AU2020102929A4 - Self-Adhesive Label Inkjet Printer Control Device - Google Patents
Self-Adhesive Label Inkjet Printer Control Device Download PDFInfo
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- AU2020102929A4 AU2020102929A4 AU2020102929A AU2020102929A AU2020102929A4 AU 2020102929 A4 AU2020102929 A4 AU 2020102929A4 AU 2020102929 A AU2020102929 A AU 2020102929A AU 2020102929 A AU2020102929 A AU 2020102929A AU 2020102929 A4 AU2020102929 A4 AU 2020102929A4
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- Prior art keywords
- self
- adhesive label
- power supply
- inkjet printer
- power input
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Abstract
A computer host box can be connected to an electronic device, and
comprises a host shell; the host shell is provided with a cavity; the cavity
is provided with a first opening connected to the outside of the host shell;
the host shell is provided with a socket for connecting the electronic
device in the cavity; and the electronic device can be connected with the
socket in the cavity. The position of the socket on the traditional host
shell is changed, and placed in the cavity, which can effectively prevent
the electronic device on the socket from being knocked down.
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Description
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SELF-ADHESIVE LABEL INKJET PRINTER CONTROL DEVICE Technical Field
The invention relates to the field of self-adhesive label printer supporting facilities, in
particular to a self-adhesive label inkjet printer control device.
Background
A self-adhesive label inkjet printer is a piece of widely used equipment, and is mainly used
for printing self-adhesive labels of products by manufacturers, sales field, etc. When working, an
inkjet head and related components of a printer are under the control of a pc program to print
patterns designed by a user through a pc on the surface of a label. As existing inkjet printers are
limited by inherent working performance, the inkjet printers are not suitable for batch printing
work. An inkjet printer generally prints less than 100 pages when working continuously, and
long-time printing and working in fatigue state will accelerate the aging of the printer. Generally,
after printing dozens of sheets, the speed of the printer will become slower and slower, which
will affect the work progress.
Due to the limitations of the inkjet printer, in practical applications, the user generally stops
the printer after working for a period of time, and then lets the printer work again after a time
interval; therefore, the printer can be used in the cases where a small amount of labels need to be
printed, but for manufacturers and other cases that require a large amount of labels, due to the
long printing interval, work efficiency will be undoubtedly and seriously reduced, and work
progress will be affected. If two printers are used to work at intervals, although one printer can
be controlled to work when the other printer stops working intermittently, two PCs are needed to
drive the two printers separately in this mode; the use of two PCs not only increases the cost but
also is inconvenient to store; in addition, during work, the user need to manually control the two
printers to work or stop within a certain period of time; therefore, it will increase the workload of
the user and bring certain inconvenience to the user.
For the above reasons, it is particularly necessary to provide a self-adhesive label printer
control device which uses one PC to control two inkjet printers to work alternately, requires no manual operation during work at all, can prompt the user in time when printing paper is used up, and achieves the purposes of automatic control and improving work efficiency.
Summary
In order to overcome the defects of the existing inkjet printers for label printing that two PCs
are needed to separately control the work of two printers, manual operation is needed to switch
between work and stop, the operation is inconvenient for users, automatic control cannot be
achieved, and the cost of use is relatively high, the invention provides a self-adhesive label inkjet
printer control device which uses one PC to control two inkjet printers to work intermittently,
requires no manual operation during work at all, can give an audio prompt to a user as soon as
possible when self-adhesive labels to be printed are used up, and achieves the purposes of having
low cost and automatic control, bringing convenience to users and improving work efficiency.
