TWI378888B - Packing container and shipping base for glass sheets - Google Patents

Description

1378888 VI. DESCRIPTION OF THE INVENTION: TECHNICAL FIELD OF THE INVENTION The present invention relates to the benefit of packaging sheet material bamboo material. In particular, the present invention relates to a container system for packaging a plurality of glass sheets and pallets to securely transport the contents at an optimum angle and to integrate with the glass handling equipment at an optimum angle, which is different from the angle of transport. The operating angle is to carry the glass piece.

[Prior Art] Recently, the complete glazing of different sizes used in display technology was vertically packaged into a wooden crate and placed in a warehouse after completion of the glaze formation and cutting process. These wood crates can be used in the factory to move glass from a glass-shaped “domain to a finished area, transport glass domestically” or transport smaller pieces of glass abroad. However, quite large glass sheets are too large for general wood crates to be transported internationally. The size of the wood crates in the glass factory will also cause problems. Moreover, wood crates are generally unusable and will result in waste and additional material costs. In recent treatments, special containers and/or brackets made of metal are relatively small and can be reused' which have been developed to store and transport granules in a factory. Similarly, other special containers or brackets have been developed for shipping or transporting glass outside the factory, either domestically or abroad. This arrangement requires that the glass be unloaded from the factory container, loaded with the wheel container, transported from the glass factory to the glass customer site, and then unloaded from the shipping container upon arrival at the glass customer site, loading the container of the glass customer factory. Therefore, it is highly desirable to reduce the amount of processing of the glass sheet, for example, by removing the above-described steps of unloading and reloading to reduce the possible contamination and damage of the glass sheet, and to improve efficiency and reduce cost.

U.S. Patent Nos. 2007/0017841 and No. 2,574, the disclosure of which is incorporated herein by reference in its entirety, the disclosure of the disclosure of the disclosure of the disclosure of the disclosure of the disclosure of the disclosure of the disclosure of the disclosures of The flexibility of loading and unloading; complexity, etc. The present invention addresses the problem that glass can be used to store and transport particularly large glass sheets. The present invention also addresses the fact that glass has vertical pointing and horizontal indexing 0 transport and handling. The need for containers, the glass sheets in and out of the factory, which, due to their size, create the need for shipping containers that are difficult to transport, effectively defusing both the glass processing system and the glass processing system.

SUMMARY OF THE INVENTION A first characteristic aspect of the invention relates to a container in which a plurality of sheets or sheets of material can be fixed. This container consists of a front panel, a back panel, and a right/left sized panel and bottom panel that consist of a series of bolts. The inner surface of the front panel, the back panel and the bottom plate are provided with an absorbable shock/cushion material for absorbing shock to avoid vibration from being transported to the glazing. It is also possible to add a plurality of cardboard moons or a true filling material to fill the gap between the edge of the glass and the side panel of the container as a lining material. A second characteristic aspect of the present invention relates to a transporting pallet that is designed to withstand a substantially flat month of the pallet in which the glass container is transported in a broken heart. The p-support plane (which may be slightly curved in some embodiments) secures the glass sheet at an oblique angle (about 30 to about 45 degrees) so that the entire package can fit the standard size of a truck or ship container. The transported carriage can include at least two holes on each side so that the pusher can be accessed from four directions. Another feature aspect of the invention relates to a container that can hold a plurality of sheets of material. The container includes a front panel 'back panel, a right side panel, a left side panel and a bottom panel. The shock absorbing material is placed on the front panel, the back panel and the inner surface of the bottom panel, and the removable fastener can be used to fasten the front panel and the back panel to A side panel and a bottom panel in which the front panel and the back panel are selectively removable to open the front or back of the container to load or unload the sheet of material from the container. The sheet of material may be a glass sheet, particularly a liquid crystal display (LCD) glass sheet for display applications. A still further aspect of the invention relates to a container having hooks on at least one of the front and back panels to lift and carry the containers. The hooks are removable and can be added during handling and can be removed during shipping. The plate or back panel is provided with a removable hook that selectively lifts one of the front and back panels from the container to open the container. Another characteristic aspect of the invention relates to a transported carriage having a horizontal base for supporting the carriage on the horizontal surface; a planar back support for supporting the front and back panels of the container, the back support being attached to the base Supporting the base by a plurality of support columns such that the back support is at an angle relative to the base; the bottom support extends vertically from the lower edge of the back support 6 1378888 to support the lower end portion of the container; Here the containers are separable from the pallets for handling and operating in the factory. The angle of the back support relative to the base can range from about 30 degrees to about 4 degrees. When the glass sheet is too large to fit a standard size transport hopper (such as a shipping container) in a substantially horizontal or substantially vertical orientation, the angle can be selected to be placed diagonally into the standard sized container. "" π Another ~ From ~ 35.

