JPS61116625A - Weighing apparatus - Google Patents

Abstract

PURPOSE:To perform all items in package with a key on a operation board from the operation of a weighing machine body to various adjustments, by changing over operation/setting items to be displayed depending on the presence of words which will be inputted by a ten-keys means. CONSTITUTION:A plasma display panel with a built-in CPU, a counter, a key input section, a DIP to be set for a specified display mode, a SW, a error buzzer and the like are connected to a remote controlling microcomputer and linked to a microcomputer for combined computation so that data is transferred thereto serially through an optical fiber cable. Then, various operating/setting items for a weighing apparatus are displayed on a plasma display panel. One of the operating/setting items thus displayed is specified by the operation of the key input section to be changed-over depending on the presence of words which will be inputted with the key input section.

Description

DETAILED DESCRIPTION OF THE INVENTION (Field of Industrial Application) The present invention relates to a measuring device in which operations ranging from operation to various adjustments can be performed all at once using one key operation section.

(Prior Art and its Problems) Recently, computer-controlled electronic scales, combination weighing devices, and the like have been used in various fields. FIG. 3 is a schematic diagram of the main parts of such a combination weighing device. This combination weighing device is equipped with a zero point adjustment circuit and a span adjustment circuit, and details thereof can be found in Patent Application No. 111
Since the application has already been filed in No. 15B-232119, a detailed explanation will be omitted.

Zero I fan installed in remote control box n;
lJ9! (hereinafter abbreviated as "i-key") and span adjustment changeover switch are operated to change the operation mode. Now, if you turn on the keynote switch, the microcomputer for the 1st weight monitor will turn on the D/A for coarse adjustment to the atmosphere.
Operating the converter i and the electrical control D/A converter 12,
The reference signal V ref is converted into an analog value, and output signals are sent to the input terminal B of the coarse adjustment comparator el and the input terminal of the fine adjustment comparator e2 through a level flip circuit g and a level shift circuit, respectively. On the other hand, the signal of the load cell a of each weighing machine is inputted to the multiplexer d through A Pb and filter C, and the zero point adjustment is performed by the switching signal from the weight monitor microcomputer.
The signal from the load cell of the machine is taken out and sent to the rough adjustment comparator e.
1 input terminal A, and from its output terminal A-
Is the H signal the fine adjustment ratio? 9 N e It is output to the input terminal C of 2. The comparator e2 performs a calculation of C-D and sends the output signal to the input circuits f, , F2. The output signal of the switching circuit is converted into a digital value by an A/D converter j, and is input to a weight monitor microphone. When the span adjustment switch is turned on, the span adjustment D/A converter i3 operates to convert the reference signal Vref into an analog signal, and the output signal is sent to the comparator e5 to convert the reference signal Vref into an analog signal.
r@f and outputs the output signal to A/D converter j. The A/D converter receives the signal from the load cell when the reference load tt is loaded, and this signal is input into the weight monitoring microcomputer to perform a predetermined span adjustment.

When the zero point adjustment and span adjustment are completed, the combination weighing device shifts to the normal weighing mode, the signals obtained from each load cell are stored in the RAM, and the target is calculated by the combination calculation microcomputer m according to the preset combination pattern. A combination of weighing machines satisfying predetermined requirements is determined for tm, and a drive device (not shown) opens the weighing hopper of the corresponding weighing machine to discharge the weighed articles and transfer them to the packaging machine. Thereafter, a signal is sent to the pool hopper of the weighing machine that discharged the article to open it and supply the article to the hopper.

In such a conventional combination weighing device.

Operation of the entire device is carried out using the key operation unit attached to the hem, and settings for important items related to the production conditions of the three weighing items, such as target values and upper limits, are operated using the keys stored in the lockable box. This is done at the input section, and also adjusts the timing of the weighing hopper, pool hopper, etc., and adjusts the variation cycle of the radiation feeder.

Other mode settings, etc., of the device itself! I! For operation, use the yJ! in the calculator box housed inside the main unit.
! ! The operating points were divided according to the level of each operator, such as using a switch or a switch.

However, since these operations are interrelated, there is a problem in that separating the operating points makes the work difficult, especially when adjusting the entire device.

There is an idea to solve this kind of problem by concentrating the various Y4 adjustment switches in the computer box on the kill operation section, but separating the adjustment switches from the main body means that the amount of wiring will be reduced. This is undesirable because it causes an increase in the amount of noise and malfunctions.Also, even if it is possible to concentrate the adjustment switches on the key operation section, it is necessary to have a box with a lock to prevent unauthorized operation by anyone other than the person in charge. A problem arises in that an internal switch must be provided.

(Purpose of JA Mei) The purpose of the present invention is to solve the problems of the prior art as described above, and it is possible to perform everything from operating the machine to making various adjustments all at once using the keys on the operation board. Moreover, the present invention provides a weighing device equipped with an input device that can change the operable range according to the level of the operator. / Means for displaying setting items, means for specifying one of the above operation/setting items with a cursor, means for inputting operation/setting contents regarding the specified operation/setting date, numeric keypad means for inputting operation/setting contents inputted Calculate! This weighing device is comprised of a communication means for transmitting data to the device, and means for switching the displayed operation/setting items depending on the presence or absence of a word input using the numeric keypad means.

(Example) Hereinafter, an example of the present invention will be described in detail with reference to the drawings.

FIG. 1 is a schematic diagram of the configuration of a remote control box according to the present invention. In the present invention, a plasma display panel (hereinafter abbreviated as FDP) having a built-in CPU in a remote control microcomputer (b) is used.
(A), counter (C), 4P-input section (D), DIP for setting a specific display mode, SW (E), error buzzer (E), etc. are connected to the microcomputer for IIA combination calculation. , are coupled for serial transmission of data by fiber optic cables.

FIG. 2 is an internal configuration diagram of the PDP (a).

This FDP (A) has a built-in CPU, and is connected to components such as registers, RAM, ROM, and other memories, counters, etc. via a data bus and an address bus.
The Y driver controls the display screen of the FDP display panel.

Next, the functions of each key of the key input section (d) will be explained. The key names and functions are compared as follows.

- It is an explanatory diagram of items selected in display mode.

In the area of the display screen, a menu of 1 to 7 items describing details is displayed along with 1 day and 1 hour.

If you shift the cursor to the 8th item or later, the menu will scroll and display the 8th to IO items.If you shift the cursor to the 10th item, the screen will appear as shown in 4Ia (b), and if you move the cursor further down, the menu will be displayed. When shifted to , the display returns to the initial menu display and displays one item.

In addition, items 1 to 3 are LEVEL 1, which indicates the range that can be operated by ordinary workers, LEVEL 2 indicates the range that can be operated by those in higher positions, such as managers and supervisors, and LEVEL 3. indicates the range in which service manager/':IP can operate.

Next, the contents and key operations of each of the ten items in the menu display mode will be explained.

(I), Zera adjust
B Zero point adjustment can be performed by specifying this item.

(a), [0] key + [5TART1 key starts zero point adjustment of all weighing machines (b), r meter f machine No., 1+ [5TART] + -
After placing the cursor on this item and entering the password or keyword, you can switch to the LEVEL 1 display mode, LEVEL 21, or LEVEL 3 menu display mode.

(a), rPassword J + LEV with [SET] key
Change to EL 2 display mode (b), f keyword 3 + [5 ETl key to LEV
Change to EL3 display mode (2), Production (Iij change) By specifying this item, you can perform normal combination weighing.

(a), r Reservation number 1 + Display the reserved product name and target value with the [SET] key (b), Start combination weighing operation with the [5TART] key (3), System draining (
(all) This item is specified when the items remaining in the radiation feeder, pool hopper, weighing hopper, etc. are forced to be discharged from the weighing machine at the end of weighing and packaging work. There are two ways:

(a) When discharging while repeating combination weighing and packaging, start normal operation with the [0] + [5TART] keys (b)
), feeder, hopper, etc., when all are operated and discharged, press the [5TART] key to start the aftereffect (4), Function By specifying this item, the five items shown in FIG. 5 can be set. To switch to the function display mode that displays the following five items, move the cursor to this fourth item.
This can be done by pressing the '5TART' key after adjusting to the item.

(a), Setting r date J + [S! with El! ↑1 key (When the display mode changes, the cursor will be automatically set to this date setting item.) (b), Time setting 1 Time 3 + [SET] key (C), Dispersion feeder, radial feeder control method Settings (a) r Specify the automatic control method for the amplitude strength and amplitude time of each feeder using the OJ + C3ETI keys (b) r
lJ + [SET] key to specify the method of controlling the vibration intensity and amplitude time of each feeder with values based on manual settings (d) 1 combination discharge condition setting (a) rOJ + [SET] key to set the lower limit value (Target value) Specify a method that does not emit the following combinations (b) f
lJ + [SET] key to specify the method of discharging even if the combination is below the lower limit (e), set the calculation mode (() r, OJ + [5ETl--7' Specify the calculation mode to select the combination of 1 set (ro ) rlJ + [5 Set the calculation mode to select two combinations using the ETl key (target weight is the total combined weight of the two combinations). Note that the function display mode shown in Fig. 5 is as follows:
By pressing the "SET" key, the cursor can be automatically moved to the next item.

(5) Calculation (Calculation) With this JJI item designation, the display is switched to the calculation display mode as shown in FIG.

(&), [5 TART] key displays the weighing value of each weighing machine 1 combination weight 1 selected weighing machine (b), r 99 J + [5 TARTI key displays the weighing value of each weighing machine sequentially Fig. 8 In this example, the total number of machines is 14! M weight 10
0g, the metric aHo selected for the combination is 1, 3, 7
, 10, and the total weight value is Ioo, 8g.

(6) Pre arrangement (reservation) If this item is specified, the display mode can be switched to the reservation display mode and settings for nine items as shown in FIG. 7 can be registered.

"Reservation No., switch to reservation display mode with J + [5TART] key (a), set target value with target value 1 + [5ETl key (b),
Upper limit value setting ``Upper limit value J, + Set upper limit value with [SET] key (C)
, feeder setting value, the amplitude intensity, amplitude time, etc. of the distributed feeder and the radial feeder can be switched in lO steps from 0 to 9, respectively. The larger the number, the larger the amplitude, time, etc. The setting value is set as, for example, the content to be displayed next.

(d) Setting the number of discharges when performing multiple weighing Multiple measurements , target combination 1 by repeating discharge! , Il can be set for the number of times they are discharged.

r number of times 1 + [S[! Set the number of discharges using the T ] key (
e) Setting the weighing speed ``Set the speed with the Speed J + [5IET] key (f) 1
Setting the number of pieces to be combined (target number for individual combinations) Set the target number using the number J + [SET] keys (g
), setting unit t (divisor in case of quantity combination) r unit weight J + Use the [SET] key to set unit weight (h), setting loft number (product code) "loft number J + [
You can set the loft number (i) using the SET ] key, and enter the 1-letter code J for product name registration by repeatedly pressing the + [SET ] key. It is converted into a pattern and displayed sequentially from the left in a predetermined column of the ninth item.

Note that the cursor can be set by pressing the "SET" key.

