JPS5811634A - Label printer - Google Patents

Abstract

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

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a label printer that prints and issues data from a scale, such as unit price, weight, price, etc., on a label.

A label printer prints and issues data such as the weight determined by an electronic scale and the price calculated from that weight and the unit price per unit weight on a label.
Pricing of merchandise is widely used in supermarkets and the like.

However, in a sales system in which, for example, the main store sells a certain amount of products to each chain store, and each chain store sets prices for individual products, In this case, if you only know the total amount of goods for **amount of goods, you do not need a label for the goods.

But ll! The one in the East had the drawback that even if you only wanted to know the total amount of gold, labels for mercenary products were always issued.

The main purpose of this project is to issue labels for individual products at any option, and to allow those who do not issue labels to only perform aggregation.

In particular, this J1@ includes a label issuing switch, a total counter, a notification means that generates a sound when this accounting ◆- is operated, a total data storage means, and a counter that records data from the scale. When the label issuing switch is on, the data from the scale is printed and issued on a label, and the label issuing switch is turned on. By adding the data to the accounting data storage means, the control means prints and issues the data in the meeting data storage means on a label based on the operation of the accounting key, thereby avoiding the above-mentioned objective. That is.

The present invention will be explained below based on the embodiment shown in FIG. i1.

2p111 shows the appearance of the label printer of this embodiment. The label printer (1) has a structure in which a plurality of units, for example, scale values 1 and 2, can be connected to the outside of the casing (1). The label printer (1) is connected to IC111 and the scales (H, XH,) for 4 year olds 1 and 2 year olds are attached to the main body (6)
A weighing hole (←) is placed above the 1st floor.
Each unit is equipped with a display and a display unit, and the unit weight is determined in advance by Tei-Po Fk! After setting the unit price in step 19, weighing m(a)k, place the object to be weighed, measure the weight of the object, and calculate the price from the weight and unit price, and calculate each of these data, that is, the unit price. , weight and price on the display.Meanwhile, the request Kl! from the label printer (1) is received. (IK has the function of transmitting each of these data to the label printer (1).
An operation panel (3) is provided at the top, and a cover (6) having a label issuing port (4) and a liner paper delivery port (5) at the top thereof. The operation panel (3) K is provided with multiple types of switches, keys, and status lamps as shown in Figure 2. In other words, the switches include a power switch (7), automatic, manual, and fixed rate switches. The mode changeover switch (6) that selects the mode corresponding to each position, the label issue switch (a switch) and the weight setting switch (masu) consisting of 6 digital switches correspond to the scales (H,)K in 'Jp1' above as keys. The print key a1), the scale (H, )ec of the spear 2, the corresponding print I key a, and the accounting key ring are used as status lamps, the power lamp a4, which is lit when the power switch (η) is on, Said print I, I rate-aJ
) A confirmation lamp as(tll*) that is lit in response to the pressed key when am is pressed, and a label abnormality detection lamp η that can be used to check whether there is a label or not are provided.

The diagram shows the internal structure of the casing (2) of the label printer (1). Inside the housing (2), there is a buzzer installed on the rear side wall, and a reel (2) on which a rear XW-shaped mount (2) is wound in a roll. However, a pair of over-9s are pulled out from the reel (toward) toward the front side, sandwiching both strokes of the stand jI@ and sending them out.
0-ra a4al are provided respectively.

One of the error rollers (to) is completely reversed by the label feed motor mK, and the roller (2) held between it and the other roller is transferred to the liner feed outlet ( 6
), and between Soferi Ichishima (2) and a pair of rollers cwwa met, Lounai 11m, Kof) Plan F'5
11 @ Ic The mount (2) with the guide written on it is sharply K11
lli, peel off the label (2) with the IC pasted on its outer surface (II constant pitch 41?) from the mount (2), and
A peeling body (In) is provided, which is ejected to the label issuing port (4) through the optical axis of the label h detection*cn consisting of a light emitter and a light receiver. When the optical axis is blocked by the label @, a label detection signal LD is output.In addition, a ribbon (toward) is placed between the label (2) and the label (2) at a position facing the peeling body 011.
Todd-type printing spatula pets are provided through the gap. In addition, both ends of the ribbon (end) are connected to the spool (end) to which the rotation is transmitted when the ribbon feeder (end) rotates in the normal direction (clockwise in the figure) through a ribbon end detection device (incorporated). ) and a spool to which the rotation of the ribbon feed motor (to) is transmitted when the ribbon feed motor (to) reverses (counterclockwise).

