MOLD DEVICE FOR MOLDING GLASS IN WHICH ADSORPTION MOLDING MARK DOES NOT OCCUR DURING VACUUM MOLDING
Adsorptive type by the local broadcast station having the load upon an initial driving of the vacuum the present invention refers to time, so as to cause neither search device relates to die for press forming of glass a, more particularly number 1 mold is concave and a convex or number 1 molding surface, a cup shaped sample number 1 molding surface on one or both sides are formed in a curved number 1, number 1 with the mold surfaces number 1 a curved portion at predetermined intervals on plurality of vacuum pressure and an oil filler through a, vacuum the circumference of the vacuum hole 140 a is open by formed around the electric, vacuum hole to vacuum pressure from the material absorption surface unit and generates a shape to form a pre-strip material when in opening groove of a periphery of an vacuum hole is opened by applied to the workpiece surface since the natural while deleting child object in case of using PTO the heat radiating function by the local broadcast station having the type adsorptive surface workpiece under public affairs number time, so as to cause neither the molding glass groove having the first length is formed to the load upon an initial driving of the adsorptive type by the local broadcast station having the glass molding time, so as to cause neither mold for relates to device. Photolithography extrudate glass generally the glass lens, curved surface glass is. representative. Glass lens infrared lens, camera lens of a polyimide resin, such and is attached to the camera, also the current glass curved surface 2 as shown to the smart phone such as window glass portable terminal (100) or in hundred covers is mainly used of wet liquid to flow down. Also the a banded type 2a, 2b also the windowing glass (100) form banded both sides of the, also 2c the windowing glass (100) end of banded are in the form of aqueous. Such curved surface glass molding device patent number 10 - 1121449 enrolling 25th which conventional technique of call is disclosure. Before upper based semi-prior art, from a top, front the base that the air suction amounts is traversed by a material in the form of the flat and sent gradually is-mold heated at a high temperature while heating for bending a unit is formed in a duplex structure, the upper rear of the base is-mold using the heat generated and sent gradually forming a the cooling line is cooling while, heating passing through the line will mold may be transferred, in both a cooling line is connected to the gate line to be insulated, heating line are formed on the end of,, nitrogen gas are filled with heating line forms a chamber that is, Heating channel through the first treatment of particulate olefin polymer, resulting order suppling line contactless state indirectly heat the coking chamber preheating means; A-mold preheating in a contact state with a mold directly heats the mold and for bending side wall body; Mold a heating line, connecting line, a transfer unit order suppling line cooling; method and system for.. And, prior art the mold body (200) the upper mold (201) and lower molds (203) and, upper mold (201) of the bottom section of the elastic the convex surface (202) is formed and the lower mold (203) upper part of the concave surface (204) is formed. Thus, in the form of flat material (102) the upper mold (201) and lower molds (203) between on of the environment they are pressed in at surface material (102) form mounted in the mounting plane, i.e., banded of shapes is can. And, lower molds (203) plurality of bottom part of a suction hole (205) is formed, mold body (200) is formed when formed by means said suction hole (205) in a material inlet vacuum force being through (102) circuit for lower mold region (203) firmly stuck completely bottom surface of quality curved surface glass forming is enabled. Said upper mold in the description (201) and lower molds (203) forms a predetermined film on a is the symbolic, each other repositionable, the use KIPO &. However, the PTO when moulding the bending material the suction hole (205) and workpiece is so strongly adsorb while of load upon an initial driving of the local station the workpiece surface the shape of suction hole is left in a adsorptive type is to cause a peak intensity to occur by the local broadcast station having the glass molding has a remarkably in quality of a number number point an door an electrode. Thus, door number for said addressed the present invention refers to number 1 mold is concave and a convex or number 1 molding surface, a cup shaped sample number 1 molding surface on one or both sides are formed in a curved number 1, number 1 with the mold surfaces number 1 a curved portion at predetermined intervals on plurality of vacuum pressure and an oil filler through a, vacuum the circumference of the vacuum hole 140 a is open by formed around the electric, vacuum hole to vacuum pressure from the material absorption surface unit and generates a shape to form a pre-strip material when in opening groove of a periphery of an vacuum hole is opened by applied to the workpiece surface since the natural while deleting child object in case of using PTO the heat radiating function by the local broadcast station having the type adsorptive surface workpiece under public affairs number time, so as to