MXPA01002989A - Business card sheet construction and methods of making and using same - Google Patents

Abstract

Ultraremovable adhesive (216) is applied to paper sheet (208) to form a liner sheet. The liner sheet is laminated to cardstock sheet (212) to form laminate cardstock (200). Sheet (212) is then die cut, but not the liner sheet, to form cut lines (240) that define at least in part perimeters of business cards or other printable media. The outer face of the liner sheet is then die cut, but not sheet (212), to form strips (304) on a back side of sheet (212). Some of strips (304) define cover strips covering some lines (240), and others define waste strips. The waste strips are removed. The resulting construction is then fed through a printer or copier. Indicia is printed on the front side of the cards while strips (304) hold the cards together. After printing, the cards are peeled off strips (304), ready for use.

Description

CONSTRUCTION OF BUSINESS CARDSHEET AND METHODS OF DOING AND USING THE same.

BACKGROUND OF THE INVENTION The present invention relates to the constructions of printable sheets which are adapted to be fed in printers or copiers and the printed or printed indications in the different portions thereof and the portions that are subsequently separated in separate printed media, such as business cards. In addition, it concerns methods for making those printing sheet constructions. Additionally, it relates to methods of using the sheet constructions to form the printed cards. Small-sized media, such as business cards, ROLODEX-type file cards, party invitations and visitor cards, for their small formats, can not be easily fed and printed by using jet printers or powered printers. jet, laser printers, photocopiers and other typewriter and regular printing machines. Therefore, a known method for producing small-sized media has been to print the desired indications on different portions of a large sheet such as a sheet of letter size 21.59 x 27.94cm (8 / x 11 in.) Or legal size 21.59 x 35.56 cm (8 1 x 14 in.) or A4 and then proceed to cut the leaves with some type of cutting machine in different portions or in sheets of small and individual size or in media with printing on each of these. However, this method is of little advantage since the user must have access to a cutting machine like the one already mentioned and the additional step of cutting is inefficient in terms of time and cost.

In order to avoid this step of cutting, another product of the previous reference has the portions of the sheet that define the perimeters of the media (example, business cards) consisting of previously formed perforation lines. (Refer, for example, to International Publication TCP No. WO 97/40979). However, a problem with this product is that because the cards must be durable and have a professional appearance, they must be produced in a relatively heavy and thick paper. Thus, the heavy, thick and perforated sheets are relatively inflexible, such that they can not be fed from a height of such sheets using automatic paper feeders to printers or copiers. A proposed solution to this feeding problem is disclosed in U.S. Patent No. 4,704,317) ('317) issued to Hickenbotham. (This patent and all other patents and other publications mentioned elsewhere in this disclosure are incorporated herein by reference in their entireties.) The '317 patent method reduces the stiffness of the corners of the sheet as well as marks, cracks, mold pressure cuts, or flattened cuts of type. However, a number of problems with this method prevented it from becoming commercially and generally acceptable. Another proven solution in reference to the sheet feeding problem is that disclosed in US Patent 5,571, 587 ('587) issued to Bishop et al. (See also U.S. Patent No. 4,447,481 issued to Holmberg et al.) According to the '587 patent the leaf stock has a relatively thin portion in at least one of the longitudinal edges thereof which facilitates the feeding of the leaf. reservation of sheets to the printer or the copier. The thin portion is removed from the sheet after printing. The individual printed cards are then separated from one another by pulling or tearing along the micro-perforated and pre-formed lines. Although the perforation joints that remain along the corners of the printed and formed cards are small, they are perceptible or appreciable, giving the card a touch and unprofessional appearance. A card sheet construction that uses clean cut edges instead of perforated edges that are less desirable are commercially available from Max Seidel and from PromadxxfPaper Direct "and an example of this product is shown in the drawings of Figures 1 -3. (See Canadian Patent Publication No. 2,148,553 (MTL Modern Technologies Lizenz GmbH); see also German Patent DE.42.40.8825.A1.) When referring to the figures of the drawings, the prior art product is generally shown at 100. It includes a reserve of sheets 102, divided by cutting lines as width and length 104 in columns and rows of cards 110, surrounded by a perimeter frame 112. On the back 114 of the sheet stock 102, strips of thin conveyor elements 116 made of polyester are glued with an adhesive 118 along and over the width of the cutting lines. These strips 116 hold the cards 110 and the frame 112 together when the stocks of sheets 102 are fed to the printer or the copier as is generally shown at 120. After the reservation of sheets 100 has been fed to the printer or copier 120 and the desired indicia are printed on the cards 110, the cards are detached from and from the strips 116 and the frame 112. After all the cards 110 have been removed from the sheet stock 102, the remaining material formed by the strips 116 and the frame 112 is discarded as disposable material. One of the problems with the prior art sheet product 100 is that the printers have difficulty in lifting the sheets, resulting in the sheets being poorly fed to the printers. It is difficult for the feed rollers to pull the sheets past or past the separation tabs inside the printers. Feeding difficulties are also caused by the ripple or curling of the reservoir of sheets 102 on themselves. The "curled" or "crimped" allows the guiding edge of the sheet to bend back and flex over the separation tabs. Since the stock of sheets 102 is a relatively stiff product, it becomes difficult for the feed rollers of the printer 120 to control this problem. Another problem with the sheets of the prior art 100 is a sheet start problem out of registration. In other words, the impression is pushed up or down from its desired and expected starting position, lower than the upper stop of the sheet. This problem of registration outside of its frame is often associated with the problem of poor diet discussed in the previous paragraph. This is because the printer is having difficulty lifting the sheet, and the printer's time calculation is affected. This causes printing to start in different places on the sheet, which is not acceptable to users.

SUMMARY OF THE INVENTION. With the intention of addressing and remedying the problems and disadvantages of the prior art, a laminated and dry sheet construction including a printing medium, such as business cards, ROLODEX type cards, is described herein. , party invitations, business cards or similar. A first step in the formation of this laminated and dry sheet construction is the coating or an extrusion layer of a low density polyethylene (LPDE) film on a bleached and densified kraft paper sleeve, thus forming a lining sheet covered with a movie. Using a hot melt adhesive film, a front face sheet stock (where the card information will be printed) is adhered to the side of the film of the liner sheet to form a laminated sheet construction substrate. A more generic description of the "dry peel" materials - the LPDE, and the bleached and densified kraft paper liner - is a film-forming polymer adhered to a liner stock. The front reserve face sheet, the film bath and the adhesive bath together define the front reserve face laminate. (See U.S. Patent No. 4,863,772 (Cross), see also U.S. Patents 3,420,364 (Kennedy), 3,769,147 (Kamendar et al.), 4,004,058 (Buros et al.), 4,020,204 (Taylor et al.), And 4,405,401 (Stahl)). The construction of a sheet (which also includes a front reservation face adhered to a polymer that forms the film) is separated at the liner-film interface instead of separating at the front-face film-to-face interface, when the final construction is subject to force or pressure of detachment. According to a modality of this invention, a front reserve face laminate substrate is flattened along an edge or both edges thereof to assist in feeding sheets of media printable to the printer. Flattened edges help prevent multi-sheet feeding, improper feeding and problems of state-of-the-art registration. The lines are cut by molds through the frontal face facing laminate but not through the lining sheet. These front reserve face cutting lines define the perimeter of the business cards (or any other printable media) and a waste paper frame that surrounds them. These mold-cutting lines do not cause the sheets to become entangled with each other. This allows the sheets to be properly fed to the printers. The lines are then cut through the lining sheet, but not through the front face facing laminate, to form liner sheet strips on the back face (the back side) of the front face reserve laminate. The cut line of the liner sheets can each be straight lines or they can be curved or wavy lines. The lines can be horizontal (or vertical) along the sheet or placed diagonally on them. According to an alternative, the lines may extend over only a part of the sheet, such as from both sides of the edges, to only a central area of the sheet. The additional steps in the process are making sheets of the substrate forming individual sheets, stacking or wrapping them and distributing the wrapped sheets through commercial retail channels to reach the user, the final consumer. The laminated sheets (the business cards) are unwrapped by the user and placed on the feeding tray of a printer or a copier, and fed individually or automatically to them, first placing the flattened edges towards the entrance of the printer (and particularly when using an inkjet printer or horizontal type jet) or when entering a copier where the information is printed on each of the printable media (or on blank business cards) on the sheets. After the printing operation, each of the printed media (or business cards) is peeled off the liner sheet strips and removed from the disposable frame. The supporting structure formed by the strips and the frame subsequently discard. Alternately, the support structure emerges from printed business cards. The product, in any of the alternatives, is a number of neatly printed business cards, each one with clean mold-type cutting edges in its entire perimeter.

In other words, the adhesive film securely affixes the front reservoir face sheet to the LPDE film bath on the liner sheet. The union of these is such that the construction of the sheets in general is separated or delaminated at the contact surface with the film-liner sheet, when the user takes off the printed business cards from the liner strip. That is, it does not separate on the contact surface with the front face reserve sheet. Additionally, the sheet-liner covered with a film does not noticeably affect the flexibility of the sheet as it is fed by the printer. On the contrary, the thickness of the frontal reserve face sheet is the most significant factor. Thus, the front reserve face sheets must be carefully selected so that they are not so rigid as to cause feeding or print registration problems. According to some preferred embodiments of the invention, each of the strips is peeled off and removed from the sheet during the manufacturing process and before the sheet is fed to the printer or copier. The remaining strips cover a substantial number of the cut lines of the front reserve face laminate and extend over the waste paper frame to hold the blank business cards and the sheet together as they are fed and passed through. printer or copier. The remaining strips (and therefore the cutting lines of the front reserve face sheet) preferably extend across the width of the sheet or are perpendicular to the feed direction of the sheet to leave the construction of the sheet laminated less rigid and more flexible as it passes to and through the printer or copier. When starting with a single sheet continuous lining to form the strips, the final detached product is flatter than that of the products of the previous techniques. Thus, there is less possibility that the sheets curl and become entangled with each other.

Other modes do not remove or remove any of the strips before the sheet is fed to the printer or copier. In other words, the entire back side of the front reserve face laminate is covered by the liner sheet having a series of cut lines in the liner sheet. A further definition of the method for accomplishing this invention includes forming a roll of a substrate of a laminated sheet construction comprising a liner sheet on a front face sheet. The substrate is unrolled under constant tension from the substrate and the edges of the substrate are flattened. The front face reserve face sheet of the unwound substrate is cut under mold pressure without cutting the liner sheet to form the structure or perimeter silhouette of the printable medium (the business cards). The lining sheet is then cut under mold pressure, without cutting the front reserve face sheet, to form the liner strips. The interconnected and alternating liner strips are removed as a waste matrix and rolled onto a roller to be discarded. The substrate is then made sheet, in letter-size sheets 21.59 x 27.94 cm (8 Vz x 11 inches), for example, or legal size 21.59 x 35.56 cm (8 14 x 14 in.), Or in A4-type sheet dimensions; the leaves are stacked and the stacked sheets are packed. The user then removes or extracts the sheet height from the packaging and positions the height or a portion of it in a feed tray of a printer or a copier to perform a printing operation on the printable medium or feeds them individually to the printer. printer or copier. After the printing operation, the printed medium is separated from the rest of the sheet, as described above. The sheet constructions of this invention appear to result in the following ink jet or ink jet printers: HP550C, HP660C; HP722C, HP870Cse, Canon BJC620, Canon BJC4100, Epson Stylus Color II and Epson Stylus Color 600. Another advantage of the expressions of the present invention where alternate strips of the liner are removed prior to the printing operation is that a ripple or curl is less likely to be formed or induced in Business cards from the lining sheet. Curling or ripple occurs when the front reserve is removed from a full liner sheet. The lining strips are better than the lining sheets since they reduce the amount of ripple or ripple that occurs during the extraction of the front reserve. A further embodiment of this invention features a strip of the front reserve face laminate peeled off on one side of the sheet to leave a strip of the liner sheet extending outwardly over the end of the front face reserve laminate. This liner strip defines a feed edge especially well suited for feeding sheets to vertical feed printers and appears to work better than flattening the feed feed edges. The opposite edge (end) of the front reserve face laminate can also be peeled off to leave an exposed liner sheet strip. Alternatively, the opposite edge of the front reserve face laminate can be flattened. The flattened edge seems to work better for sheet feeding in horizontal feed printers. The instructions can be printed on the sheets (or on the wrappers or in an insert in the wrapper) instructing the user on how to orient the sheet so that the exposed liner strip defines the input feeding end when a feed printer is used vertical and to orient the sheet so that the flat edge defines the input feed end when a horizontal feed printer is used.

