AI fresh food scales have been piloted in many large fresh food supermarkets and stores. All data show that the data of AI fresh food scales are better than the current ordinary electronic scales in all aspects. In the future, AI fresh food scales may replace ordinary electronic scales and enter the public's sight. MASUNG AI fresh food scale punching in Foshan RT-Mart Supermarket.
So how does the AI fresh food scale realize automatic identification of commodity weighing through AI?
We often weigh and exclude a long time in shopping malls, supermarkets, and vegetable markets. The weighing personnel need to check the serial number of the product to weigh the price of the product, which is easy to cause customers to queue up. The electronic scale for intelligent identification of goods in supermarkets only needs to put the goods on the identification scale, the electronic scale will automatically identify the goods, and the weighing staff will automatically print out the label after clicking, and then check out directly at the cashier. The requirements for weighing personnel are not high, and they can be employed with simple training. Many large supermarkets are already in common use.
Features of AI supermarket smart electronic scale:
1. Automatic identification of commodities: support transparent bagging of fruit and vegetable commodity identification, up to 98%.
2. Weigher mode, customer automatic mode.
3. Visual operation of waterproof capacitive touch screen.
4. Self-customized software: commodity express classification editing, classification display, and temporary modification of prices.
Find products quickly in 5.0.01 seconds and support price, pinyin head, and item number to search for products.
6. Intelligent weighing: automatic identification of goods to achieve machine replacement of labor, improve work efficiency and reduce costs.
There are built-in modes such as product classification, product pictures, voice broadcast, automatic printing, and rapid price change. Say goodbye to traditional numbering, and you can get started quickly.
7. New employees can take up jobs without training, and remote automatic upgrades are supported.
8. Support wired and wireless networks, support all supermarket software on the market, and perform remote real-time management of PLC data.
9. Report function The daily weighing data is automatically saved.
10. Compatible with all supermarket software, it can be directly connected to the cash register, and the label barcode is transmitted to the cash register in real time during sales, no need to scan the code, and can be set to not print.
The combination of barcode scale and AI solves the problem of weighing fresh food in supermarkets. Come and order.
As consumers, we see barcodes and barcode scanners used all the time: purchasing from any retail store, renting a car, attending major events, flying, and even going to the doctor. They’re in our social media apps and on store windows. Barcodes are more than lines and spaces on individual products: Barcode scanning systems help businesses track an amazing amount of information which, in turn, increases productivity and efficiency. You will improve your business’ processes by understanding how barcodes work and by knowing how to use them effectively in partnership with a quality barcode scanner. A barcode is used to encode information in a visual pattern readable by a machine. Barcodes are used for a variety of reasons including tracking products, prices, and stock levels for centralized recording in a computer software system. A barcode is a square or rectangular figure that can be read by a scanner and consists of a series of parallel black lines and white gaps of varied lengths. These symbols form a unique digital code when scanned by a barcode scanner's laser beam. To classify and distinguish items, barcodes are attached to and connected with them. 1. Target the barcode logo. 2. Make sure you have it clearly visible in the camera. 3. Done – now you see the information.
The 21st century is the era of rapid development of electronic information, and with the rapid development of the Internet, the era of mobile Internet is coming. The rapid development of smartphones, tablet PCs, and other mobile intelligent terminals has opened a new era of mobile offices. Similarly, as a product of information technology, the development of printers is also very rapid. Since entering the 21st century, thermal printing technology has been rapidly applied in all walks of life. Compared with the traditional needle and inkjet printing methods, thermal printers, as one of the branches, have many advantages, such as fast speed, low noise, low energy consumption, zero consumables, easy maintenance, easy to carry, etc. Therefore, it has attracted many enterprises to invest in it, and Shenzhen Masung Intelligent Equipment Co. It has 100% of its product intellectual property rights and hundreds of intellectual property patents, and a rate of growth of more than ten per year.
What is the operation principle of the thermal printer?
What are the application fields of thermal printers?
What is the operation principle of the thermal printer?
The principle of a thermal printer is to cover a layer of transparent film on light color materials and turn the film into dark color after heating for some time. The image is generated by heating and chemical reaction in the film. This chemical reaction is carried out at a certain temperature, and a high temperature will accelerate this chemical reaction. When the temperature is lower than 60 ℃, the film takes a long time, even several years, to turn dark. When the temperature is 200 ℃, this reaction will be completed in a few microseconds.
The thermal printer selectively heats the thermal paper at a certain position, resulting in the corresponding graphics. Heating is provided by a small electronic heater on the print head in contact with the thermal material. The heaters are arranged in the form of square points or strips, which are logically controlled by the printer. When driven, a graph corresponding to the heating elements is generated on the thermal paper. The same logic circuit that controls the heating element also controls the paper feed, so that graphics can be printed on the whole label or paper.
