JP6875731B2 - Automatic wallpaper gluing machine - Google Patents

Description

The present invention is an automatic wallpaper gluing machine for applying glue to a wallpaper of a predetermined length to be attached to the ceiling or wall surface of a room with a predetermined thickness. More specifically, it is an automatic wallpaper gluing machine having a function of counting the elapsed time after gluing the glued wallpaper coated with glue on the back surface and notifying that the open time has been reached.

Conventionally, the automatic wallpaper gluing machine is a main body of an automatic wallpaper gluing machine in which an upper structure in which a plurality of rollers are arranged can be opened and closed on a lower structure in which a plurality of rollers and a glue box are arranged. Place the part on the leg, lock the slitter for cutting the left and right edges of the wallpaper to the lower structure, and pull out the wallpaper original set on the original fabric receiver provided on the leg. It is conveyed by a plurality of rollers, and the glued wallpaper coated with glue on the back surface is discharged to the front of the automatic wallpaper gluing machine.

In addition, automatic wallpaper gluing machines include those in which a control device including a motor is detachably attached to the side surface of the lower structure, those in which the motor is left on the lower structure and the display operation unit can be attached and detached, and mobile terminals. There is a method that uses as a display operation unit.

11 and 12 show a conventional automatic wallpaper gluing machine. The original fabric of wallpaper A set on the original fabric receiver (124) provided on the leg (122) is unwound from the beginning, passed through a slitter (123), and is passed through a measuring roller (129) and a sending roller (129). It is passed between 130), the back surface comes into contact with the gluing roller (132), the glue B is applied, and the glue B is discharged to the front side (the side opposite to the original wallpaper (124)).
Further, the length of the discharged wallpaper A is sequentially calculated by the control device (102), and when the set length is reached, the transport is stopped.
The discharged wallpaper A is cut in a straight line in the lateral direction at the position of the cutter guide (128) by the operator, so that one wallpaper A coated with the glue B is completed. (Hereafter referred to as glued wallpaper C). In the glued wallpaper C, the back surfaces to which the glue B is applied face each other, and the front surfaces to which the glue B is not applied face each other and overlap each other.
The worker puts the completed glued wallpaper C on the side and stores it in the transport container shown in FIGS. 13 (a) and 13 (b), and then performs the following gluing to perform the following glued wallpaper C. After collecting the wallpaper, I go to the room to paste it.

In addition, as a record to be glued, a function of inputting the length and the number of wallpapers A to which the glue B is applied in advance, and a gluing execution record of how many lengths of the glued wallpaper C are made and the like. An automatic wallpaper gluing machine having a function of generating and storing as a wallpaper is also embodied.

JP 2000-33303

JP-A-2009-90225

On the other hand, for wallpaper with glue applied on the back side, the moisture of the glue penetrates into the fibers of the backing paper and gradually stretches, so if you stick it on the wall before it is fully stretched, it will continue to stretch even after sticking. Swelling may occur in some places. For this reason, the time required for the wallpaper to which the glue is applied to be fully stretched is set for each wallpaper product number as an open time, a "curing time", or a "ripening time".
However, an automatic wallpaper gluing machine having a function of counting the elapsed time after gluing the glued wallpaper coated with glue on the back surface and notifying that the open time has been reached has not been realized.

An arithmetic unit that executes a sequence to control the automatic wallpaper gluing machine, a measuring means for calculating the length of the transported wallpaper, and input of operating conditions and output of the operating state of the automatic wallpaper gluing machine. Automatic wallpaper gluing that produces a glued wallpaper with glue on the back side and generates a glued wallpaper paste execution record, equipped with a display operation unit to be performed and a storage means for storing operating conditions and gluing execution records. It ’s a machine,
The calculation unit generates, at least, a gluing execution record consisting of a gluing execution number item, a gluing length item, and a wallpaper open time item as data items of the gluing execution record, stores it in a storage means, and generates it. A timer is set for each record of the glued execution record.
The calculation unit starts the timer immediately after generating the glue execution record, counts the elapsed time, and counts the elapsed time.
When the elapsed time of the timer reaches the value of the wallpaper open time item, it is characterized in that the glued wallpaper indicated by the glue execution number item is notified that the open time has been reached.