A glass sheet system consisting of a container and a separate shipping carriage. The container includes a seesaw 'back panel' right side panel, a left side panel and a bottom panel defining an interior space for securing the stack of glass sheets; and a removable fastener for fastening the front panel and the back panel to the side panel bottom panel, The front plate or plate can be selectively removed to open the front or back of the container, and the carriage loaded or unloaded from the container 2 ° includes a horizontal base for supporting a horizontal surface such as a plate, a flat back a building that supports the front and back panels of the container

^The support is attached to the pedestal' to support the pylon with multiple pylons so that the = slab is at an angle relative to the pedestal (such as relative to water). This is the best way to transport the glass. The bottom support extends vertically upward from the lower edge of the back support, and wherein the container is accessible from the lower end portion; the container is positioned away from the panel, where the container can be positioned at the angle of the dip, rather than the angle of transport, Glass, angle or material is driven by broken glass is in the industry from the angle of el (four). The transport angle can range from about 30 degrees to about 40 degrees. Another characteristic aspect of the moon is the support of the container, which includes a system that has a support surface for each new opening, U to break the operation of the equipment or the angle of inclination of the glass 7 handling angle. The container can include a removable fastener that can be used to fasten the front and back panels to the side panels and the bottom panel, and the front or back of the front panel or the back panel can be selectively removed. Load or unload a piece of material from the container. It is also possible to have hooks on at least one of the front and back panels to lift and carry the containers. The hooks are removable: they can be added during the transfer and can be removed during transport. A removable hook can also be attached to the front or back panel to selectively lift and remove one of the front and back panels from the receptacle to open the container. Another characteristic aspect of x month is the packaging and transport of glass materials. The steps involved include: providing a front-panel material with a tie-up: two containers 'left side plate and bottom plate' defined for fixing - ,..." "Pirates" placed on the 刼 打开 打开 打开 ... ... ... ... ... ... ... ... 固 固 固 固 固 固 固 固 固 固 固 固 固 固 固 固 固 固 固 固 固 固 固 固 固 固 固 固 固 固 固 固 固 固 固 固;,...乍, close the container, the army... open, and place the container on the transport pallet with the best angle. The tooth treatment process can also include transporting the granules from about % to about angles, in which Lx - two! :: Substantially vertical pointing (such as broken glass: horizontal. Piece. The process is also _^ removable =) Handling 3:, by removing the two of the front and back plates, the steps. πOpening the container white [Embodiment] 1378888 The first characteristic aspect of the crying month is the packaging, the staggering and the carrying capacity. Embodiments of the present invention will now be described with reference to Figs. The packaging container 丨〇 includes a front panel 12, and in particular, a stencil 14' right side panel 16, the side panel 18 and the bottom panel 20 are slidable via a series of screws or bolts (not shown). It is also possible to use any heart-removing fasteners such as fastened straps, clips or hooks where the screws are. The inner surface of the back and bottom plates is provided with a glass sheet that absorbs shock/view material to absorb shocks to avoid shocks from the container 1 to the inside of the container. The inner surfaces of the side panels 16 and 18 may also be stunned with a material that absorbs vibration. ^ Glass piece to the container 1G, remove the screws or bolts (not shown) that fasten the front plate 12 to the side plate/2, and the money 2, and remove the container to open the container. The opened container 1 is tilted or horizontally placed on the front edge of the container facing the ::open. The glass sheets are stacked one on the other, and the lower edge of the glass sheet contacts the absorption on the bottom plate 2〇. The distance between the inner surfaces of the side panels... is greater than the width of the glass:' provided 34 on the backing plate 14 between the side panels. Each piece of glass is not knocked on the edge of the glass sheet edge 32 on the side panel and the number required to load the broken sheet 30 from the Putian to the open capacity H 10, and the front plate and the bottom plate are fastened by the screw. The sill 12 is then placed in front of the container.