CN217113335U - Device for identifying product number of collection ticket class and associating data and image - Google Patents
Device for identifying product number of collection ticket class and associating data and image Download PDFInfo
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- CN217113335U CN217113335U CN202220121076.XU CN202220121076U CN217113335U CN 217113335 U CN217113335 U CN 217113335U CN 202220121076 U CN202220121076 U CN 202220121076U CN 217113335 U CN217113335 U CN 217113335U
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Abstract
The utility model relates to a collection ticket product number identification and data, image association device, which comprises a camera, a first collection light source, a second collection light source, a collection platform and a control unit; the camera is arranged above the middle part of the acquisition platform and is used for acquiring product images and identifying data information of the products; the first acquisition light source is arranged above the acquisition platform and used for providing a light source for acquiring images for unpackaged products placed on the acquisition platform; the second acquisition light source is arranged on the acquisition platform and used for providing a light source for acquiring images for packaged products placed on the acquisition platform; the camera, the first acquisition light source and the second acquisition light source are respectively connected with the control unit; the control unit starts the camera according to a signal that the product is placed on the acquisition platform, and starts the first acquisition light source or the second acquisition light source. The utility model is suitable for a number identification and data, the image association of collection ticket class product, work efficiency is high, the record accuracy is high, the inquiry is convenient and data can be traceed back.
Description
Technical Field
The utility model relates to an associated system, concretely relates to collection ticket class product number discernment and data, image association device.
Background
In the production process of the collected ticket products such as commemorative bills, the like, the production process comprises two procedures of packaging (placing bills and certificates in special hard transparent plastic films and sealing through hot pressing) and enveloping (placing the sealed bills and certificates in corresponding outer packages), wherein in the two procedures, the number of a bill body, the picture of the front and back of the bill body, the code of the corresponding certificate and the enveloping code on the corresponding enveloping are required to be recorded and related bound. The series of data are finally used for tracing, inquiring, anti-counterfeiting and the like after the products are sold.
At present, in the packaging process, an operator manually records the number of the banknote body and the certificate code into an excel form, a camera is used for shooting a photo, the file name of the photo is modified according to the recorded number, and the association between the number and the photo is realized. In addition, the production mode has higher requirements on the quality of the photos, the position of the product in the photos can not be deviated, the brightness effect of the photos needs to be kept uniform, only target products can be contained in the photos, and any other objects can not be shot, so the requirement on shooting is higher, and the shooting speed of the existing mode is low. After production is finished, data are stored in an excel table, images are not directly related to the data, and query is inconvenient.
SUMMERY OF THE UTILITY MODEL
To the not enough that exists among the above-mentioned prior art, the utility model provides a collection ticket class product number discernment and data, image association device can be used to the number discernment of all kinds of sola products, image acquisition and data association, is particularly useful for the number discernment and data, the image association of collection ticket class product, and work efficiency is high, the record accuracy is high, the inquiry is convenient and data can be traceed back.
In order to achieve the above object, the utility model provides a following technical scheme:
a device for identifying the product number of a collection ticket and associating data and images is characterized by comprising a camera, a first acquisition light source, a second acquisition light source, an acquisition platform and a control unit;
the camera is arranged above the middle part of the acquisition platform and is used for acquiring an image of a product and identifying data information of the product; the first acquisition light source is arranged above the acquisition platform and used for providing a light source for acquiring images for unpackaged products placed on the acquisition platform; the second acquisition light source is arranged on the acquisition platform and is used for providing a light source for acquiring images for packaged products placed on the acquisition platform;
the camera, the first acquisition light source and the second acquisition light source are respectively connected with the control unit; the control unit starts the camera according to a signal that a product is placed on the acquisition platform, and the first acquisition light source or the second acquisition light source is started.
Furthermore, the acquisition platform further comprises a sinking platform, wherein the sinking platform is a sinking plane in the middle of the upper surface of the acquisition platform and is used for placing a product to be photographed.
Furthermore, the acquisition platform comprises a photoelectric sensor, and a groove is formed in one corner of the sinking platform; the photoelectric sensor is arranged in the groove and connected with the control unit, the photoelectric sensor is triggered after the product is placed on the acquisition platform, and the photoelectric sensor transmits a trigger signal to the control unit.
Furthermore, the acquisition platform also comprises a limiting strip, and the limiting strip is arranged on the surface of the sinking platform and used for separating different products.
Furthermore, the limiting strips are movable limiting strips and can be freely moved and placed on the surface of the sinking platform according to different sizes of the products.
