KR101336313B1 - Tps supply apparatus for duplex type glass producing apparatus - Google Patents

Abstract

The present invention relates to an apparatus for jetting TPS raw materials for an apparatus for manufacturing duplex type glasses which transfers the TPS raw materials in order to coat TPS sealing materials between two glass layers and supplies to a nozzle. The apparatus for supplying sealing materials for the apparatus for manufacturing duplex type glasses absorbs the TPS raw materials from drums in which the TPS raw materials are filled and transfers through a transfer pipe in order to laminate multiple glasses and form the sealing materials by supplying the TPS raw materials. For the above characters, the present invention comprises: a base which is supported by a floor surface; columns which are height adjustable and installed in the upper part of the base with a constant height; drum installation units which are formed on the upper surface of the base, and in which the drums are settled; lids which are combined with the columns and function as pistons by being inserted into the upper opening parts of the drums; drum pumps which are installed in the lids; a driving motor which is installed in the column and drives the drum pump; and a level sensor unit which senses the filling amount of the TPS raw materials inside the drum. By following the present invention, appropriate amount of the TPS raw materials can be maintained without discontinuation and good quality products can be obtained by jetting appropriate amount of the TPS raw materials having viscosity and accurately coating the sealing materials.

Description

TPS SUPPLY APPARATUS FOR DUPLEX TYPE GLASS PRODUCING APPARATUS}

The present invention relates to a TPS raw material supply apparatus of a multilayer glass manufacturing apparatus. More specifically, in a multilayer glass manufacturing apparatus which automatically injects a TIPS liver rod between a plurality of glass layers, it relates to a TIPS raw material supply apparatus of a multilayer glass manufacturing apparatus for conveying a TIPS raw material and supplying it to a nozzle.

In recent years, despite the relatively high price, the use of multilayer glass is gradually increasing due to the improvement of the living environment and the development of the manufacturing technology.

In other words, the demand for double-glazed glass is gradually increasing in response to the desire of consumers to pursue a more comfortable living environment from noise, from large buildings to small shops and private houses.

Laminated glass is a combination of two or more sheets of glass at a predetermined distance. Compared with single-layer glass, not only does it minimize the loss of energy in the room, but the surface temperature of the inner glass decreases relatively less despite the decrease in the external temperature. Dew condensation is suppressed. In addition, it is excellent in sound insulation performance can effectively block the transmission of noise between the indoor and outdoor.

Conventional multilayer glass is configured to include a first glass facing the inside of the building, a second glass constituting the outer wall of the building, and a ganbong to maintain a constant space between the first glass and the second glass.

Gabon is usually composed of an aluminum material to firmly support the spaced glass. In addition, the ganbong made of aluminum material in this way is bent the aluminum plate to the contact surface of the both sides contacting the first and second glass, the inner surface facing the inner space between the two glass, and the outer space between the two glass It was constructed by forming an outer surface facing toward.

In addition, the ganbong is formed by bending the aluminum material along the outer shape of the glass, or by connecting a plurality of ganbong made of a straight line by the coupling portion made of a constant shape.

However, as described above, the liver rod made of aluminum has a high thermal conductivity, which significantly reduces the thermal insulation effect, and thus the visual field is greatly disturbed by the dew condensation caused by the temperature difference between the inner and outer surfaces of the glass. there was.

Ganbong using synthetic resin has been proposed to solve this problem, Korean Patent No. 1021851 has been disclosed as a related art.

Meanwhile, the liver rod made of synthetic resin is suitable for a TPS material that can improve the thermal insulation effect, that is, an insulating plastic spacer containing a hygroscopic agent as one-component polyisobutylene.

This TPS liver bar is applied to the glass using a TPS liver bar supply device.

The present invention is a multi-layer glass manufacturing apparatus for automatically injecting TPS liver rods between a plurality of glass layers, the TPS raw material is sucked from a drum (not shown) filled with TPS raw material is transferred to a nozzle through a transfer pipe It is possible to keep the proper amount at all times in a filled state so that there is no interruption of the TPS raw material, and to supply the TPS raw material of the multilayer glass manufacturing apparatus improved the configuration of the pump to easily transfer the TPS raw material having a viscosity The purpose is to provide a device.