The most common thermal printer uses a fixed print head with a heated dot matrix. The print head has 320 square points, each of which is 0.25mm × 0.25mm。 Using this dot matrix, the printer can print points at any position of thermal paper. This technology has been used in paper printers and label printers.
What are the application fields of thermal printers?
The thermal printer can only use special thermal paper. The thermal paper is coated with a coating that will change color due to chemical reaction in case of heat, which is similar to photosensitive film. However, this coating will change color in case of heat. Using this characteristic of thermal coating, thermal printing technology has emerged. Thermal printing technology was first used in fax machines. Its basic principle is to convert the data received by the printer into a dot matrix signal, control the heating of the thermal unit, and heat and develop the thermal coating on the thermal paper. At present, thermal printers have been widely used in POS terminal systems, banking systems, medical instruments, and other fields.
In-depth research on thermal printing technology and the design of thermal printer systems with core technology is of practical value to meet the growing demand for customized printing services. If you are interested in purchasing a thermal printer, consider choosing one of our quality products.
ShenZhen Masung Intelligent Equipment Co., Ltd has won hundreds of existing intellectual property patents and increasing at a rate of more than ten items per year. The company are expanding the proportion and scope of intelligent manufacturing, expanding R&D and sales gradually. We have a production area of 7,000 square meters, including metal molds and stamping, automatic patch, Complete product manufacturing system integrating assembly, testing and other system-wide processes. Kiosk thermal printers can take many forms, but they all have one thing in common: being hidden inside a machine. One reason is that there are so many different kiosk thermal printers on the market and their applications are so diverse. There are mainly 5 types of kiosk thermal printers.
Here is the content list:
The "cut and drop" printer
The "output control" printer
The "Host" function printer
The "present and retract" kiosk printers
POS printers in kiosk
The "cut and drop" printer
These are usually used to pay for and display parking lots. Tickets are printed inside the booth, cut from rolls of paper and dropped from a chute onto a tray to be collected. This is the most basic type of kiosk thermal printer and the least expensive. The kiosk thermal printer is well protected inside the kiosk. Cutting and lowering the printer is very effective as long as the kiosk is well designed.
The "output control" printer
Two clever features allow the printer to be mounted directly behind the kiosk fascia. "Anti-jam" function stops printing tickets in case of congestion; For example, deliberately blocking paper paths. Print your resume when the path is clear. When the opposite happens, the ticket is pulled out before it is fully printed, and "pull protection" ensures that the kiosk thermal printer and the roll are not affected. Certain tickets may be damaged or torn by the user, but will not cause paper jams, ensuring the kiosk is ready for the next customer.
The "Host" function printer
A demonstrator is installed in front of the kiosk thermal printer at the ticket booth, which prints and cuts out tickets before the customer sees them. The printed ticket is then forwarded and presented to the user. Once pulled, the ticket is further served and ejected, effectively passing the ticket to the user. These printers are a little more expensive, but they're totally protected from abuse.
The "present and retract" kiosk printers
They are very similar to a demo printer, but with the added ability to retrieve printed tickets and discard them in the kiosk. This is very useful if the user does not accept a ticket or receipt within a programmable time. A typical application for this type of kiosk thermal printer is ATM, as it prevents unnecessary receipts from littering the street.
POS printers in kiosk
With printing speeds reaching 350mm per second, a fifth type of "kiosk thermal printer" is becoming more widely used. Due to mass production, POS (Point-of-sale) printers are a very cost-effective way to produce tickets or receipts in a kiosk environment. The super-high printing speed almost completely eliminates the speaker's need, as the ticket is printed and cut before the user has a chance to grab and pull it.
For convenience and ease of use, innovative features such as feed and print buttons are included on both the front and back of the kiosk thermal printer, which is ideal for self-service terminals that open front, side or back.
A barcode scanner usually consists of three different parts including the illumination system, the sensor, and the decoder. In general, a barcode scanner “scans” the black and white elements of a barcode by illuminating the code with a red light, which is then converted into matching text. More specifically, the sensor in the barcode scanner detects the reflected light from the illumination system (the red light) and generates an analog signal that is sent to the decoder. The decoder interprets that signal, validates the barcode using the check digit, and converts it into text. This converted text is delivered by the scanner to a computer software system holding a database of the maker, cost, and quantity of all products sold. Barcode Scanner can scan and read all QR codes / barcode types including text, url, ISBN, product, contact, calendar, email, location, Wi-Fi and many more formats. After scan and automatic decoding user is provided with only the relevant options for individual QR or Barcode type and can take appropriate action.It highlights the features and performance of the Cognex Mobile Barcode Scanner SDK, decoding images that contain barcodes of any of its supported symbologies. Fast and accurate: The screen layout is tidy and clean. The scanner works even when there is no internet connection. Support 1D and 2D code types: It supports QR code containing VCard (contact), Wifi Access Code, web URL, email, phone number, as well as different barcode types. You can even see the code type.
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