111 As shown in Figures 4 and 5IIK, the ribbon end detection device 111 is located between the frame (B) K and the print head (to) and the spool, and the printing head (Fr!). A pair of fixed rollers (4-841J), (45-(4)
54) is freely rotatable KljltF8, and a tensile lever is installed between the fixed rollers (All, X4S- and Since it is slidably provided in a direction substantially perpendicular to the installation direction, the tension layer lever is not attached to the frame.
The guide column (IIK) screwed into the [sliding long hole]
is formed, and the ribbon aI, which is in contact with the constant rollers (4-), (4s-(43J)) at one end and approximately the middle part, is moved approximately at right angles to the II soft side. The meandering watchtower can be rotated freely K11
It is determined. And, the tension lever is the tension roller and the above guide! ! -The spring @ stretched between When it reaches the end, it is displaced in the other direction due to the increase in tension at the edge, and operates so that the tip enters onto the optical axis of a ribbon end detector consisting of a light projector and a light receiver. In this case, the ribbon end detector is configured to output a U-pond end detection signal 'aD.

Figure 6 shows the circuit configuration of the label printer (1). In the same figure, 6Il & Ie Chuo Jl & @Kyoki [C de υ] 4. The cPTl@m1 IC is connected to an I10 unit 964, an input port IIω, a read-only memory (ROM) 5η, and a chip selector (to) for selecting the above-mentioned second chip through an address bus and a data bus. , a ribbon end detection signal RD from the ribbon end detector and a label detection signal LD from the label detector. Said! In the 10th unit @, the timer set signal from the cpvsn is sent to the inner S! 1, and after the set time (approximately 101 m#) has elapsed, the CPU 1
m) Give an interrupt signal TEW to the key scan timer 6 and when the IR8 is inside and -, the outside 111K said buzzer +
21. Stator lamp (confirmation lamp, label abnormality detection lamp, etc.), ribbon feed folding ■, label excess motor member,
Driver connection va that drives each printing spatula F@
n--- is the connection number, and the I10 second bit 641 contains random access memory (RMM).
) IT) is built-in, as well as an external key 7 drix circuit (to) that generates code data in accordance with the operation of the switches in the various keys on the operation panel (3), and the above-mentioned 1. ．． ? A driver circuit 4 is connected to the scale 2 for operating the scale (-).

In addition, the above input boat ■@ includes the above 1, 2
Output data from the scale (H,) (If, ) is given via a photocoupler σ1n. Furthermore, 1 said ROM
6nK stores a program for executing the processes shown in Figures 8 to 11.

