APPARATUS FOR DISCHARGING AIR OF TIRE MOLD
The present invention refers to discharge device relates to tire mold (Air), more specifically onto a lower mold and are of use air as the coaxial to a removable cap fits (Cap) with mold in a condition of wide air nozzles (Air Nozzle), but powder by air nozzles when said rubber tire protrusion hole is turned on by special techniques for hereinafter for the number are disclosed. Flexible rubber tire generally a green tyre (Green Tire) (also referred to as a substrate. same "green tyre") placed in a mold ("valcanizing moulds" is provided as a the same.) by applying heat and pressure at the interior and exterior of sulfur and other chemically rubber and chemical reaction cause vulcanization ([...]) is subjected to with each other. The vulcanizing process in combination with sulfur rubber molecules are stable compound elastic tire while an inverted, by the metal mold tire treads (Tread) cause the production of a unique design in various patterns (Pattern) are disclosed. And, said vulcanizing step means for vulcanizing furnace as steam, hot water, cooling water, high-pressure air at a constant decided should adjustment parameter. Said mold is air or remaining on top number after a task is completed rubber vulcanizer should get comprehensively, in particular tread pattern (Tread Pattern) remaining corner of air outwardly to their position to the assembly of the tire to be coated is strengthened drunk. Air said air vent (Air Vent) mold and are of use as the attach ("air nozzles (Air Nozzle)" is provided as a the same.) is a cup but somewhat depending on the type of tire mold is equal to the difference will hundreds to thousands to mounting. On the other hand, after the air discharge through said mold is formed from a first to a third tire mold conductive Korean Public Patent Notification number 10 - 2003 - 0069699 call (27 August 2003) to the disclosure 'tire vulcanization mold' (same 'document 1' is combined with a load.) is already widely known. In residual relative to said above-mentioned document 1, optimum tire groove for forming valcanizing moulds (1, 2) outside air congestion in efficiency plurality of vent (3) in a plurality radially apertured inferiorities, said vent (3) delivery of goods from a warehouse nothing interposed tire forming process (8) of blocking check valve (Check Valve) type air plug (10) with, said air plug (10) with air passages between the first and hollow body (11) to said body (11) of the interposed air plug (10) of a plurality of stepped portions with divergent taper machined bottom surface box structure (12) and, 999000 1014999 piston (12) discharged after effort retracted by the piston (12) and restored by the elastic force of the spring mounted exposed to the lower (S), said spring (S) mounted on the underside of the spline (13) respectively air ejection passage (14) is formed configuration etc. and their mixtures. However, the technique of the existing method check valve type air plug (10) vent (3) once and once interposed, said valcanizing moulds (1, 2) upon air venting from delivery of goods from a warehouse nothing (8) or powder such as lens is air ejection passage (14) if an outer encoder is said vent (3) from air plug (10) of unit is to be coated. Thereby said air plug (10) number is the main part of the wetting ability and, finally tire (T) delivery of goods from a warehouse nothing outer surface (8) protect been produced exists in the measured number. The number of the existing method of the present invention for solving the point as said door air nozzles (Air Nozzle) (Cap) employs a body (Body) since the tire is separable from the rubber projections formed in the outer surface by the air nozzles from clogging in which powder for increasing and reducing a number of special hereinafter by the pin is. In addition, the nanoparticle of the present invention fine coaxial air nozzles (Cap) is formed over the oven air inlet through the through hole to mold campaigns or rubber protrusion for minimizing the generation of the response signal, or disruption of the pin is to number is obtained from another. The number and configuration of the present invention secured to solve such as said mold body configured with a plurality formed material and mounted perforated air nozzles characterized. In addition, air nozzles is formed on said body and cap detachably secured to each other through the entrance gap forming material and characterized by a spark-ignited. In addition, said body forming said aperture to a discharge path inside of the dust collection unit by a fastener so as to abut the inwardly taper bringing up for discussion characterized material and configuration. And, said cap is in contact with the dust collection unit coaxially by said material and separated from each inlet forming agent characterized. On the other hand, a number of the present invention for another configuration to solve said such as mold body and secured with a plurality formed material and constructed characterized mounted perforated air nozzles. In addition, air nozzles is formed on said body and cap detachably secured to each other through the entrance gap forming material and characterized by a spark-ignited. In addition, said body in contact with said inner coupling part of the dust collection unit to said number 1 formed on a sand discharge path discharge with it sees said number 1 next to the number 1 number 2 is heated discharge path configuration formed on a diameter inner taper bringing up for discussion characterized. And, said