A technical solution adopted to solve the technical problems in the invention is as follows:
A self-adhesive label inkjet printer control device, comprising a switching power supply,
photoelectric switches, a time controller and a buzzer, and provided with a housing; two
self-adhesive label inkjet printers are respectively installed in the housing from left to right; front
label outlets of the two self-adhesive label inkjet printers are respectively located outside two
transversely distributed openings in the front part of the housing; the lower parts of two
photoelectric switches are respectively installed on the lower part of the inner front end of the
housing, and the upper parts of the two photoelectric switches are respectively located on the
middle part of the lower end of the label outlets of the two self-adhesive label inkjet printers; the
switching power supply, the time controller and the buzzer are installed on a circuit board; the
circuit board is installed in an element box; the element box is installed on the inner rear side of
the housing; a 220V AC power supply is respectively connected with two power input ends of a
PC, two self-adhesive label inkjet printers and the switching power supply by wires; two power
output ends of the switching power supply are respectively connected with two power input ends
of the time controller and the two photoelectric switches by wires; a negative power output end
of the switching power supply is connected with a negative power input end of the buzzer by a
wire; positive power output ends of the two photoelectric switches are connected with a positive
power input end of the buzzer by wires; one USB plug is plugged into a USB socket of the PC; two data terminals of one USB plug are respectively connected with two control power input ends of the time controller by data wires; two terminals of one signal output end of the time controller are respectively connected with two data terminals of a second USB plug by data wires; two terminals of a second signal output end of the time controller are respectively connected with two data terminals of a third USB plug by data wires; and the second and the third USB plugs are respectively plugged into USB sockets of the two self-adhesive label inkjet printers. The lower parts of self-adhesive label paper output from the front label outlets of the two self-adhesive label inkjet printers are respectively located on the upper parts of the detecting heads of the two photoelectric switches. The switching power supply is a 220V AC-to-DC switching power supply module. Each photoelectric switch is a laser diffuse reflection photoelectric switch. The time controller comprises a microcomputer time control switch and a relay which are connected by circuit board wiring, and two power output ends (pins 3 and 4) of the microcomputer time control switch are respectively connected with two power input ends of the relay. The buzzer is an active continuous audio alarm. The invention has the following beneficial effects: when the invention is used, after the PC and the two self-adhesive label inkjet printers are started, and the printers are controlled to print by the user through PC interface using a control method which is the same as that of the existing self-adhesive label inkjet printers, a USB socket of a first inkjet printer and a USB socket of the PC will be connected by the time controller first; thus a control signal output by the PC enters the first printer, and a normal inkjet printing process of self-adhesive labels is performed by the first printer; after a certain time interval, the USB socket of the first inkjet printer and the USB socket of the PC are disconnected, and a USB socket of the second inkjet printer and the USB socket of the PC are connected by the time controller; thus thefirst inkjet printer stops working, the second inkjet printer starts working, and a normal inkjet printing process of self-adhesive labels is performed by the second printer; after a certain time interval, the second inkjet printer stops working, and the first inkjet printer works again; . . the process is circulated continuously in this way; the two printers will work alternately at a certain time interval to ensure that one printer is working while the other printer is in an intermittent state of stopping working; and the two printers will not stop working intermittently until the user turns off a main power supply.
The invention can use one PC to control two inkjet printers to work intermittently, requires no
manual operation during work at all, and can give an audio prompt to a user by the buzzer as
soon as possible when self-adhesive labels to be printed are used up. The invention achieves the
purposes of having low cost and automatic control, bringing convenience to users and improving
work efficiency. For the above reasons, the invention has a good application prospect.
Description of Drawings
The invention is further described below in combination with the drawings and
embodiments.
Fig. 1 is a structural schematic diagram of the invention.
Fig. 2 is a structural schematic diagram of one photoelectric switch and printing paper in
one printer of the invention.
Fig. 3 is a circuit diagram of the invention.
Detailed Description
As shown in Figs. 1 and 2, a self-adhesive label inkjet printer control device, comprising a
switching power supply 1, photoelectric switches 2, a time controller 3 and a buzzer 4, and
provided with a housing 5; the upper end of the housing is provided with a movable cover 6 (the
lower part of the movable cover 6 is hingedly installed on the upper rear end of the housing 5);
two self-adhesive label inkjet printers 7 and 8 are respectively installed in the housing 5 from left
to right; front label outlets 9 of the two self-adhesive label inkjet printers 7 and 8 are respectively
located outside two transversely distributed openings 10 in the front part of the housing; the
lower parts of two photoelectric switches 2 are respectively installed on the lower part of the
inner front end of the housing 5, and the upper parts of the two photoelectric switches 5 are
respectively located on the middle part of the lower end of the label outlets 9 of the two
self-adhesive label inkjet printers; the switching power supply 1, the time controller 3 and the
buzzer 4 are installed on a circuit board; the circuit board is installed in an element box 11; the
element box 11 is installed on the inner rear side of the housing 5.
As shown in Figs. 1 and 2, the two self-adhesive label inkjet printers 7 and 8 are respectively
installed in the housing 5 from left to right; after the self-adhesive label paper 12 output from the
front label outlets 9 of the two self-adhesive label inkjet printers 7 and 8 are respectively output
outwards from the two transversely distributed openings 10, the lower parts of the self-adhesive
label paper 12 output from the front label outlets of the two self-adhesive label inkjet printers are
respectively located on the upper parts of the detecting heads of the two photoelectric switches 2.
