CN209911998U - Cigarette online coding device - Google Patents
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- CN209911998U CN209911998U CN201921016969.2U CN201921016969U CN209911998U CN 209911998 U CN209911998 U CN 209911998U CN 201921016969 U CN201921016969 U CN 201921016969U CN 209911998 U CN209911998 U CN 209911998U
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- 235000019504 cigarettes Nutrition 0.000 title claims abstract description 74
- 238000004519 manufacturing process Methods 0.000 claims description 21
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- 238000010009 beating Methods 0.000 claims description 4
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- 238000007639 printing Methods 0.000 abstract description 31
- 238000004806 packaging method and process Methods 0.000 abstract description 13
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Abstract
The utility model discloses an on-line cigarette code assigning device, which comprises a box packaging code printing device, a strip packaging code printing device and a case code printing device, wherein the box packaging code printing device prints two-dimensional codes on box packaging and writes collected two-dimensional code information into a box packaging two-dimensional code first-in first-out buffer sequence; the strip package code printing equipment prints the two-dimensional code on the strip package, writes the collected two-dimensional code information into a strip package two-dimensional code first-in first-out buffer sequence, and associates the two-dimensional code information with the two-dimensional code information extracted from the box package two-dimensional code first-in first-out buffer sequence; the case code printing equipment prints the two-dimensional code on the case package, and associates the collected two-dimensional code information with the two-dimensional code information extracted from the bar package two-dimensional code first-in first-out buffer sequence. The utility model discloses a with the information correlation between box, strip, case, can realize tracing back every box, every case cigarette, reduce and stop the emergence of false cigarette and scurrying the goods phenomenon.
Description
Technical Field
The utility model relates to the field of information technology, concretely relates to cigarette is online to endow sign indicating number device.
Background
Because cigarettes are very popular with consumers, counterfeiters produce a large amount of fake cigarettes to flow into the market, on one hand, the benefits of the country are damaged, and on the other hand, because the materials and the mouthfeel of the fake cigarettes are very poor, the public praise of a part of brands of tobaccos is seriously damaged. China is the largest tobacco market in the world, counterfeit cigarettes disturb the market and damage the resource, and the substantial damage to the health of the people and the financial tax is difficult to estimate.
The so-called channel conflict is a marketing phenomenon that due to the fact that agents, branch companies and the like at all levels in a distribution network are driven by benefits, distributed products are sold across regions, price confusion is caused, other distributors lose confidence in the products, and consumers lose confidence in brands.
The prior known anti-counterfeit technology for anti-channel conflict technology and counterfeit cigarettes mainly comprises the steps of endowing a unique and identifiable mark to a cigarette commodity in a production link, recording the flow direction of each product in the circulation process, and finally collecting the actual consumption place of the product in a consumption market so as to judge whether the commodity has channel conflict; or the commodity user identifies the fake cigarette through a special inquiry channel. However, the above methods have certain problems in terms of implementation.
Because the labels from cigarette box packaging, strip packaging to carton packaging exist independently, the flow directions of all products need to be recorded in the circulation process, the labels of the boxes, strip boxes or cartons need to be collected one by one in an actual consumption place and sent back to a database so as to know whether goods fleeing exists or not, the goods fleeing prevention process is complicated, partial goods can be missed without paying attention, and the phenomenon of goods fleeing cannot be completely avoided.
The wholesale sale, sale and distribution of cigarettes are carried out by taking carton packages as units, the retail sale of the cigarettes is generally carried out by taking box packages as units, once a strip-packaged cigarette is taken out of the carton package or a box-packaged cigarette is taken out of the strip package, the condition that the box-packaged cigarette comes from which strip package or the strip-packaged cigarette comes from which carton package cannot be inquired, the whole-process logistics tracking of each box, each strip and each box of cigarettes cannot be carried out, the quality problem cannot be traced, and the occurrence of the false cigarette phenomenon cannot be reduced and avoided by the conventional anti-counterfeiting technology.
SUMMERY OF THE UTILITY MODEL
For solving the above-mentioned problem that exists among the prior art, the utility model discloses a cigarette is coding device on line through the two-dimensional code of printing unique identification on the box package, strip package and the case and bag dress at the cigarette to with box, strip, package three's two-dimensional code information correlation, can carry out commodity circulation tracking and control to the cigarette, realize traceing back of product, reduce and stop the emergence of false cigarette and scurrying goods phenomenon.
