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    • 1. 发明授权
    • Key structure
    • 关键结构
    • US07394004B2
    • 2008-07-01
    • US11378479
    • 2006-03-20
    • Shigeru MuramatsuToshiro Sakai
    • Shigeru MuramatsuToshiro Sakai
    • G10C1/00
    • B29C45/16B29C45/1671B29L2031/722B29L2031/758B44F9/06G10C3/125
    • A key structure includes a top plate which is formed by laminating a half-transparent resin surface layer member on a resin bottom side member using two-color injection molding, and the top plate is secured on a wooden key base. A plurality of concave grooves and protrusions, and a plurality of protrusion and troughs are respectively formed together in straight lines in the long direction of the key structure on a rear face of the surface layer member and a top face of the rear side member. Outside light is reflected from the top ends of the protrusion and the troughs, whereby a faint and natural vertically-striped pattern, which corresponds to a concave-convex part formed by the concave grooves and the protrusions, is perceived as resembling an edge grain of ivory.
    • 关键结构包括通过使用双色注射成型将半透明树脂表面层构件层压在树脂底侧构件上而形成的顶板,并且顶板固定在木质键座上。 多个凹槽和突起以及多个突起和槽分别沿着表面层构件的后表面上的键结构的长方向的直线和后侧构件的顶面一起形成在一起。 外部的光从突起和谷的顶端反射,由凹槽和突起形成的凹凸部对应的微弱自然的垂直条状图案被认为类似于边缘颗粒 象牙。
    • 3. 发明授权
    • Method for forming composite simulated ivory materials
    • 形成复合模拟象牙材料的方法
    • US5133920A
    • 1992-07-28
    • US674817
    • 1991-03-25
    • Linneaus C. DormanJohn A. Rice
    • Linneaus C. DormanJohn A. Rice
    • B29C43/00B29C43/10B29C43/14B44F9/06C08K3/32
    • B29C43/003B29C43/14B44F9/06C08K3/32B29C43/10B29K2105/16
    • A family of composite materials consisting of a mineral filler and a synthetic polymer are provided which are characterized by properties similar to natural ivory. The ivory-like composite material contains about 25 to about 75 percent by weight of the mineral filler, preferably a calcium phosphate. In addition, the composite material contains about 75 to about 25 percent by weight of the polyamino acid, preferably an .alpha.-amino acid such as poly(gamma-methyl L-glutamate). The composite material is formed using in situ polymerization techniques, thereby ensuring intimate and homogeneous blending of the mineral and polymer phases as well as facile preparation at ambient temperatures. In addition, the ivory-like composite material is molded using an isostatic compression molding technique. The composite material may be molded to form virtually any desired shape for decorative or practical purposes, or for subsequent carving. The resulting ivory-like composite materials are characterized by properties similar to natural ivory.
    • 提供由矿物填料和合成聚合物组成的复合材料族,其特征在于类似于天然象牙的性质。 象牙状复合材料含有约25至约75重量%的矿物填料,优选磷酸钙。 此外,复合材料包含约75至约25重量%的聚氨基酸,优选α-氨基酸,例如聚(γ-甲基L-谷氨酸)。 使用原位聚合技术形成复合材料,从而确保矿物和聚合物相的均匀和均匀共混以及在环境温度下的容易制备。 此外,象牙状复合材料使用等静压压模技术成型。 复合材料可以被模制以形成用于装饰或实际目的的几乎任何所需的形状,或用于随后的雕刻。 得到的象牙复合材料的特征是类似于天然象牙的性质。
    • 5. 发明授权
    • Decorative rod making
    • 装饰杆制作
    • US3981951A
    • 1976-09-21
    • US512845
    • 1974-10-07
    • Seymour I. Richman
    • Seymour I. Richman
    • B29B11/06B44F9/06B29C17/14B29C21/00
    • B29B11/06B44F9/06Y10S425/801
    • Button rods are made of different colored resins containing thixotropic agents and having catalyst and promoter agents added to separated portions of each resin so that when the resins are combined their gel time is accelerated. The combined resins are mixed both for mixing purposes and to lower the apparent viscosity, and the resins are fed through nozzles and into an inclined trough. The nozzles are reciprocated in arcs to lay the resins in a zig zag pattern in the trough, and the resins flow from the trough into an inclined casting tube where they quickly attain a relatively high apparent viscosity until they are removed from the tube before completely hard. The rods can then be sliced into button blanks or hardened and ground into beads.
    • 按钮杆由含有触变剂的不同着色树脂制成,并且在每个树脂的分离部分中加入催化剂和促进剂,使得当树脂组合时,它们的凝胶时间被加速。 将混合的树脂混合以用于混合目的并降低表观粘度,并且树脂通过喷嘴进料并进入倾斜槽。 喷嘴在圆弧中往复运动以将树脂在槽中以锯齿形图案放置,并且树脂从槽流入倾斜的铸管,在那里它们快速获得相对高的表观粘度,直到它们在完全硬化之前从管中移除 。 然后将棒切成纽扣坯料或硬化并研磨成珠。
    • 7. 发明申请
    • Key structure
    • 关键结构
    • US20060254892A1
    • 2006-11-16
    • US11378479
    • 2006-03-20
    • Shigeru MuramatsuToshiro Sakai
    • Shigeru MuramatsuToshiro Sakai
    • H01H9/00
    • B29C45/16B29C45/1671B29L2031/722B29L2031/758B44F9/06G10C3/125
    • A key structure includes a top plate which is formed by laminating a half-transparent resin surface layer member on a resin bottom side member using two-color injection molding, and the top plate is secured on a wooden key base. A plurality of concave grooves and protrusions, and a plurality of protrusion and troughs are respectively formed together in straight lines in the long direction of the key structure on a rear face of the surface layer member and a top face of the rear side member. Outside light is reflected from the top ends of the protrusion and the troughs, whereby a faint and natural vertically-striped pattern, which corresponds to a concave-convex part formed by the concave grooves and the protrusions, is perceived as resembling an edge grain of ivory.
    • 关键结构包括通过使用双色注射成型将半透明树脂表面层构件层压在树脂底侧构件上而形成的顶板,并且顶板固定在木质键座上。 多个凹槽和突起以及多个突起和槽分别沿着表面层构件的后表面上的键结构的长方向的直线和后侧构件的顶面一起形成在一起。 外部的光从突起和谷的顶端反射,由凹槽和突起形成的凹凸部对应的微弱自然的垂直条状图案被认为类似于边缘颗粒 象牙。