KR940004303Y1 - Liquid supplier nozzle for liquid plugger - Google Patents

Abstract

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Description

Liquid feed nozzle for liquid charger

1 is an exploded perspective view of the present invention.

2 is a perspective view of the present invention.

3A and 3B are enlarged perspective views of the bottom surface of the bottom portion showing a state where charging is performed;

Figure 4 is a schematic perspective view showing the operating state of the metering charger equipped with the present invention liquid supply nozzle.

* Explanation of symbols for main parts of the drawings

1: upper cap 2: supply nozzle

3: inlet pipe 5: liquid feed port

8: drain pipe 9: drain

11 insertion part 12 lower cap

13: drain nozzle 16: control

17: annular ring 19: compression ring

21 cover 25 joining piece

The present invention relates to a charging liquid supply nozzle for filling a certain amount of low-viscosity liquid into a container, specifically, the inlet is formed in the upper inlet pipe having a certain length is inserted into the upper cap, but the liquid supply port in the lower inlet pipe Form a spring and insert it into a drain pipe formed with a drainage hole, and the drain pipe insert part is fitted with an annular ring and a compression ring to form a snow cover inside the cover, and the cover bottom coupling groove is formed so as to match the container inlet coupling groove, and then into the coupling piece. The present invention relates to a liquid feeding nozzle for a liquid quantitative charger, by which a coupling is made so that a low viscosity liquid can be filled to a certain height.

Conventional liquid chargers have several types of chargers, such as suctioning the air inside the container or installing a separate sensor at the tip of the liquid supply nozzle. ) And valves, etc., are complicated and occupy a lot of space, making it difficult to use in a narrow space.When the liquid level is closed to the sensor during filling even when a separate sensor is attached to the tip of the liquid supply nozzle Although charging is supposed to stop, this too, when the oil material is charged to some extent, the oil film is formed on the sensor part so that it does not work properly and overflows to the outside of the container, causing a problem of economic loss.

In addition, in the conventional method, there are many problems such as waste of a lot of time, manpower, and productivity in order to adjust the sleeping position inside the container by human hand.

Therefore, in the present invention, in order to solve the above problems, the inlet pipe is installed in the drainage pipe and is combined with the cap, and the control unit, the annular ring, and the compression ring are integrally constructed with the cover and the container inlet and the coupling piece. The filling time can be adjusted by the timer operation so that the liquid supply and drainage can be made at the liquid supply nozzle at the same time, so that the quantity is always filled at a certain height, thereby improving productivity and reducing a lot of manpower waste.

In order to achieve the above object, the inlet pipe is integrally formed so as to be internally inserted into the drain pipe so that the container loading zone is raised, the container is pushed into the container inlet and pushes the compression ring so that the drain pipe is raised by the compression of the spring and the bottom of the inlet pipe. The liquid supply port formed in the projecting into the container is to supply the liquid.

At this time, to adjust the height of the container, if it is set to the water position to be filled with the bottom of the drain pipe, the inside of the container is maintained by the compression ring. It can be charged with.

Hereinafter, with reference to the drawings attached to the present invention in more detail as follows.

1 is an exploded perspective view showing the present invention liquid supply nozzle in accordance with the order in which the present invention, Figure 2 is a perspective view showing the shape of the liquid supply nozzle of the present invention, Figure 3a, b is an enlarged perspective view of the bottom recess showing the state of charge, a is a container Figure 2 shows the state before being combined with, b is a view showing when the filling is made by combining with the container, Figure 4 is a schematic perspective view showing the operating state of the fixed-quantity charger with the liquid supply nozzle.

Unmarked 6a, 6b Packing, 7 Spring, 10a, 10b Threaded, 15 Cap Retainer, 20 Insertion Hole, 22 Coupling Groove, 23 Coupling Recess, 24 Vessel Inlet, 26 Vessel, 26 Vessel Loading Base, 28 Sensor, 29 Cylinder , 30 bodies, 31 crevices, 32 cover fasteners.

The metering feeder nozzle of the present invention has an inlet port 4 formed on the upper part of the inlet pipe 3 having a predetermined length, and is inserted into the upper cap 1, but a liquid supply port 5 is formed below the inlet pipe 3. The spring 7 is fitted into the inlet pipe 3 to be installed inside the drain pipe 8, which forms the drain hole 9 on one side thereof, to be inboard to the lower cap 12, and the bottom packing 14b of the lower cap 12 is fitted therein. It is coupled to the cap fastener (15) and the adjustment hole (16) is installed in the drain pipe (8) threaded portion (10) and the annular ring (17) and the compression ring (20) is inserted into the insertion portion 11 is inserted into the cover 21 It is fixed by the cover fastener 32 and the coupling groove 22 is formed on both sides of the bottom cover 21 is configured to be fixed to the coupling piece 25 in the container inlet 24, the coupling groove 23.

First, when the operation state of the present invention is shown in FIG. 4, when the container 26 is placed on the container loading table 27, the cylinder 29 actuated by the sensor 28 rises and the container 26 ) Enters into the container inlet 24 and is raised while being in close contact with the compression ring 19. At this time, the compression ring 19, the annular ring 17, and the adjuster 16, which are in close contact with the ascending container 26, are fixed to the screw portions 10a and 10b to push the drain pipe 8 to compress the spring 7 By the inlet pipe (3) the bottom feed port (5) is projected to the bottom of the drain pipe (8) and the contents are introduced into the container by the feed port (5).

Then, a predetermined time charging is performed by a timer (not shown), and when the water surface reaches a certain height, the remaining amount of the contents is discharged through the gap 31 by the pressure of the continuous contents of the feed port 5. It is discharged to the outside through the drain nozzle (13).

As described above, as the timer is stopped after the filling is performed at a predetermined height, the cylinder 29 is lowered, and the container 26 is also separated from the container inlet 24 to be in a state as shown in FIG. 3A.

In addition, when the container 26 is separated, the drain pipe 8 is downwardly moved by the spring 7 restoring force, and thus the airtightness is always maintained by the packing 66 formed at the bottom of the drain pipe 8 and the inlet pipe 3. .

Claims (1)

The liquid supply nozzle body 30 is inserted into the upper cap 1 which forms the inlet 4 at the upper part of the inlet pipe 3 having a predetermined length and forms the supply nozzle 2, and the lower part of the inlet pipe 3 The lower cap 12 which forms the liquid supply port 5 and has a spring 7 fitted to the inflow pipe 3 to be installed inside the drain pipe 8 having the drain hole 9 formed on one side thereof to form a drain nozzle 13. And the packing 14b is inserted into the bottom of the lower cap 12, and the cap 14 is coupled to the cap fixing hole 15, and the adjusting hole 16 is installed in the drain pipe 8 and the screw 10, and the annular ring is inserted into the insert 11. (17) and the compression ring (20) is fitted and inserted into the cover 21 is fixed by the cover fixing holes 32 and to form a coupling groove 22 on both sides of the cover 21 bottom container inlet 24 is fitted Feeding nozzle for fixed-quantity charger, characterized in that configured to be fixed to the coupling groove (23) to the coupling piece (25).