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    • 1. 发明公开
    • 글라스 부재 용착 치구 및 이를 이용하는 글라스 용착시스템
    • 用于焊接玻璃构件和玻璃焊接系统
    • KR1020090082308A
    • 2009-07-30
    • KR1020087000788
    • 2007-07-23
    • 신메이와 인더스트리즈,리미티드
    • 타케우치,키요시이와사키,야스쿠니
    • C03B23/20
    • C03B23/20C03B23/203
    • A glass member fusing device comprises a base member (1) having a major surface on which glass members (10, 11) are placed in a predetermined area (15), positioning members (5) so fitted to the base member (1) that they are in contact with the outer surfaces of the glass members (10, 11) and they position the glass members (10, 11) in the predetermined area (15), and a pressing structure so installed on the base member (1) as to press the glass members (10, 11) against the major surface of the base member (1) and separate from the glass members (10, 11). The positioning members (5) are so fitted that a laser beam can be applied to all around the outer surfaces of the glass members (10, 11) without intercepting the laser beam by the positioning member (5).
    • 玻璃构件定影装置包括具有主表面的基部构件(1),玻璃构件(10,11)放置在预定区域(15)中,定位构件(5)安装到基座构件(1)上, 它们与玻璃构件(10,11)的外表面接触,并将玻璃构件(10,11)定位在预定区域(15)中,并且将按压结构安装在基座构件(1)上,如 将玻璃构件(10,11)压靠在基部构件(1)的主表面上并与玻璃构件(10,11)分离。 定位构件(5)被安装成使得激光束可以被施加到玻璃构件(10,11)的外表面周围,而不会被定位构件(5)遮挡激光束。
    • 2. 发明公开
    • 마그네트론 스퍼터링용 자석 구조체 및 캐소드전극 유닛과마그네트론 스퍼터링 장치
    • 磁控溅射和阴极电极单元和磁控溅射设备的磁结构
    • KR1020080042172A
    • 2008-05-14
    • KR1020087008163
    • 2006-08-23
    • 신메이와 인더스트리즈,리미티드
    • 콘도,타카히코호리,타카노부이와사키,야스쿠니요네야마,노부오
    • C23C14/35C23C14/34
    • C23C14/35H01J37/3405H01J37/3452
    • A magnet structure or the like in which the labor required for designing a magnet is lessened when a tunnel plasma confinement leakage field is formed in good balance on a target surface based on a four-way magnetic field formed by magnetic interaction among a plurality of magnets. The magnet structure (110) comprises inner/outer magnets (10, 13) forming a first line of magnetic force reaching a target surface (20A) and arranged on the rear side of the target (20) while differentiated in the orientation of magnetic moment, intermediate magnets (11, 12) forming a second line of magnetic force offsetting the width direction component of flux density by the first line of magnetic force and arranged on the rear side of the target (20) between the inner/outer magnets (10, 13) while differentiated in the orientation of magnetic moment, and a magnetic member (24) arranged on the rear side of the target (20) so as to guide the second line of magnetic force exiting the end face of one of the intermediate magnets (11, 12) to the end face of the other of the intermediate magnets (11, 12), wherein the magnetic member (24) forms a line of magnetic force reaching the midway in the thickness direction of the target (20) between the magnetic member (24) and the inner magnet (10) or the outer magnet (13).
    • 基于由多个磁体之间的磁性相互作用形成的四通磁场,在目标表面上形成隧道等离子体限制泄漏场时,减少设计磁体所需的劳动力的磁体结构等。 。 磁体结构(110)包括内/外磁体(10,13),其形成到达目标表面(20A)的第一磁力线,并且布置在目标(20)的后侧,同时以磁矩方向不同 ,形成第二磁力线的中间磁体(11,12),其通过第一磁力线抵消磁通密度的宽度方向分量,并布置在内/外磁体(10)之间的目标(20)的后侧 ,13),并且磁性构件(24)布置在所述靶(20)的后侧,以引导离开所述中间磁体的一个的端面的所述第二磁力线 (11,12)连接到另一个中间磁体(11,12)的端面,其中磁性构件(24)形成到目标(20)的厚度方向中间的磁力线 磁性构件(24)和内部磁体(10) 或外磁体(13)。
    • 6. 发明公开
    • 진공처리용 챔버
    • 真空处理室
    • KR1020080038271A
    • 2008-05-06
    • KR1020077019717
    • 2006-07-21
    • 신메이와 인더스트리즈,리미티드
    • 이와사키,야스쿠니후쿠다,오시미츠미야자키,오사무
    • C23C14/56C23C16/44
    • C23C14/564B01J3/006
    • A chamber for vacuum treatment enabling the simplification of the arrangement structure of a flow passage for cooling. The chamber for vacuum treatment comprises a plurality of wall members (1, 2, 3, 4, 11, 12, 13). Parts of the surfaces of the wall members (1, 2, 3, 4, 11, 12, 13) form bonded surfaces, and the plurality of wall members (1, 2, 3, 4, 11, 12, 13) are bonded to each other through bonding parts (10) formed by bonding airtight the bonded surfaces to each other to form a chamber body (100). At least parts of the bonding parts (10) are the bonding parts (10) with built-in spaces in which clearances (30, 31) extending along the bonded surfaces are formed in the bonded surfaces, and the peripheries of the bonded surfaces are bonded airtight to each other by welding.
    • 用于真空处理的室,能够简化用于冷却的流动通道的布置结构。 用于真空处理的室包括多个壁构件(1,2,3,4,11,12,13)。 壁构件(1,2,3,4,11,12,13)的表面的一部分形成接合表面,并且多个壁构件(1,2,3,4,11,12,13)被接合 通过将粘合表面彼此密封形成的接合部分(10)彼此形成,以形成室主体(100)。 接合部(10)的至少一部分是具有内置空间的接合部(10),其中,在接合面上形成有沿接合面延伸的间隙(30,31),接合面的周边 通过焊接彼此密封。