Furthermore, the acquisition platform also comprises a plurality of strong magnets which are respectively embedded in a plurality of mounting grooves uniformly distributed on the back surface of the acquisition platform; the limiting strips are adsorbed on the surface of the sinking platform through the strong magnets.
Further, the collection platform still includes the scale, the scale sets up the camera below gather on the platform, and with the platform side that sinks is parallel, the scale is used for the sign spacing position.
Furthermore, one side of the sinking platform opposite to the camera is of an open structure, and the edges of two ends of the open structure are of round angle structures.
Furthermore, the collection platform further comprises a wiring groove, and the wiring groove is formed in the back face of the platform and used for arranging all cables.
Furthermore, the control unit comprises a packaging module, an envelope module, a spot check module, a data acquisition and input module and an uploading module; the packaging module is used for identifying the product number and associating data and images when the product is subjected to film sealing operation; the envelope module is used for carrying out envelope operation on the product; the selective inspection module is used for performing selective inspection on the product; the data acquisition and input module is used for acquiring and inputting product information to a local database; and the local database uploads the product information to a server database through the uploading module.
The utility model has the advantages that:
the utility model is used for number identification, image acquisition and the data association of all kinds of sola products, be particularly useful for the number identification and data, the image association of collection ticket class product, work efficiency is high, data record's accuracy is high, the inquiry is convenient and data can be traceed back.
The utility model discloses an acquisition platform makes things convenient for the product to place according to the regulation mode through the platform that sinks to utilize spacing to separate different products, the image acquisition of the different products of being convenient for, the fillet structure at platform edge that sinks can prevent to damage the product corner.
The utility model discloses a control unit can realize the automatic acquisition and the discernment of product image, data, adopts ocr technique to realize the automatic acquisition and the type of product image, data through data acquisition and type module, has improved the efficiency of gathering and type greatly, realizes image acquisition's automation, standardization, uniformity through the camera, the utility model discloses a database automatic recording, associated data and image to the database mode is stored, is convenient for the inquiry of data and traces back.
Drawings
FIG. 1 is a schematic view of the device for identifying the product number of the collection ticket and associating data and image;
FIG. 2 is a schematic view of the structure of the collecting platform of the present invention;
FIG. 3 is a schematic view of the state of the collecting platform without a magnet cover plate installed on the back side;
FIG. 4 is a back view of the collection platform of the present invention;
FIG. 5 is a flow chart of the packaging process of the device for identifying the product number of the collection ticket and associating the data and the image;
FIG. 6 is a flow chart of the envelope of the device for identifying the product number of the collection ticket and associating the data and the image;
fig. 7 is a drawing illustrating the sampling inspection flow of the device for identifying the product number of the collection ticket and associating the data with the image.
Wherein: 1-camera, 2-first collection light source, 3-second collection light source, 4-collection platform, 4.1-sinking platform, 4.2-graduated scale, 4.3-spacing strip, 4.4-photoelectric sensor, 4.5-platform back, 4.6-wiring groove, 4.7-magnet cover plate.
Detailed Description
The following description will be made in detail with reference to the accompanying drawings and examples. The following examples are merely illustrative of the present invention and are not intended to limit the scope of the present invention.
In the present specification, terms of orientation or positional relationship such as up, down, left, right, inside, outside, front, rear, head, and tail are established based on the orientation or positional relationship shown in the drawings. The corresponding positional relationship may also vary depending on the drawings, and therefore, should not be construed as limiting the scope of protection.
The present invention relates to a portable electronic device, and more particularly, to a portable electronic device, which can be connected to a portable electronic device, and can be connected to a portable electronic device through a connection structure, such as a connector, a. The specific meaning of the above terms in the present invention can be understood according to specific situations by those skilled in the art.
The embodiment describes a device for identifying the product number of the collection ticket and associating the data with the image, which can automatically collect the data such as the image and the automatic identification number, has high working efficiency, and associates the data with the image, so that the image and the data of the product have traceability.
As shown in fig. 1, the apparatus includes a camera 1, a first collecting light source 2, a second collecting light source 3, a collecting platform 4, and a control unit.
Camera 1 passes through the pillar and installs in collection platform 4 middle part top, gathers the product image of putting on collection platform 4 through machine vision technique camera 1. The support may be an adjustable support to facilitate adjustment of the lens height of the camera 1.
Install the horizontal pole on the pillar, two first collection light sources 2 are installed at the horizontal pole both ends, and at 1 bilateral symmetry of camera, arrange in and gather 4 tops of platform, and two first collection light sources 2 relative slopes to shine the below product for special light source when not encapsulating the product and gathering the image.