奂 _ _ can remove the backing plate 14 to open the container} 〇 Loading The handling and unloading of the hopper 10 provides flexibility. Any vacancies between the edges 32 and 34 of the material 以 0 are filled with multiple fillers (see Figure 3 for S month). Add enough pieces of filler material to fill the gap between the edge of the fringe and the side panel to absorb shock or cushioning material. The glass sheet moves within the container during delivery. The filling material may be formed of the same material as the shock absorbing material 22, 24 of the inner surface of the backing plate and the bottom plate or may be made of cardboard, polystyrene foam plastic, rubber or any other suitable elastic or elastic material. material. If there is a gap between the front glass sheet 3 front surface % and the absorption shock/inner surface 46 on the front inner surface, then the gap is filled with a plurality of filling material sheets 48 to fill the gap. As a shock-absorbing or cushioning material sheet U backing plate 14, the side panels 16 and 18 can also be provided with threaded inspection holes to hold a single eye bolt or hook (not shown in _(9) to lift and carry the closed and/or open container (The glass plate or empty is loaded), and when (4) and the container H) are closed, the front plate 12 or the back plate is lifted and moved. Such lifting and handling may include: tilting the container to different angles for package delivery and unloading; flipping the container over and over to flip the glass sheet, inverting the top and bottom surfaces of the glass; moving the container, whether it is loaded with glass or empty of. Referring now to Figures 4 through 7, another characteristic aspect of the present invention relates to a glass container W that transports a carriage just to carry a loaded glass sheet. According to a special embodiment of the present invention, the transport carriage includes a base 11 (). The pedestal " can be formed by a plurality of pedestals # 112. The pedestal beams U2 can be arranged in a horizontal plane to form a pedestal or bottom, with pallets on the level of the slab, such as the factory 'warehouse' truck or the floor of the shipping container. The pedestal 襟ιΐ2 can be arranged in a lattice or other design like (4) to add strength and strength to the structure. Alternatively, the pedestal may be formed from a solid sheet of material or a hollow brick. The pedestal 110 rises > supports 12 成 in the back. The back support 12 can be formed by a plurality of back support rails 122. When the glass container 10 is loaded into the transport carriage 100, the main surface of the glass container 1 (e.g., the front panel 12 or the back panel 14) can be supported. The back support bar 122 is arranged to define a slanted plane or # snip plane to support the glass container 倾斜 with respect to the horizontal transport angle A (see Figure 5) of the horizontal $3Q to about 45:. The back support rails can be arranged in a lattice or other street-like design to increase the strength and robustness of the structure. Alternatively, the back slab 12 〇 may also be formed from a solid sheet or hollow brick of material. The back support rail 122 is supported by a column 124 of ginger at the base beam 112_L. A cross-shaped bracket 126 or other truss-like structure can be provided outside the column to increase the strength and robustness of the structure. It can also be in the month. A locating flange 128 is provided on the outer edge of the raft support 120, such as at the outer edge of the outer back support rail 122 during positioning on the back sill during loading, and the glazing container 10 is positioned to maintain the position of the glazing on the f-part support Move during transport and handling of loading pallets. In a particular embodiment, the back slab rails i 22 and the slab posts (3) can be removed or chained from the pedestal beam m (not shown) to the pedestal plaque 2 so that the support columns and support bars can be folded down (not shown), when there is no container 10, the storage or shipping of the pallets can be reduced. When the support column is placed in a vertical orientation, the branch column can be nailed to a fixed position of the support bar 22 in order to avoid accidental folding and collapse of the carriage. The transport carriage also includes a rim at the bottom, which is used to select the bottom or bottom edge of the glass container. The bottom reading 13 can be formed by a plurality of side wall 1378888 strips 1 3 2 or needle tips 3 2 extending upward from the base beam 11 2 , along the lower edge of the back support surface perpendicular to the back branch . The bottom edge support rail 132 is supported by a post 134 extending upwardly from the base beam 112 to the bar 132 to provide the strength of the bottom fender bar to support the entire glass container 10 on the back support 120. It should be understood that each pair of bottom support bars 132 and posts 134 may form an L-shape or may be replaced by a quadrilateral base support flange (not shown). Similarly, a slender

Alternatively, or a plurality of support flanges may extend along the lower edge of the back support surface instead of supporting the needle tip 132. According to a particular embodiment of the invention, the base ιι of the carriage 1〇〇 may comprise two further holes 14 至少 on at least one side of the leg (see 4) (the pedestal beam transport carriage may also comprise a base Two holes 140 on the base mark (1) on each side of the seat (10) are provided to provide access to the stacker from four directions of the carriage.

