34results about How to "Increase the number of storage" patented technology

A vertical heat treatment apparatus is provided with at least one of carrying in / out parts (3, 4) for carrying in and out a transporting container (2) storing a plurality of sheets of works (W) to be treated to and from the vertical heat treatment apparatus; a first storing part (5) for storing a plurality of transporting containers carried into the vertical heat treatment apparatus through the carrying in / out part; a heat treatment furnace (7) for performing prescribed heat treatment to the works by storing a holding tool (6) holding a multitude of sheets of works at a multitude of levels; and a transfer part (8) for placing the transporting container to transfer the works between the holding tool and the transporting container. The vertical heat treatment apparatus is provided with an upper level carrying in / out part (3) and a lower level carrying in / out part (4) as the carrying in / out part; and a second storing part (20) for storing the transporting container between the upper level and the lower level carrying in / out parts. One of the carrying in / out parts (3, 4) is permitted to be a third storing part (30) for storing the transporting container (2). The number of transporting containers to be stored can be increased without increasing the footprint, and a throughput can be improved.

The invention discloses a packing box for packing the frame of the front door and window of an automobile. For the second positioning structure, there are also two second positioning structures placed on the front end away from the support seat, the two second positioning structures are stacked on each other, and the second positioning structure placed away from the support seat is oppositely arranged. The material is simple and single; the material uses less area and the cost is low; it is easy to fold and assemble; it has good stability and is not easy to deform; the spacing between parts can be 10mm, and the number of single boxes can be accommodated high.

The invention relates to a medical proton synchrotron which comprises the components of a first deflecting two-pole magnet, a second deflecting two-pole magnet, a third deflecting two-pole magnet, a fourth deflecting two-pole magnet, a fifth deflecting two-pole magnet, a sixth deflecting two-pole magnet, a seventh deflecting two-pole magnet and an eighth deflecting two-pole magnet, wherein the deflecting two-pole magnets are successively connected, and furthermore the first deflecting two-pole magnet is connected with the eighth deflecting two-pole magnet for forming an annular structure; a first long linear junction, a second long linear junction, a third long linear junction, a fourth long linear junction; a first miniature linear junction, a second miniature linear junction, a third miniature linear junction and a fourth miniature linear junction. According to the medical proton synchrotron, through utilizing the deflecting two-pole magnets with ultrahigh field strength and horizontal focusing and horizontal defocusing four-pole magnets, an envelope function is kept in a relatively low level, and furthermore the medical proton synchrotron has advantages of effectively improving acceptance degree of the proton synchrotron, increasing number of stored protons, increasing proton utilization rate and duty ratio, and shortening treatment time. Furthermore each magnet element in the medical proton synchrotron has relatively high strength for reducing perimeter of the whole synchrotron, thereby effectively utilizing the space of the medical proton synchrotron and furthermore reducing treatment cost.

The present invention provides a substrate heat processing apparatus, which can reduce the configuration space of a heat processing plate as possible thereby realizing the miniaturization of device, increasing the number of accommodated substrates and increasing the freedom and productivity of the heat medium flow. The substrate heat processing apparatus is provided with a heat processing plate such as a cooling plate (14), which is used for carrying a semiconductor wafer (W) and performing heat processing to the wafer to a preset temperature, wherein, the cooling plate (14) is provided with a cooling plate body (64). The cooling plate body (64) is obtained through laminating a plurality of thin plates (1) composed of heat-conductive material through a mode such as diffusion joint mode, and is provided with a supplying flow path (61a) and discharging flow path (62a) of the heat medium, a refrigerant flow path (63) and adsorption holes (64f), which are provided through laminating the thin plates (1).

The invention discloses a synchrotron and an injection device and method thereof. The injection device comprises an upstream straight section, a first deflection magnet, an injection straight section,a second deflection magnet and a downstream straight section which are connected successively. The injection device is easy to manufacture and convenient to operate, breaks through the limitation ofthe Liouville's theorem by using a state of charge changing method, can increase the number of injection turns, and improves injection efficiency, thereby greatly increasing the number of protons stored in the synchrotron to reach a number over 2*1011.

The invention discloses a factory inspection equipment for iron chain size, which includes a frame, on which a first auxiliary wheel is fixed, and a detector is fixed on the right side of the first auxiliary wheel; the invention uses a mold to detect the iron chain, When the measurement of the maximum outer width is unqualified, the paint channel in the paint spray block will spray marking paint on the outer surface of the iron chain, which is convenient for later workers to process the unqualified iron chain or return to the factory, while the inner length size is used A laser rangefinder is installed. While measuring the width of the iron chain, the probe is inserted into the iron chain to detect the length, ensuring that the probe will not be damaged due to the movement of the iron chain during detection, ensuring the continuity of detection, and As far as possible, the size inspection of each section of the iron chain is carried out to ensure the accuracy of the size. When the iron chain is stored, the relative rolling between the chain reel and the chain ensures that the chain is evenly distributed on the chain reel. It is possible to store as many chains as possible.