In fact, this novel concept of the liner strip exposed to one end and the flat edge to the other end can be used for other blade constructions adapted for feeding to printers for a printing operation on them. An example of these is simply a cover sheet attached to a backing sheet. The backing sheet does not require cutting lines or otherwise be formed as strips. The front sheet does not require cutting lines; You can, for example, have perforated lines that form the perimeter of business cards or other printable media. A preferred sheet construction of the present invention is facially similar to, but markedly improved upon, the prior art of the "Paper Direct" product demonstrated in Figures 1-3, and described in the Background of the Invention portion of this disclosure. . In addition to the problems already discussed, this prior technique is too flimsy or light. Accordingly, a preferred sheet construction of the present invention uses paper strips instead of polyester film strips, to secure together the sheet. The paper strips are stiffer and preferably wider (eg 1.43 cm (9/16 inch) wide) than the film strips, thus giving the sheet construction a more solid and firm feel, which is valuable commercial. Additionally, the paper strips allow the sheet to extend flatly, with less puckering along the mold-type cutting joints, since they react to the environment in a similar manner as well as the reserve of card sheets. Similar to the dry rolling products of this invention herein described above, a laminated stock of sheet cards is formed in accordance with this preferred embodiment. An ultra removable adhesive is applied to a sheet of paper to form a liner sheet there and the liner sheet is laminated to a reserve of card sheets (front reservoir) to form this laminate sheet card reservation substrate. The substrate is cut by its face under mold pressure through the sheet face reserve card sheets but not through the lining sheet to form cut lines for the reserve of card sheets that defines less in part the perimeter of the printable medium (business cards, postcards, greetings cards, and so on). At the next station the substrate is then press-cut by mold through the lining sheet but not through the reserve face sheet of the card sheet, to form the strips of the lining sheets on the back of the sheet. Reserve face of the card sheet. Some of the strips define the cover strips that cover the backs of some of the cutting lines of the card sheet stock, and other of the strips define the disposable strips. The disposable strips are then removed from the back sheet matrix of the card sheet stock. The substrate is then made into sheet sheets of the desired size, such as letter size 21.59 x 27.94cm (8 14 x 11 in.). The sheets are ready to be fed to a printer or a copier and a printing operation that is conducted on the fronts of the printable media. The printable media is then separated from (detached from) the cover strips, being ready for use. The cover strips preferably provide the only means for holding the press-cut printable media together as an intact unit sheet to pass through the printer or copier. Removing or removing the disposable strips before the sheet passes through the printer or copier makes the sheet more flexible so that it can be folded and passed better through the curved paths inside the printers and from the printers. copiers.

The ultra removable adhesive is peeled off together with the disposable paper strips and the cover strips thus provide a clean backing side to the reserve face sheet card (and therefore to the printable media). The clean backing side (s) (even when they are coated) may, advantageously, to be written, that is to say, it will accept the lead pencil, the ink pen and even the print of jet or jet ink and laser printing. The ultra removable adhesive adheres to the paper allowing its easy removal or removal and discarding the paper strips. Even when it is somewhat sticky and does not stick permanently. In contrast, the "Paper Direct" product uses a peel-off adhesive. (Generally, the adhesions of "ultra-removable" adhesives to their higher adhesion levels (to a surface such as a stainless steel) are about half of what they are for conventional "peel-off" adhesives. Conventional adhesives provide full contact with a substrate while ultra-peel adhesives provide partial contact.This limited contact area is what prevents an ultra removable adhesive from becoming permanent over time.To assist the sheet that is being fed to the printer or the copier the guide edge of entry of this is preferably flattened, contrary to the product "Paper Direct." The substrate, before making sheet, is preferably flattened with molds of flattened texture before reaching the cutting station of its surface The flattening step is also preferably carried out after the printing operation on the substrate where Identifying and explaining information is printed on the face sheet of the card sheet. Other objects and advantages of the present invention will become more apparent to those of ordinary skill in the art to which the present invention pertains, taking into consideration the above description taken in conjunction with the accompanying drawings.

BRIEF DESCRIPTION OF THE FIGURES. Figure 1 is a perspective view showing a construction of a sheet of a prior art that is being fed to a printer or a copier; Figure 2 is a perspective view of an end of the construction of a sheet of a prior art of Figure 1 showing a portion of a sheet or card being removed from it; Figure 3 is an enlarged view of a cross section taken on line 3-3 of Figure 2. Figure 4 is a perspective view showing a construction of a laminated sheet of the present invention being fed to a printer. or to a copier and construction of a laminated sheet of the present invention after a printing operation has been carried out thereon by the printer or the copier; Figure 5 is a view similar to that of Figure 2 but of a first construction of a laminated sheet of the present invention, as shown in Figure 4. FIG. 6 is an enlarged view of the cross section taken on line 6-6 of FIG. 5; FIG. 7 is a plan view of the back of the first laminated sheet construction of FIG. 5; FIG. 8 is a plan view of the upper part of the first laminated sheet construction of FIG. 7; FIG. 9 is an enlarged view of the cross section taken on line 9-9 of FIG. 8; FIG. 9 A is a view similar to FIG. 9 and illustrates a portion of an alternate first construction. FIG. 9 B is illustrates a portion of a second alternate construction. FIG. 10 is a view similar to FIG. 7; FIG. 11 is a view similar to FIG. 8; FIG. 12 is a perspective view showing a stock of laminated sheet constructions of the present invention operatively arranged in an automatic feeding tray of a printer or copier waiting to be individually fed for the printing operation and a reservation sheet having been printed FIG. 13 is a view similar to FIG. 7 but of a second laminated sheet construction of the present invention; FIG. 14 is a view similar to FIG. 13; FIG. 15 is a rear view of a third laminate sheet construction of the present invention; FIG. 16 is a view similar to FIG. fifteen; FIG. 17 is a rear view of a fourth laminate sheet construction of the present invention; FIG. 18 is a view similar to FIG. 17 and the fourth laminated sheet construction; FIG. 19 is a fifth laminated sheet construction of the present invention; FIG. 20 is a rear view of a seventh laminated sheet construction of the present invention; FIG. 21 is a rear view of an eighth laminated sheet construction of the present invention; } FIG. 22 shows the dimensions of the strips of FIG. twenty-one; FIG. 23 is an enlarged view of the cross section taken on line 23-23 of FIG. twenty-one; FIG. 24 is a view similar to the FIG :. 23 but showing a ninth laminated sheet construction of the present invention; FIG. 25 is a schematic view showing a process and system for making the sheet constructions of FIG. 21 and 26; FIG. 26 is a view similar to FIG. 23 but showing a tenth laminate sheet construction of the present invention; FIG. 27 is a front view of an eleventh laminated sheet construction of the present invention; FIG. 28 is an enlarged view of the cross section taken on line 28-28 of FIG. 27; and FIGS. 29 A and 29 B are front and rear views respectively of a first version of a preferred business card sheet construction of the present invention; FIGS. 30 A and 30 B are front and rear views respectively of a second version of a business card sheet construction; FIGS. 31 A and 31 B are front and rear views respectively of a first version of a greetings card sheet construction of the present invention; FIGS. 32 A and 32 B are front and rear views respectively of a second version of a greetings card sheet construction; FIGS. 33 A and 33 B are front and back views of a third version; FIGS. 34 A and 34 B are front and back views of a fourth version; FIGS. 35 A and 35 B are front and rear views respectively, of a first version of a postcard sheet construction of the present invention; FIGS. 36 A and 36 B are front and rear views respectively of a second version of a postcard sheet construction; FIG. 37 is an enlarged view of the cross section taken in one or more of the sheet constructions of FIGS. 29-36; and FIG. 38 shows a method for making one or more of the sheet constructions of FIGS. 29 -36.

DETAILED DESCRIPTION OF THE PREFERRED MODALITIES OF THE INVENTION. A number of different embodiments and manufacturing processes of the dry card laminate construction of this invention are illustrated in the drawings and are described in detail below. A representative construction is generally illustrated as 200 in FIGS. 5, 6 and 7. Referring to Figure 4, the sheet construction 200 is formed by extrusion coating a low density polyethylene (LDPE) film 204 over a bleached and densified kraft paper liner sheet (base paper or material). base) 208 that is not siliconized. The thin molded extrusion LDPE film 204 is non-oriented. A suitable liner sheet 208 with a layer 204 is available from Schoeller Technical Papers of Pulaski, New York, USA. The extrusion-treated liner sheet is laminated to a front face facing sheet (or card stock) 212 using a layer of pressure sensitive adhesive (PSA) 216 heat fuse. The front reserve face sheet 212, the adhesive film 216 and the film 204 form the laminate 220. The front reserve face sheet 212 may be a business card stock for jet ink or current jet available from the bin Monadnock and that has good impression and whiteness. Adhesive film 216 may be a conventional heat melt adhesive such as the hot melt adhesive H2187-01 available from Ato Findlay, Inc. of Wauwatusa, Wis., Or the hot melt adhesive compositions of rubber of the type taught in U.S. Patent 3,239,478 (Harian, Jr.). The requirements for PSA heat melting are not very demanding. The PSA film 216 only requires securing the front reserve face sheet 212 to the LDPE film 204 of the dry release base material or the liner sheet 208, such that the overall laminated and dry front face reserve construction 224 is delamination on the lining sheet-LDPE when a user seeks to peel off the liner, and not on a face of the front face reserve sheet 212. A preferred example of this front-end dry laminate construction 224 is the product "Dry Tag" (or Dry Label) as manufactured in the Fasson Roll Division of Avery Dennison Corporation. The front reservation face sheet 212 may alternatively be fluorescent paper, high gloss paper or thermal transfer label paper. A preferred high gloss photo paper that can be used is the reservation of glossy cards which is available from Rexam Graphics of Portland, Oregon, USA. and having a thickness of about 0.2032 millimeters (mm) (8 mils).

The preferred thicknesses of each of the layers of the front reservation face laminate construction 224 are as detailed below: the lining sheet 208, 0.0762 mm (3.0 mil); the film LDPE film 204, from 0.02032 to 0.0254 mm (from 0.8 to 1.0 mil); Adhesive film 216 from 0.01524 to 0.01905mm (from 0.60 to 0.75 mil); and the frontal reserve face sheet 212 - from 0.2108 or 0.2159 to 0.2286 mm (8.3 or 8.5 to 9.0 thousand). Alternatively, the liner sheet 208 plus the film 204 may have a thickness of 0.0889mm (3.5 mil). Another alternative is that the thickness of the front reserve face sheet 212 and the cover sheet 208 are approximately 0.1524 and 0.0762 mm (6.0 and 3.0 mil), respectively, or approximately 0.1778 and 0.0508 (7.0 and 2.0 mil), respectively. The LDPE film 204 will not noticeably affect the flexibility of the blade construction. Rather, it is the thickness of the frontal reserve 212 that is the most significant factor. To support the gathering and feeding of the laminated construction 224 in the printer or copier 230, the guiding edge 234 may be, in accordance with a definition of this invention, calendared or recessed as shown in FIG. 6. More particularly, a 1.11 cm (7/16 inch) wide portion of the leading end 234 can be recessed with a calender die to reduce the gauge from 0.3302 mm to 0.2540 (13 thousand to 10 thousand) for example . In addition to flattening the guiding edge 234 of the front reservation face laminate construction, additional processing steps are required to form the sheet construction 200. A key step is to form cut lines 240 on and through the face laminate. front reservation. Referring to Figures 8 and 11, the cut lines 240 include frame cut lines 244 and coordinate cut lines (resembling a rejila), and the cut lines of the frame include cut-off lines 252 and cut lines of ends 264 of the sheet. The coordinate cutting lines 240 form a coordinate of horizontally and vertically spaced cutting lines 270, 274 in the central area 264. Therefore, the coordinate cutting lines 248 and the cutting lines of the frame 244 form the perimeters of the medium rectangular 280, such as business cards. Figure 8 shows that the preferred number of rectangular means 280 is ten, aligned in two columns of five each and surrounded by a frame 260. FIG. 11 shows that the preferred dimensions 284, 288, 292, 296, and 298 are 1.27cm (14 inch), 8.89cm (3 14 inches), 0.87cm (11/32 inch) 0.95cm (3/8 inch) and 5.08cm (2 inches) respectively. The cut lines of the front reservoir 240 extend through the construction of the front reservoir 224 and up to but not through the liner sheet 208. If the cut lines of the front reservoir 240 are passed through the liner sheet 208, the front reserve face laminate construction 224 could be separated into the rectangular means 280 and the frame 260 as well as separated from each other. The separate and small means can not be effectively passed through the printer or the copier 230 for a printing operation on them. In contrast, the front reserve cutting lines 240 do not pass through the lining sheet 208. However, the liner-sheet continuous 208, while this would secure the (ten) rectangular means 280 and the frame 260 together during the printing operation, they could make the sheet 200 construction too rigid, lacking the flexibility to pass through the curved feeding steps of the printers or copiers. In some of the figures showing the back or front of the lining of the sheet construction, the front reserve cut lines 240 are shown in dotted lines to delineate their relationships with the liner sheet strips as detailed below. Although the front reserve cutting lines 240 and the sheet-liner cutting lines that are detailed below are preferably formed by mold cutting, other techniques such as laser cutting or using a circular cutting blade as it is well known to those skilled in the art, are within the scope of this invention. Thus, according to the present invention, the cutting lines of the sheet-liner 330 are formed in the lining sheet 208, through the lining sheet and up to but not through the front reserve face laminate 224. These divide the lining sheet 208 in lining strips 304. The sheet-liner cutting lines 300 provide flexibility to the construction of the sheet 200 and according to some of the expressions of this invention, adequate flexibility. However, for others, the flexibility is not enough, so these expressions provide that some of the strips are removed from the front face facing laminate 224 to form the sheet construction which is passed through the printer or the printer. copier 230. More importantly, when removing some of the liner strips, the amount of curling or crimping indicated on the (printed) medium is reduced. The remaining strips 308, however, must be large enough to hold the cut front face laminate 224 together during the printing operation. In other words, the shape and location of the remaining strips 308 are selected first to provide the necessary flexibility for the sheet and at the same time to minimize the rooting or corrugation and also to provide the necessary integrity of the sheet. In particular, according to the preferred expressions, the remaining strips cover all the cutting lines of the front reserve 240 which are parallel to the feed entrance edge of the sheet. Where the sheet will be fed in the portrait direction to the printer or copier 230, the cut lines of the front cover reserve extend across the sheets.

