6 results about "Power component" patented technology

A control assembly is provided for a plurality of structures (such as grain bins, silos, dryers, hoppers, poultry houses, pig houses, etc.) at an agribusiness. Each structure includes one or more components to be controlled and a component cable to electrically connect the component to a source of power. The control assembly includes a mount for each structure and a control/power assembly which can be mounted to the mounts of the individual structures. The mount is fixedly mountable to a surface on or adjacent the structure and includes a bracket and an electrical outlet connected to a source of electricity. The control/power assembly includes a housing containing control circuitry, a plurality of component outlets each of which is electrically connected to a specific control circuit to receive the component cable of the structure; a connector for electrically connecting the control/power to the mount outlet. The control/power assembly can be mounted to the mount and connected to the components and the source of electricity to operate the components of the particular structure. When operations at the structure are complete, the portable control/power assembly can be removed from the mount and either placed in a secure location or mounted to the mount of a different structure to operate the components of the different second structure.

The invention discloses a stamping machine system which comprises a stamping machine server, a CPU (central processing unit), a power component, a stamping mechanism, a support mechanism, a stamping platform, a stamping ink groove and a detection component. The stamping machine server receives and stores information transmitted by the CPU, sends out control instruments through the CPU, and communicates through a USB (universal serial bus); the CPU can drive the power component and the stamping mechanism to enable the stamping mechanism to move to a designated position to complete stamping operation according to the control instruments inputted by a user and through an interface of interaction with the user; a stamping object is arranged on the stamping platform; the detection component comprises a pyroelectric infrared sensor arranged a the support platform and used for detecting disturbance of the stamping platform and feeding back the disturbance to the CPU to have objects in the stamping platform locked. By the arrangement, the situation that the stamping object is replaced during use of a stamping machine can be effectively avoided.

The invention discloses a different-side linkage flexible mechanical arm based on a universal structure, which includes several cross shafts in series, a universal structure connecting adjacent cross shafts, and a power assembly. The power assembly includes a fixed part, and the fixed part includes The first fixing part arranged on the shaft 1/shaft 2 adjacent to the far end of the pulley, and the second fixing part arranged on the shaft 1/shaft 2 adjacent to the proximal end of the pulley, the first fixing part is set At one end of the rotating shaft 1/rotating shaft 2, the second fixing portion is disposed at the other end of the adjacent rotating shaft 1/rotating shaft 2. The different-side linkage flexible manipulator based on the universal structure sets an easy-to-rotate universal structure between the cross shafts in series, and combines the power components composed of pulleys and steel wires interspersed between the cross shafts to make the manipulator The full-angle rotation can be realized conveniently, the principle is simple, the structure is light and handy, and the cost is low, and it can be applied to various fields such as industrial machinery automatic assembly, pipeline fault detection and repair.

A vertical power component on a silicon wafer, including a lightly-doped epitaxial layer of a second conductivity type on the upper surface of a heavily-doped substrate of a first conductivity type, the epitaxial layer having a thickness adapted to withstanding the maximum voltage likely to be applied to the power component during its operation; and an isolating wall formed by etching a trench through the epitaxial layer and diffusing from this trench a dopant of the first conductivity type of high doping level.