CN110728336A - High-speed scanning detection equipment for bottle caps - Google Patents
High-speed scanning detection equipment for bottle caps Download PDFInfo
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- CN110728336A CN110728336A CN201810785656.7A CN201810785656A CN110728336A CN 110728336 A CN110728336 A CN 110728336A CN 201810785656 A CN201810785656 A CN 201810785656A CN 110728336 A CN110728336 A CN 110728336A
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- G06K17/0022—Methods or arrangements for effecting co-operative working between equipments covered by two or more of main groups G06K1/00 - G06K15/00, e.g. automatic card files incorporating conveying and reading operations arrangements or provisious for transferring data to distant stations, e.g. from a sensing device
- G06K17/0025—Methods or arrangements for effecting co-operative working between equipments covered by two or more of main groups G06K1/00 - G06K15/00, e.g. automatic card files incorporating conveying and reading operations arrangements or provisious for transferring data to distant stations, e.g. from a sensing device the arrangement consisting of a wireless interrogation device in combination with a device for optically marking the record carrier
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Abstract
The invention aims to disclose a bottle cap high-speed scanning detection device, which comprises a bottle cap internal and external bar code high-speed detection system, a large box and tray coding system, a three-level bar code correlation system and an electric control system; compared with the prior art, the bottle cap internal and external code scanning acquisition is completed through a bottle cap internal and external bar code high-speed detection system under the condition of high-speed production, bad bottle caps are removed, simultaneously, scanning detected bar code data are uploaded, a large box and tray coding system associates a bar code of each box of bottle caps with a large box bar code of a box to complete the association of the bottle caps and the large boxes, a three-level bar code association system associates a large box bar code on each tray with a tray code to complete the association of the large boxes and the trays, and therefore the three-level association of the bottle caps, the large boxes and the trays is realized; the bottle cap bar code is activated by adopting a mode of independently activating the whole tray or each box, so that one object and one code of the product are really realized, the problems of the product in the aspects of anti-counterfeiting, anti-fleeing, marketing, point accumulation and the like are solved, and the aim of the invention is realized.
Description
Technical Field
The invention relates to high-speed scanning detection equipment, in particular to bottle cap high-speed scanning detection equipment for realizing multi-stage bar code association.
Background
At present, the phenomenon of counterfeiting famous brands in the market is rampant day by day, which not only brings threat to consumers but also brings strong damage to the reputation of enterprises. Therefore, a plurality of companies use means such as a production tracing system and an anti-counterfeiting and anti-channel conflict system to solve the problem. However, these do not fundamentally solve the problems of anti-counterfeiting, anti-channeling and traceability of bottle cap type products.
At present, a plurality of products adopt a mode of assigning codes inside and outside a bottle cap to realize anti-counterfeiting, anti-fleeing, marketing and integration; however, a huge leak exists, the bottle cap coding is generally completed in a cap manufacturing factory, the cap manufacturing speed of the cap manufacturing factory is very high and reaches more than 2500/min, and no equipment can scan and detect the bar code at the speed, process data and complete three-level association at present. The bottle cap coding needs to be integrally activated, the two-dimensional codes on coding raw materials, semi-finished products and unqualified products in a cap manufacturing plant are all activated, rights and interests are also given to unfinished product caps, huge potential safety hazards are caused, great manpower is wasted, and anti-counterfeiting, anti-fleeing, marketing and integrating of products are not fundamentally solved.
At present, the automation degree of some cap manufacturing plants is very high, full automation is realized in bottle cap production, full automation is also realized in bottle cap boxing and stacking, and great difficulty is caused to bottle cap scanning detection and box code association. Meanwhile, the boxing of some cover factories is dual-channel, and the equipment is multi-set, so that the application of code assignment and box code association of large boxes is limited.
Meanwhile, the number of bottle cap products in actual production is huge, reaching the level of billions or even billions, which causes huge challenges to the storage, uploading, copying and application of bottle cap bar code data and box code associated data.
Therefore, a bottle cap high-speed scanning detection device is particularly needed to solve the existing problems.