The timer is a software sequence in which the arithmetic unit counts the elapsed time by a clock generated by dividing the frequency of the crystal oscillator.

An arithmetic unit that executes a sequence to control the automatic wallpaper gluing machine, a measuring means for calculating the length of the transported wallpaper, and input of operating conditions and output of the operating state of the automatic wallpaper gluing machine. It is equipped with a display operation unit to perform, a storage means for storing operating conditions and gluing execution records, and a timekeeping unit that indicates the current time.
It is an automatic wallpaper gluing machine that manufactures glued wallpaper with glue applied on the back side and generates a glued execution record of glued wallpaper.
An ID tag detection means for transmitting and receiving data is provided in the ID tag.
The calculation unit is used as a data item of the glue execution record.
At least, a gluing execution record including a gluing execution time item, a gluing execution number item, a gluing length item, and a wallpaper open time item is recorded in an ID tag by an ID tag detecting means.

The calculation unit detects the ID tag by the ID tag detecting means after the lapse of an arbitrary time, provides a timer for each record of the gluing execution record recorded in the detected ID tag, and starts from the current time indicated by the clock unit. The time obtained by subtracting the time of the glue execution time item recorded in the detected ID tag is used as the initial value of the timer, the timer is started and the elapsed time is counted, and the elapsed time of the timer is set to the value of the wallpaper open time item. When it arrives, it is characterized by notifying that the glued wallpaper indicated by the glued execution number item has reached the open time.

The timer is a software sequence in which the arithmetic unit counts the elapsed time by a clock generated by dividing the frequency of the crystal oscillator.

An arithmetic unit that executes a sequence to control the automatic wallpaper gluing machine, a measuring means for calculating the length of the transported wallpaper, and input of operating conditions and output of the operating state of the automatic wallpaper gluing machine. Automatic wallpaper gluing that produces a glued wallpaper with glue on the back side and generates a glued wallpaper paste execution record, equipped with a display operation unit to be performed and a storage means for storing operating conditions and gluing execution records. It ’s a machine,
The calculation unit generates, at least, a gluing execution record consisting of a gluing execution number item, a gluing length item, and a wallpaper open time item as data items of the gluing execution record, stores it in a storage means, and generates it. A timer is set for each record of the glued execution record.
The calculation unit starts the timer immediately after generating the glue execution record, counts the elapsed time, and when the elapsed time of the timer reaches the value of the wallpaper open time item, the glue indicated by the glue execution number item. Since it is characterized by notifying that the attached wallpaper has reached the open time, the operator can know that the open time has been reached for each of the glued wallpapers coated with glue on the back side. ..

Since the timer is a software sequence in which the calculation unit counts the elapsed time by a clock generated by dividing the frequency of the crystal oscillator, glue is applied to the back surface by a method that does not increase the manufacturing cost. Workers can know that the open time has been reached for each of the glued wallpapers.

An arithmetic unit that executes a sequence to control the automatic wallpaper gluing machine, a measuring means for calculating the length of the transported wallpaper, and input of operating conditions and output of the operating state of the automatic wallpaper gluing machine. It is equipped with a display operation unit to be performed, a storage means for storing operating conditions and gluing execution records, and a time measuring unit that indicates the current time. An automatic wallpaper gluing machine that generates records
An ID tag detecting means for transmitting and receiving data is provided in the ID tag, and the calculation unit has at least a gluing execution time item, a gluing execution number item, a gluing length item, and a wallpaper open time item as data items of the gluing execution record. Since the gluing execution record composed of the above is recorded on the ID tag by the ID tag detecting means, the gluing in the transport container is formed by pasting the ID tag on which the gluing execution record is recorded on the transport container. You can manage the attached wallpaper.