As shown in Figure 7, various flags, registers, and memory caps are assigned to predetermined addresses in the wing M- in the I10 unit. As the flag, the CPIJ61 is the scale (town) of Sai1 and Sai2.
I received a print command from (n,)! ? @1 #″
When the command reception 75 (CMF) is set to 75 and the output data from the Sai1 and Sai2 scales (H< ) (H*) is loaded, the data is the data from the Sai1 scale (Town). A data identification flag (DAF) that identifies whether the data is from a scale (-) or a scale (-), and an accounting key 7 that is set to @11 when the total key side is pressed.
There are a lag ('rOF)* and a ribbon feeding direction identification flag (1der) for identifying the ribbon feeding direction, and the register includes a 9-king register (10 凰) used for calculations. Furthermore, the memory includes a data storage memory (DAM) that stores the output data from the scales 1 and 2 (II, A print buffer (DAM) that edits the print data to be printed by the print head @ out of the data stored in the DAM).
PIM)1. When various keys on the operation panel (3) are pressed, a buffer memory (ml: IM) that stores the code data of the pressed key, and the date setting switch Q (
11. Setting data storage memory (DGM) for storing data set by the DC; t2 scale (It,
) (II,) The ability to aggregate and memorize the price data from 1. ．． ? 2's total memory (To, M) (To, M) and the J6 Akebono score of the scale (town) (II,) of the 1st and 2nd year students. ? 1. Multiply the points of spear 2 (Co, M) (C
o2M) etc. In addition, the setting data is stored in a 7-tatami mat (
DGM) IC is normally set with 2 digits per year, 2 digits per month, and 2 digits per day, but in the case of yearly data, the IC is changed once per year, so in this example, the digital switch corresponding to 211fK for that year ( 10,) The count data at **%- from K is stored as 5.

This peak or Tomi Tsubasa - when the buzzer (goods) is on @
1"k, and a buzzer on/off flag (lυr) which is set to @01 when off.

Next, we will explain the operation of the one-piece printer (1) from Figure 16.
This will be explained along the flowchart shown in FIG.

Now, when the power switch (7) is turned on, the CPU6υ
As shown in the main routine of Figure 8, 1. Set the initial conditions, 2. Clear the I10 unit 6364, 2. Clear the wings, and 2. Send a fixed amount of ribbon.

At this point, the ribbon feed direction identification flag (gPF) is set to @1.
'', the ribbon feed motor (to) is rotated in reverse for a certain period of time, and the ribbon feed direction identification flag (IIPF) is @
If it is 0'', the slack of the ribbon (to) is absorbed by rotating the ribbon (to) in the reverse direction for a certain period of time.Next, the ■ timer set signal 〒8 is applied to the I10 unit hammer to perform main scan. After setting the timer Tsuru, repeat the loop after ■, and repeat the loop after ■.
When the key scan timer has passed the set time (approximately 101,111 JP time) with 1 iVc remaining,
The interrupt signal 'rw from the key scan timer 69 is C.
P tram.

Then, the CPU 6 issues the timer interrupt processing of Figure 9, and then returns to the main routine of Figure 8 again.
&In the timer interrupt processing that continues filling, the @kumanl reception flag (CMF) is set once to determine whether the ■ key is pressed or not.
, and whether the buzzer QI) is on or not. None of them are directly O
Reset the key scan swimmer l'. Therefore, since the key scan timer 41 is reset at the end of the timer interrupt, the key scan timer 41 is issued every time the set time of the key scan timer elapses.

Therefore, a specific usage method will be explained. How to use:
One job selected by the mode changeover switch (8) is a scale of 1 (Hl) and a scale of 2! (
Print π Hanichi (11
) or Print ■Each time you press the key a, the spear 1 scale (H4) or the 2 scale 9 (
Manual issuance of printing data from (H,) on a label @ and issuing it, and Sai1, Sai2 corresponding to the skewer pressed each time the Print I key Gichin or Print Natsu key axis is pressed.
At the scale (n, There is a mode in which it is printed on a label and issued.

For pigeon lofts for automatic issuance work, change the mode changeover switch (8) to automatic positioning. Then, in the loop after ■ in the main routine of the figure S, check whether ■ there is key buffer memory (KIM) K:1-P data, ■ whether tatami-r changeover switch (8J is automatic mode), etc. 1ll
fli1 pot,・) automatic tatami-rIl) hood-like sai1,
2 years old's height? Send to (If,) (II,), [phase] Sai1
Check if there is a print command from the scale (Hl) or if there is a print finger ◆ from the scale (a,) for 0 year olds 2 <41m
do. Here, talent 1, talent 9 (H,) (H,)
If there is no print command from either, the process returns to ■ after executing 0 or 0 l&bot according to @'s 41% rejection.