Disclosure of Invention
The invention aims to provide high-speed scanning detection equipment for bottle caps, which aims at the defects of the prior art, completes scanning and collecting internal and external codes of the bottle caps under the condition of high-speed production, eliminates bad bottle caps, simultaneously uploads scanning detected bar code data, associates a bar code of each box of bottle caps with a large box bar code of a box, completes association of the bottle caps and the large box, associates the large box bar code on each tray with the tray code, completes association of the large box and the tray, and further realizes three-level association of the bottle caps, the large box and the tray; and the bottle cap bar code is activated by adopting a mode of independently activating the whole tray or each box, so that one object and one code of the product are really realized, and the problems of the product in the aspects of anti-counterfeiting, anti-fleeing, marketing, point integration and the like are solved.
The technical problem solved by the invention can be realized by adopting the following technical scheme:
a kind of bottle lid scans the checkout gear at a high speed, characterized by that, it includes: the high-speed detection system of the inside and outside bar code of bottle lid, big case and tray coding system, tertiary bar code correlation system and electrical control system, the high-speed detection system of the inside and outside bar code of bottle lid and big case and tray coding system are connected with tertiary bar code correlation system respectively and accomplish the tertiary bar code and gather and accomplish the real-time processing of data, storage, upload and use, electrical control system is connected with the high-speed detection system of the inside and outside bar code of bottle lid respectively, big case and tray coding system and tertiary bar code correlation system and control the operation of whole equipment, big case and tray coding system and the high-speed detection system of the inside and outside bar code of bottle lid interconnect through big case pile up neatly transfer chain.
In one embodiment of the invention, the high-speed detection system for the internal and external bar codes of the bottle cap consists of a high-speed scanning detection unit, a detection control unit, a bottle cap identification, detection and conveying unit and a defective product removing unit; the input end of the bottle cap identification detection conveying unit is connected with the output end of a molding machine of a production line, the high-speed scanning detection unit and the defective product rejection unit are sequentially and respectively installed on the bottle cap identification detection conveying unit, the detection control unit is arranged on the side face of the bottle cap identification detection conveying unit, and the detection control unit is respectively in communication connection with the high-speed scanning detection unit, the bottle cap identification detection conveying unit and the defective product rejection unit.
Further, the high-speed scanning detection unit is an industrial special high-speed detection camera.
Furthermore, the bottle cap identification detection conveying unit is a high-speed conveying line and consists of a power device, a transmission device and a fixed frame; the transmission device is arranged on the fixed frame, and the power device is connected with the transmission device.
Furthermore, the detection control unit is an industrial control host and an electrical control system, and the industrial control host is respectively in communication connection with the high-speed scanning detection unit, the bottle cap identification detection conveying unit and the defective product rejection unit in a wired or wireless mode.
Further, the defective product rejecting unit consists of a rejecting device, a collecting device and a signal control device; the signal control device receives the control unit signal and is connected with the removing device, and the removing device is a pneumatic blowing device controlled by a high-speed electromagnetic valve.
In one embodiment of the invention, the large box and tray code assigning system is composed of a large box code assigning unit, a tray code assigning unit and a bar code detection unit; the large box code assigning unit is arranged at the input end of the large box stacking conveying line, the tray code assigning unit is arranged at the output end of the large box stacking conveying line, and the bar code detecting unit is arranged at the rear ends of the large box code assigning unit and the tray code assigning unit respectively.
Further, the big box code-giving unit is composed of a code generation device, a code-giving device and a photoelectric detection device, the code generation device and the code-giving device are respectively arranged on the side surface of the big box stacking conveying line, and the photoelectric detection device is arranged on the position, on the big box stacking conveying line, of the big box to detect the big box.
Still further, the coding device includes, but is not limited to, a labeler, a laser, a TIJ ink jet printer, a CIJ ink jet printer, a UV ink jet printer, and a printer.
