子分类：
- H01J29/003： .{消除不必要的电磁效应的设备,例如,去磁设备,遮蔽线圈((H01J29/06 , H01J29/867优先;一般的去磁设备入 H01F13/00;为此目的的电路设备入H04N9/29;对电场或磁场的屏蔽设备入H05K9/00)}
- H01J29/006： .{消除不必要的温度效应的设备}
- H01J29/02： .电极;屏;其安装、支承、配置或绝缘
- H01J29/46： .电极装置及用于产生或控制射线或射束的有关部件,如电子光学装置{(渡越时间管入H01J23/00, H01J25/00; x射线管入H01J35/00;检测离子的束射管,例如,电子或离子显微镜,或物体或材料处理例如电子或离子射束管入H01J37/04; 电子倍增器入H01J43/04;辐射或离子的处理,例如,聚焦,偏离,且未列入其它组的入G21K1/00)}
- H01J29/84： .除去或分离无用粒子,如负离子或散射电子的阱;速度或质量的选择装置(粒子光谱仪或分离管入49/00)
- H01J29/86： .管壳;容器;真空锁
- H01J29/90： .引入装置;它们的封接
- H01J29/92： .成为管子组成部分用以提供电连接的装置(连接器的结构入H01R)
- H01J29/94： .充气物质的选择;取得或维持管内所需压强的方法,如用消气剂{(电子管的排气,除气,吸气一般入H01J9/38)}
- H01J29/96： .结构上与管子相连的一个或一个以上的电路元件
- H01J29/98： .不作为管子特殊应用的,且未包含在其他组的电路装置
| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 1 | 用于阴极射线管漏斗的包装装置 | CN01102182.9 | 2001-01-23 | CN1312210A | 2001-09-12 | 姜圣秀 |
| 一种用于CRT漏斗的竖直上下堆叠的包装装置,其包含:具有多个通孔的平面支撑架,每个通孔可使漏斗的颈部穿过其中,一对在支撑架相对边中的第一内壁,可相对支撑架的平面进行折叠;和一对在支撑架相对边中的第二内壁,可相对支撑架的平面和第一内壁一起折叠,多个至少形成在第一和第二内壁中的一个内的折线,保证第一和第二内壁相对支撑架平面进行折叠。该装置的刚度足以支撑CRT漏斗,可用较小的体积对漏斗进行转移和存储。 | ||||||
| 2 | 用于阴极射线管漏斗的包装装置 | CN01102182.9 | 2001-01-23 | CN1196634C | 2005-04-13 | 姜圣秀 |
| 一种用于CRT漏斗的竖直上下堆叠的包装装置，其包含：具有多个通孔的平面支撑架，每个通孔可使漏斗的颈部穿过其中，一对在支撑架相对边中的第一内壁，可相对支撑架的平面进行折叠；和一对在支撑架相对边中的第二内壁，可相对支撑架的平面和第一内壁一起折叠，多个至少形成在第一和第二内壁中的一个内的折线，保证第一和第二内壁相对支撑架平面进行折叠。该装置的刚度足以支撑CRT漏斗，可用较小的体积对漏斗进行转移和存储。 | ||||||
| 3 | 降低场发射显示器中的电荷积累 | CN99802234.9 | 1999-01-07 | CN1288581A | 2001-03-21 | 罗伯特·T·史密斯; 约翰尼·特鲁吉洛; 谢承刚 |
| 一种用于降低场发射显示器(100)中的电荷积累的方法,包括步骤:使大量电子发射器(114)发射电子(132)来降低场发射显示器(100)的阳极(124)的电势的步骤。阳极(124)的电势一降低,电子(132)中和隔离物(130)的正静电充电表面(129)。通过提供与连接于阳极(12)的电压源(126)串联的电阻器(127)来降低阳极电势。通过使电子发射器(114)同时发射以在阳极(124)提供下拉电流(128)来降低阳极电势。阳极(124)电压被降低到一个值,该值引起足够数量的电于流(132)被吸引到充电表面(129)以用于中和它们。 | ||||||
| 4 | 降低场发射显示器中的电荷积累 | CN99802234.9 | 1999-01-07 | CN1146944C | 2004-04-21 | 罗伯特·T·史密斯; 约翰尼·特鲁吉洛; 谢承刚 |
| 一种用于降低场发射显示器(100)中的电荷积累的方法，包括步骤：使大量电子发射器(114)发射电子(132)来降低场发射显示器(100)的阳极(124)的电势的步骤。阳极(124)的电势一降低，电子(132)中和隔离物(130)的正静电充电表面(129)。通过提供与连接于阳极(124)的电压源(126)串联的电阻器(127)来降低阳极电势。通过使电子发射器(114)同时发射以在阳极(124)提供下拉电流9128)来降低阳极电势。阳极(124)电压被降低到一个值，该值引起足够数量的电子流(132)被吸引到充电表面(129)以用于中和它们。 | ||||||
| 5 | 用于电视的玻璃构件 | CN01820747.2 | 2001-11-05 | CN1481570A | 2004-03-10 | 詹斯·普劳尔 |
| 本发明涉及电视机用的玻璃构件。在玻璃构件制造过程中可施加一持久的编码信息；使玻璃构件的非功能表面成为具有二进制编码信息，以得到特征表面。具有“1”2进制元素的编码信息是以多行及以单页或多页排列而表达，并且“1”2进制元素是以构件的模制方向排列，或以这样施加到部分表面，使上述以单个符号作为凹入或凸出在特征表面而自动产生，在成像过程由模具到玻璃构件。借助于装置，使用相应的选择特征表面和方向以及符号的反向，可在同一工序中产生编码信息作为玻璃构件的生产。 | ||||||
| 6 | 전계 방출 디스플레이에서 전하의 누적을 감소시키는 방법 | KR1020007005626 | 1999-01-07 | KR100558665B1 | 2006-03-10 | 스미스,로버트,티.; 트루질로,요한; 쉬에,쳉강 |
| 전계 방출 디스플레이(100)에서 전하의 누적을 감소시키는 방법은 다수의 전자 방출기(114)가 전계 방출 디스플레이(100)의 양극(124)에서 전위를 감소시키도록 전자(132)를 방출하게 하는 단계를 포함한다. 양극(124)에서 전위를 감소할 때, 전자(132)는 스페이서(130)의 정전기적으로 양으로 대전된 표면(129)을 중화시킨다. 양극 전위는 양극(124)에 연결된 전압원(126)과 직렬로 저항(127)을 제공하여 강하시킨다. 양극 전위는 전자 방출기(114)가 양극(124)에서 풀다운 전류(128)를 제공하도록 동시에 방출하게 하여 감소된다. 양극(124)에서의 전압은 대전된 표면을 중화시키기 위하여 충분한 전자선속(132)이 대전된 표면으로 끌어당겨지게 하는 값으로 감소된다. | ||||||
