JPS59221237A - Label exfoliating machine - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention provides a label in which a long mount is intermittently moved in the longitudinal direction, a predetermined character is printed on a label attached to the mount, and then the mount is bent at a substantially right angle and the label is peeled off. Regarding the peeling machine, the purpose is to facilitate the creation of various print data, print feed control, etc. in particular.

To explain this unknown embodiment with reference to the drawings, the apparatus of this embodiment is divided into a print peeling section A and a control display section B in terms of 4:3 jets.

4 is the support shaft that is horizontally branched for printing part l111 part A, is support J4'? A pulley 5 rotatably supported on the i+ 3 is a long mount having a plurality of labels 6 pasted on its surface at regular intervals along the longitudinal direction and wound around the pulley 4. 7 has multiple rows of letters such as ``K'' and ``K'' on the outer periphery.
8 is an ink roller whose outer periphery is in pressure contact with the outer periphery of the type body T and is rotatable around a support shaft 8α; 9 is an ink roller whose tip is sandwiched around the diameter El of the mount 5; A plurality of hammers are integrally connected to the outer periphery of the type body 1 and are rotatable in relation to the action of an electromagnetic means (not shown). bz. 10. Reference numeral 11 denotes a guide plate arranged vertically to face each other to guide the mount 5 to the printing section, and 12 indicates a peeling section 12a at the tip of the mount 5 which guides along the back surface of the mount 5 beyond the printing section in the paper feeding direction.
13 is arranged ahead of the printing section in the paper feeding direction, and a stamp means for suppressing the printing plate at a predetermined fa position of the label 60 of the printing section in conjunction with the action of an electromagnet (not shown);
Reference numeral 14 designates a cover that covers the printing section, stamp means, etc.

Reference numeral 15 denotes a mount 5 which is fed out from the pulley 4 in front of the guide plate 10.
A guide roller 16 that engages with the surface and is rotatable about a single axis, pinches the path of the interleaf paper 5 and is usually pressed against the outer periphery of the guide roller 15 by elastic force, either manually or by the action of an electromagnet or the like. Push I that can release pressure contact against elastic force
It is E body.

Reference numeral 11 denotes a feed roller rotatably supported on a base machine frame below the pedestal 12 in conjunction with a feed motor (not shown), and 18 is a roller that is larger than the peeling section 12α and the feed roller 1T. The lower edge of the lower end of the base 1 (4 frames) is placed at the front and can be rotated about the axis 18α parallel to the rotation axis of the feed roller 170 to the upright position, to the lying position, and to the middle position of both ffU. The supported holding frame 19 is on a circular arc centered on the rotational axis of the holding frame 18, and both ends of the holding frame 18 are lowered Q4 into the elongated hole 19 with both ends of the support shaft 21α, and the outer periphery is fed with a mount on the outer periphery of the roller 1T. Pressing rollers 22 facing each other with the diameter Vδ of 5 in between are supported at one end on the base 101'!s frame, and the outward direction of the pressing roller 21 is placed on the outer periphery of the feeding roller 17.
It is a coiled spring that provides an elastic force that is in contact with E. Holding frame 18
When is the standing position, JlllltEri-rah21
The support shaft 21α is located at the upper end of the elongated hole 19 and engages with the support groove 20, and the suppression roller 21 is pressed against the outer periphery of the feed roller 1T by a coiled spring 22. When the holding frame 18 is rotated to the intermediate position, the support shaft 21a is located at the lower end of the elongated hole 19, but is still engaged with the support groove 20 and the spring spring 22 causes the pressure roller 2
1 is in f:E contact with the outer station of the feed roller 1T, and at this time, the front side of the base 1 is in an open state. When the holding rod 18 is in the collapsed position, the support shaft 21α that engages with the lower edge of the elongated hole 19 is supported by a coiled spring 22.
The outer circumference of the pressure roller 21 moves from the outer circumference of the feed roller 17 to the outer circumference of the pressure roller 21 by 811. separate

An L-shaped support 23 is fixed to the upper end of the holding frame 18, and on the upper end of the support 23 there is a detection device that detects the presence of cans at the tip of the label 6 and generates a signal, facing downwardly from the tip of the label 6 printed with AIA in the peeling section 12α. Means 24 are provided.

