提供了一种书籍的制作方法：对书籍的印张进行裁切，对印张的边缘刷胶水，通过胶水粘合各个印张，使用直角模具对粘合后的多个印张进行定位固定；对定位固定后的各个印张进行钻孔处理，在各个印张的孔位间拉线，对各个印张进行加固处理；将前环衬和后环衬拼接在环衬连接布上，然后将环衬与内文进行粘合。采用直角模具对粘合后的多个印张进行定位和固定，页面不容易产生错位，保证书籍的装帧质量，降低了制作时间，适于大尺寸书籍的制作。

A layered media alignment assembly is disclosed. The layered media alignment assembly may have a main body having a lower surface guide forms adapted to align in abutting contract with a first media layer. The layered media alignment assembly may have multiple upper surface guide forms configured to receive one or more additional media layer so that they may be positioned in a desired location relative to the first media layer.

A hardcover assembly arrangement including first and second hardcover assemblies, with each assembling including a layer of pressure sensitive adhesive disposed on a first surface of the hardcover assembly and additional pressure sensitive adhesive disposed on a second surface of the hardcover assembly, opposite the first surface. Each assembly includes a release liner disposed over and contacting the layer of pressure sensitive adhesive on the hardcover assembly, with the first and second hardcover assemblies being positioned relative to one another such that the release liner of the first hardcover assembly is disposed over and contacts the additional pressure sensitive adhesive of the second hardcover assembly.

A method and class of bond coat is provided herein that physically and chemically bonds solid layer lubricants and other functional coatings to a substrate by burnishing, for example, selected soft materials, including oxides such as antimony trioxide which is seen as a major improvement over conventional bonding or coating methods. The process is non-vacuum at ambient temperatures, no binders, adhesives, curing or baking. Lubricant performance can be enhanced by orders of magnitude compared to when the bond coat and burnishing process are not applied. The method is inexpensive, environmentally friendly, applicable to any substrate material, and scalable.

Verbundkörper aus einem Trägersubstrat aus natürlichen Fasern, insbesondere Pappe, Karton oder verstärktem Papier, und mindestens einem darauf verklebten flexiblen folienformigen Substrat, wobei die verbindende Klebstoffschicht aus einem wässrigen, geschäumten, nicht reaktiven Klebstoff hergestellt ist. Diese Verbundkörper sind insbesondere zur Herstellung von flachen Substraten geeignet, die anschließend zu räumlich geformten Gegenständen, wie Buchhüllen, Ordnerhüllen oder Schriftgutbehältern, weiterverarbeitet werden können.

본 발명은 앨범 및 이의 제작방법에 관한 것으로서, 일측변을 따라 소정의 폭을 갖도록 정의되는 결속부와, 상기 결속부의 내측에 상기 일측변과 평행하게 천공되는 다수의 장공과 상기 다수의 장공 사이마다 상기 인쇄지의 일부로서 이루어지는 다수의 브릿지를 갖는 절곡부를 갖는 인쇄지를 준비하는 단계와; 상기 인쇄지 양면의 절곡부 상에 상기 일측변과 평행하게 박막테이프를 부착하는 단계와; 상기 박막테이프가 부착된 인쇄지의 일면 또는 양면에 이미지를 인쇄하는 단계; 및 상기 이미지가 인쇄된 인쇄지를 다수매 적층하여 각 인쇄지의 결속부를 결합 및 상호 고정시킴으로써 제본하는 단계를 포함하는 것을 특징으로 한다. 이에 의해, 앨범의 제작과정에서 인쇄지의 정렬이 용이할 뿐 아니라 인쇄지의 고급스러운 질감 및 인쇄된 후의 고급 이미지의 질감을 그대로 드러낼 수 있도록 함으로써 고급앨범으로서의 품격을 유지할 수 있는 앨범을 제공할 수 있다.

A booklet (200) is produced including an outer sheet (210) and an inner sheet (250) folded and nested together. A print image (38) having a thickness is printed where it is between the two sheets when they nest together. A cut length (280) is calculated using the thicknesses (215, 255) of the sheets (210, 250) and the thickness of the print image, so that when the sheets are folded and the inner sheet (250) is nested into the outer sheet (210), the edges of the inner sheet (250) will not protrude beyond the edges of the outer sheet (210). The inner sheet (250) is cut to the calculated cut length (280) either before or after printing. The cut inner sheet and the outer sheet are folded and nested together to produce the booklet (200).

Apparatus for printing, binding, and trimming print on demand (POD) perfect bound books is disclosed in which a plurality of sheets are accumulated on an accumulator so as to form a book block. The accumulator is initially in an inclined position so as to receive the sheets and to form the book block. Upon the book block being formed, the book block clamp is clamped to the accumulator and the accumulator is moved from an inclined to a vertical position and is moved downwardly along a workpath to an adhesive application station having a spine roughener and an adhesive applicator. The adhesive application station is moved relative to the stationary book block so as to roughen the spine of the book block and to apply adhesive to the spine. Then, the accumulator moves the book block downwardly along the workpath to a binding station at which the spine of the book block is adhesively bound to a cover positioned at the binding station. Then the bound book is moved down through the binding station to a trimming station. This downward movement of the book block and book along the workpath results in a more compact apparatus.

【課題】図書館や学校など本の汚れや破損防止のためにブックカバーを透明な粘着フィルムで覆って本を保護する需要が増加し、スピードアップと大量生産の要求に応えるために、効率よく且つ見栄えのよい仕上がりが得られる本のカバー掛け方法及び粘着フィルムとブックカバーの貼り合わせ装置を提供する。 【解決手段】複数枚のブックカバーを長尺状離型紙上に配置する工程と、透明又は半透明な合成樹脂製粘着フィルムをブックカバーの上から被せ回転する二本のロール間に挟んで圧着する工程と、ブックカバー被覆物をそれぞれ切断する工程と、前記切断されたブックカバー被覆物を四隅の角部分を裁断し、中央の背部近傍に切り込みを形成する加工工程と、ブックカバーを本の表紙に固着する工程とを備えた本のカバー掛け方法並びに粘着フィルムとブックカバーの貼り合わせ装置。

A system for manufacturing a book on demand includes a first printing unit for printing a first component of the book (i.e. a cover), a second printing unit for printing a second component of the book (i.e. a text block), and a binding station for binding the first component and the second component together. The system may further include a computer control system receiving information relating to the book to be manufactured, the information comprising information relating to the content of said first or second component and information relating to the finished size of the book. The computer control system initiates among other functions-manufacture of the first component by said first printing unit, receives a signal that the printing of the first component is successful and, after receipt of this signal, initiates printing of the second component by said second printing unit. The first component could be stored in a buffer until the second component is ready. The advantage of this hierarchy is that the process which is more time consuming and/or sensitive with respect to disturbances and/or more expensive can control the over-all process. Rejects of completed books not fulfilling the quality criteria are avoided and down-times minimized. Also avoided is the requirement to store the second component until the first component is ready.