Inlay labeling and coding detection device and labeling and coding detection method thereof

Abstract

The invention relates to an Inlay labeling and coding detection device, comprising: an Inlay lifting device, a coding detection mechanism, a first unwinding mechanism, a first rewinding mechanism, a second unwinding mechanism, a second rewinding mechanism, an Inlay pasting mechanism and other components for detecting, coding and re-labeling the Inlay, and automatically separating waste Inlay. A method for labeling and coding detection is also disclosed, which can not only complete a method of a whole set of processes from detection, coding and labeling, but also discloses a process of detection, coding and labeling working separately, thereby solving the technical problem that in the prior art, manual work is often used, the workload of detecting, coding and re-labeling the Inlay is complicated, data errors are often caused, the use of the Inlay is affected, and at the same time, the labor cost is huge, the Inlay is difficult to be reused after being recycled, and the manufacturing cost cannot be reduced.

Description

Technical Field

[0001] The embodiments of the present invention relate to a labeling and coding detection device, and more particularly to an Inlay labeling and coding detection device and a labeling and coding detection method thereof. Background Art

[0002] Inlay refers to a pre-laminated product consisting of multiple layers of PVC sheets containing chips and coils. It is usually composed of two or three layers, and generally speaking, there is no printed pattern on the surface.

[0003] In the existing smart label technology field, using labels with Inlay as information carriers for clothing and other items, not only does the Inlay label carry information about all sold clothing, but if a combination of a QR code trademark + Inlay trademark is used, the technical problem that a piece of clothing cannot follow the consumer's state for life in its current state can be solved. However, in the use of existing labels, the Inlay will be discarded after being used once. Especially in the clothing industry, after the purchase of the clothing, the consumer will cut off and discard the Inlay label on the clothing. Since the Inlay contains electronic components such as chips and coil layers, it will not only cause material waste after being discarded, but also cause environmental pollution. For clothing manufacturers, each piece of clothing needs to be equipped with a label with Inlay, because the cost of Inlay accounts for more than 70% of the entire label cost, or even more than 80% of the cost.

[0004] However, after the Inlay is recycled, it needs to be re-applied. Before re-applying, the Inlay must first be inspected, coded, and re-labeled to remove the waste Inlay. At present, this is often done manually. Since the workload of inspecting, coding, and re-labeling the Inlay is complicated, data errors often occur, affecting the use of the Inlay. At the same time, it causes huge labor costs, making it difficult to reuse the Inlay after recycling, resulting in no way to reduce manufacturing costs. Summary of the invention

[0005] The purpose of the embodiments of the present invention is to provide an Inlay labeling and coding detection device that can automatically detect, code and re-label Inlay, and can automatically separate waste Inlay, so as to realize the automated application of Inlay detection, coding and re-labeling.

[0006] In order to achieve the above-mentioned purpose, the embodiment of the present invention designs an Inlay label writing detection device, which is characterized by comprising:

[0007] An inlay lifting device is provided on one side of the inlay labeling and coding detection device; and is used to place the inlay to be labeled and coded;

[0008] A coding detection mechanism is provided on one side of the Inlay lifting device; the coding detection mechanism is used to detect the state of the Inlay, and to write codes for the Inlay that can continue to be used, and to separate the Inlay that cannot continue to be used;

[0009] A first unwinding mechanism is provided below the code writing detection mechanism, and is used to unwind the release paper with the Inlay attached thereto for separate code writing detection when the code writing detection mechanism is used alone;

[0010] A first winding mechanism, located on one side of the first unwinding mechanism and below the coding detection mechanism, is used to wind up the release paper with the Inlay attached when the coding detection mechanism is used alone;

[0011] A second unwinding mechanism is provided below the Inlay pasting mechanism; used for unwinding the Inlay; the second unwinding mechanism conveys the release paper to the operating table below the Inlay pasting mechanism; the Inlay pasting mechanism pastes the Inlay on the release paper;

[0012] A second winding mechanism, located on one side of the second unwinding mechanism and below the Inlay pasting mechanism, is used to collect the release paper on which the Inlay has been pasted when the Inlay pasting mechanism is used alone;

[0013] An Inlay mechanism is fixed on one side of the Inlay labeling and coding detection device and above the second unwinding mechanism and the second winding mechanism.

[0014] Furthermore, the Inlay lifting device further includes:

[0015] A lifting bracket is arranged below the Inlay lifting device; a threaded adjustment rod is arranged on the lifting bracket, and lifting slide bars are arranged on both sides of the threaded adjustment rod, and the lifting slide bars are fixed on the lifting bracket;

[0016] A collecting motor is fixed at one end of the lifting bracket;

[0017] A conveyor belt is arranged above the Inlay lifting device, and a collecting motor drives the conveyor belt; the conveyor belt is fixed above the lifting slide bar of the lifting bracket;

[0018] Sensors: a plurality of sensors are arranged on both sides of the conveyor belt to control the start and stop of the Inlay lifting device;

[0019] Place the Inlay box and fix it under one side of the conveyor belt.

