Abstract:
A process and system for applying coating materials to glass edges of various profiles. The glass edge is coated by picking up the coating material from an applicator such as, for example, a roller, through precise independent or relative control of the spatial relationship between the edge of the glass article and the applicator to achieve desirable product attributes such as coating thickness, profile, coverage areas and consistency. Such spatial relationships include the gap distance between the roller and applicator, coating thickness on the applicator, applicator and/or glass speed, and the like.
Abstract:
A novel doctor blade that even on a cloth as thin as 120 g/m2 or less weight, attains secure resin finishing of only one major surface thereof. The doctor blade has its inferior portion bent and sloped and is used in the resin finishing including feeding a resin composition onto the sloping face of the blade and moving the cloth from the distal end side of the blade toward the side of blade main body to thereby coat the surface of the cloth with the resin composition. The doctor blade is characterized in that the inferior portion (3) of the blade (1) has a width of 2 to 12 cm and is bent so as to slope at an angle of 110° to 160° against the blade main body (superior portion (4)). The distal end portion (5) of the inferior portion (3) of the blade (1) may be one having a width of 3 to 10 cm and bent at an angle of 50° to 150° backward against the inferior portion (3) of the blade (1).
Abstract:
Glue application device with at least one glueing roller, which can be driven to rotate about its glueing roller axis, with at least one glue-depositing and distributing element for producing a primary glue deposit on a circumferential surface of the glueing roller, and with at least one glue scraper which, by way of a scraper portion having a pressing force produced by at least one spring element, bears pressed against a circumferential region of the glueing roller, this region extending in the direction of the roller axis and, in the direction of rotation of the glueing roller, following the point where the glue is dispensed.
Abstract:
A new doctor blade by which resin finishing can be stably applied to such a thin cloth having a weight 120 g/m 2 or less is provided. The doctor blade has a lower portion bent to form an inclined surface so as to supply a resin composition on the inclined surface of the blade and to coat the resin composition on a cloth moving from the blade tip side to the blade body side, the lower portion 3 of the blade 1 in a width of 2-12 cm being bent to make an angle of 110-160 degrees to the blade body (upper portion 4). The tip portion 5 of the lower portion 3 of the blade 1 may be bent backward in a width of 3-10 mm at an angle of 50-150 degrees to the lower portion 3 of the blade.
Abstract translation:提供了一种可以将树脂精加工稳定地施加到重量为120g / m 2或更小的这种薄布上的新的刮刀。 刮刀具有弯曲的下部以形成倾斜表面,以便在叶片的倾斜表面上提供树脂组合物,并且将树脂组合物涂覆在从叶片末端侧移动到叶片体侧的布上,下部 叶片1的2-12cm的宽度的部分3弯曲成与叶片体(上部4)成110-160度的角度。 叶片1的下部3的前端部5可以以与叶片的下部3成50〜150度的角度向3-10mm的宽度向后弯曲。
Abstract:
An adhesive or other viscous liquid applicator apparatus utilizes a cylindrical glue roll (45) and a reverse acting notched metering or doctor blade (47) which forms, from an initial liquid layer on the roll, a series of laterally spaced liquid beads of metered size. The beads are subsequently spread to form a liquid layer for transfer to a web or other surface by a flexible spreader tongue (51). A glue film control system and glue film width control are also disclosed.
Abstract:
An adhesive or other viscous liquid applicator apparatus utilizes a cylindrical glue roll (45) and a reverse acting notched metering or doctor blade (47) which forms, from an initial liquid layer on the roll, a series of laterally spaced liquid beads of metered size. The beads are subsequently spread to form a liquid layer for transfer to a web or other surface by a flexible spreader tongue (51). A glue film control system and glue film width control are also disclosed.
Abstract:
A novel doctor blade that even on a cloth as thin as 120 g/m2 or less weight, attains secure resin finishing of only one major surface thereof. The doctor blade has its inferior portion bent and sloped and is used in the resin finishing including feeding a resin composition onto the sloping face of the blade and moving the cloth from the distal end side of the blade toward the side of blade main body to thereby coat the surface of the cloth with the resin composition. The doctor blade is characterized in that the inferior portion (3) of the blade (1) has a width of 2 to 12 cm and is bent so as to slope at an angle of 110° to 160° against the blade main body (superior portion (4)). The distal end portion (5) of the inferior portion (3) of the blade (1) may be one having a width of 3 to 10 cm and bent at an angle of 50° to 150° backward against the inferior portion (3) of the blade (1).
Abstract:
본 발명에 의한 접착제 또는 기타 점성액 도포기 장치는 원통형 접착제 롤과, 계량된 크기를 가진 일련의 측방으로 격리 배치된 액상 비드를 롤 상의 초기 액체 층으로부터 형성하는 역작용 노치를 가진 계량 또는 조절 블레이드를 이용하고 있다. 상기 비드는 이후에 가요성 스프레더(spreader) 설부(tongue)에 의해 웨브 또는 기타 표면으로 전달하기 위해 액체 층을 형성하도록 도포된다. 접착제 필름 제어 시스템 및 접착제 필름 폭 제어도 또한 개시되어 있다.