The expressions of Figure 7 show the remaining strips 308, 340 which are relatively thin, but in any case covering and surpassing or partially coinciding the cut lines of the frontal reserve. Figure 10 gives the dimensions of the construction of the sheet 200 and the remaining strips 308. The dimensions of 312, 316, 320 and 328 are 2.22 cm (7/8 pilg.), 1.90 cm (3Á in.), 3.17 cm. (1% in.), 21.59 cm (8 14 in.) And 27.94cm (11 in.) Respectively. In contrast, the remaining strips 340 in the construction of the sheet as shown generally at 350 in Figure 13 are wider. The dimensions of the strips and the sheets are shown in Figure 14 by the dimensions 354, 358, 362, 366 and 370, these being 3.17cm (1 in.), 1.27cm (14 in.), 3.81 cm (1 14 in.), 21.59 cm (8 14 in.) And 27.94 cm (11 in.) Respectively. Figures 9A and 9B are amplified views of the cross section of the first and second alternatives in sheet constructions of this invention. They are, for example, alternatives to the bleached and densified / LDPE kraft paper component of Figure 9. The relative thicknesses of the layers are not presented in these drawings. The alternate constructions that are generally shown at 372 in Figure 9A use vinyl or other films cast in their casting sheets. Referring to Figure 9A, the front reservation label or other sheet of paper is shown by reference numeral 374a. The PSA film, vinyl or molded film, and the molded sheet are labeled with reference numerals, 374b, 374c and 374d, respectively. The reference numerals 375a and 375b describe the cut lines of the front reserve and the cut lines of the liner. Similarly, the second alternative that is generally shown at 375 in Figure 9B includes a label in the front reservation or other front paper 377a, a PSA 377b layer, a # 1 377c film, a # 2 377d film and a liner 377e. The front reserve face and the cut lines are shown by reference numerals 378 a and 378 b, respectively. While the sheet constructions 200, 350 show the cutting lines of the sheet-liner and therefore the strips 308, 340 extending straight through the sheet, the construction of the sheet 380 has its cutting lines of its liner-sheet extending diagonally across the back of the front reserve face laminate. This construction is shown in Figure 15 and Figure 15 shows the dimensions 390, 392, 394, and 398, which can be 2.54cm (1 in.), 5.08cm (2 in.), 1.27cm (14 in. ) and 3.81 cm (1 14 in.) respectively. The blade construction 380 includes all of the diagonal lining strips 388 still located in the front face facing laminate during a printing operation. However, it is also within the scope of the invention to remove (detach) one or more of the strips before the printing operation. An arrangement would remove alternating diagonal strips. However, it may be that the remaining (diagonal) strips do not provide the sheet with sufficient integrity to prevent tilting of the leaves on the cut lines of the front reserve. The cutting lines of the sheet-liner 300, 384 are discussed above and as shown in the drawings of the corresponding figures, all are straight lines. However, it is also within the scope of the invention to make them curved or corrugated, and one embodiment of a sheet construction having corrugated or curved lines 412 is generally illustrated at 416 in Figure 17. There it can be seen that the lines of cutting the sheet-liner 412 on opposite sides of the strips 420 formed therein are of opposite images. With reference to FIG. 18 the preferred dimensions 424, 428, 432, 436 and 442 are 2.14cm (27/32 in.), 2.54cm (1 in.), 3.41 cm (11/32 in.), 8.89cm (3 14 in. ), 1.90cm (3Á in.), And 21.59cm (8 14 in.), Respectively. The embodiment of the sheet construction 416 is fed to the printer or the copier 230 in the condition as illustrated in Figure 17, that is, none of the lining strips have been removed. A variation to this is illustrated by the sheet construction that is generally shown at 450 in Figure 19 where alternate strips (five strips in the form of glasses) have been removed by exposing the back surface of the front face facing laminate as shown in FIG. shows at 454. It is also within the scope of the present invention that the cut lines of the sheet-liner and thus the liner strips do not extend from one side or edge of the sheet to the other. A sheet construction expressing such a configuration is shown in Figure 19A generally at 455. Essentially the only difference between the blade construction 455 in Figure 19A and the blade construction 450 in Figure 19 is that the cutting lines of the Wavy lining sheet do not extend from one side of the sheet to the other. Rather, they for near the center of the lining sheet and short connecting lines 457a, 457b form pairs of fish-shaped strips, which are located opposite, which when removed expose pairs of portions 458a, 458b of strips in the shape of fish that lie opposite each other in the front reserve face laminate. (For the straight cut lines of the sheet-liner, instead of the wavy cut lines, the exposed shapes would be rectangles instead of fish-like shapes.) The strips 459 of the lining sheet remain between the adjacent pairs of the sheets. connecting lines 457a, 457b. The strips 459 cover portions of the cutting lines of the central vertical front reserve face and therefore assist in maintaining the integrity of the construction of the sheet. The flexibility of the constructions of the leaves at both ends of these is important. Accordingly, referring to Figure 20, the flexible cut lines 460 are formed on the extra strips of the lining 452 extending the width of the strips in the sheet construction mode that is generally shown at 454 and which is similar to the wide strip mode of Figure 13. The dotted lines in that figure show the locations of the cut lines of the front reservation 240 in the face reserve face laminate 220 and are included in the figure to illustrate the relative location of the cutting lines of the sheet-liner 300 (and the strips formed therein) and the cutting lines of the front reserve 240. As can be seen, the flexibility lines 460 are located between the ends of the construction of the sheet and the cutting lines of the adjacent end frame 256. This provides flexibility to the end portions of the disposable frame 260. The flexibility lines 460 are preferably formed in the same operation (cut by im pressure) than in the cutting lines of the sheet-liner 300. Therefore, another way to look at the flexibility lines 460, is that they are simply cutting lines of the sheet-liner at the ends of the lining sheet 208 where the adjacent strips that form there are not removed. The thin liner strips are removed from the locations 474 in the illustrated embodiment. The remaining wide strips 478 are located on, covering and surpassing each of the horizontal grid lines of the front reservation. A preferred embodiment of the liner sheet or the cut lines of the sheet-liner 300 and the liner strips is illustrated by the sheet construction that is generally shown at 482 in Figure 21. Referring to this, it is seen that Cutting lines of the sheet-liner form three different types of strips, i.e., (two) extreme wide strips 485, (four) central wide strips 490 and (ten) thin strips 494. The extreme wide strips 486 are provided to both ends of the sheet and the entire width of the sheet extends and along the entire edge of the sheet. The flexible cutting lines 496 are provided at each of the ends of wide strips 486, located similarly to those of the embodiment of Figure 19. The central wide strips 490 cover each of the horizontal grid lines of the front reservation. These are not as wide as the corresponding strips in Figure 19. Therefore, more than the vertical cut lines of the front reserve frame are exposed on the side of the sheet liner. This can result in them curling and becoming entangled as the sheet curves as it passes through the printer or copier 230. Accordingly, the sheet construction 482 of Figure 21 provides thin strips 494 located between and parallel. to the wide strips 486, 490. These thin strips 494 cross over each of the vertical cut lines of the frontal reserve and thus prevent the latent problem of the undulation. Two of the thin strips are provided between each of the neighboring broad strips. Of course, it is within the scope of the present invention to provide only a thin strip between the various wide strips or to provide more than two thin strips, or to make them the same width as the wide strips or to eliminate them completely. The central wide strips 490 and the thin strips 494 all have round edges 500, 504. Each of the thin strips 494 and each of the central wide strips 490 extend a distance beyond the vertical frame cut lines, but not to the edge of the sheet. In other words, a lining edge or a margin is left on both sides extending between the extreme wide strips 486. What this means is that the "strips" of the lining sheet that are removed after the cut lines of the sheet -forming are made and before the construction of the sheet is sent to the user for a printing operation they are interconnected in a substrate or a matrix. That is, all the portions of the liner (or the strips) between the thin strips 494 and the adjacent wide strips 486, 490 and between the adjacent thin strips are connected to the edges or margins and therefore to each other in a continuous substrate. or in a matrix. Thus, by taking any portion of this matrix, and preferably by taking a corner thereof, the entire matrix can be detached from the frontal reservation face laminate essentially in one step. As will be described with reference to Figure 25, each of the matrices of the substrate of the sheet construction is wound on a roll and the roll is subsequently discarded. This is easier, lighter, faster and less expensive than pulling an individual number of disposable liner strips from the front reserve face laminate as it is done when the strips are not interconnected. The dimensions of the strips and their spaces as shown by dimensions 512, 516, 520, 524, 528 and 532 in Figure 22 are 21.59 cm (8 1/4 in.), 20.32 cm (8 in.), 0.635 cm (% in.), 0.635 cm (in.), 1,905 cm (% in.) and 0.3175 cm (1/8 in.) respectively. Both end edges are flattened as can be seen in Figure 23 to 536, preferably on the side of the front reservoir, but in the portion of the disposable frame and not extending to the central area of the printable medium. Alternately and referring to the sheet construction that is generally shown at 538 in Figure 24, both sides may be flattened or only the side of the sheet liner as shown at 540. A schematic view of the system and the process for manufacturing the laminated sheet construction 482 of Figure 21 is illustrated in Figure 25 generally at 550. Each of the successive steps or stations is illustrated from left to right in that drawn figure. As shown, a substrate 554 of the dry front face facing laminate formed as previously described and wound on a roll 558 is delivered from the Fasson Division of Avery Dennison, for example, to the press enclosure, such as a press Model 1618 of Webtron (Canada). In the press enclosure, the roll 558 is wound with the front face up and the side face down and is delivered to the printing station which is generally shown at 562 and which includes a print cylinder 566, an anilox roll 570 and an ink supply 574. At the printing station 562, the indications with identifying and desired information on the front lamination reserve such as in the portion of the frame are printed. These indications may include the product identification code, the name and logo of the distributor or manufacturer and the numbers of patents that exist. The substrate 554 is then brought to the rotating station which is generally shown at 580 where a rotation bar 584 rotates the substrate so that the side of the liner is face up and the side of the front reservoir is face down for the delivery to the flattening station. In the flattening station which is generally shown at 588 and which includes an anvil 592 and a flattening mold 596, both edges of the substrate on the side of the front reservation thereof are flattened by an approximate 1.11 cm (7/16 inch) ), from a thickness of 0.24mm (13.4 mil.) to a thickness of approximately 0.2641 mm (10.4 mil.). The substrate 554 is furthermore carried to the two cutting stations per mold. The front cutting station that is generally shown at 600 includes an anvil 604 and a mold for the frontal cut 608, with the anvil located above. At this station the front of the substrate 554 is cut to the liner but without cutting the liner to create the business card shapes on the face with the cut lines, as described above. In the liner cutting station as generally shown at 620, the anvil 624 is located below the liner cutting mold 628, in a relative arrangement opposite that of the front cutting station 600. The lining at this station 620 is cut off by mold to the front but without cutting the front. In these mold cutting stations 600, 620 a bridge is placed on the carriers of the molds, which forces the blades of the molds to cut in the predetermined portion of the compass of the caliber or the thickness of the substrate. This portion is known as a step and is the difference between the carrier and the end of the cutting knives per mold. The smaller the step, the deeper the cut in the substrate, as understood by those with knowledge in the mold cutting technique. The liner cutouts form the disposable die 640 of the liner sheet. This die 640 is lifted and pulled from the substrate 554 and wound into a roll 644 in the waste matrix station, which is generally 648. The finished substrate 652 is thus formed and delivered to the sheeting station. The flattening station 588, the front cutting station 600, the cutting station of the liner 620 and the waste matrix station 648 can essentially be located in any order with the exception that the waste matrix station should follow the station of waste. lining cut. The sheet forming station is generally shown at 660 and includes an anvil 664 and a cylinder for making sheets 668. The wide substrate of 27.94 cm (11 in.) 652 is formed into sheets adjacent to the leaves of 21.59 cm (8 inches). in.) 672. Of course, if different sizes of sheets 672 (or 482) are desired (such as 21.59 x 35.56 cm (8 14 x 14 in.) or A4 size) then the width of the substrate and / or the distance of sheet formation can be altered or selected as required. The end sheet constructions 672 (or 482) are shown stacked in a heap 680 in the stacking or bundling station, which is generally illustrated at 684. Each stacking 680 of sheets can then be packaged and distributed to the user through stacked channels. regular or normal commercial distribution. The user then unpacks the sheets and stacks them at a height 686 in the input tray 694 of a printer (particularly a jet printer or jet) or a copier 230, as shown in Figure 12. (The Figure 12 shows the construction of sheets 200 and not so 482.) The construction of sheets 482 has given good proof in tests of automatic feeding of ten-sheet highs (684) in the following printers: HP DH 550 / 660C, Canon BJC 4100, Canon BJC 620, Epson Stylus Color 600 and Epson Stylus Color II. The printer or copier 230 preferably should not have temperatures above the melting point of LDPE used in sheet construction. During the printing operation by these printers 230, the desired indications 690 are printed on each of the printable media or on the cards. These 690 indications may include the name of the user (or owner of the card), the charge, the company or signature, the address, the telephone number, the fax number, and / or the email address, as desired . The printed sheet constructions are shown in the output tray 694 of the printer 230 in Figures 4 and 12. Figure 4 shows manual feeding of the sheet constructions. The individual printed media or business cards 700 are then detached from the remainder of the sheet construction in an operation as shown in Figure 5, for example. The rest of the front reserve face laminate frame and the liner strip product are discarded. The result is a reserve of 700 printed business cards, sharp and precise. Each of the 700 cards has clean mold cutting edge defining its total perimeter. The cards 700 were efficiently and quickly printed by the process (s) of this invention, since the sheet constructions can be stacked in the input tray and automatically fed into and through the printer 230, contrary to what happens. with the previous technique. A further preferred embodiment of the present invention is generally shown at 710 in Figure 26. The blade construction 710 is similar to the blade construction 482 with the exception of one end of the blade - the upper end as shown in the Figure 26. Referring to this, the face reserve face laminate 220 (and / or the liner sheet 208) is not flattened to make the end edge of the blade construction 710 thinner and therefore more easily fed and efficiency to the printer or the copier. Instead, a half-inch strip of the front reserve face laminate 220 is peeled away from the liner sheet leaving only a thin feed liner strip 714 at the end of the sheet construction. The entry liner strip 714 is well suited for vertical feeding printers as it allows the sheet to curve easily under the entry rolls. The flattened opposite end is well suited for feeding to parallel feed printers due to the straight passage that the sheets assume to contact the feed rollers. The indicia can be printed on the frame (the front) of the front face facing laminate 224 instructing the user in relation to which end of the blade construction 710 defines the entry end for the vertical feed printers and for the printers of horizontal feeding. A preferred embodiment of the sheet constructions 710 removes the end liner strip 716 defined by line 496. Two alternate systems or methods for detaching the front reserve face laminate strips are illustrated in Figure 25. For both expressions only one edge is flattened in the flattening station 588. According to one, the front face facing laminate is cut to mold by the mold 720 (and the anvil 722) along the mold cutting line 724 (FIGS. -28) in the disassembled station that is generally shown at 728 and the strip removed from the substrate is shown by the date 732. (Alternatively, the front reservation can be found above the substrate for this step.) The cut line by mold 724 can be the same as the cutting line of the upper frame so there is no "frame" along the top. The disassembled substrate is then wound onto a roll (558) and located at a position on the plant 588 as shown by arrow 736. The disassembled roll is placed back on the press preceding station 562, in the same place as 558, as shown in Figure 25. The other system or method does not use the separate disassembly station 728.