Further, the tray code assigning unit is composed of a code generating device, a code assigning device and a photoelectric detection device; the code generating device and the code assigning device are respectively arranged on the side surface of the large box stacking conveying line, and the photoelectric detection device is arranged at the position of the detection tray on the large box stacking conveying line.
Still further, the coding device includes, but is not limited to, real-time printing labeler automatic labeling, printer printing manual labeling, RFID labels, industrial cameras, and OCR scanners.
Further, the bar code detection unit comprises a large box bar code detection unit and a tray bar code detection unit, wherein the large box bar code detection unit consists of a large box coding scanning detection device and a large box rejection device; the tray bar code detection unit is composed of a tray code-assigning scanning detection device and a tray alarm device.
In one embodiment of the invention, the three-level bar code association system consists of a bottle cap high-speed scanning detection unit, a large box bar code scanning unit, a box separation control and verification unit, a tray bar code scanning unit and a three-level association data processing unit; the large box bar code scanning unit, the box separation control and verification unit and the tray bar code scanning unit are respectively connected with the three-stage associated data processing unit through wired or wireless communication; the large box bar code scanning unit is arranged on a large box stacking conveying line, the tray bar code scanning unit is arranged on a tray coding station, and the box separation control and verification unit is arranged at the output end of the high-speed bar code detection system inside and outside the bottle cap.
Furthermore, the box separation control and verification unit consists of a blanking device, a photoelectric detection device and a scanning device; the blanking device is arranged at the output end of the high-speed bar code detection system inside and outside the bottle cap, and the photoelectric detection device and the scanning device are respectively arranged at the input end of the large box stacking conveying line.
Further, the large box barcode scanning unit and the tray barcode scanning unit include, but are not limited to, a PDA, a stationary scanner and an RFID collector, an industrial camera, an OCR scanner.
Furthermore, the three-level associated data processing unit is an industrial control host and an electrical control system.
In one embodiment of the invention, the electrical control system is composed of a control circuit board, a power supply, a control power supply, an ac/dc conversion power supply, a signal processing system, a connecting terminal and a control button, wherein the power supply, the control power supply, the ac/dc conversion power supply, the signal processing system, the connecting terminal and the control button are respectively and electrically connected with the control circuit board.
Compared with the prior art, the bottle cap high-speed scanning detection equipment has the advantages that the bottle cap internal and external code scanning acquisition is completed through the bottle cap internal and external bar code high-speed detection system under the condition of high-speed production, bad bottle caps are removed, bar code data detected by scanning are uploaded at the same time, the bar codes of each box of bottle caps are associated with the large box bar codes of boxes through the large box and tray coding system, the association of the bottle caps and the large boxes is completed, the large box bar codes on each tray are associated with the tray codes through the three-level bar code association system, the association of the large boxes and the trays is completed, and therefore the three-level association of the bottle caps, the large boxes and the trays is realized; the bottle cap bar code is activated by adopting a mode of independently activating the whole tray or each box, so that one object and one code of the product are really realized, the problems of the product in the aspects of anti-counterfeiting, anti-fleeing, marketing, point accumulation and the like are solved, and the aim of the invention is realized.
The features of the present invention will be apparent from the accompanying drawings and from the detailed description of the preferred embodiments which follows.
Drawings
Fig. 1 is a schematic structural diagram of a bottle cap high-speed scanning detection device of the present invention;
FIG. 2 is a schematic structural diagram of a high-speed detection system for internal and external bar codes of a bottle cap according to the present invention;
FIG. 3 is a schematic structural view of a large box and tray coding system of the present invention;
FIG. 4 is a schematic structural diagram of a three-level barcode correlation system according to the present invention;
FIG. 5 is a schematic diagram of the configuration of the binning control and verification unit of the present invention;
FIG. 6 is a schematic structural diagram of a defective product eliminating unit according to the present invention;
FIG. 7 is a schematic structural diagram of a large box coding unit according to the present invention;
fig. 8 is a schematic structural diagram of a tray coding unit of the present invention.
Detailed Description
In order to make the technical means, the creation characteristics, the achievement purposes and the effects of the invention easy to understand, the invention is further explained below by combining the specific drawings.