Two second acquisition light sources 3 symmetry sets up at acquisition platform 4 upper surface both ends, and second acquisition light source 3 inclines to gather the middle of the platform 4 and shines, adopts low angle lighting methods for special light source when the image is gathered to the product after the encapsulation, can avoid the reflection of light of plastic film and arouse the quality problem of image.
The control unit is respectively connected with the camera 1, the first acquisition light source 2 and the second acquisition light source 3 and is used for controlling the on-off action, the image acquisition and the transmission action of the camera 1 and the on-off action of the first acquisition light source 2 and the second acquisition light source 3, and the control unit is also used for controlling the operations of image control, data storage, association and the like. The control unit has two acquisition modes of automatic acquisition and manual acquisition, and the two acquisition modes can be freely switched when an image is acquired or in the acquisition process. When the automatic acquisition mode is selected, after the product is placed on the acquisition platform 4, the camera 1 automatically acquires images and identifies data such as product codes. When the manual acquisition mode is selected, after the product is placed on the acquisition platform 4, the camera 1 can continuously acquire images, and after an operator manually clicks a confirmation key to confirm the image effect, the control unit calls one frame of image for identification and acquisition.
The acquisition platform 4 of the embodiment is shown in fig. 2 to 4, and comprises a sinking platform 4.1, a graduated scale 4.2, a limit strip 4.3, a photoelectric sensor 4.4, a wiring groove 4.6 and a magnet cover plate 4.7.
Sinking platform 4.1 is the plane that sinks in the middle of gathering platform 4 upper surface for put and treat the picture product, the product is put by sinking platform 4.1 corner, and platform 4.1 one side that sinks relative with camera 1 is open structure, and open structure both ends edge is the fillet structure, can prevent to damage the product corner through the fillet structure.
Scale 4.2 sets up on camera 1 below collection platform 4, and parallel with 4.1 sides of platform that sinks, and scale 4.2 uses with spacing 4.3 cooperation for the position of the spacing 4.3 of sign.
The limiting strips 4.3 are movable limiting strips, can be freely moved and placed on the surface of the sinking platform 4.1 according to different product sizes, are used for separating different ticket type products such as bank notes, certificates and the like, and can be placed in a predetermined mode. Spacing 4.3 are made by the steel, adsorb on platform 4.1 surface sinking through the strong magnet that the platform back 4.5 set up. The sinking platform 4.1 has no other parts on the surface, thereby avoiding influencing the image acquisition of the product and ensuring that the acquired image meets the requirements.
Be equipped with the recess in 4.1 one corner department of platform that sinks, photoelectric sensor 4.4 sets up in the recess, links to each other with the control unit for detect the product from the product back, after detecting the product, trigger camera 1 through the control unit and open and begin to gather the product image. An upper cover can be arranged on the groove and covers the groove, and the upper surface of the upper cover is flush with the surface of the sinking platform 4.1 so as to prevent the image quality of the product from being influenced.
4.5 equipartitions are equipped with a plurality of mounting grooves at the platform back of collection platform 4, and a plurality of strong magnets are embedded respectively in the mounting groove, adsorb spacing 4.3 on platform 4.1 surface sinking through the strong magnet. Magnet apron 4.7 covers on a plurality of mounting grooves, seals the strong magnet in the mounting groove.
The cabling channel 4.6 is arranged on the back surface 4.5 of the platform and used for arranging all cables, and the attractiveness of the device is guaranteed.
The control unit can be installed on a computer, and can be operated by the computer to display information such as images and data. The control unit comprises a packaging module, an envelope module, a sampling inspection module, a data acquisition and input module and an uploading module. The packaging module is used for performing film sealing operation on a product, the envelope module is used for performing envelope operation on the product, the sampling inspection module is used for performing sampling inspection on the product, the data acquisition and input module is used for acquiring and inputting information such as images and data into the local database, the local database can upload the images and data into the upper-level server database through the uploading module, and the images and data of the product can be conveniently traced.
The device can be used before the product is packaged, and can also be used after the product is packaged. When the product is not packaged and does not have high light reflection, the control unit selects a mode before packaging, the first acquisition light source 2 is started, and the second acquisition light source 3 is closed. When the product is packaged or the product has high light-reflecting characteristics, the mode after packaging is selected by the control unit, the second acquisition light source 3 is started, and the first acquisition light source 2 is closed. The following describes the operation process of the device by taking the product as a bank note body and a certificate as an example.