cause neither the molding glass groove having the first length is formed to the adsorptive type by the local broadcast station having the load upon an initial driving of the time, so as to cause neither a die for press forming of glass device, intended for public box a number. The aim of the present invention refers to said, Mold number 1 (10) and number 2 mold (20) is a shroud, number 1 mold (10) and number 2 mold (20) material between (30) is molding are determined including vacuum breakage or adsorptive type by the local broadcast station having the time, so as to cause neither device in a die for press forming of glass, Mold number 1 (10) a convex or concave number 1 molded surface (11) is provided with, number 1 molded surface (11) material on one or both sides of (30) a cup shaped sample number 1 for banding a curved portion (12) is formed, number 1 molded surface (11) or number 1 molded surface (11) number 1 and a curved portion (12) at predetermined intervals on plurality of vacuum hole (13) a bypass, vacuum hole (13) is open peripheral the vacuum hole (13) and workpiece (30) surface water content of the powder does not direct contact region between the warped (14) a vacuum around the hole to a reference value and in that. According to the present invention, vacuum hole to vacuum pressure from the material absorption surface unit and generates a shape to form a pre-strip material when in opening groove of a periphery of an vacuum hole is opened by applied to the workpiece surface since the natural while deleting child object in case of using PTO the heat radiating function by the local broadcast station having the type adsorptive surface workpiece under public affairs number time, so as to cause neither the molding glass groove having the first length is formed to the adsorptive type by the local broadcast station having the load upon an initial driving of the time, so as to cause neither can be a protective boards. Figure 1 shows a conventional vacuum die for press forming of glass device also exhibit side. Figure 2 shows a shape of window glass the conventional system side is exemplified. Number 1 in the embodiment of Figure 3 shows a device die for press forming of glass the present invention also exhibit side. Also 4 and also Figure 5 shows a cross-section of the present invention number 1 in the embodiment. Number 2 in the embodiment of Figure 6 shows a device die for press forming of glass the present invention also exhibit side. Number 3 in the embodiment of Figure 7 shows a device die for press forming of glass the present invention also exhibit side. Also Figure 8 shows a cross-section of the present invention number 3 in the embodiment. Number 4 in the embodiment of Figure 9 shows a device die for press forming of glass the present invention also exhibit side. Also 10 and Figure 11 shows a also exhibit number 5 in the embodiment of the present invention die for press forming of glass device side. Hereinafter, also drawing with an reference to 11 also to 3 described. off at the first and the second of the present invention preferred embodiment. ◈◈ number 1 in the embodiment Figure 5 shows a to 3 a timing as also of the present invention number 1 in the embodiment also, Mold number 1 (10) and number 2 mold (20) is a shroud, number 1 mold (10) and number 2 mold (20) material between (30) is molding are determined including vacuum breakage or adsorptive type by the local broadcast station having the time, so as to cause neither device in a die for press forming of glass, Mold number 1 (10) a convex or concave number 1 molded surface (11) is provided with, number 1 molded surface (11) material on one or both sides of (30) a cup shaped sample number 1 for banding a curved portion (12) is formed, number 1 molded surface (11) or number 1 molded surface (11) number 1 and a curved portion (12) at predetermined intervals on plurality of vacuum hole (13) a bypass, vacuum hole (13) is open peripheral the vacuum hole (13) and workpiece (30) surface water content of the powder does not direct contact region between the warped (14) a vacuum around the hole to a reference value and in that. Glass material (30) a bending mold for forming the body includes a number 1 mold (10) and number 2 mold (20) and, number 1 mold (10) and number 2 mold (20) between the material (30) is molding are determined. Of a mold unit is heated in (30) where it is heated forming, mold number 1 (10) a convex or the recesses number 1 molded surface (11) is formed, is number 1 molded surface (11) material on one or both sides of (30) a cup shaped sample number 1 for banding a curved portion (12) is formed. Said number 1 mold (10) and a mold number 2 (20) a lower piece is formed to be recessed convex or number 2 molded surface (21) is formed, is number 2 molded surface (21) number 2 one or other side of a curved portion (22) is formed. Mold number 1 (10) and mold number 2 (20) a each other because the material even a return route located under the forward processes the musical piece data memorized (30) nanometer or molding is number door. Said number 1 molded surface (11) or number 1 molded surface (11) number 1 and a curved portion (12) at predetermined intervals on plurality of vacuum hole (13) for number 1 a curved portion (12) control a process of a crawler by an outer circumferential in a direction perpendicular to the, also 3 as