As shown in Fig. 3, the two self-adhesive label inkjet printers DYl and DY2 are respectively
installed in the housing from left to right; after the self-adhesive label paper output from the front
label outlets of the two self-adhesive label inkjet printers DYl and DY2 are respectively output
outwards from the two transversely distributed openings, the lower parts of the self-adhesive
label paper output from the front label outlets of the two self-adhesive label inkjet printers DYl
and DY2 are respectively located on the upper parts of the detecting heads IC3 and IC4 of the
two photoelectric switches. The switching power supply ICI is a finished product of
MEANWELL 220V AC-to-12V DC switching power supply module, and has two power input
ends (pins 1 and 2) and two power output ends (pins 3 and 4). Each photoelectric switch (IC3 or
IC4) is a finished product of TAYB TB12J-D15N1 laser diffuse reflection photoelectric switch,
and has two power input terminals (pins 1 and 2) and one high level output terminal (pin 3); the
working voltage of each photoelectric switch (IC3 or IC4) is DC 12V; the upper part of a
housing of each photoelectric switch (IC3 or IC4) is inherently provided with an integrated
infrared emitting and receiving phototube detecting head; the detecting head can detect objects
within a distance of 30 cm; when the front end of the detecting head is not blocked by any object,
a high level will be output by the high level output terminal (pin 3), and the maximum output
current can reach 300 mA; the lower part of the housing of each photoelectric switch is provided
with an adjusting knob; by adjusting the adjusting knob to different positions, pin 3 of each
photoelectric switch can be controlled to output a high level at different distances; after
adjustment in this embodiment, objects within a distance of 9 cm can be detected by the
detecting head (the distance between the detecting head of each photoelectric switch and the
inner upper end of the housing is about 13 cm, and the distance between the lower end of a
self-adhesive label is about 4 cm). The time controller comprises a finished product IC2 of
CHNT KG316T microcomputer time control switch and a relay KI which are connected by circuit board wiring; the finished product IC2 of microcomputer time control switch is provided with two 12V power input ends (pins 1 and 2) and two power output ends (pins 3 and 4); the time controller is also is provided with an LCD screen; the front end of a housing is provided with cancel/restore, hour calibration, minute calibration, week calibration, automatic/manual mode, timing, and clock keys; by operating multiple keys according the numbers displayed on the LCD screen, a user can set the two power output ends (pins 3 and 4) to output power at a required time period (for example, to output power for 20 minutes every other 20 minutes); adjustment can be made by the user by opening a cover of the element box; the finished product of time control switch is provided with a lithium battery inside, therefore, as long as no secondary adjustment is made, the internally set time data will not be changed when an external power supply fails; and the two power output ends (pins 3 and 4) of the finished product IC2 of the microcomputer time control switch are respectively connected with two power input ends of the relay KI. The buzzer B is a Rongyuhuafu 12V active continuous audio alarm. As shown in Fig. 3, a 220V AC power supply is respectively connected with two power input ends of a PC (computer), two power input ends of two self-adhesive label inkjet printers DYl and DY2, and two power input ends (pins 1 and 2) of the switching power supply ICl by wires. Two power output ends (pins 3 and 4) of the switching power supply ICl are respectively connected with pins 1 and 2 of the finished product IC2 of microcomputer time control switch at two power input ends of the time controller and two power input ends (pins 1 and 2) of the two photoelectric switches IC3 and IC4 by wires. A negative power output end (pin 4) of the switching power supply ICl is connected with a negative power input end of the buzzer B by a wire. Positive power output ends (pins 3) of the two photoelectric switches IC3 and IC4 are connected with a positive power input end of the buzzer B by wires. One USB plug (USB) is plugged into a USB socket of the PC; two data terminals of one USB plug (USB) are (two 5V power terminals of the USB plug do not need to be) respectively connected with two control power input ends of the relay KI of the time controller by data wires. Two normally closed contact ends of the relay KI at two terminals of one signal output end of the time controller are respectively connected with two data terminals of a second USB plug (USB1) by data wires; two normally open contact ends of the relay KI at two terminals of a second signal output end of the time controller are respectively connected with two data terminals of a third USB plug (USB3) by data wires; and the second USB plug (USB1) and the third USB plug (USB2) are respectively plugged into USB sockets of the two self-adhesive label inkjet printers DYl and DY2.
