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    • 5. 发明授权
    • Apparatus for the shaping and transferring of glass articles or other
materials
    • 用于成型和转移玻璃制品或其他材料的装置
    • US5807419A
    • 1998-09-15
    • US575581
    • 1995-12-20
    • Gaspar Rodriguez-WongLuis Cardenas-FrancoVictor Garcia-Gomez
    • Gaspar Rodriguez-WongLuis Cardenas-FrancoVictor Garcia-Gomez
    • C03B9/38C03B9/447C03B9/00
    • C03B9/3858C03B9/3618C03B9/3681C03B9/447
    • An apparatus for shaping and transferring of a glass article is provided for a glassware forming machine in order to shape a glass parison in a blowing mold and to transfer the shaped glass article from the blowing mold to a deadplate in front of the machine. A blow nozzle, a blow head, and a take-out mechanism are coupled in a housing to form, cool, and grip the article. The blow nozzle is provided to blow air for the forming of the article and to cool the article once that article has been shaped. The blow head is provided to form a pressure chamber when the blow head is positioned on the blowing mold during the shaping of the glass article, the blow nozzle passing within and through the blow head. The take-out mechanism for gripping the glass article is pivotally mounted in an external part of the housing for movement between a gripping position to grip the glass article after the article has been shaped in the blowing mold and a retracted position to release the article. The blow head is independently retracted from the blow nozzle to permit the take-out mechanism to grip the article.
    • 为玻璃制品成型机提供玻璃制品的成形和转印装置,以便在吹塑模具中成形玻璃型坯,并将成形的玻璃制品从吹塑模具转移到机器前方的挡板。 喷嘴,吹头和取出机构联接在壳体中以形成,冷却和夹持物品。 提供吹塑喷嘴用于吹塑空气以形成制品,并且一旦制品成型就冷却制品。 当吹塑头在玻璃制品的成形期间吹塑头位于吹塑模具上时,吹塑头被设置成形成压力室,吹塑喷嘴通过吹塑头内部并通过吹塑头。 用于夹持玻璃制品的取出机构可旋转地安装在壳体的外部部分中,用于在物品已经在吹塑模具中成形之后在夹持玻璃制品的夹持位置和用于释放制品的缩回位置之间移动。 吹塑头独立地从吹塑喷嘴缩回以允许取出机构夹持物品。
    • 8. 发明授权
    • Gob distributor for glassware forming machines or for other materials
    • Gob玻璃器皿成型机或其他材料的经销商
    • US5637128A
    • 1997-06-10
    • US650089
    • 1996-05-17
    • Gaspar Rodriguez-WongLuis Cardenas-FrancoVictor Garcia-Gomez
    • Gaspar Rodriguez-WongLuis Cardenas-FrancoVictor Garcia-Gomez
    • C03B7/16
    • C03B7/16
    • A gob distributor for glassware forming machines which include at least one curved distribution scoop mounted on a vertical turning shaft, for each one of the gobs which are simultaneously fed by a feeder. A housing which having at least one gear which turns on its axial axis, together with a central shaft, coupled at the housing and, which is coupled in coincidence with the vertical shaft of each one of the distribution scoops. A rack coupled in coincidence with the gears of each one of the distribution scoops to move said gears with a rotational movement and thus, provide a simultaneous and synchronized turn to each one of the scoops. A rotatory driver member coupled to the rack, in order to permit a forward and backward movement of the rack and thus be able to effect the rotational movement of the gears. And driving device coupled to the driver to impart to the same a rotational movement in order to move the rack, and with this, in a simultaneous manner, the curved scoops and angularly towards selective delivery positions, in a programmed sequence and with exact movements between the diverse sections of the forming machine.
    • 用于玻璃器皿成型机的料滴分配器,其包括安装在垂直转动轴上的至少一个弯曲分配铲斗,用于由进料器同时供给的每个料滴。 具有至少一个齿轮的壳体,所述至少一个齿轮与其轴向轴线一起连接中心轴,所述中心轴联接在所述壳体处,并且与所述分配铲斗中的每一个的垂直轴重合。 与所述分配铲斗中的每一个的齿轮重合的齿条,以便以旋转运动来移动所述齿轮,从而为每个铲斗提供同步和同步的转向。 耦合到机架的旋转驱动器构件,以便允许齿条的前进和后退运动,并且因此能够实现齿轮的旋转运动。 以及驱动装置,其耦合到驾驶员以赋予相同的旋转运动,以便移动机架,并且以同时的方式,弯曲的铲斗并且以编程的顺序以有选择的输送位置角度地转动,并且具有精确的运动 成型机的不同部分。
    • 9. 发明授权
    • DP100 EGF and insulin-binding protein from Drosophila cells
    • DP100 EGF和来自果蝇细胞的胰岛素结合蛋白
    • US4774321A
    • 1988-09-27
    • US936325
    • 1986-12-01
    • Marsha R. RosnerKarol L. ThompsonJ. Victor GarciaM. Patrizia Stoppelli
    • Marsha R. RosnerKarol L. ThompsonJ. Victor GarciaM. Patrizia Stoppelli
    • C07K14/435C07K14/575C08L89/00C12P21/00
    • C07K14/575C07K14/43581
    • A novel 100 kDa protein from Drosophila melanogaster (dp100) that recognizes both mammalian epidermal growth factor (EGF), insulin and insulin-related growth factors, and crossreacts with antisera against the human EGF receptor. The binding spectrum and relative binding affinities of dp100 for growth factors and hormones, related and unrelated to EGF or insulin, demonstrate that dp100 binds to insulin-like and EGF-like factors with dissociation constants ranging from 10.sup.31 6 M to 10.sup.-9 M. Dp100 binds to human synthetic transforming growth factor-alpha (TGF-alpha) and insulin-like growth factor-II with the highest affinity and, unlike the mammalian EGF receptor, has the unique ability to differentiate between EGF and TGF-alpha with a difference in affinity of three orders of magnitude. Further, dp100 is able to differentiate on the basis of binding affinity between native TGF-alpha, TGF-alpha that has been synthesized chemically and TGF-alpha that has been produced in E. coli using recombinant DNA technology. The specific competition of the EGF-like and insulin-like growth factors for dp100 provides a means for identifying or assaying for the presence of, and structural and functional modifications of, these growth factors and hormones, as well as a means for purification or removal of these substances.
    • 识别哺乳动物表皮生长因子(EGF),胰岛素和胰岛素相关生长因子的黑腹果蝇(dp100)的新颖的100kDa蛋白质,以及与人EGF受体的抗血清的相互作用。 dp100对于与EGF或胰岛素相关和不相关的生长因子和激素的结合谱和相对结合亲和力表明,dp100与解离常数范围为1031〜10-9M的胰岛素样和EGF样因子结合。 Dp100与人类合成的转化生长因子-α(TGF-α)和具有最高亲和力的胰岛素样生长因子-II结合,与哺乳动物EGF受体不同,具有区分EGF和TGF-α的独特能力,具有差异 在三个数量级的亲和力。 此外,dp100能够基于已经在化学合成的天然TGF-α,TGF-α和使用重组DNA技术在大肠杆菌中产生的TGF-α之间的结合亲和力进行区分。 用于dp100的EGF样和胰岛素样生长因子的具体竞争提供了鉴定或测定这些生长因子和激素的存在和结构和功能修饰的手段,以及用于纯化或去除的手段 的这些物质。