KR102527368B1 - Desiccant supply device of spacer for double glazing - Google Patents

Abstract

The present invention relates to an absorbent supply device for a spacer bar which increases work efficiency. The absorbent supply device for a spacer bar comprises: a spacer bar mounting part accommodating a plurality of spacer bars to inject an absorbent into the spacer bars, having one side arranged to be inclined higher than the other side thereof, and including a lower hole on the other side thereof; a vertical support part coupled to one side of the spacer bar mounting part to support the spacer bar mounting part; a horizontal support part supporting the spacer bar support part and the vertical support part, wherein one side thereof is coupled to the vertical support part; an absorbent supply unit coupled to the vertical support part, and positioned on the upper side of the spacer bar mounting part to supply an absorbent to the spacer bar mounting part; a recovery part arranged on the lower side of the lower hole to recover the absorbent which is not injected into the spacer bars through the lower hole; and a storage part connected to the recovery part and storing the absorbent recovered from the recovery part.

Description

Ganbong's desiccant supply device {DESICCANT SUPPLY DEVICE OF SPACER FOR DOUBLE GLAZING}

The disclosed content relates to a device for supplying a moisture absorbent between bars.

Unless otherwise indicated herein, material described in this section is not prior art to the claims in this application, and it is not admitted that the material described in this section is prior art.

In double-glazed glass made by arranging two sheets of glass at regular intervals and sealing the surroundings with an adhesive, it plays a role in maintaining a constant gap between the glass, allowing air injected into the inside to escape or outside moisture to penetrate. configuration to prevent this. As the inter-bar is inserted and installed between the double-glazed windows, the gap between the double-glazed windows is maintained and fixed, and it functions as a moisture absorbent and heat insulating material, and corresponds to an essential configuration in the production of double-glazed glass.

These inter-bars are usually made of aluminum material, and a moisture absorbent is filled between them to prevent moisture from filling the internal space, thereby increasing the effect of preventing condensation. Usually, when double-glazed windows are installed, air or water with high humidity enters the space between the glasses and becomes damp. Condensation occurs inside the glass when there is a large temperature difference between the inside and the outside as air or water with high humidity enters the glass. In order to prevent this, a moisture absorbent is filled inside the inter-bong to absorb the moisture present between the double-glazed windows.

As a method for filling the inter-bar with the desiccant, the operator shakes the inter-bar in the middle to prevent the inter-bar from being clogged or not flowing properly while the inter-bar is installed at an angle. Once installed, the container or the cradle is inconvenient and inefficient if it is difficult to change its position later and does not fit the physical condition of the worker. Accordingly, it is problematic for several workers with various physical conditions to work on one workbench.

In addition, it becomes a problem if the desiccant that is discharged without being injected into the gap is simply thrown away. There is a problem in that the dehumidifying function of the moisture absorbent introduced into the gap is reduced.

1. Republic of Korea Patent Registration No. 10-0697185 (Announced on March 21, 2007)

The present invention is to solve the above problems, by using a moisture absorbent supply unit, a nozzle moving unit, a height adjusting unit, etc., to adjust the height of the spacing holder and the position of the nozzle to efficiently inject the moisture absorbent into the spacing, It is an object of the present invention to provide a device for supplying a desiccant between seals that recovers the desiccant that has not been injected into the desiccant through the recovery unit, stores it in the storage unit, removes moisture through the desiccant unit, and supplies the desiccant again.

In addition, it is not limited to the technical problems as described above, and it is obvious that other technical problems may be derived from the following description.

The inter-bar desiccant supply device according to the present invention accommodates a plurality of the inter-bars in order to inject the desiccant into the inter-bars, one side of which is inclined higher than the other side, and the inter-bar holding part including a lower hole on the other side, one side of the inter-bar holding part and A vertical support part coupled to support the spacer holder, one side of which is coupled to the vertical support part, and a horizontal support part for supporting the vertical support part and the spacer holder part, combined with the vertical support part and located on the upper side of the spacer holder part to supply the moisture absorbent to the A desiccant supply unit supplying a desiccant supply unit to the inter-bar holder, a recovery unit disposed below the lower hole and recovering the desiccant not injected into the inter-bar through the lower hole, and a desiccant connected to the recovery unit and recovered from the recovery unit. It may include a storage unit for storing.