If you want to move to the next item without automatically moving to the next item, click "
When you move the cursor using the UP" key or the DOWN key (7), you can adjust the span by specifying this item.

(a), r OJ + [5TART] key to start span adjustment for all weighing machines (b), r Weighing machine No., J + [5TART] key - Start span adjustment for the designated meter (8), Adjustme++t (To!! Riko) When this item is specified, the 1 display mode is switched to the adjustment display mode, and the +4 items shown in 8th ryJ can be set. In this display mode.

First, switch to the adjustment display mode using the [5TART] key.

(a) Specifying a weighing machine number that does not participate in the combination weighing mode When a specific weighing machine becomes unusable due to a malfunction, etc., the operation of that weighing machine is stopped and the remaining weighing machines are operated independently. used for.

(a) Use the [SET] key to move the cursor to the right side in order, with a total of 110. shift to.

(Note: For example, when using 14 weighing machines, the weighing machine numbers are arranged as follows.

The total # is the machine number; 1, 2, 3, 4, 5, 8, 7, 8,
11. A, B, G, D, E) (b), rOJ + [S
ET ] key to designate the weighing machine corresponding to the cursor position as not participating in the combination. A total of i4!111 who did not participate
The number disappears from the display.

(c) Use the rll + [SET] keys to designate a weighing machine that does not participate in one combination as a weighing machine that does participate in the combination. At this time, the weighing machine number that once disappeared from the display will be redisplayed.

(b) The value obtained by adding this offset amount to the display setting target value of the offset amount is set as the final target value of the combination calculation.

"Offset iJ + [SET] key sets the offset amount (C), time from timing hopper (T, H) opening to weighing hopper (W, H) opening 1 hour 3 + [SET] key (d), setting time Setting the time from opening the superior hopper to opening the pool hopper (P, H) r time J + [SET] key (e), setting the time from opening the pool hopper to turning on the feeder C time 3 + [SET] key (f) Setting the degree of variation in the intensity of each radiation feeder The intensity of each radiation feeder is not uniform, but is divided into three groups and varies.The degree of variation is set.

"Numeric value 1 + [SET] key (g), setting the minimum amplitude of the feeder. "Numeric value J + [SET] key (h) 1 Sensitivity setting of the dispersing section photosensor.When the item is dropped from the packet conveyor, the optical axis of the dispersing section photosensor is , is intermittently cut, but only when the light reception state continues for longer than the time set here, it is determined that there is a shortage of supply, and the packet conveyor is activated.

1 hour 3 + [SI! T] key (i), setting the supply interruption time If the light reception time of the dispersion unit photosensor continues for the time set here, it is determined that there is a shortage of items on the packet conveyor.

1 hour 1 + [SET] key (j), discharge completion signal delay time setting Set the time difference between opening of the weighing hopper and timing hopper to output the packaging completion signal. Since the speed of sliding down the chute varies depending on the normality of the weighing object, a delay time is set for the object discharged from the weighing hopper or timing hopper to arrive at the packaging machine.

(k), Setting the motor frequency (Frequency J + [SET] key C9,), Degree of variation in discharge timing from the weighing hoppers.When the 14 hoppers open all at once, the weighed object is discharged from the chute. Since they collide at the exit, the discharging weighing hoppers are divided into three groups, and the discharging time is staggered for each group. Here, the delay time is set.

r time J + [SET] * - (m), setting the time difference from the opening of the weighing hopper to opening the timing hopper r time J + [SET] key (n), setting the time difference from opening the weighing hopper to opening the timing hopper ( 9) , Variant 1 When this item is specified, the display mode is switched to the Variant 10 display mode, and the eight items shown in M9Ei can be set. Settings for each item are performed using the following key operations.

(a) Setting of treatment method in case of overscaling (b) r
Use the OJ + [SET] keys to set the alarm generation mode (b). Use the rlJ + [SET] keys to set the 5 alarm generation + stop h mode (c) r2J + [SET] *-TE, 7-L generation. + Set to discharge mode (b), set the treatment method in case of overweight. For example,
When the stack of items on each weighing machine is approximately 60g and the target weight is 100g, not only will it not be possible to obtain the optimal combination, but the product will not be overscaled.In such a situation, take the following measures: Take.

(a) Set the ejection mode with the roJ+ [SET] key. When the t1 ejection mode is selected, combinations are performed ignoring the 1-limit value, and the combination closest to the target I is ejected.

(b) Set stop mode with rlJ + [SET] key Stop 1; When set to mode, if the overwait state continues for the set number of times (N), it will stop.

(C) Interval setting for automatic zero point correction "Set interval 1 + [SET] key Once for each set interval, select one of the 1# machines and apply automatic zero point correction.

(d) Setting the total printing interval (a) Set the normal mode using the rOJ + [SET] key.

(b) rlJ + [Si! Use the T ] key to set the total print mode for each set time (e) and set whether or not to install the timing hopper (a).
roJ + [SET] key to set the specification without timing hopper (o) rlJ + [SET] Setting (a) rOJ + [SET] ] Keyteboo J
l/L.

Use rtJ + [SET] keys to set pooling specifications (g), and set whether or not to install a ring shutter (b) rO
Use the J + [SET] keys to set the specification without a ring shutter (b), use the rli + [sε] keys to set the specification with a ring shutter installed (h), and set the pool for weighing items using the ring shutter ( b) Set the specification to not pool with the r01 + [SET] key (b) Set the specification to pool with the rlJ + [SET] key (10), Variant 2 When this item is specified, the display mode is switched to the Variant 2 display mode. , the five items shown in FIG. 10 can be set. Settings for each item are performed using the following key operations.

(a) Setting the interlocking mode with the packaging machine (b) Setting the interlocking mode to packaging machine-led by the rOJ + [SET] key, weighing machine additional type (b) setting to the weighing machine-led by the r11 + [SET] key,
Set the packaging machine to the rear-end type interlocking mode (c) Press f2J + [SET] key to set the weighing machine and packaging machine to the interlocking mode in which they operate by mutual handshake. (b) Set the discharge conditions for one-time weighing (I )rOJ4-[SET] key to set the self-propelled mode to discharge the weighed object independently from the packaging machine when weighing the number of times (e+) rlJ + [SET] *-7"Wrap the discharge every time Set to synchronous mode that works in conjunction with the packaging machine (C) Setting the output timing of the discharge completion signal during one-time weighing (A) Mode in which the completion signal is output to the packaging machine at the beginning of count measurement using rol + [SET] keys Set (o) r l J + [SET] ]jF--
-c Packaging at the end of the counter? Set to the mote that outputs the complete f signal to the machine (d), set the movement mode with the packaging machine during manual discharge (a) set the self-propelled mode with the ro1 + [SEτ] key (b) rtJ + [SET] Setting the mode to work in conjunction with the packaging machine using the key.In the event of a failure, the manual discharge mode is set and forced discharge is performed.In this case, set whether or not to discharge in conjunction with the packaging machine.

(e) Setting whether to output the discharge completion signal during manual discharge (a) Set the mode in which the completion signal is not output to the packaging machine with the roj + [SET] keys (b) Set the completion signal with the rl + [SET] keys 11 to 61 are flowcharts showing the processing child actors of the present invention. Next, this flowchart will be explained.

(+), ff1l In Figure 1, start the program, Dr P, SW setting mode.
When E V E I, 3 (step A3), the DISPI screen shown in Fig. 62 is displayed for a certain period of time (step A4), and then the LEVEL 3 mode menu is displayed on the DISP 6 screen shown in Fig. 67. (Step A5), and when the setting mode is not LEVEL3, the DISP2 screen shown in FIG.
Display the EVELI mode menu (step 86)
)0 Next, set the cursor position (step A7)
, count processing, key processing, communication processing, online processing, communication processing with the printer, tabulation processing (step A8~
Perform A13).

In the first communication process, various setting information stored through key processing is transferred to the weighing machine main body side, and processing for receiving weighing data, combination data, error information, etc. sent from the weighing machine main body side is performed.

(2), Figure 12 is a flowchart of the counting process.
When weight display mode is set (step B2) 1
Set the weight display command (step B3), and
It is checked whether the mode is the menu display mode of DISP2 to DISP6 shown in FIGS. 3 to 67 (step B4), and the time is displayed (step B5).

(3) FIG. 13 is a flowchart for displaying the set values in the menu display mode.

At first, the He constant mode of DI S PSW is LEVEL.
3 (step C1), and in step C5 the screen changes to DISP5 shown in FIGS. 66 and 67.
Or confirm that you are in the DISP6 menu display mode.Next, select the processing item depending on whether the cursor position is between item 1 and item 7 of the menu (steps C6 to C11), and set the display value at the cursor position. After shifting one digit to the left (step C13), the placed value is displayed at the cursor position (step Cl4).

(4) FIG. 14 is a flowchart for displaying set values in the function display mode.

In step Dl, confirm that the screen is in the DISpH function display mode shown in Fig. 72, and when the cursor is at the 1st item or 2nd item, change the date and time and display them.Steps D2 to D5), move the cursor to If the cursor position is between 3 and 5 items, the process corresponding to each item is performed (steps D6 to D8). Also, when the cursor position is between 3 and 4 items, the input value exceeds 2. Please check if the value is 2 in step D9).
If the value is not exceeded, display the value at the cursor position (
Step DIO).

(5) FIG. 15 is a flowchart showing the display processing of set values in the 9 reservation display mode.

In step El, one screen is DISP shown in FIG.
After checking whether I3 is in the reserved display mode, if the cursor position is the processing item 1 to 2 or 4 to 9 (steps E2 to E5), shift the display value at the cursor position one digit to the left. (Step E6), and displays the set value at the cursor position (Step E7). Also, if the cursor position is 3 items (Step E3), a change in feeder value is displayed (Step E4).

(6), FIG. 16 is a flowchart for displaying set values in the adjustment display mode.

In step Fl, the screen changes to DISPI5 in FIG.
After confirming that it is the adjustment display mode, if the cursor position is not the 19ijth position (step F2), shift the display value at the cursor position one digit to the left (step F3),
Display the set value at the cursor position (step F4).

(7) FIG. 17 is a flowchart for displaying set values in variant 1 display mode.

At step Gl, the screen changes to DISPI shown in FIG.
After confirming that the cursor is in the variant 1 display mode of 6, if the cursor position is the first item (step G2), select 2+
, check whether the fi value is less than or equal to 2 (step G
3) If the 19th position η of the curve is 2 or 3 items (step G4), the set value is displayed at the cursor position (step G6).

The process of step G6 is performed in the same way when the cursor position is 1 item and the input value is 2 or less, and also when the cursor position is not 2 or 3 items (step G4) and the input value is 2 or less.
Similarly, if it is less than (step G5), step G6
Process.

(8),! The ls diagram is a flowchart for displaying [1-] in variant 2 display mode.

In step H1, the screen changes to DISP shown in FIG.
After confirming that it is the variant 2 display mode of 17, if the cursor position is the first item (step) 12)
, 2 to check whether the value is less than or equal to 2 (step H3), and when this condition is met, display the placed value at the cursor position (step H5), and if the carnel position is not the 1st item, the placed value is less than 2. (Step H4), the process of Step H5 is similarly performed.

