KR100561212B1 - Glass cleansing equipment of glass chamfer machine - Google Patents

Abstract

The present invention relates to an apparatus for cleaning glass processing parts of glass nippers, and more particularly, to remove glass edges from glass nippers without installing a glass cleaning device, in addition to glass nippers for sharply polishing corner portions of glass cut to a certain area. By reducing the cost of purchasing the device by polishing and cleaning, the surface of the glass with the edges polished through the polishing part of the glass chipper can be cleaned immediately, so that impurities such as fine glass powder generated during polishing are mixed with water and hardened on the glass surface. The present invention relates to a glass surface cleaning device for cleaning glass parts to prevent washing and to facilitate washing.

To this end, the present invention is carried out through the conveying belt portion and the support roller consisting of a glass feeder conveying belt and a grinding belt conveying belt and discharge portion conveying belt while the first and second surface treatment and polish is made through the edge grinding and polishing treatment device. In the glass facer comprising a polishing portion to be built, the glass is interposed on the upper surface of the discharge belt conveying belt for conveying and discharging the glass discharged through the polishing portion, and has a height slightly higher than the height of the polishing portion and sequentially on both sides of the glass. Washing water spraying unit for cleaning by spraying the washing water on the glass surface symmetrically positioned, washing brush unit for sweeping out the rotating impurities such as washing water and glass powder, and secondary washing by spraying the washing water on the glass surface Washing water spray, the primary air spray to blow out the washing water and impurities flowing down the glass, and the glass Washing sponge roller for wiping and removing the washing water remaining in the rotary, the secondary air injection unit, the air drying unit, the rotary drive unit for rotating the sponge roller and the cleaning brush parts on both sides in the reverse direction, and air It is characterized by consisting of a hot air supply unit for supplying air at a constant pressure to the drying unit and the primary and secondary air injection unit.

Description

Glass cleansing equipment of glass chamfer machine

Figure 1 is a front view schematically showing the installation site and configuration of the present invention

Figure 2 is a partial cross-sectional perspective view showing the configuration of the present invention

Figure 3 is a side cross-sectional view showing the configuration of the present invention

4 is a cross-sectional view showing an operating state of the present invention

5 is a cross-sectional view showing an operating state of the present invention

<Description of Signs of Major Parts of Drawings>

100: washing device 110: primary washing water injection unit

111,131,171: Through hole 120: Cleaning brush part

121: shaft 122: brush

130: secondary washing water injection unit 140: primary air injection unit

150: sponge roller portion 151: shaft

152: sponge 160: secondary air injection unit

170: air drying unit 180: rotation driving unit

181 ~ 186: Gear 1 ~ Gear 6 190: Hot air supply

191: heating wire 192: fan

M: Drive motor C1 ~ C3: Chain

The present invention relates to an apparatus for cleaning glass processing parts of glass nippers, and more particularly, to remove glass edges from glass nippers without installing a glass cleaning device, in addition to glass nippers for sharply polishing corner portions of glass cut to a certain area. By reducing the cost of purchasing the device by polishing and cleaning, the surface of the glass with the edges polished through the polishing part of the glass chipper can be cleaned immediately, so that impurities such as fine glass powder generated during polishing are mixed with water and hardened on the glass surface. The present invention relates to a glass surface cleaning device for cleaning glass parts to prevent washing and to facilitate washing.

In general, the glass nipper is a device that polishes the cut outer surface and the edge portion of the glass cut to a certain size, that is, a constant horizontal / vertical length, so that it is not sharp and smooth.

In the glass cutting machine, the glass plate was cut and the edges thereof were sharply processed, and the cut glass was fixed to a fixed frame and the edges thereof were processed by using a cutting machine.

Therefore, the edging process of the glass has been very cumbersome, and the working efficiency is greatly reduced, and there is a closed end that lowers the productivity. In particular, in the case of glass that is made of elliptical shape, the cutting operation is very difficult to form an accurate ellipse. It has not been made, there was a problem such that the quality of the product to be cut and finished is greatly reduced.