| 7 | 荷電粒子放出銃及び荷電粒子線装置 | JP2012549717 | 2011-12-08 | JPWO2012086419A1 | 2014-05-22 | 荒井 紀明; 紀明 荒井 |
| 荷電粒子放出銃の作動を長時間停止することなく、チップを加熱させることなく、チップのクリーニングが可能な荷電粒子放出銃を提供する。荷電粒子放出銃は、チップに照射する紫外光又は赤外光を生成するクリーニング用照射光装置と紫外光又は赤外光をチップに導くための光ファイバを有する。クリーニング用照射光装置は、チップの吸着分子を光刺激脱離によって脱離させるために、又は、チップの吸着分子を光刺激脱離によって脱離させ、該脱離した分子をイオン化するために、所定の波長と強度の紫外光又は赤外光を生成する。 | ||||||
| 8 | Charged particle emission gun and a charged particle beam apparatus | JP2012549717 | 2011-12-08 | JP5462958B2 | 2014-04-02 | 紀明 荒井 |
| 9 | How to reduce the accumulation of charge in the field emission display | JP2000540555 | 1999-01-07 | JP4346820B2 | 2009-10-21 | ジョアン・トルジッロ; チェンガン・ツィ; ロバート・ティー・スミス |
| 10 | Funnel packaging material for cathode ray tube | JP2001018112 | 2001-01-26 | JP2001247183A | 2001-09-11 | KANG SUNG-SOO |
| PROBLEM TO BE SOLVED: To provide a funnel packaging material for a cathode ray tube whose overall support strength for supporting a funnel is high in assembling and whose storage is easy by making it less bulky. SOLUTION: This relates to a funnel packaging material for a cathode ray tube where a plurality of funnels 10 for a cathode ray tube are received and laid on top of another vertically. The material comprises a panel shape support part where a plurality of through holes are formed for inserting a funnel neck, a pair of first inside wall parts 26a, 26b which are provided on both sides of the support part and are foldable relative to the panel face of the support part, and a pair of second inside wall parts 27a, 27b which are provided on both ends of the support part and are foldable relative to the panel face of the support part with the first inside wall parts. At least either the first inside wall parts or the second inside wall parts are provided with a plurality of folding lines 30 for folding the first inside wall parts and the second inside wall parts relative to the panel face of the support part. | ||||||
| 11 | Image pickup tube | JP5556981 | 1981-04-15 | JPS57170449A | 1982-10-20 | MIYAMOTO SATORU; IIDA TATSUHIKO |
| PURPOSE:To reduce occurrence of a detection clamp miss of a black level to nil and obtain a picture with high quality by forming the optical black level section into approximately the same shape as a deflection magnetic field distortion. CONSTITUTION:An optical blck level section 16 formed on the side edge of a color separation stripe filter 2 by chromium metalizing, etc., is shaped in a curve so that the upper end 16a and the lower end 16b form a concave facing the scanning direction of an electron beam 12. According to this constitution, in case of a deflection magnetic field with a barrel shaped magnetic field distortion, horizontal scanning start points a, b, c of the electron