(9) FIG. 19 is a flowchart showing jump destinations when various function keys are operated.

(a) If "SET" $- is operated (step II), the process shown in the flowchart of FIG. 21 is performed.

(References are briefly shown below) (b), "Δ" key (Step 12) - @Figure 27 (C)
, "Ma" key (Step I3) Figure 35 (d), "5"
TART” key (step I4) groan @41 (e), 5
TOP” key (step 15), Figure 54 (f), “D”
ISF key (step IS) groaning Fig. 61 (g), “ON”
″Key (stay, pull 17) →420 (a) (h)
, "OFF" $- (step, pl1l) →Figure 20 (
b) (h) , "ON LINE" key (step 19)
), Figure 20 (C) CLO), Figure 820 (a) is “O
In the flowchart for operating the N'' key, when a motor-on command is set (step J2), this command is transferred to the main body of the 1j machine in the communication processing routine.

(11), Fig. 20(b) is a flowchart when operating the OFF'' key. Step J8) 'J is processed.

Each of these commands is transferred to the main body in the communication processing routine.

(12), fi'+2or14 (c) is "ON"
11 is a flowchart when the "LINE" key is operated.

While online (step J9), all operations of the weighing machine are performed by the host computer, so °゛ON 1.
INE" key does not work. When the weighing machine is set offline, the operation state of the weighing machine body at that time, for example, if the weighing machine is in operation, the display mode in operation is displayed.

(13), FIG. 21 is a flowchart when the "SET" key is operated.

In step Kl, after confirming that the menu display mode is the DISP2 to DISP6 menu shown in FIGS. )
Check that the first screen is in LEVEL 3 mode (step 5), and register a password (step 6).

If the mode is not LEVEL 3, confirm the input of the keyword in step 7), set the keyword flag (step 8), and display the LEVEL 3 mode menu (step 9).

If the keyword is not input, the keyword flag is reset (step KIO), and if the passwords match (step Kl l), the LEVEL 2 mode menu is displayed (step K13), and if the passwords do not match, , display the LEVEL mode menu.

If the cursor position is not the first item, confirm that the cursor position is the second item (step K16),
If there is no numeric keypad (Ste.

17) Update the reservation number (step K18),
If the reservation number is a predetermined number, for example 40 or more (step K19), set the TI number to I (step 20), and enter the reservation number on the screen of DISP8 shown in FIG. 69 as the second item. Display (in step 21)
Thereafter, the reservation data is called up (step 25), and the product name, target value, etc. are displayed on the screen of the DISP 8 (step 26).

Also, if you use a numeric keypad, the reservation number is over 40! ! (Step 23) and activate the error buzzer (Step 24).

(14) g522 is a flowchart explaining the function of the 'SET' key in the function display mode.

In step LL, the screen changes to DISP shown in FIG.
After confirming that it is in the II function display mode, press the numeric keypad (step L2).Next, depending on whether the cursor position is between item 1 and item 5,
Perform corresponding processing (steps L3 to L12)
, numeric keypad/If not, the cursor position is moved depending on whether the cursor position is at the fifth item (step L13) (steps L14, Li2).

(15), Figure 23 shows SET in reservation display mode.
” is a flowchart explaining the function of the key.

In step M1, the screen changes to DISP13 in FIG.
After confirming that you are in the reservation display mode shown in step M2), the cursor position is at the 1st item ~
The corresponding process is performed according to any of the 88 items (steps M3 to M17), and then the cursor position is shifted to the next item (step M26), and if the cursor position is not on the screen (step M27). , scrolls the display screen (step M28).

If the cursor position is the 9th item (step M18),
After inputting a character code (step M19) and performing necessary processing (steps M20-M23), the character DISPI3 shown in FIG. 74 is displayed as the ninth item (step M24).

(16), @24 figure shows “SE” in adjustment display mode.
3 is a flowchart illustrating the function of the T″ key.

In step N1, the screen changes to DISP shown in FIG.
After confirming that the cursor position is the first item (step, step N3), if the cursor position is the first item, process steps N4 to N8 and adjust the cursor position to a total of 1i). Display the machine number (step N9) and shift the cursor position to the right (step N14).
), and if the cursor position m is not the first item (step N3), the cursor position is set to the 1st\Jth item (
Step N18), if the cursor position is the first item, the cursor position is sequentially shifted (steps N14 to N1
6), if the cursor position is not on the screen (step N1
9) Scroll the display screen (step N20).

(17), FIG. 25 is a flowchart illustrating pressing the 'SET' key in the variant 1 display mode.

In step 01, the screen is displayed as shown in FIG.
Make sure you are in variant 1 display mode of 16.
Step 02).

When the set value is 9 or less (step o2), the set value of the cursor position is set (step o4).

Depending on whether the cursor position is at the maximum position or not (step 05), the cursor position is set to the first item (step 06) or the cursor position is set to the next item (step o7), the cursor position is set on the screen. If not (step 08).

Scroll the display screen (step o9).

(18), FIG. 26 is a flowchart explaining the function of the "SET" key in the variant 2 display mode.

In step PL, the screen changes to DISP shown in FIG.
17, confirm that it is in Variant 2 display mode,
Further, when the DISP9 is in the driving display mode shown in FIG. 70 (step P2), the cursor position is shifted by a predetermined value (steps P3 to P5).

(19), FIG. 27 is a flowchart showing shampooing when the "Δ" UP key is operated in various display modes.

In this process, the process jumps to the process in the flowchart corresponding to the next number in the drawing.

(a) Print display mode (step Ql) → Figure 28 (b) Menu display mode (step Q2) → Figure 29 (C) Function display mode (step Q3) → Figure 30 (d) Reservation display mode (Step Q4) → Figure 31 (e) Adjustment display mode (Step Q5) → Figure 32 (f) Variant 1 display mode (Step Q6) - 3rd
Figure 3 (aL) (g) z<Liant 2 display mode step Q7) - 3rd
Figure 3 (b) (h) Operation display mode (stay, step Q8) - Figures 34 (20) and 28 are 1. 5 is a flowchart of print display mode.

Step R1 to shift the cursor position to -IIf4th position
), if there is no item (step R2), the cursor position is set to the W44th item (step R3).

(21), FIG. 29 is a flowchart illustrating processing in the menu display mode (DISP2 to DISP6 shown in FIGS. 63 to 67).

First, shift the cursor position to the 11th item (step R4), and if it is not a LEVEL 3 process (step R5), set a keyword (step R6), if there is no item (step R7), move the cursor position to the 10th item. item (step R8).

3. If the keyword is not set. If the password has been set (step R11).

If there is no item, set the cursor position to the eighth item (step R12) (step Q13), and if there is no password set and there is one item (step R14), M
If it is 1 item (step R15), DIS in Figure 63
The wood tone operation is displayed on P2 (step RIB). If it is not the first item, the driving operation is displayed on DISP3 shown in FIG. 64 (step R17).

If there is no item, move the cursor (Q M ! - Set to 3rd In (step R18), D shown in Fig. 65).
The residual operation is displayed on the ISP 4 (step R19).

(22), ff130 is a flowchart for explaining the processing in the function display mode (DISPI shown in No. 72Ii4).

6, first shift the cursor position by one item (step R20), and if there is no - item (step R21),
Set the cursor position to the 5th item.

(23), ff1311i< is reserved display mode (7th
4 is a flowchart illustrating processing in DISPI3) shown in FIG.

First, shift the cursor position by one item in step R2.
3) If there is no item (step R24), the cursor position is set to the ninth item (step R25); if the cursor position is not on the screen (step R26), the display screen is scrolled (step F127).

13), FIG. 32 is a flowchart illustrating processing in the adjustment display mode (DISPI5 shown in FIG. 76).

First, shift the cursor position by one item (Step 12)
8) If it is the first item (step R29), set the cursor position to the left end (step R30); if there is no item (step R31), set the cursor position to the 14th item (step R32), If the cursor position is not on the screen (step R33), the display screen is scrolled (step R34).

(, 24), M33 Figure (a) is a flowchart illustrating processing in variant 1 display mode (DISPI6 shown in Figure 77).

First, shift the cursor position by one item.
35) If there is no item (step 2 R36), the cursor position is set to the eighth position (step R37).

If the cursor position is not on the screen (step R38) 1
The display screen is scrolled (step R39).

(25), FIG. 33(b) is a flowchart illustrating processing in variant 2 display mode (DISP17 shown in FIG. 78).

When there is no item, the cursor position is set to the fifth item (step R42), but the same processing as in the variant 1 display mode is performed.

(2B) and FIG. 34 are flowcharts illustrating processing in the driving display mode (DISP9 shown in FIG. 70).

If the cursor position is not a distributed feeder intensity (step R45), then it is checked whether the cursor position is a radial feeder (step R46), and if so, it is checked whether the intensity exceeds 9 (step R47). )
, If this condition is not met, the intensity is incremented by 1 (step R4B). If the cursor position is not the radiation feeder intensity, the feed time at the cursor position is 9.
(Step R50)
If this condition is not met, the hour is incremented by 1 (step R51). After incrementing the intensity and time, a feeder position transfer command is set (step R53), and each MW of the feeder is transferred to the measuring machine body.
The value is transferred (step R54).

(27), Figure 35 shows °'=y''(D
OWN) key is operated.

At this time, the illustration numbers of the flowcharts corresponding to each display mode are as follows.

(a), print display mode (step Sl) → 36th
Figure (b), Menu display mode (Stats 7'S2) → 3rd
Figure 9 (C), funky word display mode (step S3) →
Figure 36(d), reservation display mode (step 34) → IIJ37
Figure (e), y45I display mode (step 35) - 38th
Figure (f), Variant 1 display mode (step 56) → Figure 38 (g), Variant 2 display mode (step 57) → Figure 38 (h), Operation display mode (step 38) → Figure 40 (28 ), FIG. 36 is a flowchart illustrating processing in print display mode and function display mode (DISFIL in FIG. 72).

First, step T to shift the cursor position by +1 item.
1) If there is no item (step T2), set the cursor position to the first item (step T3).

(29), FIG. 37 is a flowchart explaining the processing in the reservation display mode (DISP 13 shown in FIG. 74).

First, shift the cursor position by +1 item in step T4.
) If there is no item (step T5), the cursor position is set to the first item (step T6); if the cursor position is not on the screen (step T7), one display screen is scrolled (step T8).

(30), Fig. 38 shows the adjustment display mode (DISP15 shown in Fig. 76), Parian) 1 display mode (DISP15 shown in Fig. 77),
DISP16), variant 2 display mode (shown in the figure)
79 is a flowchart illustrating processing in DISPI7) shown in FIG. 78.

In this case as well, the same processing as in the flowchart of FIG. 37 is performed.

(31), FIG. 37 is a flowchart illustrating processing in the menu display mode (DISP2 to DISP6 shown in FIGS. 63 to 67).