The calculation unit detects the ID tag by the ID tag detecting means after the lapse of an arbitrary time, provides a timer for each record of the gluing execution record recorded in the detected ID tag, and starts from the current time indicated by the clock unit. The time obtained by subtracting the time of the glue execution time item recorded in the detected ID tag is used as the initial value of the timer, the timer is started and the elapsed time is counted, and the elapsed time of the timer is set to the value of the wallpaper open time item. When it arrives, it is characterized by notifying that the glued wallpaper indicated by the glue execution number item has reached the open time, so each glued wallpaper with glue applied on the back side is open. The worker can know that the time has been reached.

Since the timer is a software sequence in which the calculation unit counts the elapsed time by a clock generated by dividing the frequency of the crystal oscillator, glue is applied to the back surface by a method that does not increase the manufacturing cost. Workers can know that the open time has been reached for each of the glued wallpapers.

FIG. 1 is a diagram for explaining a state in which gluing is performed using the automatic wallpaper gluing machine of the present invention. FIG. 2 is a side sectional view for explaining the automatic wallpaper gluing machine of the present invention. FIG. 3 is a block diagram of the automatic wallpaper gluing machine function of the present invention. FIG. 4 is a diagram for explaining the format of the glued execution record stored in the storage means. FIG. 5 is a diagram for explaining the format of the glued execution record stored in the ID tag. FIG. 6 is a diagram for explaining a screen for notifying that the open time has been reached. FIG. 7 is a diagram for explaining a transport container for transporting glued wallpaper, FIG. 7 (a) is a transport container provided with a partition, and FIG. 7 (b) is a bag-shaped transport container. is there. FIG. 8 is a flowchart of the gluing execution record generation process. FIG. 9 is a flowchart of timer processing. FIG. 10 is a flowchart of a process for activating the timer process from the gluing execution record recorded in the ID tag. FIG. 11 is a diagram for explaining a state in which gluing is performed using an automatic wallpaper gluing machine of the prior art. FIG. 12 is a side sectional view for explaining the automatic wallpaper gluing machine of the prior art. 13 (a) and 13 (b) are transport containers for holding glued wallpaper.

1 and 2 show the automatic wallpaper gluing machine (1) of the present invention.
The original fabric of wallpaper A set on the original fabric receiver (24) provided on the leg (22) is
It is unwound from the beginning, passed through the slitter (23), passed between the measuring roller (29) and the sending roller (30), the back surface contacts the gluing roller (32), and the glue B is applied to the front surface. It is discharged to the side (the side opposite to the original counter receiver (24)).
Further, the length of the discharged wallpaper A is sequentially calculated by the control device (2), and when the set length is reached, the transport is stopped.

The wallpaper A is cut in a straight line in the lateral direction at the position of the cutter guide (28) by the operator, so that one wallpaper A coated with the glue B is completed. In the wallpaper C, the back surfaces to which the glue B is applied face each other, and the surfaces to which the glue B is not applied face each other so that the glue B does not adhere to the front surface and is overlapped.

The functional block of the control device (2) of the automatic wallpaper gluing machine (1) of the present invention is shown in FIG.
The communication unit (3) is a function for transmitting and receiving data by connecting to a mobile terminal or an Internet line by wire or wireless line, and data such as "wallpaper information", "glue schedule record", and "glue execution record". Is sent and received.

The display operation unit (4) is for inputting the operating conditions of the automatic wallpaper gluing machine (1), outputting the operating state, and instructing the operation, and is a plurality of key switches (not shown) and a liquid crystal display. It is composed of a touch panel (not shown) and a touch panel (not shown).
In addition, a buzzer (not shown) that generates an operation sound or a notification sound is provided.

The timekeeping section (5) is a calendar clock function that ticks the year, month, day, hour, minute, and second.

