At present, the intelligent electronic pattern machine in the domestic market basically relies on imports and is expensive. The precision machinery, optoelectronics and other technologies independently developed by the standard shares are relatively mature, but lack the core technology of the computer control of the pattern machine, especially the embedded software system. Based on this, the standard shares and Northwestern Polytechnical University, using its scientific research advantages, entrusted Northwestern Polytechnical University to design and develop embedded software systems to break through the key technologies of intelligent sewing, improve the intelligence level of sewing equipment, and enhance the core of the product in the international market. Competitiveness.
After the efforts of both parties, the intelligent electronic pattern machine finally came out. The product's advanced optomechanical electrical integration technology and the integration of sewing equipment features constitute a series and scalability. The rapid guidance of the system meets the needs of industrial sewing equipment. It is the first to form a componentized embedded software platform in the field of sewing equipment, which can adapt to the series of customizable and personalized requirements of sewing equipment. Support the current international mainstream sewing equipment specifications and provide international support. It can meet the development needs of large-scale diversified sewing production.
The newly developed embedded software has its own intellectual property rights, and the basic software has been verified in medium-level electronic sewing equipment. It is reported that the intelligent electronic pattern machine is a typical representative of computer machines and also the development trend of industrial sewing equipment.
A lathe is used to fashion a rotating piece of raw metal, wood, or composite into a precise configuration using movable cutting tools, or bits set to varying depths. The process, known as turning, or machining, is most often accomplished with a horizontal lathe. Often, however, space or material constraints, sometimes even personal preferences, necessitate the use of a vertical lathe.
Essentially a horizontal lathe turned on end, a vertical lathe, also called a boring tool, is composed of basically the same parts as a horizontal lathe. As implied, the functions of vertical lathes are performed up and down, rather than side to side, as is the case with horizontal lathes. This vertical alignment allows short, heavy, bulky materials to be machined more efficiently than with a horizontal lathe.
All lathes, vertical or horizontal, are comprised of the same basic parts. The headstock encloses the spindle and chuck, the parts that actually turn the material. The bed catches the shavings, and also serves as a brace for the horizontal lathe. The feedscrew and leadscrew, mounted on the lathe carriage, adjust the speed and distance traveled by the cutters along the stock. The cross slide and compound rest position the toolbox, which, in turn, mounts the bits.
The tailpost, at the opposite end of the lathe spindle, clutches the stock and braces it, thus eliminating wobble and vibration. The headstock and tailpost may be at the upper or lower end of a vertical lathe, or to the right or left end of a horizontal lathe. Either way, the headstock is one end of the lathe, the tailstock, the other.
Vertical lathes may be vertical turret lathes (VTL), where a turret holds various toolboxes, allowing little wasted time resetting bits during the machining process. There are also computer numerical control (CNC) vertical lathes in which the entire machining process is computer operated.
The top of the lathe pyramid are the CNC vertical turret lathe machines, most often used to turn stainless steel into precision parts for engines, turbines, transmissions, etc. These machines, though expensive to purchase and operate, are perfectly suited to the task, saving space, as well as over-stressed equipment. A CNC VTL can also be used on alloys to efficiently turn precision bearings and gears.
A vertical lathe can used on rough wood in a home workshop, mainly for its space-saving attribute. Many home hobbyists, however, simply feel more comfortable turning wood up and down, rather than side to side. Altogether, the vertical lathe is a very capable and versatile tool.
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