First, step T to shift the cursor position by +1 item.
14), if LEVEL 3 is not displayed (step T15), check the keyword set (step T15).
16), Next, when there is no draw (step T17)
, step T1 to set the cursor position to the first item.
8), if the cursor position is not on the screen (step T
19) Scroll the display screen (step T20)
.

If there is no set of keywords, 1. Check the password setting (Step T21), and when the password is not set and the cursor position is at the second item (Step 2 T22), display the operating operation of DISP3 shown in Figure @64 - Step T23. ).

Also, when the cursor position is the second item, check whether it is the third item or not (step T24).
If so, the aftereffect operation of DISP4 shown in FIG. 65 is displayed (step T25). If the cursor position is not the third item, the zero point t is displayed by DISP2 shown in FIG.
The cursor position is set to the first item (step T27).

(32), FIG. 40 is a flowchart illustrating processing in the driving display mode (DISP9 shown in FIG. 70).

In this process, when the radiation feeder intensity is smaller than 1, the intensity is decremented by 1 (step T31).
, and when the feeder time at the cursor position is less than 1, the time is decremented by 1 (step T34
) is the same as the process shown in FIG. 34.

(33), FIG. 41 is a flowchart illustrating the processing at the jump destination when the "5TART" key is operated.

First, it is checked whether the process is step T38), subtotal printing (step T40), total printing (step T41), or total clearing (step T42) to confirm that it is in print display mode.

(34), FIG. 42 is a flowchart illustrating the processing when the print display mode is not set in the processing of FIG. 41.

First, it is confirmed that the mode is the menu display mode (step u1), and subsequent processing is performed according to the flowcharts with corresponding numbers shown in the figure.

(a), Wood tone start (step ul) → Fig. 43 (b), Operation start (step u3) → Fig. 44 (C), Aftereffect start (step u4) → Fig. 46 (d), Calculation start (Step u5) → Figure 48 (e), Span start (Step u6) → Figure 51 (f), Function start (Step u7) → fJt, Figure 47 (g), Reservation start (Step u8) → Figure 49 Figure (h) 2A alignment start (step u9) → Figure 50 (i), Variant l start (step ulo) - * Figure 52 (1), Variant 2 start (step ull) → @ Figure 53 Menu display When it is not the mode, processing is performed according to the flowchart shown in the first diagram.

(a), Operation restart (step u13) → Fig. 44 (b), Aftereffect restart (step u14) → Fig. 45 (C), Calculation restart (step u15) → Fig. 48 (35), Figure @43 is a flowchart illustrating the wood tone start process.

In this process, if the input value is not 3 digits or more (step Vl), if the i value is less than 15 (step v2)
, set the wood tone command (step v3), and transfer the data (step v4).

(3B) and FIG. 44 are flowcharts illustrating the operation start process.

- In the process, set the operation command (step v6
), transfer data (step V7゜(37), fourth
FIG. 5 is a flowchart illustrating the processing for restarting aftereffects.

In this process, set the aftereffect command (step v8)
, transfer the data (step v9).

(38), tJIJ4B is a flowchart illustrating the aftereffect start processing.

In this process, if the numeric key is input (step VIO
), set the aftereffect command (step Vll), if the numeric keypad is not input, reset the aftereffect command (step V12), then transfer the data (step V
13).

(39), 1R47 is a flowchart of function start processing, and Dtsptt shown in FIG.
Display.

(40), FIG. 48 is a flowchart illustrating processing of calculation start and calculation restart.

In this process, if the numeric keypad is input (step vts
), confirm that the st position value is 99 (step V
16), Blank the target welfare and J1 selection weighing machine marks (step V17), set the 1 superimposed display command (step via), and transfer the data (step V20). A calculation command is set (step V19) and data is transferred.

(41), FIG. 49 is a flowchart illustrating reservation start processing.

In this process, if the input value is not 00'' (step V22) and exceeds 40 (step V23) by pressing the numeric keypad (step V21), call up the reservation data (step V24), Figure 74+7) DISP13. Display t
6 (SP V25).

(42) FIG. 50 is a flowchart showing adjustment start processing, and the DISP 15 shown in FIG. 76 is displayed (step V27).

(43), FIG. 51 is a flowchart illustrating span start processing.

In this process, it is checked that 1 value is not 3 digits (step V28), and if the at value is less than 15 (step V29), a span command is set (step V30), and the data is transferred (step V31). .

(44), Fig. 52, and Fig. 53 are flowcharts showing the processing of variant 1 start and variant 2 start, respectively, and are shown in Fig. 7577. tspts or DfSP17 shown in FIG. 78 is displayed (steps V33, V34).

(45), FIG. 54 is a flowchart explaining the process when the "5TOP" key is operated.

In this process, if there is an error (step V3
5) Set the discharge command (step V49) and transfer the data (step I V50).

Also, if it is the print display mode (step V36)
, Stop printing every time (step VS t), Stop subtotal printing (step V52), Stop printing total (step V53), 'J total clear stop step v54
), the process described in the flowchart of FIG. 60 is performed.

Next, the processes of steps V37 to V47 are performed according to the flowcharts corresponding to the following numbers.

(a), Operation stop (step v37) → Fig. 55 (b), Aftereffect stop (step v38) → Fig. 56 (C), Function stop (step v39) → Fig. 57 (d), Reservation Stop (step V40) → Fig. 59 (e), Adjustment stop (step V41) → Fig. 58 (f), Variant 1 stop (step V42) and Variant 2 stop (step V43) → Fig. 57 (g), @ Calculation stop (Step V44), fflf display stop (Step V45) When operation is stopped, DISP9 in Fig. 70 is displayed (Step V46), when full operation is stopped, DISP9 or D ISPIO display in Fig. 71 yr<Csf-t v47) → Figure 59 (4B) and Figures 55 to 58, respectively.

(a), Fig. 55 → Operation stop (b), Fig. 56 → Aftereffect stop (C), Fig. 57 → Function stop and variant 1, variant 2 stop (d), Fig. 58 → Adjustment stop processing In the flowchart explaining, set the corresponding commands (steps x1, x3゜x5, x7).
, transfer data (steps x2, X4.X8.X8
).

(47), FIG. 59 shows steps v44 to V in FIG.
47 is a flowchart for performing processing when the answer is affirmative.

In this process, first, DISP6 shown in FIG. 67 is displayed (X+ypX9), LEVEL3 is not displayed (step Xl0), and when no keyword is set (step Xil), a password is not set. If so (step X12), the cursor value is 1 element! Confirm that there are 88 or more items (step X13), scroll the display screen (step X14), and if no password is set, the original cursor position
Check that it is the item (step X16),
w4B3 figure cl) D I S P 2 t'll shown t
6 (X step X17).

If the original cursor position is not the first item, if the original cursor position is the second item (step X18)
, DISP2 is displayed (step X19), and if the original cursor position is the second item, D
Display ISP3 (Step X20) and set the cursor to the position when the start key was turned on (Step X21)
.

(48), 60th @ is 54th rI4f) X f-/
This is a rough flowchart illustrating the steps to be taken when the steps v51 to v54 are affirmed.

In this process, it is checked whether the original display is the menu display (step X22) or the DISP9 display shown in FIG. Step X25 Check whether the DISPIO is displayed as shown in Figure
), if so, display the original DISPIO (step X2B).

(49), i:fs61 Figure is a flowchart illustrating jump processing when the "DISP" key is operated.

This process determines whether the current or previous display is a menu display (
Step X28), DISP9 display (Step
9), DISPIO+7) Check the display power (step x30), and if it is not currently in the print menu (step x32), display the print menu (step X39).

Also, if the print menu is currently displaying only one element or a menu (step X33).

It is confirmed whether the older brother's display is DISP9 or DISPIO (steps X34 and X36), and the corresponding DISP9 or DISPIO is displayed.

Figure 79 shows that in the menu display mode, 'SET''
It is an explanatory diagram showing how each display mode of LEVELI to LEVEL3 changes when a key is operated.

"Fli Nit3 It", D I S P l no display.
*, D E P, SW to LEVI! This is the initial display mode when set to L3.

After the power is turned on, the DISP1 title is displayed for a few seconds (for example, 3 seconds), and the mode automatically changes to the DISP6 LEVEL3 menu display mode.

In addition, DIP, SWJ±1 usually LEVEL
11. : If the password is set and the password is registered, only 3 will be displayed.6.
1? :, DIP, and SW are set to LEVELI, the DISP2 menu display appears as the initial display after the power is turned on.

Furthermore, when returning to the menu display mode with the 5 TOP key, the cursor returns to the specified original position.
For example, when the fourth item "Funk Line" is specified, the user presses the 5TOP" key to return to the fourth item in the menu display mode.

(Effects of the Invention) As explained above in detail, the measuring device of the present invention changes the displayed items depending on the presence or absence of a word such as a password or keyword that is input, and furthermore, only the displayed items can be operated/set. This allows one key operation unit to be used differently depending on the level of the operator. Therefore, from one turn operation of the meter body, M2IIl
All operations can be performed all at once using a single key operation unit.
Also.

Unauthorized adjustments by persons other than the person in charge can also be prevented.

Furthermore, since the configuration is such that the operation/setting contents are transferred to the main body side via the communication child actor, there is no increase in the amount of wiring, and the occurrence of malfunctions can be reduced.

[Brief explanation of drawings]