The measuring means (6) is a function of counting the measuring signal and the measuring signal generating unit provided on the measuring roller (29) that rotates in accordance with the conveyed wallpaper to calculate the length of the wallpaper.

The storage means (7) is for storing data such as variables required for the calculation unit (9) to execute processing, operating conditions, wallpaper information, gluing schedule records, gluing execution records, and the like. RAM and ROM.

The ID tag (12) is an RFID tag of a method of transmitting and receiving data by polling by radio waves in the UHF band.

The ID tag detecting means (8) is a function of transmitting and receiving data to and from the ID tag (12) by polling using radio waves in the UHF band.

The arithmetic unit (9) is mainly composed of a one-chip microcomputer, and controls the automatic wallpaper glue machine (1) by executing a predetermined sequence, and is an ID tag detecting means (8) and a measuring scale. It has a function of controlling means (6), a display operation unit (4), a communication unit (3), and the like.
Further, the arithmetic unit (9) operates by using the external crystal oscillator (11) as a system clock, and also has a function of dividing the frequency of the crystal oscillator (11) to generate clocks having different time intervals. It has.

Further, in the control device (2), the calculation unit (9), the storage means (7), the ID tag detection means (8), the communication unit (3), the timekeeping unit (5), and the display operation unit (4) are control boards. It is provided in (13), and the battery unit (10) and the control board (13) are portable units (14), which can be removed from the automatic wallpaper gluing machine (1) and carried. The portable unit (14) can be operated by the battery unit (10) even when it is removed from the automatic wallpaper gluing machine (1).

Further, the control device (2) is provided with a motor control unit (15) for controlling the wallpaper transport motor (16) for transporting the wallpaper A by rotationally driving a plurality of rollers.
The motor control unit (15) controls the rotation, stop, speed change, and the like of the wallpaper transfer motor (16) according to the command of the calculation unit (9).

The "gluing execution record generation processing" sequence in which the arithmetic unit (9) executes gluing to generate a "gluing execution record" will be described with reference to FIG.
The processing SNP1 is a process to be executed when the type of the wallpaper A set in the original fabric receiver (24) is changed, and the processing SNP2, the processing SNP3, the processing SNP4, the processing SNP5, and the processing SNP6 are
This is a process to be executed every time one wallpaper A is glued.

In the processing SNP 1, the open time of the wallpaper A set in the original fabric receiver (24) is set in the calculation unit (9) in order to apply the glue from now on.
The open time can be set by the operator by inputting a numerical value from the display operation unit (4) or by the communication unit (3) from a remote server or by the operator. There is a method of setting using the data input as "wallpaper information" from the mobile terminal.
The calculation unit (9) stores the set open time in the storage means (7) as a variable “open time OT” for executing the processing following the following.

In the processing SNP2, the calculation unit (9) executes gluing.
The method of setting the length of the wallpaper A to which the glue is applied includes a method in which the operator inputs a numerical value as an operating condition from the display operation unit (4) and sets it, and a method in which the operator sets the "glue schedule information" There is a method of setting using the data input from the mobile terminal possessed by.
When the length of the wallpaper A is set and the execution of gluing is instructed, the calculation unit (9) rotates the wallpaper transport motor (16) to rotate a plurality of rollers such as the sending roller (30), and the wallpaper A. While applying glue to the back surface of the wallpaper A, the length of the wallpaper A conveyed from the measuring signal generated by the measuring means (6) is calculated, and the length of the wallpaper A discharged after applying the glue is the set length. When you reach
The wallpaper transfer motor (16) is stopped, and the process proceeds to SNP3.