cap is in contact with the dust collection unit coaxially by said material and separated from each inlet forming agent characterized. Hereinafter, the present invention if the number and the configuration means drawing one embodiment various objects and various procedures is description of cases appearing through referring to than will. The cap both ends the present invention refers to a fine air nozzles formed through tire rubber on the outer surface of inlet holes coaxial prominence campaigns or prevent, or minimizing a number the stable under public affairs substrate. In addition, the cap of the present invention separating body air nozzles of a frame for a protrusion or powder when said mold release from air nozzles by through hole is every other foreign substance does not exist at the number of the air nozzles can be hereinafter for another effect number under public affairs substrate. A stand-alone air nozzles of the present invention small foreign materials number even after repeatedly reusable another effect number under public affairs substrate. Figure 1 shows a tire mold also the present invention according to one embodiment to determine the state indicating the air nozzles mounted upon are disclosed. Also in the present invention according to Figure 2 shows a 1 also, while the cross-section through the cutaway portion contains mold air nozzles are disclosed. Figure 3 shows a detail of the composition of the present invention according to one embodiment simplifies the decomposition also represent air nozzles are disclosed. Figure 4 shows a 3 also in the present invention according to also, assembled surface detail represent state air nozzles are disclosed. Figure 5 shows a 3 also in the present invention according to also, structure of indicating another embodiment simplifies the plane are disclosed. Also in the present invention according to Figure 6 shows a also 3, structure of one embodiment cases indicating another plane are disclosed. Also in the present invention according to Figure 7 shows a 2 also, the air is discharged through air nozzles mounted mold indicating cross-section simplifies the state number 1 embodiment are disclosed. Also in the present invention according to Figure 8 shows a 2 also, the air is discharged through air nozzles mounted mold indicating cross-section simplifies the state number 2 embodiment are disclosed. Figure 9 shows a guide unit includes the outer rubber tire by indicating the state of the existing method techniques also are disclosed. In a specific embodiment of the present invention are described cases, of the present invention drawing shown by and, according to one embodiment as described in which the at least one operations simplifies the configuration means and, as a result of configuration means and one embodiment of the present invention are technical idea and user in rectifying grudge it does not receive simplifies the number will. The reference number of switches, each drawing in the present invention are described in the same desires code components although other drawing in particular being changed tone to the corresponding code to tell it what to impart significant to doing, are disclosed. Hereinafter, the present invention according to appended agent of 1 to 9 also can occur in the air-exhausting device shown in drawing one embodiment reference tire mold detail cases are described the on-sensors other. The present invention refers to vulcanizing mold installed (by not shown.) (400) body (Body) (410) mounting of the plurality of air nozzles (Air Nozzle) (100) through tire (500) molding said tire (500) outer surface of (510) and expansion (400) inner surface of (430) remaining between air (600) and the hole as the characterized. These characteristics are also shown in the present invention refers to as mold 1 having attached (400) body (410) perforated with a plurality formed (420) a tapered (Taper) unit (210) to fit through air nozzles (100) mounting configuration automaton. In addition, said air nozzles (100) is shown in appended agent of 3 and 4 also as coupling part (220, 320) (Body) through the body (200) and a cap (Cap) (300) detachably secured to each other as shown in 7 and 8 is also attached also to form a dust collection unit by a gap (Gap) (t1) (230) consists of is. I.e., said front window (230) for tires (500) molding said tire (500) outer surface of (510) and expansion (400) inner surface of (430) remaining between air (600) mold (400) before the oven inlet holes (311) through the air inlet to the air (600) is equal to the weight of the collected the use for a long collecting main. With, said front window (230) includes a body (200) with a fastener (220) the top of the (222) and a cap (300) with a fastener (320) of lower part (323) formed on a planar gap between material and composed (t1) characterized. The present invention according to number 1 embodiment as shown in appended agent of 7 include cases said body (200) is said front window (230) to contact a fastener (220) inside of the taper (Taper) unit (210) inserted into the aperture to a discharge path (240) and to form configuration, thereby said front window (230) a cyclone air (600) as the serving is to be coated. Alternatively the present invention according to number 2 embodiment as shown in appended agent of 8 said body include cases (200) is said front window (230) to contact a fastener (220) to form an aperture to a number 1 discharge inside (241) said number 1 on emissions (241) against said number 1 discharge (241) by a diameter greater