The present invention will now be described with reference to the examples of Figs. 8-8 to 8F for the use of glass containers and transport pallets. According to an embodiment of the present invention, the article and (4) the carriage (10) and the glass container (4) are representatively processed in Figures 8A to 8F. Starting from Figure 8A, use a stacker to smash the horse-loaded glass container. The carriage 10. Remove from the truck or shipping container (unloaded to the appropriate location without unloading. Then load the fully loaded glass container: lift off the carriage, Figure 8B) and place it on the work platform. . On the two sides of Figure 8C. Next, by removing the front panel or back panel = or thread check (not shown), open the container, either face up or remove the front or back panel (the landing platform can be selective) Wheel 12 1378888, or loaded into a motor-controlled lift σ car 22〇 (Fig. 8E) for transport to the glass unloading station. After bran..., then with the robot 220 (Fig. 8F) one by one from the open glass container 1〇, unload the glass piece. It should be understood that the workstations shown in Figures 8C and 8F can be identical. However, it is best to separate the two stations as shown to minimize the glass month (four) The resulting activity 'can be in the environment of controlled clean air, also 51 #可(四) the possibility of contaminating the glass piece.

It should be understood that loading the glass sheet into the glass container 1 and the carriage (10) and then into the truck or shipping container in accordance with the present invention may also perform an inverted process to unload the glass described above in Figure 8 into 81. container. The loaded glass container 10 may be covered with a tarpaulin or a cover or shrink coated with a polyvinyl chloride (PVC) shrink wrap (not shown) to prevent the packaged glass sheet from being contaminated by the fork. It should be understood that when the shrink-wrapped container 10 is unloaded, the film must be removed prior to opening the container i.

As described above, a particular embodiment of the transport carriage of the present invention includes substantially planar back support surfaces 120, 122 to secure the glass container 1 at an angle of inclination of from about 30 to about 45 degrees from the horizontal. In other embodiments, the back support can define a somewhat concave support surface. The bottom edge support 132 (or plate) is arranged substantially perpendicular to the back support plane supporting the bottom of the glass container 1 . This angle allows gravity to secure the glass container to the carriage. Alternatively, the glass container can also be fastened to the carriage by means of fastener strips or rods (not shown). The tilt angle of the transport carriage 1 〇 0 is the optimum transport tilt angle. The transport angle of the transport carriage allows the glass container 10 to be loaded diagonally into the standard 13 1378888