Figure m1 is a schematic diagram of the configuration of the remote control box of the present invention, Figure 2 is a diagram of the internal configuration of the plasma display panel, and Figure 3 is a schematic diagram of the configuration of the main parts of the combination weighing device.
Figures 4 to 1θ and Figures 62 to 78 are explanatory diagrams of screens displayed on the plasma display panel, iJ! 1
1 to 6, a chart in FIG. 61, and FIG. 79 are explanatory diagrams. (a)...Plasma display panel, (b)...
・Microcomputer for remote control, (c)...printer, (d)...key input section, (e)...
...DIP, SW, (to)...Error buzzer patent applicant Agent of Ishida Koki Seisakusho Co., Ltd.
Patent Attorney Minoru Tsuji Figure 4 (a) Figure 4 (b) Figure 5 Figure 6 Figure 7 Figure 8 (Display key and click 1) Figure 9 Figure 10 Figure 15 Figure 16 + Fishing Picture “M- wo Mi-do 1-present 1-5 words yen exchange clause 4
t] Snake, -Vl-61 display of the first woman in charge
Figure 17 of the price of 14
Fig. 18 Variant L Decaying Claw Seven Slides Variant 2 Moat Showing Mode. 1: Indication of the decline of 1-1 in the 1st position. Figure 19. Figure 20.
〉12 Display 7-C, 5fl-+- 1 light -;yIfa"SET" key J
Prevent prison key breath Ji6 L t-w bill siri T tip
(71 route display motor figure 29 (rnsP 2-Drsp line figure 30 figure 32 (DZ, S/), tb) (o
xsp, 9) Fig. 35 Yoe-k"z, Fig. 36 Fig. 38 Fig. 1-・Sakai → Kuto・'Pamato°"＞ゝ (Cuff 5. ．□32,5～0□
sp, yq) (DrS? 2, IMs? 6)
(DISP, 9) 4th
1 Figure 42 Figure 59 Figure 60 IMSP, 7 D13P, 2 Figure 64 DISP, 3 Figure 65 DISP, 4 l5PS DISP, f) DISP, 7 DISP, 9 1M5P, 10 DISP, II Figure 73 01SP , 12 f) ISP, l3 DISP, /4 (MSP-/6: Procedural amendment (spontaneous) October 15, 1985 Patent application No. 238107 2 Name of invention 'A' + WM&,) Pubi 'πI Mi3, Relationship with the case of the person making the amendment Patent applicant address 44, Goin Sanno-cho, Sakyo-ku, Kyoto-shi, Kyoto Prefecture Keishi Ishita 1 Kuu Toru 1 Ii 7:4 Name Ishida Koki Kesakusho Co., Ltd. Ishitsu + 1 Shiku Eve Representative Ishi 1) Takashi - 4, Agent address 3-14 Kanda Ogawamachi, Chiyoda-ku, Tokyo 101 (
1) Amend the entire specification as shown in the attached sheet. correct. (3) Figures 8, 13, 14, and 17 of the drawings,
Figures 24, 54, 59, and 70 are corrected as shown in the attached sheet. Description 1, Name of the invention Input/output device for measuring device 2, Claim (1), Means for displaying various operations/setting items for the measuring device, Specifying one of the above operations/setting items with a cursor means, specified operations/operations for setting items/
It shall consist of a numeric keypad means for inputting setting contents, a communication means for transmitting the input operation/setting contents to the measuring device, and a means for switching between two displayed operation/setting items depending on the presence or absence of a word input by the numeric keypad means. An input/output device for a weighing machine characterized by: (2) The input/output device for a weighing JI device according to claim (1), wherein the weighing JIc device is a combination weighing device. (3) The input/output device for a measuring device according to claim (1), wherein the operation/setting items include adjustment to zero, span adjustment, driving operation, and measurement condition setting items. (4) The input/output device for a measuring device as set forth in claim (1), wherein the display means is a cathode ray tube display. (5) An input/output device for a weighing device according to claim (1), wherein one display means is a plasma display panel. (6) The input/output device for a weighing device according to claim (1), wherein the display means also displays a key operation procedure for a specified operation. 3. Detailed Description of the Invention (Industrial Field of Application) The present invention provides various vR9 functions including driving operations all at once using one key operation unit! The present invention relates to an input/output device for a weighing device that performs the above operations. (Prior Art and its Problems) Recently, computer-controlled electronic scales, combination weighing devices, and the like have been used in various fields. FIG. 3 is a schematic diagram of the main parts of such a combination weighing device. This combination weighing? The ct has a zero point adjustment circuit and a span IA adjustment circuit, but the details can be found in Japanese Patent Application No. 1983-
Since the application has already been filed in No. 225249, detailed explanation will be omitted. When the zero point adjustment and span adjustment are completed, the combination weighing device shifts to the normal weighing mode, the signals obtained from each load cell are stored in the RAM, and the combination calculation microcomputer m uses the preset combination pattern to visually calculate the results. 1! A combination of weighing machines satisfying predetermined requirements is determined for tl'fEffi, and a drive device (not shown) opens the weighing hopper of the corresponding weighing machine to discharge the weighed articles and transfer them to the packaging machine. After that, the items were discharged! # A signal is sent to the pool hopper of the machine to open it and feed the article to the weighing hopper. In such a conventional combination weighing device. The operation of the entire device is performed using the installed key operation unit, and the setting operations for important items related to the production conditions of the weighed items, such as target values and upper limits, are performed using the key input stored in the box with SIl. In addition, we also adjust the timing of the weighing hopper, pool hopper, etc., and adjust the variation cycle of the radiation feeder. Other gI4 adjustments to the device itself, such as mode settings, were performed using adjustment switches in the computer box housed in the main body, and the operating locations were divided according to the level of each operator. However, since these operations are interrelated, there is a problem in that separating the operating points makes the work difficult, especially when adjusting the entire device. There is an idea to solve this problem by concentrating the various adjustment switches in the computer box on the key operation section, but separating the adjustment switches from the main unit means that the amount of wiring will be reduced. In addition, even if the adjustment switches could be concentrated in the key operation section, the interior of the box with an Il is required to prevent unauthorized operation by anyone other than the person in charge. A problem arises in that a switch must be provided at the (Objective of the Invention) The present invention aims to solve the problems of the conventional technology, and is capable of performing everything from operation of the main body of the meter to various adjustments all at once using the keys on the operation board. Moreover, the range of operation can be changed depending on the level of the operator.
It provides one input/output device. (Summary of the Invention) The present invention provides a means for displaying various operations/setting items for a weighing device, a means for specifying one of the above-mentioned operations/setting items with a cursor, and an operation/setting for the specified operation/setting item. Numeric keypad means for inputting contents, input operations/
This is an input/output device for the weighing device, which includes communication means for transmitting setting contents to the weighing device, and means for switching the operation/setting items to be displayed one by one depending on the presence or absence of a word input by the numeric keypad means. (Example) Hereinafter, four examples of the present invention will be explained in detail using figures. FIG. 1 is a schematic diagram of the configuration of a remote control box according to the present invention. In the present invention, a plasma display panel (hereinafter abbreviated as FDP) having a built-in CPU in a remote control microcomputer (b) is used.
(a), printer (c), key input section (d), DIP for setting a specific display mode, SW (e), error buzzer (e), etc. are connected to a microcomputer for one combination calculation. are coupled by a fiber optic cable for serial transmission. FIG. 2 is an internal configuration diagram of the FDP (a). This POP (a) has a built-in CPU, and is connected to registers, RAM, ROM, and other memories, power counters, and J components via a data bus and an address bus, and is connected to x and Y drivers. controls the display screen of the FDP display panel. Next, the functions of each key of the key input section (d) will be explained. The key names and functions are compared as follows. It is an explanatory diagram of items selected in key name function-display mode. In the area of the display screen, a menu of items 1 to 7, the details of which will be described later, is displayed along with the date and time. When the cursor is shifted to the 8th item or later, the menu is scrolled and the 8th to 10th items are sequentially displayed. When the cursor is shifted to the 10th item, the screen is displayed as shown in FIG. 4(b), and when the cursor is shifted further down, the screen returns to the initial menu display and displays items 1 to 7. Items 1 to 3 are LEVEL I, which indicates the range that can be operated by ordinary workers, and LEVEL 2, which indicates the range that can be operated by those in higher positions, such as managers and supervisors, and LEVEL 3. teeth. Indicates the range that can be operated by service personnel, etc. Next, the contents and key operations of each of the ten items in the menu display mode will be explained. (+), Zero adjustment L (K point g
By specifying this item, you can perform zero point adjustment. (a), Start zero point adjustment of all weighing machines with [0] key + [5TART] key (b), r Weighing machine NO, J + [5TART] $ -
Te, zero point m of the designated weighing machine! 1 is the starting point, and after placing the cursor on this first item, only 3 items are displayed when entering the password or keyword L
EVEL Displays 8 display modes of I. LEVEL
It is possible to switch to a LEVEL 3 menu display mode that displays 2 or 10 items. (a), r password J + [SET] + -te LEV
Change to EL 2 display mode (b), r keyword 1 + [SET] A---cL
Change to EVEL 3 display mode (2) Production (operation) By specifying this item, normal combination weighing can be performed. (a), ``Number of reservations J + [Display the reserved product name and target value with the 5ETl key (b), Start the combination weighing operation with the [5TART] key (3), System draining (aftereffect) This item is This is specified when the items remaining in the radiation feeder, pool hopper, weighing hopper, etc. are forcibly discharged from the weighing machine at the end of weighing and packaging work. (a) When discharging while repeating combination weighing and packaging [0] + [Start normal operation with 5 TART cokie'
(b), When all the feeder hoppers, etc. are operated and discharged, press the [5TART] key to start the aftereffect (4), Funatian By specifying this item, settings for the 5 items shown in Figure 5 can be made. . To switch to the function display mode that displays the following 5 items, move the cursor to the 4th XJ position in the menu display mode, then press "5T"
This can be done by pressing the ``ART'' key.The setting contents and key operations for this function display mode are as follows. (a) Date setting 1 Date 1 + [SET] key (Display mode changes. , the cursor is automatically set to this date setting item.) (b), Setting the time "Time 1 + (SET) key (C), Setting the M method for the distributed feeder and radial feeder (a) rOJ + Set the automatic control method for the amplitude strength and amplitude time of each feeder using the [SET] key (b) r11
+ [S! ↑Use the 1 key to specify the method of controlling the vibration intensity and amplitude time of each feeder with values based on the manual settings (d), and set the combined discharge conditions (a) rOJ + [sET] $ - Te lower limit value (target value ) For the following combinations, set the method that does not discharge C port) r
tJ + [5ETl--c lower limit ((i or less) tli
Set the method for discharging even in combination (e), set the calculation mode (a) 101 + [5ETl--t'l! 1 (7
) Calculation mode setting to select a combination (b) Calculation mode setting to select a combination of 2iiO with rlJ + [SET] keys (target weight is the total combined weight of the two sets) In addition, in the function display mode shown in Fig. 5, By pressing the "SET" key, the cursor can be automatically moved to the next item. (5) Calculation (calculation) When this item is specified, the display switches to the @calculation display mode as shown in FIG. There are two types of switching operations: (a) Press the [5TART] key to display the weighing value of each weighing machine, the combined weight, and the selected weighing machine. (b), f99J + [5TARTl--te The weighing values of each weighing machine are displayed sequentially. In the example in Figure 6, the number of weighing machines is 14, and the target weight is lon.