The utility model provides a following technical scheme:
a cigarette on-line code marking device comprises a box package code marking device, a strip package code marking device and a case code marking device, wherein the box package code marking device comprises a first code marking industrial personal computer, a first laser code marking machine, a first acquisition lens and a first acquisition industrial personal computer;
the bar package code printing equipment comprises a second code printing industrial personal computer, a second laser code printing machine, a second acquisition lens and a second acquisition industrial personal computer, wherein the second code printing industrial personal computer controls the second laser code printing machine to print two-dimensional codes on bar packages, the second acquisition lens acquires two-dimensional code information on each bar package and sends the two-dimensional code information to the second acquisition industrial personal computer, the second acquisition industrial personal computer writes the received two-dimensional code information into a bar package two-dimensional code first-in first-out buffer sequence and writes the received two-dimensional code information into a database in a correlated manner with two-dimensional code information extracted from a box package two-dimensional code first-in first-out buffer sequence;
case and bag coding equipment includes that the third beats sign indicating number industrial computer, third laser coding machine, third acquisition camera lens and third collection industrial computer, the third beats sign indicating number industrial computer control the third laser coding machine prints the two-dimensional code on case and bag dress, the third acquisition camera lens gathers the two-dimensional code information on every case and bag dress and sends to the third gathers the industrial computer, the third gathers the industrial computer and writes in the database with the two-dimensional code information of receiving and the two-dimensional code information that draws in from strip packing two-dimensional code first-out buffer sequence in the relevant.
Further, the box package coding equipment comprises a clamping device, and the position of the clamping device corresponds to the position of the first laser coding machine.
Furthermore, the clamping device comprises two dynamic clamping belts consisting of a synchronous motor linkage shaft and a transmission belt.
Furthermore, the box package coding equipment, the strip package coding equipment and the case coding equipment all comprise detection and rejection devices, and the detection and rejection devices are arranged between the corresponding laser coding machine and the collecting lens.
Furthermore, the detection and rejection device comprises a code reader and a rejection switch, and the code reader and the rejection switch are both connected with the corresponding acquisition industrial personal computer.
Further, 1) the code reader reads the two-dimensional code of the box package, the strip package or the box package, and if the two-dimensional code is read normally, a success signal is sent to the corresponding acquisition industrial personal computer; if the reading is abnormal, sending a rejection signal to a corresponding acquisition industrial personal computer;
2) the acquisition industrial personal computer writes the signal sent by the code reader into an operation buffer queue of the eliminating switch;
3) the rejection switch operates according to the signals extracted from the operation buffer queue, and rejects the signals at the top end of the current operation buffer queue if successful signals are extracted; if the rejection signal is extracted, rejecting unqualified box packages, strip packages or box packages.
Furthermore, the case coding equipment further comprises a label attaching device used for attaching the RFID label to the case.
Further, the two-dimension code information comprises machine, product, package, brand, time, group and/or production batch.
Compared with the prior art, the beneficial effects of the utility model are that:
1. the utility model writes the corresponding relation between the two-dimension code information of the box and the bag, the two-dimension code information of the strip and the bag into the database in real time, and can realize the dynamic association of the two-dimension code content on the box, the strip and the box, including variable data of specification, machine, team, batch, time and the like, so that the information association among the box, the strip and the box is integrated, and the whole traceable mechanism of the industry is realized;
2. the utility model can comprehensively trace the source of each cigarette box, each cigarette strip and each cigarette box by tracking the whole logistics of each cigarette box, each cigarette strip and each cigarette box, trace the quality problem and effectively prevent the actions such as goods fleeing and the like; the anti-counterfeiting technical level of the cigarettes is improved, and anti-counterfeiting inquiry of each box and each cigarette can be realized through an information device;
3. the utility model discloses a mode of beating the sign indicating number on line is safer than the printing coding, beats the sign indicating number link and unifies inside the trade, has reduced the risk of revealing of the data of being involved, can avoid producing the data shaft of two-dimensional code simultaneously.
Drawings
Fig. 1 is a schematic structural diagram of an embodiment of a box package coding device in an online cigarette coding device according to the utility model.
Fig. 2 is a schematic structural diagram of an embodiment of a bar-packet coding device in an on-line cigarette coding device according to the utility model.