[0020] Furthermore, the first winding mechanism and the second winding mechanism further include:

[0021] A winding disk, a first support frame is arranged at the rear side of the first winding mechanism and the second winding mechanism, and a winding disk is arranged on the first support frame;

[0022] A reel rod, one end of which is longitudinally connected to the reel;

[0023] A driving motor is connected to a motor shaft of the driving motor at the center position of the winding reel, and a motor housing of the driving motor is fixed on a bottom plate below.

[0024] Furthermore, the first unwinding mechanism and the second unwinding mechanism further include:

[0025] An unwinding disk, a second support frame is arranged at the rear side of the first unwinding mechanism and the second unwinding mechanism, and an unwinding disk is arranged on the second support frame;

[0026] An unwinding rod is longitudinally connected to one end of the unwinding rod on the unwinding drum.

[0027] Furthermore, the code writing detection mechanism further includes:

[0028] A feeding drive device is fixed above one side of the code writing detection mechanism;

[0029] A first detection area is provided on the platform of the code writing detection mechanism and on one side of the feed drive device, and a first antenna is fixed on the frame below the first detection area; a first barcode gun is fixed on the frame below the first antenna; the first antenna and the first barcode gun are both connected to the code writing detection control system;

[0030] A coding area is set on one side of the first detection area, and an RFID reader is fixed below the coding area to write codes to the Inlay;

[0031] The second detection area is set on one side of the code writing area, and the second antenna is fixed on the frame below the second detection area; the second barcode gun is fixed on the frame below the second antenna; the second antenna and the second barcode gun are both connected to the code writing detection control system.

[0032] Furthermore, the feed drive device further comprises:

[0033] A feeding motor is fixed on the feeding drive device;

[0034] An adjustment plate is fixed below one side of the feed motor; a motor frame is fixed above the adjustment plate, and the feed motor is fixed on one side of the motor frame; a driving roller is fixed inside the motor frame, and the driving roller is connected to the feed motor; a bottom roller is arranged below the driving roller, and an adjusting hand wheel is fixedly connected to one side of the adjustment plate; it is used to adjust the feed drive device.

[0035] Furthermore, the first barcode gun and the second barcode gun are two-dimensional barcode scanners, and the first barcode gun and the second barcode gun are used to read and write the two-dimensional code label above the Inlay; the first antenna and the second antenna are RFID antennas, which are used to detect the Inlay; the RFID reader is a UHF Impinj RFID reader, which first deletes the existing information on the Inlay and then writes new information to the Inlay.

[0036] Furthermore, the Inlay pasting mechanism further includes:

[0037] A first unwinding roller is fixed above the Inlay mechanism and is used to place the label roll;

[0038] A first tensioning roller, which is fixed on one side of the first unwinding roller; the first tensioning roller is fixed on the supporting vertical plate of the Inlay mechanism;

[0039] Surrounding rollers: On one side of the first tensioning roller, a plurality of surrounding rollers are fixed on the supporting vertical plate;

[0040] A first winding drive motor is fixed on the support vertical plate between the wrapping rollers;

[0041] Rewinding rollers, a plurality of rewinding rollers are fixed on a supporting vertical plate on one side of the wrapping roller;

[0042] A first winding roller is fixed on a support plate below the first unwinding roller on one side of the rewinding roller; a first winding driving motor drives the first winding roller to wind up the release paper;

[0043] An Inlay roller is connected to the lower side of the wrapping roller through a connecting plate, and the Inlay roller is fixed to a pressing plate through a bracket;

[0044] A deflection correction mechanism is fixed on a support plate on one side of the first winding roller; a first cylinder is arranged behind the support plate to drive the deflection correction mechanism; the deflection correction mechanism is arranged on a longitudinal slide rail to correct the deflection of the release paper;

[0045] The clamping device is fixed on the box body above the winding rod and in front of the Inlay roller; a clamping roller is arranged above and below the clamping device; two second cylinders are arranged above the clamping roller to drive the upper clamping roller to perform the clamping action; two transmission rollers are also arranged on one side of the clamping roller; a transmission roller is arranged on the other side of one side of the clamping roller, and a detection sensor is also arranged on one side of the clamping device.

[0046] The above-mentioned Inlay labeling and coding detection equipment can realize the automation of Inlay detection, coding and re-labeling, and can automatically separate waste Inlay to realize the automation of Inlay detection, coding and re-labeling, which solves the problem that the prior art often uses manual work, and the workload of Inlay detection, coding and re-labeling is complicated, which often causes data errors and affects the use of Inlay. At the same time, it causes huge labor costs, makes it difficult to reuse Inlay after recycling, and leads to the technical problem that there is no way to reduce manufacturing costs.

