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    • 2. 发明专利
    • Lead frame take-out device
    • 引线框架引出装置
    • JPS61108138A
    • 1986-05-26
    • JP23107784
    • 1984-11-01
    • Toshiba CorpToshiba Micro Comput Eng Corp
    • SATO TAKEOMURAKAMI KOJI
    • H01L21/50
    • H01L21/50
    • PURPOSE:To automatize a transfer of lead frames in the magazine by a method wherein a mechanism, wherein the roller to be made to rotatingly drive is made to pressingly contact to the faces of the lead frames and the lead frames are taken out one sheet by one sheet by friction between the roller and the lead frames, is provided. CONSTITUTION:A roller 31 is made to rotate by the driving mechanism and a magazine 1 is made to descend by the vertically moving mechanism in a state that lead frames 2 are being housed in the magazine 1. When a position, where the lower face of a frame 2 on the lowest stage in the magazine 1 and the conveying face of a lead frame conveying unit 20 coincide with each other, is detected by the sensor, the descent of the magazine 1 is made to stop. Then, the roller 31 being pulled up to the upper direction by a spring 51 through a supporting arm 36 is made to pressingly contact to the face of the lead frame 2 while the frame 2 is made to rotate. The frame 2 is made to transfer by friction between the frame 2 and the roller 31. Then, the magazine 1 is made to descend and the lower face of the lead frame 2 on the second stage from the lowest stage is made to coincide with the conveying face of the conveying unit 20. By the similar way hereafter, a transfer, a transfer of the lead frames being left in the magazine 1 is performed.
    • 目的:通过以下方法来自动化传送盒子中的引线框架:其中使要旋转驱动的辊被压制地接触引线框架和引线框架的表面的机构被一张一张地取出 提供了一个通过辊和引线框之间的摩擦的片材。 构成:通过驱动机构使辊31旋转,并且在使引导框架2容纳在盒1中的状态下,通过竖直移动机构使盒1下降。当位置 通过传感器检测到料盒1中的最下层上的框架2和引线框架输送单元20的输送面彼此重合,使料仓1的下降停止。 然后,通过支撑臂36通过弹簧51向上方拉动的辊31在使框架2旋转的同时与引线框架2的表面压接。 使框架2通过框架2和辊31之间的摩擦传递。然后使料盒1下降,使来自最下层的第二级上的引线框架2的下表面与 输送单元20的输送面。通过以下相同的方式,执行转印,将残留在料盒1中的引线框的转印。
    • 3. 发明专利
    • Projecting crt device
    • 投影CRT设备
    • JPS6178035A
    • 1986-04-21
    • JP19948384
    • 1984-09-26
    • Toshiba Corp
    • HATTORI HIRONOBUSATO TAKEO
    • H01J29/00H01J31/10
    • H01J29/006
    • PURPOSE:To prevent the dispersion of liquid-tightness by providing a pre-airtight fixing section at an airtight fixing section between the outer surface of a funnel and an annular radiating body, heating and hardening it, then injected an adhesive agent into a main airtight fixing section. CONSTITUTION:An annular radiating body 7 is fitted via an airtight fixing section 20 so as to surround the outer surface of a funnel 3, a transparent plate body 6 is fitted via an airtight fixing section 10 in front of the radiating body 7, and a space between them is sealed with a heat cooling medium liquid 11 to form a projecting CRT device. In this case, the airtight fixing section 20 is formed with a pre-airtight fixing section 21 and a main airtight fixing section 22, first the pre-airtight fixing section 21 is coated with an adhesive agent having relatively high viscosity, the annular radiating body 7 is fitted to the pre-airtight fixing section 21, which is heated and hardened, then an adhesive agent having relatively low viscosity is injected into the main airtight fixing section 22 to fix it. Accordingly, reliable liquid-tightness with no disper sion can be obtained and reliability can be improved.