Fig. 3 is a schematic structural diagram of an embodiment of a box coding device in an online cigarette coding device.
Fig. 4 is a schematic structural diagram of an embodiment of the clamping device in the cigarette on-line coding device according to the present invention.
Wherein, 10-box package coding equipment, 11-clamping device, 111-synchronous motor linkage shaft, 112-transmission belt, 12-first coding industrial computer, 13-first laser coding machine, 14-first code reader, 15-rejecting switch, 16-first collecting lens, 17-first collecting industrial computer, 20-strip package coding equipment, 21-strip package clamping device, 22-second coding industrial computer, 23-second laser coding machine, 24-second code reader, 25-mechanical rejecting switch, 26-second collecting lens, 27-second collecting industrial computer, 30-box coding equipment, 31-clamping device, 32-third coding industrial computer, 33-third laser coding machine, 34-third code reader, 35-mechanical rejecting switch, 36-third acquisition lens, 37-third acquisition industrial personal computer.
Detailed Description
The following description is provided to disclose the invention so that others skilled in the art may practice it. The preferred embodiments in the following description are given by way of example only, and other obvious variations will occur to those skilled in the art. The basic principles of the invention, as defined in the following description, may be applied to other embodiments, variations, modifications, equivalents and other technical solutions without departing from the spirit and scope of the invention.
The utility model discloses an online coding device of cigarette, include that the box package that sets gradually in the direction of delivery of conveyer belt beats sign indicating number equipment 10, strip package and beats sign indicating number equipment 20 and case and bag and beat sign indicating number equipment 30, box package is beaten sign indicating number equipment 10, strip package and is beated sign indicating number equipment 20 and case and bag and beat sign indicating number equipment 30 and print this box package, strip package or the two-dimensional code of case and bag packing of unique sign respectively on the box package, strip package and the case and bag packing of cigarette, gathers the two-dimensional code information on every box package, strip package or the case packing, the two-dimensional code information includes board, product, packing, brand, time, team and/or production batch etc. through general box package two-dimensional code information, strip package two-dimensional code information and case package two-dimensional code information interrelatedness, realize traceable of product.
The box package coding device 10, the strip package coding device 20 and the box coding device 30 all comprise coding industrial personal computers, laser coding machines, code readers, rejection switches, collecting lenses and collecting industrial personal computers, and the difference is that manufacturers and models of all components are slightly different.
As shown in fig. 1, for the utility model discloses a structural schematic diagram of an embodiment of box package coding equipment in cigarette online coding device, particularly, box package coding equipment 10 includes clamping device 11, first coding industrial computer 12, first laser coding machine 13, first code reader 14, rejection switch 15, first acquisition lens 16 and first acquisition industrial computer 17, first coding industrial computer 12 is connected with first laser coding machine 13, first code reader 14, rejection switch 15 and first acquisition lens 16 all with first acquisition industrial computer 17 links to each other, clamping device 11's position with first laser coding machine 13's position is corresponding for the clamping box packing makes it fix on the conveyer belt, so that carry out the accurate coding to it; the first coding industrial personal computer 12 is responsible for safe code sending and is communicated with the master control server; the first laser coding machine 13 is used for printing a two-dimensional code uniquely identifying the box package on the box package at the current position of the conveyor belt; the first code reader 14 is used for reading the two-dimensional code on the box package and sending a collecting signal to the first collecting industrial personal computer 17, and the first collecting industrial personal computer 17 judges whether the removing switch 15 is started or not according to the received collecting signal; before entering a strip package, the first acquisition lens 16 acquires two-dimensional code information on each box package and sends the two-dimensional code information to the first acquisition industrial personal computer 17; the first acquisition industrial personal computer 17 writes the received two-dimension code information into a box package two-dimension code first-in first-out buffer sequence.
The first code reader 14 photographs the cigarette box packages passing through the coding machine and reads the two-dimensional codes on the cigarette box packages, and if the cigarette box packages are read normally, a success signal is sent to the first acquisition industrial personal computer 17; if the reading is abnormal, a rejection signal is sent to a first acquisition industrial personal computer 17, the first acquisition industrial personal computer 17 writes a signal (a success signal or a rejection signal) sent by the first code reader into an operation buffer queue of a rejection switch, the rejection switch 15 operates according to the signal extracted from the operation buffer queue, and if the success signal is extracted, a signal at the top end of the current operation buffer queue is rejected; and if the rejection signal is extracted, rejecting the box package with unqualified two-dimensional code detection.