The control unit realizes the number identification and the association of data and images when the device seals the film on the paper money body and the certificate through the packaging module, and as shown in fig. 5, the flow is as follows:
1. selecting a mode before film sealing or a mode after film sealing according to the product type;
2. if the device is used before film sealing, the position of the limiting strip 4.3 is adjusted according to the size of a product to be collected; if the film is used after the film is sealed, the limiting strip 4.3 is not needed;
3. the control unit selects an automatic acquisition mode or a manual acquisition mode, and the acquisition mode can be switched at any time in the using process;
4. placing the product on a sinking platform 4.1 with the right side up;
5. when the automatic acquisition mode is selected, the photoelectric sensor 4.4 is triggered after the product is placed, the first acquisition light source 2 is lightened, the camera 1 automatically acquires the front image of the product, and an operator can set an acquisition time delay interval by himself to conveniently pull out hands; when a manual acquisition mode is selected, the first acquisition light source 2 is lightened, the camera 1 keeps an acquisition state all the time, but the encapsulation module does not call image recognition, after an operator confirms an image effect on a screen, a confirmation key is clicked for confirmation, and the encapsulation module selects one frame of image for recognition;
6. the packaging module identifies the number on the banknote body and the code on the certificate label at the same time; meanwhile, the printing quality of the banknote body and the certificate can be detected, and quality problems such as damage, dirt and the like can be identified and prompted;
7. the packaging module controls the front image of the product to be cut into a uniform size along the edges of the banknote body and the certificate, compresses the size of the image to a preset size, names the image in a user-defined naming mode, and stores the image according to a specified path;
8. the data acquisition and input module inputs the bank note body number, the certificate code and the product front image storage path into a local database by utilizing ocr technology;
9. the packaging module converts the certificate code into a two-dimensional code which is used as a logistics code for production tracking, and controls the bar code printer to print a logistics code label for each procedure, so that data can be conveniently traced among the procedures;
10. placing the product on a sinking platform 4.1 with the back face upward;
11. when the automatic acquisition mode is selected, the product triggers the photoelectric sensor 4.4, the first acquisition light source 2 is lightened, the camera 1 automatically acquires the back image of the product, and an operator can set an acquisition time delay interval by himself, so that the operator can conveniently pull out the hand; when a manual acquisition mode is selected, the first acquisition light source 2 is lightened, the camera 1 keeps an acquisition state all the time, but the encapsulation module does not call image recognition, after an operator confirms an image effect on a screen, a confirmation key is clicked for confirmation, and the encapsulation module selects one frame of image for recognition; meanwhile, the printing quality of the banknote body and the certificate can be detected, and quality problems such as damage, dirt and the like can be identified and prompted;
12. the packaging module cuts the image on the back of the product into a uniform size along the edges of the banknote body and the certificate, compresses the size of the image to a preset size, names the image in a user-defined naming mode, and stores the image according to a specified path;
13. the storage path of the back image of the product is recorded into a local database through a data acquisition and recording module and is bound and associated with the front data of the product;
14. after the product data acquisition is finished, starting the acquisition of the next product data;
15. after a certain number of product packaging production is finished, an operator can upload data and images in a local database to a designated server database through an uploading module at any time; the server database can be connected with a plurality of local databases and stores data and images uniformly.
After the packaging operation is completed, the envelope module performs envelope operation, associates and binds the packaged product information with the two-dimensional code on the packaging box and writes the packaged product information into a local database and a server database, and the envelope process is as shown in fig. 6:
1. after an operator takes the product and the packaging box, a bar code gun is used for scanning a logistics code on the product;
2. the envelope module acquires images and data from the server database according to the logistics codes, and displays all information of corresponding products on a computer display interface, such as bank note number, certificate codes, front and back images of the products and the like, so that an operator can check the information conveniently;
3. the operator scans the envelope two-dimensional code on the packing box;
4. the envelope module records the obtained product information and envelope two-dimensional code data into a local database through the data acquisition and recording module;
5. packing the product into a box to finish final assembly;
6. after a certain amount of products are produced, an operator can upload data in the local database to a designated server database at any time, and the server database can be connected with a plurality of local databases for unified storage.
The control unit can make the device have the function of sampling inspection through the sampling inspection module, and is used for sampling inspection of products and checking whether errors exist in the whole product packaging process, and the flow of sampling inspection is shown in fig. 7. When the random inspection is carried out, the two-dimensional code of the envelope on the packaging box is scanned firstly, the control unit calls all information of the corresponding product from the server database, information such as corresponding product image, number, code and the like is displayed on the display interface of the computer, and an operator can check the product information.
