会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Method of applying a liquid coating to a flexible web
    • 将液体涂层施加到柔性网上的方法
    • US5348768A
    • 1994-09-20
    • US965523
    • 1992-10-23
    • Norio ShibataAkihiro Suzuki
    • Norio ShibataAkihiro Suzuki
    • B05C5/02B05C9/06B05D1/26B05D1/28G03C1/74B05D3/12
    • B05C5/0254B05C9/06G03C1/74G03C2001/7407G03C2001/7459G03C2001/7466
    • A method of applying at least one liquid to a surface of a carrier includes providing an extrusion-type application head having a slot with an outlet portion and a back edge portion, pushing the outlet portion of the slot toward the surface of the carrier, continuously conveying the carrier along a surface of the back edge portion of the head, and thereafter applying a liquid undercoating in excess to the carrier surface in advance upstream of the head relative to a conveyance direction of the carrier so as to form a liquid undercoating layer on the carrier surface. The liquid is continuously jetted from the slot so that the liquid is applied to the liquid undercoating. As a result, air does not form between the liquid undercoating and the subsequent liquid applied, and the applied liquid has a uniform thickness despite the application speed of the liquid (e.g., conveyance speed of the carrier) being great.
    • 将至少一种液体施加到载体的表面的方法包括提供具有出口部分和后缘部分的槽的挤出型施加头,连续地将槽的出口部分推向载体的表面 沿着所述头部的后边缘部分的表面输送所述载体,然后在所述头部相对于所述载体的输送方向的前方向所述载体表面施加过量的液体底涂层,以形成液体底涂层 载体表面。 液体从狭缝连续喷射,使得液体被施加到液体底涂层上。 结果,在液体底涂层和随后的液体之间不形成空气,尽管液体的施加速度(例如,载体的输送速度)大,涂布液体具有均匀的厚度。
    • 5. 发明授权
    • Applicator device for applying thin liquid films on carriers
    • 用于在运输机上应用薄膜的应用装置
    • US5105760A
    • 1992-04-21
    • US684725
    • 1991-04-15
    • Shinsuke TakahashiNorio Shibata
    • Shinsuke TakahashiNorio Shibata
    • B05C5/02B05C9/06G03C1/74G11B5/848
    • G03C1/74B05C5/0254B05C9/06G11B5/848G03C2001/7407G03C2001/7459G03C2001/7466
    • An extrusion-type applicator device continuously applying a liquid to a carrier film moving with a predetermined linear velocity and a predetermined running direction includes a head having a bore disposed parallel to the axis of the head for receiving the liquid, a slot connecting the bore with a surface of the head, a back edge portion disposed adjacent to the slot on the upstream side of the slot and having a chamfer whose width is less than or equal to about 50.mu.m but larger than the diameter of each grain of the material of the back edge portion, and a doctor edge portion disposed adjacent to the slot on the downstream side of the slot with respect to the direction, the doctor edge portion having a chamfer with a width of about 2 to 3 .mu.m provided at the upstream edge of the surface of the doctor edge portion. The applicator device can be modified to simultaneously apply a plurality of liquids to a carrier to produce a plurality of films thereon. The modified applicator device includes a second slot disposed between the slot and the chamfer of the back edge portion.
    • 连续地将液体施加到以预定线速度和预定行进方向移动的载体薄膜的挤压式涂抹器装置包括具有平行于头部轴线设置的孔的头部,用于接纳液体;将孔与孔 头部的表面,靠近槽的上游侧的狭槽设置的后边缘部分,并且具有宽度小于或等于约50μm但大于材料的每个颗粒的直径的倒角 所述后边缘部分以及相对于所述方向在所述槽的下游侧相邻设置的刮刀边缘部分,所述刮刀边缘部分具有设置在所述上​​游边缘处的宽度为大约2至3μm的斜面 的刮刀边缘部分的表面。 施加器装置可以被修改以同时将多种液体施加到载体上以在其上产生多个膜。 改进的施加器装置包括设置在槽和后边缘部分的倒角之间的第二槽。
    • 8. 发明授权
    • Coating method using an extrusion type coating apparatus
    • 使用挤出式涂布装置的涂布方法
    • US5108795A
    • 1992-04-28
    • US647675
    • 1991-01-25
    • Norio ShibataTsunehiko Sato
    • Norio ShibataTsunehiko Sato
    • B05C5/02B05D1/26B05D7/00G03C1/74G11B5/848
    • B05D1/26B05C5/0254G03C1/74G11B5/848G03C2001/7407G03C2001/7459G03C2001/7466
    • A coating method utilizing an extrusion type coating apparatus having a back edge surface and a doctor edge surface for continuous extrusion of a coating fluid from a slot formed between the back edge surface and the doctor edge surface for applying the coating fluid onto a surface of a flexible support running continuously over both the back edge surface and the doctor edge surface. The doctor edge surface is located on a downstream side of the running of the support is so as to form a single inclined planar surface or a curved surface with a single curvature, so that when a point A represents a downstream end of the doctor edge and a point B represents a slot-top portion of the back edge surface, a line AB connecting the points A and B is achieved so that the doctor edge surface does not intersect. .theta..sub.1 represents an angle between a tangent to the back edge surface at the point B and the line AB, and .theta..sub.2 represents an angle between the line AB and the support stretched downstream from the point A. The angles .theta..sub.1 and .theta..sub. 2 satisfy the conditions: 150.degree.
    • 一种使用具有后缘表面和刮刀边缘表面的挤出型涂覆装置的涂覆方法,用于从形成在后边缘表面和刮刀边缘表面之间的槽连续挤出涂布液,以将涂布流体施加到 柔性支撑在后边缘表面和刮刀边缘表面上连续运行。 刮刀边缘表面位于支撑件行进的下游侧,以便形成单个倾斜平面或具有单个曲率的曲面,使得当点A表示刮刀边缘的下游端时, 点B表示后边缘表面的槽顶部分,实现了连接点A和B的线AB,使得刮刀边缘表面不相交。 θ1表示点B处的后边缘表面的切线与线AB之间的角度,θ2表示线AB与从点A下游延伸的支撑件之间的角度。角度θ1和θ2满足 条件为:150°<180°和150°<180°,由此通过改变角度θ2来调节待供应的涂膜的厚度范围。