In the processing SNP3, the calculation unit (9) generates a "gluing execution record" and stores it in the storage means (7). A specific example of the “gluing execution record” is shown in FIG.
The "gluing execution record" is composed of the item "gluing number (n)", the item "open time OP (n)", and the item "gluing length L (n)", and the item "gluing number". “(N)” is a serial number for specifying the wallpaper A to which glue is applied (hereinafter referred to as glued wallpaper C), and the item “glue length L (n)” is the item “glue number”. It is the length of the glued wallpaper C specified by "(n)", and the item "open time OP (n)" is substituted with the value of "open time OT" set in the processing SNP1 and "open time OP" is substituted. The value of "(n)" is converted into the unit of seconds and the following processing is executed.

Immediately after executing the gluing of the first sheet, the calculation unit (9) has "glue number (n)" = 01 and "open time OP (n)" = 15 minutes in the first line of FIG. 4 (calculation unit). (9) is converted into seconds and executed as 900 seconds), a "gluing execution record" having a "gluing length L (n)" = 300 cm is generated, and processing SNP4 and processing SNP5 are followed. Immediately after executing SNP6, returning to the processing SNP2 and executing the gluing of the second sheet, "gluing number (n)" = 02, "open time OP (n)" = in the second line of FIG. In 15 minutes (900 seconds), a "gluing execution record" of "gluing length L (n)" = 350 cm is generated.
FIG. 4 shows a state in which 10 "gluing execution records" are stored in the storage means (9) after the gluing is executed 10 times and 10 sheets of the glued wallpaper C are made.

In the processing SNP4, the calculation unit (9) sets the initial value of the timer as the initial value in order to execute the "timer processing" shown in the flowchart of FIG. 9 from the time when the "gluing execution record" is stored in the storage means (7). This is a process of substituting 0 for the “timer value GTM (n)”.
The "timer process" is a process that the arithmetic unit (9) executes simultaneously with a plurality of other processes in a time-division manner.
The calculation unit (9) proceeds to the processing SNP 6 while activating and executing the "timer processing".
(The flowchart of "timer processing" will be described later.)

The process SNP 6 is a process to be executed when it is instructed as an operating condition to record the "glue execution record" also in the ID tag (12).
If not instructed, the process SNP 6 does not execute anything and returns to the process SNP 2.

In the processing SNP6, the calculation unit (9) executes the "process of recording the gluing execution record in the ID tag", and immediately after executing the gluing of the first sheet, the "gluing number (n)" on the first line of FIG. ) ”= 01,“ Glue time DT (n) ”= (17/10/10 14:20:00),“ Open time OP (n) ”= 15 minutes (900 seconds),“ Glue length L (N) ”= 300 cm“ gluing execution record ”was recorded in the ID tag (12), returned to the processing SNP2 again, the second gluing was executed, and then the processing SNP4 and the processing SNP5 were executed. On the second line, "glue number (n)" = 02, "glue time DT (n)" = (17/10/10 14:21:00), "open time OP (n)" = 15 minutes (900 seconds), a "gluing execution record" of "gluing length L (n)" = 350 cm is recorded in the ID tag (12).
FIG. 5 is a “gluing execution record” recorded on the ID tag (12) after the gluing is executed 10 times and 10 sheets of the glued wallpaper C are made.

At the time of "gluing time DT (n)" = (17/10/10 14:20:00), the calculation unit (9) rotates the wallpaper transfer motor (16), rotates a plurality of rollers, and wallpaper. While applying glue to A, the length of wallpaper A conveyed from the measuring signal generated by the measuring means (6) is calculated, and the length of wallpaper A discharged after applying glue is set as the set length. It is (year / month / day hour: minute: second) indicated by the time measuring unit (5) at the time when the wallpaper transfer motor (16) is stopped.

When the worker sets the original fabric of the wallpaper A and is instructed to reset the open time, the processing SNP1 is executed, and when the setting is not changed, the processing SNP2 is executed.

FIG. 9 shows a flowchart of the “timer processing” sequence executed by the calculation unit (9).
The "timer process" is a process that the arithmetic unit (9) simultaneously executes with a plurality of other processes in a time-division manner.