While the principles of the invention have been described in detail in connection with the preferred embodiments thereof, it will be understood by those skilled in the art that the above-described embodiments are merely illustrative of exemplary implementations of the invention and are not limiting of the scope of the invention. The details in the embodiments do not constitute the limitations of the scope of the present invention, and any obvious changes such as equivalent transformation, simple replacement, etc. based on the technical solution of the present invention all fall within the protection scope of the present invention without departing from the spirit and scope of the present invention.
Claims (10)
1. A device for identifying the product number of a collection ticket and associating data and images is characterized by comprising a camera (1), a first acquisition light source (2), a second acquisition light source (3), an acquisition platform (4) and a control unit;
the camera (1) is arranged above the middle part of the acquisition platform (4) and is used for acquiring product images and identifying data information of the products; the first acquisition light source (2) is arranged above the acquisition platform (4) and is used for providing a light source for acquiring images for unpackaged products placed on the acquisition platform (4); the second acquisition light source (3) is arranged on the acquisition platform (4) and is used for providing a light source for acquiring images for packaged products placed on the acquisition platform (4);
the camera (1), the first acquisition light source (2) and the second acquisition light source (3) are respectively connected with the control unit; the control unit starts the camera (1) according to a signal that a product is placed on the acquisition platform (4), and the first acquisition light source (2) or the second acquisition light source (3) is started.
2. A device for identifying the product number of a collection ticket and associating data and an image according to claim 1, wherein the collection platform (4) further comprises a sinking platform (4.1), and the sinking platform (4.1) is a sinking plane in the middle of the upper surface of the collection platform (4) and is used for placing the product to be photographed.
3. A device for identifying the product number of a collection ticket and associating data and an image according to claim 2, wherein the collection platform (4) comprises a photoelectric sensor (4.4), and a groove is arranged at one corner of the sinking platform (4.1); the photoelectric sensor (4.4) is arranged in the groove and connected with the control unit, the photoelectric sensor (4.4) is triggered after the product is placed on the acquisition platform (4), and the photoelectric sensor (4.4) transmits a trigger signal to the control unit.
4. A device for identifying a product number of a collection ticket type and associating data and an image according to claim 2, characterized in that the collecting platform (4) further comprises a spacing strip (4.3), and the spacing strip (4.3) is arranged on the surface of the sinking platform (4.1) and is used for separating different products.
5. A collection ticket type product number identification and data and image association device according to claim 4, characterized in that the limit strip (4.3) is a movable limit strip which can be freely moved and placed on the surface of the sinking platform (4.1) according to different product sizes.
6. A collection ticket type product number identification and data and image association device according to any one of the claims 4 or 5, characterized in that the collection platform (4) further comprises a plurality of strong magnets which are respectively embedded in a plurality of mounting grooves uniformly distributed on the platform back surface (4.5) of the collection platform (4); the limiting strips (4.3) are adsorbed on the surface of the sinking platform (4.1) through the strong magnets.
7. A collection ticket type product number identification and data and image association device according to claim 4, characterized in that the collection platform (4) further comprises a graduated scale (4.2), the graduated scale (4.2) is arranged on the collection platform (4) below the camera (1) and is parallel to the side of the sinking platform (4.1), and the graduated scale (4.2) is used for identifying the position of the limit strip (4.3).
8. A collection ticket type product number identification and data and image association device according to claim 2, wherein one side of the sinking platform (4.1) opposite to the camera (1) is an open structure, and edges of two ends of the open structure are round structures.
9. A collection ticket type product number identification and data and image association device according to claim 1, wherein the collection platform (4) further comprises a cabling slot (4.6), and the cabling slot (4.6) is arranged on the back surface (4.5) of the platform for arranging all cables.
10. A collection ticket product number identification and data and image association device according to claim 1, wherein the control unit comprises a packaging module, an envelope module, a spot check module, a data acquisition and entry module, and an upload module; the packaging module is used for identifying the product number and associating data and images when the product is subjected to film sealing operation; the envelope module is used for carrying out envelope operation on the product; the selective inspection module is used for performing selective inspection on the product; the data acquisition and input module is used for acquiring and inputting product information to a local database; and the local database uploads the product information to a server database through the uploading module.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202220121076.XU CN217113335U (en) | 2022-01-18 | 2022-01-18 | Device for identifying product number of collection ticket class and associating data and image |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202220121076.XU CN217113335U (en) | 2022-01-18 | 2022-01-18 | Device for identifying product number of collection ticket class and associating data and image |
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| Publication Number | Publication Date |
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| CN217113335U true CN217113335U (en) | 2022-08-02 |
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| CN202220121076.XU Active CN217113335U (en) | 2022-01-18 | 2022-01-18 | Device for identifying product number of collection ticket class and associating data and image |
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| CN (1) | CN217113335U (en) |
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