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    • 1. 发明授权
    • Method for producing ornament
    • 装饰品的制作方法
    • US09199413B2
    • 2015-12-01
    • US13882699
    • 2011-10-31
    • Eiji FuruyaKei KomatsuKazutaka Ono
    • Eiji FuruyaKei KomatsuKazutaka Ono
    • B29C65/78B29C65/00B32B37/10B27D1/08B32B7/02B29C35/16B32B27/40B32B37/12
    • B29C65/7847B27D1/083B29C35/16B29C65/00B29C66/00145B32B7/02B32B27/40B32B37/10B32B37/1009B32B37/12B32B2605/003
    • In this method for producing an ornament (1), wherein an ornamental sheet (3) is bonded/affixed by means of a vacuum-press-bonding method to the convex front surface (21) of a substrate (2) provided with a convex front surface (21) and a concave back surface (22), a work-support base (6) is placed on a work placement surface (121a) formed on the upper surface of the suction chamber (120) of a vacuum-press-bonding device (100), and the substrate (2) is positioned by fitting an engagement protrusion (28) formed on the back surface of the substrate (2) covered by the ornamental sheet (3) to an engagement hole (68) at the work-support surface (61) formed on the upper surface of the work-support base (6). When bonding/affixing the ornamental sheet (3) to the substrate (2) by means of the vacuum-press-bonding device (100), position deviation of the substrate (2) is prevented by the engagement of the engagement hole (68) and the engagement protrusion (28).
    • 在这种装饰品(1)的制造方法中,其中通过真空压接方法将装饰片(3)粘接/固定到设置有凸起的基板(2)的凸形前表面(21) 前表面(21)和凹后表面(22),工件支撑基座(6)被放置在形成在真空压机的吸入室(120)的上表面上的工件放置表面(121a) 接合装置(100),并且通过将形成在由所述装饰片(3)覆盖的所述基板(2)的背面上的接合突起(28)配合到所述接合装置(100)的接合孔(68)而将所述基板(2) 工件支撑表面(61),形成在工作支撑基座(6)的上表面上。 当通过真空压接装置(100)将装饰片(3)粘接/固定到基片(2)时,通过接合孔(68)的接合来防止基片(2)的位置偏离, 和接合突起(28)。
    • 2. 发明授权
    • Electric guitar having a solid body made of wood fiber board, and method
of making the same
    • 具有由木纤维板制成的实体的电吉他及其制造方法
    • US5463923A
    • 1995-11-07
    • US137740
    • 1993-10-19
    • Yoshimochi Kamijyo
    • Yoshimochi Kamijyo
    • G10D3/02G10D1/08G10D3/00
    • G10D1/085
    • An electric guitar has a body part and a neck part made of medium-density fiberboard, with the density of about 0.5 g/cm.sup.3, formed by heating and pressing wood fibers of single whitish conifer chips together with an adhesive, processed to be of a predetermined configuration. On each of the surfaces of the body part and the neck part, a printed layer with a grain pattern transferred from a sheet is formed. A medium-density fiberboard is inexpensive and has good processing characteristics. In addition, in the manufacturing process of the body part of the guitar, it requires no joining of plate materials or drying. Therefore, an electric guitar looking attractive can be produced at a low price.
    • 电吉他具有身体部分和由中密度纤维板制成的颈部,密度约为0.5g / cm3,通过将单一发白针叶树片的木纤维与粘合剂一起加热和加压而形成,加工成为 预定配置。 在身体部分和颈部的每个表面上形成从片材转印出的纹理图案的印刷层。 中密度纤维板价格便宜,加工性能好。 此外,在吉他的身体部分的制造过程中,不需要连接板材或干燥。 因此,可以以低价格生产出具有吸引力的电吉他。
    • 3. 发明授权
    • String locking structure for electric guitar and tailpiece
    • 电吉他和尾巴的弦锁定结构
    • US09018501B2
    • 2015-04-28
    • US14240773
    • 2011-08-31
    • Kazuma TanabeShinichi Kuroiwa
    • Kazuma TanabeShinichi Kuroiwa
    • G10D3/12G10D3/00G10D1/08
    • G10D3/00G10D1/08G10D3/12
    • A string locking structure for an electric guitar is provided with a first string passing path and a second string passing path that are formed in a tailpiece, and a body-side string passing hole that is formed in a body. The first string passing path is a through-hole extending from a front surface part to a rear surface part of a tailpiece body member. A first half part of the second string passing path is a path shared with a first half part of the first string passing path, and a latter half part thereof is a through-hole curved at a right angle and leading to a bottom surface part of the tailpiece body member and communicates with the body-side string passing hole. Each string can be locked in two modes: a first string locked mode in which the string is passed through the first string passing path of the tailpiece and locked, and a second string locked mode in which the string is passed by way of the tailpiece attached to the surface of the body from the back surface side of the body.