Instead the disassembly is carried out in the plant 550. The mold cutting line 724 is made in the front cutting station 600. The front reserve strip is then removed in the termination station which is generally shown at 740, which can be part of the waste matrix station 648. In the termination station 740, the front strip 744 is wound around a driven roller 748 and is exhausted using an air line 752 to a vacuum system. The arrangement of having one end of the blade construction formed by the rescission of a strip (744) of the front sheet (such as a front face facing laminate) detached from a backing sheet (such as a lining sheet) it can be used not only in the construction of sheets 710 and the other sheet constructions previously described but also in generally any multi-sheet construction. An example of this is a sheet construction that is generally shown at 780 in Figures 27 and 28. Referring to this, for example, the front face reserve laminate construction is the same as that in Figure 26. Similarly, it has with front cut lines 240, strip cut line 724, and flattened end 536. However, liner 212 is a solid sheet with no cut lines or strips formed or removed. Instead of a dry laminated and dry construction, it can simply be a front sheet adhered directly to a backing sheet with an adhesive. The separation lines of the front sheet (240) instead of being cut by mold can be micro-perforated. This construction still has the advantage of an efficient feed to a vertical feed printer using one end of the construction as the input end and using the other for an efficient feed to a horizontal feed printer. A preferred construction of a laminated sheet of the present invention is illustrated in Figures 29A and 29B generally at 800 and is a remarkable improvement over the product of the prior art "Direct Paper previously discussed." It represents a first version of a sheet construction. Business card of inventions A second version of the construction of a business card sheet is generally shown at 804 in Figures 30A and 30B The invention can also be easily adapted for applications (printable media) other than business cards, such as greetings cards and postcards The first, second, third and fourth versions of the greetings card sheet constructions of the present invention are generally shown at 808, 812, 816 and 820 in Figures 31, 32, 33 and 34, respectively (The designations "A" and "B" for each of Figures 29-36 refer to the views of the sides front and back of each of the respective sheet constructions.) Similarly, the first and second versions of a sheet construction of a postal card of the invention are generally shown at 824 and 828 in Figures 35 and 36. The direction of the machine is designated by arrow 830. A cross sectional view of one or more of the sheet constructions of Figures 29-36 is generally shown at 832 in Figure 37. The variations and alternatives of this view of the cross section will be discussed later. What all the sheet constructions of FIGS. 29-36 have in common is a front reservation face sheet 836, direct cutting lines that define at least substantially the perimeters of the printable media, the lining strips 844 in FIG. the back of the sheet that covers many of the direct cut lines and holds the sheets together as a sheet building unit to pass through a copier or printer. The front reservation face sheet 836 is preferably a card-type reserve face sheet. Referring to Figure 37, the liner strips 844 are preferably paper strips adhered to the front reserve face sheet with an ultra removable adhesive 848. The ultrafolding adhesive 848 may be the acrylic suspension polymer based on the water base. Fasson (made in accordance with US Patent 5,656,705) or the CleanTac II adhesive available from Moore. As an example, the lining strips 844 can be paper # 50 of lithography without a previous base layer covering (white or canary color). The card face reservation sheet 836 may have or include a front layer 852 (Figure 37), and the front bath can be a color optimized laser layer or a color optimized layer of a jet or jet ink. The jet ink jet, for example, is a color optimized layer that is provided to enhance the appearance of aqueous ink inalterability in ink propellants on selected substrates (card stocks). The card backup face sheet 836 may also have or include a backup layer 856 receiving an adhesive. A base layer of liner 860, such as that of a base of a polyvinyl alcohol with silicon available from Fasson or a base available from Moore, can also be provided, made sandwich between the adhesive film 848 layer and the strips or paper liner 844 The examples of reservation of 836 cards that can be used are: (1) inkjet (without bath) (a) Monadnock Paper Mills: Cover 65 # (white, winter white and antique gray) and (b) Monadnock Paper Mills : Text 100 # (white, winter white and old gray); (2) propulsion ink or jet (with bath) (a) Monadnock Paper Mills: C1S Light weight (white, winter white and old gray), (b) Monadnock Paper Mills: C1S Heavy weight (white, winter white and old gray) ) and (c) Mitsubishi Paper Mills: Brilliant or bright C1S (white); (3) laser (without bath) (a) Fox Ríver Paper Co .: Text 100 # (white, natural and cold gray), and (b) Boise Cascade: in offset (white); and (4) laser (with bath) (a) Monadnock Paper Mills: C1 S with bath "Nairobi" or "Harmony" (white) and (b) Nakagawa: C1S magnetic substrate. Referring to Figure 37, examples of the sectional thicknesses crossing from the top to the bottom through the sheet construction are: front bath of the 852 card stock (approximately 0.0254 mm (1.0 mil.)), reserve cards 836 (approximately 0.1778 to 0.2337 mm (7.0-9.2 mils.)), backup backing board 856 cards (approximately 0.0025 mm (0.1 mil)), adhesive layer 848 (approximately 0.0051 to 0.0064 mm (0.20- 0.25 mil.)), Liner base bath 860 (approximately 0.0025 to 0.0127 mm (0.1-0.5 mil.)) And back sheet 844 (approximately 0.0711 to 0.1016 mm (2.8 - 4.0 mils.)). To assist in the construction of the sheet to be consistent and precisely lift and feed the printer or copier, the leading edge (and the opposite end) of the sheet construction can be flattened or flattened, as shown in several pages. of the drawings of the figures at 864. More particularly, the thickness of the entrance end of the sheet (or of the laminated substrate 870 during the manufacturing process - see Figure 38 and the conversations on these that follow) is reduced by fifteen or twenty-five percent. The flattening can only be for the reservation of cards 836 and / or for the reservation of cards and the liner or the paper strip 844. Alternatively, the paper strip 844 closest to the entrance edge of the construction of the sheet it may be parallel to and spaced at a small distance (eg, a quarter of an inch) from the entry edge of the card stock, as shown in several of the figures with the reference number of 872. This reduces the thickness of the ends of the card. the income from the construction of the sheet. Additionally, the uncovered or exposed entry edge 872 (0.635 cm (1/4 inch)) of the card reservoir 836 may be flattened, if desired, to thereby further reduce the thickness of the entry end. The process (s) for making the sheet constructions of Figures 29-36 are similar to the previously mentioned process (s) for making dry laminate sheet constructions of this invention. These are illustrated schematically in Figure 38. Referring to these, the rolled roll 874 (which includes the card stock 836 laminated to the paper liner 844 with the ultra-peel adhesive 848) is found in the unwinding station 880. One way to form roll 874 is the apply, in a first place, the adhesive to the paper and roll it in itself and then deliver it to a second place where it is laminated to the card stock to form the roll. Another way to form the roll is for the card stock to be delivered from a second site to the first where it is rolled and rolled, and the roll is then delivered to the second site. The roll 874 is rolled up with the front side of the substrate 870 up and the side of the substrate lining down. The substrate 870 in this orientation passes to the printing station 884 where the printing rollers 888, 892 print the desired indications (not shown) on the front side of the substrate (eg, the front bath of the card reservation) . The indications may include the name of the distributor or manufacturer and / or the logo, the product code number, the patent number (s), the instructions for feeding the sheet to the printer and so on. The printed substrate 870 then passes to the rotation assembly of the substrate 896, which turns the substrate so that the side of the liner 870a of the substrate is up and the front side 870b is below. The flattening station 900 is as follows and includes an anvil roll 904 and a flattening mold 908 that flattens the "inlet" edge of the substrate. Flattening molds 908 preferably have a randomly textured textured finish. In contrast to a smooth t the textured molds 908 grip the substrate 870 and keep it flat and even during the flattening process. The textured flattening end (864) also assist the print rollers to grip the sheet construction for feeding the same. The substrate 870 then passes to the front cutting station 916, which includes an anvil roller 920 and a front cutting mold 924, and direct cutting lines 840 on the front reserve face sheet 836 (but which do not pass through lining 844) are formed in this station to define the perimeters of printable media (eg, business cards, greetings cards, postcards, etc.). The liner cutting station 930, which includes the liner cutting mold 934 and the anvil roll 936, is the next station in this manufacturing process. In this station 930 the portion of the continuous liner sheet of the substrate 870 is cut by mold to form the alternating cover strips 844 and the waste strips 938 on the back of the card reserve face sheet 836. The cover strips 844 cover the mold and horizontal cutting lines of the card reserve face sheet, i.e., the direct cut lines 840, which are parallel along the entry edge of the card reserve face sheet 836. The waste strips 938 are between the cover strips 844. The (separate) waste paper strips 938 are removed (peeled off) in the termination station 942, which may include a matrix rewind mandrel 946 Alternately, waste strips 938 can be removed from the substrate by a blow system. The substrate 870 then passes to the sheet composition station 950 where the substrate is cut or made into sheet to the desired dimension (width), such as in 21.59 x 27.94 cm (8.5 x 11 inch) sheets, as they are shown by a high of them to 954. The sheets can then be packaged in sets, placed in boxes and distributed to the user through regular commercial channels as is already known. The sheets are then unpacked and fed by the user through the printer or the copier (see Figures 4 and 12) as for example for a printing operation on the front (and back) side of a front face reservation sheet in its printable medium and for its subsequent separation. Although a unique substrate process is illustrated in Figure 38, it is also within the scope of the present invention to use a two substrates process or system. The single-substrate process utilizes a laminated 870 substrate for eleven-inch wide card reservation. By contrast, a system of double substrate changes the direction of the substrate through the stations or presses and uses a roll of seventeen inches wide, that is, flows two sides per side of a substrate of 21.59 x 21.59 cm (8.5 x 8 ,5 inches). Some of today's presses allow the processing of a wider substrate width. An example of the double substrate system is the "Arsoma" press. Contrary to the system or process detailed in Figure 38, a substrate winding assembly 896 is not provided or is not needed, since the printing station 884 can print either on top or on the underside of the substrate 870. The preferred dimensions and configurations for each of the versions of business card expressions, greetings cards and postcards as detailed in Figures 29-36 will now be discussed. Without taking the opinion of which vendor or supplier (eg, Fasson or Moore) is used, the liner sheet 844 and the construction of the adhesive 848 will preferably be the same for each of the expressions. However, card reservation 836 would change for expressions (as well as if the sheet construction is intended for use with jet or jet ink or laser). For the use of jet or jet ink a little more ink absorbency is required to allow the molds to penetrate the ink and remain adhered to them. In contrast, for laser printing, a plastic toner (toner) is used, which melts in the reservation of 836 cards, so a somewhat different surface treatment is required to obtain a good adhesion of the toner and a good transfer of heat through the card reservation material so as to currently join the plastic to the reservation of cards. For the three expressions, the greatest difference in the reservation of cards 836 used is the thickness. Business cards are usually thicker and somewhat stiffer than business cards and postcards. For example, an average of 0.02083 -0.2286 mm (8.2 - 9.0 mils.) Against an average of 0.01879 -0.1930 mm (7.4-7.6 mils.). The modality of the greetings card would probably have a indicated fold line 960 formed in the mold-cut station of the front reservation and that is incorporated into the same mold. The postcards are preferably of a standard of 10.16 x 15.24 cm (4 x 6 inches) in size and the additional cutting lines 964 to the top and bottom provide additional flexibility for feeding and the passage of the construction of the sheet by the printer or the copier. These can also be provided for greetings cards. Optional 968 short-side perforated lines can also be provided to increase the flexibility of the blade construction. Preferred dimensions (inches in parentheses) for construction 800, which refers to Figures 29A and 29B are 970a 1.11 cm (7/16), 970b 0.158 cm (1/16), 970c 0.95cm (3/8), 970d 8.89cm (3-1 / 2), 970e 1.27cm (1/2), 970f 1.27cm (1/2), 970g 1.90cm (3/4), 970h 1.90cm (3/4), 970I 5.08cm (2), 970j 1.27cm (1/2), 970k 1.90cm (3/4), 970m 21.59cm (8-1 / 2) and 970n 3.81cm (1-1 / 2). For construction 804 in Figures 30A and 30B, they are 974a 1.11cm (7/16), 974b 0.158cm (1/16), 974c 0.95cm (3/8), 974d 8.89cm (3-1 / 2), 974e 5.08cm (2), 974f 1.27cm (1/2), 974g 0.635cm (1/4), 974h 1.27cm (1/2), 974I 1.27cm (1/2), 974j 21.59cm (8-1) / 2), 974k 3.81 cm (1-1 / 2), 974m 1.90cm (3/4), 974n 27.94cm (11) and 974p 1.90cm (3/4). For construction 808 in Figures 31 A and 31 B, they are 978a 1.11cm (7/16), 978b 12.38cm (4-7 / 8), 978c 0.3175cm (1/8), 978d 17.46cm (6-7) / 8), 978e 1.58cm (5/8), 978f 0.158cm (1/16), 978g 1.58cm (5/8), 978h 0.635cm (1/4), 978Í 1.58cm (5/8), 978j 1.58cm (5/8), 978k 0.635cm (1/4), 978m 21.59cm (8-1 / 2), 978n 27.94cm (11) and 978p 2.06cm (13/16). For construction 812 in Figures 32A and 32B, they are 982a 1.11cm (7/16), 982b 0.3175cm (1/8), 982c 2.06cm (13/16), 982d 17.46cm (6-7 / 8), 982e 12.38cm (4-7 / 8), 982f 1.58cm (5/8), 982g 1.58cm (5/8), 982h 0.158cm (1/16), 982i 2.22cm (7/8), 982j 2.22cm (7/8), 982k 21.59cm (8-1 / 2) and 982m 27.94cm (11). For construction 816 in Figures 33A and 33B, they are 986a 1.11cm (7/16), 986b 0.317cm (1/8), 986c 2.06cm (13/16), 986d 17.46cm (6-7 / 8), 986e 12.38cm (4-7 / 8), 986f 1.58cm (5/8), 986g 0.635cm (1/4), 986h 1.58cm (5/8), 986i 0.158cm (1/16), 986j 1.58cm (5/8), 986m 0.635cm (1/4), 986n 0. 635cm (1/4), 986p 27.94cm (11) and 986q 21.59cm (8-1 / 2). For construction 820 in Figures 34A and 34B are 990a 1.11cm (7/16), 990b 0.317cm (1/8), 990c 12.38cm (4-7 / 8), 990d 17.46cm (6-7 / 8), 990e 20.6cm (13/16), 990f 1.58cm (5/8), 990g 0.158cm (1/16), 990h 2.22cm ( 7/8), 990i 0.635cm (1/4), 990j 2.22cm (7/8), 990k 21.59cm (8-1 / 2) and 990m 27.94cm (11). For construction 824 in Figures 35A and 35B, they are 994a 1.11cm (7/16), 994b .0158cm (1/16), 994c 3.17cm (1-1 / 4), 994d 1.58 (5/8), 994e 10.16cm (4), 994f 15.24cm (6), 994g 1.27cm (1/2), 994h 5.08cm (2), 994i 1.58cm (5/8), 994j 1.58cm (5/8), 994k 3.17cm (1-1 / 4), 994m 21.59cm (8-1 / 2), 994n 2.54cm (1), 994p 0.158cm (1/16), 994q 1.58cm (5/8), 994r 3.17cm (1- 1/4), 994s 0.635cm (1/4) and 994t 27.94cm (11). For construction 828 in Figures 36A and 36B are 998a 1.11cm (7/16), 998b 0.158cm (1/16), 998c 3.17cm (1-1 / 4), 998d 10.16cm (4), 998e 15.24cm (6), 998f 1.58cm (5/8), 998g 1.58cm (5/8), 998h 3.81cm (1-1 / 2), 998Í 5.04cm (2), 998k 1.27cm (1/2), 998m 2.54cm (1), 998n 1.58cm (5/8), 998p 1.58cm (5/8), 998q 0.158cm (1/16) 998r 3.81 cm (1-1 / 2), 998s 21.59cm (8-1) / 2) and 998t 27.94cm (11).

