A kind of smart label printing system
Technical field
The present invention relates to the print system field, refer more particularly to a kind of smart label printing system.
Background technology
Print sign, traditional mode mainly is by sign software for editing sign size as required, by hand dipping length, width arranges length and the width that identifies in the sign software for editing, because non-What You See Is What You Get, need by continuous test printing, constantly adjust print position, finally print satisfied sign.Simultaneously because the consumptive material of traditional uncontrollable use of label machine has used incompatible label can cause printing effect and effect in advance that bigger difference is arranged.
The shortcoming of prior art is each newly-increased or replacing sign specification, all needs equipment is reset, and has influenced printing effect.Under the major premise of the human cost that constantly rises, more and more enterprises all needs to solve efficiency.At this shortcoming, the application by communicating with one another between rfid interrogator and electronic tag, solves the character that various consumptive material can independently be informed the label machine consumptive material in the technical RFID of Internet-of-things technology of having introduced of existing label printing.
Summary of the invention
The objective of the invention is to overcome above-mentioned weak point of the prior art and provide a kind of simple in structure, high efficiency, Practical Intelligent label printing system.
The present invention realizes in the following way:
A kind of smart label printing system, it is characterized in that: comprise processor module A, sensor assembly B, communication module C, printout control module D, RFID module E, the green indicating lamp module F of reddish yellow, key-press module G, power module H, described sensor assembly B is transferred to processor module A with consumptive material situation and printer self-condition; Described communication module C and processor module A transmit data mutually; Described key-press module G is transferred to processor module A with user command information; Described processor module A is transferred to printout control module D after receiving information and processing, and printout control module D drives printhead module O, stepper motor P and prints action; Described processor module A receives information and handles back and RFID module E swap data, and RFID module E is by RFID antenna R and intelligent consumptive material module Q wireless connections; Described processor module A is transferred to the green indicating lamp module F demonstration of reddish yellow use state after receiving information and processing; Described power module H provides power information to processor module A.
Described communication module C is connected with PC by serial port module M.
Described communication module C is connected with PC by USB module N.
Described sensor assembly B is connected with cover switch module I, black millimeter paper sensor J, gap paper sensor K, carbon ribbon sensor L respectively.
Beneficial effect of the present invention is: introduced the RFID of Internet-of-things technology, by wireless telecommunications, make label machine can initiatively remove to identify the consumptive material of putting into, and the material by identifying, come the more specification of new material of active, with optimal printing configuration, realize finally that anyone can make things convenient for to use label machine efficiently.
Description of drawings
Fig. 1 structural representation of the present invention.
The specific embodiment
Now by reference to the accompanying drawings, the specific embodiment of the invention is described in detail in detail:
As shown in Figure 1, a kind of smart label printing system, comprise processor module A, sensor assembly B, communication module C, printout control module D, RFID module E, the green indicating lamp module F of reddish yellow, key-press module G, power module H, sensor assembly B is transferred to processor module A with consumptive material situation and printer self-condition; Communication module C transmits the data of PC data and processor module A mutually; Key-press module G is transferred to processor module A with user command information; Processor module A is transferred to printout control module D after receiving information and processing, and printout control module D drives printhead module O, stepper motor P and prints action; Processor module A receives information and handles back and RFID module E swap data, and RFID module E and intelligent consumptive material module Q carry out radio-frequency communication by RFID antenna R; Processor module A is transferred to the green indicating lamp module F demonstration of reddish yellow use state after receiving information and processing; Power module H provides power information to processor module A.
Communication module C of the present invention is connected with PC by serial port module M.
Communication module C of the present invention is connected with PC by USB module N.
Sensor assembly B of the present invention is connected with cover switch module I, black millimeter paper sensor J, gap paper sensor K, carbon ribbon sensor L respectively.
The present invention has the function of automatic identification variety classes consumptive material, can show the situation of consumptive material on print system, realizes printing intelligent; And can carry out the consumptive material counting to the number of printing, also the consumptive material that can only allow to authenticate is printed, and has antiforge function; With electronic tag, electronic tag is recording the attribute of consumptive material, as type, pattern, size, color etc. at intelligent consumptive material module Q.Different intelligent consumptive material module Q with electronic tag recording different attributes; Open the smart label printing system during printing, click automatic identification by key-press module G and can send instruction, director data is transferred to processor module A, processor module A judges that back control RFID module E identifies; In the RFID module E identifying, by the read-write to the electronic tag memory cell on the intelligent consumptive material module Q, can read, revise the attribute of consumptive material, parameters such as number of copies; After the RFID module E identification, feedback information is turned back to processor module A, transmit back in the PC system display operation result by communication module C again; If successfully recognize intelligent consumptive material module Q, then upgrade relevant configuration, realize at last printing.
RFID antenna R of the present invention is installed in the printer relevant position, and in order accurately to identify, RFID antenna R should be over against the electronic tag on the consumptive material.Electronic tag on RFID antenna R and the intelligent consumptive material module Q has been realized the space coupling (contactless) of radiofrequency signal, in coupling channel, according to sequential relationship, realizes the transmission of energy, the exchange of data.RFID module E sends read-write by RFID antenna R, reads and writes the storage information of the electronic tag inside of adhering on the intelligent consumptive material module Q; Information with electronic tag passes back to processor module A again, finally passes through the situation that communication module C transmits back PC and shows printing consumables at PC.