In consideration of the above problems, recently, the glass processing to cut the glass surface to finish the edge is automated, that is, the conveying belt portion and the support roller consisting of a glass feeder conveying belt, a grinding belt conveying belt and a discharge conveying belt While conveying the glass by using a glass nipper including a polishing unit for the first and second surface treatment and polishing is performed through the edge polishing and polishing treatment device, the polishing operation is automatically performed at the same time.

However, after polishing the corners of the glass as described above, the cleaning must be made small, which is done by using a separate large cleaning device, which is a relatively large glass pruning and cleaning device by separately installed Because of the work, there is a problem in the efficient operation of the space, such as the need to secure a wide working space, there is a problem that the economic burden of the facility investment is increased because it must possess expensive equipment.

In addition, since the work of polishing the edges of the glass generally requires four sides to be processed, four polishing processes are repeatedly performed. In the case of subsequent cleaning, the ground glass and impurities are combined with water supplied to the polishing site during polishing. Remaining on the glass surface, a certain amount of time elapsed, there was a problem that the washing power is not easy to wash harden.

The present invention devised in consideration of the above problems is to purchase the device by polishing and cleaning the glass edges in the glass surface chamfering without installing a glass cleaning device apart from the glass surface chamfering to sharply polish the corner portion of the glass cut into a certain area In order to reduce the cost, the surface of the glass with the edge polished through the glass cutting part is immediately washed to prevent impurities such as fine glass powder generated during polishing from mixing with water and hardening on the surface of the glass. In addition, the technical problem is to provide a glass processing area cleaning device of the glass noodle to improve the cleaning power.

The present invention for achieving the above object is the first and second surface treatment through the edge polishing and polishing treatment device while being conveyed through the conveying belt portion and the support roller consisting of the glass feeder conveying belt and the grinding portion conveying belt and the discharge conveying belt And a polishing part for polishing the glass, wherein the glass facer has a height slightly higher than the height of the polishing part with the glass interposed on the upper surface of the discharge part conveyance belt for conveying and discharging the glass discharged through the polishing part. The primary washing water spraying unit sprays the washing water onto the glass surface which is sequentially symmetrically positioned on both sides of the glass, the washing brush unit which sweeps out the rotating impurities such as the washing water and glass powder, and secondly sprays the washing water onto the glass surface. Secondary washing water spray to clean, and primary water to blow out the washing water and impurities that flowed to the bottom of glass Washing sponge roller for wiping and removing the spraying part, the washing water remaining on the glass surface, the secondary air spraying unit, the air drying unit, both the sponge roller and the cleaning brush to rotate in the reverse direction And a hot air supply unit configured to supply air to the rotary drive unit, the air drying unit, and the primary and secondary air injection units at a predetermined pressure.

1 is a front view schematically showing the installation site and configuration of the present invention, Figure 2 is a partial cross-sectional perspective view showing the configuration of the present invention, Figure 3 is a configuration of the present invention 4 is a cross sectional view showing a working state of the present invention, and FIG. 5 is a front sectional view showing an operating state of the present invention, and a double reference numeral 100 denotes a glass processing site cleaning apparatus of the present invention.