As shown in Figs. 1, 2 and 3, when the invention is used, after the PC and the two
self-adhesive label inkjet printers DYl and DY2 are started by turning on power switches and
inputting 220V power, the PC and the two self-adhesive label inkjet printers DYl and DY2 are
in energized working state (Before use, the two self-adhesive label inkjet printers DYl and DY2
are respectively equipped with a self-adhesive label paper roll 12 to be printed, the front ends of
the two self-adhesive label paper rolls 12 to be printed are pulled out a section from the two
transversely distributed openings 10 in the front part of the housing, and the lower parts of the
self-adhesive label paper 12 output from the front label outlets of the two self-adhesive label
inkjet printers are respectively located on the upper parts of the detecting heads of the two
photoelectric switches IC3 and IC4.), and the printers are controlled to print by the user through
PC interface using a control method which is the same as that of the existing self-adhesive label
inkjet printers. After the 220V AC power enters pins 1 and 2 of the switching power supply IC1,
under the action of an internal circuit of the switching power supply IC1, pins 3 and 4 thereof
will output stable 12V DC power which enters pins 1 and 2 of the finished product IC2 of
microcomputer time control switch and pins 1 and 2 of the two photoelectric switches IC3 and
IC4, thus the finished product IC2 of microcomputer time control switch and the two
photoelectric switches IC3 and IC4 are in energized working state. In use, when the finished
product IC2 of microcomputer time control switch is energized, timing will be performed by the
product under the action of the internal circuit thereof. After the printers are controlled to print
by the user through PC interface for the first time using a control method which is the same as
that of the existing self-adhesive label inkjet printers, no power is output by pins 3 and 4 of the
finished product IC2 of microcomputer time control switch at the beginning, the relay KI is not
energized, and the two control power input ends and the two normally closed contact ends
thereof are respectively connected; one USB plug (USB) is plugged into a USB socket of the PC,
two data terminals of one USB plug (USB) are respectively connected with two control power input ends of the relay KI by data wires, two normally closed contact ends of the relay KI are respectively connected with two data terminals of the second USB plug (USBI) by data wires, and the second USB plug (USBI) is plugged into the USB socket of a first self-adhesive label inkjet printer DY, therefore, at this moment, the control data signal output by the PC through the USB socket and one USB plug will enter the USB socket of the first self-adhesive label inkjet printer DY1 through the two control power input ends of the relay KI and the two normally closed contact ends of the relay KI, the first self-adhesive label inkjet printer DYl is now directly under the control command of the PC to work, and self-adhesive labels are continuously printed by the first self-adhesive label inkjet printer DYl under the inherent function of the first self-adhesive label inkjet printer DYl. After the finished product IC2 of microcomputer time control switch is energized and works for 20 minutes, power will be output by pins 3 and 4 thereof for 20 minutes at the time set by the user and enter the two power input ends of the relay KI, thus the relay K is energized and engaged, the two control power input ends and the two normally open contact ends thereof are respectively connected, and the two control power input ends and the two normally closed contact ends thereof are respectively disconnected; the two normally closed contact ends of the relay K are respectively connected with the two data terminals of the second USB plug (USB1) by data wires, and the second USB plug (USBI) is plugged into the USB socket of the first self-adhesive label inkjet printer DYl, therefore, at this moment, after the relay KI is de-energized and disengaged, the first self-adhesive label inkjet printer DYl will stop working and no longer print self-adhesive labels because no control command signal is output from the PC. One USB plug (USB) is plugged into the USB socket of the PC, two data terminals of one USB plug (USB) are respectively connected with two control power input ends of the relay KI by data wires, two normally open contact ends of the relay KI are respectively connected with two data terminals of the third USB plug (USB2) by data wires, and the third USB plug (USB2) is plugged into the USB socket of a second self-adhesive label inkjet printer DY2, therefore, at this moment, the control data signal output by the PC through the USB socket and one USB plug will enter the USB socket of the second self-adhesive label inkjet printer DY2 through the two control power input ends of the relay KI and the two normally open contact ends of the relay K, the second self-adhesive label inkjet printer DY2 is now directly under the control command of the PC to work, and self-adhesive labels are continuously printed by the second self-adhesive label inkjet printer DY2 under the inherent function of the second self-adhesive label inkjet printer DY2. After a time interval of 20 minutes, power output by pins 3 and 4 of thefinished product IC2 of microcomputer time control switch will be stopped for 20 minutes at the time set