The process TTP1 is a process for setting the initial value of the timer.
The initial value setting of the "timer value GTM (n)" is assigned to the variable "timer value GTM (n)" in the process of activating the "timer process".
When the "timer process" is started from the "glue execution record generation process", the "timer value GTM (n)" is set to 0 as the initial value of the timer in the process SNP4 of the "glue execution record generation process". Is substituted, so the initial value of "timer (n)" = 01 corresponding to the "glue execution record" of "glue number (n)" = 01 in the first line of FIG. 5 is 0 seconds. Yes, "timer (n)" = 01 counts the elapsed time from 0 seconds.
On the other hand, in the "process of invoking the timer process from the glue execution record recorded in the ID tag" shown in the flowchart of FIG. 11, in the process WTP4, the "current time GT (n) recorded in the ID tag (12)" is recorded. ) ”And“ Glue time DT (n) ”are compared and the value is assigned to“ Timer value GTM (n) ”.

When the "timer process" is started from the "glue execution record generation process" using the "glue execution record" shown in FIG. 4, in the process TTP1, the calculation unit (9) is the first glued wallpaper. Immediately after creating C and generating the "glue execution record" on the first line of FIG. 4, a "timer (timer) for counting the elapsed time of the glued wallpaper C of the item" glue number (n) "= 01 "n)" = 01 is started, "timer value GTM (01)" = 0 seconds, and "open time OP (n)" = 900 converted in seconds is substituted for "timer upper limit value GLM (01)". Then, "timer upper limit GLM (01)" = 900.

The process TTP2 is a process for counting up the “timer value GTM (01)”.
The calculation unit (9) adds 30 seconds to the "timer value GTM (01)" = 0 to set the "timer value GTM (01)" = 30.

The process TTP3 is a process of determining whether or not the "timer value GTM (01)" has reached the "timer upper limit value GLM (01)".
The arithmetic unit (9) generates a system clock and an internal clock from the crystal oscillator (11), divides the internal clock, generates a clock generated every 30 seconds, and processes TTP2 and processes every 30 seconds. By repeatedly executing TTP3, the value of the "timer value GTM (01)" is added (counted up) every 30 seconds, and if the value of the "timer value GTM (01)" reaches 900 or more, the calculation is performed. Part (9) executes the processing TTP4, displays the screen shown in FIG. 6 on the display operation unit (4), and the glued wallpaper C of "glue number (n)" and "glue length L" is displayed. , The worker is notified by using the display operation unit (4) that the open time has been reached.
The screen shown in FIG. 6 is a case where the calculation unit (9) notifies with a buzzer sound while executing the process SNP2 of the “glue execution record generation process”.

“Timer (n)” = 01 is executed simultaneously with a plurality of other processes in a time division using a clock generated by the arithmetic unit (9) every 30 seconds, and the process is executed when the process TTP4 is executed. To stop.

Further, the calculation unit (9) activates 10 "timers (n)" from "timer (n)" = 01 to "timer (n)" = 10 shown in FIG. 4, and performs other processing. Execute at the same time in a time division,
All activated "timers (n)" are added every 30 seconds, processing TTP1, processing TTP2, and processing TTP3 are looped every 30 seconds, and "gluing number (n)" = 01 "gluing". For the "glue execution record" from the "execution record" to the "glue number (n)" = 10, the "glue number (n)" is counted by counting the elapsed time from the time when the "glue execution record" is generated. ) ”= 01 Whether or not all the glued wallpapers C from the glued wallpaper C indicated by“ ”= 01 to the glued wallpaper C indicated by“ glue number (n) ”= 10 have reached the open time. Is judged and notified.

Subsequently, a process of determining whether or not the glued wallpaper C in the transport container to which the ID tag (12) on which the “gluing execution record” is recorded has reached the open time will be described.
The flowchart of FIG. 10 will be described assuming that the “gluing execution record” shown in FIG. 5 is recorded on the ID tag (12) attached to the transport container of FIGS. 7 (a) and 7 (b). To do.