beam 12 are located within the upper end 16a of the optical black level section 16, therefore a detection clamp misss of the optical black level section 16 is reduced to nil. Under a method detecting the optical black level section 16 prior to the start of the horizontal scanning, horizontal scanning start points a', b', c' are located within the curved lower end 16b of the optical black level section 16, thus the detection clamp miss is also reduced to nil. | ||||||
| 12 | Cathode-ray tube unit | JP14330779 | 1979-11-07 | JPS5667149A | 1981-06-06 | IKEGAKI NOBU; MIRUZOE HIROHISA; SATOU FUMIYUKI |
| PURPOSE:To effectively absorb the external oscillation which is transmitted to a cathode-ray tube and minimize the oscillation by mixing, reacting, and solidifying two types of liquid material as a filling member layer and specifying its hardness as a specific value. CONSTITUTION:A cathode-ray tube unit is formed by providing a filling member layer 17 consisting of silicon rubber at a gap between an outer box 16 and the side wall section of the panel 11 of a cathode-ray tube 10 and a deflector 14. This filling member layer 17 attenuates external oscillation and reduces the oscillation. As this filling member layer 17, a potting filling member with a hardness of less than 20, such as two-liquid mixing contracting type silicon rubber is used in accordance with the measurement method of JIS, K-6301. This can absorb the transmission of external oscillation to the cathode-ray tube and minimize the oscillation. | ||||||
| 13 | Cathode-ray tube unit | JP14330679 | 1979-11-07 | JPS5667148A | 1981-06-06 | IKEGAKI NOBU; MIRUZOE HIROHISA; SATOU FUMIYUKI |
| PURPOSE:To reduce the external oscillation which is transmitted to the side wall section of a cathode-ray tube panel by providing a filling member layer at the space between the tube body of a funnel and part of a neck and the inner wall of an outer box. CONSTITUTION:A cathode-ray tube 20 consisting of a deflector 23 and another extra-tube component 25 is mounted inside an outer box 26 on the outer wall from a funnel 22 and a neck 23 in a tube body consisting of the neck 23 which is connected through a panel 21 and the funnel 22, a cathode-ray tube unit is formed by providing a filling member layer 27 such as silicon rubber is provided at the gap between the funnel 22 of the outer box 26 to the deflector 24. This fully attenuates external oscillation, which is transmitted to a cathode tube 20. As a result, color shift and light and dark fringes can be prevented without being affected by the oscillation. | ||||||
| 14 | JPS5521264Y2 - | JP15275074 | 1974-12-17 | JPS5521264Y2 | 1980-05-22 | |
| 15 | JPS5234326B2 - | JP1456073 | 1973-02-05 | JPS5234326B2 | 1977-09-02 | |
| 16 | JPS509859Y1 - | JP14039270 | 1970-12-24 | JPS509859Y1 | 1975-03-26 | |