The desiccant supply unit may include a desiccant supply unit for storing and supplying the desiccant, and a nozzle unit connected to the desiccant supply unit and supplying the desiccant to the plurality of interrodes.

The desiccant supply unit may include an openable and openable cover, an inlet through which the desiccant supplied from the storage unit flows, and an outlet through which the desiccant is discharged to the nozzle unit.

The desiccant supply unit may further include a pressurizing unit located at one side of the inter-bar holder and applying air pressure so that the desiccant supplied from the nozzle unit is injected into the inter-bar.

The inter-bar desiccant supply device according to the present invention may further include a height adjustment unit coupled to the vertical support part and connected to the inter-bar holder part to adjust the height of one side of the inter-bar holder part.

The height adjustment unit includes a rail part coupled to the vertical support part, a gear part rotatably coupled to the rail part and rotating and moving vertically, a driving part for rotating and moving the gear part, and one side hinged with the drive unit and the other side The connection part is coupled to one side of the spacer holder, and the connection part can move one side of the spacer holder vertically according to the vertical movement of the gear unit.

The inter-bar desiccant supply device according to the present invention further includes a buffer having one side hinged with the inter-bar holder and the other side coupled with the horizontal support, and the buffer unit is interlocked with the vertical movement of the height adjustment unit to adjust its length And it can be rotated to support the spacer holder.

The desiccant supply device of the gap rod according to the present invention further includes a pump unit for moving the desiccant stored in the storage unit to the desiccant supply unit, and the pump unit includes a suction unit connected to the storage unit to suck the desiccant, and the A discharge unit connected to the desiccant supply unit and supplying the desiccant absorbed from the suction unit to the desiccant supply unit may be included.

The apparatus for supplying a moisture absorbent for inter-bars according to the present invention may further include a nozzle moving unit that moves the nozzle part vertically and horizontally according to the plurality of inter-bars.

The inter-bar desiccant supply device according to the present invention further includes a sensor unit for detecting the amount of the desiccant injected into the plurality of inter-bars accommodated in the inter-bar holder unit, and a control unit for adjusting the position of the nozzle unit according to a signal from the sensor unit. The control unit may control the nozzle moving unit according to a signal from the sensor unit to inject the moisture absorbent into the gap where the nozzle unit is not filled in a predetermined amount.

The inter-bar desiccant supply device according to the present invention may further include a gap maintaining unit for maintaining a predetermined interval between the inter-bar holding unit and the desiccant supply unit.

The interbond desiccant supply device according to the present invention may further include a dehumidifier for removing moisture from the desiccant stored in the storage unit.

The inter-bar desiccant supply device according to the present invention is hinged to the other side of the inter-bar holder and blocks the open upper side of the inter-bar holder to prevent the moisture absorbent injected from one side of the inter-bar holder and falling to the outside. can include more.

Work efficiency can be increased by making it easier to inject the desiccant into the inter-bar through the pressurizing unit, and recovering the remaining amount of the desiccant not injected into the inter-bar directly through the recovery unit and re-supplying it to the desiccant supply unit through the pump unit.

It is possible to increase work efficiency by enabling work by adjusting the height of the bar holder according to the physical condition of the operator through the height adjustment unit and the buffer.

It is possible to quickly and accurately inject the moisture absorbent into the gap bar by moving the position of the nozzle up, down, left and right through the nozzle moving unit.

It is possible to increase the dehumidifying function of the absorbent by minimizing penetration of moisture into the absorbent recovered or stored through the dehumidifying unit.

The effects of the present invention are not limited to the effects mentioned above, and other effects not mentioned will be clearly understood by those skilled in the art from the description of the claims.