[0047] The embodiment of the present invention also designs a method for detecting labeling and coding of an Inlay labeling and coding detection device, which is characterized by comprising the following steps:

[0048] Step S10: Inlay conveying, placing the Inlay roll to be labeled and tested into the Inlay box in the Inlay lifting device; then, conveying it along the conveyor belt and entering step S20;

[0049] Step S20: The first detection of the QR code is performed by conveying the material through the feed drive device on the code writing detection mechanism, and the first barcode gun on the code writing detection mechanism performs the first detection of the QR code to determine whether the original QR code is valid; if the QR code can be read, the process proceeds to step S40; if the QR code cannot be read, the process proceeds to step S60;

[0050] Step S30: Inlay is detected for the first time, and the information on the Inlay is read by the first antenna on the code writing detection mechanism to determine whether the original Inlay is valid; if the Inlay can be read, the process proceeds to step S40; if the Inlay cannot be read, the process proceeds to step S80;

[0051] Step S40: writing new information, first deleting the existing information on the Inlay through the RFID reader, and then writing the new information to the Inlay; after the writing is completed, proceeding to step S50;

[0052] Step S50, the second detection of the QR code, the second barcode gun on the code writing detection mechanism performs the second detection of the QR code to determine whether the QR code is still valid; if the QR code can still be read, then go to step S60; if the QR code cannot be read, then go to step S80;

[0053] Step 60: Inlay is tested for the second time, and the newly written information on the Inlay is read through the second antenna on the code writing detection mechanism to determine whether the information on the Inlay is written; if the Inlay can be read, the process proceeds to step S70; if the Inlay cannot be read, the process proceeds to step S80;

[0054] Step S70: Inlay is bound to the QR code. The QR code that passes the second QR code detection and the Inlay that passes the second Inlay detection are re-bound by the code writing detection control system; then proceed to step S90;

[0055] Step S80: sorting of waste labels. The pressing roller in the pressing device does not perform a pressing action when the waste Inlay passes through. Then, after passing through the two transmission rollers on one side of the pressing roller and rotating in the opposite direction, the waste Inlay falls from the middle of the two transmission rollers to complete the sorting and remove the unusable Inlay.

[0056] Step S90: Inlay re-pasting, the two-dimensional code that has passed the second two-dimensional code detection in step S70 and the Inlay that has passed the second Inlay detection are re-pasted together with the label on the label roll set on the first unwinding roller by the Inlay pasting mechanism. After pasting, the process proceeds to step S100;

[0057] Step S100: label collection, the labels described in step S90 are collected through the release paper on the second unwinding mechanism and the second rewinding mechanism, and the label detection, coding and labeling operations are completed.

[0058] Furthermore, the method for detecting labeling and coding of the Inlay labeling and coding detection device is characterized in that a release paper is arranged between the first unwinding mechanism and the first winding mechanism, and then the steps S20 to S80 are run separately, and only the Inlay detection is performed; a release paper is arranged between the second unwinding mechanism and the second winding mechanism, and then the steps S90 to S100 are run separately, and only the label is pasted.

[0059] Compared with the prior art, the present invention can realize the automation of detecting, coding and re-labeling of Inlay, and can automatically separate waste Inlay, realize the automation of detecting, coding and re-applying of Inlay, and the method of labeling and coding detection disclosed in the present invention can not only complete the method of a whole set of processes from detection, coding and labeling, but also disclose the process of detection, coding and labeling working separately, so that the present invention can realize the completion of a whole set of processes of detection, coding and labeling, and can also detect, code and labeling working separately, so that the Inlay labeling and coding detection equipment has more applicability, and solves the problem that the prior art often uses manual work, and the workload of detecting, coding and re-labeling of Inlay is complicated, which often causes data errors, affects the use of Inlay, and at the same time, causes huge labor costs, makes it difficult to reuse Inlay after recycling, and leads to the technical problem that there is no way to reduce the manufacturing cost. BRIEF DESCRIPTION OF THE DRAWINGS

[0060] Figure 1 It is a structural schematic diagram of the present invention;

[0061] Figure 2 for Figure 1 A schematic diagram of the main view;

[0062] Figure 3 is a schematic diagram of a first winding mechanism and a second winding mechanism;

[0063] Figure 4 is a schematic diagram of a first unwinding mechanism and a second unwinding mechanism;

[0064] Figure 5 It is a schematic diagram of the main viewing direction of the feed drive device of the present invention;

[0065] Figure 6 The figure is a flow chart of the labeling and coding detection method of the present invention. DETAILED DESCRIPTION

[0066] In order to make the purpose, technical scheme and advantages of the present invention clearer, the following will be described in detail with reference to the accompanying drawings. However, it will be appreciated by those skilled in the art that in the various embodiments of the present invention, many technical details are provided in order to enable the reader to better understand the present application. However, even without these technical details and various changes and modifications based on the following embodiments, the technical scheme claimed for protection in the claims of the present application can be implemented.