Inch trucks and shipping containers may otherwise be too large to fit into standard sized containers or trucks in a substantially horizontal or vertical mechanism. As mentioned above, the valley state ίο is best separated from the transport carriage. With this configuration, the Guyi 10 can be removed from the transport pallet, placed in a variety of glass packages, unloaded workstations, and at a tilt angle that is different from the transport operation or transport angle of the transport pallets. For example, the operational work β 乂 provides a support surface that is equal to or close to the glass handling or tilt angle of the slam operation angle of the work operation. This can take advantage of existing facilities or workstations to different facilities and optimal operation. Different angles of glass operate or move existing processes and equipment. For example, the glass container 1 〇 and the transport hopper 1 GG of the present invention can preferably be used in a factory containing a glass sheet device, and can be carried in a vertical or horizontal design, or at any angle therebetween. According to the invention, the design of the ancient u 螭 螭 丨〇 运送 运送 运送 运送 运送 运送 运送 运送 运送 运送 运送 运送 运送 运送 运送 运送 运送 运送 运送 运送 运送 运送 运送 运送 运送 运送 运送 运送 运送 运送 运送 运送 运送 运送 运送 运送 运送 运送 运送Separate, tilt the negative requirements of different pallets or support tables. Move to a loading and unloading mechanism that has a different surface from the transporting pallet to conform to the opening and unloading of the glass sheet handling equipment β to accommodate different obstacles, and it is convenient to transport the container at about 30 to about 45 degrees. The entire package can be placed in a standard to reduce shipping costs. The absorbing and oscillating materials 22 and 24 on the inner surface of the container in the truck and marine containers of the sloping support angle can be formed from any other suitable elastic or elastic material, such as propylene propylene diene monomer. (EPDM) or high density ethyl acetate acetonitrile copolymer rubber (eva). For example, the shock absorbing material 22 on the front panel may be formed of an EVA lining or strip of about 2 〇 to about 4 〇 thick, and the absorbing material 24 on the inner surface of the bottom plate may be made of about 1 〇 thick. EpDM profiles or thin strips are formed as a gasket material. Each sheet material such as a glass sheet can be protected by, for example, paper and/or polymeric film by means of individual tantalum materials prior to being placed in the container of the present invention. Alternatively, compartment liners made of paper and/or other materials may be placed between two adjacent sheets of glass to avoid mutual contact with the surface. Because the original glass surface quality is important in LCD glass substrates. > A sheet container for storing and transporting a material such as an LCD display glass has a tray for supporting the container on a horizontal surface, extending the back support from a horizontal angle of about 3 to 15 degrees to support the glass sheet. A bottom edge guide, a pair of edge guides' and an upper edge guide extend upwardly from the edge of the back support to engage the edge of the glass sheet on the month 4 support. A detachable fastener strip can extend over the entire sheet of glass to secure the glass sheet on the back support. The stacked columns can be extended upwards, stacked in one volume (four) (four), stacked on another stack, edge guides, and upper edge guides can be removed, or moved down to load and unload the glass sheets. In summary, the present disclosure includes the following items and/or embodiments. C1. A container capable of fixing a plurality of plates or sheets of material, the container comprising: a seesaw 'moon plate, a right side plate, a left side plate and a bottom plate; the absorbable shock 15 material is located on the inner surface of the back plate and the bottom plate of the plate Removable fastener for removably securing at least the front and back panels to the side panels and the bottom panel such that one of the month 1J panels and the back panel is selectively removable to selectively open the front of the container Or the back side, loading or unloading pieces of material from the container. C2. The container according to C1, further comprising a hook on at least one of the front and back panels for lifting and carrying the container. C3. According to the container of C2, wherein the hook is removable, it can be added during transport, and can be removed during transport. C4. The container according to C3' further comprising a removable hook on the seesaw and the backing plate for selectively lifting and removing one of the front and back panels from the container and opening the container. C5, according to any of the containers of C1 to C4, wherein the package further comprises a transport pallet comprising: a horizontal base for the carriage on the horizontal surface of the support; a planar back support for supporting The front and back panels of the container, the back support is attached to the base, the support base is supported by a plurality of support columns such that the back support is at an angle relative to the base; and the bottom side support is vertically upward from the lower edge of the back support Extending to support the lower end portion of the container; and wherein the container is separable from the carriage to facilitate handling and operation. C6. The container and carriage according to C5, wherein the angle of the back support relative to the base ranges from about 30 degrees to about 40 degrees. C7. According to the container and the carriage of C5, wherein when the sheet is too large to fit into a standard size transport container in a true horizontal or substantially vertical direction, the angle may be selected to be diagonally placed into the container. Container of standard size 1378888. C8. A container according to C1 to C7, wherein the sheet is. C9. A system for packaging, handling, and smashing slabs, the system comprising a container and a separate shipping carriage 'where: the container comprises: a front panel, a back panel' right side panel, a left side panel and a bottom panel defining The internal space used to secure the glass sheets; the removable fasteners used to fasten the front and back panels to the side panels and the bottom: in which the front or back panels are selectively removed for play

Opening or unloading the sheet of material from the container; the transport pallet includes: a horizontal base 'to support the carriage on the horizontal surface; a flat back support to support the front and back panels of the container The back support is attached to the base and supported by a plurality of support columns such that the back support is at an angle relative to the base; the bottom support extends vertically upward from the lower edge of the back support to support the lower end portion of the container And wherein the container is separable from the carriage, so that the container can be positioned at an oblique angle rather than a transport angle, and the glass sheet handling device is at a glass handling angle or