Therefore, in this case, when the loop of ■■000@O (or 0) is repeated, the key scan timer is in a state where the timer interrupt Jall is deepened every time the set time elapses. .

Here, the scale of Sai1 (town) or the scale of Sai2 (II
, ), after setting the unit per unit weight using the keyboard Fk, place the object to be weighed on the weighing pan ←)k, and the weight of the object to be weighed will be measured.

After the price is calculated from the unit price data and the weight data and these data are displayed on the display, a print command is sent to the label printer (1)K.

Now, when a print command is sent from Sai1's scale (town), it is vOk and judged, then the 0 command reception flag (CMν) is shifted @1"lCt, and the 0 data identification flag (DAF) is set to @1. "K is set, and the data from the scale (-) of [phase] 1, that is, unit price, weight, and price data t-is taken in and stored in the data storage 7-tatami mat (DAM). Also, when a print command is sent from the Sai2 Scale (Town), it is judged as OK, and then the 0:I cloak reception flag (CMF) is set to t'@1'', and the @data identification flag (DAF ) to @0"FICut, import the data from @sai2's scale (town), and store the data in 7 tatami.
(DAM). At this time, j! P1 scale (
When the command reception flag (CMF) is set based on the print command from the scale (Tachi) or scale 2 (H-),
When the key scan timer is set, after tm elapses, the timer interrupt II & enters the fence, and as a result of [stock] 41111, [stock] buzzer a is turned on (pv-on-o7 flag (I
TIJF) to 1”K*7t) and @:svnF reception 75
After setting the command reception flag (CMF) to @O”KV, process the [stock]. From this point on, when the timer interrupt J&ml is entered again, the command reception flag (CMF) is set to “'O”KI.
J is set, and Pν1 (2) is on (buzzer oscillator off flag (1υF) is 'Melt' due to @1"K), so as a result of the judgment of 0 [stock], [stock] buzzer (to) After turning off (setting the buzzer on/off flag (mvF) @@”FIC), perform the process of [stock], l! Ute, Sai1
When a print command is given from the scale (machi) or the scale 9 (H,), the key scan timer 1 (approximately 10 minutes) is set because the key V- (2) rings. Even if the label issuing switch (2) is turned off, i.e., does not issue a label in the case 11tk of [stock]@, which will be described later, it is possible to notify that the process is actually being performed. After this 5K, weigh one of the scales (II
, XH, ) is stored in the data storage 7 (DAM)
When stored, next: Set the data in the data storage 7 tatami u (DAM), that is, the print command, to the print buffer (pmM), and check whether the label issue switch (9) is on or not. to judge. In this case, if the label issue switch (9) is not on, the process will proceed directly to step O without issuing the label (2), but the label issue switch (
9) If it is OK, perform the [phase] label issuing process.

In the label generation process, as shown in Figure 10m1, first check the O ribbon feeding direction identification flag (liPF), and if it is @1'', rotate the ribbon feeding direction in the forward direction, and also @ If it is "O", after rotating the ribbon feed tatami mater (to), start label feeding by driving the [phase] label feeding tatami mat (to), and print buffer ame tatami u.
(PIM) data to the I10 unit (to), and transfers it to the printing spatula Fr controlled by the driver circuit.
Print on label (2) from jsK. When printing is completed, the label feed is stopped by stopping the label feed drive, and then it is checked whether or not there is a ribbon end detection signal ILD from the ribbon end detector. 41vR ・At this time, if there is no ribbon end detection signal ID, that is, if ribbon (2) is not at the #I end, the process proceeds directly to ・If there is ribbon end detection signal BD, that is, ribbon (2) is the end If the flag is left in the ribbon feed mode, then invert the ribbon feed identification flag (IFF) and turn on the pu v-Q chain (set the buzzer on/off flag (1υ1) to "1" K-), and then Depending on the state of the feed and direction identification flag (IPF), reverse the ribbon feed motor (to) or set it to JE@S, set the crawler that does not indicate OE, and stop the ribbon feed and fold (to) after the e-timer setting time has elapsed. And it turns off the buzzing bran. Therefore, if the ribbon (2) reaches the end after label printing,
The feeding direction of the ribbon (2) is reversed and the ribbon (2) is preliminarily fed for a certain period of time, so that the ribbon (2) can be fed smoothly during the next printing.