The reject switch 15 may be a pneumatic reject switch or a mechanical reject switch, preferably a pneumatic reject switch to avoid damage to the cartridge package, since most cartridge packages are soft and easily damaged, but relatively light, and thus can be rejected using a pneumatic reject switch.
As shown in fig. 2, for the utility model discloses a structural schematic diagram of an embodiment of cigarette on-line coding device strip package coding equipment, particularly, strip package coding equipment 20 includes strip package clamping device 21, second coding industrial computer 22, second laser coding machine 23, second bar code reader 24, mechanical rejection switch 25, second acquisition lens 26 and second acquisition industrial computer 27, second coding industrial computer 22 is connected with second laser coding machine 23, second bar code reader 24, mechanical rejection switch 25 and second acquisition lens 26 all link to each other with second acquisition industrial computer 27, the position of strip package clamping device 21 with the position of second laser coding machine 23 is corresponding for the clamping strip packing makes it fix on the conveyer belt, so that carry out the accuracy coding to it; the second coding industrial personal computer 22 is responsible for safe code sending and is communicated with the master control server; the second laser coding machine 23 is used for printing a two-dimensional code uniquely identifying a strip package at the current position of the conveyor belt on the strip package; the second code reader 24 is used for reading the two-dimensional code on the bar package and sending an acquisition signal to the second acquisition industrial personal computer 27, and the second acquisition industrial computer 27 judges whether to start the mechanical rejection switch 25 according to the received acquisition signal; before the two-dimensional code information of each strip package is put into a box and packaged, the second acquisition lens 26 acquires the two-dimensional code information of each strip package and sends the two-dimensional code information to the second acquisition industrial personal computer 27, the second acquisition industrial personal computer 27 writes the received two-dimensional code information into a strip package two-dimensional code first-in first-out buffer sequence, and correlates the received two-dimensional code information with the first n pieces of two-dimensional code information extracted from a box package two-dimensional code first-in first-out buffer sequence, namely, the second acquisition industrial personal computer 27 writes the corresponding relation between the strip package two-dimensional code information and the n pieces of box package two-dimensional code information (including information of a production machine, a brand, production time, a team and/or production batch) contained in the strip package two-dimensional code information into a background database in real time, establishes the correlation relation between the strip package and the box package, and can trace the two-dimensional code information of the strip. Where n is the number of cigarettes in a carton, n is preferably, but not limited to, 10.
As shown in fig. 3, for the utility model discloses a structural schematic diagram of an embodiment of a case and bag coding device in cigarette online coding device, particularly, case and bag coding device 30 includes case and bag clamping device 31, third coding industrial computer 32, third laser coding machine 33, third code reader 34, mechanical rejection switch 35, third acquisition lens 36 and third acquisition industrial computer 37, third coding industrial computer 32 is connected with third laser coding machine 33, third code reader 34, mechanical rejection switch 35 and third acquisition lens 36 all link to each other with third acquisition industrial computer 37, the position of case and bag clamping device 31 with the position of third laser coding machine 33 is corresponding for the centre gripping case packing makes it fix on the conveyer belt, so that carry out the accuracy coding to it; the third coding industrial personal computer 32 is responsible for safe code sending and is communicated with the master control server; the third laser coding machine 33 is used for printing a two-dimensional code uniquely identifying the box package on the box package at the current position on the conveyor belt; the third reader 34 is used for reading the two-dimensional code on the box package and sending an acquisition signal to the third acquisition industrial personal computer 37, and the third acquisition industrial computer 37 judges whether to start the mechanical rejection switch 35 according to the received acquisition signal; the third collecting lens 36 collects two-dimensional code information on each box package and sends the two-dimensional code information to the third collecting industrial personal computer 37, the third collecting industrial personal computer 37 correlates the received two-dimensional code information with the first m pieces of two-dimensional code information extracted from the strip package two-dimensional code first-in first-out buffer sequence, namely, the third collecting industrial personal computer 37 writes the corresponding relation between the box package two-dimensional code information and the m pieces of strip package two-dimensional code information (including information of a production machine, a brand, production time, a team, a production batch and the like) contained in the box package two-dimensional code information into a background database in real time, establishes the correlation between the box package and the strip package, and can trace the two-dimensional code information of the strip package and the box package by reading the two-dimensional code information of any box package. Here, m is the number of cigarettes in a carton, and preferably, m is 50, but not limited thereto.
