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    • 35. 发明专利
    • MOLECULAR BEAM EPITAXY DEVICE
    • JPS60117614A
    • 1985-06-25
    • JP22414383
    • 1983-11-30
    • HITACHI LTD
    • MIZUMOTO MUNEOOKUNO SUMIOFUJIOKA KAZUMASATAKAHASHI KUNIHIROSATOU KAZUOYAMAGUCHI SUMIOKURODA TAKAROUTAMURA NAOYUKI
    • H01L21/203
    • PURPOSE:To detect the presence of a substrate on a transporter positively, and to facilitate the remote control of the transporter by providing a sensing means detecting the presence of the substrate on the transporter in a molecular beam epitaxy device in which the transporter on which the substrate is loaded is mounted movably in a carrying chamber for carrying the substrate to each treating chamber. CONSTITUTION:Conductive base plates 9A1, 9A2 buried to a transporter 8 made of a non-conductive material with a guide roller 13 rolling along a rail 7 made of a non-conductive material installed into a carrying chamber 5 are mounted to the transporter 8 in order to load a conductive substrate 15 after crystal growth. When the substrate 15 is loaded on the base plates 9A1, 9A2, currents flow and a conduction sensor 29 is operated because sliding contacts 21a, 21b are each brought into pressure-contact with buried plates 22, 24 for conduction through springs 20a, 20b by the load of the substrate. When the substrate 15 is removed from the base plates 9A1, 9A2, while the conduction sensor 29 is returned to an original state because currents stops by operation reverse to the one mentioned above. Accordingly, the presence of the substrate 15 on the base plates 9A1, 9A2 can be discriminated positively.
    • 36. 发明专利
    • STRAIGHT WIRE INTRODUCING DEVICE
    • JPS6017069A
    • 1985-01-28
    • JP12325183
    • 1983-07-08
    • HITACHI LTD
    • KANETOMO MASABUMISATOU KAZUOYAMAGUCHI SUMIOMATSUMURA YASUHIDEKATOU SHIGEO
    • C23C14/56H01L21/203C23C14/22
    • PURPOSE:To enable use of a straight wire introducing device in an ultrahigh vacuum by placing a magnet or ferromagnetic material sealed hermetically with a member consisting of a low gas releasing material on the vacuum side and forming a magnetic circuit between the same and the member on the atm. side. CONSTITUTION:A low gas releasing material sealed internally and hermetically with a magnet 52, for example, a vessel formed of a stainless steel, is disposed in a vacuum partition wall 51 of a straight wire introducing device. The vessel is constituted of two kinds of stainless steels, i.e., a ferromagnetic and nonmagnetic stainless steels. Yokes 53 formed of the magnetic stainless steel are attached to both ends in an axial direction and pipes 54 formed of the nonmagnetic stainless steel are attached circumferentially to the inside and outside circumferences. These members are respectively joined by welding to constitute a hermetic vessel which confines the gas released from the magnet 52 in the vessel. A magnetic circuit is formed by the above-mentioned constitution and the magnetic coupling in the atmospheric air and in a vacuum is created through a vacuum partition wall 51.
    • 38. 发明专利
    • Faraday cup
    • FARADAY杯
    • JPS58211683A
    • 1983-12-09
    • JP9485682
    • 1982-06-04
    • Hitachi Ltd
    • YAMAGUCHI SUMIOHABU TOORUUENO TAKUMIISHIHARA HEIGOAKAGI MOTOO
    • H01J37/244G01T1/29H01J49/06
    • G01T1/29
    • PURPOSE:To accurately detect the quantity of all beams in the central position and within a prescribed radius, by constituting the titled device by a part detecting the distribution of beams in the direction X, a part detecting the distribution of beams in the direction Y, and a cup detecting the quantity of the beams. CONSTITUTION:The device is constituted by a cup 1 for detecting the quantity of ion beams and a leading rod 2 for leading the detected quantity to a meter 3. The leading rod 2 comprises parts (a) and (b) for detecting the center of the beams, which are formed by bending the rod in the middle. The part (a) is a part for detecting the central position in the direction Y of the beams, and by moving the Faraday cup 1 in the direction Y, the position whereat the meter 3 indicates a maximum value is found. The part (b) is a part for detecting the central position in the direction X of the beams, and the position whereat a maximum value in the direction X is indicated is found in the same way as the above. The cup 1 is moved to the central position of the beams thus found, so as to detect a prescribed quantity of the ion beams.
    • 目的:为了准确检测中心位置和规定半径范围内的所有光束的数量,通过利用检测光束在方向X上的分布的部分构成标题设备,检测光束在Y方向上的分布的部分, 以及检测梁的数量的杯子。 构成:该装置由用于检测离子束量的杯1和用于将检测量引导到仪表3的前导杆2构成。引导杆2包括用于检测离子束的中心的部分(a)和(b) 梁是通过在中间弯曲杆而形成的。 部分(a)是用于检测梁的方向Y的中心位置的部分,并且通过沿着方向Y移动法拉第杯1,发现仪表3指示最大值的位置。 部分(b)是以与上述相同的方式找到用于检测梁的方向X上的中心位置的部分,以及指示方向X上的最大值的位置。 将杯1移动到如此找到的梁的中心位置,以便检测规定量的离子束。
    • 39. 发明专利
    • Mechanism for prevention of wafer break
    • 防止破裂的机制
    • JPS58192319A
    • 1983-11-09
    • JP7527182
    • 1982-05-07
    • Hitachi Ltd
    • HABU TOORUTOKIKUCHI KATSUMIYAMAGUCHI SUMIO
    • H01L21/683H01L21/02
    • H01L21/02
    • PURPOSE:To absorb shocks of water drop and prevent breaks, by providing metallic arms installed with springs in a drop carrier gate. CONSTITUTION:The wafer 1 drops in the guide 5, and is received by a pair of the arms 8 having spring property and detected by a sensor 11. A rotary solenoid 10 operates by the signal of the sensor 11, then the arms 8 extend to space over the wafer diameter and accordingly the wafer drops again. Thereat, the arms 8 move in contact with the end surface of the wafer, while the wafer doe not preform unnecessary movements in the guide 5. By this constitution, breakings or very small breaks of the wafer hardly generate.
    • 目的:为了吸收水滴的冲击并防止断裂,通过在落料架门中提供安装有弹簧的金属臂。 构成:晶片1在引导件5中下落,并被具有弹簧特性的一对臂8接收并由传感器11检测。旋转螺线管10通过传感器11的信号进行操作,然后臂8延伸到 晶片直径上的空间,因此晶片再次下降。 在这种情况下,臂8与晶片的端面相接触,同时晶片不会在导向件5中产生不必要的运动。由此,晶片的断裂或非常小的断裂几乎不产生。