by the user, the relay K is de-energized and disengaged, the two control power input ends and the two normally closed contact ends thereof are respectively connected, the two control power input ends and the two normally open contact ends thereof are respectively disconnected, the second self-adhesive label inkjet printer DY2 will stop working and no longer print self-adhesive labels because no control command signal is output from the PC, thefirst self-adhesive label inkjet printer DY1 is directly under the control command of the PC to work again, and self-adhesive labels are continuously printed by the first self-adhesive label inkjet printer DY under the inherent function of the first self-adhesive label inkjet printer DY; after a time interval of 20 minutes, power is output again by pins 3 and 4 of the finished product IC2 of microcomputer time control switch for 20 minutes at the time set by the user, the relay K is energized and engaged, the second self-adhesive label inkjet printer DY2 starts to print self-adhesive labels again, and the first self-adhesive label inkjet printer DYl stops printing self-adhesive labels again...; the process is circulated continuously; under the action of the finished product IC2 of microcomputer time control switch, the first self-adhesive label inkjet printer DY1 and the second self-adhesive label inkjet printer DY2 will work alternately for 20 minutes every other 20 minutes to print self-adhesive labels alternately in a continuous circulation until the user disconnects a main power supply; after the two printers start to work alternately, no manual operation is required during work, and the whole process can be automated. As shown in Figs. 1, 2 and 3, after the two photoelectric switches IC3 and IC4 are energized to work, and before use, the two self-adhesive label inkjet printers DYl and DY2 are respectively equipped with a self-adhesive label paper roll 12 to be printed, the front ends of the two self-adhesive label paper rolls 12 to be printed are pulled out a section from the two transversely distributed openings 10 in the front part of the housing, the lower parts of the self-adhesive label paper 12 output from the front label outlets of the two self-adhesive label inkjet printers are respectively located on the upper parts of the detecting heads of the two photoelectric switches IC3 and IC4, and the distance between the lower parts of the self-adhesive label paper 12 and the upper parts of the detecting heads of the two photoelectric switches IC3 and IC4 is only about 4 cm, therefore no high level is output by pins 3 of the two photoelectric switches IC3 and IC4; when the self-adhesive label paper roll(s) to be printed in one or both of the two self-adhesive label inkjet printers DYl and DY2 is (are) used up, no self-adhesive label paper 12 is output any longer from one or both of the front label outlets of the two self-adhesive label inkjet printers, and the upper part(s) of the detecting head(s) of one or both of the two photoelectric switches IC3 and IC4 is not blocked; at this moment, the distance between the detecting head(s) of one or both of the two photoelectric switches IC3 and IC4 and the inner upper end of the housing is about 13 cm, which exceeds the setting that the detecting heads of the two photoelectric switches IC3 and IC4 can detect objects within a distance of 9 cm, therefore, a high level will be output by pin(s) 3 of one or both of the photoelectric switches IC3 and IC4 under the action of the internal circuit(s) of one or both of the photoelectric switches IC3 and IC4 and enter the positive power input end of the buzzer B; since the negative pole of the buzzer B is connected with pin 4 of the switching power supply IC1, at this moment, the buzzer
B will be energized and emit a loud warning sound, so as to prompt the user that the
self-adhesive label paper roll(s) 12 to be printed in one or both of the two self-adhesive label
inkjet printers DYl and DY2 is (are) used up, and a new self-adhesive label paper roll(s) to be
printed shall be equipped in time to ensure the normal operation of the self-adhesive label inkjet
printer(s). In the invention, since pins 3 of the photoelectric switches IC3 and IC4 are connected
with the positive power input end of the buzzer B, as long as one printer is out of paper, the
buzzer B will make a sound, which ensures the normal operation of the printer. In order to
achieve a reliable alarm, the two printers are placed on a desktop, etc.; after being printed, the
printing paper is continuously output and falls to a lower position such as the desktop; therefore,
after the printing paper is printed, under the action of gravity, the rear end of the printing paper
will fall downward from the middle part of the lower end of the label outlets 9 of the two
self-adhesive label inkjet printers and the transverse openings 10 at the front end of the housing,
so as to ensure that the upper detecting heads of the photoelectric switches will not be blocked after the printing paper is used up. The invention achieves the purposes of having low cost and automatic control, bringing convenience to users and improving work efficiency. For the above reasons, the invention has a good application prospect. In Fig. 3, the brand of the relay KI is
Songle, the model is SLA-12VDC-SL, and the relay KI has two power input ends, two control
power input ends, two normally closed contact ends and two normally open contact ends.