Also, during this time, the operator is prompted to wait for key operations by a Psaro Chin sound.

After this, check @data identification flag (DAF),
If it is 111, the total memory of 1 (To, M)K
The price data of the print data is stored in the point memory of Sai1 (C
o, M) K″″11 are added respectively, and 9101
If it is 1, the price data of the print data is stored in the total memory of 20 points (Co, M)K.
After adding ``@1'', it is determined whether or not there is a label detection signal from the O label detector.

Here, if there is a label detection signal hD, that is, the label (
If 2) is normal, 7611 turns off the 0 label abnormality detection lamp a, and if there is no label detection signal LD, turns on the label abnormality detection lamp Q. After performing II & R, trap to 0 key-in.

Therefore, in the case of automatic issuance business, 1. ? 1 scale (H
l) Or the height of 2 years old? Each time a print instruction is received from (H,), data from the scale is automatically printed on the label, provided the label printing switch (9) is on, and the price data is printed on the label. Transfer the score data to the 2nd grade total memory (To, M)Cte0-) to the 1st or 2nd point memory (Co, M) (Co,
When adding each to M), it becomes k.

Furthermore, if the label issuing switch (in season) is off, no labels will be issued, but only price data and score data will be tallied.

In the case of manual issuing work, the mode selector switch (8) is switched to manual position printing. Then, in the h-p after ■ in the main routine of Figure 8, after determining 00■,
[Co., Ltd.] Manual Mode Ref-F1kJl! Send it to the 1° spear 2 scale (II,) (II,), perform J631 of O or 0 depending on the next Plc@O judgment, and then return to (2). Therefore,
In this case, ■■■ [Stocks] @@ (or 0) loop is repeatedly I&R, and the key scan timer is set for the set time *<Issuing timer interrupt processing.
is in a state of being.

Here, which of the scales (Hl) and (II,) for Sai1 and Spear2, for example, the scale for Sai2? (In II-, the weight is constant diameter, and IIK prints the data. Then, in the timer interrupt processing 11 of Fig. 9, as a result of ooq, the pressed Print I skewer-ring data in key buffer memory (] []
M) and process [phase] [phase] 0.

This firefly continues the process in the main routine of the diagram, but 1. When the key scan timer returns to the timer interrupt process again after the set time elapses, the I of [stock] is determined to be 0.
Since the buzzer QD is on at P@lIltwc,
Next, after turning off Bu f-Tsuru, process [stock], 1
1! Then, when a key is pressed, a key confirmation sound is emitted in synchronization with the timer interrupt J6 at a fixed period. On the other hand, when proceeding with step 11 & continuing in the main routine of Figure 8, the key buffer memory (ICB) is
M) Since there is K code data, when proceeding to the next key process, it becomes k.

In key processing, as shown in Figure 11, first read the =- code data in the 0-tei buffer memory (KIM), and then check whether the code data is the 0 print I key αυ or the 0 print summer key one wheel. , ■ Determine whether the accounting key is I in order. In this case, since the print seal key ('I'OF) is "1", after resetting the next VcO data identification flag (DAF) to @01, the total key flag ('I'OF) is "1".
In this case, since the total key flag (toy) is C, that is, the total key (ls) is not pressed, the next 0 mode changeover switch (8) is set to automatic key t.
The 0 tatami-do changeover switch (♂) that determines whether there is a 0 tatami-do changeover switch (♂) is a manual key, so after sending the 0 print request-1 do to the 0 tatami 2 scale (Hl), It is determined whether there is a print command or not. Here, Sai2
Noha? (H,) K* does not say that a print command will be issued if a print request code is received from the label printer (1) before weight adjustment, but if it is after weight adjustment, a print request will be sent to PK. and send the print order. Then, when it is detected that a print command has been sent at 41MlIc, the e-command reception flag (CMF) t"1
", enter the data from the second scale (Hl), store it in the data storage 7-tatami mat (DAM), and
Phase] Determine whether the mode changeover switch (8) is set to Fixed Tatami -r. 9. Turn on the selector switch (it is in manual mode), and then set the data in the data storage 7-tatami mat (DAM), that is, the unit price, weight, and price data, to the print buffer memory (PIIM) as print data. After that, it is determined whether the O label issuing switch (9) is on.