Work from an industry perspective rather than a shipping angle. CIO. The system according to C9, wherein the transport angle ranges from about 3 degrees to about 40 degrees. C11. The system according to C10, further comprising an operating platform having a support surface to support the container at a tilt angle substantially equal to the operation of the glass handling equipment or the glass handling angle. C1 2. The system according to c11, wherein the container further Includes: Removable Fasteners' can be used to fasten the front and back panels to the side and bottom panels, thus selectively removing the front or back panels to selectively open the front of the container or the back of the 17 1378888, from the container Insert or unload material sheets. C13. According to the system of C12, the container in the crucible further includes a hook on at least one of the front and back panels to lift and carry the container. c 14. According to the system of C13, the hooks are removable, can be added during transport, and can be removed during transport. C15. The system according to C13, wherein the removable hook is further included on the front or back panel to selectively lift and remove one of the front and back panels from the container to open the container.

C16. A process for packaging and transporting a piece of glazing material, comprising the steps of providing a container having a front panel, a back panel, a right side panel, a left side panel and a bottom panel fastened to define a a space for stacking sheets of material; placing an open container on the console to secure the container at an operational angle; opening the container by removing one of the front and back panels; loading the glass into the container at a station having the device Interacting with the glass sheet at the operating angle; closing the container by reloading the front plate and one of the back plates;

The table removes the closed container and places the container on a shipping carriage that supports the container at an optimal shipping angle, which is different from the operating angle. ° C17. According to the process of C16, wherein the transport angle is from about 30 degrees to about 40 degrees. & C18. According to the process of C17, when the sheet is too large to be loaded into a standard size shipping container in a true horizontal or substantially vertical direction, the angle can be selected so that it can be placed in a shawl or line manner. Standard size container. C19. According to any of the procedures of C16 to C19, including 18 1^78888, the removal of the front and back panels and the steps of opening the Acer and the Han can be opened by removing One of the board and the back board is achieved. It is apparent to those skilled in the art that the present invention is capable of various changes and modifications without departing from the spirit and scope of the invention. It is contemplated that the present invention encompasses various variations and modifications of the present invention which are within the scope of the following claims. BRIEF DESCRIPTION OF THE DRAWINGS # Included Figures will further provide an understanding of the present invention and the addition and construction of a part of the specification. BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a glass box or container having a plurality of sheets of glass loaded therein in accordance with one embodiment of the present invention. Figure 2 is a side elevational view, partially in section, of the container taken along line 2-2 of Figure 1. Figure 3 is a side elevational view, partly in section, of the container taken along line 3_3 of Figure 1. Figure 4 is a perspective rear view of a shipping carriage having a container assembly as shown in Figure 1 in accordance with one embodiment of the present invention. Figure 5 is a side view of the transport carriage according to the same embodiment shown in Figure 4, having the container device shown above in Figure 1; Figure 6 is a front view of the same embodiment of the transport carriage according to Figure 4; There is no container device on it. Figure 6 is a rear view of the same embodiment of the carriage of the carriage shown in Figure 4 with container means thereon. 8A to 8F are schematic side views showing the 19 1378888 glass container shown in Figs. i to 7 and the carrying and receiving of the transporting carriage. [Main component symbol description] 10 · · • Glass container 12 ·. • Front plate 14 . · • Back panel 16 .. • Right side panel 18 · · • Left side panel 20 · · • Base plate 22, 24 · •• Absorbing shock material 30 ·. • Glass sheet 32, 34 · •• Glass sheet edge 3 6· · • Front surface 42, 48 · • • Filler sheet 46 · · . Inner surface 100. · • Transport carriage 110 .. • Pedestal 112 .. • Pedestal beam 120 · · • Back support 122 · · • Back support rail Article 124 · · • Support column 126 · · • Cross bracket 128 · · • Positioning flange 20 1378888 130 · . · Bottom support 132 ···Bottom support rail 134 ...column 140 ...also 200 . · · Stacker 210 ... work platform 220 ... lift trolley 21

Claims (1)