shown to the vacuum hole (13) is open peripheral the vacuum hole (13) and workpiece (30) surface water content of the powder does not direct contact region between the warped (14) a vacuum hole (13) formed around the electric a. Figure 4 shows a a single ray cross-sectional drawing and, also of Figure 3 Figure 5 shows a b-b ray cross-sectional drawing as is indicated, is drawing of Figure 3 to is as it became at the time of load upon an initial driving of the vacuum hole (13) and workpiece (30) surface of has from direct contact with each other. Thus, vacuum breakage or vacuum force being vacuum hole (13) even if a force through vacuum hole (13) of is warped (14) and is opened by the since the material (30) surface portion vacuum force being applied to the LCD panel displays material (30) surface vacuum hole (13)-shaped by the local broadcast station having the is does not occur. In addition, mold number 2 vacuum hole (20) of number 2 molded surface (21) number 2 and a curved portion (22) can be dispersed form and transmitted to the other. ◈◈ number 2 in the embodiment Figure 6 shows a also as timing a number 2 in the embodiment, Mold number 1 (10) forming protrusions in a number 1 molded surface (11) is formed, is number 1 molded surface (11) number 1 by the first distance along the both sides of a curved portion (12) is formed on a, number 1 molded surface (11) and a curved portion number 1 (12) orthogonal to the direction length a plurality of vacuum hole (13) is formed, vacuum hole (13) from an end portion of the warped (14). to form a. Number 2 in the embodiment vacuum as well hole (13) and workpiece (30) is material to the second stage (30) that is transmitted to the PTO is fixed on the is adsorptive type by the local broadcast station having the vacuum breakage or the workpiece surface to a cutting unit. and can be expected to have the urinary tract. ◈◈ number 3 in the embodiment Also 7 and Figure 8 shows a also as timing a number 3 in the embodiment, Mold number 1 (10) and number 2 mold (20) is a shroud, number 1 mold (10) and number 2 mold (20) material between (30) is molding are determined including vacuum breakage or adsorptive type by the local broadcast station having the time, so as to cause neither device in a die for press forming of glass, Mold number 1 (10) a convex or concave number 1 molded surface (11) is provided with, number 1 molded surface (11) material on one or both sides of (30) a cup shaped sample number 1 for banding a curved portion (12) is formed in a longitudinal direction, number 1 molded surface (11) is arranged on the edge of the planar portion a curved portion (12) to be parallel with each other in a constant distance plurality of vacuum hole (13a) a bypass, vacuum hole (13a) is open peripheral the vacuum hole (13a) and workpiece (30) surface water content of the powder does not direct contact region between the warped (14a) a vacuum hole (13a) characterized in that formed around the. Number 1 in the embodiment number 3 in the embodiment described in solutions for use in forming configuration identical to the candidate n mark an identical code to avoid time as large as that of described. The number 3 in the embodiment number 1 molded surface (11) number 1 by the first distance along the one or both of a curved portion (12) device as is, number 1 thereof a curved portion (12) parallel to number 1 molded surface (11) on the edges of the suitcase shells vacuum hole (13a) and an outer circumferential the longitudinal direction, device for controlling hole (13a) the circumferences of the warped (14a) and is opened by the configured to is formed inside the tie.. Also 8, such as mold number 1 (10) on material (30) pane which is situated number 2 mold (20) panel of polypropylene (30), for a high temperature environment lowering the workpiece in upper from (30) is curved end for a lower electrode of a capacitor of bending to form a pre-strip when number 2 mold (20) of materials by fall of (30) are pressed down to pin slidably connected to the guide when bending while A developing goes crisscross relatively portion, so-called curved boundary lifting phenomenon occurs where it is heated, number 1 number 3 in the embodiment such as a a curved portion (12) longitudinal direction to be parallel vacuum hole (13a) the movable member is driven by material (30) both sides of the vacuum hole when depressed (13a) state caused by the increase of the vacuum force being material (30) is pulled audio region boundary depending on the pre-inputted data A lifting boundary curved portion is no longer any out-of-developing.. In addition, vacuum hole (13a) when no vacuum force being to vacuum hole (13a) and workpiece (30) from direct contact with each other the surface of the material since (30) is attenuated vacuum force being applied to adsorptive type by the local broadcast station having the no is a cutting unit, [...] poly due to the fall of mold number 2 [...] in addition reducing ratio of 1/0.5 - 3 according to error elder brother pressure mold as a cutting and can be expected to have.. ◈◈ number 4 in the embodiment Figure 9 shows a also as timing a number 4 in the embodiment, Mold number 1 (10) and number 2 mold (20) is a shroud, number 1 mold (10) and number 2 mold (20) material between (30) is molding are determined including vacuum breakage or adsorptive type by the local broadcast station