    • 目的:通过在漏斗外表面和环形辐射体之间的气密固定部分设置预气密固定部分,加热硬化,防止液密性分散,然后将粘合剂注入主气密性 固定部分。 构成:通过气密固定部分20安装环形辐射体7以围绕漏斗3的外表面,通过在辐射体7前方的气密固定部分10安装透明板体6,并且 它们之间的空间用热的冷却介质液体11密封,以形成投影的CRT装置。 在这种情况下,气密固定部分20形成有预气密固定部分21和主气密固定部分22,首先,预密封固定部分21涂覆有具有较高粘度的粘合剂,环形辐射体 7被安装到预密封固定部21上,其被加热和硬化,然后将具有相对低粘度的粘合剂注入主气密固定部22中以将其固定。 因此,可以获得不分散的可靠的液密性,可以提高可靠性。
    • 4. 发明专利
    • Burn-in method and burn-in apparatus
    • 烧焦方法和烧结装置
    • JP2006317403A
    • 2006-11-24
    • JP2005142887
    • 2005-05-16
    • Toshiba CorpToshiba Lsi Package Solutions Corp東芝Lsiパッケージソリューション株式会社株式会社東芝
    • SATO TAKEO
    • G01R31/26
    • PROBLEM TO BE SOLVED: To provide a burn-in method and a burn-in apparatus for improving working efficiency and energy efficiency. SOLUTION: The burn-in method comprises a process that is provided corresponding to each of a plurality of devices on a burn-in board and performs the heat transfer contact of a plurality of members connected mutually by a flexible heat-conducting material to the plurality of devices; and a process for controlling the temperature of the plurality of members collectively. Additionally, the burn-in apparatus comprises the plurality of members capable of performing heat transfer contact with the plurality of devices on the burn-in board; and the flexible heat-conducting material for connecting the plurality of members. COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:提供一种用于提高工作效率和能量效率的老化方法和老化装置。 解决方案:老化方法包括与老化板上的多个器件中的每一个相对应地设置的处理,并且通过柔性导热材料进行相互连接的多个部件的传热接触 到多个设备; 以及共同控制多个部件的温度的处理。 此外,老化装置包括能够与老化板上的多个装置进行传热接触的多个部件; 以及用于连接多个构件的柔性导热材料。 版权所有(C)2007,JPO&INPIT
    • 5. 发明专利
    • METHOD AND APPARATUS FOR GRINDING
    • JPH0729862A
    • 1995-01-31
    • JP17133293
    • 1993-07-12
    • TOSHIBA CORP
    • SATO TAKEOKAWAI KAORU
    • H01L21/304H01L21/677H01L21/68H01L21/683
    • PURPOSE:To make the thickness of a semiconductor chip sharply thin, to enhance the production efficiency and to lower the production cost of the semiconductor device. CONSTITUTION:In a freezing and holding part 34, a fixation device 47 which is composed of a cooling plate, a chuck plate and the like is installed under a transport passage 21, a pressurization mechanism 48 which pressurizes a good chip 20 mounted on a protected tape 23 to the chuck plate is installed on one side of the transport passage 21, and a grinding means 49 is installed on the other side of the transport passage 21. In a cleaning and drying part 35, a second cleaning nozzle and a drier are installed at the upper part of a second transfer stand 59. In a chip takeout part 36, a third X-Y table 63 on which a second wafer ring 64 holding the ground good chip 20 has been placed is installed on one side of the transport passage 21, and a fourth X-Y table 65 on which a second transfer head provided with a second suction nozzle has been installed is installed on the other side of the transport passage 21. Consequently, the thickness of a semiconductor chip can be made sharply thin.
    • 9. 发明专利
    • LEAD FRAME STAY DEVICE
    • JPH0193134A
    • 1989-04-12
    • JP25097987
    • 1987-10-05
    • TOSHIBA CORPTOSHIBA MICRO CUMPUTER ENG
    • SATO TAKEOHASHIMOTO KENJI
    • H01L21/60
    • PURPOSE:To facilitate the fixing and removal of a stay for cutting down the replacement time thereof by a method wherein, while abutting a lead frame stay against abutting surfaces of frame stay fixture, the stay is aligned through the intermediary of this guide parts and then the stay vacuum sucked is fixed on the fixture. CONSTITUTION:A lead frame stay fixture 4 vertically movable is formed into a flat U-shape frame while both end upper surfaces of a lead frame stay 6 are abutted against the lower surface of both ends of the frame to present abutting surfaces 7 rectangular and recessed to fix the stay 6. Simultaneously, guide parts 8 abutting against the outer periphery of the stay 6 are formed on the step parts of respective abutting surfaces. Furthermore, suction holes 9 are made inside the fixture 4; opening ends are connected to a vacuum suction source not shown in figures; the stay 6 is fixed to the fixture 4 through the intermediary of the other suction holes 10 and the suction grooves 9; and then fixture 4 in this state is lowered to fix a frame 1 on a heat block 3.
    • 10. 发明专利
    • DIE-BONDING DEVICE
    • JPS6386528A
    • 1988-04-16
    • JP23230886
    • 1986-09-30
    • TOSHIBA CORP
    • SATO TAKEO
    • H01L21/52
    • PURPOSE:To form the die-bonding device on which an inspection and the change in conditions based on the inspection can be performed easily by a method wherein the relative position between the semiconductor element and a substrate, directly after performance of die-bonding, is recognized, the reference position stored in a memory part in advance and the allowable value of positional deviation are compared with each other, and an appropriate correction is performed. CONSTITUTION:The position of the substrate 7 mounted on a carrier 8 is recognized by a television camera 10, said position is compared with the reference value A stored in a memory part 43, and the amount of deviation of the substrate 7 is worked out. The signal for correction of the substrate position is outputted from a control part 50, the position is corrected, and a die-bonding is performed. Pertaining to the substrate and the semiconductor element for which the die-bonding operation is completed, the position of bonding is recognized again by the television camera 11 and a recognition part 40. The result obtained is compared with the positional deviation value stored in the memory part. When said position is in the prescribed control limits, the correction value for a mechanical working part is outputted so that the amount of deviation will be brought to the minimum. Also, when the amount of deviation exceeds the control limits, a warning is given to the operator, and the device is stopped immediately.