Buckwheat Biscuit Processing Technology

(1) The recipe includes 990 grams of buckwheat starch, 1200 grams of sugar, 740 grams of shortening, 40 grams of starter powder, 25 grams of salt, 78 grams of skim milk powder, 84 grams of sodium carboxymethyl cellulose (CMC), 1,000 grams of water, and 750 grams of eggs. (B) Process Accessories Buckwheat starch → Measuring and Weighing → Dough Preparation → Rolling → Molding → Baking → Cooling → Inspection → Packaging (Three) Key Operating Points 1. Production of Buckwheat Starch: Start by soaking buckwheat flour in water at a ratio of 1:24 for 20 hours. Then change the water and soak it again for another 20 hours. Afterward, remove the soaked flour, grind it, and sieve it through a 220-mesh sieve. Let the mixture settle for 24 hours to separate the liquid from the sediment. The upper layer is discarded, and the remaining slurry is filtered through an 80-mesh cloth. Finally, it is dried, crushed, and sieved to obtain fine buckwheat starch. 2. Measuring and Proportioning: Accurately weigh all raw materials and additives according to the specified formula. 3. Dough Preparation: Combine all dry ingredients—buckwheat starch, sugar, shortening, starter powder, salt, and skim milk powder—in a dough mixer and mix for 45 minutes. Next, add 5.2 grams of CMC dissolved in 100 grams of water and stir for 5 minutes. Finally, incorporate 750 grams of CMC dissolved in 750 grams of egg mixture and continue stirring for another 5 minutes to complete the dough preparation. 4. Rolling and Molding: Feed the prepared dough into a biscuit forming machine for rolling and shaping. To prevent sticking on the rollers, a small amount of flour or liquid oil can be applied to the surface. Also, ensure that the rolling ratio does not exceed 1:4 to avoid making the dough surface rough or sticky. 5. Baking: Place the shaped biscuits into an oven set at 275°C and bake for 15 minutes until fully cooked. 6. Cooling, Inspection, and Packaging: After baking, allow the biscuits to cool naturally or use cold air blowing to reduce the temperature to around 35°C. Inspect the products and remove any that do not meet quality standards. Finally, package the finished biscuits for distribution. (Four) Product Features 1. Appearance: Slightly smaller than wheat-based cookies of similar quality, with a slight indentation in the center. 2. Texture: The exterior is crisp, while the inside remains moist and soft. 3. Color: The surface has a light brown hue, and the interior is darker in color. This process ensures a unique texture and flavor, making the buckwheat biscuits stand out as a healthy and distinctive alternative to traditional wheat-based snacks.

Electronic Bluetooth Padlock

Electronic Bluetooth padlocks represent a modern advancement in security technology, combining traditional locking mechanisms with smart wireless connectivity. These innovative locks utilize Bluetooth technology to enable convenient, keyless access control via smartphones or other Bluetooth-enabled devices. Designed for various applications, from securing lockers, cabinets, and storage units to gates and personal belongings, electronic Bluetooth padlocks offer enhanced security features compared to conventional mechanical locks.

One of the key benefits of electronic Bluetooth padlocks is the ability to manage and share access permissions remotely. Users can grant or revoke entry rights instantly through a dedicated mobile app, eliminating the need to distribute physical keys or combinations. This feature is particularly useful for businesses, gyms, rental properties, and shared facilities where multiple users require access at different times.

Most Bluetooth padlocks incorporate robust encryption protocols to prevent unauthorized access and hacking attempts. The locks typically include tamper alarms and automatic locking functions that activate after a set period or when the lock is moved forcibly. Some models also offer audit trails, logging every access attempt with timestamps, enabling users to monitor who accessed the lock and when.

The construction of these locks often features weather-resistant materials such as stainless steel or hardened alloy, making them suitable for both indoor and outdoor use. Many electronic Bluetooth padlocks come with rechargeable batteries that provide months of operation on a single charge. In case of battery depletion, some devices include backup power options or mechanical override keys for emergency access.

Installation is generally straightforward, as Bluetooth padlocks mimic the form factor of traditional padlocks and do not require complex wiring or infrastructure changes. The mobile apps designed for these locks are usually intuitive, offering features like multi-user management, temporary or scheduled access, and notification alerts for suspicious activities.

Overall, electronic Bluetooth padlocks represent a significant step forward in secure, flexible, and user-friendly locking solutions. They are ideal for individuals and organizations seeking smart security options that blend convenience with advanced technology. Whether protecting personal valuables, securing commercial assets, or controlling access to shared spaces, Bluetooth padlocks deliver reliable protection with modern connectivity advantages.

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Kerai (Foshan) Technology Co., Ltd. , https://www.cratlock.com