Regarding the control display section B, 25 is an operation table fixed on one side of the base 1, 26 is a keyboard arranged on the upper surface of the operation table 25, 21 is a number key from O to 9, a BL key for specifying blank, A group of keys such as the CL key for specifying clear, 28 is a key group for setting modes such as automatic 1 manual, peeling, etc., a group of keys forming f1η with keys for setting date, 2 time, etc., 29 is a key group for setting month, date, and time. 2 The number of sheets, etc. should be printed in relation to key operations on the keyboard.
This is a display section that displays &M.

The display section 29 is located at the left end of Figure 1; 12 digits are used to display the month, the next 2 digits are used to display the day, the next 2 digits are used to display the time, and the next 2 digits are used to display the day. It normally displays the minutes, and can display four digits to the right.

Next, the electric circuit of this embodiment will be explained. 'MC is a well-known microcomputer (hereinafter referred to as microcomputer) consisting of ROM, RAM, and CPU, and has a keyboard 26.
The display unit (29), printing unit (7, 9), stamp (13L) feeding unit (17), etc. are controlled based on the flowcharts shown in FIGS. 4 to 19. do.

When the power is turned on, the device is initialized and reset, and the month, day, and time are displayed at a predetermined position on the display.

Next, it is determined whether printing is in progress or paper is being fed, and if printing is in progress, it is completed according to the print routine, and if paper is being fed, it is judged whether the paper feed key is on, and if the paper feed key is off, it is completed according to the print routine. , and when it is on, it is completed according to the paper feed B subroutine.

Next, it is determined whether or not a key on the keyboard 26 is pressed manually, and each key is discriminated.

Explain keys.

Manual key... Set the mode for printing and fat feed using the print key.

Auto key: Sets a mode (flow in FIG. 11) in which printing and feeding are started upon detection of the removal of the label 6 from the detection means 24.

Peeling key... Sets a mode in which only feeding is performed by detecting label removal from the detection means 24 (FIG. 12, 70-).

Memo 1 key: Selects the mode for creating 2-digit print data (flow in Figure 14) using the 2 digits for displaying 290 minutes on the display.

Memo 2 key... Use the four digits on the right side of the display section 29 in Figure 1 to select the mode for creating 4-digit print data (70- in Figure 15).

Numbering key...Display part 2 similar to memo 2 key
9 to select the mode (FIG. 16, 70-) for setting 4-digit numbering operation.

Repeat key... Selects a mode (flow in FIG. 11) in which the number of sheets with the same number during numbering operation is displayed using the two digits of the minute display on the display section 29.

Number of tickets set key: Selects the mode for displaying the number of tickets to be issued (FIG. 18, 70-) using the rightmost four digits of the display section 29.

Print key... Commands the start of manual mode (Fig. 10, 70-).

Paper feed key... Performs paper feed only.゛Date key... Key for changing month and day settings.

Time key...Key for changing time settings.

Time stop key: Stops the time (clock).

Number of sheets key: Selects the mode (flow in FIG. 19) for displaying the number of tickets issued by the printing section using the rightmost four digits of the display section 29.

Numerical keys: Corresponds to the numbers 0 to 9 on the key group 27.

BL key... Input a blank instead of a numerical value.

CL key... Clear the value to 0.

Write key... Writes the print data input by the previous operation to RAM.

Zero erase key... The upper four digits on the right end of the display section 29 are 0.
When it is 0, replace it with a blank.

Stop key... Select the mode that stops when the number of issued tickets reaches the set number.

Alarm key... Select the mode that generates an alarm when the number of issued tickets reaches the set number.

After determining the key human power, determine the clock uptime and
Operate the flow shown in Figure 3. Next, an error is determined and the error subroutine shown in FIG. 9 is executed.

When an input error occurs, the error subroutine determines whether the error code A-F is error code 0-2.

The error hood is A... Destruction of memory IC.

B... Voltage drop in the power outage protection battery.

C...Detection means 24 does not detect a bell for 5 seconds or more.

D...Destruction of display and input IC.

E... Program runaway.

0... Operations other than Sui and Tsuchi can be input.

1... Enter a value outside the range for date and time.

2... Enter the print key in manual mode before removing the label.

After determining the error, determine whether to turn the reset switch on or off. The reset switch is a switch placed inside the frame of the 25-frame control panel, and all data is cleared when turned on. Next, it is determined whether the power is turned off, and when the power is turned off, an off subroutine is executed and clock data is recorded in the RAM.