having the time, so as to cause neither device in a die for press forming of glass, Mold number 1 (10) a convex or concave number 1 molded surface (11) is provided with, number 1 molded surface (11) material on one or both sides of (30) a cup shaped sample number 1 for banding a curved portion (12) is formed in a longitudinal direction, normal to the longitudinal direction thereof in order to vacuum hole (13) while a bypass number 1 molded surface (11) is arranged on the edge of the planar portion a curved portion (12) to be parallel with each other in a constant distance plurality of vacuum hole (13a) a bypass, vacuum hole (13, 13a) peripheral is open the vacuum hole (13, 13a) and workpiece (30) surface water content of the powder does not direct contact region between the warped (9 990000576999) a vacuum hole (13a) formed around the is characterized in that the. Number 1 in the embodiment of the present invention number 4 in the embodiment description of number 3 in the embodiment and in solutions for use in forming configuration identical to the candidate n mark an identical code to avoid time as large as that of described. The number 1 number 4 in the embodiment a curved portion (12) orthogonal to the corresponding to the main hole (13) for number 1 molded surface (11) and a curved portion number 1 (12) ohmic metal layer so that the layer of line-shape on a, a curved portion in addition number 1 (12) parallel to number 1 molded surface (11) both side edges of plurality of vacuum hole (13a) is an outer circumferential, arranged in the length direction, each vacuum hole (13, 13a) peripheral is open the vacuum hole (13, 13a) and workpiece (30) surface water content of the powder does not direct contact region between the warped (14, 14a) a vacuum hole (13a) is formed inside the tie. formed around the. Mold number 1 9 also refers to surface (10) of number 1 molded surface (11) formed into one piece with a frame aired on vacuum hole (13, 13a) being arranged for receipt of, the vacuum hole (13, 13a) around the warped (14, 14a) is formed. Thus, vacuum forming each display vacuum hole (13, 13a) prevented from coming into supply vacuum force being through, depending on the pre-inputted data material audio actual condition boundary material and outer pipes (30) by the local broadcast station having the type adsorptive on the surface of any out-of-cutting and can be expected to have is. ◈◈ number 5 in the embodiment Figure 11 shows a 10 and also a timing as also of the present invention number 5 in the embodiment, Mold number 1 (10) and number 2 mold (20) is a shroud, number 1 mold (10) and number 2 mold (20) material between (30) is molding are determined including vacuum breakage or adsorptive type by the local broadcast station having the time, so as to cause neither device in a die for press forming of glass, Mold number 1 (10) side one or more at least 1 can form is melted or the outside a plurality a molding space (40) is formed, the same molding space (40) internal concave or convex a number 1 molded surface (11) is provided with, number 1 molded surface (11) material on one or both sides of (30) a cup shaped sample number 1 for banding a curved portion (12) is formed, number 1 molded surface (11) or number 1 molded surface (11) number 1 and a curved portion (12) at predetermined intervals on plurality of vacuum hole (13) a bypass, vacuum hole (13) is open peripheral 9990000702 999 the vacuum hole (13) and workpiece (30) surface water content of the powder does not direct contact region between the warped (14) a vacuum around the hole to a reference value and in that. Number 1 in the embodiment of the present invention number 5 in the embodiment described the solutions for use in forming configuration identical to the candidate n mark an identical code to avoid time as large as that of described. The number 1 mold of the present invention number 5 in the embodiment (10) at least 1 one or more material (30) can form in inserting an a plurality a molding space (40) is formed, is molding space (40) in number 1 molded surface (11) number 1 and a curved portion (12) while vacuum hole is formed on the first (13) and warped (14) is formed by a rope.. Mold number 1 (10) and a number 2 mold (20) even number 1 mold (10) in the space (40) and the same number a molding space (40) is formed. According to such number 5 in the embodiment, one mold material and a plurality of apertures with an one or more at least 1 (30) at a time can form bending is melted or the outside.. In addition, several at a time vacuum forming glass material the surface of the work-piece while molding bending manner adsorptive type by the local broadcast station having the water content of the powder does not any out-of-subject. and can be expected to have. 10: number 1 mold, 11: number 1 molded surface, 12: number 1 a curved portion, 13, 13a: vacuum hole, 14, 14a: 17a., 20: mold number 2, 21: number 2 molded surface, 22: number 2 a curved portion, 30: material, 40: molding space, The present invention relates to a mold device for molding a glass in which an adsorption molding mark does not occur during vacuum molding. According to the present invention, a first mold has a first molded surface is formed to be concave or convex, a first curved part in the curved form is formed in one side or both sides of the first molded surface, a plurality of vacuum