[0067] The first embodiment of the present invention relates to an Inlay label writing detection device, such as Figure 1 and Figure 2 As shown, including:

[0068] An Inlay lifting device 10 is provided on one side of the Inlay labeling and coding detection device; the Inlay lifting device 10 is used to place the Inlay to be labeled and coded. The Inlay lifting device 10 can be adjusted up and down according to the number of Inlays to be labeled and coded. In this embodiment, the Inlay lifting device 10 also includes:

[0069] A lifting bracket 11 is arranged below the Inlay lifting device 10; a threaded adjustment rod 12 is arranged on the lifting bracket 11, and lifting slide bars 13 are arranged on both sides of the threaded adjustment rod 12, and the lifting slide bars 13 are fixed on the lifting bracket 11; the lifting bracket 11 is used to support the threaded adjustment rod 12 and the lifting slide bar 13, and when the threaded adjustment rod 12 is supported to be adjusted up and down, the Inlay lifting device 10 is driven to slide on the lifting slide bar 13, so that the Inlay lifting device 10 is adjusted up and down according to the amount of Inlay to be labeled and written.

[0070] At the same time, a collecting motor 14 is fixed at one end of the lifting bracket 11; the collecting motor 14 is used to provide power for the conveyor belt 15, and the conveyor belt 15 is arranged above the Inlay lifting device 10, and the collecting motor 14 drives the conveyor belt 15; the conveyor belt 15 is used to convey the Inlay to be labeled and detected to the code writing detection mechanism 20, and the conveyor belt 15 is fixed above the lifting slide bar 13 of the lifting bracket 11; a plurality of sensors 16 are arranged on both sides of the conveyor belt 15, which are used to control the start and stop of the Inlay lifting device 10; the sensor 16 can control the start and stop of the collecting motor 14 in the Inlay lifting device 10 according to the position of the Inlay to be labeled and detected, and an Inlay box 17 is fixed below one side of the conveyor belt 15, and the Inlay box 17 is used to place the Inlay to be labeled and detected.

[0071] The code writing detection mechanism 20 is provided on one side of the Inlay lifting device 10. The code writing detection mechanism 20 is used to detect the state of the Inlay. At the same time, the code is written to the Inlay that can continue to be used, and the Inlay that cannot be used is separated. The main function of the code writing detection mechanism 20 is to detect the signal and information of the Inlay and write the code of the new information.

[0072] Based on the above technical performance requirements, the code writing detection mechanism 20 also includes:

[0073] A feeding drive device 21 is fixed above one side of the code writing detection mechanism 20;

[0074] The first detection area 22 is provided on the platform 231 of the code writing detection mechanism 20 and on one side of the feed drive device 21. The first antenna 23 is fixed on the frame below the first detection area 22; the first barcode gun 25 is fixed on the frame 24 below the first antenna 23; the first antenna 23 and the first barcode gun 25 are both connected to the code writing detection control system;

[0075] A code writing area 26 is provided on one side of the first detection area 22, and an RFID reader 27 is fixed below the code writing area 26 for writing codes on the Inlay;

[0076] The second detection area 28 is set on one side of the code writing area 26, and the second antenna 29 is fixed on the frame below the second detection area 28; the second barcode gun 291 is fixed on the frame 24 below the second antenna 29; the second antenna 29 and the second barcode gun 291 are both connected to the code writing detection control system; the first barcode gun and the second barcode gun are two-dimensional barcode scanners, and the first barcode gun 25 and the second barcode gun 291 are used to read and write the two-dimensional code label above the Inlay; the first antenna 23 and the second antenna 29 are RFID antennas, which are used to detect the Inlay; the RFID reader 27 is a UHF Impinj RFID reader, which first deletes the existing information on the Inlay and then writes new information to the Inlay. The above-mentioned scanning and writing are all controlled by the code writing detection control system.

[0077] like Figure 1 and Figure 2 As shown, the first unwinding mechanism 30 is arranged below the code writing detection mechanism 20. When the code writing detection mechanism 20 is used alone, it is used to unwind the release paper with the Inlay attached for independent code writing detection.

[0078] The first winding mechanism 40 is located on one side of the first unwinding mechanism 30 and below the code writing detection mechanism 20. When the code writing detection mechanism 20 is used alone, it is used to wind up the release paper with the Inlay attached.

