50results about How to "Containment costs" patented technology

A compressor housing is provided with a scroll piece that includes a cylindrical intake port forming section that forms an intake port, a scroll wall surface forming section that forms an air-intake side wall surface of a discharge scroll chamber, and a scroll outer circumferential section that covers an outer circumferential side of the discharge scroll chamber; a shroud piece that includes a cylindrical shroud press fitted section press fitted into the intake port forming section, and a shroud wall surface forming section that forms an inner circumferential side wall surface of the discharge scroll chamber and also forms a shroud surface that opposes an impeller and a diffuser surface; and an outer circumferential annular piece that includes an outer circumferential annular press fitted section that is press fitted inside the scroll outer circumferential section, and an outer circumferential annular wall surface forming section that forms an outer circumferential side wall surface of the discharge scroll chamber.

A painting spraying room covers the skeleton surface side except the undersurface of the skeleton group member (1) by cover member (8). The facade of the cover member (8) is stroked from the bottom up. An exhaust opening part (5) and an exhaust device mounting rack (6) with a filter, an exhaust fan and an extract duct around are set on the right side (8b). An air-supply opening part and a drier mounting rack (4) for installing the drier (10) are set on the upper surface (8e). The painting spraying room and the drier (10) can make a cross move together, so without engagement of workplaces, thereby increasing space efficiency. The invention can shorten coating operation time including drying time, thereby markedly enhancing coating working performance and increasing space efficiency in the workspace without choosing the workspace. It achieves the functions of reaching the environmental criteria and adequately suiting for the water paint.

The present invention provides a substrate processing apparatus capable of suppressing the installation area of the apparatus and the cost of the apparatus. A substrate processing apparatus (1) includes a scribing unit (300) for forming a scribe line on a surface of a substrate (10); a feeding table (110) for carrying the substrate 10 and attracting the carried substrate (10); a carrying unit (120) for carrying the feeding table (110) between a first position for carrying the substrate (10) on the feeding table (110) and a second position for delivering the substrate (10) to the scribing unit(300); a rotating part (130) for rotating the feeding table (110) up and down; and a control part. The control part delivers the substrate (10) on which the scribe line is formed by the scribing unit(300) at the second position to the feeding table (110) and attracts the substrate (10) to the feeding table (110), and then drives the rotating part (130) to rotate the feeding table (110) up and down and invert the front and back of the substrate (10).

Provided is a cold rolling forming machine which can provide low noises and can retain the setting environment in a cleaning state without the need for grease in a power transmission mechanism. The cold rolling pipemaking machine (1) is provided with multiple stages of roller forming supports (10) which are arranged on the conveying direction and perform cold rolling forming on blanks in stages. Each stage of each roller forming support includes a driving belt pulley (34) driven by a driving motor; a lower roller being squarely to the conveying direction of the blanks and performing the cold rolling forming on the blanks; a lower roller shaft directly connected with the driving belt pulley and arranged on the lower roller; an upper roller being opposite to the lower roller over the blanks and performing the cold rolling forming on the blanks together with the lower roller; an upper roller shaft arranged on the upper roller; a driven belt pulley directly connected with the upper roller shaft; a synchronous belt wound on the driving belt pulley and the driven pulley to transmit the rotating force of the driving belt pulley to the driven belt pulley, and an assist belt pulley wound on the synchronous belt and being capable of adjusting the position of the driven belt pulley with respect to the driven belt pulley.

The main purpose of the present invention is to provide an electromagnetic stirring apparatus such that uniform electromagnetic force can be supplied to each mold. In an electromagnetic stirring apparatus (5) according to the present invention, two teeth portions (12) are disposed on cores (11) of a pair of electromagnetic coils (C1, C2) disposed across a mold (4), with inner windings (13) disposed on the outside of the teeth portions (12) and outer windings (14) disposed on the outside of the inner windings (13). The windings are supplied with currents A, B, and C with phase differences of 120º from a three-phase alternating current power supply. The directions of the currents in order from one end of the direction of casting to the other are -B, +C, -C, +A, -A, +B for the coil (C1) and -B, +A, -A, +C, -C, +B for the coil (C2) when the distance (L) between the coils (C1, C2) is not less than 500 mm, or -B, +C, -C, +A, -A, +B for the coil (C1) and +B, -A, +A, -C, +C, -B for the coil (C2) when the distance (L) is less than 500 mm. The mold disposed between the coils (C1, C2) satisfies n × phi < W, where n is the number of molds, phi is the outer size of each mold, and W is the width of the electromagnetic coil.

