For further particulars, this equipment makes it easy to completely flow out the contents in the packing container more conveniently and gives a sanitary custody of the residue in the container.

(BACKGROUND ART) The viscous contents in the elastic packing container generally flow out by pressing it using hands through an outlet cut on the bias of the edge of the container.

In this case it is very hard for the residue to flow out of the container completely because the viscous contents move in the opposite direction to the outlet and also sanitary issue, such as spoiled residue can be generated easily from the air contact of the residue in the container after unsealing it.

(BRIEF DESCRIPTION OF DRAWINGS) Illustration 1 shows a desirable shape of Compression Push Stick for Example 1.

Illustration 2 shows sequence diagram for instruction according to Illustration 1.

Illustration 3,4 and 5 show the states of applications according to Illustration 1.

Illustration 6 shows a desirable shape of Compression Push Stick for Example 2.

Illustration 7 shows sequence diagram for instruction according to Illustration 6.

Illustration 8 shows a desirable shape of Compression Push Stick for Example 3.

Illustration 9 shows sequence diagram for instruction according to Illustration 8.

Illustration 10 shows another sequence diagram for instruction according to Illustration 8.

Illustration 11 shows a desirable shape of Compression Push Stick for Example 4.

Illustration 12 shows a desirable shape of Compression Push Stick for Example 5.

11. The first main stick 12. The second main stick (12) 13. The first coupling stick (13) 14. The second coupling stick (14) 21. The first main roll stick (21) 22. The second main roll stick (22) 23. The first center axis (23) 24. The second center axis (24) 25. The first coupling stick (25) 26. The second coupling stick (26) 31. The first main stick (31) 32. The second main stick (32) 33. The third main stick (33) 34. The first coupling stick (34) 35. The second coupling stick (35) 41. The first main stick (41), 42. The second main stick (42) 43. The projection (43) 44. The penetration hole (44) 51. The first main stick (51) 52. The second main stick (52) 53. The projection (53) 54. The penetration hole (54) (DISCLOSURE OF INVENTION) To achieve the purposes mentioned above the examples of this invention are as follows.

Example 1 (The Feature of Compression Push Stick) The Compression Push Stick has two main sticks with same length, which are parallel to each other and two coupling sticks of the same length, which are also parallel to each other.

The first main stick is connected to the second main stick on both ends with two coupling sticks and an elastic packing container which is able to be transformed is placed between two main sticks.

Example 1-1 (How to use the Compression Push Stick) To get the contents to flow out of the container there are two steps, insertion step which is to put the container between two main sticks and push step which is to push the contents out of the container to the outlet with the Compression Push Stick at the bottom of container.

Example 2 (The Feature of Compression Push Stick) Compression Push Stick has two main roll sticks with same length, which are parallel to each other and two coupling sticks with same length, which are parallel to each other also.

The first main roll stick is connected to the second main roll stick at both ends with two coupling sticks and an elastic packing container which is able to be

transformed is placed between two main roll sticks and then shift two main roll sticks to give the contents a good state of flux.

Example 2-1 (The Instruction of Compression Push Stick) To flow out the contents in the container there are two steps, insertion step which is to put the container between two main roll sticks and push step which is to put the compression push stick on the bottom of container to flow out the contents to the outlet.

Example 3 (The Feature of Compression Push Stick) Compression Push Stick has three main sticks with same length, which are paralleled one another and two coupling sticks with same length, which are paralleled each other also.

The three main sticks are connected one another at both ends leaving spaces with two coupling sticks and an elastic packing container which is able to be transformed is placed to one of spaces among three main sticks.

Example 3-1 (The Instruction of Compression Push Stick) To flow out the contents in the container there are two steps, insertion step which is to put the container one of spaces among three main sticks and push step which is to put the compression push stick on the bottom of container to flow out the contents to the outlet.

Example 3-2 (The Instruction of Keeping The Residue in The Container) To keep the residue in the container there are two steps, insertion step which is to put the container one of spaces among three main sticks and push step which is to put the compression push stick on an outlet and push down the residue to the bottom of container, which is also able to seal up tightly.

Example 4 (The Feature of Compression Push Stick) Compression Push Stick has two main sticks, with same length, which are parallel to each other and two coupling sticks of the same length, which are parallel to each other also.

One of two main sticks has two holes on both ends and the other has two projections on both ends, which will join with two holes on the former main stick.

The first main stick is connected to the second main stick through the junction with two holes and projections on the main sticks and an elastic packing container, which is able to be transformed is placed between two main sticks and then shift two main roll sticks to give the contents a good state of flux.

Example 5 (The Feature of Compression Push Stick) Compression Push Stick has two main sticks, with same length, which are parallel to each other and two coupling sticks of the same length, which are parallel to each other also.

One of two main sticks has a hole at one end and the other has one projection at one end, which fit into the aforementioned hole.

The first main stick is connected to the second main stick through the junction with a hole and a projection on the main sticks and an elastic packing container, which is able to be transformed is placed between two main sticks and then shift two main roll sticks to give the contents a good state of flux.

The desirable instructions based on Illustrations for Compression Push Stick are shown in detail as follows.

The feathers and instructions of Compression Push Stick for example 1 are shown from Illustration 1 to 5.

Illustration 1 shows a desirable shape of Compression Push Stick, Illustration 2 shows sequence diagram for instruction and Illustration 3,4 and 5 show the states of applications.

The Compression Push Stick (10) for Example 1 of this invention includes the first main stick (11), the second main stick (12), the first coupling stick (13) and the second coupling stick (14).