Here, if the label issuing switch is not on, directly @
However, if the label issuing switch (9) is on, after performing the [phase] label issuing process ml (Figure 10), the total memory of O, IF5 (TO, M) K price data Add 1″″ to the point memory (Co, M) of IF2. Meanwhile, Sai1 prints the day and evening from Kari (town). When the key is pressed, a timer interrupt occurs and the code data of the print driver is stored in the key buffer memo (IBM). As a result, the print data 0 data identification flag (DAF) is shifted to @11 in the judgment of 10 in the key processing of 111Q, and O
Whether the accounting key flag (toy) is "1" or [phase]
Press 41IWII to make sure the mode selector switch (8) is in automatic mode. Here, accounting key flag CTOI
) is @0", and the tatami-do switching switch (8) is manual tatami-do, so next the @ print request code is the scale 1 (
After being sent to Hl), it is determined whether or not there is a print command from the 0-year-old 1 scale (town). As a result, if there is a print command from the scale (Hl) of Sai1, then the O command compensation flag (CMF) is set to @1'',
Noha? After the data from (If,) is stored in the data storage memory (DAM), it is transferred to the JNWR of e, and becomes k.

Therefore, in the case of 1 manual issuance work, 1 scale (Hl)
) or 2 scales (H,)K After placing the object to be weighed,
If you press the corresponding Print I-I or Print I-υ, the data from the scale will be printed on the label, and the price data will be printed on the condition that the label printing switch (9) is on. to the accounting memory (TO, M) ('ro, M) of the first or second year student, and the score data to the first or second year's score memory (Co, M) (Co
, M) are added to each J6 result in k. Furthermore, if the label issuing switch (9) is off, no labels will be issued, but only the price data and point data will be tallied.

In the case of fixed amount issuance work, the tatami-do changeover switch (8) is switched to the fixed amount positive position. Then, in the loop after ■ in the main routine of Figure 8, after determining ■■0,
O constant II
! ,) (II,), then @#) O or O#) depending on judgment, and then return to ■. Therefore, in this case, the Ilc is in a state in which it repeatedly executes the loop of ■■■OO.

Here, after setting the count data using the digital switch (10,) K corresponding to the two-digit year of the date setting switch all, set the count data using the print I-■ or the print key (2).
), then in timer interrupt J6311,
The code data of the pressed key is stored in the key buffer candy (1
:1M). By Koku, Sai11110-
In II&'ll, Print II-U or Print I (IIK-based)
I will be carried out. However, in this fixed amount issuance business,
・'NI#E Oi 7 tatami-do changeover switch (since the tatami is fixed price tatami-r, set the ``[phase] print data in this case unit price date to printed tatami tatami (PIM)), After setting the count data in the O setting data storage memory (DAM) to the print buffer memory (PIM), and setting ojII [the label name of the label, e.g. 1 fixed amount] to the print buffer memory (PIM). ,・
The process proceeds to a decision.

Therefore, in the case of fixed-rate issuance work, the unit price data from the scale is printed as the price, and the count data set by the date setting switch alK and the pre-label name of the fixed-rate label are printed, except that it is different from manual issuance work. The same is true.

The above are automatic issuance operations, manual issuance operations, and fixed amount issuance**
However, the price and point data for these tasks are based on the sum of money for Sai 1 and Sai 2, and 1% V (To
,M) (TO,M) *! The scores of students 1 and 2 are in a state where they have been tallied and memorized. (CO, M) (CG, M)

Therefore, when these data are printed and issued on a label @, this can be done by operating the checkout key I and the print summer key a or print l key axis. In this case, the fold/do switch (1N) can be any positive switch.