The object of the present invention described above is to feed a TS raw material filled therebetween by overlapping a plurality of glass plates and to feed the TS raw material from a drum filled with a TS raw material to form a liver rod, and to transfer the TS through a transfer pipe. A TPS raw material supply apparatus of a multilayer glass manufacturing apparatus, comprising: a base supported on a bottom surface; It is installed on the upper part of the base to a certain height, the height is adjusted to the expectations; A drum mounting part formed on an upper surface of the base and on which the drum is seated; A lid coupled to the base and inserted into an upper opening of the drum to serve as a piston; A drum pump mounted to the lid; A drive motor mounted to the base to drive the drum pump; It can be achieved by the TPS raw material supply apparatus of the multilayer glass manufacturing apparatus including a level sensor unit for sensing the filling amount of the TPS raw material in the drum.

The suction port of the drum pump is connected to the lower portion of the lid to be inserted into the drum, characterized in that the discharge port is connected to the conveying pipe.

The base includes a pair of cylinder bodies mounted vertically on both sides of the upper surface of the base; A pair of rods which are lifted and lowered by drawing and drawing which are respectively coupled to the pair of cylinder bodies; A cradle coupled to the distal ends of the pair of rods and arranged horizontally, to which the rod connected to the lid is coupled; It characterized in that it comprises a pressure supply for supplying an operating pressure to the cylinder body.

The drum mounting portion includes: a pedestal formed in a disc shape on the upper surface of the base so that the lower end of the drum is seated; A stepped portion formed on one side of the pedestal so as to be in close contact with the outer peripheral surface of the lower one side of the drum; An adhesive stand formed on the other side of the pedestal so as to be symmetrical with the stepped portion and having one end hinged and rotated; It is embedded in the groove formed in the pedestal, characterized in that it comprises a pusher in the shape of a cam so as to protrude from the upper surface of the pedestal by the rotation of the lever.

The upper surface of the base is connected to the pedestal from the outer end is characterized in that a plurality of guide projections for guiding the movement of the drum is formed.

The level sensor unit is mounted vertically on one side of the base, the outer tube and the inner tube can be fitted in the length can be stretched, and the upper end of the inner tube is coupled to the upper portion of the base to be linked to the fluctuation of the height of the base. One level shaft; A sensor coupled to the inner tube of the level shaft; A casing in a vertical state coupled to the outside of the level shaft and having a lower end coupled to the base; And a sensing device formed on an inner surface of the casing to be in contact with the sensor to sense a sensor position.

The sensing device is formed on top of the casing and the highest level detector for detecting excessive filling of the TIPS raw material; A recharge level detector formed under the highest level detector to detect a time of resupply of the TPS raw material; It is formed in the lower portion of the casing, characterized in that it comprises a lowest level detector for detecting the exhaustion of the TPS raw material.

The lid is characterized in that the air supply device is formed so that the air is injected into the drum from the outside to relieve the vacuum pressure in the drum to open the drum to easily damage the lid and lift the lid when the lid is raised.

The air supply device and the air valve formed on one side of the upper end of the lid; An operation bar coupled to the air valve and having a rack gear formed at one side thereof; A bracket coupled to an upper portion of the operation bar; A pinion gear mounted to the bracket and gear-coupled with the rack gear; It is characterized in that it comprises an operating tool which is formed on the shaft to rotate the pinion gear and the tool is coupled.

According to the present invention, it is possible to maintain a proper amount at all times in a filled state so that there is no interruption of the TI PS raw material, and by spraying the TI PS raw material having a viscosity at an appropriate capacity, it is possible to apply the correct liver rods to obtain a high-quality product It has an effect.

1 is a perspective view showing a multilayer glass manufacturing apparatus to which a TI PS raw material supply apparatus according to an embodiment of the present invention is applied,
2 is an enlarged view showing a part of a TPS raw material supply apparatus according to an embodiment of the present invention,
Figure 3 is a front view showing a TIPS raw material supply apparatus according to an embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

In the accompanying drawings, Figure 1 is a perspective view showing a multilayer glass manufacturing apparatus is applied to the TIPS raw material supply apparatus according to an embodiment of the present invention, Figure 2 is a part of the TIPS raw material supply apparatus according to an embodiment of the present invention Figure 3 is an enlarged view, Figure 3 is a front view showing a TIPS raw material supply apparatus according to an embodiment of the present invention.

