JPS58116156A - Method of stamping on shoes box - Google Patents

Abstract

PURPOSE:To stamp in the stamping column of the shoes box without deforming stamped letters nor remaining thick and thin spots by a method wherein an abutting pressure between each stamping letters and a stamp pad as well as the abutting pressure between each stamping letters and the printing column are made equal. CONSTITUTION:When the shoes box C, assebmled by a shoes box assembling device, is faced to the side of a stamping device B, a pivoting frame 1 is pivoted to a plane same as that of a table (a). Subsequently, a reciprocating plate 8 is advanced to rotate a stamping frame 5 about the center line of a short axle 7 along a chevron guide hole 2 while advancing it and oppose the stamping letter 601, being abutted on the stamp pad 3, against the stamping column C of the shoes box thereby stamping simultaneously. Simultaneously with the finish of stamping, the reciprocating plate 8 is returned to pivot reversely the stamping frame 5 about the center line of the short axle along the chevron guide hole 2 while returning the stamping frame 5 while the pivoting frame 1 is pivoted reversely and returned to the initial position thereof simultaneously with the returning of the stamping frame 5 to the initial position thereof.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a method for automatically stamping marks such as the printing field size and color on an assembled shoe box. Assembling method (Unexamined Japanese Patent Publication 1983)
This is a method of stamping after the final step as described in Japanese Patent Publication No. 101445 (It), and when combined with the folding shoe box assembly method, it relates to a stamping method that allows shoe boxes to be obtained in a continuous production process.

The well-known stamping method for shoebox labels used to be done by hand, but this was not only inefficient, but also resulted in crooked and uneven printing, as well as uneven shading for each letter, making it unsightly. It became a sign, and although it lowered the product value of the shoe box, it did not increase it.

The present invention focuses on the well-known stamping method and the well-known method for assembling a folding shoe box. At the same time, it is stamped in such a way that the printed characters are not bent or have uneven shading for each character, making it an excellent stamping method that can increase the added value of the shoe box.

If an example of the implementation of the present invention is explained with drawings, the first factor and 1 m
? The figure schematically shows the method for assembling a folding shoe box proposed in the above-mentioned publication. This figure shows the state in which the main parts of the stamping device CB) are installed.

Shoes 111 (C) are assembled by a set operation of a pair of lifting rods (A□), a pair of rotating rods (A3), etc., which constitute a part of the shoe box assembly device. It has a structure C, and a printing field (b) that has been printed in advance on a shoe box expandable material (not shown) is arranged on the negative side outer surface. A predetermined seal is stamped on this printing field, and the structure of the seal stamping device Φ) will be outlined below.

The structure and operation of FIGS. 3 to 6 (: Stamping method 1 - Stamping device color to be used) are illustrated.

Direction 1 perpendicular to the shoe box delivery side (knee and turn the rotating frame to the base plate -) of the platform ←) in the shoe mounting device at both ends of the cross-sectional groove-shaped rotating frame α) When the shoe box assembly device (2) completes the shoe box (4), the rotating frame (α) rotates and is positioned on the same plane as the base plate (roller). Rotating frame (1
) As shown in the diagram, when the final process of the shoe box assembly device (2) is completed, the electrical system (electrical structure such as a micro switch or limit switch) or the drive transmission mechanism system (2. By means of a structure (not shown) such as a mechanism (not shown), it is directly rotated and positioned on the same plane as the base plate (←). As shown in @ Both side plates (100αOD
The bottom plate . Rotating frame (1
), both side plates (10B (101) E2 have a number of series (5 in the figure) of plate rings ( 6) can be rotated I: parallel shaft mounted plate crusher (5) )V
Both side plates of the rotating frame (1) (10υ (101) (= shaft-mounted), the plate frame (5) is placed inside the rotating frame (1), and the plate letters of the plate ring (6) The hammer is brought into contact with the impression plate C3) (cross-section groove type rotation frame) hook side plate @01) 3m end (= is a vertical guide hole (9) perpendicular to the axial direction, and both side plates (
2) 1) (2) D is the both side plates (101) of the co-moving frame α) (
101) of the retaining piece (2) (in the picture frame S)
) side 6: sliding shaft tO that can be hung horizontally! Angular guide hole Q) and vertical guide hole @)C: Through engagement, the rotation frame (1) is connected to the base plate (
When the reciprocating shaft (8) moves back and forth, the plate frame (5) moves along the short axis (2) from the sliding axis lQ&: on the same plane as a). 7) Configure C2 so that the center line of (7) rotates twice a month.

Next, to explain the operation, when the shoe box (C) assembled and assembled by the shoe box assembling device Q in the non-stamped state shown in FIGS. 3 and 184 faces the stamp VR placement side 1= , as shown in Figure 5, the rotating frame (1) rotates until it is on the same plane as the base plate (-), and then the reciprocating plate (-) moves to the spring Iiv! Move forward while moving the plate frame (5) t' simultaneously &: While moving forward, rotate r- around the center line of the short axis σ) along the chevron guide hole (2), rotate. Frame (1) stamp (3) t = Print field of the printed characters that were in contact (60Dt - shoebox O) (o) r
: When they are made to face each other, the seal C=is stamped at the same time, resulting in the stamped state shown in FIG. 6. The printing ring (6) is rotated manually using a tool.

Change the print (601) (=).

The operation of each member up to the stamping state is performed in a predetermined order by the same electric system or drive transmission mechanism system f as described above.

At the same time as the imprinting shown in Fig. 6 is completed, the reciprocating plate part) springs I.
Move back with the elastic force of I, move away from the printing field (0) of the printing frame (5) t' shoe fanning), and move the printing frame (5) v backward while moving the chevron guide hole C) ≦: along C: Rotate the rotating frame α) in the reverse direction around the center line of the short axis ■σ), return it to its original position, and bring the printing plate 1 into contact with the impression pad (3). Move and return to the original position.