1 is a perspective view of a desiccant supplying device for gaps according to an embodiment of the present disclosure;
Figure 2 is a side view of a moisture absorbent supplying device for gaps according to an embodiment of the present disclosure.
3 is a schematic perspective view of a desiccant supplying unit of a desiccant supplying device of a gap according to an embodiment of the present disclosure;
4 is an enlarged view of part A of FIG. 2;
Figure 5 is a schematic perspective view of the desiccant supplying device pump unit of the gap according to an embodiment of the disclosure.
6 is a schematic perspective view of a movable nozzle unit of a desiccant supplying device of a gap according to an embodiment of the present disclosure;

Hereinafter, with reference to the accompanying drawings, look at the configuration and operational effects of the preferred embodiment. For reference, in the drawings below, each component is omitted or schematically illustrated for convenience and clarity, and the size of each component does not reflect the actual size. In addition, like reference numerals refer to like components throughout the specification, and reference numerals for like components in individual drawings will be omitted.

Hereinafter, a moisture absorbent supplying device 2000 of interbond according to an embodiment of the present invention will be described in detail with reference to the drawings.

1 is a perspective view of a desiccant supply device 2000 of a gap seal according to an embodiment of the disclosed contents, FIG. 2 is a side view of a desiccant supply apparatus 2000 of a gap seal according to an embodiment of the present disclosure, and FIG. It is a schematic perspective view of the desiccant supply unit 400 of the desiccant supply device 2000 of the gap according to one embodiment of the content.

The present invention relates to a desiccant supply device (2000) for intersticks, using a desiccant supply unit (400), a nozzle moving unit (1000), a sensor unit, a control unit, etc. 20) is injected, the desiccant 20 that has not been injected into the interstick 10 is recovered through the recovery unit 500, and the moisture desiccant 20 stored in the storage unit 600 is removed through the dehumidifying unit 1200. Then, the moisture absorbent 20 is efficiently supplied to the absorbent supply unit 410 through the pump unit 900, and the height of the gap holder 100 is adjusted through the height adjustment unit 700 and the buffer unit 800. It can be injected into the gap rod (10). The inter-bar desiccant supply device 2000 according to an example of the present invention includes a inter-bar holder 100, a vertical support 200, a horizontal support 300, a desiccant supply unit 400, a recovery unit 500, a storage unit ( 600), the height adjustment unit 700, the buffer unit 800, the pump unit 900, the nozzle moving unit 1000, the gap maintaining unit 1100, the dehumidifying unit 1200, and the cover unit 1300. can include

In order to inject the moisture absorbent 20 into the inter-bong 10, the inter-bong desiccant supply device 2000 according to the present invention accommodates a plurality of inter-bong 10, one side of which is inclined higher than the other side, and a lower hole 110 on the other side. A vertical support 200 for supporting the spacing holder 100 by being coupled to one side of the spacing holder 100, one side coupled to the vertical support 200, the vertical support It is combined with the horizontal support part 300 and the vertical support part 200 supporting the spacer holder 100, and is located on the upper side of the spacer holder 100 to apply the moisture absorbent 20 to the spacer holder 100 A desiccant supply unit 400 for supplying the desiccant, a recovery unit 500 disposed below the lower hole 110 and recovering the desiccant 20 not injected into the gap bar 10 through the lower hole 110, and the recovery unit 500 and includes a storage unit 600 for storing the desiccant 20 recovered from the recovery unit 500, and the desiccant supply unit 400 stores and supplies the desiccant 20; 410), and a nozzle unit 420 connected to the desiccant supply unit 410 and supplying the desiccant 20 to the plurality of inter-bars 10. ), an inlet 412 into which the desiccant 20 supplied from the storage unit 600 flows, and an outlet 413 for discharging the desiccant 20 to the nozzle unit 420, and supplying the desiccant. The unit 400 may further include a pressurizing unit 450 located on one side of the spacing holder 100 and applying air pressure so that the moisture absorbent 20 supplied from the nozzle unit 420 is injected into the spacing bar 10. .

