 3 , wherein the facing distance between the receiving surfaces (13) and (13) is equal to the facing distance between the adjusting cam surfaces (16) of the eccentric cam (11) . The eccentric cam (11) is formed as a polygonal body with an odd number of sides,
The combination mark according to claim 1 or 2 , wherein an adjustment cam surface (16) is provided on each top of the eccentric cam (11) . The combination mark according to claim 1 or 2, wherein the adjustment cam surface (16) of the eccentric cam (11) is formed on an arc surface whose radius value from the cam center gradually changes .

Images