than taper (Taper) unit (210) to form an aperture to a number 2 discharge inside (242) is consists of. In the case of number 1 discharge upon said number 2 embodiment (241) number 2 on emissions (242) is the same as the diameter of the formed in a predetermined time interval lapses or, said number 2 discharge (242) number 1 diameter of emissions (241) is greater than the diameter of the cross-sectional area to increase reliability according to zoom, thereby said front window (230) to cyclone number 1 discharge (241) quickly through air outlet (600) is equal to the flow rate of the more as the serving. And, said cap (300) is said front window (230) and displays it on a coaxial many apertures forming inlet holes (311) is consists of. On the other hand, the present invention according to said cap (300) the top of the (310) is also shown in appended agent of 3 and 4 as inlet holes (311) is driven out of the outer peripheral surface (331) against only the chin (332) with force (330) or the left upper and a left upper and-like shadow-like shadow or selected direction such displays to even unit formed in the mutually opposite ([...]) to be coated. In addition, said cap (300) the top of the (310) is shown in appended agent of 5 as inlet holes (311) minus (-) into, plus (+), semi-cylindrical, oval, triangle, square, pentagon, hexagon, it sells the angle, such as selected by a variety of shapes or by an operation unit (330a) of uniform depth into the recesses formed in a predetermined time interval lapses or, the present invention refers to number listed in front into instance provides grudge it does not receive messed. In addition, said cap (300) the top of the (310) is shown in appended agent of 6 as inlet holes (311) into a minus (-) both a operating section of shape (330b) outer peripheral surface (331) of uniform depth or down into the recesses formed in the inner surface of a, or inlet holes (311) 4 a positive (+) direction operating section of shape (330c) outer peripheral surface (331) to contact a predetermined time interval lapses into the recesses of uniform depth formed in the will. the operating section (330 to 330c) includes a body (200) cap (300) a driver or wrench (wrench) using the tool to interlock operation such as inhalation, this rubber protrusion (511) by air nozzles in which powder (100) when interference fit head toward and away through hole is mounted air nozzles (100) the entire mold (400) from without disassembling the cap (300) can be a stand-alone housing includes a hereinafter for the simple separation only when in a number are disclosed. This said body (200) that is fastened to the cap (300) is formed on part (220, 320) units means (221, 321) e.g., screw or its equivalent function formed various fastener, as also shown in appended agent of 3 and 4 body (200) side of (223) cap (300) the lower end of the (322) becomes flat she wants to sell 2000 KIPO. Thus, mentioned in front as said coupling part (220) the top of the (222) on the coupling part (320) of lower part (323) (t1) which maintains a gap plane between the dust collection unit (230) is formed are disclosed. On the other hand, in the case of the present invention according to number 1 embodiment simplifies the inlet holes (311) is shown in appended agent of 7 as discharge (240) arranged at a distance from the top (the tangential direction) (222) of the substrate above cap (300) the top of the (310) configured coaxially to each other at equal intervals formed in the substrate. In addition, in the case of the present invention according to number 2 embodiment simplifies the inlet holes (311) 8 as shown in the attached also number 1 discharge path (241) arranged at a distance from the top (the tangential direction) (222) of the substrate above cap (300) the top of the (310) configured coaxially to each other at equal intervals formed in the substrate. Said inlet holes (311) and the diameter of the dust collection unit (φ 1) (230) (t1) gap have identical dimensions formed in the interval range by inlet air (600) preferably to a differential change in the pressure loss. For example, said front window (230) includes a gap (t1) 0. 1 mm 0 as a reference. 05 to 0. 5 mm and the rotation formed, said inlet holes parts (311) (φ 1) diameter of also 0. 1 mm 0 as a reference. 05 to 0. Formed preferably 5 mm apart. In addition, said inlet holes (311) formed in the 10 to 20 the number of angularly many but preferably, 2 to 30 formed in the angularly extended more corresponds to a predetermined time interval lapses disclosed. The present invention refers to the fine inlet holes (311) with numerous substrate to form a tire by (500) outer surface of (510) pointed rubber protrusion (511) is produced off opens and minimizing, furthermore rubber protrusion (511) projecting length that serves to protect the entire surface to be coated to hereinafter. In addition, said inlet holes (311) depth of (d1) i.e., cap (300) the thickness of the capacitance is 0. Within a 5 mm preferably, 0. 3 mm 0 as a reference. 