KR200419746Y1 - Packing container with double container structure with pressurized pumping device - Google Patents

Abstract

The present invention relates to a packaging container having a dual container structure applied with a pressure pumping device that minimizes the generation of deterioration caused by the mixing of different contents, the body (10) formed with a neck (11), The pressurized pumping device 20 and the upper part of the pressurized pumping device 20 are fixed to be exposed through, and a pressure transfer frame 32 is provided on the upper surface, and the lowering film 33 for the lowering guide is provided on the lower surface. The lower guide 30, the button 40 is communicated to the upper side of the pressurized pumping device 20, and being mounted on one side of the loading space of the body 10, the lower induction long groove 51 It is formed along the edge of the upper surface, the inner container 50 having an interpolation hole 52 formed on the upper side, and the fixing projection 61 formed with the through-hole 61a for the connection pipe is inserted into the interpolation hole 52. ) Protrudes to the side, and the connection pipe 60 protruding the anti-falling film 62 on the inner side, The piston 80, which is fixed to the upper surface of the auxiliary receiving portion 70 accommodated with the inner side of the connecting pipe 60, the heterogeneous contents (W2) is accommodated, and the upper pressing plate (72a), and the body The button 40 is made of a movable cap 90 exposed to the outside of the neck 11 of the neck 10.

Description

Packing container with the courage structure in this where pressurization type pumping equipment was applied}

1 is a cross-sectional view of the combined state of the packaging container having a dual container structure to which the pressure pumping device of the present invention is applied,

Figure 2 is a perspective view of the main portion of the packaging container having a dual container structure applied pressure pumping device of the present invention,

3 is a first operating state showing a process of discharging the heterogeneous contents contained in the auxiliary accommodation portion, which is a configuration of a packaging container having a double container structure to which the pressure pumping device of the present invention is applied, into an inner container,

Figure 4 is a second operating state showing the process of discharging the heterogeneous contents contained in the auxiliary receiving portion which is a configuration of the packaging container having a double container structure to which the pressure pumping device of the present invention is applied to the inner container,

5 is a third operation state showing a process of discharging the heterogeneous contents contained in the auxiliary accommodation portion, which is a configuration of a packaging container having a double container structure to which the pressure pumping device of the present invention is applied, into an inner container,

6 is a fourth operation state showing a process of discharging the heterogeneous contents contained in the auxiliary accommodation portion, which is a configuration of a packaging container having a double container structure to which the pressure pumping device of the present invention is applied, into an inner container,

7 is a fifth operation state diagram illustrating a process of discharging the heterogeneous contents contained in the auxiliary accommodation portion, which is a configuration of a packaging container having a double container structure to which the pressure pumping device of the present invention is applied, into an inner container.

<Code Description of Main Parts of Drawing>

10: body 11: neck

20: pressurized pumping device 30: lowering guide

31: fitting step 32: pressure transfer frame

33: descent film for descent guide 40: button

41: discharge nozzle 50: inner container

51: long groove for descending induction 52: hole for interpolation

53: sealing member 60: connector

61 fixing hole 61a through hole for the connector

62: anti-fall film 62a: through hole for anti-fall film

70: auxiliary receiving portion 71: lower support

71a: Plate for lower support 71b: Sealing film for lower support

72: upper presser 72a: plate for the upper presser

72b: sealing film for the upper pressing port 73: downward guide pin

73a: O-ring for preventing falling 80: Piston

90: moving cap 91: exposure hole

92: mounting jaw 93: friction generating portion

100: fall prevention member 110 for the moving cap: protective cap

The present invention relates to a packaging container, and more specifically, each content having different components from each other until the consumer purchases and uses it is classified and accepted to exist as an individual component, and mixed with each content at the first use. The present invention relates to a packaging container having a double container structure in which a pressurized pumping device can be minimized to minimize the occurrence of deterioration caused by mixing of different contents.

In general, medicines and cosmetics (cream, lotion, rinse, shampoo, hair gel, etc.) in liquid or gel form are generally stored and stored in a sealed container such as glass or plastic in order to delay the deterioration of the contents. As an additional means for smoothly discharging and using the contained contents, a pressurized pumping device is mounted on the upper end of a packaging container for medicines and cosmetics.

Recently, pharmaceuticals and cosmetics (functional cosmetics), which are in the form of liquids or gels that provide better results by mixing contents of the same series and different ingredients, have been released. As mentioned above, there is an advantage of providing a better effect, but there is a problem that the deterioration of the contents caused by the mixing of two kinds of contents having different ingredients progresses faster.

For this reason, a double container with a pressurized pumping device that can be used by mixing the contents of each content to be used as a separate component instead of being mixed with each other to be present as a separate component before the consumer purchases and uses it. There is a need for a packaging container having a structure.

The present invention is to solve the problems of the prior art, the object of the present invention is to be accommodated separately so that each content having a different component from each other is present as a separate component before the purchase and use by the consumer, the first use The present invention provides a packaging container having a double container structure to which a pressure pumping device that can mix and use each content is applied.

Hereinafter, with reference to the accompanying drawings for the configuration and operation of the embodiment of the present invention will be described in detail.

