Intelligent Door Lock Motor Accessories

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Theory of Spray Filling for Aluminum Alloy Die Casting The theory of spray filling in aluminum alloy die casting was proposed by Frommer in 1932 based on practical experience in zinc alloy die casting and through a large number of experiments. Frommel conducted an analysis based on the ideal liquid flow and believed that the filling process of liquid metal follows the laws of fluid mechanics, and there are friction and vortex phenomena. Through experiments, it is believed that when molten metal...

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Magnesium alloy die casting is a type of alloy commonly used in automobiles. Magnesium alloy die casting machines are the most indispensable machines for producing magnesium alloy die casting. To ensure the effective operation of each magnesium alloy die casting machine, Metal Machining Part are a very important part. In magnesium alloy die casting machines, molds are one of the most important accessories. A mold is a tool used to manufacture the desired product shape, and its quality and...

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Basic Principles of Cold Chamber Aluminum Alloy Die Casting Process The pressure chamber of cold chamber die casting is separate from the holding furnace (alloy melting and exhaustion). During aluminum alloy die casting, first use a quantitative spoon to take out the metal liquid from the holding furnace and pour it into the pressure chamber, and then use the injection punch to perform die casting. According to the pressure direction of the injection punch, it can be divided into horizontal,...

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Many keyboard buttons on the market are made of plastic, but there are also many keyboard buttons made of mechanical parts made of aluminum alloy die casting. Not only computer buttons, but also buttons for mobile phones are made of aluminum alloy die-casting. So how are keyboard buttons made? Let's take a look now. Keyboard button die casting is a manufacturing process that injects hot fused metal into the mold through an injection mold and solidifies it under high pressure. Keyboard key die...

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The most commonly used alloy process is the aluminum alloy die casting process, which is also widely used in various industries. Why is it so popular in so many industries? Today, let's take a look at why it is so popular. It uses high pressure to inject molten aluminum alloy into the mold, and through cooling and solidification, the required aluminum alloy parts are finally obtained. The manufacturing process is simple and efficient, with low manufacturing costs and stable and reliable product...

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The advantages of Die Casting Part made of aluminum alloy are very obvious. The cost of aluminum alloy is moderate, easy to process and shape, easy to color, light in weight, low pressure on the door, which is conducive to the maintenance and service life of the door. The surface oxide layer is not easy to peel off, has good corrosion resistance, and is easy to clean and maintain. When making smart door lock casings, it is important to look for a manufacturer with a good record in producing...

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With the changes in technology, door locks are constantly being updated. Door locks are also the most important thing for our life safety and property safety. Good door locks determine the quality of anti theft. Nowadays, many houses use electronic locks to better ensure safety, while the shells of most intelligent electronic locks are made of aluminum alloy die casting. Why do most people use aluminum alloy die-cast door locks? The main reason is that; The die casting parts made of aluminum...

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In order to obtain high thermal fatigue resistance and wear resistance, aluminum alloy die casting molds must have high high-temperature strength and tempering stability. Adopting optimized Heat treatment process, without decarburization, deformation, and optimization of structure and hardness, as decarburization and carburization on the surface of the mold can seriously affect the thermal fatigue of the mold Labor strength can cause early thermal fatigue cracking and reduce the service life of...

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Analysis of mold deformation during heat treatment During quenching and tempering of die casting molds, deformation or distortion can occur. Deformation is caused by stresses in steel, including thermal stress, structural transformation stress power. Thermal stress: The mold size will increase during heating. When heating is faster and more uneven, the size of different parts of the bow will increase inconsistently, resulting in Generating stress and deformation. The purpose of multi stage...

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gating system 1) Filling method of metal liquid: The metal liquid is divided into two strands by the fixed mold insert and flows into the cross runner to avoid direct flow into the impact core, which is to be filled by the cross runner After filling, the mold cavity is filled through an annular inner gate, and the liquid metal is filled along the mold wall, ensuring a smooth flow. 2) Design of inner gate C: The inner gate is designed as a ring shape, with a thickness of 2~3.5mm and a length of...

