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    • 31. 发明申请
    • PUMP CONTAINER USING LAMINATED BOTTLE WITH PEELABLE INNER LAYER
    • 使用具有可剥离内层的层压瓶的泵容器
    • WO01026991A1
    • 2001-04-19
    • PCT/JP2000/006863
    • 2000-10-02
    • B65D83/76A45D19/02A45D24/26A45D24/28A45D34/04A46B11/00B29C45/16B65D51/32
    • A46B11/0041A45D19/02A45D24/26A45D24/28A45D34/04B29B2911/1406B29B2911/14066B29B2911/1408B29B2911/141B29B2911/1412B29B2911/14146B29C45/1684B29C2045/1601B29C2045/167
    • A pump container using a laminated bottle (1) with peelable inner layer (3) capable of being manufactured without increasing the number of processes, eliminating the need for providing a separate valve by forming a valve closing vent holes (4) of a part of the inner layer (3), simplifying a structure, and reducing a cost, wherein the laminated bottle (1) with peelable inner layer (3) is formed so that the inner layer (3) peelable from an outer layer (2) is formed laminatedly on the inner surface of the outer layer (2), the vent holes (4) for allowing air to flow into a clearance between the outer layer (2) and the inner layer (3) are formed in the outer layer (2), the vent holes (4) in the outer layer (2) are closed by the inner layer (3) from the inside, and the closed part of the inner layer (3) forms a valve deforming inward by the atmospheric pressure when a negative pressure is produced in a space between the outer layer (2) and the inner layer (3) so as to open the vent holes (4).
    • 一种使用具有可剥离内层(3)的层压瓶(1)的泵容器,其能够在不增加工艺数量的情况下制造,而不需要通过形成一个阀的关闭通气孔(4)来提供单独的阀 内层(3),简化结构,降低成本,其中形成具有可剥离内层(3)的层压瓶(1),从而形成从外层(2)可剥离的内层(3) 层叠在外层(2)的内表面上,在外层(2)中形成用于使空气流入外层(2)与内层(3)之间的间隙的排气孔(4) ,外层(2)中的通气孔(4)由内层(3)从内部封闭,并且内层(3)的封闭部分形成向内变形为大气压的阀门,当负极 在外层(2)和内层(​​3)之间的空间中产生压力,以打开通气孔(4) 。
    • 32. 发明申请
    • MAGAZINE FOR MICROSTRUCTURED MOULDED PARTS AND METHOD FOR THE PRODUCTION THEREOF
    • 杂志为微结构化的形式PART和方法
    • WO00076740A1
    • 2000-12-21
    • PCT/EP2000/003979
    • 2000-05-04
    • B29C45/16
    • B29C45/1675B29C45/16B29C2045/0094B29C2045/1601Y10T29/53478Y10T428/24612Y10T428/24777
    • Disclosed is a method for moulding at least one microstructured part and storing at least one microstructured moulded part in the form of a magazine/moulded part composite structure, in addition to a magazine comprising at least one microstructured moulded part which is provided in the form of a magazine/moulded part composite structure. At least one microstructured part is moulded in the first step of the inventive method, involving the use of an initially closed mould which comprises at least one first and one second half-mould. Both half-moulds are opened in the second step, whereby the moulded part remains in the first half-mould. In the third step, at least the second half-mould is replaced by at least one other half-mould. In the fourth step, the magazine is moulded using the first half-mould with the moulded part and the other half-mould. In the fifth and final step, the magazine and the moulded part are jointly removed from the mould to form a magazine/moulded part composite structure. According to the invention, it is also possible to produce the magazine before the moulded part according to the design of the microcomponents and the magazine. The inventive method, which preferably includes the use of a dual component injection moulding process, makes it possible to produce several moulded parts or microcomponents and integrate them into a magazine/moulded part composite structure without any post-machining, enabling the manufacture of magazines and microcomponents of various heights. Since the magazine exclusively binds the microcomponents to lateral, base or front surfaces, it is possible to obtain an extremely precise, fully automatic assembly of said microcomponents using a gripper element.
    • 它具有至少一个微结构化的模制部件,其存在作为杂志成型件复合物,用于生产abformtechnischen和magazining至少一个微结构化模制部件作为杂志成型件复合材料和杂志的处理进行说明。 在第一步骤中,产生至少一个微结构化的abformtechnische使用最初封闭的模具,其具有至少一个第一和执行第二半模模制部件。 在第二步骤中,两个半模打开时,模制部件在所述第一半模的剩余。 在第三步骤中,至少所述第二半模被改变到至少一个另外的半模。 在第四步骤中,进行使用具有第一半和另一半模模制工具的杂志abformtechnische制备。 最后,在第五步骤是在所述公共除去杂志和模制部分作为杂志成型件的复合进行。 根据本发明,可以根据微组件和该杂志,该杂志还第一,此后微部件的构造来制备。 该方法优选是使用双组分注射成型法,能够直接生产的多个模具部件或微部件和它们的杂志存储在杂志成型复合而不进行后处理,由此,杂志和微型元件的不同高度被制造的形式的。 由于杂志只在侧,底或端面的部件连接微部件,由此将微部件的非常精确的全自动装配通过安装钩来提供。
    • 33. 发明申请
    • INTEGRAL AIRBAG DOOR AND METHOD OF MAKING
    • 整体式安全气门及其制作方法
    • WO99042336A1
    • 1999-08-26
    • PCT/US1999/001055
    • 1999-01-19
    • B29C45/14B60R21/2165B60R21/20
    • B29C45/14336B29C45/14754B29C2045/1601B29L2031/3038B60R21/2165
    • An air bag cover assembly (10) comprises a flexible plastic air bag door (10) with a protrusion (60) in its outer edge mating in a recess (62) in the inner edge of a retainer (12) to block upward and downward movement. Silicone may be sprayed to reduce adhesion between the door (14) and retainer (12) if both are plastic. The door (14) includes a flexible hinge flange (46) that extends from an interior door surface and attaches the door (14) to the vehicle structure (48). A steel insert (50) may be included in the door (14) to add rigidity. The assembly (10) is constructed by molding molten retainer material in a mold cavity that contains the door (14).
