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    • 31. 发明授权
    • Remote control system and method having a system-specific code
    • 具有系统特定代码的遥控系统和方法
    • US06181252B2
    • 2001-01-30
    • US08916671
    • 1997-08-22
    • Akio Nakano
    • Akio Nakano
    • G06F704
    • H04L9/0891G07C9/00182G07C2009/0023G07C2009/00253G07C2009/00769H04L2209/84
    • In a remote control system having a transmitter and a receiver, a rolling code is ciphered to generate a ciphered rolling code by repeating, n times, an exclusive-OR operation on a constant code in a rolling code table and the rolling code as well as an-maximum shift keying. A key code specific to each control system is used as a constant code at the k-th exclusive-OR logic operation so that the k-th exclusive-OR logic operation becomes different from system to system resulting in different ciphering method for each system. The key code is set in an EEPROM in the process of control system production so that the rolling code may not be deciphered even by a design engineer as long as the key code is kept undisclosed.
    • 在具有发送器和接收器的遥控系统中,滚动代码被加密以通过对滚动代码表和滚动代码中的常数代码重复n次异或运算来生成加密滚动代码,以及 最大偏移键控。 特定于每个控制系统的键代码在第k个异或逻辑运算中被用作恒定代码,使得第k个异或逻辑运算从系统到系统不同,导致每个系统的加密方法不同。 密钥代码在控制系统生产过程中设置在EEPROM中,即使是设计工程师,只要密钥代码未被公开,滚动代码就不会被解密。
    • 32. 发明授权
    • Thermal conductive silicone rubber compositions and method of making
    • 导热硅橡胶组合物及其制造方法
    • US06169142A
    • 2001-01-02
    • US09334746
    • 1999-06-17
    • Akio NakanoTakeshi Hashimoto
    • Akio NakanoTakeshi Hashimoto
    • C08K310
    • C08K3/22C08G77/12C08G77/20C08K2003/2227C08L83/04C08L83/00C08L2666/44C08L2666/54
    • Silicone rubber parts having a high thermal conductivity and low hardness are obtained by molding and curing a composition comprising (A) 100 parts by weight of an alkenyl-bearing organopolysiloxane having a viscosity of up to about 500,000 centistokes at 25° C., (B) 300-1,200 parts by weight of aluminum oxide powder, (C) 0.05-10 parts by weight of an alkoxysilane of the formula: R1aSi(OR2)(4−a) wherein R1 is a monovalent C6-20 hydrocarbon group, R2 is a C1-6 alkyl group, and a=1, 2 or 3, (D) a platinum group metal catalyst, and (E) an organohydrogenpolysiloxane containing at least two SiH groups in a molecule. The composition is formulated so as to suppress the viscosity increase of a liquid silicone rubber composition due to heavy loading of aluminum oxide.
    • 通过模塑和固化包含(A)100重量份在25℃下粘度高达约500,000厘沲的含烯基的有机聚硅氧烷(B(B)),可得到具有高导热性和低硬度的硅橡胶部件 )300-1,200重量份的氧化铝粉末,(C)0.05-10重量份下式的烷氧基硅烷:R1aSi(OR2)(4-a)其中R1是一价C6-20烃基,R2是 C 1-6烷基和= 1,2或3(D)铂族金属催化剂,和(E)在分子中含有至少两个SiH基的有机氢聚硅氧烷。 该组合物被配制成能够抑制由于氧化铝的重载而导致的液体硅橡胶组合物的粘度增加。
    • 33. 发明授权
    • Die casting machine
    • 压铸机
    • US4834166A
    • 1989-05-30
    • US723
    • 1987-01-06
    • Akio Nakano
    • Akio Nakano
    • B22D17/20B22D17/22
    • B22D17/2209B22D17/2023
    • This invention relates to a die casting machine in which high pressure is applied to molten metal to inject and fill the molten metal all over the mold before the molten metal is solidified to continuously mold molded articles (products), which have a beautiful casting surface and a high dimensional precision, every cycle of the machine. One or both of a fixed mold or a movable mold, which serves as a molding mold, and a core incorporated into one or both the molds are formed of high strength ceramics, and in addition, a movable hob for pressurizing molten metal injected and filled into both the fixed and movable molds is formed of high strength ceramics thereby providing a mold construction which is excellent in mechanical characteristics such as strength, hardness, breaking toughness and the like and having durability and pressure resistance enough to withstand high temperature thermal shock and high pressure, and being capable of easily controlling the temperature distribution within the mold. Furthermore, an injection sleeve for injecting and filling molten metal into the mold and a piston slidably inserted therein are formed of high strength ceramics to thereby eliminating a difference in temperature dropping speed between the surface portion of molten metal supplied into the injection sleeve and the center portion.