g, Weighing machine No. selected for the combination is L, 3.7,
IQ is that shield! It shows that the total l value is Ioo, 8g. (6) Pre arrangement ++t (reservation) When this item is specified, the display mode is switched to the reservation display mode, and settings for nine items as shown in FIG. 7 can be registered. The switching operation is r
Reservation No., J + [5TART] keys can be used to set each item. (a), Target value setting r Target value 1 + [5 Set target value with ETI key (b),
Upper limit value setting r Upper limit value J + [SE↑] key to set upper limit value (C), feeder value setting Each amplitude intensity, amplitude time, etc. of distributed feeder and radial feeder can be switched in lO steps from θ to 9. . The larger the value, the larger the amplitude per hour. The setting value is set to 1, for example, as the content to be displayed next. A digit - Dispersion feeder strength - Radial feeder strength H digit - φ Dispersion feeder time Two fingers... Radiation feeder time Key operations are (d) Setting the number of discharges when performing one weighing Multi-time weighing , is an item for setting the number of times of ejection when obtaining items with a target combination weight by repeating ejection. r Set the number of discharges using the J + [SET] keys (e),
Setting the weighing speed rSpeed 1 + [sET] key to set speed (f), combination number setting (target number in case of number combination) r number of pieces J + [SET] key to set target number (g),
Setting unit weight (divisor in case of number combination) rUnit weight J + [SET] key to set unit weight (h), loft number (product code) setting "Rot" No. 41 J + [S
ET] key to set the lot number (i), product name setting registration r character code J + [SET] You can enter 12 setting registration characters by repeatedly pressing the key, and the set code is It is converted into a one-character pattern and displayed sequentially from the left in a predetermined column of the ninth item. In addition, the cursor can be accessed by pressing the "SET" key. It will automatically move to the next item, but if you do not want to move or want to move on this 9th item, press the ``UP'' key or ``D''.
Move the cursor with the OWN" key. (7) , 5pan adjustment (span adjustment) By specifying this item, you can perform span adjustment. (a) , r Press the OJ + [5TART] keys to adjust the span of accounting i Start (b), "Weighing machine No., Start span adjustment of specified meter Qa with J + [5TART] key (8), Adjustment (Adjustment) When this item is specified, the menu display mode switches to adjustment display mode, It becomes possible to set the -14 item [ ] shown in Figure 8. The contents and setting operations for each item are as follows: (a) Specifying a weighing machine number that does not participate in the 1 combination weighing mode Due to a malfunction, etc. This is an item to set when a particular weighing machine becomes unusable and you want to stop the operation of that weighing machine and operate only with the remaining weighing machines. (a) Press the [SET] key to move the cursor to Shift to the adjacent weighing machine No. on the right. (Note - For example, when using 14 weighing machines, the weighing machine numbers are arranged as follows. Total F3. Machine number, 1, 2, 3. ,4,5,6,7,8,9
．． A, B, C:, D, E) (mouth), r OJ +
Use the [SET] key to specify the weighing machine with the weighing machine number indicated by the cursor as not participating in the combination. Weighing machine numbers that do not participate disappear from the display. (c) Use the rlJ + [SET] keys to designate a weighing machine that does not participate in one combination as a weighing machine that does participate in the combination. At this time, the weighing machine number that once disappeared from the display is redisplayed. (b) Setting of offset amount This item sets the value obtained by adding this offset amount to the set target value as the final target value of the combination calculation. "Offset amount J + [SET] key (C), time setting from timing hopper (T, H) opening to weighing hopper (W, H) opening 1 hour J + [SET] key (d), from weighing hopper opening, Pool hopper (P, H)
Setting the time from opening of the pool hopper to opening r time J + [SET] Key (e), Setting the time from opening the pool hopper to turning on the feeder r time j + [SET] $- (f), Setting the degree of variation in time for each radiation feeder Each radiation The feeder times are not uniform, but are divided into three groups and vary. This is an item to set the degree of irregularity. r Number A IJ + [SET+ Key (g), Set the minimum amplitude of the feeder "Number J + [SET] Key (h) 3 To set the sensitivity of the dispersion section photo sensor Ken) Light from the dispersion section photo sensor when items are dropped from the conveyor. The axis is intermittently cared / ), but only when the light receiving state continues for longer than the time set here, it is determined that there is a shortage of supply and the / (kerato conveyor is activated. In this item, set the above time. 1 hour, 1+[SET] Key (i), Set the supply interruption time If the light reception time of the dispersion unit photosensor continues for the time set here or longer, it is determined that there is a shortage of items on the conveyor (bucket). In the item, set the time. r Time J + [SET] + - (j), discharge completion signal delay time setting Set the time difference from opening the weighing hopper or timing hopper to outputting the completion signal to the packaging machine. In other words, the speed at which the object slides down the chute varies depending on the properties of the object to be weighed.
Set the delay time until the items discharged from the weighing hopper or timing hopper arrive at the packaging machine. 1 hour 1+[5ET1 key (k), motor frequency setting [Frequency J+[S! 〒1 key 1), Setting the variation time for discharging from the weighing hoppers When the weighing hoppers open all at once, the objects to be weighed collide with each other at the outlet of the chute, so the discharging weighing hoppers are divided into three groups and the times are staggered for each group. Here, we set the delay time. 1 hour" + [SET] key (m), jt ia Ho7 Setting the time difference from hopper opening to timing hopper opening 1 hour 3 + [5ETl + - (n), total Setting time difference from ♀ hopper opening to ring shaft opening 1 hour 1+fSET] key (9), Variar+t l Specifying this item changes the menu display mode to Variant 1 display mode! ; Replace IJ with 8 shown in Figure 9.
It will be a setting cycle for each item. Settings for each item are performed using the following key operations. (a) Setting the treatment method in case of overscaling (b)
rOJ + [Press 5ET1 key to set alarm generation mode (B) r l J + [Press 5ETl key to set alarm generation + stop mode (C) r2J + [SET] *-TE, 7 Ram generation + discharge Setting the mode (b), setting the treatment method in case of overweight, for example,
The total weight of each Ji machine item is about 60g, and the target weight is toog.
When the upper limit value is set to log, not only an optimal combination cannot be obtained, but overscaling does not occur. When such a situation occurs, the following measures are taken. (a) rOJ + [SET] *--c Set to discharge mode When set to discharge mode, the upper limit value is ignored and the combination is performed.
Among them, the combination closest to the target value is discharged. (B) Set the stop mode using the set number of times J + [5 ETI keys. When set to stop mode, the overweight state will continue for the set number of times (N) before it will stop. (C) Automatic zero point correction interval setting "The desired interval J + [SET] Key Select one weighing machine from all the weighing machines once for each set interval and apply automatic zero point correction. (d) Setting of 1 total printing interval (a) r OJ + [SET] * --c, Set the normal mode. (b) Set the total print mode for each set time using the Set time J + [SET] keys (e), Set whether or not to install the timing hopper (4)
roj + [5ETI * -TE, set to specification without timing hopper C port) r l J + [SET] '* -TE,
'i Set to the specification with the imming hopper installed (f), set the pool of the weighed object using the timing hopper (() (g), setting whether or not to install a ring shutter (a) ro
Use the l-1- [SET] key to set the specification without a ring shutter (b) rlJ + [Sl! Use the Tl key to set the specification with a ring shutter attached (h), and set the pooling of the weighed items using the ring shutter (a) r Q J + [SET] key to set the specification to not pool (b) rlJ + [SET] Set to key pooling specification (10), Variant 2 When this item is specified, the menu display mode is switched to the Variant 2 display mode, and the five items shown in FIG. 10 can be set. Setting of each item is performed by the following key operations. (a) Setting the interlocking mode with the packaging machine (b) Control the packaging machine by pressing rOJ + [SET] key. Set to weighing machine following type interlocking mode (e+) rlJ + [SET] *--r: Weighing machine leading. Set to packaging machine tracking type interlocking mode (c) r7J + [Sl: Tl $-TE meter Ji41
．． Set the packaging machine to interlock mode in which it operates by mutual handshake (b), and set the discharge conditions during count measurement C4) rOJ + [SET] *- Set the packaging machine to discharge the object to be weighed during count measurement (B) Press rlj + to set the self-propelled mode to [SET] key. Set the key to the synchronous mode in which the discharge of each mouthful is linked to the packaging machine. (C) Output the discharge completion signal when weighing once. Setting the timing (a) rOJ + [5ETI *-Set the mode to output a completion signal to the packaging machine at the beginning of the number of times measurement (b) rlJ + [SET] *-Send a completion signal to the packaging machine at the end of the number of times of measurement (d) 1 Setting the interlocking mode with the packaging machine during manual discharging (a) roj + [SET] Set to the self-propelled mode (o) rlJ + [SET] * -te packaging Setting to machine-linked mode In the event of a failure, the manual discharge mode is set to perform forced discharge.In this case, set whether or not to discharge in conjunction with the packaging machine. (e) 1 Setting whether or not to output the discharge completion signal during manual discharge (a) r OJ + [SET] *--c Setting the mode in which the completion signal is not output to the packaging machine (b) r I J + [SET ] key to set the mode for outputting a completion signal to the packaging machine. FIGS. 11 to 61 are flowcharts showing the processing procedure of the present invention. Next, this flowchart will be explained. (1), In Figure 11, start the program, DIP, 5W17) When the setting mode is LEVEL.
3 (step A3), D shown in ff162 diagram
Display the ISPI screen for a certain period of time (step A4),
Next, see ff167 figure d I S P 817)
From screen 2, display the LEVEL3 mode menu (step A5), and if the setting mode is LEVEL3
If not, the LEVELI mode menu is displayed on the DISP2 screen shown in FIG. 63 (step A6).Next, the cursor position is set (step A7) and counting processing is performed. Key processing, communication processing, online processing, communication processing with the printer, and tally processing (steps 88 to A13) are performed. Here, in the communication processing, various setting information stored by key processing is transferred to the weighing machine main body side, and processing for receiving weighing data, combination data, error information, etc. sent from the weighing machine main body side is performed. (2), Figure 12 is a flowchart of the counting process,
When the weight display mode DISP9 is set (step B2), the weight display command is set (step B3). Next, DISP2 shown in FIGS. 63 to 67
- Check whether the mode is DISP6 menu display mode (step B4), and if YES, display the time (step B5). (3) FIG. 13 is a flowchart for displaying set values in the menu display mode of the key processing routine. First, check the setting mode of DIP and SW. Step C1), then steps C2 to C4, and then step C5, the screen will be DISP5 or DISP shown in FIGS. 66 and 67.
It is checked whether the menu display mode is 6 or not. In the menu display mode, the processing item is selected depending on whether the cursor position is between item 1 and item 7 of the menu (steps 06 to C11), and the display value at the cursor position is shifted one digit to the left (step C13). , Display the set value at the cursor position (Step 2 C14) (4),
Figure 14 shows the number (
- is a flowchart for display processing. When the screen is in the DISPII function display mode shown in FIG. 72 and the cursor is at the 1st or 2nd item, the date and time are changed and displayed in step Dl.