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Aluminum alloy smart door lock housing is a common material for smart door lock housing. Aluminum alloy material is relatively lightweight, which is more friendly to the maintenance and service life of the door, and it is also well done in terms of wear and scratch resistance. The surface of aluminum alloy has an oxide film, which can last for several years without fading as long as it does not scratch the surface, maintaining a beautiful appearance. Die Casting Part made of aluminum alloy also...

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Surface shape and positional tolerances for zinc alloy die castings It is generally believed that the surface shape and position of zinc alloy die castings are mainly determined by the formed surface of the zinc alloy die casting mold "The shape and position can achieve high accuracy, so there are no other requirements for the shape and position of the general surface of zinc alloy die castings, and their tolerance values" Included within the tolerance values for the relevant dimensions. For...

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For zinc alloy die castings, deformation is a problem that cannot be ignored, and its tolerance value should be controlled within a certain range Flatness and straightness tolerances before and after shaping, parallelism, perpendicularity, and end face runout tolerances, coaxiality, and symmetry tolerances. The surface requirements for zinc alloy die castings are divided into two types: casting trace and surface roughness.

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There are traces caused by the die casting process on the surface of zinc alloy die castings, including various flow traces and mold heat generated during the filling process of liquid metal Crack marks and scratches on the casting during demolding. For areas with these traces, it is not possible to measure the surface roughness of machining of Therefore, when required, the scope (area size and depth) of the casting trace can be limited. In die casting production, when the casting trace...

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Smart door lock is a type of door lock product that combines intelligent technology, with functions such as automatic locking, remote control, and password unlocking. Smart door locks have been widely used in modern homes, not only bringing convenience to people's lives, but also improving home safety. The customization design of smart door locks should first consider the appearance design of the product. A good exterior design can attract the attention of consumers and improve the aesthetics...

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Aluminum alloy die casting molds work under high temperature and pressure, and the working process is a cycle process of alternating heat and cold. Due to die cast aluminum The alloy liquid fills the mold cavity in a relatively short time and solidifies under pressure. Mechanical properties of aluminum alloy die casting molds subjected to metal flow stress Mechanical stress, thermal alternating stress caused by rapid changes in temperature over a short period of time, and the corrosive effect...

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The die-casting process can achieve high-precision manufacturing, ensuring the precise size and shape of the door lock frame. This high-precision feature not only makes the smart door lock more aesthetically pleasing, but also enhances its stability and reliability during use. The intelligent door lock frame made of aluminum alloy die-casting has excellent strength and durability, and can resist the influence of external impacts and harsh environments. This feature enables intelligent door...

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The die-casting intelligent door lock framework is a key link in the manufacturing of intelligent door locks, which carries the main structure and core functions of locks. Die casting technology, as an efficient and precise forming technology, plays an important role in the manufacturing of intelligent door lock frames. Die casting process involves injecting molten metal into a mold, cooling and solidifying it to form the desired shape. In the manufacturing of intelligent door lock frames,...

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The intelligent lock framework refers to a set of software and hardware infrastructure built around intelligent lock technology and applications. It includes key elements such as the hardware platform, communication module, operating system, application software, data storage and processing of the smart lock, providing support and guarantee for the functionality and performance of the smart lock. The framework of the smart lock we usually use is made of zinc alloy die casting or aluminum alloy...

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The production of zinc alloy die-casting intelligent lock frames should choose suitable zinc alloy materials. Zinc alloy is widely used in the field of intelligent door locks due to its advantages such as easy processing, easy forming, low cost, and mature surface treatment. Among them, zinc alloys 3 and 5 are better choices because of their stable chemical properties and are not easily corroded or oxidized. According to the design requirements of the intelligent lock framework, manufacture...