The inter-bar holder 100 is disposed with one side inclined higher than the other side in order to inject the moisture absorbent 20 into the inter-bar 10, and can serve to accommodate a plurality of inter-bars 10, and has a lower hole on the other side ( 110) may be included. As can be seen in the example of FIG. 1, the inter-bar holder 100 may have a square cylinder shape with an upper side open, and one side through which the moisture absorbent 20 flows into the inter-bar 10 is a lower hole ( 110) is located higher than the other side, so that the moisture absorbent 20 can be easily introduced into the inter-bar 10. For example, the inter-bong 10 may be inserted between the double-glazed windows to maintain a gap between the double-glazed windows and remove moisture between the double-glazed windows by including a moisture absorbent 20.

As can be seen in the example of FIG. 2, for example, the lower hole 110 is a hole formed on the other side of the spacer holder 100, and the moisture absorbent supplied to the spacer holder 100 from the absorbent supply unit 400 described below ( 20), the moisture absorbent 20, which is not injected into the inter-bar 10, may be gathered to the lower side of the inter-bar holder 100 and serve as an outlet to be discharged to the recovery unit 500 to be described later. For example, the bottom surface of the spacer holder 100 where the lower hole 110 is located is convex downward toward the lower hole 110 to facilitate the discharge of the absorbent 20 .

The vertical support part 200 is formed vertically with respect to the horizontal support part 300 to be described later, and may serve to support the spacer holder 100 by being combined with one side of the spacer holder 100. As can be seen in the example of FIG. 1 or 2, the vertical support part 200 is coupled with the horizontal support part 300 to be described later on the lower side, and the height adjustment unit 700 or the absorbent supply unit 400 described later is coupled. be able to support them.

The horizontal support part 300 is formed horizontally with respect to the vertical support part 200, and one side is coupled with the vertical support part 200 to support the vertical support part 200 and the spacer holder 100.

The desiccant supply unit 400 is coupled to the vertical support 200 on the upper side of the inter-bar holder 100, and supplies the desiccant 20 to the inter-bar holder 100 to supply the desiccant 20 to the inter-bar 10. It may serve to inject, and may include a desiccant supply unit 410, a nozzle unit 420, and a pressurization unit 450.

The desiccant supply unit 410 is coupled to the vertical support 200, and may serve to store the desiccant 20 and supply the desiccant 20 to the bar, the cover part 411, the inlet 412, and an outlet 413 and the like.

As can be seen in the example of FIG. 3, for example, the cover 411 is coupled to the top of the desiccant supply unit 410 to be openable and closed, and the cover 411 is opened and the desiccant 20 is supplied to the desiccant supply unit 410. ) can be provided. For example, the cover part 411 may include a sealing device to prevent external moisture from entering the desiccant supply part 410 . The inlet 412 may serve to allow the desiccant 20 supplied from the storage unit 600 to be described later to flow into the desiccant supply unit 410, and the outlet 413 may be connected to the nozzle unit 420 to be described later. It may serve to discharge the desiccant 20 in the desiccant supply unit 410 to the nozzle unit 420 by being connected thereto.

As can be seen in the example of FIG. 3 , for example, the inlet 412 may be a hole formed on the upper side of the absorbent supply unit 410 . For example, the outlet 413 may be a hole formed on the lower surface of the desiccant supply unit 410, and the lower surface of the desiccant supply unit 410 is formed convex downward toward the outlet 413 to facilitate the outflow of the desiccant 20. can do

The nozzle unit 420 is connected to the outlet 413 of the desiccant supply unit 410, and serves to inject the desiccant 20 into the plurality of inter-bars 10 by supplying the desiccant 20 to the holder of the inter-bar 10. can do.

The pressurization unit 450 is located on one side of the interstices holder 100 on the side coupled to the vertical support unit 200, and applies air pressure to the absorbent 20 supplied from the nozzle unit 420 so that the absorbent 20 It may serve to facilitate injection into the gap rod 10.