-05), when the cursor position is at item 3 to item 5, perform processing corresponding to each item (steps D6 to DB
), when the cursor position is at the 3rd or 4th item, check whether the set value exceeds 2 (step Ds), and if the 21fi value does not exceed 2, display the set value at the cursor position ( Step 010) (5),
FIG. 15 is a flowchart showing the display processing of set values in the reservation display mode. The screen is in the reservation display mode of DISP13 shown in FIG.
If it is 9 items (steps E1, E2, E5), the display f1 at the cursor position is shifted one digit to the left (step E6), and the set value is displayed at the cursor position (step E
7) If the cursor position is 3 items (step E3), the feeder value is displayed (step E4). (6), FIG. 16 is a flowchart for displaying set values in the adjustment display mode. When the screen is in the adjustment display mode of DISP15 in the fjS76 diagram and the cursor position is not in one item (steps Fl, F2), the displayed value at the cursor position is shifted one digit to the left (step F3), and the set value is displayed at the cursor position. (Step F4). (7), FIG. 17 is a flowchart for displaying the set values in the upper and lower nodes of the parian)1 display. If the screen is in the variant 1 display mode of DISPlB shown in FIG. 77 and the cursor position is the first item (steps GL, G2), it is checked whether the set value is 2 or less (step G3), and the cursor position is If there are 2 to 4 items (step G4), the set value is displayed at the cursor position (step G6). This process of step G6 is performed in the same way when the cursor position is 1 item and the set value is 2 or less. Also, when the cursor position is not at 2 to 4 items (step G4) and the it value is less than 2 (step G5), the process of step G6 is similarly performed. (8), FIG. 18 is a flowchart for displaying set values in variant 2 display mode. If the screen is in the variant 2 display mode of the DISP 17 shown in FIG. 78, and the cursor position l is the first item (steps H1, H2), it is checked whether the heart value is 2 or less (step H3). When this condition is met, the set value is displayed at the cursor position (Step H5), and even when the cursor position is not the first item and the set value is less than 2 (Step H4).
, similarly performs the process of step H5. (9) FIG. 19 is a flowchart showing jump destinations when various function keys are operated. (&) If the "SET" key is operated (step If), the process shown in the flowchart of FIG. 21 is performed. (References are briefly shown below) (b) "Δ" key (step I2) → 27th IJ! J
(C), "" key (step 13) groaning Figure 35 (d),
"5TART" key (Step I0 → Figure 41 (@)
, ``5TOP'' key (Step I5) → Fig. 54 (f), ``DISP'' key (Step 16) Pass Fig. 61 (g), ON'' key (Step 17) - Fig. f520 (
a) (h), “OFF” key (step 18) → 20th
Figures (b) and (h), "ON LINE" key (step ■
θ) → Figure 20 (c) (to), wrJ20 (&)
is a flowchart when the "ON" key is operated. When a motor-on command is set (step J2), this command is transferred to the weighing machine main body side in a communication processing routine. (11) FIG. 20(b) is a flowchart when the "OFF" key is operated. ! 1 rotation stop command (step J5), aftereffect stop command 7-, 7 (step J7), motor stop command set (step J
8) etc. are performed. Each of these commands is transferred to the main body in a communication processing routine. (12), FIG. 20(C) is a flowchart when the "ON LINE" key is operated. While online (step J9), all operations on the weighing machine are performed by the host computer, so any keys other than the ON LINE key, excluding the ON and OFF keys, will not operate. 1 The operation status of the main unit, for example, if it is in operation, the display mode during operation will be displayed, and if it is offline, it will be turned on.
LINE" is displayed. (13), FIG. 21 is a flowchart when the "SET" key is operated. The menu display mode is DIS shown in FIGS. 63 to 67.
If the cursor position is 1 in the menu P2 to DISP6 and the cursor position is the first item (step 1, step 3), check the numeric keypad (step 4), the screen will be at LEVEL.
If you are in LEVEL 3 mode (Step 5), register your password (Step 6). If you are not in LEVEL 3 mode, check the keyword input (Step 7).
If they match, set the keyword flag (step 8) and display the LEVEL 3 mode menu (
In step 9), if no keyword is input, the keyword flag is reset (step KIO) and the password is checked. If they match (step K11)
), set the flag and display the LEVEL2 mode menu (steps 12. and 13), if the passwords do not match, reset the flag and display the LEVEL2 mode menu.
Display the L mode menu. - The cursor position is not the first item but the second item (
Step K16) If there is no key input (step 17), update the reservation number (step 1B). If the reservation number is a predetermined number, for example 40 or more (step 19), update the reservation number. 20), and set the 6th item to 2nd item.
The reservation number is displayed on the DISP8 screen shown in Figure 9. Display (step 21), then call the reservation data (step 25), DISP the product name, target value, etc.
8 screen (step 26). If it is a numeric key-in, if the reservation number exceeds 40 (step 23), an error buzzer is activated (step 24). (14), 22[d] is a flowchart explaining the function of the SET'' key in the function display mode. If the screen is in the function display mode of DISPII shown in FIG. Step L
L, L2), Perform the corresponding processing depending on whether the cursor position is in the 1st to 5th item (steps L3 to L12), If it is not numeric key input, check if the cursor position is in the 5th item. (Step L1
3). Move the cursor position (steps L14 and L15)
. (15), Fig. 23 shows SE in reservation display mode.
74 is a flowchart illustrating the function of the T" key. If the screen is in the reservation display mode shown in DISP13 in FIG. 74 and the numeric keypad is in (step M2), the cursor position is one of the 1st to 88th items. Accordingly, the corresponding processing is performed (steps M3 to M, 17).
If the numeric key is not in, the cursor position is shifted to the next item (step M26), and if the cursor position is not on the screen (step M27), the display screen is scrolled (step M28). If the cursor position is the 9th item (step M18) 1
Check whether the character code has been input (step M19), and if it has been input, after performing the necessary processing (steps M20 to M23), the DIS shown in FIG.
Display characters in the 9th item of P13 (step M24
). (16), Figure 24 shows "S" in the adjustment display mode.
76 is a flowchart illustrating the activation of the "ET" key. If the screen is in the adjustment display mode of DISP15 shown in FIG. 76 and the cursor position is the first item (step N
3) Weighing machine N at the cursor position by processing steps N4 to N8 according to the input value. , or display it (step N6, N
9), shift the cursor position to the right (step N14)
If the cursor position is not at the first item (step N3), the cursor is shifted to the next item or set to the ml'flth item depending on the cursor 6t11 (step N16). N18), On the other hand, if the cursor position is the first item, the cursor position is sequentially shifted (steps N14 to NIL).
), if the cursor position is no longer on the screen (step N1
9) Scroll the display screen (step N20). (17), FIG. 25 is a flowchart explaining the function of the "SET" key in the variant 1 display mode. If the screen is in the DISP16 variant 1 display mode shown in FIG.
,02), Set the setting value of the cursor position (Step 04), Depending on whether the cursor position is the final position or not (Step 05), set the cursor position to the first item (Step 06), or set the cursor position is set to the next item (step 07), and when the cursor position is not on the screen (step 08), the display screen is refreshed (step 09). (18), Fig. 26 is a flowchart explaining the movement of the "SET" key in the variant 2 display mode. When the screen is in the variant 2 display mode of DISP17 shown in Fig. 78, the value jumps to $1, Parian) Performs the same processing as in the L display mode, and in other cases, the 7th
When it is in the operation display mode of DISP9 shown in FIG. 0 (step P2). Shift the cursor position to a specified value (steps P3 to P
5). (19), Figure 27 shows "Δ" (U) in various display modes.
P) is a flowchart showing the jump destination when a key is operated. In this process, the process jumps to the process in the flowchart corresponding to the next number in the drawing. (a) Print display mode (step Ql) → @28r
14 (b) Menu display mode (Step Q2) → Fig. 29 (C) Function display mode (Stella 7'Q3) →
Figure 30(d) Reservation display mode (step Q4) → fiS31(e)! IN adjustment display mode (step Q5) → tjS3
Figure 2 (f) Parian) 1 display mode (step Q6) - 3rd
Figure 3 (a) (g) Variant 2 display mode (step Q7) → 3rd
3(b) (h) Operation display mode (step Q8)→FIG. 34 (20) and FIG. 28 are flowcharts of the print display mode. Shift the cursor position to item 1 (step R1),
If there is no 1st item (step R2), move the cursor position to the 4th item.
item (step R3). (21), @29 is a flowchart explaining the processing in the menu display mode (DISP2 to DISP6 shown in FIGS. 63 to 67). First, the cursor position is shifted to item 11 (step R4), and if the LEVEL3 mode is not set (step R5), it is checked whether a keyword is set (step R6), and if it is set, Check the presence or absence of the item, if not (Step R
7) Set the cursor position to the @lO item (step R8). If *-y-y is not set and a password is set (step R11). If there is no item (step R12), set the h-trail position to the 8th item (step Q13), if there is no password set and one item is too long (step R14), if it is the 1st item (step R15) , DIS in Figure 63
Military operation is displayed on P2 (step RIB). If it is not the first item, driving operation is displayed on DISP3 shown in FIG. 64 (step R17). If there is no item, move the cursor to the third item (step R18) and set all the characters to DISP4 shown in Figure 65.
J operation is displayed (step R19). (22), FIG. 30 is a flowchart illustrating processing in the funk-n-run display mode (DISP II shown in FIG. 72). First, shift the cursor position by one item (step R
20), if there is no item (step R21), the cursor position is set to the fifth item. (23), FIG. 31 is a flowchart illustrating processing in the reservation display mode (DISP13 shown in FIG. i74). First, shift the cursor position by one item in step R2.
3) If there is no 1st item (step R24), set the cursor position to the 9th item (step R25), if the cursor position is not on the screen (step R26), scroll the display screen (step R27) . (24), FIG. 32 is a flowchart illustrating processing in the 7A neat display mode (71 < DISP15 in FIG. 76). First shift the cursor position by one item (Stella 7'R2
8) If L, the first item (step R29), set the cursor position to the left end (step R30); if there is no item (step R31), set the cursor position to the 14th item (step R32); If the cursor position is not on the screen (step R33), the display screen is scrolled (step R34). (25>, FIG. 33C&) is a flowchart illustrating processing in variant 1 display mode (DISP16 shown in FIG. 77). First, step R to shift the cursor position by one item.
35) If there is no item (Step R36), move the cursor to the 8th item (Step R37)
. If the cursor position is not on the screen (step R38),
The display screen is scrolled (step R39). (26) FIG. 33(b) is a flowchart illustrating processing in variant 2 display mode (DISP17 shown in FIG. 78). When there is no item, the cursor position is set to the fifth item (step R42), but the same processing as in the variant 1 display mode is performed. (27), FIG. 34 is a flowchart illustrating processing in the driving display mode (DISP9 shown in FIG. 70). If the cursor position is not the distributed feeder intensity (step R45), then it is checked whether the cursor position is the radial feeder intensity (step R46), and if so, it is checked whether the intensity exceeds 9 (step R45). R4
7) If this condition is not met, increment the intensity by 1 (step R48).If the cursor position is not the radiation feeder intensity, check whether the feed time at the cursor position exceeds 9.Step R5
0), If this condition is not met, increment the hour by 1 (step R51). After incrementing the intensity and time, set the feeder value transfer command (step R53), and send each feeder to the weighing machine body. The control value is transferred (step R54). (28), Figure 35 shows "7" (OO
12 is a flowchart illustrating a jump destination when the W*) key is operated. At this time, the illustration numbers of the flowcharts corresponding to each display mode are as follows. (a), print display mode (step Sl) → 36th
Figure (b), menu display mode (step 52) → 39th
Figure (C), function display mode (step S3) →