    • 用于电吉他的弦锁定结构设置有形成在尾座中的第一弦线穿过路径和第二弦线穿过路径以及形成在主体中的身体侧线通孔。 第一弦线穿过路径是从尾座本体构件的前表面部分延伸到后表面部分的通孔。 第二串通路径的前半部分是与第一串通路径的前半部分共享的路径,其后半部分是直角弯曲的通孔,并通向 尾座本体构件,并与身体侧线束通孔连通。 每个字符串可以被锁定在两种模式中:第一字符串锁定模式,其中字符串通过尾随物的第一个字符串传递路径被锁定,并且第二个字符串锁定模式,其中字符串通过附接的尾随件传递 从身体的背面侧到身体的表面。
    • 4. 发明申请
    • STRING LOCKING STRUCTURE FOR ELECTRIC GUITAR AND TAILPIECE
    • 电吉他和TAILPIEC的STRING锁定结构
    • US20140174275A1
    • 2014-06-26
    • US14240773
    • 2011-08-31
    • Kazuma TanabeShinichi Kuroiwa
    • Kazuma TanabeShinichi Kuroiwa
    • G10D3/00
    • G10D3/00G10D1/08G10D3/12
    • A string locking structure for an electric guitar is provided with a first string passing path and a second string passing path that are formed in a tailpiece, and a body-side string passing hole that is formed in a body. The first string passing path is a through-hole extending from a front surface part to a rear surface part of a tailpiece body member. A first half part of the second string passing path is a path shared with a first half part of the first string passing path, and a latter half part thereof is a through-hole curved at a right angle and leading to a bottom surface part of the tailpiece body member and communicates with the body-side string passing hole. Each string can be locked in two modes: a first string locked mode in which the string is passed through the first string passing path of the tailpiece and locked, and a second string locked mode in which the string is passed by way of the tailpiece attached to the surface of the body from the back surface side of the body.
    • 用于电吉他的弦锁定结构设置有形成在尾座中的第一弦线穿过路径和第二弦线穿过路径以及形成在主体中的身体侧线通孔。 第一弦线穿过路径是从尾座本体构件的前表面部分延伸到后表面部分的通孔。 第二串通路径的前半部分是与第一串通路径的前半部分共享的路径,其后半部分是直角弯曲的通孔,并通向 尾座本体构件,并与身体侧线束通孔连通。 每个字符串可以以两种模式被锁定:第一字符串锁定模式,其中字符串通过尾随物的第一个字符串传递路径并被锁定,第二个字符串锁定模式,其中字符串通过附加的尾随件传递 从身体的背面侧到身体的表面。
    • 6. 发明申请
    • METHOD FOR PRODUCING ORNAMENT
    • 生产方法
    • US20130228277A1
    • 2013-09-05
    • US13882699
    • 2011-10-31
    • Eiji FuruyaKei KomatsuKazutaka Ono
    • Eiji FuruyaKei KomatsuKazutaka Ono
    • B29C65/78
    • B29C65/7847B27D1/083B29C35/16B29C65/00B29C66/00145B32B7/02B32B27/40B32B37/10B32B37/1009B32B37/12B32B2605/003
    • In this method for producing an ornament (1), wherein an ornamental sheet (3) is bonded/affixed by means of a vacuum-press-bonding method to the convex front surface (21) of a substrate (2) provided with a convex front surface (21) and a concave back surface (22), a work-support base (6) is placed on a work placement surface (121a) formed on the upper surface of the suction chamber (120) of a vacuum-press-bonding device (100), and the substrate (2) is positioned by fitting an engagement protrusion (28) formed on the back surface of the substrate (2) covered by the ornamental sheet (3) to an engagement hole (68) at the work-support surface (61) formed on the upper surface of the work-support base (6). When bonding/affixing the ornamental sheet (3) to the substrate (2) by means of the vacuum-press-bonding device (100), position deviation of the substrate (2) is prevented by the engagement of the engagement hole (68) and the engagement protrusion (28).
    • 在这种装饰品(1)的制造方法中,其中通过真空压接方法将装饰片(3)粘接/固定到设置有凸起的基板(2)的凸形前表面(21) 前表面(21)和凹后表面(22),工件支撑基座(6)被放置在形成在真空压机的吸入室(120)的上表面上的工件放置表面(121a) 接合装置(100),并且通过将形成在由所述装饰片(3)覆盖的所述基板(2)的背面上的接合突起(28)配合到所述接合装置(100)的接合孔(68)而将所述基板(2) 工件支撑表面(61),形成在工作支撑基座(6)的上表面上。 当通过真空压接装置(100)将装饰片(3)粘接/固定到基片(2)时,通过接合孔(68)的接合来防止基片(2)的位置偏离, 和接合突起(28)。