The present invention, as shown in the accompanying drawings, Figures 1 and 2, the conveying belt portion 14 and the support roller consisting of a glass feeder conveying belt 11, a polishing conveying belt 12 and the discharge conveying belt 13 A glass facer comprising a polishing portion 18 for conveying the edges 16 and 16 'and the first and second surface treatments and polishes through the edge treatment 16 and 16 while being transferred through the 15. In (10), the grinding | polishing part 18 of the grinding | polishing part 18 puts glass G in the upper surface of the discharge part conveyance belt 13 for conveying and discharging glass G discharged | emitted through the grinding | polishing part 18. It has a height slightly higher than the height and is vertically closed so that the pumped washing water that is sequentially symmetrically positioned on both sides of the glass G can be sprayed onto the glass G surface. ) Is first washed by the pipe-shaped primary washing water injection unit 110 and the sprayed washing water The brush (120) for cleaning the brush 122 formed on the outer periphery of the rotatable circular shaft (121) and the vertical shaft so as to clean the surface on both sides of the glass (G) and the washing water pumped supplied to the glass (G) surface Vertically swashed so as to be sprayed on the pipe is the pipe-shaped secondary washing water injection unit 130, the upper portion is sealed and a plurality of through holes 131 formed in the glass surface direction, and the discharge portion conveying belt 13 for conveying the glass (G) ) And a primary air jet 140 comprising nozzles for injecting air to remove impurities and cleaning liquid remaining on the processed lower end of the glass G, and to remove the cleaning liquid remaining on the surface of the cleaned glass G. The cleaning sponge roller unit 150 and the cleaning sponge roller unit 150 for cleaning, in which the sponge 152 is formed on the outer circumference of the circular shaft 151 rotatable vertically so as to clean both surfaces of the glass G, and the cleaning sponge roller unit 150 for cleaning. To the bottom of the glass (G) Secondary air injection unit 160 consisting of a nozzle for injecting air to remove the cleaning liquid, and the glass (G) surface of the outer periphery while vertically squeezed vertically to dry the entire glass (G) both sides washed hot air Gears 1, 2 (181) and 182 are laid down at the lower end of the pipe-shaped air drying unit 170 and the sponge roller parts 150 at both sides, and the chain C1 is staggered. By connecting the sponge roller unit 150 in the reverse direction by the driving motor (M), and separately installing the gears 3, 4 (183) 184 on the lower end on the rotation shaft of the gears 1, 2 (181), 182. In addition, the rotation drive unit 180 is installed to connect the chain (C2) (C3) to the gears 5, 6 (185) (186) arranged in the lower end of the cleaning brush unit 120, and interlocked rotation in the same direction. And a heating wire 191 and a fan 192 to supply air to the air drying unit 170 and the primary and secondary air injection units 140 and 160 at a predetermined pressure. It is composed of wind supply (190).

In the present invention configured as described above, as shown in the accompanying drawings, first, when the glass G is placed on the glass feeding part conveying belt 11 rotated by the feeding motor m1, the glass G is conveyed. And transfer into the polishing unit 18.

Thereafter, the glass G transported into the polishing unit 18 is transferred by the polishing unit conveying belt 12 rotating by the conveying motor m2, and then, through the corner polishing 16 and the polishing apparatus 17. First and second surface treatment and gloss is made so that the outer edge of the glass (G) is polished to a trapezoidal shape and at the same time has a gloss.

As described above, when the edges of the polished and polished glass G are discharged from the polishing unit 18, the discharge unit transfer belt 13 rotated by the transfer motor m3 is discharged and discharged. The glass G transported on the secondary transport belt 13 is washed while passing through the washing apparatus 100 of the present invention provided symmetrically.

That is, as shown in Figures 3 and 4 of the accompanying drawings, the washing water pumped by a separate pump (not shown) operation through a plurality of through-holes 111 formed on the pipe outer peripheral surface of the primary washing water injection unit 110 Sprayed on the surface of the glass (G) and is sent to the glass powder and impurities and water in the polishing process in the downward direction in the polishing process, while the brush 121 of the cleaning brush unit 120 is rotated 1 The washing water and impurities sprayed from the primary washing water injection unit 110 are swept away from the glass G surface.

As described above, when the impurity (including glass powder) in the cleaning brush unit 120 is separated or lifted from the surface of the glass (G), once again in the secondary washing water spraying unit 130, the primary washing water spraying unit (110) It operates in the same manner as to spray the washing water to the glass (G) surface, the first air injection unit 140 located in the next stage to remove the washing water and impurities flowing down the bottom of the glass (G) through the air injection. .

Subsequently, the sponge 151 of the rotating sponge roller unit 150 wipes off the washing water on the glass surface, and the washing water flowing down to the lower surface of the glass G during the wiping process rotates once again with the secondary air injection unit 160. Is removed by air injection, and the warm air supplied from the hot air supply unit 190 for warming and blowing the outside air through the fan 192 to the heated hot wire 191 to the pipe of the air drying unit 170. Through the formed hole 171 is sprayed to the surface of the glass (G) to be completely dried.

