KR200216911Y1 - Indirect Refill Container With One Time Using Tube - Google Patents

Abstract

The present invention relates to a container that can be used to refill semi-solids, such as cream, toothpaste, etc., considering that the semi-solids are difficult to use by refilling the disposable tube 30 injecting semi-solids into the refill container (10) It is an object of the present invention to provide an indirect refill container that can be replaced by using only the disposable tube 30 after use.

To this end, the shaft 40 is formed on the inner surface of which the end portion 16 having the hole 18 formed therein for rotation is inserted into the shaft 40 in the opposite direction to the outlet 17 of the body of the refill container 10. The knob 60 is fastened to the distal end 44 of the shaft 40 that is inserted into and out of the container, and the collar 43 and the shaft 40 that can receive a thrust on the shaft 40 inside the refill container 10. Compression plate 50 that can apply pressure to the disposable tube 30 by the rotational force of the space between the compression plate 50 and the upper cap 13 to accommodate the disposable tube 30 By providing a refill container 10 that can be replaced after using the disposable tube (30).

By using the above-described configuration to replace the disposable tube 30 injecting semi-solids, it is possible to improve convenience in use, improve the living environment and reduce environmental pollutants.

Description

Indirect Refill Container With One Time Using Tube}

The present invention injects semi-solids such as cream toothpaste, cosmetics, etc. into the disposable tube 30, and gives a compressive force to the refillable container 10 equipped with a device capable of extruding the semi-solids into the outlet. It relates to an indirect refill container that can be used to replace and receive (30).

Conventional refill container is a form that can be used to directly buy the product in the form of a bag (bag) that contains liquid materials such as shampoo, skin lotion, oil, etc., semi-solid is difficult to refill, semi-solid This container containing toothpaste, cream, etc. has the following problems.

First, most of the containers used are in the form of toothpaste tubes, which are pressurized to use the tube, which distorts the shape during use, which makes it difficult to set up, which disturbs the toilet and clutters up the cleanup.

Second, the tube container is used to press the middle portion of the tube according to the personal preference of the toothpaste in use may cause discord among the family.

Third, when the tube is not used by pressing from the end of the tube during use, the sealed end bursts and the use of the toothpaste should be discarded or discarded, or the toothpaste cannot be used as an outlet, and the use of a popped place opposite the outlet occurs. .

Fourth, in the case of cosmetics that require the maintenance of the tube shape before use even when squeezing out the contents of the tube container, air is sucked into the tube in order to maintain the intact tube shape, so that expensive cosmetics are in contact with the air and oxidized. Accelerated to cause deterioration.

Fifth, the product in the form of a tube is disposable, so that the user does not have inconvenience to use and maintains the product quality in appearance, and as in the case of the cosmetics to give elasticity to the tube as in the case of the manufacturing process and more than necessary There is a problem in that the material is used to cause a loss and almost impossible to reuse, causing an increase in environmental pollutants.

The present invention is devised to solve such a conventional problem, and provides a disposable container 30 in the form of a bellows tube for refilling a semi-solid material that is difficult to refill in a general home, and the disposable tube 30 is repeatedly provided. While providing an indirect refill container (10) that can be used to replace and receive, while providing a refill container (10) always has a constant form instead of the toothpaste tube that is deformed into an unformed state as the conventional contents are discharged.

Figure 1 is a front view of the refill container assembly according to the present invention

Figure 2 is an exploded perspective view of the refill container shown in Figure 1

3 is a front view detail of the disposable tube shown in FIG.

Explanation of symbols on the main parts of the drawings

10 .... Refill container 11a ...

11b ... Information Home 13 .... Top Cap

20 ... plug 30 ... tube

40 .... axis 41 .... screw

42 .... Retainer 50 .... Compression Plate

53 .... Key 54 .... Hub

60 .... knob

As a feature of the semi-solid refill container 10 according to the present invention to achieve the above object, the semi-solid bellows the semi-solid as an indirect method is difficult to inject into the refill container 10 without special equipment at home After injecting into the disposable tube 30, it is designed to be stored in the refill container 10 and extruded by a compression device, and the disposable tube 30 injecting the semi-solid material largely and indirectly used to store it. It is in the point comprised with the type | formula refill container (10).

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

The indirect refill container 10 is characterized in that the outlet 17 is formed in the outer cylinder 11a, which is a body, and the upper cap 13 side of the upper cap 13 on the outlet 17 side to prevent evaporation or volatilization of the semi-solids in the container. A stopper 20 fixed to a hinge 16 is formed at one side, and an end portion 16 having a hole 18 through which a shaft 40 can be inserted in a direction opposite to the outlet 17 of the body is integrally formed. The shaft 40 is inserted into the hole 18 from the inside and the collar 43 of the shaft is in contact with the horizontal surface inside the end portion 16 so that the shaft 40 rotates and the shaft 40 rotates. In order to fasten the knob 60 to the distal end 44 of the shaft 40 protruding out of the refill container 10, the compression plate 50 is the screw 41 of the shaft 40 when the knob 60 is rotated The tube 30 is put into a space formed by moving the compression plate 50 downward by moving along the upper cap 13.

The knob 60 transmits a rotational force to the shaft 40 to form a pattern 62 to give a frictional force to the outer circumferential surface, and clockwise by forming a screw 41 of the shaft 40 with a left screw. In order to prevent the damage and shape of the tube 30 when the shaft 40 rotates, the retainer 42 is connected to the upper end 48 of the shaft 40. The retainer 42 is assembled by forcibly fitting after assembling the female screw of the compression plate 50 and the screw 41 of the shaft 40.