Instead of providing the complete laminated paper backing to the card stock, cutting it with a mold and removing the waste strips, an alternate manufacturing method of this invention will now be described. A card stock substrate (one that does not have a laminated paper liner to it) is unwound from a roll and with the indications printed on it. The lines in cross direction are cut by a whole mold and then the individual paper strips are laminated (with ultra removable adhesive) to the card stock substrate at the desired locations. The next step is to cut the substrate with machine direction by mold. The flattening of the edge of the substrate can be done just before the printing step or immediately before the step of cutting by mold with machine direction. After the step of cutting by mold with machine direction, the substrate becomes sheet and the sheets are stacked, packed, placed in boxes and distributed. From the detailed descriptions set forth above, it will be apparent that there are a number of changes, adaptations and modifications of the present invention that are within the control of those skilled in the art. For example, print media instead of business cards can be postcards, cards with small folds, meeting cards or photo frames. However, the intention is that all such variations do not depart from the spirit of the invention and are considered within its scope.

Claims (3)

1. Claims: 1. A method for forming printable media, comprising: providing a reserve laminate for cards including (1) a liner sheet including a sheet of paper and an ultra removable adhesive on the sheet, and (2) a card reservation sheet attached to the sheet ultra removable adhesive; cutting through the card stock to the sheet of paper to form reserve cut lines for cards defining at least in part the perimeters of the printable media; and cutting through the outer face of the lining sheet to form the cut lines of the lining sheet by defining a plurality of lining sheet strips on the back side of the card backing laminate. The method of claim 1 wherein the liner sheet includes a cover receptive to the adhesive on the paper sheet and the ultra removable adhesive is on the cover. The method of claim 1 wherein some of the strips of the liner sheet define the waste strips and further comprising removing the waste strips from the card backing sheet. . The method of claim 1 further comprising flattening a feed end of the card stock laminate. A method for forming a sheet of printable media, comprising: (a) providing a roll of a sheet laminate construction substrate comprising a liner sheet adhered to the card reservation sheet; (b) unrolling at least a portion of the substrate from the roll; (c) molding the card backing sheet of the unrolled substrate without cutting the liner sheet to form the contour perimeter of the printable media; (d) molding the liner sheet of the unwound substrate without cutting the front reservation face sheet to form liner strips and liner waste strips; (e) after (d), removing the waste strips from the liner of the substrate; and (f) after (c), (d) and (e), make leaves from the substrate. 6. The method of claim 5 further comprising after (b), flattening an unrolled substrate edge. The method of claim 5 wherein the substrate is a double substrate and (f) includes cutting the double substrate into two separate substrates along and side by side. The method of claim 5 further comprising forming a dot bending line on the card reservation sheet. The method of claim 8 wherein the forming is done at the same time as the die cutting of the card reservation sheet. The method of claim 5 further comprising before (c) printing the indicative data on the card reservation sheet. The method of claim 5 wherein (a) includes providing a roll of card backing sheet, unwinding the card backing roll, laminating the backing sheet to the card backing sheet unrolled to form the backing sheet. substrate of the sheet laminate construction and roll up the substrate to form the substrate roll. The method of claim 5 wherein the liner sheet includes a paper sheet with ultra removable adhesive. A method for forming a sheet construction of printable media, comprising: (a) providing a sheet construction including a cover sheet and a reserve face sheet; (b) cutting the reserve face sheet without cutting the liner sheet to form the printable medium; (c) cutting the liner sheet without cutting the reserve face sheet to form a plurality of liner strips spaced over the reserve face sheet and liner waste strips between the spaced liner strips; and (d) after (c), removing the waste strips from the backing of the reserve face sheet. The method of claim 13 wherein (a) includes the sheet construction that is being provided as a substrate and further comprising after (d) making sheets of the substrate. The method of claim 13 wherein the removal includes pulling the liner strips that are scrap and leaving them on a rotating cylinder. The method of claim 15 wherein the removal includes removing the waste liner strips using a blow system. The method of claim 13 wherein the means are business cards, greetings cards or postcards. The method of claim 13 wherein the liner sheet is a paper liner sheet adhered to the reserve face sheet with ultra removable adhesive. 19. The method of claim 13 further comprising flattening the feed end of the blade construction. 20. The method of claim 13 further comprising before (b) and (c), printing the data on the reserve face sheet. 21. A printable card sheet construction comprising: a card reservation sheet, the sheet having cut lines defining a plurality of printable media, the sheet having a front face and an opposite face or back; and a plurality of liner strips, each of the liner strips including (a) a paper strip, (b) a cover receptive to the adhesive on the strip, and (c) an ultra removable adhesive on the cover, each of the paper strips being attached to the back of the card backing sheet with the adhesive and separate cutting lines, the lining strips holding the printable media together as a unit to pass it through a printer or a copier to carry carry out a printing operation on the reserve face sheet for cards. 22. The construction of claim 21 further comprising an optimized jet ink bath or color jet on the front face of the card backup sheet. 23. The construction of claim 21 wherein the card face sheet includes a laser color bath optimized on the front face. The construction of claim 21 wherein the card backup sheet includes a receptive adhesive cover on the back or back side. 25. The construction of claim 21 wherein a feed end of the card backup sheet is flattened. 26. The construction of claim 25 wherein the paper strip closest to the feed end is flattened. 27. The construction of claim 21 wherein the paper strip closest to the feed end of the card backup sheet is parallel to and spaced approximately 6.35 mm (one-quarter inch) in from the feed edge of the card. Reserve face sheet to the feed end. The construction of claim 21 wherein the card reservation sheet includes a reservation for cards, a cover receptive to the printer on a front of the card stock and a cover receptive to the adhesive on the back of the card stock. 29. The construction of claim 28 wherein the front cover is approximately 0.0254 mm (1.0 mil) thick, the reserve for cards is approximately 0.1778 - 0.2337 mm (7.0 - 9.2 mil.) In thickness, the cover at back is approximately 0.0025 mm (0.1 mil.) in thickness, the ultra removable adhesive is approximately 0.0051 - 0.0063 mm (0.20 - 0.25 mil.) in thickness, the cover receptive to the adhesive is approximately 0.0025 - 0.0127 mm ( 0.1 - 0.5 mil.) In thickness, and the paper strip is approximately 0.0711 - 0.1016 mm (2.8 - 4.0 mil.) In thickness. 30. A method for forming printable media, comprising: (1) providing a printable media sheet construction including (a) a reserve face sheet having cut lines therethrough by separating the sheet into a plurality of printable media and (b) a plurality of paper strips adhered with an ultra removable adhesive to a back or back side of the reserve face sheet and over at least some of the cut lines, thus holding the printable media together. (2) separately feeding the printable media sheet construction via an automatic feed tray to a printer or a copier and thus conducting a printing operation on the printable media; and (3) After the printing operation, separate the now printed printable media from the paper strips from the ultra removable adhesive. 31. The method of claim 30 wherein the blade construction includes a flattened edge and feeding is conducted with the flattened edge first. 32. The method of claim 30 wherein the construction of the printable media sheet includes printable media including at least one scoring fold line and after the printing operation, folding the printed media onto the fold line. 33. The method of claim 30 wherein the reserve face sheet includes a feed edge, the paper strip closest to the feed edge is generally parallel to the feed edge and is spaced approximately 6.3 mm (one quarter of a square inch). inch) from the feed edge, and the feeding step includes feeding the first feed edge of the sheet construction of printable media to the printer or copier. 34. The method of claim 30 wherein the printing operation defines a first printing operation on a first side of the printable media and further comprises a second printing operation, prior to separation, in the printer or the copier in a second and opposite side of the printable media. 35. A method for forming a sheet construction of printable media, comprising: (a) providing a reserve substrate for cards; (b) cutting the lines in transverse direction through the substrate; (c) after (b), laminating a plurality of paper strips to the substrate; and (d) after (c), cut lines in the direction of the machines through the substrate. 36. The method of claim 35 further comprising before (b), printing indicative data on the substrate. 37. The method of claim 35 further comprising flattening an edge of the substrate. 38. The method of claim 37 wherein the flattening is done before (b). 39. The method of claim 37 wherein the flattening is done after (c) and before die (d). 40. The method of claim 35 wherein the laminate utilizes an ultra removable adhesive. 41. The method of claim 35 further comprising after (d) making sheets of the substrate. 42. The method of claim 35 wherein the lines in the transverse direction and the lines in the machine direction divide the card stock into individual printable cards. 43. A sheet of printable media, comprising: A reserve face sheet having first and second sides; A layer of adhesive on said second side; A film secured in said adhesive layer; Said reserve face sheet, said adhesive layer and said film forming a reserve face laminate; A lining sheet having a face and an opposite external face, said face being secured to said film; Cutting lines of the reserve face on said first side and extending through said reserve face laminate towards said lining sheet, and defining at least in part the edges of the printable media; and Cutting lines of the lining sheet on said outer face, extending through said lining sheet and said reserve face laminate, and defining the strips of the lining sheet on said reserve face laminate. The sheet of claim 43 wherein a strip of said front face facing laminate at an edge of said front face facing laminate is removed to expose a strip of said facing sheet. The sheet of claim 44 wherein said strip of said liner sheet defines a feed edge for feeding the sheet of a printable medium to a jet printer or vertical feed jet. The sheet of claim 44 wherein said strip of said lining sheet is approximately 1.27 cm (14 inch) in width. The sheet of claim 44 wherein one of said cut lines of the reserve face defines an edge of said strip of said liner sheet. The sheet of claim 44 wherein said strip of said liner sheet covers at least one of said reserve face cut lines. 49. The The sheet of claim 43 wherein said reserve face sheet is a shiny card stock. 50. The sheet of claim 43 wherein at least part of said strips of the lining sheet are on and cover at least some of said cut lines of the reserve face to hold together at least in part said laminate of reserve face during a printing operation on said first side in a printer or a copier. 51. The sheet of claim 50 wherein alternating strips of said liner sheet strips are removed from said backing face laminate prior to the printing operation. 52. The sheet of claim 50 wherein the printable media comprises business cards. 53. The sheet of claim 43 wherein said liner sheet strips extend across the width of said reserve face laminate., parallel to themselves. 54. The sheet of claim 43 wherein at least some of said strips lie along and over at least some of the cutting lines of the reserve face. 55. The sheet of claim 43 wherein said cutting lines of the sheet-liner extend at an angle on said reserve face laminate. 56. The sheet of claim 43 wherein said cutting lines of the reserve face define a portion of a disposable edge of said reserve face laminate surrounding said printable means. 57. The sheet of claim 43 wherein a leading edge of the sheet is flattened to improve feed of the sheet to the printer or the copier. 58. The sheet of claim 43 wherein none of said strips of said liner sheet is removed from said reserve face laminate before the sheet is fed to the printer or the copier for an operation on said first side. 59. The sheet of claim 43 wherein the feeding edge of the sheet is thinner than the body of the sheet. 60. The sheet of claim 43 wherein said adhesive layer comprises a hot meltable adhesive, said film is a low density polyethylene film, said lining sheet is a densified kraft lining sheet and said face reserve sheet is a dry and uncovered label sheet. 61. The sheet of claim 60 wherein said layer of heat-melted adhesive is approximately 0.0152 mm (0.6 mil) thick, said low density polyethylene film is approximately 0.0203 mm (0.8 mil.) In thickness, said densified lining sheet is approximately 0.0762 mm (3.0 mil.) in thickness and said sheet labeled "dry" and without "bath" is approximately 0. 2286 mm (9.0 mil.) In thickness. 62. The sheet of claim 43 wherein said strips include strips of a first width and strips of a second width that are different from those of the first width. 63. The sheet of claim 43 further comprising a cutting line of a leading edge on said outer face, through said lining sheet and said reserve face laminate, said line leading edge cutting being arranged approximately 0.3175 to 0.9525 cm to (1/8 to 3/8 of an inch) in distance from a leading edge of the sheet and extending parallel to the leading edge from one edge of the side of the sheet to the other, said cutting line of the leading edge providing the flexibility to a leading end of the sheet to feed the sheet to a printer or a copier or for its transport by them. 64. The sheet of claim 63 wherein said reserve face laminate at the leading end of the sheet is flattened. 65. The sheet of claim 63 wherein said leading edge cutting line is parallel to said cutting lines of the liner sheet. 66. The sheet of claim 43 wherein each of the strips of the lining sheet extends to the full width of said backing laminate. 67. The sheet of claim 43 wherein at least part but not all of the strips are removed from said backsheet laminate before said backsheet laminate is fed to a printer for a printing operation on said printable media. . 68. The sheet of claim 67 wherein said removed strips comprise alternating strips. 