The process of returning from the stamped state to the non-sealed state is in the reverse order 61 of the sixth illustration → the fifth illustration → the fourth illustration and the third illustration.
The reverse rotation of the rotation frame α) is performed in the order determined by the electrical system or the drive transmission mechanism system.

@Figure 2, Figure 84, Figure 5, Figure 6 C: The code image 2 shown is a push rod that moves the reciprocating plate @) from the non-stamped state to the stamped state 1: When the stamp is pressed, it is pushed forward and the reciprocating plate @ ) Move forward to the full limit and stamp, and at the same time as stamping ends, return to the original position faster than the C two-reciprocating plate @), and prepare for the next operation C:. The actuation of the push rod 3 takes place in a defined sequence C=in the electrical system or drive transmission system.

In the present invention, when a shoe box assembled with a shoe box assembly device like a ridge faces the stamping device side, the rotating frame rotates up to 62 degrees on the same plane as the base plate, and then the reciprocating plate moves forward, While moving the font frame l forward, open the chevron guide hole (C around the short axis center line along 2)
Rotate twice, mark 11 on the rotating frame (2) At the same time, move the printed characters that were in contact with each other to face the printing field C of the shoe box (= stamping, and at the same time as stamping is completed, the reciprocating plate moves back and the printing frame While making the return movement, rotate the chevron guide hole l: along the circumference of the short axis center line in the opposite direction, to the original position C; at the same time as returning, the rotation frame rotates in the opposite direction and returns to the original position C2, so that it is manually It is possible to print efficiently (of course), but it is also possible to print efficiently with almost no need for printing. Column I - Simultaneous (feeling of two abutting) From this, the contact pressure between each printed character and the printed text and the contact pressure between each printed character and the printed field are the same for each printed character.Therefore, the plurality of Plate C: The amount of ink adhering to each plate character is equal, and the amount of ink adhering to the printing field on the shoe box is also equal for each plate character, making it possible to stamp clearly without unevenness of ink density. This has the effect of being able to affix a stamp to the aligned state 5 of row C2, and if combined with the well-known method of assembling the shoe box that the present inventor has already proposed, - a consistent assembly process,
This has the effect of efficiently obtaining a shoe box worth 11 items.

[Brief explanation of the drawing]

Fig. 1 is a perspective view showing that *WQ*g used in the stamping method of the present invention is installed in a folding shoe assembling device and an outline of the assembly method using the assembling device, and Fig. 2 is a perspective view showing the stamping method. and a side view schematically showing the assembly method, FIG. 3 is a longitudinal sectional front view of the stamping device, and FIG. 4 is a longitudinal sectional side view of FIG.
Figures 5 and 186 are explanatory views of the stamping method, and Figure 7 is a perspective view of a shoe box with a stamp. In the figure, the prisoner is a shoe box assembly device, (a) is a base, 0) is a stamping device, (0 is a shoe box, (C) is a printing field, 0) is a rotating frame, (
101) are both side plates of the rotating frame, (103 is the bottom plate of the rotating frame,
<2) is a guide hole, ■) is a print, (4) is a horizontal guide hole, (5)
is the plate frame, ωD is the side plate of the plate frame, (6) is the plate ring, (
60D is the printing type, (7) is the short axis, [F]) is the reciprocating plate, (8
01) are both side plates of the reciprocating plate, (9) is a vertical guide hole, and IO is a sliding shaft. Patent Applicant Toranosuke Yamaura -2'-] - Procedural Amendment (Method) % Formula %) 1. Indication of the case Approved Application No. 215347 by 1985 2. Method of stamping the name of the invention Shoes s 3 , Person making the amendment ゛Relationship to the case Name of patent applicant Toranosuke Yamaura 4, Agent April 27, 1932 6, Subject of amendment 1 Name of the author of the letter 7, Contents of amendment

Claims (1)

[Claims] Shoe box assembly 'iMMg = Shoe box delivery side of the base (:
Both ends of a cross-sectional groove-shaped rotating frame of the stamping device that moves slowly with the device are pivoted, and the rotating frame is mounted in a direction C2 perpendicular to the base plate, and both sides of the rotating frame &: are in the axial direction. (The two long sides have a hollow conduit hole, and the inner surface of the bottom plate is perpendicular to both sides. A plate frame whose rings are rotatably mounted on parallel axes is mounted on two shafts on both sides of the rotating frame with each short shaft passed through a horizontal guide hole, and the plate frame is arranged horizontally within the rotating frame. The printing letters on the printing ring are pressed into contact (2), and the ends of both side plates of the cross-sectional groove type reciprocating plate (2) are drilled with vertical holes perpendicular to the axial direction (2. Both side plates (: engage and tighten, one side of the printing frame (: horizontally suspended sliding shaft, heavy chevron-shaped guide hole and vertical guide hole (two-through engagement, tighten, the shoe box assembled with the shoe box assembly device is connected to the stamping device (roller) )
When the side plate is facing the second side, the rotating frame rotates to the second position on the same plane as the base plate, and then the reciprocating plate moves forward to move the first plate frame forward while moving along the short axis center line along the chevron guide hole C. Circumference - 12 turns, the stamp on the rotating frame (- the printed column of the sales shoe box that was in contact with it ≦
When the two face each other, Okazaki C: Seal is stamped, and at the same time as the seal is finished (=
The reciprocating plate moves back and returns the 1st edition character frame while rotating in the opposite direction around the short axis center line along the chevron guide hole, [When returning to position 52, the 2nd rotation frame simultaneously rotates in the opposite direction. Move to original position (=
A method of stamping a shoebox that is characterized by returning.