The processing WTP1 and the processing WTP2 are processes in which the arithmetic unit (9) detects the ID tag (12) by polling using the ID tag detecting means (8).

The processing WTP3 and the processing WTP4 are initial values of the "timer (n)" for activating the "timer (n)" for each record of the "gluing execution record" recorded in the detected ID tag (12). Is the process of determining.
The calculation unit (9) is based on the current time "current time GT (n)" indicated by the timekeeping unit (5) and the "glue time DT (n)" of the "glue execution record", and the formula: "timer value GTM (timer value GTM). The initial value of the timer is determined as "n)" = "current time GT (n)"-"gluing time DT (n)".
For example, assuming that the current time indicated by the timer part (5) is 15:20:00 on October 10, 2017, "glue number (n)" = 01 in the first line of FIG. The value of "timer (n)" = 01 corresponding to "gluing execution record""timer value GTM (01)" is (15:20:00)-(14:20:00), which is 60 minutes. , "Timer value GTM (01)" = 3600 seconds, the "timer processing" shown in FIG. 9 is executed, and when the processing TTP3 of the "timer processing" is executed for the first time, the "timer value GTM (01)" Since "01)" = 3600 seconds exceeds "timer upper limit GLM (01)" = 900 seconds, the glued wallpaper C with "glue number (n)" = 01 has already reached the open time. Is determined.

By the same formula, in the case of "timer (n)" = 10 value "timer value GTM (10)" corresponding to "glue number n" = 10 "glue execution record" on the 10th line of FIG. Is (15:20:00)-(15: 1: 0), which is 9 minutes, and it is determined that "timer value GTM (10)" = 540 seconds, and the "timer processing" shown in FIG. 9 is performed. When the process of "timer processing" is executed and TTP3 is executed for the first time, "timer value GTM (10)" = 540 does not exceed "timer upper limit value GLM (10)" = 1800 seconds. "Timer (n)" = 10 is added for 30 seconds every 30 seconds from the initial value of 540 seconds, and when the value of "Timer value GTM (10)" exceeds "Timer upper limit value GLM (10)" = 1800 seconds. Then, the glued wallpaper C having "glue number (n)" = 10 determines that the open time has been reached and notifies the user.

The method of recording the "gluing execution record" on the ID tag (12) is convenient when a plurality of workers divide the interior construction work into the gluing work and the work of pasting on the wall at the same time.
For example, the worker A manufactures the glued wallpaper C using the automatic wallpaper gluing machine (1), puts it in the transport containers of FIGS. 7 (a) and 7 (b), and creates a "gluing execution record". Only the work of pasting the recorded ID tag (12) is performed, and the worker B and the worker C are portable type separate from the control device (2) attached to the automatic wallpaper gluing machine (1). When carrying the unit (14) and taking the transport container to the room where the wallpaper is to be pasted and pasting it on the wall, the portable unit (14) is activated and "Timer processing is performed from the glue execution record recorded on the ID tag. , You can see which glued wallpaper C has reached the open time.

Further, in the auxiliary menu processing (not shown in the flowchart), the "gluing execution record" shown in FIG. 4, the "gluing execution record" shown in FIG. 5, and the "timer value GTM (n)" are displayed in the display operation unit ( Since the process to be displayed in 4) is provided so that the worker can see it at any time he / she wants to see, the worker knows which glued wallpaper C will reach the open time in how much time. Also, the date and time and length of the glue applied to each piece of glued wallpaper C contained in the transport container can be known.

Further, the arithmetic unit (9) of the present invention has a performance of executing 99 "glue execution records" and 99 "timers (n)" from 1 to 99 at the same time with other processing in a time division manner. It is a thing.

The "timer (n)" of the present invention is a software sequence in which the arithmetic unit (9) divides and executes the clock of the crystal oscillator (11), but the control board on which the arithmetic unit (9) is mounted. (13) Even when a plurality of commercially available timer ICs are provided, the manufacturing cost is high, but the effect can be obtained.