15 to 0. Formed preferably 5 mm apart. And, said inlet holes (311) full extent of the dust collection unit (230) formed in the 50% to 30 drives or to preferably, 20 to 60% more extended portions formed in to a predetermined time interval lapses disclosed. The present invention refers to the tire (500) molding said tire (500) outer surface of (510) and expansion (400) inner surface of (430) hydroxide air (600) into the hole (311), front window (230), number 1 discharge (241), number 2 discharge (242) is equal to the outside via completely can discharge. Thus, the present invention refers to rubber protrusion (511) or powder by air nozzles (100) of the cylinder is even when said air nozzles (100) mold (400) can be hereinafter film for a number of foreign substance does not exist at the release from every other to calculation substrate. The device of the present invention range in various technical idea if one skilled through content do not alter from deviating from a modified by light emitting diodes capable of nontrivial it will rain. Thus, one embodiment of the present invention simplifies the technical range stated various such a content limited to but, preferably should be decided by the claims of the present invention patent are disclosed. 100: air nozzles (Air Nozzle) 200, 410: body (Body) 210: taper (Taper) unit 220, 320: coupling part 221, 321: fastening means 222, 310: top 223: tray 230: front window 240: discharge 241: number 1 discharge 242: number 2 discharge 300: cap (Cap) 311: inlet holes 322: lower end 323: lower part 330 to 330c: an operation unit 331: outer peripheral surface 332: only the chin 400: mold 420: perforated 430: inner surface 500: tire (Tire) 510: outer surface 511: rubber protrusion 600: air (Air) The present invention relates to an apparatus for discharging air of a tire mold and, more specifically, to an apparatus for easily removing rubber protrusion of a tire or powder thereof when air nozzle is stopped by the rubber protrusion of a tire or the powder thereof, by mounting the air nozzle on the mold, wherein the air nozzle has a detachable cap coaxially having an inflow hole to discharge air to the outside of the mold. In addition, the present invention comprises: a plurality of perforations on a body of the mold; an air nozzle mounted on the perforations; a dust collecting part having a body and a cap detachably coupled to each other through a fastening part to form a gap therebetween; a discharge path which is formed to be pierced to the inside of the fastening part and the inside of a taper part in order that the body comes into contact with the fastening part; and a plurality of coaxially formed inflow holes in order that the cap comes into contact with the dust collecting part. COPYRIGHT KIPO 2017 Air-exhausting device in tire mold, mold (400) body (410) perforated with a plurality formed (420) mounted air nozzles (100); said air nozzles (100) is provided with a fastening portion (220, 320) through the body (200) and a cap (300) detachably fastened to one another to form a gap (t1) with a dust collection unit (230); and, said front window (230) to contact said body (200) is provided with a fastening portion (220) on a tapered portion (210) to the inside of through holes formed to be discharge (240); and 9 990001220999 front window (230) to contact said cap (300) is coaxial inlet holes (311) the air-exhausting device characterized in that an external shape of the tire mold. According to Claim 1, said inlet holes (311) is discharge (240) arranged at a distance from the top (the tangential direction) (222) of the substrate above characterized tire mold air-exhausting device formed at equal intervals. Air-exhausting device in tire mold, mold (400) body (410) perforated with a plurality formed (420) mounted air nozzles (100); said air nozzles (100) is provided with a fastening portion (220, 320) through the body (200) and a cap (300) detachably fastened to one another to form a gap (t1) with a dust collection unit (230); and, said front window (230) to contact said body (200) is provided with a fastening part (220) formed inward of the number 1 discharge (241); said number 1 discharge (241) [...][...] emissions to said number 1 (241) by a diameter greater than a tapered portion (210) of the number 2 on the inside of the emissions (242); and said front window (230) to contact said cap (300) is coaxial inlet holes (311) the air-exhausting device characterized in that an external shape of the tire mold. According to Claim 3, said inlet holes (311) is number 1 discharge (241) arranged at a distance from the top (the tangential direction) (222) of the substrate above characterized tire mold air-exhausting device formed at equal intervals. According to Claim 1 or Claim 3, said front window (230) is degrees (220) the top of the (222) on the coupling part (320) of lower part (323) in the planes formed between gap (t1) characterized tire mold air-exhausting device. According to Claim 1 or Claim 3, said cap (300) the top of the (310) is inlet holes (311) is driven out of the outer peripheral surface (331) against only the chin (332) with force (330) a driving characteristic, such left shadow, like in such shadow direction oppositely to the entire upper and left even characterized tire mold air-exhausting device can be embodied as a unit. According to Claim 1 or Claim 3, said cap (300) the top of the (310) is inlet holes (311) into a minus (-) both a operating section of shape (330b) or positive (+) direction 4 operating section of shape (330c) in the entire outer peripheral surface (331) formed by contact with the air-exhausting device characterized tire mold. According to Claim 1 or Claim 3, said inlet holes (311) and the diameter of the dust collection unit (φ 1) (230) (t1) gap interval have identical dimensions characterized tire mold air-exhausting device can be embodied as a range. According to Claim 1 or Claim 3, said inlet holes (311) full extent of the dust collection unit (230) to 60% 20 drives the air-exhausting device characterized can be embodied as a tire mold.