[0079] A second unwinding mechanism 50 is provided below the Inlay pasting mechanism 70; it is used for unwinding the Inlay; the second unwinding mechanism conveys the release paper to the operating table below the Inlay pasting mechanism; the Inlay pasting mechanism pastes the Inlay on the release paper;

[0080] The second winding mechanism 60 is located on one side of the second unwinding mechanism 50 and below the Inlay pasting mechanism 7-. When the Inlay pasting mechanism 70 is used alone, it is used to collect the release paper on which the Inlay has been pasted.

[0081] The Inlay mechanism 70 is fixed on one side of the Inlay labeling and coding detection device and above the second unwinding mechanism 50 and the second winding mechanism 60 .

[0082] In order to collect the Inlay, the first winding mechanism 40 and the second winding mechanism 60 further include:

[0083] A winding disk 41, a first support frame 42 is arranged at the rear side of the first winding mechanism 40 and the second winding mechanism 60, and the winding disk 41 is arranged on the first support frame 42;

[0084] A winding rod 43, one end of which is longitudinally connected to the winding disc 41;

[0085] The driving motor 44 has a motor shaft connected to the center of the winding drum 41 , and a motor housing of the driving motor 44 is fixed on a bottom plate 45 below.

[0086] In order to collect the Inlay, the first unwinding mechanism 30 and the second unwinding mechanism 50 are as follows: Figure 1 , Figure 4 As shown, it also includes:

[0087] The unwinding disc 31, a second support frame 32 is arranged at the rear side of the first unwinding mechanism 30 and the second unwinding mechanism 50, and the unwinding disc 31 is arranged on the second support frame 32;

[0088] The unwinding rod 33 has one end longitudinally connected to the unwinding disc 31 .

[0089] In order to attach the Inlay to be detected to the label, the Inlay needs to be transferred to the code writing detection mechanism 20. The feed drive device 21 in the embodiment of the present invention is as follows: Figure 1 , Figure 5 As shown, it also includes:

[0090] A feeding motor 210 is fixed on the feeding driving device 21;

[0091] An adjusting plate 211 is fixed below one side of the feed motor 210; a motor frame 212 is fixed above the adjusting plate 211, and the feed motor 210 is fixed on one side of the motor frame 212; a driving roller 213 is fixed inside the motor frame 212, and the driving roller 213 is connected to the feed motor 210; a bottom roller 214 is arranged below the driving roller 213, and an adjusting hand wheel 215 is fixedly connected to one side of the adjusting plate 211; it is used to adjust the feed drive device 21.

[0092] In order to carry out the label writing detection on the label, the Inlay mechanism 70 also includes:

[0093] A first unwinding roller 71 is fixed above the Inlay mechanism 70, and the first unwinding roller 71 is used to place the label roll;

[0094] A first tensioning roller 72 is fixed on one side of the first unwinding roller 71; the first tensioning roller 72 is fixed on a supporting vertical plate 73 of the Inlay mechanism 70;

[0095] On one side of the first tensioning roller 72, a plurality of wrapping rollers 74 are fixed on the supporting vertical plate 73;

[0096] The first unwinding roller 71 is used for placing the label roll, the first tensioning roller 72 is used for tightening the label tape on the label roll, and the surrounding roller 74 is used for buffering the label tape on the label roll, so as to correct the angle of the label tape.

[0097] A first winding drive motor 75 is fixed on the support vertical plate 73 between the surrounding rollers 74;

[0098] Rewinding rollers 76, a plurality of rewinding rollers 76 are fixed on the supporting vertical plate 73 on one side of the surrounding roller 74;

[0099] A first winding roller 77 is fixed on a support plate 73 below the first unwinding roller 77 on one side of the rewinding roller 76; a first winding driving motor 75 drives the first winding roller 77 to wind up the release paper;

[0100] An Inlay roller 78 is connected to the Inlay roller 78 through a connecting plate 79 below the surrounding roller 74, and the Inlay roller 78 is fixed to a pressing plate 81 through a bracket 80;

[0101] The deflection correction mechanism 82 is fixed on the support plate 73 on one side of the first winding roller 77; a first cylinder 83 is arranged behind the support plate 73 to drive the deflection correction mechanism 82; the deflection correction mechanism 82 is arranged on a longitudinal slide rail 84 to correct the deflection of the release paper 100;

[0102] The clamping device 90 is fixed on the box body 91 above the winding rod 43 and in front of the Inlay roller 78; a clamping roller 92 is respectively arranged above and below the clamping device 90; two second cylinders 95 are arranged above the clamping roller 92 to drive the upper clamping roller 92 to perform a clamping action; two transmission rollers 93 are also arranged on one side of the clamping roller 92; a transmission roller 93 is arranged on the other side of one side of the clamping roller 92, and a detection sensor 94 is also arranged on one side of the clamping device 90. The detection sensor 94 is used to detect the position of the Inlay. If the Inlay is usable after detection by the code writing detection mechanism 20, the Inlay is pressed by the pressing roller 92 in the pressing device 90 through the second cylinder 95 to drive the upper pressing roller 92 to press the Inlay, so that the Inlay is attached to the release paper 100. If the Inlay is unusable, no pressing action is performed, and at the same time, no Inlay attachment action is performed for the unusable Inlay. Since there is no pressing action, the Inlay is not attached to the release paper 100, and after the two transmission rollers 93 on one side of the pressing roller 92 rotate in the opposite direction, it falls from the middle of the two transmission rollers 93, thereby completing the sorting, and the unusable Inlay is removed.