Examples
As shown in fig. 1, the bottle cap high-speed scanning detection device of the present invention comprises a bottle cap internal and external barcode high-speed detection system 100, a large box and tray coding system 200, a three-level barcode correlation system 300 and an electrical control system 400, wherein the bottle cap internal and external barcode high-speed detection system 100 and the large box and tray coding system 200 are respectively connected with the three-level barcode correlation system 300 and complete three-level barcode acquisition and real-time data processing, storage, uploading and application, and the electrical control system 400 is respectively connected with the bottle cap internal and external barcode high-speed detection system 100, the large box and tray coding system 200 and the three-level barcode correlation system 300 and controls the operation of the whole device; the large box and tray coding system 200 and the bottle cap internal and external bar code high-speed detection system 100 are connected with each other through a large box stacking conveyor line 500.
The types and data formats of the inner code and the outer code of the bottle cap are as follows: the bottle cap inner code can be a QR or DM code, and the number of data bits can reach 50 bits; the bottle cap outer code can be a QR code, a DM code or a character string, and the number of data bits can reach 20 bits; the inner code bar code and the outer code bar code and the ground color have to be two colors with large color difference and cannot be endowed to other patterns. (as shown in FIG. 4)
As shown in fig. 2, the high-speed detection system 100 for internal and external barcode of bottle cap comprises a high-speed scanning detection unit 110, a detection control unit 120, a bottle cap identification detection conveying unit 130 and a defective product removing unit 140; the input end of the bottle cap identification, detection and conveying unit 130 is connected with the output end of a molding machine of a production line, the high-speed scanning and detection unit 110 and the defective product rejection unit 140 are sequentially and respectively installed on the bottle cap identification, detection and conveying unit 130, the detection and control unit 120 is arranged on the side face of the bottle cap identification, detection and conveying unit 130, and the detection and control unit 120 is respectively communicated and connected with the high-speed scanning and detection unit 110, the bottle cap identification, detection and conveying unit 130 and the defective product rejection unit 140.
The high-speed scanning detection unit 110 is an industrial-dedicated high-speed detection camera. The high-speed scanning detection unit 110 has the characteristics of firm structure, stable performance, global exposure, high frame rate and multiple spectra, and can realize the high-speed scanning and acquisition of 2500/min bottle cap bar codes by matching with a professional customized light source.
The detection control unit 120 is an industrial control host and an electrical control system, and the industrial control host is in communication connection with the high-speed scanning detection unit 110, the bottle cap identification detection conveying unit 130 and the defective product rejection unit 140 in a wired or wireless manner.
The detection control unit 120 can automatically upload data detected by scanning, distinguish defective products, count the number of scanned and detected bottle caps according to the number of large boxes, and output a rejection signal and an alarm signal.
The bottle cap recognition, detection and conveying unit 130 is a high-speed conveying line, and is composed of a power device, a transmission device and a fixed frame; the transmission device is arranged on the fixed frame, and the power device is connected with the transmission device.
Under the condition of high-speed production, the speed of the bottle cap is very high, and scanning detection errors can be caused by the insensitivity of a photoelectric sensor and the instability of a conveying belt line; the bottle cap identification detection conveying unit 130 adopts a high-precision encoder to stabilize the measuring speed, adopts high-sensitivity photoelectricity to distinguish each bottle cap, and adopts a professional customized permanent magnet to ensure the cap flow stability of the bottle caps on a conveying line.
The defective product rejecting unit 140 is composed of a rejecting device 141, a collecting device 142 and a signal control device 143; the signal control device 143 is connected to the removing device 141, and the removing device 141 is a pneumatic blowing device. (as shown in FIG. 6)
The defective product removing unit 140 can rapidly and accurately remove defective products by adopting a high-speed solenoid valve and a blowing removing mode.
The high-speed detection system 100 for the inner and outer codes of the bottle cap adopts an independent UPS to maintain power supply, and adopts circuits such as photoelectric coupling and the like to ensure the stability of signals, thereby realizing the high-speed stable acquisition of the inner and outer codes of the bottle cap.