The case coding device 30 further comprises a label attaching device for attaching an RFID label to the case. RFID technology, also known as RFID, is a communication technology, commonly known as electronic tag, that can identify a specific target by radio signals and read/write related data without establishing mechanical or optical contact between the identification device and the specific target. The RFID tag adopts a high-frequency or ultrahigh-frequency tag, so that the contents in the electronic tag can be conveniently read in a long-distance batch mode in the storage and logistics links.
Similarly, the second code reader 24 and the mechanical rejecting switch 25 in the bar-package coding device 20, and the third code reader 34 and the mechanical rejecting switch 35 in the case coding device 30 all constitute a detecting and rejecting device, which is used for detecting the two-dimensional code of the bar package or the case package on line and rejecting the bar package or the case package with unqualified two-dimensional code quality.
In addition, the structures of the clamping devices in the box code printing device, the strip code printing device and the luggage code printing device are basically the same, and only the sizes and the models are slightly different, here, the clamping device in the box code printing device is taken as an example for explanation, as shown in fig. 4, the clamping device 11 comprises two dynamic clamping belts consisting of a synchronous motor linkage shaft 111 and a transmission belt 112, the positions of the two dynamic clamping belts correspond to the position of the first laser code printing machine 13, and the dynamic clamping belts are respectively arranged on two sides above the transmission belt and used for clamping the box package to be fixed on the transmission belt so that the code printing machine can accurately print codes on the box package.
In this embodiment, the coding machine is an ultraviolet laser coding machine, or a UV dynamic inkjet printer, and the two-dimensional code is directly inkjet printed on the outer package of the product. The ultraviolet laser coding machine has multiple modes of coding on the outer package of the product, can directly print two-dimensional codes on the manufactured packaging box, also can print the two-dimensional codes on the exposed side of the packaging box in the packaging box manufacturing link or before manufacturing, and simultaneously prints verification codes corresponding to the two-dimensional codes on the folded side of the packaging box.
The utility model also discloses a cigarette is online to be given a sign indicating number method, in order to realize the correlation of box, strip, case two-dimensional code information, mainly include box package production link, strip package production link and case and bag production link, each link links to each other with the conveyer belt, realizes by box packing, strip packing to the automatic continuous production process of case packing.
In the production link of the box packet, the method comprises three steps of code printing, quality detection and elimination and two-dimensional code acquisition, and specifically comprises the following steps:
code printing: the first coding industrial personal computer 12 safely sends codes and controls the first laser coding machine 13 to print two-dimensional codes which uniquely identify the box packages on the box packages at the current position of the conveyor belt;
quality detection and elimination: the first code reader 14 reads the two-dimensional code, if the two-dimensional code cannot be read, a rejecting signal is sent to the first acquisition industrial personal computer 17, and the first acquisition industrial computer 17 starts a rejecting switch 15 to reject the cigarette packet;
collecting two-dimensional codes: before entering a strip package, a first acquisition lens 16 acquires two-dimension code information on each box package and sends the two-dimension code information to a first acquisition industrial personal computer 17, and the first acquisition industrial personal computer 17 writes the received two-dimension code information into a box package two-dimension code first-in first-out buffer sequence.