The outlet 17 is formed on the upper portion of the disposable tube 30 and the bellows-type pleats 33 are formed on the circumferential surface, so that the contents of the tube 30 are extruded into the outlet 17 during compression and the compression stroke is completed. Later, the spacer 54 recessed in the axial direction opposite the outlet 17 replaces the remaining space 39b inside during compression, while the compression plate 50 can be transferred from the opposite side of the outlet 17 to the center. A circular groove 39c is formed so that the shaft can be positioned, and the retainer 42 of the shaft 40 is inserted to the apex 35 of the circular groove 39c to maintain the shape when the tube 30 is compressed. Help complete discharge of contents.

Since the tube 30 is placed on the compression plate 50, the hub 54 of the compression plate 50 is inserted into the spacer space 39a from the lower side of the tube 30 in the spacer 36. The compression plate 50 is stable because the guide plate 53 is inserted into the guide groove 11b of the outer cylinder 11a during vertical movement along the screw 41 when the shaft 40 is rotated. Up and down movement is made to compress the tube (30).

That is, indirect refilling is performed by opening the upper cap 13 to the refill container 10 to receive the tube 30 and indirectly refilling the extruding the appropriate amount to the outlet 17 by rotating the lower knob 60. The refill container 10 is comprised.

In addition, the screw 41 line formed along the outer surface of the shaft 40 and the spiral thread of the female screw formed on the compression plate 50 may be extruded by the user rotating the clockwise view of the knob 60 from below by applying a left screw. So that there is no confusion in use.

The upper cap 13 coupled to the outlet port 17 of the tube 30 is fastened by forming a protrusion 32 in the circumferential direction on the outer surface of the outlet port 17 of the tube 30. The inside of the refill container 10 does not fall into the refill container 10, and the wrinkles of the tube 30 are such that the peaks 34b of the inner pleats 38b and the valleys 33b of the outer pleats 38a are on the same horizontal line. The spacer 36 into which the hub 54 of the compression plate 50 is inserted is smoothly zigzag without changing the flow path area through which the contents flow, and the space 39b of the inner and outer corrugations 39b when the tube 30 is fully compressed. ), The width s of the spacer 36 may vary depending on the volume size of the desired tube 30. The distance D from the circumference outer surface of the spacer 36 to the peak 33a of the outer pleats 38a and the peak 34b of the inner pleats 38b is equal to the folding side f of the pleats. At this time, the gap (G) from the unfolded state until it is completely folded is maximum (1- / 2)) x D to 0 to allow the contents to be completely discharged. In addition, the length of the spacer 36 is equal to the length obtained by multiplying the tube thickness t by twice the number of pitches p of the tube 30. The equation is as follows. M = pitch × 2 × t

The tube 30 is made of plastic as a single-use, thin bellows type integrally manufactured by adding an opaque color to prevent the deterioration of the contents caused by sunlight, and the outlet adhesive paper 37 is easily attached to the adhesive when used To be removed. In addition, after supplying the refill container (10) to the user to supply on the market to continue to replace the disposable tube 30 as a user is more effective.

Compared to the conventional tube container, a method of repeatedly replacing and storing a separate tube inside an indirect refill container with respect to a semi-solid material as described above

First, the shape of the refill container does not change even during use, which helps to clean up the washbasin and may also show an effect as an ornament depending on the design of the exterior of the container.

Second, it is possible to prevent discord among families that may occur according to the conventional method of using a toothpaste tube.

Third, since the tube is stored in the container and used, the discomfort of the tip of the conventional tube is further reduced, thereby enabling safe and economical use.

Fourth, it is possible to prevent the deterioration of the contents because it prevents the phenomenon of inhaling air when maintaining the tube shape before use even while using the tube container.

Fifth, since the tube uses a thin material, less environmental pollutants are generated, thereby reducing environmental pollution.

Claims (7)

In the refill container which can be directly and repeatedly used only the liquid water, a shaft 40 having a screw 41 is provided on the center line of the outer cylinder 11a of the refill container, and the compression plate 50 is provided on the screw 41. ) To secure the storage space between the compression plate 50 and the upper cap 13, while storing the disposable tube 30 in the storage space to extrude semi-solids Indirect refill containers 2. An indirect refill container with a disposable tube according to claim 1, wherein the compression plate (50) is formed with a hub (54) as a means for supporting the spacer (36) of the disposable tube (30) on the upper surface. 2. An indirect refill container with a disposable tube according to claim 1, characterized in that the shaft (40) is in a straight line from the end portion (16) of the body to the outlet (17) side. 2. An indirect refill container with a disposable tube according to claim 1, characterized in that the shaft (40) has a retainer (42) at its upper end (48). 2. An indirect refill container with a disposable tube according to claim 1, wherein the disposable tube 30 has an outer corrugation 38a and an inner corrugation 38b on inner and outer cylindrical surfaces. 2. The indirect refill container of claim 1, wherein the disposable tube 30 has at least one spacer 36 as a means to replace the remaining space after compression. 7. Indirect type with disposable tube according to claim 6, characterized in that the length (M) of the spacer (36) is equal to the length multiplied by the tube thickness (t) twice the number of pitches (p) of the tube (30). Refill Container