As shown in Figures 1 to 3, the multilayer glass manufacturing apparatus (A) to which the TPS raw material supply apparatus according to an embodiment of the present invention is applied, while overlapping a plurality of glass plates, adhesion and sound insulation between each glass plate It is for forming a liver rod by supplying a TPS raw material to have a performance, and is largely comprised of a raw material supply apparatus A, a raw material conveying part M, and a raw material discharge part T. FIG.

The raw material supply device A sucks the TPS raw material from the drum (not shown) filled with the TPS raw material and transfers it through the transfer pipe L.

The raw material conveying unit M is provided with heating means to prevent solidification of the TPS raw material introduced into the conveying pipe (L).

The raw material discharge part T includes a pressurizing device 4 for pressurizing the raw material transferred through the raw material transfer part M so as to be suitable for the final discharge pressure, and the discharge of the TPS raw material supplied from the raw material discharge part T. It consists of the head 6.

The TPS raw material supply device (A) according to an embodiment of the present invention, for extracting a TPS raw material from the drum, the base 11 is supported on the bottom surface; A base 12 installed at a predetermined height on the base 11 and having a height adjusted thereto; A drum mounting part 13 formed on an upper surface of the base 11 and on which the drum is seated; A lid 14 coupled to the base 12 and inserted into the top opening of the drum to serve as a piston; A drum pump 15 mounted to the lid 14; A drive motor (16) mounted to the base (12) to drive the drum pump (15); It comprises a level sensor unit (7) for detecting the filling amount of the TPS raw material in the drum.

The base 11 has a plate shape formed to have a predetermined area and is stably supported on the bottom surface.

The drum pump 15 is mounted at the center of the lid 14 so that the hood connected to the suction port formed in the lower portion is inserted into the drum, and the discharge port of the drum pump 15 is connected to the transfer pipe L on one side, and the drum pump ( 15 is preferably a geared pump.

Therefore, the shaft 161 connected to the upper driving motor 16 is rotated to drive the drum pump 15 so that the TPS raw material may be sucked from the drum and transferred to the transfer pipe (L).

The base 12 includes a pair of cylinder bodies 121 mounted vertically on both sides of the upper surface of the base 11; A pair of rods 122 which are lifted and lowered by drawing and drawing which are respectively coupled to the pair of cylinder bodies 121; A cradle 124 coupled to the front end of the pair of rods 122 and arranged horizontally, to which the rod body 123 to which the lid 14 is connected is coupled; It is configured to include a pressure supply for supplying an operating pressure to the cylinder body 121.

The pressure supply unit includes a compressor for supplying hydraulic or pneumatic pressure, and the rod 122 may be continuously lowered by supplying pressure to the cylinder body 121.

As the rod 122 is lowered, the lid 14 is lowered to pressurize the TPS raw material in the drum to a constant pressure, and the hood connected to the suction port of the drum pump 15 is always immersed in the TPS raw material to inflow air. To be blocked.

The filling amount of the TPS raw material in the drum is sensed by the level sensor provided on one side, and the level sensor allows the TPS raw material to be pumped from the auxiliary drum when the TPS raw material in the drum is reduced below a certain level so as to maintain a constant filling amount at all times. do.

The drum is formed in a general cylindrical shape, the upper part is equipped with a cover, the inside is provided with a TPS material filled therein.

The drum is provided with two main drums and auxiliary drums, and a supply pump for supplying the TPS material of the auxiliary drum to the main drums from time to time is provided.

In addition, the auxiliary drum needs to be replaced with a new one when the internal TPS material is exhausted, so that the drum mounting portion 13 is provided to facilitate detachment.

The drum mounting portion 13 includes a pedestal 131 formed in a disc shape on the upper surface of the base so that the lower end of the drum is seated; A step 132 formed on one side of the pedestal 131 to be in close contact with the outer peripheral surface of the lower one side of the drum; A contact table 133 formed at the other side of the pedestal 131 so as to be symmetrical with the step 132 and having one end hinged and rotated; The pusher 135 is embedded in the groove 134 formed in the pedestal 131, and has a cam-shaped pusher 135 to protrude from the upper surface of the pedestal 131 by the rotation of the lever 136.