The present invention provides a charging control method of mechanical parking equipment and a control device thereof, wherein a three-phase power supply of the mechanical parking equipment is used for taking out a plurality of single-phase power supplies for charging with excellent balance. For taking out a plurality of single-phase power supplies for charging electric vehicles from the three-phase power supply for the power of the mechanical parking equipment, the contacts of each two-phase electromagnetic contactor, which are combined for taking single-phase power from the three-phase power supply, are controlled for selectively switching the contacts of each electromagnetic contactor thereby selecting two phases of the three-phase power, monitoring the charging states of a plurality of electric vehicles and preventing current balance deterioration.

Provided is a cutting device capable of saving space and suppressing equipment costs when processing requiring a cutting device and an ultraviolet irradiation device is performed. The cutting device divides a wafer supported on an annular frame through an adhesive tape into individual device chips. The cutting device includes: a chuck table including a wafer support table that supports the wafer and a frame support portion (13) that is disposed on an outer periphery of the wafer support table and supports the annular frame; and a cutting unit that performs cutting processing on the wafer supported by the wafer supporting table. The wafer support table includes an ultraviolet irradiation unit that irradiates ultraviolet light to reduce an adhesive force of the adhesive tape in a region corresponding to the wafer.

The invention relates to a clamping member capable of inhibiting device costs and production costs, inhibiting damages during the clamping connection with the bolt, and being well clamped with the bolt. A main body (12) of the clamping member is provided with an opening part (23), which is disposed in a base end part of a clamping sheet (21). A bolt (1) can be inserted in the opening part (23). Two sides of the opening part (23) of the clamping sheet (21) are provided with protective wall parts (21), the thicknesses of which are greater than that of other parts of the main body (12).

The invention relates to an educational outfit with an axial shell assembled by a bearing, comprising a set of tapered bearings which can separate from each other with an inner ring and an outer ring mutually rotating, a bearing which can keep the two rings of roller separated from each other, a first bracket which has a dent part with an outer ring inserted in, a shell which has a bottom board forming a flat surface and a top board, with an opening bigger than the external diameter of the outer ring, of an upper end face parallel to the flat surface, a second bracket which has a flange fastened on the upper end face of the top board and a dent part formed inside for keeping the bearing upright between the bottom board and the top board and forming a clearance between the bottom of the dent part and the end face of the outer ring on the bearing, a first measuring apparatus which can measure the height size between the upper end face of the top board and the end face of the outer ring, and a plurality of gaskets which has different thickness corresponding to the clearance between the bottom of the dent part of the second bracket and the end face of the outer ring.

A fasting device which fastens a support member such as a foundation plate (42) to a connecting member such as a pillar (51) is composed of a bearing body (11), shock absorbing bodies (38), anchoring implements (55), etc. The bearing body (11) is disposed at the center of a space (S) where the support member and the connecting member face each other, and comprises a basic plate (12) which is in surface contact with the support member, a mounting plate (14) which is in surface contact with the connecting member, and connecting sections which connect both of these plates. The shock absorbing bodies (38) are formed using U-shaped leaf springs or the like, and are disposed at the outer edges of the space (S) where the support member and the connecting member face each other. Reaction forces are generated in the shock absorbing bodies (38) according to the displacement of the connecting member or the like.

In the present invention, along the outer periphery of a ring constituted by a plurality of electromagnets, a plurality of sets of connection plates are installed by being aligned in the longitudinal direction thereof, wherein one set consists of two connection plates that are disposed with a gap therebetween in the radial direction. At the connection portion between one connection plate from a two-plate-set and one adjacent connection plate from another set, an extremity of the one connection plate from the two-plate-set and an extremity of the one connection plate from the other set are both constituted in such a manner as to be curved in the radial direction and spaced from the other connection plate of the other set in order to connect in series the connection plates of the one set and the connection plates of the other set. In addition, an intermediate fixing plate and a support plate are used to install all the connection plates at a higher position than an installation reference surface position.