Dainippon Screen Mfg. Co., Ltd.

Other

Screen Holdings Co., Ltd.

Chugai Seiyaku Kabushiki Kaisha

Koji Hasegawa

Kenichiro Arai

Toshio Hiroe

Akira Morita

Hiroshi Suzuki

Masato Tanaka

Ayumi Higuchi

Ichiro Mitsuyoshi

Naoyuki Osada

Tomonori Kojimaru

Yoshitaka Abiko

Yosuke Kawase

Yoshihiro Nishina

Keiji Magara

Masashi Sawamura

Toshiyuki Osaki

Takuya Shibao

A nozzle of a nozzle device includes an arm pipe that extends in a horizontal direction and a downstream pipe formed so as to curve downward from one end of the arm pipe. In the nozzle, a metallic pipe is provided inside a second resin pipe. Moreover, a first resin pipe is provided inside the metallic pipe. A boss is attached to the tip of the metallic pipe between the first resin pipe and the second resin pipe. At the tip of the nozzle, an outer peripheral surface of the first resin pipe, an end surface of the second resin pipe and an end surface of the boss are welded by welding resin. In this way, the metallic pipe is reliably coated with the first resin pipe, the second resin pipe, the boss and the welding resin.

Nozzle and a substrate processing apparatus including the same

The present invention relates to a transgenic animal wherein DNA encoding p300 and a promoter exerting its activity in myocardial cells are introduced, and a screening method using the same.

p300 transgenic animal

On a hot plate, jigs and wafers are joined by bonding wax. A first transport mechanism, a posture change mechanism, a pusher and a second transport mechanism transport the jigs joined with the wafers from the hot plate to a treating transport mechanism. The treating transport mechanism immerses the jigs joined with the wafers in a treating solution stored in a treating tank. Thus, the wafers may be thinned, or otherwise treated, without a turn table directly contacting and damaging the wafers as in the prior art.

Wafer treating apparatus

Pure water dissolving nitrogen gas and containing microbubbles is supplied to a substrate. Since microbubbles are very minute in size and also have the electrostatic property, they can efficiently adsorb particles on the substrate surface or in the pure water. Further, since pure water dissolving nitrogen gas is unlikely to be charged, the pure water itself never carries new particles from each component of the apparatus. These functions allow efficient particle removal from the substrate surface or the liquid.

Substrate processing apparatus and method

A substrate treating apparatus for treating substrates includes a treating tank for receiving and treating the substrates, a holding device movable, while holding the substrates in a cantilever mode, between a treating position in the treating tank and a transfer position above the treating tank, a transport device for supporting the substrates and transferring the substrates to and from the holding device in the transfer position, a detecting device for detecting a posture variation of the holding device, and a correcting device for correcting a position of the holding device or the transport device. The correcting device performs a correction according to the posture variation of the holding device detected by the detecting device in time of transfer of the substrates between the holding device and the transport device.

Substrate treating apparatus

A substrate treating apparatus for performing a predetermined treatment of substrates includes a treating tank for storing a treating solution, a holder for holding a plurality of substrates arranged in one direction inside the treating tank, and a bubble generating device for generating bubbles in the treating solution stored in the treating tank. The bubble generating device includes a plurality of cylindrical bodies extending in the one direction and arranged in a direction perpendicular to the one direction. Each of the cylindrical bodies is at least partly formed of a porous member extending in the one direction.

A substrate treating apparatus for treating substrates as immersed in a treating solution includes a treating tank for storing the treating solution and accommodating the substrates, a holding mechanism for holding a plurality of substrates in upstanding posture in the treating tank, and a drive mechanism for revolving the holding mechanism about a virtual horizontal axis extending in a direction of alignment of the plurality of substrates. The plurality of substrates are treated, while the holding mechanism holding the plurality of substrates is immersed in the treating solution, and the drive mechanism is operated to revolve the plurality of substrates about the horizontal axis.

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Kyoto, Japan

Koji Hasegawa