The step 132 and the contact table 133 are formed in an arc shape, the step 132 is installed in a fixed state, and the contact table 133 is coupled to the shaft pin 138 on one side to be rotatable.

Pedestal 131 is formed in the shape of a disc on the upper surface of the base 11, the outer periphery is formed by chamfering, a square groove 134 is formed symmetrically on both sides is pusher 135 in this groove 134 ) Is inserted.

The upper surface of the base 11 is connected to the pedestal 131 from the outer end is formed with a plurality of guide guides 139 of the bar shape to guide the movement of the drum. The tip of the guide protrusion 139 is chamfered so that the bottom surface of the drum can be easily moved.

As shown in the figure, the stepped portion 132 is fixedly mounted on the inside, and the contact table 133 is disposed outside, and the shaft pin 138 is coupled to one end of the contact table 133 so as to be rotatable. Is mounted.

The pusher 135 is integrally operated by being coupled to the shaft rod 137 coupled to the groove 134 symmetrically formed on the pedestal 131, and a sharp protrusion 135-2 is formed at one side to form a cam shape.

In addition, the lever 136 is coupled to one end of the shaft 137 to be linked to the rotation of the lever 136 and the pusher 135 may be rotated.

That is, when the protrusions 135-2 of the grooves 134 are horizontally arranged and the lever 136 is rotated, the protrusions 135-2 are rotated upwards to protrude to the upper portions of the grooves 134, thereby lowering the drum. Can push up.

Therefore, the drum stripping operation can be performed more easily.

The lid 14 is inserted to have an airtightness on the inner circumferential surface of the drum, and a plurality of packings 142 are formed on the outer circumference of the lid 14 so that the TPS raw material in the drum can be pressed by the lowering of the lid 14. .

Therefore, the lid 14 is inserted into the drum to be in frictional contact with the inner circumferential surface, such as a piston, to have airtightness so that outside air does not flow.

In addition, the lid 14 is provided with an air supply device 6 to allow air to be injected into the drum from the outside to relieve the vacuum pressure in the drum, so that the drum is damaged when the lid is raised and the lid is easily opened.

Air supply device 6 and the air valve 61 formed on one side of the upper end of the lid 14; An operation bar 62 coupled to the air valve 61 and having a rack gear at one side thereof; A bracket 63 coupled to an upper portion of the operation bar 62; A pinion gear 64 mounted to the bracket 63 and gear-coupled with the rack gear;

It is formed on the shaft to rotate the pinion gear (64) and comprises an operating tool (65) to which the tool is coupled.

Actuator 65 is made of a hexagonal nut, is formed on the shaft of the pinion gear 64, the pinion gear 64 can also be rotated by rotating by mounting the tool (T) in the actuator 65. .

Therefore, the operation bar 62 may be raised or lowered by the rack gear coupled with the pinion gear 64.

As the air valve 61 is opened by the rising of the operation bar 62, external air may be introduced into the drum and the vacuum state may be eliminated.

As the vacuum in the drum is eliminated, the lid 14 can be easily lifted, and the drum is not crushed by compression.

On the other hand, the level sensor unit 7 is mounted vertically on one side of the base 11, the outer tube (not shown) and the inner tube 721 can be fitted in the length of the expansion and contraction, the inner tube 721 A level shaft 72 coupled to an upper end of the base to be linked to a change in height of the base; A sensor (not shown) coupled to the inner tube 721 of the level shaft 72; A casing 76 coupled to the outside of the level shaft 72 and having a lower end coupled to the base 11; It is formed on the inner surface of the casing 76 is configured to include a sensing device 74 in contact with the sensor to detect the sensor position.

The upper end of the inner tube 721 of the level shaft 72 is coupled to the cradle 72 of the base 12, and as the rod 122 is lowered, the inner tube 721 is lowered and drawn into the outer tube.

At this time, the sensor formed in the lower portion of the inner tube 721 is lowered in contact with the sensing device 74 to perform the level monitoring.

Sensing device 74 is formed on top of the casing 76 and the highest level detector 741 for detecting excessive filling of the TIPS raw material; A recharge level detector 742 formed at a lower portion of the highest level detector 741 to sense a resupply timing of the TPS raw material; It is formed in the lower portion of the casing 76 and comprises a lowest level detector 743 for detecting the exhaustion of the TI PS raw material.