As shown in fig. 3, the large box and tray coding system 200 is composed of a large box coding unit 210, a tray coding unit 220 and a barcode detection unit 230; big case coding unit 210 sets up the input at big case pile up neatly transfer chain 500, and tray coding unit 220 sets up the output at big case pile up neatly transfer chain 500, and bar code detecting element 230 sets up respectively big case coding unit 210 and tray coding unit 220's rear end.
The large box code-giving unit 210 is composed of a code-generating device 211, a code-giving device 212 and a photoelectric detection device 213, wherein the code-generating device 211 and the code-giving device 212 are respectively arranged on the side surface of the large box stacking conveying line 500, and the photoelectric detection device 213 is arranged on the large box stacking conveying line 500 at the position for detecting the large box. (as shown in FIG. 7)
The code assigning device 212 includes, but is not limited to, a labeling machine, a laser, a TIJ inkjet printer, a CIJ inkjet printer, a UV inkjet printer, and a printer.
When the large box stacking conveyor line works, a large box is conveyed by the large box stacking conveyor line 500, the photoelectric detection device 213 is arranged at the position for detecting the large box, the code-giving device 212 is arranged or placed beside the large box stacking conveyor line 500, and after a photoelectric detection signal of the photoelectric detection device 213 is received, the code-giving device 212 is started to give codes in forms of labeling, code spraying, etching, printing and pasting and the like; the code generation device 211 is arranged beside the large box stacking conveying line 500 and is connected with the code endowing device 212 in a wired or wireless mode.
The tray code assigning unit 220 is composed of a code generating device 221, a code assigning device 222 and a photoelectric detection device 223; the code generation device 221 and the code endowing device 222 are respectively arranged on the side surface of the large box stacking conveying line 500, and the photoelectric detection device 223 is arranged on the large box stacking conveying line 500 at the position for detecting the tray. (as shown in FIG. 8)
The code-assigning device 222 includes, but is not limited to, real-time printing labeler automatic labeling, printer printing manual labeling, and RFID labels, industrial cameras, and OCR scanners.
In operation, after the pallets are stacked, the pallets are moved to a code-giving position, after the photoelectric detection device 223 detects the pallets, the code-giving device 222 is started to give codes in the form of (labeling by a labeling machine or writing by an RFID reader), and the code-generating device 211 is arranged beside the pallet code-giving unit 220 and connected with the code-giving device 222 in a wired or wireless mode.
The barcode detection unit 230 comprises a big-box barcode detection unit 231 and a tray barcode detection unit 232, wherein the big-box barcode detection unit 231 is composed of a big-box coding scanning detection device 2311 and a big-box removing device 2312; the tray barcode detection unit 232 is composed of a tray code-assigning scanning detection device 2321 and a tray alarm device 2322.
As shown in fig. 4, the three-level barcode association system 300 is composed of a large box barcode scanning unit 310, a box separation control and verification unit 320, a tray barcode scanning unit 330, and a three-level association data processing unit 340; the large box bar code scanning unit 310, the box separation control and verification unit 320 and the tray bar code scanning unit 330 are respectively connected with the three-level associated data processing unit 340 through wired or wireless communication; the large box bar code scanning unit 310 is installed on the large box stacking conveying line 500, the tray bar code scanning unit 330 is installed on the tray coding station, and the box separation control and verification unit 320 is arranged at the output end of the bottle cap internal and external bar code high-speed detection system 100.
The large box barcode scanning unit 310 and the pallet barcode scanning unit 330 include, but are not limited to, PDAs, stationary scanners, and RFID collectors. The large box barcode scanning unit 310 and the tray barcode scanning unit 330 may be manually collected by using a PDA, or may be collected by using a fixed scanner or a special RFID collector.
As shown in fig. 5, the binning control and verification unit 320 is composed of a blanking device 321, a photo detection device 322 and a scanning device 323; the blanking device 321 is arranged at the output end of the bottle cap inside and outside bar code high-speed detection system 100, and the photoelectric detection device 322 and the scanning device 323 are respectively arranged on the large box stacking conveying line 500.