As can be seen in the example of FIG. 2, the recovery unit 500 is disposed below the lower hole 110 of the spacing holder 100, and is not injected into the spacing bar 10, but It may serve to recover the moisture absorbent 20 collected on the lower side to the storage unit 600 to be described later through the lower hole 110. For example, the recovery unit 500 may include an elastic tubular shape.

The storage unit 600 is connected to the recovery unit 500 and may serve to receive and store the moisture absorbent 20 recovered from the recovery unit 500 through the lower hole 110 . As can be seen in the example of FIG. 1 or 2, for example, the storage unit 600 includes a recovery hole 610 connected to the recovery unit 500 and a suction unit 910 of a pump unit 900 to be described later. A connected storage hole 620 may be included.

4 is an enlarged view of part A of FIG. 2 .

The inter-bar desiccant supply device 2000 is combined with the vertical support 200 and further includes a height adjustment unit 700 connected to the inter-bar holder 100 to adjust the height of one side of the inter-bar holder 100, The height adjustment unit 700 includes a rail unit 710 coupled to the vertical support unit 200, a gear unit 720 that rotatably engages with the rail unit 710 and moves up and down, and a gear unit 720. It includes a drive unit 730 for rotating and moving, and a connection unit 740, one side of which is hinged with the drive unit 730 and the other side is coupled to one side of the spacer holder 100, the connection unit 740 is a gear unit 720 One side of the spacing holder 100 can be moved up and down according to the vertical movement of the bar, one side is hinged with the spacing holder 100 and the other side is coupled with the horizontal support part 300. A buffer unit 800 is further included The length of the shock absorber 800 is linked with the vertical movement of the height adjustment unit 700, and the length is adjusted and rotated to support the spacer holder 100.

The height adjustment unit 700 is coupled to the vertical support part 200 and is connected to the spacer holder 100 to play a role in adjusting the height of one side of the spacer holder 100, the rail part 710, A gear unit 720, a driving unit 730, and a connection unit 740 may be included.

As can be seen in the example of FIG. 2 or 4, for example, the rail part 710 is coupled to the vertical support part 200, and the gear part 720 to be described below can be engaged and moved, and the gear part 720 is rotatably coupled to the rail unit 710, and may serve to move the spacer holder 100 up and down by rotating and moving up and down on the rail unit 710, and the driving unit 730 is a gear It may serve to drive the unit 720.

As can be seen in the example of FIG. 2, for example, the connecting portion 740 has one side hinged with the drive unit 730 and the other side coupled with one side of the spacer holder 100, and the top and bottom of the gear unit 720 It may serve to move one side of the spacing holder 100 up and down according to the movement.

The buffer unit 800 has one side hinged with the spacing holder 100 and the other side coupled with the horizontal support unit 300, and its length is adjusted and rotated in conjunction with the vertical movement of the height adjustment unit 700 to Corresponding to the height of the part 100, it may serve to support the spacer holder 100.

As can be seen in the example of FIG. 2, for example, the buffer unit 800 increases in length corresponding to the height of the spacing holder 100 according to the vertical movement of the height adjustment unit 700, or the spacing holder 100 ) and the hinged side rotate, so that the inclination of the entire spacing holder 100 according to the height of one side of the spacing holder 100 can be properly adjusted.

As can be seen in the example of FIG. 1 , for example, a plurality of fixing parts 750 may be formed at regular intervals along the longitudinal direction of the rail part 710 . The fixing part 750 allows the gear part 720 moving along the rail part 710 to be fixed at a certain height, and one side of the spacer holder 100 moving up and down is adjusted to the physical condition of the worker. By adjusting and fixing, the efficiency of work can be increased.

5 is a schematic perspective view of a pump unit 900 of a desiccant supply device 2000 of a gap seal according to an embodiment of the disclosed subject matter, and FIG. It is a schematic perspective view of unit 1000.