[0103] In the second embodiment of the present invention, a method for detecting labeling and coding of an Inlay labeling and coding detection device is also disclosed, such as Figure 6 As shown, including the following steps:

[0104] Step S10: Inlay conveying, placing the Inlay roll to be labeled and tested into the Inlay box 17 in the Inlay lifting device 10; then, conveying it along the conveyor belt 15, and entering step S20;

[0105] Step S20: First detection of the two-dimensional code, the material is conveyed by the feed drive device 21 on the code writing detection mechanism 20, and the first barcode gun 25 on the code writing detection mechanism 20 performs the first detection of the two-dimensional code to determine whether the original two-dimensional code is valid; if the two-dimensional code can be read, the process proceeds to step S40; if the two-dimensional code cannot be read, the process proceeds to step S60;

[0106] Step S30: Inlay is detected for the first time, and the information on the Inlay is read by the first antenna 23 on the code writing detection mechanism 20 to determine whether the original Inlay is valid; if the Inlay can be read, the process proceeds to step S40; if the Inlay cannot be read, the process proceeds to step S80;

[0107] Step S40: writing new information, first deleting the existing information on the Inlay through the RFID reader / writer 27, and then writing the new information to the Inlay; after the writing is completed, proceeding to step S50;

[0108] Step S50, the second detection of the two-dimensional code, the second barcode gun 291 on the code writing detection mechanism 20 performs the second detection of the two-dimensional code to determine whether the two-dimensional code is still valid; if the two-dimensional code can still be read, then go to step S60; if the two-dimensional code cannot be read, then go to step S80;

[0109] Step 60: Inlay is tested for the second time, and the newly written information on the Inlay is read through the second antenna 29 on the code writing detection mechanism to determine whether the information on the Inlay is written; if the Inlay can be read, the process proceeds to step S70; if the Inlay cannot be read, the process proceeds to step S80;

[0110] Step S70: Inlay is bound to the QR code. The QR code that passes the second QR code detection and the Inlay that passes the second Inlay detection are re-bound by the code writing detection control system; then proceed to step S90;

[0111] Step S80: sorting of waste labels. The pressing roller 92 in the pressing device 90 does not perform a pressing action when the waste Inlay passes through. Then, after passing through two transmission rollers 93 on one side of the pressing roller 92 and rotating in the opposite direction, the waste Inlay falls from between the two transmission rollers 93, completing the sorting and removing the unusable Inlay.

[0112] Step S90: Inlay re-pasting, the two-dimensional code that has passed the second two-dimensional code detection and the Inlay that has passed the second Inlay detection in step S70 are re-pasted together with the label on the label roll set on the first unwinding roller 71 by the Inlay pasting mechanism 70. After pasting, the process proceeds to step S100;

[0113] Step S100: label collection, the labels described in step S90 are collected by the release paper 100 on the second unwinding mechanism 50 and the second rewinding mechanism 60, and the label detection, coding and labeling operations are completed.

[0114] In the third embodiment of the present invention, a method for detecting labeling and coding of an Inlay labeling and coding detection device is also disclosed. A release paper 100 is arranged between the first unwinding mechanism 30 and the first winding mechanism 40, and then the steps S20 to S80 described in the second embodiment of the present invention are run separately, and only the Inlay detection is performed, and only the Inlay detection is realized; a release paper 100 is arranged between the second unwinding mechanism 50 and the second winding mechanism 60, and then the steps S90 to S100 described in the second embodiment of the present invention are run separately, and only the label is pasted.

[0115] The above two embodiments disclose a method for labeling and coding detection of an Inlay labeling and coding detection device, including the full process operation of step S10 to step S100, and also disclose the process operation of only performing the Inlay detection process from step S20 to step S80 and the separate operation of step S90 to step S100, which only performs the process of label pasting.

[0116] Compared with the prior art, the present invention can realize the automation of detecting, coding and re-labeling of Inlay, and can automatically separate waste Inlay, realize the automation of detecting, coding and re-applying of Inlay, and disclose the process of detecting, coding and labeling separately from the whole process method of detecting, coding and labeling, so that the present invention can realize the completion of the whole process of detecting, coding and labeling, and can also detect, code and labeling separately, so that the Inlay labeling and coding detection equipment has more applicability, and solves the problem that the prior art often uses manual work, and the workload of detecting, coding and re-labeling of Inlay is complicated, which often causes data errors, affects the use of Inlay, and at the same time, causes huge labor costs, makes it difficult to reuse Inlay after recycling, and leads to the technical problem that the manufacturing cost cannot be reduced.