In the production link of the strip package, the method comprises four steps of code printing, quality detection and elimination, two-dimension code acquisition and two-dimension code association, and specifically comprises the following steps:
code printing: the second coding industrial personal computer 22 sends codes safely and controls the second laser coding machine 23 to print two-dimensional codes which uniquely identify the strip packages on the strip packages at the current position of the conveyor belt;
quality detection and elimination: the second code reader 24 reads the two-dimensional code, if the two-dimensional code cannot be read, a rejecting signal is sent to the second acquisition industrial personal computer 27, and the second acquisition industrial computer 27 starts the mechanical rejecting switch 25 to reject the cigarette;
collecting two-dimensional codes: before the cigarette is packed into a box, a second collecting lens 26 collects two-dimension code information on each package and sends the two-dimension code information to a second collecting industrial personal computer 27, and the second collecting industrial personal computer 27 writes the received two-dimension code information into a cigarette two-dimension code first-in first-out buffer sequence;
and (3) associating the two-dimensional codes: the second acquisition industrial personal computer 27 further associates the received two-dimension code information of the strip packet with the two-dimension code information of the first n box packages extracted from the first-in first-out buffer sequence of the two-dimension codes of the box packages and writes the corresponding relationship into the database. Wherein n is the number of cigarette packs in the strip of packaging, and the value of n is preferably 10;
in case and bag production link, including four steps of beating sign indicating number, quality detection and rejection, two-dimensional code collection, two-dimensional code correlation, specifically do:
code printing: the third coding industrial personal computer 32 safely sends codes and controls the third laser coding machine 33 to print two-dimensional codes which uniquely identify the box package on the box cigarette at the current position of the conveyor belt;
quality detection and elimination: the third code reader 34 reads the two-dimensional code, if the two-dimensional code cannot be read, a rejecting signal is sent to a third acquisition industrial personal computer 37, and the third acquisition industrial computer 37 starts a mechanical rejecting switch 35 to reject the cigarette packet;
collecting two-dimensional codes: the third acquisition lens 36 acquires the two-dimensional code information on each box package and sends the two-dimensional code information to the third acquisition industrial personal computer 37;
and (3) associating the two-dimensional codes: the third acquisition industrial personal computer 37 correlates the received two-dimensional code information of the case with the two-dimensional code information of the first m cigarette packages extracted from the two-dimensional code first-in first-out buffer sequence of the cigarette packages and writes the corresponding relation into the database, wherein m is the number of cigarette packages in the case, and the value of m is preferably 50.
To sum up, the utility model discloses following beneficial technological effect has been obtained:
1. by installing the on-line code printing equipment (for example, the on-line code printing equipment specified by the national tobacco administration) on the cigarette production line, the two-dimensional codes with unique identifiers are printed on the box package, the strip package and the case package of the cigarettes, the authenticity and the reliability of information are ensured, the information interference of other code printing modes is reduced, the data is transmitted to the tobacco industry cigarette production operation decision management device, and the industry management and control of related departments or organizations from cigarette production enterprises to retail households can be realized.
2. By establishing dynamic association of variable data such as specifications, machines, teams and groups, batches and time in the two-dimension code content of the boxes, the strips and the packets, the associated variable tracing content can be realized without acquisition, the storage requirement of data association is reduced, the data of each packet of cigarettes can be integrated, integrated and traceable from the whole industry, comprehensive control and seamless supervision are realized, the monopoly management cost of the industry is reduced, and the phenomena of false cigarettes and goods fleeing are reduced and eliminated.
3. In the aspect of tobacco bale coding cost, the cost is more saved than the mode of printing coding in the aspect of on-line coding.
Finally, it should be noted that: the above embodiments are only used to illustrate the technical solution of the present invention, and not to limit the same; although the present invention has been described in detail with reference to the foregoing embodiments, it should be understood by those skilled in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some or all of the technical features may be equivalently replaced; such modifications and substitutions do not substantially depart from the scope of the embodiments of the present invention, and are intended to be covered by the claims and the specification.
Claims (8)
1. The utility model provides an online coding device of cigarette, beats sign indicating number equipment (30) including box package coding equipment (10), strip package coding equipment (20) and case and bag, its characterized in that:
the box package coding equipment (10) comprises a first coding industrial personal computer (12), a first laser coding machine (13), a first acquisition lens (16) and a first acquisition industrial personal computer (17), wherein the first coding industrial personal computer (12) controls the first laser coding machine (13) to print two-dimensional codes on box packages, the first acquisition lens (16) acquires two-dimensional code information on each box package and sends the two-dimensional code information to the first acquisition industrial personal computer (17), and the first acquisition industrial personal computer (17) writes the received two-dimensional code information into a box package two-dimensional code first-in first-out buffer sequence;
the bar package coding equipment (20) comprises a second coding industrial personal computer (22), a second laser coding machine (23), a second acquisition lens (26) and a second acquisition industrial personal computer (27), wherein the second coding industrial personal computer (22) controls the second laser coding machine (23) to print two-dimensional codes on bar packages, the second acquisition lens (26) acquires two-dimensional code information on each bar package and sends the two-dimensional code information to the second acquisition industrial personal computer (27), and the second acquisition industrial personal computer (27) writes the received two-dimensional code information into a bar package two-dimensional code first-in first-out buffer sequence and writes the received two-dimensional code information into a database in a manner of being associated with two-dimensional code information extracted from a box package two-dimensional code first-in first-out buffer sequence;
case and bag coding equipment (30) including the third code industrial computer (32), third laser coding machine (33), third acquisition camera lens (36) and third collection industrial computer (37) of beating, the third code industrial computer (32) control of beating third laser coding machine (33) are on case and bag dress and are printed the two-dimensional code, the two-dimensional code information on every case packing is gathered in third acquisition camera lens (36) and send to the third acquires industrial computer (37), the third acquires industrial computer (37) and writes in the database with the two-dimensional code information of receiving and the two-dimensional code information that draws in from a packing two-dimensional code first-out buffer sequence in the correlation.