First, press the accounting key, and then the timer interrupt MII
At , the code data of the total key I is stored in the key buffer candy (l[1M). From this k, in the Tei process, the 0 total key flag (teOF) is @ based on the judgment of
1".

Next, press either the print [key I or the print 1 key U. Then, the timer interrupt process wc is executed.
The code data of the pressed key is stored in the key buffer candy (I
BM) can be stored and written to. As a result, in key processing, eO
As a result of the judgment, after processing oo, judgment of Oo is made.For example, if the print summer key I is pressed, the total key flag (〒OF) has been sorted by 11Kt, so the next kO Set the data of 2's total memo ('ro, M) and sai!'s score mem (Co 2M) to the print buffer amesori (PIM), and set the label name of the 0 accounting label, for example 1 total, to the print buffer. Set it on the American scale (PBM), issue 0 label & Ru (10 figure), and
After the total key flag (〒01) is set to "O" 11CtJ, the data of the O20 total number (TO, M) and the 20 points number combination (Co, M) are cleared. Also, if Print I-I is pressed, the accounting key flag (
Since the score of 10 points is set ('1" O, M) and the number of points of 1 (Co, M) is set,
After setting the data of M) to the print buffer amerimeter (PIIM), process [phase]・O・.

Therefore, when issuing an accounting label, first the total key (
Press 11, then press the Print I-tei-a Chin/Print Summer key a, and then press the 1st and 2nd scales (H
There is no need to provide a total key corresponding to each of , )(m, )k.

According to the present invention, when data is given from the scale, it is determined whether the label issuing switch is on or not, and when the label issuing switch is on, the scale data is printed on a label and issued. When the label issuing switch is off, the data from the scale is added to the accounting data storage means, so as long as the label issuing switch is off, the data from the scale can be aggregated without having to issue individual labels. That's possible. Furthermore, when the data from the scale is given, if the notification means is operated for a certain period of time, even if no label is issued, it can be notified whether the data has actually been counted.

[Brief explanation of the drawing]

The figure shows an embodiment of the label printer of the present invention.
Sai III is the original WI diagram showing the external appearance of the label printer,
Figure 2 is a front view showing the operation panel, and figure 2 is a front view of the operation panel.
Natsu-1 Mato IIR counterfeit map in IK, Figure 4 is a plan view showing the ribbon end inspection AS device, and SM is Figure 4 V-V***
Figure 6 shows the block diagram 1 showing the circuit configuration. ? 7 is R
An explanatory diagram showing the contents of AM, SaiaII is the main routine Fumon-Chiard, Sai! Cabinet is timer interrupt Jl &Akebono's 70
- Chart, 10Ill is the flowchart of label issue II & Ru, and 11th chart is the key chicken control's fuko-chard. (!)...Label printer, (9)Φ・Label issuing unit I...Total ◆-,aa...Buzzer as a notification means,
(2) Fist label, ---CPllr, ---IOM. (to, m) (to TO2...Total sum of sai1 and sai2 as accounting data storage means s (H,)(H,)・Key scale. 0υ

Claims (2)

[Claims] (1) A label printer that prints and issues data on a label every time data is counted from a scale, and includes a label issue switch, a total key, and a notification that makes a sound when the accounting key is operated. means, total data storage means, determining whether or not the label issuing switch is on when data is given from the scale, and converting the data from the scale into a label when the label issuing switch is on. At the same time as printing and issuing, the data from the scale with the label issuing switch turned off is added to the accounting data storage means, and the data stored in the data storage stage is printed and issued on a label based on the operation of the total key. A fathom label printer characterized in that it is equipped with a control means for controlling the printer. (2) The label printer according to claim 8, wherein the control means operates the notification means for a certain period of time when data is given from the scale.