Therefore, when the level is lowered as the TPS material filled in the main drum is supplied to the raw material transfer part M, the refill level detector 742 detects this, and drives the supply pump of the auxiliary drum to supply the TPS raw material to the main drum. May be replenished so that an appropriate amount of TPS raw material is always filled.

Although the present invention has been described in connection with the above-mentioned preferred embodiments, it will be apparent to those skilled in the art that various modifications and variations can be made without departing from the spirit and scope of the invention, It is obvious that the claims fall within the scope of the claims.

6: air supply device 7: level sensor
11: base 12: expectation
13: drum mounting portion 14: lid
15: drum pump 74: detection device
76: casing

Claims (8)

TIPS raw material of multi-layer glass manufacturing apparatus which sucks TIPS raw material from drum filled with TIPS raw material and transfers it through the transfer pipe to overlap the plurality of glass plates and supply TiPS raw material filled therebetween to form liver rod. In the feeder,
A base supported on the bottom surface;
It is installed on the upper part of the base to a certain height, the height is adjusted to the expectations;
A drum mounting part formed on an upper surface of the base and on which the drum is seated;
A lid coupled to the base and inserted into an upper opening of the drum to serve as a piston;
A drum pump mounted to the lid;
A drive motor mounted to the base to drive the drum pump;
Level sensor unit for detecting the filling amount of the TPS material in the drum
TPS raw material supply device of the multilayer glass manufacturing apparatus comprising a. The method of claim 1,
The above expectations,
A pair of cylinder bodies mounted vertically on both sides of the upper surface of the base;
A pair of rods coupled to the pair of cylinder bodies, respectively, for lifting and lowering;
A cradle coupled to the distal ends of the pair of rods and arranged horizontally, to which the rod connected to the lid is coupled;
Pressure supply unit for supplying an operating pressure to the cylinder body
TPS raw material supply device of the multilayer glass manufacturing apparatus comprising a. The method of claim 1,
The drum mounting portion,
A pedestal formed on an upper surface of the base to seat the lower end of the drum;
A stepped portion formed on one side of the pedestal to be in close contact with the outer peripheral surface of the lower one side of the drum;
An adhesive stand formed on the other side of the pedestal so as to be symmetrical with the stepped portion and having one end hinged and rotated;
A pusher embedded in a groove formed in the pedestal, the cam-shaped pusher to protrude from the upper surface of the pedestal by the rotation of the lever
TPS raw material supply device of the multilayer glass manufacturing apparatus comprising a. The method of claim 3,
TiPS raw material supply apparatus of the multilayer glass manufacturing apparatus, characterized in that the upper surface of the base is connected to the pedestal from the outer end is formed with a plurality of guide projections for guiding the movement of the drum. The method of claim 1,
The level sensor unit
It is mounted vertically on one side of the base, the outer tube and the inner tube can be fitted and the length can be stretched, the upper shaft of the inner tube is coupled to the upper portion of the base and the level shaft which is linked to the height fluctuation of the base and ;
A sensor coupled to the inner tube of the level shaft;
A casing coupled to the outside of the level shaft and having a lower end coupled to the base;
A sensing device formed on an inner surface of the casing to contact the sensor to detect a sensor position
TPS raw material supply device of the multilayer glass manufacturing apparatus comprising a. 6. The method of claim 5,
The sensing device
A top level detector formed on top of the casing to sense excessive filling of TPS raw materials;
A recharge level detector formed under the highest level detector to detect a time of resupply of the TPS raw material;
The lowest level detector formed at the bottom of the casing to detect the exhaustion of the TIPS raw material
TPS raw material supply device of the multilayer glass manufacturing apparatus comprising a. The method of claim 1,
And the air supply device is formed in the lid to release air from the outside into the drum to release the vacuum pressure in the drum. 8. The method of claim 7,
The air supply device
An air valve formed on one side of an upper end of the lid;
An operation bar coupled to the air valve and having a rack gear formed at one side thereof;
A bracket coupled to an upper portion of the operation bar;
A pinion gear mounted to the bracket and gear-coupled with the rack gear;
An actuating tool formed in the shaft to rotate the pinion gear and to which a tool is coupled;
TPS raw material supply device of the multilayer glass manufacturing apparatus comprising a.

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