[0117] Those skilled in the art will appreciate that the above-mentioned embodiments are specific examples for implementing the present invention, and in actual applications, various changes may be made thereto in form and detail without departing from the spirit and scope of the present invention.

Claims

1. An Inlay labeling and coding detection device, characterized in that: include: Inlay lifting device, the Inlay lifting device is arranged on one side of the Inlay labeling and coding detection device; Inlay for placing the labeling and coding test; A conveyor belt is arranged above the Inlay lifting device; Place the Inlay box and fix it under one side of the conveyor belt; A coding detection mechanism is provided on one side of the Inlay lifting device; the coding detection mechanism is used to detect the state of the Inlay, and to write codes for the Inlay that can continue to be used, and to separate the Inlay that cannot continue to be used; The code writing detection mechanism further includes: A feeding drive device is fixed above one side of the code writing detection mechanism; A first detection area is provided on the platform of the code writing detection mechanism and on one side of the feed drive device, and a first antenna is fixed on the frame below the first detection area; a first barcode gun is fixed on the frame below the first antenna; the first antenna and the first barcode gun are both connected to the code writing detection control system; A coding area is set on one side of the first detection area, and an RFID reader is fixed below the coding area to write codes to the Inlay; A second detection area is set on one side of the code writing area, and a second antenna is fixed on the frame below the second detection area; a second barcode gun is fixed on the frame below the second antenna; the second antenna and the second barcode gun are both connected to the code writing detection control system; A first unwinding mechanism is provided below the code writing detection mechanism, and when the code writing detection mechanism is used alone, is used to unwind the release paper with the Inlay attached, for independent code writing detection; A first winding mechanism, located on one side of the first unwinding mechanism and below the coding detection mechanism, is used to wind up the release paper with the Inlay attached when the coding detection mechanism is used alone; A second unwinding mechanism is provided below the Inlay pasting mechanism; the second unwinding mechanism is used for unwinding the Inlay; the second unwinding mechanism conveys the release paper to the operating table below the Inlay pasting mechanism; the Inlay pasting mechanism pastes the Inlay on the release paper; A second winding mechanism, located on one side of the second unwinding mechanism and below the Inlay pasting mechanism, is used to collect the release paper on which the Inlay has been pasted when the Inlay pasting mechanism is used alone; An Inlay mechanism is fixed on one side of the Inlay labeling and coding detection device and above the second unwinding mechanism and the second rewinding mechanism; The Inlay pasting mechanism further includes: A first unwinding roller is fixed above the Inlay mechanism and is used to place the label roll; A first tensioning roller, which is fixed on one side of the first unwinding roller; the first tensioning roller is fixed on the supporting vertical plate of the Inlay mechanism; Surrounding rollers: On one side of the first tensioning roller, a plurality of surrounding rollers are fixed on the supporting vertical plate; A first winding drive motor is fixed on the support vertical plate between the wrapping rollers; Rewinding rollers, a plurality of rewinding rollers are fixed on a supporting vertical plate on one side of the wrapping roller; A first winding roller is fixed on a support plate below the first unwinding roller on one side of the rewinding roller; a first winding driving motor drives the first winding roller to wind up the release paper; An Inlay roller is connected to the lower side of the wrapping roller through a connecting plate, and the Inlay roller is fixed to a pressing plate through a bracket; A deflection correction mechanism is fixed on a support plate on one side of the first winding roller; a first cylinder is arranged behind the support plate to drive the deflection correction mechanism; the deflection correction mechanism is arranged on a longitudinal slide rail to correct the deflection of the release paper; The clamping device is fixed on the box body above the winding rod and in front of the Inlay roller; a clamping roller is arranged above and below the clamping device; two second cylinders are arranged above the clamping roller to drive the upper clamping roller to perform the clamping action; two transmission rollers are also arranged on one side of the clamping roller; a transmission roller is arranged on the other side of one side of the clamping roller, and a detection sensor is also arranged on one side of the clamping device.

2. The Inlay labeling and coding detection device according to claim 1 is characterized in that: The Inlay lifting device further includes: A lifting bracket is arranged below the Inlay lifting device; a threaded adjustment rod is arranged on the lifting bracket, and lifting slide bars are arranged on both sides of the threaded adjustment rod, and the lifting slide bars are fixed on the lifting bracket; A collecting motor is fixed at one end of the lifting bracket; The collecting motor drives the conveyor belt; the collecting motor drives the conveyor belt which is fixed above the lifting slide bar of the lifting bracket; Sensors: Several sensors are arranged on both sides of the conveyor belt to control the start and stop of the Inlay lifting device.