| 17 | Packaging materials for a cathode ray tube funnel | JP2001018112 | 2001-01-26 | JP3557173B2 | 2004-08-25 | サン−スー カン |
| 18 | Picture display device | JP8975784 | 1984-05-04 | JPS60235331A | 1985-11-22 | OSADA KEIJI; YOKOMAKURA MITSUNORI |
| PURPOSE:To prevent creeping discharge and obtain a picture display device with high reliability by prolonging the creeping distance of a frame body pin for an acceleration electrode between a frame body for an acceleration electrode and a horizontal focusing electrode shielded plate. CONSTITUTION:Two or more frame body pins 39 for two or more acceleration electrodes are provided under a frame body 37 for an acceleration electrode so as to position the height direction with a horizontal focusing electrode 38. A horizontal focusing electrode shielded plate 40 is inserted between the frame body pins 39 for the acceleration electrodes and the horizontal focusing electrode 38 and into the peripheral section of the frame body 37 for the acceleration electrode and each electrode on the horizontal focusing electrode 38 side is guarded from high voltage discharge. As a result, by using the frame body pins for the acceleration whose creeping distance is prolonged, creeping discharge can be attenuated. Since the amount of gas generated by discharge is low, a picture display device with high reliability can be obtained. | ||||||
| 19 | Earthing conductor mounting device | JP13940782 | 1982-08-10 | JPS5929324A | 1984-02-16 | WATANABE TOMIJI |
| PURPOSE:To enable the earthing conductor to be simply and securely mounted to a cathode-ray tube, by providing only one fixture with regard to the captioned mounting device of an earthing conductor for earthing of the cathode-ray tube of a television receiver. CONSTITUTION:One fixture 9 is provided in order to mount an earthing conductor 7 to a cathode-ray tube 8. At one end of the fixture 9, a coupling part 11 is installed in order to couple a deflection yoke 10. The coupling part 11 is a part whose section is like a (?) letter-like and which has a pawl 11a. The intermediate part of the fixture 9 has elasticity and at the other end thereof a recessed part 13 into which the earthing conductor 7 is fitted is formed. The fixture 9 is formed in one body by resins. The both ends of the earthing conductor 7 are engaged with the tabs 12a, 12b of the cathode-ray tube 8, the intermediate part of the earthing conductor 7 is fitted into the recessed part 13 of the fixture 9 and furthermore the coupling part 11 of the fixture 9 is connected to the deflection yoke 11. By doing this, the intermediate of the fixture 9 is curved and the fixture 9 can be securely mounted without slackening the earthing conductor 7. | ||||||
| 20 | JPS5843175Y2 - | JP11314078 | 1978-08-18 | JPS5843175Y2 | 1983-09-29 | |
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