The desiccant supplying device 2000 of the interbonding further includes a pump unit 900 for moving the desiccant 20 stored in the storage unit 600 to the desiccant supply unit 410, and the pump unit 900, the storage unit 600 ) connected to the suction unit 910 for inhaling the desiccant 20, and a discharge unit connected to the desiccant supply unit 410 and supplying the desiccant 20 sucked from the suction unit 910 to the desiccant supply unit 410 ( 920), and further includes a nozzle moving unit 1000 that moves the nozzle unit 420 up, down, left and right in accordance with the plurality of spacers 10, and one side of the nozzle moving unit 1000 is vertical The body part 1010 coupled to the support part 200, and one side is coupled to the body part 1010 and the other side is coupled to the nozzle part 420, so that the position of the tip of the nozzle part 420 is at the position of the gap bar 10 It may include a moving unit 1020 that moves up, down, left and right according to the spacing, and a sensor unit detecting the amount of the moisture absorbent 20 injected into the plurality of spacing bars 10 accommodated in the spacing bar holder 100, and a signal from the sensor unit The control unit controls the nozzle moving unit 1000 according to the signal of the sensor unit so that the nozzle unit 420 is not filled with a predetermined amount. It is possible to inject the absorbent 20 into.

The pump unit 900 is coupled to the vertical support 200, and may serve to move the desiccant 20 stored in the storage unit 600 to the desiccant supply unit 410, and the suction unit 910 and the discharge unit (920) and the like.

One side of the suction unit 910 is connected to the storage unit 600, and may serve to suck the moisture absorbent 20 stored in the storage unit 600. As can be seen in the example of FIG. 2 , for example, the suction unit 910 may be connected to the storage hole 620 to suck the moisture absorbent 20 .

One side of the discharge unit 920 is connected to the desiccant supply unit 410, and may serve to supply the desiccant 20 sucked from the suction unit 910 to the desiccant supply unit 410. For example, the discharge unit 920 may be connected to the inlet 412 of the desiccant supply unit 410 to supply the desiccant 20 introduced from the suction unit 910 to the desiccant supply unit 410 .

As can be seen in the example of FIG. 2 or FIG. 5, for example, the pump unit 900 applies pressure to the recovery unit 500 through suction force so that the recovery unit 500 easily absorbs and stores the moisture absorbent 20 It can be collected in section 600.

The nozzle moving unit 1000 moves the nozzle part 420 up, down, left and right according to the plurality of spacer bars 10 accommodated in the spacer bar holder 100. It may serve to inject (20), and may include a body part 1010 and a moving part 1020. As can be seen in the example of FIG. 1 or FIG. 6, for example, the nozzle moving unit 1000 causes the nozzle unit 420 to fill one of the plurality of inter-bars 10 with the moisture absorbent 20. After doing so, the nozzle unit 420 may be moved to another inter-bar 10 that is not filled so as to fill the unfilled inter-bar 10 with the absorbent 20.

One side of the body portion 1010 is coupled to the vertical support portion 200 to support a moving portion 1020 to be described below, and one side of the moving portion 1020 is coupled to the body portion 1010 and the other side is the nozzle portion ( 420), it can serve to move the position of the tip of the nozzle part 420 up, down, left and right according to the position of the gap rod 10.

The sensor unit may play a role of detecting the amount of the moisture absorbent 20 injected into the plurality of inter-bars 10 accommodated in the inter-bar holding unit 100.

The control unit controls the nozzle moving unit 1000 according to a signal from the sensor unit, and may control the nozzle unit 420 to inject the moisture absorbent 20 into the gap bar 10 that is not filled in a predetermined amount.

The inter-bar desiccant supply device 2000 removes moisture from the desiccant 20 stored in the gap maintaining unit 1100 and the storage unit 600 to maintain a predetermined distance between the inter-bar holder 100 and the desiccant supply unit 410. The dehumidifying unit 1200 and the intersealing unit 100 are hinged to the other side of the intersealing unit 100, and the open upper side of the intersealing unit 100 is blocked, and the moisture absorbent 20 injected and dropped from one side of the intersealing unit 100 It may further include a cover part 1300 preventing the escape to the outside.