69. The sheet of claim 43 wherein at least some of the strips of the liner sheet extends only in part through said backsheet laminate and are removed from said backsheet laminate before the sheet a printer or a copier is fed for a printing operation on said first side. 70. The sheet of claim 69 wherein said at least some liner sheet strips include a plurality of pairs of said strips, each pair including said first strip on the left side of said reserve face laminate and said second one. directly opposite strip on the right side of said reserve face laminate with a central liner strip between them. 71. A sheet of printable media, comprising: A reserve face sheet having a front side, a back side (or back), a side edge pair and first and second end edges; Cutting lines through said reserve face sheet and defining printable media, said cutting lines including a cut line of a first end proximate to and parallel to said first edge, a cut line of a second end proximal to and parallel to said second edge, and central cutting lines disposed between and parallel to said first and second end cutting lines; A plurality of liner strips adhered detachably to said back (or back) side, said liner strips including a first end liner strip; Said first end liner strip covering said first end cut line, extending both of said first and second side edges and extending to and along said first edge; Said first end liner strip including a first flexibility cut line extending the total length of said first end liner strip; Y Said first line of flexibility cutting being disposed between said first edge and said first cutting line and dividing said first end lining strip into two parts. The sheet of claim 71 wherein said reserve face sheet is a glossy card stock; The sheet of claim 71 wherein said liner strips include a second end liner strip, said second end liner strip covering said second end cut line, extending to both of said first and second side edges and extending to and along of said second edge, said second end line strip including a second line of flexibility cutting extending a full length of said second end liner strip, and said second line of flexibility cutting being disposed between said second edge and said second line of flexibility. cutting, dividing said second lining strip into two parts. 74. The sheet of claim 71 wherein said liner strips are glued to said back side (back) without adhesive. 75. A sheet of printable media, comprising: A face reserve sheet having a front side, a back side (or back side), a side edge pair and a pair of end edges; Cutting lines through said reserve face sheet; Said cutting lines including cutting lines for framing and grid lines; Said cutting lines for framing including a pair of side cut lines spaced inwardly from said respective side edges and parallel thereto, and a pair of end cutting lines spaced inwardly from said respective end edges, both of said lines of extreme cutting engaging both of said side cutting lines and none of said extreme or side cutting lines engaging any of said edges of the sheet; Said cutting lines for framing separating said front sheet stock in a central area and a frame surrounding said central area; Said grid lines cut defiling a grid disposed on said central area; Said gridded cutting lines and said framing cutting lines separating said central area into a plurality of rectangular and printable cards; and A plurality of liner strips affixed detachably to said back (or back) side and parallel to each other; Said liner strips including first strips and second strips; Said first strips including first end strips and first center strips; Said first end strips covering both of said end cutting lines; Said first central strips covering all of said lines of respective cuts of said grid cutting lines parallel to said extreme cutting lines; Said second strips being located between and parallel to said first strips; and each of said second strips at both ends thereof extending beyond said side cut lines. The sheet of claim 75 wherein said first strips define broad strips and said second strips define thin strips having thinner widths than said wide strips. The sheet of claim 76 wherein one of said end wide strips extends outside and beyond the edge of said reserve face sheet and along said edge to define a feed end of a sheet to a printer. 78. The sheet of claim 77 wherein the blade includes an opposite end that is opposite said feed end to the printer and said reserve face sheet is flattened along said opposite end. 79. The sheet of claim 78 wherein said end of feeding the printer defines a feed end to the printer to feed the sheet to a vertical feed printer and said opposite end defines a feed end to a printer to feed a sheet to a horizontal feed printer. 80. The sheet of claim 77 wherein said one of said end wide strips extends outwardly by a 1.27 cm (14 inch) along said edge. 81. The sheet of claim 77 wherein said one of said end wide strips covers one of said framing cut lines on the back side of said reserve face sheet. 82. The sheet of claim 76 wherein said face reserve sheet has on said front side a first flattened end between such an edge and said end cutting line closest to it and a second end flattened between the other and said edge and the other extreme cutting line. 83. The sheet of claim 76 wherein said reserve face sheet is a reserve of glossy cards. 84. The sheet of claim 76 wherein both ends of said thin strips and the central wide strips are spaced a distance in from the adjacent side edges. 85. The sheet of claim 84 wherein both ends of both said wide end strips link the edges of the respective sides. 86. The sheet of claim 76 wherein said thin strips are each about 0.635 cm. { Inch VA) in width and said wide strips are each approximately 1,905 cm (3A inch) in width. 87. The sheet of claim 76 wherein said reserve face sheet comprises a dry label sheet. 88. The sheet of claim 76 wherein said liner strips comprise bleached and densified kraft liner strips. 89. The sheet of claim 76 wherein both of said end wide strips include lines of flexibility cut extending along but not to said back side, each of the lines of flexibility cut being located between said end edge adjacent and said adjacent extreme cutting line and dividing said extreme wide strip into two adjacent parallel strips. 90. The sheet of claim 76 wherein each strip of said liner is spaced at a distance from said adjacent liner strips, two of said thin strips are located between each pair of said wide strips and each of said thin and broad strips and said central wide strips have rounded edges. 91. A sheet of printable media, comprising: A dry-faced face laminate including (1) a reserve face sheet having a first side and a second side, (2) a layer of adhesive on said second side and ( 3) a layer of film on said layer of adhesive; Reservation face cutting lines on said first side, through said reserve face laminate and defining at least in part the perimeter edges of the printable media; and Lining strips adhered to the back (or back) side of said film layer and linking at least in part said reserve face cut lines so as to hold together the printable media as said backsheet laminate is fed and it passes through a printer or a copier and a printing operation is carried out on the printable media to form a printed medium. 92. The sheet of claim 91 wherein one of said liner strips is located along an edge of said reserve face laminate and extends outwardly and along the same. 93. The sheet of claim 92 wherein said one of said liner strips defines a thin feed edge of the sheet of printable media for feeding the sheet to a vertical feed printer. 94. The sheet of claim 93 wherein an edge of said reserve face laminate opposite said feed edge is flattened to define an inlet edge of the sheet of printable media for feeding the sheet to a horizontal feed printer. 95. The sheet of claim 92 wherein said one of said liner strips extends outwardly from said edge approximately 1.25 cm (one-half inch). 96. The sheet of claim 91 wherein said reserve face sheet is a reserve of glossy cards. 97. The sheet of claim 91 wherein the printed media can be separated neatly from said liner strips and from themselves to define a plurality of individual printed media, each of the individual printed media being a printed business card and said printed lines. reserve face cutting define a waste edge portion of said reserve face laminate that frames or surrounds said printable media. 98. The sheet of claim 91 wherein said liner strips are generally parallel to themselves and spaced a distance apart from said liner strips. 99. The sheet of claim 91 wherein said liner strips are located at an angle on the back of said reserve face laminate. 100. The sheet of claim 91 wherein each of said liner strips has corrugated and curved edge edges. 101. The sheet of claim 91 wherein said strips of lining are immediately adjacent to each other along their side edges and together they cover the entire said back (or back) side of said reserve face laminate. 102. The sheet of claim 91 wherein said reserve face laminate is flattened along the leading edge thereof. 103. The sheet of claim 91 wherein said reserve face cut lines define a grid of lines including first parallel cut lines and second parallel cut lines that are perpendicular to said first cut lines., some of said liner strips cover said second cut lines and others of said liner strips are arranged or located between adjacent ones of said second cut lines and cross said first cut lines. 104. A multi-layer sheet construction, comprising: A front sheet; and A backing sheet adhered to said front sheet to form a multiple layer sheet having a first edge and a second opposite edge; Said backing sheet extending outwards a distance past said front sheet along said first edge wherein said first edge defines a feed edge for feeding said multiple layer sheet construction to a horizontal feed printer; and said multiple layer sheet is flattened along said second edge wherein said second edge defines an entry edge for feeding a construction of a multiple layer sheet to a vertical feed printer. 105. The construction of claim 104 further comprising cutting lines of the front sheet on a front side of said front sheet, extending along said backing sheet and defining at least in part the edges of printable media adapted to be printed by a horizontal feed printer or a vertical feed printer and wherein said backing sheet along said first edge covers at least one of said cutting lines of said front sheet. 106. The construction of claim 105 further comprising a layer of adhesive located between said front sheet and the backing sheet. 107. The construction of claim 105 wherein said front sheet includes on its back surface a layer of adhesive and a film layer on said adhesive layer. 108. The construction of claim 105 further comprising an adhesive layer on a back (or back) side of said front sheet and a film layer on said adhesive layer, wherein said front sheet is a reserve face sheet, wherein said reserve face sheet, said adhesive layer and said film layer define a dry reserve face laminate and wherein said backing sheet is a liner sheet. 109. The construction of claim 108 further comprising reserve face cutting lines on a front side of said reserve face laminate and extending through said reserve face laminate and up to said liner sheet and defining at least partly the edges of the printable media adapted to be printed on horizontal feed printers or on a vertical feed printer. 110. The construction of claim 109 further comprising cutting lines of the lining sheet on an outer face of said lining sheet, extending through said lining sheet and up to said reserve face laminate and defining the lining sheet strips in said reserve face laminate. The construction of claim 110 wherein at least a substantial number of alternate ones of said strips are removed from said reserve face laminate before the construction of the multiple layer sheet is fed to a horizontal feed printer or a vertical feeding printer. 112. The construction of claim 109 wherein said printable media after a printing operation on these in the horizontal feed printer or the vertical feed printer and the separation of the remainder of the multiple layer sheet construction defines the cards of printed business. 113. The construction of claim 109 wherein said adhesive layer is a layer of hot meltable adhesive, said film is a low density polyethylene film, said lining sheet is a bleached and densified liner sheet and said face sheet Reserve is a dry label sheet without a bathroom. 114. The construction of claim 109 wherein said reserve face sheet comprises a reservation for glossy cards. 115. A method for forming printable media, comprising the steps of: Providing a laminated sheet construction comprising (1) a liner sheet with a film cover having a layer of a film on a liner sheet and (2) a sheet of face of reserve adhered with a layer of adhesive to the film layer of the lining sheet meeting a film cover; the reserve face sheet, the film layer and the adhesive layer together forming a reserve face laminate; Cutting through the face laminate of the reserve to the lining sheet to form reserve face cutting lines defining at least in part the perimeters of the printable media; and Cutting through the outer face of the liner sheet to form cut lines in the liner sheet defining a plurality of strips in the liner sheet on a back (or back) side of the reserve face laminate. 116. The method of claim 115 further comprising removing an end strip from the reserve face laminate to expose a top surface of an end strip of the liner sheet strips, the exposed strip defining a feed end to the printer of the construction of the laminated sheet. The method of claim 116 wherein the feed end to the printer defines a first feed end to the printer and further comprises a flattening end of the laminated sheet construction opposite the exposed strip to define a second feed end of the construction of the laminated sheet. The method of claim 117 further comprising feeding the construction of the sheet via the first feed end of the printer to a jet printer or vertical jet. The method of claim 117 further comprising feeding the laminated sheet construction via a second feed end to the printer to a jet printer or horizontal jet. The method of claim 116 wherein said removal step occurs prior to said step of cutting said liner sheet. The method of claim 116 wherein said removal step is after said step of cutting the liner sheet. The method of claim 115 further comprising removing some of the strips from the face laminate of the stock before feeding the stock face laminate to a printer or a copier for a printing operation thereon. The method of claim 122 wherein said removal includes peeling off some of said strips from the film layer. 124. The method of claim 122 wherein the remaining strips on the reserve face laminate after said withdrawal step covers at least a substantial proportion of the reserve face cut lines. 125. The method of claim 122 wherein said removal includes withdrawing alternating strips. 126. The method of claim 115 further comprising feeding the reserve face laminate through a printer or a copier for a printing operation onto the reserve face sheet for printing on the printable media and thus forming the printed media. . 127. The method of claim 126 further comprising, after the printing operation, removing the printed media from the strips. 128. The method of claim 127 wherein the step of removing includes peeling off the printed media from the strips. 129. The method of claim 128 wherein the removed print media comprises individual business cards printed with clean edges. 