The first main stick (11) has a fixed length and the second main stick (12) has the

same length as the first main stick, which is paralleled to the first one leaving space.

The first coupling stick (13) is connected to the two main sticks on both ends and also the second one (14) is connected to the two main sticks at the other both ends.

The Compression Push Stick (20) for Example 2 of this invention includes the first main roll stick (21), the second main roll stick (22), the first center axis (23), the second center axis (24), the first coupling stick (25) and the second coupling stick (26).

The first main roll stick (21) has a fixed length and the first center axis (23) passes through the first main roll stick (21).

The second main roll stick (22) has a fixed length and the second center axis (24) passes through the second main roll stick (22).

The first coupling stick (25) is connected to the two main roll sticks on both ends and also the second one (26) is connected to the two main sticks at the other both ends.

The Compression Push Stick (30) for Example 3 of this invention includes the first main stick (31), the second main stick (32), the third main stick (33), the first coupling stick (34) and the second coupling stick (35).

The first main stick (31) has a fixed length and the second main stick (32) has the same length as the first main stick, which is paralleled to the first one leaving space.

The third main stick (33) has the same length as the first main stick, which is paralleled to the first one leaving space also.

Three main sticks are attached to the two coupling sticks (13) at both ends.

The Compression Push Stick (40) for Example 4 of this invention includes the first main stick (41), the second main stick (42), the projections (43) and the holes (44).

The first main stick (41) has two penetration holes (44) at both ends and the other (42) has two projections at both ends, which fit into the aforementioned holes.

The Compression Push Stick (50) for Example 5 of this invention includes the first main stick (51), the second main stick (52), the projection (53) and the hole (54).

The first main stick (51) has a penetration hole (54) on end part and the other (52) has a projection at end part, which fit into the aforementioned hole.

The operations of the Compression Push Stick according to Example 1 are as follows.

As shown in Illustration 1, an elastic packing container, which is able to be transformed is placed in square space of the Compression Push Stick formed by the first main stick (11), the second main stick (12), the first coupling stick (13) and the second coupling stick (14) and then shift the Compression Push Stick to give the contents a good state of flux.

As shown in Illustration 2, to flow out the contents in the container there are two steps, insertion step which is to put the container in square space of the Compression Push Stick formed by the first main stick (11), the second main stick (12), the first coupling stick (13) and the second coupling stick (14) and push step which is to push the contents out of the container to the outlet with the

Compression Push Stick at the bottom of container.

As shown in Illustration 3,4 and 5, the contents in the container flow out through the insertion step (Illustration 3) and push step (Illustration 4).

The operations of the Compression Push Stick according to Example 2 are as follows.

As shown in Illustration 6, an elastic packing container, which is able to be transformed is placed in space of the Compression Push Stick formed by the first main roll stick (21) and the second main roll stick (22) and then shift the Compression Push Stick to give the contents a good state of flux.

As shown in Illustration 7, to flow out the contents in the container there are two steps, insertion step which is to put the container in space of the Compression Push Stick formed by the first main roll stick (21), the second main roll stick (22) and push step which is to push the contents out of the container to the outlet with the Compression Push Stick at the bottom of container.

The operations of the Compression Push Stick according to Example 3 are as follows.

As shown in Illustration 8, an elastic packing container, which is able to be transformed is placed in spaces of the Compression Push Stick formed by the first main stick (31), the second main stick (32), the third main stick (33), the first coupling stick (34) and the second coupling stick (35) then shift the Compression Push Stick to give the contents a good state of flux.

As shown in Illustration 9, to flow out the contents in the container there are two steps, insertion step which is to put the container one of two spaces of the

Compression Push Stick formed by the first main stick (31), the second main stick (32), the third main stick (33), the first coupling stick (34) and the second coupling stick (35) and push step which is to push the contents out of the container to the outlet with the Compression Push Stick at the bottom of container.

As shown in Illustration 10, to keep the residue in the container there are three steps, insertion step 1 which is to put the container one of two spaces of the Compression Push Stick formed by the first main stick (31), the second main stick (32), the third main stick (33), the first coupling stick (34) and the second coupling stick (35), push step which is to fix the end part of an outlet and push the residue down to the bottom of the container and insertion step 2 which is to put the end part of the outlet one of two spaces of the Compression Push Stick formed by the first main stick (31), the second main stick (32), the third main stick (33), the first coupling stick (34) and the second coupling stick (35) so finally airtight of the container can be preserved.

The operations of the Compression Push Stick according to Example 4 are as follows.

As shown in Illustration 11, the projections (43) are joined to the penetration holes (44) and an elastic packing container, which is able to be transformed is placed in space of the Compression Push Stick formed by the first main stick (41) and the second main stick (42) and then shift the Compression Push Stick to give the contents a good state of flux.

The operations of the Compression Push Stick according to Example 5 are as

follows.

As shown in Illustration 12, the projections (53) are joined to the penetration holes (54) and an elastic packing container, which is able to be transformed is placed in space of the Compression Push Stick formed by the first main stick (51) and the second main stick (52) and then shift the Compression Push Stick to give the contents a good state of flux.

(INDUSTRIAL APPLICABILITY) This invention is designed for bring the matter mentioned above to a effective settlement and its purpose is to flow out the contents of the container effectively.

And also this invention offers sanitary safekeeping, sealing an outlet with the Compression Push Stick and leaving out of air contact from the residue after opening the container.