Figure 36 (d), reservation display mode (step 34) → Figure 37 (e), adjustment display mode (step S5) → Figure 38 (f), variant 1 display mode (step S6) → Figure 38 ( g), /Heliant 2 display mode (step S7) → Fig. 38 (h) Operation display mode ' (step 58) Fig. 40 (29) and Fig. It is a flowchart explaining the process in I) ISpH) of a figure. First, step T to shift the cursor position by +1 item.
I) If there is no item (step T2), the cursor position is set to the first item (step T3). (30), FIG. 37 is a flowchart illustrating processing in the reservation display mode (DISP13 shown in FIG. 74). First, shift the cursor position by +1 item in step T4.
), if there is no item (step T5), set the cursor position to the first item (step T6), if the cursor position is not on the screen (step T7), 1 table, IQ-
The screen is scrolled (step T8). (31), Fig. 38 shows the adjustment display mode (DISP15 shown in Fig. 76), Parian) 1 display mode (DISP15 shown in Fig. 76),
DISP16), variant 2 display mode (shown in the figure)
79 is a flowchart illustrating processing in DISPI7) shown in FIG. 78. In this case as well, the same processing as in the flowchart in Figure @37 is performed. (32), FIG. 39 is a flowchart illustrating processing in the menu display mode (DISP2 to DISP6 shown in FIGS. 63 to 67). First, step T to shift the cursor position by +1 item.
I4), LEVEL317) If the mode is not set (step T15), check the keyword set (step T16); if it is set and there is no item (step T17),
Step T18: Set the cursor position to the first item.
), if the cursor position is not on the screen (step T19
), the display screen is scrolled (step T20). If there is no password set, check the password set at step T21), and when there is no password set and the cursor position is at the second item (step T22), as shown in Fig. 64. D.I.
The driving operation of SP3 is displayed (step T23). Also, if the cursor position is not the second item, check whether it is the third item or not (step T24).
If so, display the aftereffect operation of DISP4 shown in Fig. 65 (step T25). If the cursor position is not the third item, display the zero point adjustment operation with DISP2 shown in Fig. i63 (step T26), The position is set to the first item (step T27). (33), FIG. 40 is a flowchart illustrating processing in the driving display mode (DISP9 shown in FIG. 70). In this process, except that when the feeder intensity is less than 1, the intensity is decremented by 1 (step T31), and when the feeder time at the cursor position is less than 1, the hour is decremented by 1 (step T34). , i The processing is similar to the process in Figure i34. (34), FIG. 41 is a flowchart illustrating the processing at the jump destination when the "5TART" key is operated. First, check that the mode is print display mode (step 738), print every time (step T39), print subtotal (step T40), and print total (step T41).
) or total clear (step T42). (35), FIG. 42 is a flowchart illustrating the processing when the print display mode is not set in the processing of FIG. 41. First, it is confirmed that the mode is the menu display mode (step u1), and subsequent processing is performed according to the flowcharts with corresponding numbers shown in the figure. (a), Military start (step u2) -> Fig. 43 (b), Operation start (step u3) - Fig. 44 (C), Aftereffect start (step u4) - Fig. 46 (d) vI calculation start step u5) → Fig. 48(e), span start (step u6) - fJS51
Fig. (f), Function start (step u7) -> Fig. 47 (g), Reservation start (step u8) - Fig. 49 (h), tA"li misstart step u9) -> 50th
Figure (i), variant l start (step ulo) −′? Fig. 152 (j), Variant 2 start (step ull) -> Fig. 53 When the menu display mode is not set, processing is performed according to the flowchart shown in the following figure. (a), Operation restart (step u13) - Fig. 44 (b), Aftereffect restart (step u14) - @ Fig. 45 (c), H calculation restart (step u15) -> Fig. 48 (36) , FIG. 43 is a flowchart illustrating the military civilian start process. In this process, when the input value is not 3 digits or more (step Vl), if the l value is less than 15 (step v2),
! Set the jl+ command (step v3) and transfer the data (step v4). (37), FIG. 44 is a flowchart explaining the 1M transfer start process. In this process, a driving command is set (step v6
), transfer data (step V7) (38), fourth
FIG. 5 is a flowchart illustrating the processing for restarting the aftereffect. In this process, set the full movement command (step v8)
, transfer the data (step v9). (39), FIG. 46 is a flowchart illustrating the full motion start process. In this process, if the numeric key is in (step Vt0
), reset the full motion command (step V12), if the numeric keypad is not input, set the full motion command (step Vll), then transfer the data (step V12).
13). (40), FIG. 47 is a flowchart of function start processing, and displays DISPII shown in FIG. 72. (41), FIG. 48 is a flowchart illustrating processing of calculation start and calculation restart. In this process, the numeric key-in (step V15
), if the il value is 99 (step V16), then the eye!
Blank the M heavy flea 1 selection weighing machine mark (step V17), set the weight display command (step Vta), transfer the data (step V20), and set the calculation command if it is not in the numeric keypad. (step Vt9), and transfers the data. (42), FIG. 49 is a flowchart illustrating reservation start processing. In this process, with the numeric key-in (step V21), Ia
If the value does not exceed ``00'''t'e<C step v22), <9 (step v23), call the reservation data step V24), DISP13 in FIG.
is displayed (step V25). (43) FIG. 50 is a flowchart showing the adjustment start process, and the DISP 15 shown in FIG. 76 is displayed (step V27). (44), FIG. 51 is a flowchart illustrating span start processing. In this process, it is checked that the set value is not 3 digits (step V28), and if the set value is less than 15, step V29) is checked, and the span command is set.
30), transfer the data (step V3 t). (45), FIG. 52, and FIG. 53 are flowcharts showing the processing of variant 1 start and variant 2 start, respectively, in which DISP16 shown in FIG. 77 or DISP II shown in FIG. 78 is displayed (step V
33. V34). (46), FIG. 54 is a flowchart explaining the process when the "5TOP" key is operated. In this process, if there is an error (step V3
5) Set the discharge command (step V49), and transfer the data (step V50). Also, if it is the print display mode (step V36)
, each time printing stop (step V51), subtotal printing stop/stop (step V52), total printing stop (step V53), total clearing stop (step 54), explained in the flowchart of FIG. 60. Perform the processing to do. Next, the processes of steps V37 to V47 are performed according to the flowcharts corresponding to the primary illustration numbers, respectively. (a), M rotation stop (step v37) → Fig. 55 (b), full-motion stop 2 stop (step v38) → Fig. 56 (C), function stop (step v39) → Fig. 57 (d), Reservation stop (step V40) → Fig. 59 (e), adjustment stop (step V41) → tB58 (f), variant 1 stop (step v42) and variant 2 stop (step v43) → Fig. 57 (g), Calculation stop (step V44), weight display stop (step v45), DISP9 display in Figure 70 when operation is stopped (step V46), DISP9 or DISPIO display in Figure 71 at aftereffect stop (X 7 yp V47) Figure 59 (47) and Figures 55 to 58 are respectively. (a), No. 55 operation stop when open (b), Fig. 56 → aftereffect stop (c), ER571N → function stop and variant 1, variant 2 stop (d), Fig. 58 explains the process of mountain pass adjustment stop Set the corresponding commands in the flowchart (steps Xi, X3゜X5, X7).
, transfer data (steps x2, X4.X6.X
8). (48), FIG. 59 shows steps v44 to V in FIG.
70-chart for performing processing when 47 is affirmed. In this process, first, DISP6 shown in FIG. 67 is displayed (step If so (step X12), the cursor position of 1 element is
On the condition that q+u is greater than or equal to (step X13)
), scrolls the display screen (step X17). When the original cursor position is not the first item, if the original cursor position is the second item (step X18),
Display DISP3 (step X19), if the original cursor position is the second item
Display SP4 (step X20) and set the cursor to the position when the start key was turned on (step X21). (49), FIG. 60 shows steps v51 to V in FIG.
54 is a flowchart illustrating the procedure to be taken when the result is affirmative. In this process, the original display is changed to the menu display fp (
Step x22) Check whether the display is in the letter DISP9 shown in Figure 70 (step x23), and if it is not displayed, then the original display is the D
Check whether rspto is displayed or not (Step X25)
, if so, display the original DISPIO (step X26). (SO) FIG. 61 is a flowchart illustrating jump processing when the "DISP" key is operated. This process determines whether the current or previous display is a menu display (
Step X28), DISP9 display (Step
9) Check the DISPIO (7) display power (step x30), and if it is not currently in the print menu (step x32), display the print menu (step x38) and set the cursor to the first item. (Step X39). Furthermore, the display of one element in the print menu is not currently displayed as a menu (step X33). Depending on whether the original display is DISP9 or DISPI O (steps X34, x36), the corresponding D
Display ISP9 or DISPIO. Fig. 79 shows the “SET” button in the menu display mode.
I manipulated $-! +7), I, EVELI-LEVE
It is an explanatory diagram displaying how each display mode of L3 changes. In the figure, DISP117) is the initial display mode when DIP and SW are set to LEVEL3. For a few seconds (e.g. 3 seconds) after the power is turned on, the title of DISPl is displayed, and the display automatically changes to LEVEL3 of DISP6 (
7) Automatically changes to menu display mode. Note that for oIp and swt, LEVEL L is normally set, and only when registering a password, LEVEL is set.
It is saved to VEL3. Also, DIP, SW,
If set to EVELl, after power is turned on. The DISP2 menu display appears as an initial display. Furthermore, when returning to the menu display mode with the 5TOP key, the cursor will be moved back to the specified original position.For example, '! When you have specified the 'fill'``Fanokunyo/'', press the ``5TOP'' key to return to the 4th item in the menu display mode. (Effects of the Invention) As explained above in detail, one aspect of the present invention is to
Since the displayed items can be changed and only the displayed items can be operated/set, one key operation section can be used depending on the level of the operator. Therefore, everything from operation of the weighing device main body to various adjustments can be performed all at once using one key operation section, and unauthorized adjustments by anyone other than the person in charge can be prevented. Furthermore, since the configuration is such that the operation/setting contents are transferred to the main body side via the communication means, there is no increase in the amount of wiring, and the occurrence of malfunctions can be reduced. 4. Brief description of the drawings Figure 1 is a schematic diagram of the configuration of the remote control box of the present invention, Figure 2 is a diagram of the internal configuration of the plasma display panel, and Figure 3 is a schematic diagram of the configuration of the main parts of the combination device. , FIG. 4 to FIG. 1O, and tjS62 to FIG. 78 are explanatory diagrams of screens displayed on a plasma display panel,
11 to 61 are flowcharts, and FIG. 79 is an explanatory diagram. (a)...Plasma display panel, (b)...
・Microcomputer for remote control, (c)...printer, (d)...key input section, (e)...
...DIP, SW, (to)...Error buzzer. Patent applicant: Ishida Koki Seisakusho Co., Ltd.
Person Patent Attorney Minoru Tsuji Figure 8 [w set, /jtr 7-gi] Figure 13 Figure 14 Figure 17 Variant/fi display mode ゛1-91 4-number Mizumoto Figure 54 Figure 70 figure, orsp, q

Claims (6)

[Claims] (1) Various operations on calculation control means and measuring devices/
A means for displaying setting items, a means for specifying one of the above operations/setting items with a cursor, a numeric keypad means for inputting the operation/setting contents for the specified operation/setting item, and a means for weighing the input operation/setting contents. communication means for transmitting to the device;
A weighing device comprising means for switching displayed operation/setting items depending on the presence or absence of a word input by the numeric keypad means. (2) The measuring device according to claim (1), characterized in that the measuring device is a combination measuring device. (3) The weighing device according to claim (1), wherein the operation/setting items include zero point adjustment, span adjustment, driving operation, and weighing condition setting items. (4) The measuring device according to claim (1), wherein the display means is a cathode ray tube display. (5) The measuring device according to claim (1), wherein the display means is a plasma display panel. (6) The weighing device according to claim (1), wherein the display means also displays the key operation procedure for the specified operation.