    • 安全气囊盖组件(10)包括柔性塑料气囊门(10),其在其外边缘中的突出部(60)配合在保持器(12)的内边缘中的凹部(62)中,以阻挡向上和向下 运动。 如果两者都是塑料,则可以喷涂硅氧烷以降低门(14)和保持器(12)之间的粘合性。 门(14)包括从内门表面延伸并将门(14)附接到车辆结构(48)的柔性铰链凸缘(46)。 可以在门(14)中包括钢插入件(50)以增加刚性。 组件(10)通过在包含门(14)的模腔中模制熔融保持器材料来构造。
    • 39. 发明申请
    • TWO-SHOT UNIFIED CHAIN TENSIONER ARM OR GUIDE
    • 双枪统一链式张紧器ARM或指南
    • WO2007011478A1
    • 2007-01-25
    • PCT/US2006/022847
    • 2006-06-12
    • BORGWARNER INCTHOMAS, ChrisKOBYLARZ, ScottADAMS, BradMOSTER, AlSIMMONS, Sean
    • THOMAS, ChrisKOBYLARZ, ScottADAMS, BradMOSTER, AlSIMMONS, Sean
    • F16H7/18
    • B29C45/1635B29C2045/1601F16H7/18F16H2007/0872
    • A method molds a device, such as a chain tensioner arm including two elements (12, 20), one structural (12) and one wear-resisting (20), using a single forming device within a single molding cycle. The two elements (12, 20) are preferably then combined during the single molding cycle. The elements preferably include a structure element (12) with a top surface (14) spanning a first end (15) and a second end (17) of the structure element (12), the top surface (14) having a predetermined thickness, and a wearing element (20) having a first surface (22) and a second surface (24), the first surface (22) disposed to engage a chain, the second surface (24) being physically interlocked with the top surface (14) of the structure element (12) with allowance for relative movement between the top surface (14) of the structure element (12) and the second surface (24) of the wearing element (20).
    • 一种在单个成型周期内使用单个成形装置来模制诸如包括两个元件(12,20),一个结构(12)和一个耐磨(20)的链条张紧器臂的装置。 优选在单个模制循环期间组合两个元件(12,20)。 元件优选地包括具有跨越结构元件(12)的第一端(15)和第二端(17)的顶表面(14)的结构元件(12),所述顶表面(14)具有预定厚度, 和具有第一表面(22)和第二表面(24)的磨损元件(20),所述第一表面(22)设置成接合链条,所述第二表面(24)与所述顶表面(14)物理联锁, (12)的顶表面(14)和磨损元件(20)的第二表面(24)之间的相对运动的结构元件(12)。
    • 40. 发明申请
    • METHOD FOR INTEGRATING A LIGHT GUIDE IN OR ONTO A SUPPORT STRUCTURE, SUPPORT STRUCTURE WITH A LIGHT GUIDE, AND DEVICE COMPRISING SUCH SUPPORT STRUCTURE
    • 用于将轻型指南集成在支持结构中的方法,具有轻型指南的支持结构以及包含这种支持结构的装置
    • WO2006016296A1
    • 2006-02-16
    • PCT/IB2005/052470
    • 2005-07-22
    • KONINKLIJKE PHILIPS ELECTRONICS N.V.WIJMA, Willem, S.BROUWER, Lammert, J.
    • WIJMA, Willem, S.BROUWER, Lammert, J.
    • B29D11/00B29C45/14
    • B29D11/00701B29C45/16B29C2045/1601B29K2995/0049B29L2011/0075
    • The invention relates to a method for integrating a light guide (1) in or onto a support structure (3), wherein said parts (1,3) are molded and wherein during this molding and/or a subsequent cooling down process, shrink behavior of the respective parts (1,3) is controlled in such way that both parts (1,3) shrink incompatibly, at least temporarily and at least near their bordering areas, thereby causing the parts (1,3) to be separated and an air gap (10) to be formed between their respective separation surfaces. Separation of the parts (1,3) can be promoted by making the parts of materials having incompatible melting points and/or incompatible chemical bonding properties. Incompatible shrinkage can be stimulated by appropriate parts design, by applying materials having incompatible shrink behavior and/or by exposing the parts to different molding and cooling down conditions. The invention furthermore relates to a support structure with light guide and a device comprising such a support structure.
    • 本发明涉及一种将光导(1)集成在支撑结构(3)中或其上的方法,其中所述部分(1,3)被模制,并且其中在该模制和/或随后的冷却过程中,收缩行为 控制各部分(1,3)的控制,使得两部分(1,3)至少暂时地至少临近它们的边界区域而不可避免地收缩,从而导致部分(1,3)被分离,并且 气隙(10)将形成在它们各自的分离表面之间。 可以通过使具有不相容的熔点和/或不相容的化学粘合性质的材料部分来促进部分(1,3)的分离。 可以通过适当的零件设计,通过施加具有不相容的收缩行为的材料和/或通过将零件暴露于不同的模制和冷却条件来刺激不相容的收缩。 本发明还涉及具有光导的支撑结构和包括这种支撑结构的装置。