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    • 51. 发明申请
    • Method of Manufacturing Casing for Electronic Apparatus
    • 电子设备制造套管的方法
    • US20080122137A1
    • 2008-05-29
    • US11886039
    • 2006-03-08
    • Koichi Hamaoka
    • Koichi Hamaoka
    • B29C45/16
    • B29C45/1671B29C45/14688B29C45/1675B29C2045/14696
    • A method of manufacturing a casing for an electronic apparatus, comprising the steps of with the use of injection molding die having a combination of common mold and exchangeable mold so as to be able to form primary molding cavity and secondary molding cavity, disposing in the primary molding cavity a transfer material having a decorative layer superimposed on a base sheet, and thereafter injecting a transparent resin that has a visible light transmittance of 80% or more defined in JIS-K7105 and pencil hardness of F or more defined in JIS-K5600-5-4 thereby obtain primary mold product corresponding to a transparent window portion and simultaneously bonding the decorative layer of the transfer material; and subsequently injecting a resin that has a Izod impact strength 10 KJ/m2 or more defined ASTM-D256 in the secondary molding cavity around the primary molding while holding the primary mold product disposed to thereby form secondary mold product fixed to the primary mold product and simultaneously bonding the decorative layer of the transfer material; and detaching the transfer material from the primary mold product and secondary mold product.
    • 一种制造电子设备用壳体的方法,包括以下步骤:使用具有共模和可交换模的组合的注射模具,以便能够形成初级模腔和二次模腔, 将具有装饰层的转印材料叠加在基材上,然后注入JIS-K7105中定义的可见光透射率为80%以上的透明树脂,JIS-K5600- 从而获得对应于透明窗口部分并同时粘合转印材料的装饰层的初级模具产品; 随后在保持一次模具产品的同时将初始模塑件周围注入具有艾氏冲击强度为10KJ / m 2以上的ASTM-D256的树脂,从而形成二次模具 产品固定在初级模具产品上并同时粘合转印材料的装饰层; 并从第一模具产品和二次模具产品中分离转移材料。
    • 52. 发明申请
    • Hingeless belt
    • 无声带
    • US20080110727A1
    • 2008-05-15
    • US11598574
    • 2006-11-13
    • Sergio Fandella
    • Sergio Fandella
    • B65G23/06B29C45/03B29C45/14
    • B65G15/32B29C45/0017B29C45/14467B29C45/1675B29C45/1676F16G1/28F16G3/02F16G3/10F16G3/14
    • A hingeless belt comprises modules having opposed leading and trailing sides, first and second bases and opposed outer sides. The modules are connected to joining members with layers that can be, for example, an adhesive. The joining members comprise an elastic material which allows the modular belt to bend and flex, and the modules are made of a hard thermoplastic material. The modules and joining members resists cuts and impacts, the modules and joining members are easy to clean and keep sanitary. The joining members are embodied with different shapes for enhancing the connection with the modules, and for enhancing the flexibility of the modular belt as it carries load and as it is driven around a sprocket. There is a molding machine having mold members for making the hingeless belt. There is also a method of making the hingeless belt in the molding machine.
    • 无铰链带包括具有相对的前侧和后侧的模块,第一和第二底座以及相对的外侧。 模块连接到具有例如粘合剂的层的连接构件。 连接构件包括允许模块化带弯曲和弯曲的弹性材料,并且模块由硬的热塑性材料制成。 模块和连接构件抵抗切割和冲击,模块和连接构件易于清洁并保持卫生。 连接构件具有不同的形状,用于增强与模块的连接,并且用于当模块化带承载载荷时随着其被链轮驱动而增强模块化带的柔性。 存在具有用于制造无铰链带的模具构件的成型机。 还有一种在成型机中制造无铰链带的方法。
    • 59. 发明授权
    • Apparatus for manufacturing lenses for vehicle lamps
    • 用于制造车辆灯的透镜的装置
    • US06439872B1
    • 2002-08-27
    • US09662899
    • 2000-09-15
    • Mitsuteru YoshinagaMakoto Sano
    • Mitsuteru YoshinagaMakoto Sano
    • B29D1100
    • B29C45/1675B29D11/00009B29L2011/0016B29L2031/30Y10S425/808
    • There is provided an apparatus for manufacturing lenses for vehicle lamps, wherein the lenses are formed from at least first and second types of synthetic resins by molding the first and second synthetic resins integrally with each other. The apparatus includes a first mold having a common mold and a first stationary mold and defining a first cavity in which the first synthetic resin is injection molded, and a second mold constructed from the common mold and a second stationary mold and defining a second cavity in which the first synthetic resin and the second synthetic resin are molded integrally with each other with the first synthetic resin being contained within the second cavity. A partition wall is provided on the first stationary mold in such a manner as to protrude therefrom for preventing the first synthetic resin from intruding into any place other than the first cavity when the first mold is closed. Also, a distal end face of the partition wall is shaped such that the distal end face gradually tapers away from the common mold as the distal end face gets farther away from the first cavity.
    • 提供了一种车辆用灯具的透镜制造装置,其中透镜通过将第一和第二合成树脂彼此一体成型而由至少第一种和第二类合成树脂形成。 该装置包括具有共同模具和第一固定模具的第一模具,并且限定第一模腔,第一模腔中注入第一合成树脂;第二模具由普通模具和第二固定模具构成,并且限定第二模腔 所述第一合成树脂和所述第二合成树脂彼此一体地模制,所述第一合成树脂包含在所述第二空腔内。 在第一固定模具上以从第一固定模具突出的方式设置分隔壁,以防止第一合模树脂在第一模具闭合时侵入除第一腔体以外的任何位置。 此外,分隔壁的远端面成形为使得当远端面越远离第一腔时,远端面逐渐从共模上逐渐变细。