130. The method of claim 126 wherein said step of feeding automatically includes feeding the reserve face laminate individually at a height thereof from an automatic feed tray of the printer and into the interior of the printer. 131. The method of claim 115 wherein the sheet-liner strips extend diagonally to the back of the reserve face laminate. 132. The method of claim 115 wherein the cut lines of the sheet-sheet have a curved, curved shape along the back of the reserve face laminate. 133. The method of claim 115 wherein the cutting step of said cutting lines of the sheet-liner occurs after the cutting step of the lines of said reserve face. 134. The method of claim 133 wherein said step providing the construction of the laminated sheet includes cutting the construction of the laminated sheet from the substrate of the construction material of the laminated sheet. 135. The method of claim 115 wherein said reserve face cut lines define the total perimeters of all printable media. 136. The method of claim 115 wherein said both cutting steps comprise cuts per mold. 137. The method of claim 115 wherein said both cutting steps comprise laser cutting. 138. The method of claim 115 wherein the liner sheet comprises a bleached and densified kraft paper liner sheet and the film layer comprises a layer of low density polyethylene that is covered or dipped by extrusion onto the kraft paper liner sheet. bleached and densified. 139. The method of claim 115 wherein the adhesive layer comprises an adhesive sensitive to melting by heat and pressure and the reserve face sheet is laminated with the adhesive layer to the film layer of the liner sheet with a movie bathroom. 140. The method of claim 115 wherein the construction of the laminated sheet is provided in a roll and further comprises prior to said cutting passages, loading the roll to a press with the facing sheet facing up. 41. The method of claim 140 wherein the cutting step of the reserve face cut lines after said loading step, cuts by mold the construction of the laminated sheet from the lower part upwards and wherein said step Cutting of the cutting lines of the lining sheet comprises the cutting by mold of the laminated sheet construction from the top downwards. 142. The method of claim 115 further comprising flattening a guiding edge of the construction of the laminated sheet. 143. The method of claim 142 wherein said step of flattening occurs before both cutting steps. 144. The method of claim 142 wherein said stopping for flattening includes flattening both leading edges of the lining sheet and the front (front) paper face sheet. 145. The method of claim 115 further comprising after both cutting steps, feeding the reserve face laminate to a jet printer or jet to achieve a printing operation on the face reserve sheet and thus form a sheet of printed media. 146. The method of claim 115 wherein at least one of said cutting steps includes laser cutting. 147. A method for forming sheets of printed media comprising the steps of: (a) providing a roll of a substrate of a laminated and dry sheet construction comprising a liner sheet on a face reserve sheet; (b) unwinding the substrate from the roll; (c) flattening an edge of the unwound substrate; (d) cutting by mold the reservoir face sheet of the unwound substrate without cutting the liner sheet to form the contour perimeters of the printable medium; (e) molding the liner sheet of the unrolled substrate without cutting the reserve face sheet to form the liner strips; (f) after step (e), remove at least some but not all of the lining strips from the substrate; and (g) after steps (c), (d), (e) and (f), make leaves from the substrate. 148. The method of claim 147 further comprising removing an end strip from the reserve face sheet to expose an upper surface of a strip of the liner sheet. 149. The method of claim 148 wherein the exposed strip of the lining sheet is on the side opposite the flattened edge. 150. The method of claim 149 further comprising feeding the sheet with the exposed lyre of the liner sheet first to the vertical feed printer. 151. The method of claim 149 further comprising feeding the sheet with the flattened edge first to a horizontal feed printer. 152. The method of claim 147 wherein step (c) occurs before steps (d) and (e). 153. The method of claim 152 wherein step (d) occurs before step (e). 154. The method of claim 147 wherein step (c) occurs after steps (d) and (e). 155. The method of claim 147 wherein the liner strips removed from step (f) form a disposable liner matrix of the substrate and step (f) includes winding the disposable liner matrix into a roll. 156. The method of claim 147 further comprising following step (g), piling the sheets in a stack and packaging the stack in a package. 157. The method of claim 147 further comprising following step (b) and before step (g), printing the indicative data on the reservation face sheet. 158. The method of claim 157 wherein the indications include • 5 indications of the product code and indications about the manufacturer. 159. The method of claim 157 wherein said printing step occurs before steps (c), (d) and (e). 160. The method of claim 157 wherein said printing step is with the front (front) paper face sheet facing up and the sheet facing 10 looking down and after said printing step, rotating the substrate • so that the lining sheet is facing upwards. 161. The method of claim 147 wherein steps (c), (d), (e) and (f) occur with the substrate arranged with the liner sheet facing up and the reserve face sheet facing down. 15 162. A method for forming a construction of a sheet of printable media comprising the steps of: (a) providing a construction of a sheet including a liner sheet and a reserve face sheet; (b) cutting the reserve face sheet without cutting the lining sheet to form a printing medium; (c) cutting the liner sheet without cutting the reserve face sheet to form a plurality of liner strips spaced over the reserve face sheet and a substrate of disposable liner strips between the spaced liner strips; and (d) after step (c), removing the substrate as a single unit from the reserve face sheet. 163. The method of claim 162 further comprising (e) removing an end strip from the reserve face sheet to expose an end feed strip to a printer of the liner sheet. 164. The method of claim 163 wherein step (e) runs after steps (b) and (c). 165. The method of claim 163 wherein step (e) occurs before steps (b) and (c). 166. The method of claim 163 further comprising (f) flattening an edge of the reserve face sheet opposite the end strip of the liner sheet. 167. The method of claim 162 wherein step (d) includes winding the substrate in a roll. 168. The method of claim 162 wherein step (c) occurs after step (b). 169. The method of claim 162 further comprising (e) flattening opposite ends of the construction of the sheet. 170. A method to form a construction of a sheet with printable media, comprising the steps of: (a) providing a multiple layer sheet including a front sheet and a back sheet (or back) adhered to the front sheet, the sheet multiple layer having a first edge and a second opposite edge. (b) Removing an end strip from the front sheet to expose an end strip of the backing sheet along the first edge, the exposed end strip defining a first feed end of the multiple layer sheet to feed said layer sheet multiple to a vertical feed printer; and (c) Flattening the second, opposite edge to define a second feed end of the multiple layer sheet to feed the multiple layer sheet to a horizontal feed printer. 171. The method of claim 170 wherein the multiple layer sheet comprises a vinyl melt in a melt sheet. 172. The method of claim 170 wherein the multiple layer sheet comprises a co-extrusion of polymers. 173. The method of claim 170 further comprising step (d) of feeding the multiple layer sheet to a printer and conducting a printing operation on the face of the sheet. 174. The method of claim 173 wherein step (d) includes the printer being a vertical feed printer and feeding the multiple layer sheet via the first entry or feed end to a vertical feed printer. 175. The method of claim 174 wherein said feed comprises the automatic feeding of a multiple sheet sheet high. 176. The method of claim 173 wherein step (d) includes that the printer is a horizontal feed printer and that the feeding of the multiple layer sheet is via the second input or feed end of the horizontal feed printer. 177. The method of claim 176 wherein said feed comprises the automatic feeding of a multiple layer sheet height. 178. The method of claim 170 further comprising step (d) of forming front sheet cutting lines on the front sheet but not the backing sheet to define the printable media. 179. The method of claim 178 wherein step (b) includes removing the strip along one of the cut lines of the front sheet. 180. The method of claim 170 wherein the front sheet includes a reserve face sheet, a layer of adhesive on the back of the reserve face sheet and a film layer on the adhesive layer and the front sheet, the adhesive, the layer and the film layer define a dry reserve face laminate. 181. The method of claim 170 wherein step (b) occurs before the step (c) 182. The method of claim 170 wherein step (c) occurs before step (b). 183. The method of claim 1 wherein the outer lines of the lining sheet are offset from and do not coincide with the cut lines of the card stock, and the back sides of at least several of the reserve cut lines are covered with the strips to keep the printed medium together as a unit to pass the reservation sheet through the printer or copier for a printing operation on a printable medium. 184. The method of claim 184 wherein the cutting lines of the lining sheet are continuous cutting lines per mold. 185. The method of claim 1 wherein the cutting lines of the lining sheet are continuous cutting lines per mold. 186. The method of claim 1 wherein the printable media defines a matrix of printable business cards comprising a plurality of rows and columns. 187. The method of claim 186 wherein each business card comprises a single piece, a card material and the business cards confining the business cards in adjacent rows and columns separated only by the reserve cut line between them. 188. The method of claim 21 wherein the liner strips are cut on both sides thereof. 189. The method of claim 21 wherein the printed media defines an array of printable business cards comprising a plurality of rows and columns. 190. The method of claim 189 wherein the business card comprises a single piece, a card material and business cards confining the business cards in adjacent rows and columns separated only by the cut-off line of the reservation sheet between them. 191. The method of claim 104 wherein the second flattened edge has a reduced permanently crushed thickness. 192. The method of claim 115 wherein the laminated sheet construction provided includes cutting the laminate sheet construction of a laminate sheet construction substrate. 193. The method of claim 115 further comprising making a plurality of sheets from the sheet laminate construction, each sheet includes a plurality of printable media and at least one sheet sheet strip. 194. The method of claim 193 wherein each sheet includes more than one strip of liner sheet. 195. The method of claim 193 wherein the plurality of printed media are arranged on the sheet in a matrix form including a plurality of rows and columns of the medium. 196. The method of claim 195 wherein the printable medium comprises rectangular business cards. 197. The method of claim 193 wherein the printable medium comprises rectangular business cards. 198. The method of claim 193 further comprising removing an end strip from the reserve face laminate to expose the upper surface of a strip at one end of the liner sheet strips, the exposed strips defining one end of the liner sheet. Printer feed of sheet laminate construction. 199. The method of claim 197 wherein the printer feed end defines a first printer feed end., and further comprises flattening one end of the sheet laminate construction opposite the exposed strips to define a second printer feed end of the sheet laminate construction. 200. The method of claim 199 further comprising the sheet laminate construction via the first printer feed end in an ink jet printer. 201. The method of claim 199 further comprising feeding the sheet laminate construction via the second printer feed end in an ink jet printer. 202. The method of claim 197 wherein the removal is prior to the cutting of the lining sheet. 203. The method of claim 197 wherein the removal is subsequent to the cutting of the lining sheet. 204. The method of claim 193 further comprising removing some of the strips from the reserve face laminate prior to feeding the reserve face laminate to the printer or copier for printing thereon. 205. The method of claim 204 wherein the removal includes stripping said strips away from the film layer. 206. The method of claim 204 wherein the strips that remain on the reserve face laminate after removal cover at least a substantial proportion of the cut lines of the reserve face. 207. The method of claim 204 wherein the removal comprises removing alternate strips. 208. The method of claim 193 further comprising feeding the reserve face laminate through a printer or copier for the printing operation onto the reserve face sheet for printing on the printable medium and thus forming a printed medium. 209. The method of claim 208 further comprising, after the printing operation, removing the printed media from the strips. 210. The method of claim 209 wherein removing the printed media from the strips includes detaching the printed medium from the strips. 211. The method of claim 210 wherein the printed media removed comprises individual business cards with clean ends. 212. The method of claim 208 wherein the feed includes automatically and individually feeding the reserve face laminate into a reservoir thereof from a feed tray of the printer into the interior of the printer. 213. The method of claim 193 wherein the liner sheet strips extend diagonally over the back of the reserve face laminate. 214. The method of claim 193 wherein the cut lines of the liner sheet have a curved wavy shape crossing the back portion of the reserve face laminate. 215. The method of claim 193 wherein the cutting of the cutting lines of the lining sheet is subsequent to the cutting of the reserve face cutting lines. 216. The method of claim 215 wherein sheeting includes cutting the sheet laminate construction of a sheet laminate construction material substrate. 217. The method of claim 193 wherein the reserve face cut lines define the complete perimeter of all printable media. 218. The method of claim 193 wherein the cutting steps of both comprise cutting with mold. 219. The method of claim 193 wherein the cutting steps of both comprise laser cutting. 220. The method of claim 193 wherein the liner sheet comprises a densified bleached kraft paper liner sheet, and the film layer comprises a layer of low density polyethylene which extrusion covers the bleached kraft paper liner sheet. densified. 221. The method of claim 193 wherein the adhesive layer comprises a hot-melt pressure-sensitive adhesive, and the reserve face sheet is laminated with the adhesive layer to the film layer of the film-coated liner sheet . 