When the device works, after the bottle caps come out from the air cooling machine, the bottle caps are boxed in a certain channel through the blanking device 321, after the boxes are filled, the scanning device 323 is started to scan the bar codes of the large boxes, and then the blanking device 321 is controlled to move to the other channel to be boxed. After filling the box, the box is verified at the end by a respective corresponding photo detection device 322.
The third-level associated data processing unit 340 is an industrial control host. The third-level associated data processing unit 340 associates the third-level acquisition to complete the acquisition of the third-level bar code, and complete the real-time processing, storage, uploading and application of the bottle cap bar code data and the third-level associated data.
The electrical control system 400 is composed of a control circuit board, a power supply, a control power supply, an alternating current/direct current conversion power supply, a signal processing system, a wiring terminal and a control button, wherein the power supply, the control power supply, the alternating current/direct current conversion power supply, the signal processing system, the wiring terminal and the control button are electrically connected with the control circuit board respectively.
The electric control system 400 controls the whole bottle cap high-speed scanning detection equipment to operate, stable and orderly production of products is realized, the machine can be rapidly stopped under abnormal conditions, the automatic safety protection function is realized, and the automatic resetting function can be realized after danger is relieved. The code assigning work is finished under reasonable safety protection with the least participation of personnel.
The foregoing shows and describes the general principles and broad features of the present invention and advantages thereof. It will be understood by those skilled in the art that the present invention is not limited to the embodiments described above, which are merely illustrative of the principles of the present invention, but that various changes and modifications may be made without departing from the spirit and scope of the invention, which is defined by the appended claims and their equivalents.
Claims (17)
1. A kind of bottle lid scans the checkout gear at a high speed, characterized by that, it includes: the high-speed detection system of the inside and outside bar code of bottle lid, big case and tray coding system, tertiary bar code correlation system and electrical control system, the high-speed detection system of the inside and outside bar code of bottle lid and big case and tray coding system are connected with tertiary bar code correlation system respectively and accomplish the tertiary bar code and gather and accomplish the real-time processing of data, storage, upload and use, electrical control system is connected with the high-speed detection system of the inside and outside bar code of bottle lid respectively, big case and tray coding system and tertiary bar code correlation system and control the operation of whole equipment, big case and tray coding system and the high-speed detection system of the inside and outside bar code of bottle lid interconnect through big case pile up neatly transfer chain.
2. The bottle cap high-speed scanning detection device as claimed in claim 1, wherein the bottle cap internal and external bar code high-speed detection system is composed of a high-speed scanning detection unit, a detection control unit, a bottle cap identification detection conveying unit and a defective product removing unit; the input end of the bottle cap identification detection conveying unit is connected with the output end of a molding machine of a production line, the high-speed scanning detection unit and the defective product rejection unit are sequentially and respectively installed on the bottle cap identification detection conveying unit, the detection control unit is arranged on the side face of the bottle cap identification detection conveying unit, and the detection control unit is respectively in communication connection with the high-speed scanning detection unit, the bottle cap identification detection conveying unit and the defective product rejection unit.
3. The bottle cap high-speed scanning detection device of claim 2, wherein the high-speed scanning detection unit is an industrial dedicated high-speed detection camera.
4. The high-speed scanning and detecting equipment for the bottle caps as claimed in claim 2, wherein the bottle cap identifying, detecting and conveying unit is a high-speed conveying line which consists of a power device, a transmission device and a fixed frame; the transmission device is arranged on the fixed frame, and the power device is connected with the transmission device.
5. The high-speed scanning and detecting device for the bottle caps as claimed in claim 2, wherein the detecting and controlling unit is an industrial control host and an electrical control system, and the industrial control host is in communication connection with the high-speed scanning and detecting unit, the bottle cap identifying, detecting and conveying unit and the defective product removing unit in a wired or wireless mode.