The above shows and describes the basic principle and main features of the invention and the
advantages of the invention. For those skilled in the art, apparently, the invention is not limited to
details of the above demonstrative embodiments. Moreover, the invention can be realized in
other specific forms without departing from the spirit or basic feature of the invention. Therefore,
in all respects, the embodiments shall be regarded to be demonstrative and nonrestrictive. The
scope of the invention is defined by appended claims, rather than the above description.
Therefore, the invention is intended to include all changes falling into the meaning and the scope
of equivalent elements of claims within the invention.
In addition, it shall be understood that although the description is explained in accordance
with the embodiments, not every embodiment only includes one independent technical solution.
This narration mode of the description is only for clarity. Those skilled in the art shall regard the
description as a whole, and the technical solution in each embodiment can also be appropriately
combined to form other embodiments understandable for those skilled in the art.
Claims (6)
1. A self-adhesive label inkjet printer control device, comprising a switching power supply,
photoelectric switches, a time controller and a buzzer, and provided with a housing; two
self-adhesive label inkjet printers are respectively installed in the housing from left to right; front
label outlets of the two self-adhesive label inkjet printers are respectively located outside two
transversely distributed openings in the front part of the housing; the lower parts of two
photoelectric switches are respectively installed on the lower part of the inner front end of the
housing, and the upper parts of the two photoelectric switches are respectively located on the
middle part of the lower end of the label outlets of the two self-adhesive label inkjet printers; the
switching power supply, the time controller and the buzzer are installed on a circuit board; the
circuit board is installed in an element box; the element box is installed on the inner rear side of
the housing; a 220V AC power supply is respectively connected with two power input ends of a
PC, two self-adhesive label inkjet printers and the switching power supply by wires; two power
output ends of the switching power supply are respectively connected with two power input ends
of the time controller and the two photoelectric switches by wires; a negative power output end
of the switching power supply is connected with a negative power input end of the buzzer by a
wire; positive power output ends of the two photoelectric switches are connected with a positive
power input end of the buzzer by wires; one USB plug is plugged into a USB socket of the PC;
two data terminals of one USB plug are respectively connected with two control power input
ends of the time controller by data wires; two terminals of one signal output end of the time
controller are respectively connected with two data terminals of a second USB plug by data
wires; two terminals of a second signal output end of the time controller are respectively
connected with two data terminals of a third USB plug by data wires; and the second and the
third USB plugs are respectively plugged into USB sockets of the two self-adhesive label inkjet
printers.
2. The self-adhesive label inkjet printer control device according to claim 1, wherein the lower
parts of self-adhesive label paper output from the front label outlets of the two self-adhesive
label inkjet printers are respectively located on the upper parts of the detecting heads of the two
photoelectric switches.
3. The self-adhesive label inkjet printer control device according to claim 1, wherein the switching power supply is a 220V AC-to-DC switching power supply module.
4. The self-adhesive label inkjet printer control device according to claim 1, wherein each photoelectric switch is a laser diffuse reflection photoelectric switch.
5. The self-adhesive label inkjet printer control device according to claim 1, wherein the time controller comprises a microcomputer time control switch and a relay which are connected by circuit board wiring, and two power output ends (pins 3 and 4) of the microcomputer time control switch are respectively connected with two power input ends of the relay.
6. The self-adhesive label inkjet printer control device according to claim 1, wherein the buzzer is an active continuous audio alarm.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202022241626.5 | 2020-10-10 | ||
| CN202022241626.5U CN213322312U (en) | 2020-10-10 | 2020-10-10 | Control device of ink-jet printer with adhesive label |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| AU2020102929A4 true AU2020102929A4 (en) | 2020-12-17 |
Family
ID=73746686
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| AU2020102929A Ceased AU2020102929A4 (en) | 2020-10-10 | 2020-10-21 | Self-Adhesive Label Inkjet Printer Control Device |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN213322312U (en) |
| AU (1) | AU2020102929A4 (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115230340A (en) * | 2022-07-27 | 2022-10-25 | 深圳诺优学科技有限公司 | Intelligent identification system printer |
-
2020
- 2020-10-10 CN CN202022241626.5U patent/CN213322312U/en not_active Expired - Fee Related
- 2020-10-21 AU AU2020102929A patent/AU2020102929A4/en not_active Ceased
Also Published As
| Publication number | Publication date |
|---|---|
| CN213322312U (en) | 2021-06-01 |
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