VII. Patent application scope: The container of the month b is sufficient to fix a plurality of material sheets, and the container comprises: a guide plate, a back plate, a right side plate, a left side plate and a bottom plate container; - b absorbs vibration a material, the absorbable vibrating material is located on the front panel 'the back panel and the inner surface of the bottom panel; a removable fastener for removably removing the front panel and the person At least one of the panels is fastened to the side panels and the bottom panel whereby the front panel and the back panel are selectively removable to selectively open one of the front and back sides of the container for use One of the two pieces of material and one piece of unloading material from the container. 2. The container according to claim 1 of the patent application, further comprising a transport carriage comprising: a horizontal base for supporting the transport carriage on a horizontal surface; a planar back support One of the front panel and the back panel for supporting the container, the back support is attached to and supported by the plurality of support columns such that the back support is presented relative to the base a transport angle in the range of from about 30 degrees to about 40 degrees. a bottom branch #' extends vertically upward from the lower edge of the back branch # for supporting the lower end of the container; and wherein the container It can be separated from the transport carriage to facilitate separate handling and handling of 22 Γ 378888. 3. A system for packaging, handling and .^ ^ ^ delivery of several glass sheets, the system comprising a container and a knife-opening transport carriage, standing: the container comprises: ^ one front a plate, a back plate, a plate, a left plate and a bottom plate, the 4 plate boundaries are used to fix the inner space of the plurality of glass sheets; Removable fasteners' are used to removably fasten the front panel and the back panel - or both to the side panels and the bottom panel, whereby the front panel and the back panel - or both Opening the container for loading and unloading the glass sheet from the container; the transport carriage includes: - a horizontal base for supporting the transport carriage on a horizontal surface; a planar back support for supporting one of the front panel and the back panel of the container, the back support is attached to and supported on the base such that the back support is presented relative to the base a transport angle of about 3 to about 4 degrees, wherein the transport angle is selected so that when the material sheet is substantially horizontally or substantially erect, the valley is too large to conform to the dimension The sheet of material in the device will be capable of conforming to the standard size of the container in a diagonally opposite direction at the selected transport angle; a bottom support 'extending vertically upward from the lower edge of the back support for supporting the The lower end of the container; and 23 1378888 α ' thereby the container can be used to position the glass sheet with the container separated from the transport carriage at an angle that is not inclined by the transport angle, {transport equipment integration' The glass sheet handling apparatus operates at a glass operating angle other than the shipping angle. 4. The system of claim 3, further comprising a separate operating platform, the operating platform comprising: a support surface for supporting the operating angle substantially equal to the operating angle of the glass handling apparatus The container whereby the container can be angled at an angle other than the angle of transport for integration with a glass sheet handling apparatus that operates at a glass operating angle other than the angle of transport. The system of claim 3, wherein the container further comprises a removable hook on one or both of the front panel and the back panel for lifting and transporting the container, Thereby the hooks can be attached for transport purposes and can be removed for transport purposes. 6. A program for packaging and transporting sheets of glazing material, comprising the steps of providing a container having a front panel, a left side panel and a bottom panel, the panels being fastened to one, one back panel, one right panel, Together to define a space for fixing - stacking a plurality of pieces of material; 24 fixing the container at an angle; opening the container by removing the front plate and the back plate; loading the glass piece to the container at the station with the borrowing The operation angle is interactive; the pirate is closed by reattaching the front panel and the back panel; the closed container is removed from the console, and the container is placed on a % shipping pallet The transport carriage supports the container at a range from about 30 degrees to about 40 degrees: the optimal transport angle, and the transport angle is a different operating angle, wherein the transport angle is selected such that when substantially horizontal or continuous When the sheet of material is placed upright, it is too large to conform to the sheet of material in the standard size, and will be able to conform to the standard size of the container in a diagonally diagonal direction at the selected angle. 25 1378888 IV. Designated representative map: (1) The representative representative of the case is: (1). (2) A brief description of the symbol of the representative figure: Glass container 10 Front plate 12 Back plate 14 Right side plate 16 Left side plate 18 Absorbing shock material 22 Glass sheet 30 Front surface 36 Filling material sheet 42, 48 Inner surface 46 5. If there is a chemical formula in this case, please reveal the best indication of the characteristics of the invention. Chemical formula: 3