6. The bottle cap high-speed scanning detection device as claimed in claim 2, wherein the defective product rejection unit is composed of a rejection device, a collection device and a signal control device; the signal control device receives the control unit signal and is connected with the removing device, and the removing device is a pneumatic blowing device controlled by a high-speed electromagnetic valve.
7. The bottle cap high-speed scanning detection device of claim 1, wherein the large box and tray coding system is composed of a large box coding unit, a tray coding unit and a bar code detection unit; the large box code assigning unit is arranged at the input end of the large box stacking conveying line, the tray code assigning unit is arranged at the output end of the large box stacking conveying line, and the bar code detecting unit is arranged at the rear ends of the large box code assigning unit and the tray code assigning unit respectively.
8. The apparatus for scanning and detecting bottle caps at high speed according to claim 7, wherein the large-box coding unit is composed of a coding device, a coding device and a photoelectric detection device, the coding device and the coding device are respectively arranged at the side of the large-box stacking conveying line, and the photoelectric detection device is arranged at the position of the large-box stacking conveying line for detecting the large boxes.
9. The high-speed scanning and detecting device for bottle caps as claimed in claim 8, wherein the code-endowing device comprises but is not limited to a labeling machine, a laser machine, a TIJ code spraying machine, a CIJ code spraying machine, a UV code spraying machine and a printer.
10. The bottle cap high-speed scanning detection device of claim 7, wherein the tray code-giving unit is composed of a code-generating device, a code-giving device and a photoelectric detection device; the code generating device and the code assigning device are respectively arranged on the side surface of the large box stacking conveying line, and the photoelectric detection device is arranged at the position of the detection tray on the large box stacking conveying line.
11. The apparatus for high speed scanning and detecting of bottle caps as claimed in claim 10, wherein the code-assigning means includes, but is not limited to, real-time printing labeler automatic labeling, printer printing manual labeling, RFID labels, industrial cameras and OCR scanners.
12. The bottle cap high-speed scanning detection device of claim 7, wherein the barcode detection unit comprises a big-box barcode detection unit and a tray barcode detection unit, and the big-box barcode detection unit consists of a big-box coding scanning detection device and a big-box rejection device; the tray bar code detection unit is composed of a tray code-assigning scanning detection device and a tray alarm device.
13. The bottle cap high-speed scanning detection device of claim 1, wherein the three-level bar code association system is composed of a bottle cap high-speed scanning detection unit, a large box bar code scanning unit, a box separation control and verification unit, a tray bar code scanning unit and a three-level association data processing unit; the large box bar code scanning unit, the box separation control and verification unit and the tray bar code scanning unit are respectively connected with the three-stage associated data processing unit through wired or wireless communication; the large box bar code scanning unit is arranged on a large box stacking conveying line, the tray bar code scanning unit is arranged on a tray coding station, and the box separation control and verification unit is arranged at the output end of the high-speed bar code detection system inside and outside the bottle cap.
14. The high-speed scanning and detecting equipment for the bottle caps as claimed in claim 13, wherein the box separation control and verification unit consists of a blanking device, a photoelectric detection device and a scanning device; the blanking device is arranged at the output end of the high-speed bar code detection system inside and outside the bottle cap, and the photoelectric detection device and the scanning device are respectively arranged at the input end of the large box stacking conveying line.
15. The bottle cap high-speed scanning detection device of claim 13, wherein the large box barcode scanning unit and the tray barcode scanning unit include, but are not limited to, a PDA, a stationary scanner, an RFID collector, an industrial camera, and an OCR scanner.
16. The high-speed scanning and detecting device for bottle caps as claimed in claim 13, wherein the three-level associated data processing unit is an industrial control host and an electrical control system.
17. The high-speed scanning detection device for the bottle caps as claimed in claim 1, wherein the electrical control system is composed of a control circuit board, a power supply, a control power supply, an AC/DC conversion power supply, a signal processing system, a wiring terminal and a control button, and the power supply, the control power supply, the AC/DC conversion power supply, the signal processing system, the wiring terminal and the control button are respectively and electrically connected with the control circuit board.
Priority Applications (1)
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