    • 本发明涉及一种压铸机,其中在熔融金属固化之前,将高压施加到熔融金属上以在模具周围注入和填充熔融金属,以连续地模制具有美丽的铸造表面的模制品(产品) 尺寸精度高,机器的每个周期。 用作成型模具的固定模具或可动模具中的一个或两者以及结合到一个或两个模具中的芯体由高强度陶瓷形成,并且还包括用于加压注入和填充的熔融金属的可移动滚刀 固定模具和活动模具都由高强度陶瓷形成,从而提供了诸如强度,硬度,断裂韧性等机械特性优异且耐久性和耐压性足以承受高温热冲击和高温的模具结构 压力,并且能够容易地控制模具内的温度分布。 此外,用于将熔融金属注入和填充到模具中的注射套筒和可滑动地插入其中的活塞由高强度陶瓷形成,从而消除了提供给注射套筒的熔融金属表面部分与中心部分之间的温度下降速度差异 一部分。
    • 34. 发明授权
    • Molding die for use in casting
    • 用于铸造的成型模具
    • US4798237A
    • 1989-01-17
    • US934657
    • 1986-11-25
    • Akio Nakano
    • Akio Nakano
    • B22D17/20B22D17/22B29C45/34B22D27/15
    • B29C45/345B22D17/2069B22D17/22
    • This invention concerns an improvement in a molding die for use in casting in which a metal article is molded by charging a molten metal to the inside of a molding die comprising paired male and female dies, and then cooling the temperature of the molten metal to a solidification region and a solidification range where the solid phase and the liquid phase are present together, wherein one or both of paired male and female dies constituting the molding die equipped retractably with a pressurizing insert for applying the pressure to the molten metal charged to the molding die is made of ceramics thereby obtaining a molding die that can facilitate the control for the temperature distribution over the entire molding die, particularly, within the molding die upon cooling to solidify the molten metal, as well as having sufficient strength such as thermal shock resistance, shock resistance and durability enabling to mold a high temperature metal article by solidifying the high temperature molten metal of about 600.degree. to 1650.degree. C. while applying a pressure.
    • 本发明涉及一种用于铸造的成型模具的改进,其中通过将熔融金属充填到包括成对的阳模和阴模的成型模具的内部,然后将熔融金属的温度冷却至 固化区域和固相和液相存在的固化范围,其中构成成型模具的成对的阳模和阴模中的一个或两个通过加压插入件可伸缩地装配,所述加压插入件用于向装入成型体的熔融金属施加压力 模具由陶瓷制成,从而获得一种成型模具,其可以有助于在整个成型模具上的温度分布的控制,特别是在冷却固化熔融金属的模具中,以及具有足够的强度,例如耐热冲击性 ,耐冲击性和耐久性,能够通过固化高温摩尔来模制高温金属制品 十金属约600〜1650℃,同时施加压力。
    • 35. 发明授权
    • Molten metal injecting device in die casting machine
    • 压铸机熔融金属注射装置
    • US4749021A
    • 1988-06-07
    • US934660
    • 1986-11-25
    • Akio Nakano
    • Akio Nakano
    • B22D17/02B22D17/04
    • B22D17/02
    • This invention relates to improvements on an injection device in a hot chamber type die casting machine in which molten metal reserved in a heat retaining furnace or the like is injected into a mold according to a hot pressurizing chamber system. A goose neck formed of ceramics is provided in a heat retaining pot formed of ceramics for reserving molten metal such that the bottom of the goose neck is attached fixedly to the inside surface of bottom of the heat retaining pot, and by additionally providing a heat retaining material incorporating a heating wire and formed of ceramics on the outer surface of bottom and the outer peripheral surface of the heat retaining pot is firmly fixed the goose neck in the heat retaining pot while shock load forces applied to the bottom of the goose neck are transmitted to the bottom of heat retaining pot and absorbed and reduced by the bottom and further the heat retaining pot is effectively reinforced by the heat retaining material.