3. The Inlay labeling and coding detection device according to claim 1 is characterized in that: The first winding mechanism and the second winding mechanism further include: A winding disk, a first support frame is arranged at the rear side of the first winding mechanism and the second winding mechanism, and a winding disk is arranged on the first support frame; A reel rod, one end of which is longitudinally connected to the reel; A driving motor is connected to a motor shaft of the driving motor at the center position of the winding reel, and a motor housing of the driving motor is fixed on a bottom plate below.

4. The Inlay labeling and coding detection device according to claim 1, characterized in that: The first unwinding mechanism and the second unwinding mechanism further include: An unwinding disk, a second support frame is arranged at the rear side of the first unwinding mechanism and the second unwinding mechanism, and an unwinding disk is arranged on the second support frame; An unwinding rod is longitudinally connected to one end of the unwinding rod on the unwinding drum.

5. According to the Inlay labeling and coding detection equipment described in claim 1, it is characterized in that: The feed drive device further comprises: A feeding motor is fixed on the feeding drive device; An adjustment plate is fixed below one side of the feed motor; a motor frame is fixed above the adjustment plate, and the feed motor is fixed on one side of the motor frame; a driving roller is fixed inside the motor frame, and the driving roller is connected to the feed motor; a bottom roller is arranged below the driving roller, and an adjusting hand wheel is fixedly connected to one side of the adjustment plate; it is used to adjust the feed drive device.

6. The Inlay labeling and coding detection device according to claim 1, characterized in that: The first barcode gun and the second barcode gun are two-dimensional barcode scanners, and the first barcode gun and the second barcode gun are used to read and write the two-dimensional code label above the Inlay; the first antenna and the second antenna are RFID antennas, which are used to detect the Inlay; the RFID reader is a UHF Impinj RFID reader, which first deletes the existing information on the Inlay and then writes new information to the Inlay.

7. A method for detecting labeling and coding of an inlay labeling and coding detection device, characterized in that: Including the following steps: Step S10: Inlay conveying, placing the Inlay roll to be labeled and tested into the Inlay box in the Inlay lifting device; then, conveying it along the conveyor belt and entering step S20; Step S20: The first detection of the QR code is performed by conveying the QR code through the feed drive device on the code writing detection mechanism, and the first barcode gun on the code writing detection mechanism performs the first QR code detection to determine whether the original QR code is valid; if the QR code can be read, the process proceeds to step S30; if the QR code cannot be read, the process proceeds to step S80; Step S30: Inlay is detected for the first time, the information on the Inlay is read by the first antenna on the code detection mechanism to determine whether the original Inlay is valid; if the Inlay can be read, the process proceeds to step S40; if the Inlay cannot be read, the process proceeds to step S80; Step S40: writing new information, first deleting the existing information on the Inlay through the RFID reader, and then writing the new information to the Inlay; after the writing is completed, proceeding to step S50; Step S50, the second QR code detection, the second bar code gun on the code writing detection mechanism performs a second QR code detection to determine whether the QR code is still valid; if the QR code can still be read, proceed to step S60; if the QR code cannot be read, proceed to step S80; Step 60: Inlay is tested for the second time, and the newly written information on the Inlay is read by the second antenna on the writing detection mechanism to determine whether the information on the Inlay is written; if the Inlay can be read, the process proceeds to step S70; if the Inlay cannot be read, the process proceeds to step S80; Step S70: Inlay is bound to the QR code. The QR code that passes the second QR code detection and the Inlay that passes the second Inlay detection are re-bound by the code writing detection control system; then proceed to step S90; Step S80: sorting of waste labels. The pressing roller in the pressing device does not perform a pressing action when the waste Inlay passes through. Then, after passing through the two transmission rollers on one side of the pressing roller and rotating in the opposite direction, the waste Inlay falls from the middle of the two transmission rollers to complete the sorting and remove the unusable Inlay. Step S90: Inlay re-pasting, the two-dimensional code that has passed the second two-dimensional code detection in step S70 and the Inlay that has passed the second Inlay detection are re-pasted together with the label on the label roll set on the first unwinding roller by the Inlay pasting mechanism. After pasting, the process proceeds to step S100; Step S100: label collection, the labels described in step S90 are collected through the release paper on the second unwinding mechanism and the second rewinding mechanism, and the label detection, coding and labeling operations are completed.

8. The method for detecting labeling and coding of an Inlay labeling and coding detection device according to claim 7, characterized in that: A release paper is set between the first unwinding mechanism and the first winding mechanism, and then the steps S20 to S80 are run separately, and only the Inlay detection is performed; a release paper is set between the second unwinding mechanism and the second winding mechanism, and then the steps S90 to S100 are run separately, and only the label is pasted.

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