222. The method of claim 193 wherein the sheet laminate construction is provided in a roll, and further comprises prior to the cutting step loading the roll under pressure with the face of the liner sheet facing up. 223. The method of claim 222 wherein cutting the cut lines of the reserve face comprises, after the loading step, cutting with mold the sheet laminate construction from the bottom upwards and wherein the cutting of the cutting lines of the lining sheet comprises cutting with mold sheet laminate construction from the upper portion down. 224. The method of claim 193 further comprising flattening a driving edge of the sheet laminate construction. 225. The method of claim 224 wherein the flattening is prior to both cutting stages. 226. The method of claim 224 wherein the flattening includes flattening both leading edges of the liner sheet and reserve face. 227. The method of claim 193 further comprising, after both cutting steps, feeding the reserve face laminate into an ink jet printer for a printing operation on the face reserve sheet and thus forming a media sheet. printed. 228. The method of claim 193 wherein at least one of the cutting steps includes laser cutting. 229. The method of claim 193 wherein the liner sheet strips define oppositely oriented spaced fish-shaped strips. 230. The method of claim 162 further comprising making sheets with the sheet construction to form a plurality of sheets, each of the sheets including a plurality of printable media and at least one of the liner strips. 231. The method of claim 230 wherein at least one of the liner strips includes more than one of the liner strips. 232. The method of claim 230 further comprising (f) removing an end strip from the reserve face sheet to expose a feed end strip of the liner sheet. 233. The method of claim 232 wherein (f) is after (b) and (c). 234. The method of claim 232 wherein (f) is before (b) and (c). 235. The method of claim 232 further comprising (g) flattening one end of the reserve face sheet opposite the end strip of the liner sheet. 236. The method of claim 230 wherein (d) includes winding the substrate on a roll. 237. The method of claim 230 wherein (c) is after (b) 238. The method of claim 230 further comprising (f) flattening opposite ends of the blade construction. 239. The method of claim 230 wherein the plurality of printed media are arranged on the sheet in the form of a matrix including a plurality of columns and rows of media. 240. The method of claim 230 wherein the printable media comprises rectangular business cards. 241. The method of claim 240 wherein the printable media comprises rectangular business cards. 242. The method of claim 230 wherein the liner sheet strips define oppositely oriented spaced fish-shaped strips. 243. A method of forming printable media, comprising: providing a sheet laminate construction comprising (1) a liner sheet covered with a film having a film layer on a liner sheet and (2) a face sheet of adhesive adhered with a layer of adhesive to the film layer of the lining sheet covered with a film; the reserve face sheet, the film layer and the adhesive layer together form a reserve face laminate; cutting through the reserve face laminate towards the liner sheet to form reserve face cutting lines defining at least in part perimeters of the printed medium; cutting through the outer face of the liner sheet to form liner sheet cutting lines by defining a plurality of liner sheet strips on the back side of the reserve face laminate; and wherein the printable media comprises a plurality of rectangular business cards arranged in a matrix including a plurality of columns and a plurality of rows of cards. 244. The method of claim 162 wherein the printable media comprises a plurality of rectangular business cards arranged in a matrix which includes a plurality of rows and a plurality of card columns. 245. The method of the claim further comprising removing several of the strips from the reserve face laminate prior to feeding the reserve face laminate to a printer or copier for a printing operation on it. 246. The method of claim 245 wherein the strips that remain on the reserve face laminate after the step of removing the strips cover at least a substantial proportion of the reserve face cut lines during the printing operation. 247. The method of claim 245 of the step of removing the strips includes removing alternating strips and the remaining strips remain on the reserve face laminate during the printing operation. 248. A sheet of a printable medium comprising: A dry reserve face laminate including (1) a reserve face sheet having first and second sides, (2) a layer of adhesive on the second side, (3) ) a layer of film on the adhesive layer and (4) a lining sheet on the back side of the film layer but not on a thin strip along the feed end of the face reserve sheet; and reserve face cutting lines on the first side, through the reserve face laminate but not the liner sheet and defining at least in part peripheral edges of the printable media. 249. The sheet of claim 248 wherein the thin strips are approximately 6.35 mm (one quarter of an inch). 250. The sheet of claim 248 wherein the printable media comprises business cards. 251. The sheet of claim 248 wherein the printable media comprises a matrix of a block of business cards surrounded by a reserve face sheet waste perimeter. 252. The sheet of claim 248 wherein the thin strip is 8.5 inches (21.59 cm) long. 253. The sheet of claim 248 wherein the thin strip defines a first thin strip, and the lining sheet also not being on a second thin strip on an end edge of the reserve face sheet opposite the conducting edge . 254. A sheet of a printable medium comprising: A face reserve sheet; A liner sheet on the back side of the reserve face sheet but not on a thin strip along a leading edge of the reserve face sheet. 255. The sheet of claim 254 wherein the thin strip defines a first thin strip and the lining sheet is also not on a second thin strip on an end edge of the reserve face opposite the lead edge. 256. The sheet of claim 254 wherein the reserve face cut lines are cut with mold. 257. The sheet of claim 254 wherein the printable media comprises an array of business cards. 258. The sheet of claim 254 wherein the reserve face sheet comprises a card stock paper. 259. A method of forming a printable medium, comprising: Provide a reserve laminate that includes (1) a liner sheet including a sheet of paper and an ultramovable adhesive on the sheet of paper, and (2) a reserve sheet adhered to the ultramovable adhesive; Cut through the reserve sheet up to the sheet of paper to form reserve cut lines defining at least in part perimeters of printable media; cutting through an outer face of the lining sheet to form cutting lines of the lining sheet by defining a lining sheet waste strip from the driving edge on the back side of the reserve laminate along a shore driving it; and remove the waste strip from the back side. 260. The method of claim 259 wherein the printable medium comprises business cards. 261. The method of claim 259 wherein both cutting steps comprise cutting with mold. 262. The method of claim 259 wherein the waste strip is outside the edge of all reserve cut lines. 263. A method of forming a sheet of a printable medium, comprising: a) providing a roll of a substrate of a sheet laminate construction including a liner adhered to the reserve sheet; b) unrolling at least a portion of the substrate from the roll; c) cutting with mold the reserve sheet of the unwound substrate without cutting the lining sheet to form contour perimeters of the printable medium; d) molding the lining sheet of the unwound substrate without cutting the reserve face sheet to form a liner sheet waste strip of the conductive edge; e) after (d) removing the waste strip from the liner of the substrate; and f) after (c), (d) and (e) making leaves from the substrate. 264. The method of claim 263 wherein (d) includes molding the liner sheet without cutting the reserve face sheet to form a trailing edge liner sheet waste strip; and (e) includes removing the scrap strip liner sheet from the substrate. 265. A printing method comprising: providing a sheet of a printable medium; the sheet including the reserve face sheet, a liner sheet on the back side of the reserve face sheet but not on a thin strip along a leading edge of the reserve face sheet; Adhesive adhering the lining sheet to the reserve face sheet, and reserve face cutting lines through the reserve face sheet but not on the liner sheet and defining at least in part the perimeter edges of the printable medium; and feeding the first edge of the sheet in a printer and by this means printing indicative data in the printable medium. 266. The method of claim 265 further comprising, after printing, detaching the medium from the liner sheet. 267. The method of claim 266 wherein the detachment causes the printed media to separate from each other along the reserve face cut lines. 268. The method of claim 265 further comprising, before printing, a consumer customer designs the indicative data on a personal computer. 269. The method of claim 268 wherein the printing includes the consumer directing the printer to print on the printable medium the indicative data designed by the consumer. 270. The method of claim 265 wherein the printed media comprises business cards of 5.08 by 8.89 cm (2 by 3 14 inches). 271. The method of claim 265 wherein the thin strip defines a first thin strip the forum sheet is also not on the reserve face sheet of an opposite trailing edge. 272. A sheet of a printable medium, comprising: A dry-facing face laminate including (1) a reserve face sheet having first second sides, (2) a layer of adhesive on the second side, (3) ) a layer of film on the adhesive layer (4) a lining sheet on the film layer (4) a lining sheet on the film layer, the lining sheet having a line of flexibility defining a thin strip flexible lining sheet along a driving edge of the reserve face sheet; reserve face cutting lines on the first side, through the reserve face laminate but not the liner sheet defining at least in part peripheral edges of the printable medium. 273. The sheet of claim 272 wherein the thin strips are approximately 6.35 mm (one-quarter inch) wide. 274. The sheet of claim 272 wherein the printable medium comprises business cards. 275. The sheet of claim 272 wherein the printable medium comprises a block nuance of business cards surrounded by a perimeter of residual reserve face sheet. 276. The sheet of claim 272 wherein the thin strip is 21.59 cm (8 14 inches) long. 277. The sheet of claim 272 wherein the lining sheet has another line of flexibility defining a thin strip of lining sheet along the opposite pull edge of the reserve face sheet. 278. The sheet of claim 272 wherein the line of flexibility is a line of cut by mold. 279. The sheet of claim 272 wherein the line of flexibility is between the driving edge the reserve face sheet all the reserve face cutting lines. 280. A sheet of a printable medium, comprising a reserve face sheet; a liner sheet on the back side of the reserve face, the liner sheet having a line of flexibility defining a thin strip of liner sheet flexibility along the leading edge of the reserve face sheet; adhesive adhering the lining sheet to the reserve face sheet, reserve face cutting lines through the reserve side but not the liner sheet, defining at least partially perimeter edges of the printable medium. 281. The sheet of claim 280 wherein the liner sheet includes another line of flexibility defining another thin strip on an end edge of the reserve face sheet opposite the leading edge. 282. The sheet of claim 280 wherein the line of flexibility is a cut line with mold. 283. The sheet of claim 280 wherein wherein the printable media comprises an array of business cards. 284. The sheet of claim 280 wherein the line of flexibility is between the driving edge the reserve face sheet all reserve face cutting lines. 285. The sheet of claim 280 wherein the reserve face sheet comprises a card stock paper. 286. A method of forming a printable medium, comprising: providing a reserve laminate for cards that includes (1) a liner sheet including a sheet of paper ultramovable adhesive on the sheet of paper, (2) a sheet of paper. reserve for cards attached to the ultra-removable adhesive; cutting through the card reservation sheet to the sheet of paper to form card reservation cut lines defining at least in part perimeters of the printable medium; and cutting through the outer face of the lining sheet to form a line of flexibility cut of the lining sheet by defining a strip of liner sheet edge flexibility on the back side of the card backing laminate. 287. The method of claim 286 wherein the printable medium comprises business cards 288. The method of claim 286 wherein both cutting steps comprise cutting with a mold. 289. A method of forming a sheet of a printable medium, comprising: (a) providing a roll of a sheet laminate construction substrate comprising a liner sheet adhered to the card reservation sheet; (b) unrolling at least a portion of the substrate from the roll; (c) molding the card backing sheet from the unrolled substrate without cutting the liner sheet to form the perimeter edges of the printable medium; (d) molding the liner sheet of the unwound substrate without cutting the reserve face sheet to form a strip of liner sheet edge flexibility, and (e) after (c) and (d), make leaves from the substrate. The method of claim 289 wherein (d) includes molding the liner sheet to form a drag strip liner sheet flexibility strip. A printing method comprising: providing a sheet of printable media the sheet including a reserve face sheet, a cover sheet on a back side of the reserve face sheet, the cover sheet having a line of flexibility defining a Thin strip flexibility of driving edge lining sheet, adhesive adhering the lining sheet to the reserve face sheet, and reserve face cutting lines through the reserve face but not the lining sheet and defining at least partly perimeter edges of printable media; and feeding the first edge of the sheet in a printer and printing the indicative data on the printable medium. The method of claim 291 further comprising, after printing, peeling off the cut face sheet cut from the liner sheet. 293. The method of claim 291 wherein the detachment causes the printed medium to separate from one another along the reserve face cut lines. 294. The method of claim 291 further comprising, before printing, a consumer customer designs the indicative data on a personal computer. 295. The method of claim 294 wherein the printing includes the consumer directing the printer to print the indicative data designed by the customer on the printable medium. 296. The method of claim 291 wherein the printed media comprises printed business cards of 5.08 by 8.89 cm (two by 3 and a half inches). 297. A sheet of a printable medium, comprising: a reserve face sheet; a lining sheet adhered to a back side of the reserve face sheet; reserve face cutting lines through the reserve face sheet but not the liner sheet, and defining at least in part the perimeter edges of the printable medium; and portions of the liner sheet covering the back sides of at least some of the reserve face cut lines, and no portion of the liner sheet being positioned on a thin strip of driving edge along a bank of the reserve face sheet on the back side of the reserve face sheet by means of which the edges define a thin conductive edge of the sheet of printable medium for feeding into a printer or copier for a printing operation on the printable medium and the liner sheet portions help to keep the printable medium together during feeding and printing operation. The sheet of claim 297 wherein the driving edge strip is between the leading edge of the reserve face sheet and all of the reserve face cutting lines.