    • 本发明涉及一种热室式压铸机中注射装置的改进,其中保留在保温炉等中的熔融金属根据热加压室系统注入模具中。 由陶瓷形成的鹅颈部设置在由陶瓷形成的保温罐中,用于保留熔融金属,使得鹅颈的底部固定地附接到保温罐的底部的内表面,并且另外提供保温 在保温罐的底部外表面和外周表面上并入加热丝并且由陶瓷形成的材料将鹅颈牢固地固定在保温罐中,同时传递施加到鹅颈的底部的冲击载荷力 到保温罐的底部并被底部吸收和还原,并且进一步的保温罐被保温材料有效地加强。
    • 36. 发明授权
    • Mold for high-temperature molten metal and method of producing
high-melting metal article
    • 高温熔融金属模具及高熔点金属制品生产方法
    • US4727922A
    • 1988-03-01
    • US934659
    • 1986-11-25
    • Akio Nakano
    • Akio Nakano
    • B22C9/06B22D27/09B22D27/15B22D17/08
    • B22C9/067B22D27/09B22D27/15
    • A mold and method for producing, or casting a high-melting metal article from a high-melting metal having a melting point of about 900.degree. to 1600.degree. C. includes a pair of male and female molds provided with a core part or liner part, one or both of the male and female molds formed of a ceramic, gases generated within a cavity in the solidification process of the molten metal are sucked out through the vent formed by incorporating a heat resistant, porous, gas-permeable material in which inserted detachably into the vent port of the gas vent passed through outward from the predetermined part of the cavity surfaces on the both molds of the core part and the liner part is drawn outward by a minute amount at a predetermined timing from the start of the pressurization of the interior of the mold cavity so that internal gases generated at a predetermined part of the interior of the mold cavity (at a thicker part where solidification occurs later than at other parts) are effectively discharged into the well in the auxiliary vent by the time the molten metal at the predetermined part is solidified, whereby even an article having a thicker part is molded without leaving gases in the thicker part.
    • 从熔点约900〜1600℃的高熔点金属制造或铸造高熔点金属制品的模具及其制造方法包括:一对阳模和阴模,其具有芯部或内衬部 ,由陶瓷形成的阳模和阴模中的一个或两个,在熔融金属的凝固过程中在空腔内产生的气体通过结合耐热,多孔,透气的材料形成的排气口被吸出,其中插入 从芯部的两个模具上的空腔表面的预定部分向外通过的排气口的排气口可拆卸地被吸入到从开始加压的预定时间向外微小的量 模腔的内部,使得在模腔内部(凝固发生晚于其他部分的较厚部分)的预定部分处产生的内部气体被有效排出 在预定部分的熔融金属凝固的时候,在辅助通风孔中进入井口,从而即使在更厚的部分中也不会留下气体而成型具有较厚部分的物品。
    • 38. 发明申请
    • ENERGY MANAGEMENT APPARATUS
    • 能源管理装置
    • US20130085612A1
    • 2013-04-04
    • US13702176
    • 2011-06-08
    • Hisashi TakayamaAkio Nakano
    • Hisashi TakayamaAkio Nakano
    • G05D23/19
    • G05D23/1917F24F11/30F24F11/46F24F11/62F24F2110/12F24F2120/10F25D29/00F25D2700/04
    • A data aggregation part 14 uses, as a data set, setting data for controlling an air-conditioning apparatus 31 and a refrigerating showcase 32, the amount of electricity consumed by the air-conditioning apparatus 31 and the refrigerating showcase 32 and operation data thereof, and environmental data containing outdoor temperatures, and classifies the data set for each outdoor temperature. An environmental condition-specific analyzer 15 obtains optimum setting data for accomplishing energy saving for each outdoor temperature, by using the data set for each outdoor temperature. The environmental condition-specific analyzer 15 also corrects the amount of electricity consumption of the data set on the basis of the number of people in a space counted by a people counter 35. A time zone-specific analyzer 16 obtains optimum setting data for accomplishing energy saving for each time zone by using the optimum setting data for each outdoor temperature.
    • 数据聚合部分14使用用于控制空调装置31和制冷陈列柜32的设置数据作为数据组,空调装置31和制冷陈列柜32消耗的电量及其操作数据, 和包含室外温度的环境数据,并对每个室外温度的数据集进行分类。 环境条件分析器15通过使用针对每个室外温度设置的数据,获得用于实现每个室外温度的节能的最佳设定数据。 环境条件专用分析装置15还根据由人计数器35计数的空间中的人数来校正数据集的耗电量。时区专用分析器16获得用于实现能量的最佳设定数据 通过使用每个室外温度的最佳设置数据来节省每个时区。