Note that an error subroutine is entered for each input by operating each key, and an error message is displayed if a key is operated by mistake.

This invention has the above-described configuration. When setting data for memo 1, press the memo 1 key and then press the number keys to set a 2-digit value. Then, when you press the write key, this 2-digit value is stored as data. R of microcomputer MC
Written to AM.

When setting data for Memo 2, press the Memo 2 key and then press the number keys to set a 4-digit value. For example, if you do not want to print the lower 0 in a numerical value such as 0101, press the "0" key, "1" key.

By pressing the BL flat key "1" key, the numerical value is set to 011, and then by pressing the write key, the data is written to the RAM.Also, when the numerical value is 0011, I do not want to print the upper 0. 1 by pressing the "Zero vibration damping key""1" key,
A value of 1 is set.

Also, when you press the numbering key, the data in memo 2 is cleared and the previous final numbering value is displayed instead. By operating the numerical keys or the BL flat key zero erase key, a new initial numbering value is set, and the writing key is written as data by the operation. To set the number of tickets to be issued with the same number when printing numbering, press the keys repeatedly.For example, by operating the numeric keys rOJ r9J, a repeat number of 9 tickets will be set and displayed, and after the display is completed, the number of tickets for memo 1 will be displayed again. Data is displayed.

When the operator wants to start printing, the operator selects manual mode or automatic mode, operates the print key in manual mode, and writes memo 1. When data such as memo 2 is being input,
In addition, when the label 6 is removed from the detection means 24, according to the printing routine, the paper is fed so as to stop each time the detection means 24 detects the label 6. 7 and 9 to perform printing, and if the stop key is pressed in advance, print 2 paper feed will be stopped when the number of labels 6 set by the number of sheets set key is detected, and if the alarm key is pressed, it will stop. issue an alarm instead.

When the automatic mode is selected, the data input is completed by operating the automatic key, and when the label 6 is removed from the detection means, the printed paper is fed according to the printing routine in the same manner as described above.

When the paper feed key is pressed, only paper feed is performed according to the paper feed B subroutine until the paper feed key is turned off, and when the peel key is pressed, only paper feed is stopped in relation to the detection signal of the detection means 4. According to the present invention, the data to be printed on the label and the printing form can be set by key operation, and the operation of the device can be controlled.
A versatile device that can print a wide variety of characters on labels with simple operations is obtained.

[Brief explanation of drawings]

Fig. 1 is a perspective view of the label peeling machine of this embodiment, Fig. 2 is a side end view, Fig. 3 is an electric circuit, and Fig. 4 is a general 70-,
Figure 5 shows the key manual determination flow, Figure 6 shows the printing routine,
Figure 7 shows the paper feed A subroutine, Figure 8 shows the paper feed B subroutine, Figure 9 shows the error routine, Figure 10 shows the manual mode flow, Figure 11 shows the automatic mode 70-, and Figure 12 shows the peeling mode 70-. , Fig. 13 shows the time-up flow, Fig. 14 shows the memo 1 mode 70-, Fig. 15 shows the memo 2 mode flow, Fig. 16 shows the numbering mode 70-, and Fig. 17 shows the memo 2 mode flow.
The figure shows the repeat mode flow, FIG. 18 shows the print number setting mode flow, and FIG. 19 shows the print number display mode flow. Applicant's name Tokyo Heavy Equipment Industry Co., Ltd. Juki Koda Manufacturing Company Utsumi Electric Co., Ltd.

Claims (1)

[Scope of Claims] A long mount (5) on which a plurality of labels are affixed along the longitudinal direction, and a paper feeding means (17) whose drive can be stopped so as to transport the mount while tensioning in the longitudinal direction. , 18), a printing means (7, 9) arranged on the moving path of the backing paper and capable of printing on the label by its action, and a printing means (7, 9) arranged behind the printing means in the moving direction of the backing paper and bending the backing paper at a substantially right angle. A peeling means (12α) capable of peeling off the tip of the label; a plurality of operating means (27, 28) each individually operable manually and each generating a different signal in relation to the operation; an editing means for editing and creating a print mode and print data; a display means (29) for displaying the edited print data; and a display means (29) for controlling the print means and paper feeding means based on the edited print mode and print data. A label peeling machine comprising actuating means, and.