The space maintaining unit 1100 may serve to maintain a predetermined distance between the spacer holder 100 and the absorbent supply unit 410. As can be seen in the example of FIG. 1, as an example, the spacing maintaining unit 1100 is a configuration for interconnecting and fixing the spacing holding unit 100 and the moisture absorbent supply unit 410, and the spacing holding unit 100 is Even if it moves up and down on the vertical support part 200 through the part 710, the gap between the spacer holder 100 and the absorbent supply part 410 is maintained by a predetermined distance through the gap maintaining part 1100, thereby maintaining the moisture absorbent 20 It is possible to easily inject into the gap rod 10 and minimize the moisture absorbent 20 leaving.

The dehumidifying unit 1200 may serve to remove moisture from the desiccant 20 stored in the storage unit 600 . As can be seen in the example of FIG. 1 or 2, for example, the dehumidifying unit 1200 is coupled to the horizontal support unit 300 and is connected to the recovery unit 500 or the storage unit 600 for the moisture absorbent 20. You can dehumidify.

The cover part 1300 is hinged to the other side of the spacer holder 100, and the moisture absorbent 20 injected from one side of the spacer holder 100 and dropped by blocking the open upper side of the spacer holder 100 It can play a role in preventing the departure to the outside. As can be seen in the example of FIG. 1 or FIG. 2 , for example, the lower side of the cover part 1300 is opened, only a part of the front surface 1310 is opened, and the remaining part is closed, so that the cover part 1300 is closed from one side of the spacer holder 100. It is possible to prevent the moisture absorbent 20, which is not injected into the interstices 10 and falls from the inside of the interstices holding part 100 to the outside of the interstices 10, from being discharged to the outside of the interstices holding part 100.

The present invention relates to a desiccant supply device (2000) for inter-bar, and to inter-bar (10) by using a inter-bar holder (100), a desiccant supply unit (400), a nozzle moving unit (1000), a sensor unit, and a controller. After injecting the desiccant 20, the desiccant 20 that has not been injected into the interstick 10 is recovered through the recovery unit 500, and the desiccant 20 stored in the storage unit 600 is dehumidified through the dehumidifying unit 1200. After removing, it is provided again to the desiccant supply unit 410 through the pump unit 900, and the height of the gap holder 100 is adjusted quickly, accurately and conveniently through the height adjustment unit 700 and the buffer unit 800. It relates to a desiccant supply device (2000) for inter-bars capable of injecting desiccant (20) into inter-bars (10).

The pump unit ( 900), the work efficiency can be increased by resupplying the absorbent to the absorbent supply unit 410. Work efficiency can be increased by enabling work by adjusting the height of the spanning holder 100 according to the operator's physical condition through the height adjustment unit 700 and the buffer 800. The nozzle unit 1000 moves the position of the nozzle unit 420 up, down, left and right, so that the moisture absorbent 20 can be quickly and accurately injected into the gap bar 10. It is possible to increase the dehumidifying function of the absorbent 20 by minimizing penetration of moisture into the absorbent 20 recovered or stored through the dehumidifier 1200 .

Although the preferred embodiments of the present invention have been described with reference to the accompanying drawings, the embodiments described in this specification and the configurations shown in the drawings are only the most preferred embodiments of the present invention and represent all the technical ideas of the present invention. Since it is not, it should be understood that there may be various equivalents and modifications that can replace them at the time of this application. Therefore, the embodiments described above should be understood as illustrative and not restrictive in all respects, and the scope of the present invention is indicated by the claims to be described later rather than the detailed description, and the meaning and scope of the claims and their All changes or modified forms derived from equivalent concepts should be construed as being included in the scope of the present invention.