holes are punched at regular intervals in the first molded surface and the first curved part, and an opening groove for opening the vicinity of the vacuum hole is formed around the vacuum holes. When a material is molded by a shape of a curved part by applying a vacuum pressure through vacuum holes and absorbing a material to a molded surface, the vicinity of the vacuum hole is opened by the opening groove. Therefore, while a vacuum pressure applied to a material surface is attenuated, a natural heat dissipation function is provided, thereby not allowing an adsorption molding mark to occur on the material surface to improve a molded glass quality. Therefore, provided is the mold device for molding glass on which an adsorption molding mark does not occur during vacuum molding. COPYRIGHT KIPO 2016 Mold number 1 (10) and number 2 mold (20) is a shroud, number 1 mold (10) and number 2 mold (20) material between (30) is molding are determined including vacuum breakage or adsorptive type by the local broadcast station having the time, so as to cause neither in a die for press forming of glass device, number 1 mold (10) a convex or concave number 1 molded surface (11) is provided with, number 1 molded surface (11) material on one or both sides of (30) a cup shaped sample number 1 for banding a curved portion (12) is formed, number 1 molded surface (11) or number 1 molded surface (11) 9 990000842999 number 1 and a curved portion (12) at predetermined intervals on plurality of vacuum hole (13) a bypass, vacuum hole (13) is open peripheral the vacuum hole (13) and workpiece (30) surface water content of the powder does not direct contact region between the warped (14) a vacuum around the hole to a reference value and a vacuum breakage or adsorptive type by the local broadcast station having the time, so as to cause neither a die for press forming of glass device. Mold number 1 (10) and number 2 mold (20) is a shroud, number 1 mold (10) and number 2 mold (20) material between (30) is molding are determined including vacuum breakage or adsorptive type by the local broadcast station having the time, so as to cause neither in a die for press forming of glass device, number 1 mold (10) a convex or concave number 1 molded surface (11) is provided with, number 1 molded surface (11) material on one or both sides of (30) a cup shaped sample number 1 for banding a curved portion (12) is formed in a longitudinal direction, number 1 molded surface (11) is arranged on the edge of the planar portion a curved portion (12) to be parallel with each other in a constant distance plurality of vacuum hole (13a) a bypass, vacuum hole (13a) is open peripheral the vacuum hole (13a) and workpiece (30) surface water content of the powder does not direct contact region between the warped (14a) a vacuum hole (13a) formed around the a the time, so as to cause neither by the local broadcast station having the type adsorptive breakage or a die for press forming of glass device. Mold number 1 (10) and number 2 mold (20) is a shroud, number 1 mold (10) and number 2 mold (20) material between (30) is molding are determined including vacuum breakage or adsorptive type by the local broadcast station having the time, so as to cause neither in a die for press forming of glass device, number 1 mold (10) a convex or concave number 1 molded surface (11) is provided with, number 1 molded surface (11) material on one or both sides of (30) a cup shaped sample number 1 for banding a curved portion (12) is formed in a longitudinal direction, normal to the longitudinal direction thereof in order to vacuum hole (13) [...][...] number 1 while a bypass (11) is arranged on the edge of the planar portion a curved portion (12) to be parallel with each other in a constant distance plurality of vacuum hole (13a) a bypass, vacuum hole (13, 13a) peripheral is open the vacuum hole (13, 13a) and workpiece (30) surface water content of the powder does not direct contact region between the warped (14, 14a) a vacuum hole (13a) formed around the a the time, so as to cause neither by the local broadcast station having the type adsorptive breakage or a die for press forming of glass device. Mold number 1 (10) and number 2 mold (20) is a shroud, number 1 mold (10) and number 2 mold (20) material between (30) is molding are determined including vacuum breakage or adsorptive type by the local broadcast station having the time, so as to cause neither in a die for press forming of glass device, number 1 mold (10) side one or more at least 1 can form is melted or the outside a plurality a molding space (40) is formed, molding space thereof (40) internal concave or convex a number 1 molded surface (11) is provided with, number 1 molded surface (11) material on one or both sides of (30) a cup shaped sample for banding 99 90001526999 a curved portion (12) is formed, number 1 molded surface (11) or number 1 molded surface (11) number 1 and a curved portion (12) at predetermined intervals on plurality of vacuum hole (13) a bypass, vacuum hole (13) is open peripheral the vacuum hole (13) and workpiece (30) surface water content of the powder does not direct contact region between the warped (14) a vacuum around the hole to a reference value and a vacuum breakage or adsorptive type by the local broadcast station having the time, so as to cause neither a die for press forming of glass device.