2. The cigarette on-line coding device according to claim 1, characterized in that: the box package coding device comprises a clamping device (11), and the position of the clamping device (11) corresponds to the position of the first laser coding machine (13).
3. The cigarette on-line coding device according to claim 2, characterized in that: the clamping device (11) comprises two dynamic clamping belts consisting of a synchronous motor linkage shaft (111) and a transmission belt (112).
4. The cigarette on-line coding device according to claim 1, characterized in that: the box package coding equipment, the strip package coding equipment and the case coding equipment all comprise detection and rejection devices, and the detection and rejection devices are arranged between the corresponding laser coding machines and the collecting lens.
5. The cigarette on-line coding device according to claim 4, characterized in that: the detection and rejection device comprises a code reader and a rejection switch, and the code reader and the rejection switch are connected with corresponding acquisition industrial personal computers.
6. The cigarette on-line coding device according to claim 5, characterized in that:
1) the code reader reads the two-dimensional codes of the box package, the strip package or the box package, and if the two-dimensional codes are read normally, a success signal is sent to the corresponding acquisition industrial personal computer; if the reading is abnormal, sending a rejection signal to a corresponding acquisition industrial personal computer;
2) the acquisition industrial personal computer writes the signal sent by the code reader into an operation buffer queue of the eliminating switch;
3) the rejection switch operates according to the signals extracted from the operation buffer queue, and rejects the signals at the top end of the current operation buffer queue if successful signals are extracted; if the rejection signal is extracted, rejecting unqualified box packages, strip packages or box packages.
7. The cigarette on-line coding device according to claim 1, characterized in that: the case coding equipment further comprises a label attaching device used for attaching the RFID label to the case.
8. The cigarette on-line coding device according to claim 1, characterized in that: the two-dimension code information comprises machine stations, products, packages, brands, time, groups and/or production batches.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921016969.2U CN209911998U (en) | 2019-07-02 | 2019-07-02 | Cigarette online coding device |
Applications Claiming Priority (1)
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| CN111348271A (en) * | 2020-03-11 | 2020-06-30 | 广西中烟工业有限责任公司 | Cigarette carton and cigarette box code scanning correlation method for eliminating accumulative errors |
| CN111348270A (en) * | 2020-03-11 | 2020-06-30 | 广西中烟工业有限责任公司 | Cigarette small box and carton code scanning correlation method for eliminating accumulation errors |
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| CN117350319A (en) * | 2023-12-06 | 2024-01-05 | 深圳华龙讯达信息技术股份有限公司 | Method and system for preventing error of product associated data |
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| CN111348271A (en) * | 2020-03-11 | 2020-06-30 | 广西中烟工业有限责任公司 | Cigarette carton and cigarette box code scanning correlation method for eliminating accumulative errors |
| CN111348270A (en) * | 2020-03-11 | 2020-06-30 | 广西中烟工业有限责任公司 | Cigarette small box and carton code scanning correlation method for eliminating accumulation errors |
| CN111348270B (en) * | 2020-03-11 | 2021-11-12 | 广西中烟工业有限责任公司 | Cigarette small box and carton code scanning correlation method for eliminating accumulation errors |
| CN114148585A (en) * | 2021-12-15 | 2022-03-08 | 上海中商网络股份有限公司 | Automatic product boxing verification device, method and system |
| CN117350319A (en) * | 2023-12-06 | 2024-01-05 | 深圳华龙讯达信息技术股份有限公司 | Method and system for preventing error of product associated data |
| CN117350319B (en) * | 2023-12-06 | 2024-05-28 | 深圳华龙讯达信息技术股份有限公司 | Method and system for preventing error of product associated data |
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