10: Ganbong
20: moisture absorbent
100: gap holder
110: lower hole
200: vertical support
300: horizontal support
400: desiccant supply unit
410: desiccant supply unit
411: cover
412: inlet
413: outlet
420: nozzle unit
450: pressing part
500: recovery unit
600: storage unit
700: height adjustment unit
710: rail part
720: gear part
730: driving unit
740: connection part
750: fixed part
800: buffer part
900: pump unit
910: inlet
920: discharge unit
1000: nozzle moving unit
1010: body part
1020: moving part
1100: spacing maintenance unit
1200: dehumidification unit
1300: cover part
2000 : Ganbong's moisture absorbent supply device

Claims (13)

A spacer holding unit that accommodates a plurality of the spacer bars in order to inject a moisture absorbent into the spacer bar, one side of which is inclined higher than the other side, and including a lower hole on the other side;
a vertical support coupled to one side of the spacer holder and supporting the spacer holder;
a horizontal support having one side coupled to the vertical support and supporting the vertical support and the gap holder;
a moisture absorbent supply unit coupled to the vertical support and located above the spacer holder to supply a moisture absorbent to the spacer holder;
a recovery unit disposed below the lower hole and recovering the moisture absorbent not injected into the gap through the lower hole;
a storage unit connected to the recovery unit and storing the desiccant recovered from the recovery unit;
a nozzle moving unit for moving the nozzle part vertically and horizontally according to the plurality of gap bars;
a sensor unit for detecting an amount of the moisture absorbent injected into the plurality of inter-bars accommodated in the inter-bar holding unit; and
Including; a control unit for adjusting the position of the nozzle unit according to the signal of the sensor unit,
The moisture absorbent supply unit,
A moisture absorbent supply unit for storing and supplying a moisture absorbent; and
A nozzle unit connected to the desiccant supply unit and supplying desiccant to the plurality of inter rods;
The control unit,
A device for supplying a moisture absorbent between rods for controlling the nozzle moving unit according to a signal from the sensor unit to inject moisture absorbent into the rods in which the nozzle unit is not filled in a predetermined amount.
delete The method of claim 1,
The absorbent supply unit,
an openable cover portion;
an inlet into which the moisture absorbent supplied from the storage unit flows; and
An inter-bond desiccant supply device comprising an outflow portion for discharging the desiccant to the nozzle portion.
The method of claim 1,
The desiccant supply unit is located on one side of the inter-bar holder and pressurizing unit for applying air pressure so that the desiccant supplied from the nozzle unit is injected into the inter-bar.
The method of claim 1,
The inter-bar desiccant supply device further comprising a height adjusting unit coupled to the vertical support and connected to the inter-bar holder to adjust the height of one side of the inter-bar holder.
The method of claim 5,
The height adjustment unit,
a rail part coupled to the vertical support part;
a gear unit that is rotatably coupled to the rail unit and rotates and moves up and down;
a driving unit that rotates and moves the gear unit; and
A connection part having one side hinged with the drive unit and the other side coupled with one side of the spacer holder,
The connection unit moves the inter-bar holder portion up and down according to the vertical movement of the gear unit.
The method of claim 5,
A buffer unit having one side hinged with the spacer holder and the other side coupled with the horizontal support unit; further comprising,
The buffer unit is interlocked with the vertical movement of the height adjustment unit to adjust the length and rotates to support the gap bar holder.
The method of claim 1,
Further comprising a pump unit for moving the desiccant stored in the storage unit to the desiccant supply unit,
The pump unit,
a suction unit that is connected to the storage unit and sucks an absorbent; and
A desiccant supply device comprising a gap bar; a discharge unit connected to the desiccant supply unit and supplying the desiccant absorbed from the suction unit to the desiccant supply unit.
delete delete The method of claim 1,
The inter-bar desiccant supply device further comprising a gap maintaining unit for maintaining a predetermined interval between the inter-bar holder and the desiccant supply unit.
The method of claim 1,
A dehumidifying agent supply device for interbonding further comprising a dehumidifying unit for removing moisture from the desiccant stored in the storage unit.
The method of claim 1,
A cover unit that is hinged to the other side of the spacer holder and blocks the open upper side of the spacer holder to prevent the moisture absorbent injected from one side of the spacer holder and dropped from escaping to the outside. .

Images