1 Automatic wallpaper gluing machine
2 Control device 3 Communication unit 4 Display operation unit 5 Measuring unit 6 Measuring means 7 Storage means 8 ID tag detecting means 9 Calculation unit 10 Battery unit 11 Crystal transducer 12 ID tag 13 Control board 14 Portable unit 15 Motor drive unit 16 Wallpaper transfer motor 21 Main body 22 Legs 23 Slitter 24 Original counter 25 Original anti-core rod 26 Side plate 27 Glue box 28 Cutter guide 29 Measuring roller 30 Feeding roller 31 Doctor roller 32 Gluing roller 101 Automatic wallpaper gluing machine 102 Control Device 104 Display operation unit 121 Main body 122 Leg 123 Slitter 124 Original counter 125 Original counter core rod 126 Side plate 127 Glue box 128 Cutter guide 129 Measuring roller 130 Feeding roller 131 Doctor roller 132 Gluing roller 133 Transport container 134 Transport container A wallpaper B glue C glued wallpaper

Claims (5)

An arithmetic unit that executes a sequence to control the automatic wallpaper gluing machine, a measuring means for calculating the length of the transported wallpaper, and input of operating conditions and output of the operating state of the automatic wallpaper gluing machine. An automatic wallpaper that is provided with a display operation unit to be performed and a storage means for storing operating conditions and a glued execution record, manufactures a glued wallpaper coated with glue on the back surface, and generates the glued execution record of the glued wallpaper. It ’s a gluing machine,
The calculation unit generates, as the data items of the gluing execution record, at least the gluing execution record including the gluing execution number item, the gluing length item, and the wallpaper open time item, and stores the gluing execution record in the storage means. A timer is provided for each record of the generated gluing execution record, and the calculation unit activates the timer immediately after the generation of the gluing execution record to count the elapsed time.
When the elapsed time of the timer reaches the value of the wallpaper open time item, the automatic wallpaper glue is notified that the glued wallpaper indicated by the glue execution number item has reached the open time. Attached machine. The automatic wallpaper gluing machine according to claim 1, wherein the timer is a software sequence in which the calculation unit counts the elapsed time by a clock generated by dividing the frequency of the crystal oscillator. An arithmetic unit that executes a sequence to control the automatic wallpaper gluing machine, a measuring means for calculating the length of the transported wallpaper, and input of operating conditions and output of the operating state of the automatic wallpaper gluing machine. A glued wallpaper having a display operation unit to be performed, a storage means for storing operating conditions and a glue execution record, and a time measuring unit showing the current time, and glue coated on the back surface is manufactured, and the glue of the glued wallpaper is produced. It is an automatic wallpaper gluing machine that generates execution records.
An ID tag detecting means for transmitting and receiving data is provided in the ID tag, and the calculation unit has at least a gluing execution time item, a gluing execution number item, a gluing length item, and a wallpaper open as data items of the gluing execution record. An automatic wallpaper gluing machine characterized in that the gluing execution record composed of time items is recorded on the ID tag by the ID tag detecting means. The calculation unit detects the ID tag by the ID tag detecting means after the lapse of an arbitrary time.
A timer is provided for each record of the gluing execution record recorded in the detected ID tag.
The timer is started and the elapsed time is counted by using the time obtained by subtracting the time of the gluing execution time item recorded in the detected ID tag from the current time indicated by the timekeeping unit as the initial value of the timer. The claim is characterized in that, when the elapsed time of the timer reaches the value of the wallpaper open time item, the glued wallpaper indicated by the glue execution number item is notified that the open time has been reached. 3 automatic wallpaper gluing machine. The automatic wallpaper gluing machine according to claim 4, wherein the timer is a software sequence in which the calculation unit counts the elapsed time by a clock generated by dividing the frequency of the crystal oscillator.

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