This process is repeated four times in the case of the square glass, the glass after the fourth cleaning process can be packaged for shipment immediately.

Here, the present invention as shown in the accompanying drawings, Figure 5, to collect the washing water on the lower surface of the washing apparatus 100 to discharge to a separate storage tank (not shown), the drain portion 200 to be supplied by pumping it again ) Is provided.

The present invention as described above can immediately wash the glass (G) polished from the glass noodle 10, it is possible to clean without securing a separate washing device installation space.

In particular, the present invention is easy to wash because the washing is done immediately after the polishing process, the washing power is improved.

Thus, the present invention is to reduce the purchase cost of the device by polishing and cleaning the edges of the glass in the glass chamfer without installing a glass cleaning device apart from the glass chamfering to sharply polish the edge of the glass cut into a certain area Meanwhile, the surface of the glass whose edges are polished through the polishing part of the glass chipper is immediately washed to prevent impurities such as fine glass powder generated during polishing from mixing with water to harden on the surface of the glass, making it easy to clean and at the same time Get the effect of improving it.

Claims (1)

Edge grinding 16 and polished while being conveyed through the conveying belt part 14 and the support roller 15, which are composed of the glass feeding part conveying belt 11, the polishing part conveying belt 12, and the discharge part conveying belt 13; In the glass facer 10 which includes the polishing part 18 which makes the 1st and 2nd surface treatment and gloss through the apparatus 17, the glass G discharged through the polishing part 18 is conveyed. Pumping and supplying the symmetrically positioned on both sides of the glass (G) having a height slightly higher than the height of the polishing unit 18 with the glass (G) between the discharge surface conveying belt 13 to be discharged Vertically swashed so that the washing water can be sprayed onto the glass G surface is closed by a pipe-shaped primary washing water spraying unit 110 in which a plurality of through holes 111 are formed in the glass surface direction, and 1 by washing water sprayed. Rotate vertically upright to clean both surfaces of car-washed glass (G) The washing brush part 120 having the brush 122 formed on the outer circumference of the circular shaft 121 and the vertically flushed upper part are sealed in the glass surface direction so that the pumped supply water can be sprayed onto the glass G surface. Pipe-shaped secondary washing water injection unit 130 having a plurality of through holes 131, the discharge portion conveying belt 13 for transferring the glass (G) and the cleaning liquid and impurities remaining in the processed lower end of the glass (G) Primary air injection unit 140 consisting of a nozzle for injecting air to remove the air, and vertically rotatable to wipe both sides of the glass (G) to remove the cleaning liquid remaining on the cleaned glass (G) surface rotatable Sponge 152 is formed on the outer periphery of the circular shaft 151 and the cleaning sponge roller unit 150, and the cleaning sponge roller unit 150 while wiping the cleaning liquid flowed down to the lower portion of the glass (G) is sprayed Secondary with nozzles Air blower 160 and the pipe-shaped air drying unit formed with a plurality of through-holes 171 in the direction of the glass (G) surface of the outer periphery while vertically swept to dry the hot both sides of the cleaned glass (G) surface (170) and gears 1, 2 (181, 182) are laid down at the lower ends of the sponge roller parts (150) on both sides, but the chain (C1) is staggered and connected by the driving motor (M) to the sponge roller part ( 150 is interlocked in the reverse direction, and gears 3, 4 (183) 184 are separately installed at the lower end on the rotation axis of the gears 1, 2 (181) 182, and the bottom of the cleaning brush part 120 Chains C2 and C3 to the gears 5, 6 (185) and 186, respectively, to be rotated in the same direction and rotated in the same direction. Glass of the glass noodle, characterized in that consisting of hot air supply unit 190 consisting of a hot wire 191 and a fan 192 to supply air to the air injection unit 140, 160 at a predetermined pressure Machine cleaning part.

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