1 is a cross-sectional view of a combined container having a double container structure to which the pressure pumping device of the present invention is applied, and FIG. 2 is a perspective view of a main part of the packing container having a double container structure to which the pressure pumping device of the present invention is applied. 3 is a first operation state diagram illustrating a process of discharging the heterogeneous contents contained in the auxiliary accommodation portion, which is a configuration of a packaging container having a double container structure to which the pressure pumping device of the present invention is applied, into an internal container, and FIG. 4 is a pressure type of the present invention. FIG. 5 is a second operation state diagram illustrating a process of discharging the heterogeneous contents contained in the auxiliary accommodating part, which is a configuration of a packaging container having a double container structure to which a pumping device is applied, into an inner container, and FIG. 5 is a double applying the pressure pumping device of the present invention. A third operation state diagram showing a process of discharging the heterogeneous contents contained in the auxiliary accommodation portion, which is a configuration of a packaging container having a container structure, into an inner container; 6 is a fourth operation state diagram illustrating a process of discharging the heterogeneous contents contained in the auxiliary accommodation portion, which is a configuration of a packaging container having a double container structure to which the pressure pumping device of the present invention is applied, into an inner container, and FIG. FIG. 5 is a fifth operation state diagram illustrating a process of discharging the heterogeneous contents contained in the auxiliary accommodating part, which is a configuration of a packaging container having a double container structure, to which the pressurized pumping device is applied.

As shown, the packaging container having a double container structure to which the pressure-pumping device of the present invention is applied, the loading space is formed inside, the upper side is opened, the upper side of the body is formed by the neck (11) formed body ( 10), the pressurized pumping device 20 and the through-hole is formed on the upper surface of the pressurized pumping device 20, the upper portion of the pressurized pumping device 20 is exposed through, and the fitting step 31 protrudes through the inner surface of the pressurized pumping device ( 20) is fixed, the pressure transfer frame 32 is provided integrally along the upper edge, the lower guide 30 is provided with a lowering membrane 33 for lowering guide integrally on the lower surface, and the pressure pumping device In communication with the upper side of the 20, the button 40 with the discharge nozzle 41 and the contents (W1) is accommodated and seated on one side of the loading space of the body 10, the pressure applied to By the falling film 33 of the falling guide 30 to be lowered The down-load inducing long groove 51 is formed along the edge of the upper surface, the insertion hole 52 is formed on the upper side, the pressure transmitted from the pressurized pumping device 20 by pressing the button 40. The inner container 50 and the inner container 50 which is moved to the upper portion by the amount of the contents (W1) discharged to the upper by the upper part is seated on the other side of the loading space of the body 10, Fixing protrusions 61 fitted into the interpolation holes 52 formed on the upper side of the inner container 50 protrude to the side, and the through-hole 61a for the connection pipe is formed in the protruding fixing protrusions 61, The connection pipe 60 protruding from the anti-falling film 62 on the inner surface and the sealing film 71b for the lower support along the bottom edge of the lower support plate 71a by being fitted to the inner surface of the connection pipe 60. ) Protrudes, and the outer surface of the protruding lower support sealing film 71b is a through hole for the connection pipe ( 61a) is closed, and the distal contents W2 are disposed on the lower support 71 and the lower support 71 where the end of the protruding lower support sealing film 71b is disposed apart from the anti-falling film 62. Auxiliary accommodating part consisting of an upper pressing hole 72 protruding from the upper pressing hole sealing film 72b along the upper edge of the upper pressing plate plate 72a by being fitted to the inner surface of the connecting pipe 60 in the received state. 70 and the piston 80 fixed to the upper surface of the upper press-fitting plate 72a and the outer circumference of the neck 11 of the body 10, but the inner surface does not touch the piston 80. It consists of a movable cap 90 having an exposure hole 91 formed in the upper surface so that the button 40 communicated with the pressurized pumping device 20 is exposed to the outside.

The pressurized pumping device 20 has been applied to various structures and functions and is currently being developed and used in various types of products. The general operation principle of the pressurized pumping device 20 is performed by using a user's hand, a button 40 When pressing), the contents (W1) contained in the inner container 50 is pumped by the pressing force is discharged to the outside by a predetermined amount through the nozzle.

An outer circumference of the button 40 is formed on an inner circumference of the moving cap 90 constituting the exposure hole 91 so that a friction force is generated on the button 40 exposed through the exposure hole 91 of the moving cap 90. The friction generating portion 93 which is in contact with the body is installed integrally, the strength of the friction force generated by the contact between the button 40 and the friction generating portion 93 is pressed by the button 40, the contents (W1) is external It is provided to be smaller than the spring force generated in the pressurized pumping device 20 when discharged to.

Here, the friction generating unit 93 has a shape in which a plurality of protrusion pieces are arranged in the same direction with reference to the drawings, or although not shown, a soft material such as silicon may be provided in a film form.

The lowering prevention film 62 is formed with a lowering prevention through-hole 62a, and the lower guide 71 has a lowering guide pin 73 protruding into the through-hole 62a. Under the pressure less than the strength of the pressure applied through the button 40, the lower support 71 is provided on the outer periphery of the lower guide pin 73 so as to prevent the lowering O-ring (73a) is integrally provided. .

The moving cap over the outer circumference of the neck 11 of the body 10 to prevent the moving cap 90 over the outer circumference of the neck 11 of the body 10 to be lowered by an external impact The lower portion of the 90 is provided with a falling prevention member 100 for the moving cap.

Here, the falling prevention member 100 for the moving cap has a shape in which the handle is integrally connected to the outer surface of the U-shaped belt with reference to the drawing, or although not shown, it is also provided as an annular band provided with one end cut out. May be

In addition, the packaging container having a dual container structure to which the pressure-type pumping device of the present invention is applied, includes a protective cap 110, the protective cap 110 is covered on the movable cap 90.

As such, the main reason for covering the protective cap 110 is to prevent the shock from being transmitted to the button 40 exposed on the mobile cap 90 from the outside during the distribution or sale of the product. And it is preferable to form a seating jaw 92 along the upper edge of the movable cap 90 so that the protective cap 110 can be firmly seated.

In addition, the inner container 50 seated in the loading space of the body 10 has a fixed casing which fixes the upper surface of the seated inner container 50 so as not to be separated from the loading space of the body 10 during use. It is additionally provided on the outer periphery of the neck (11) of the), the moving cap 90 is provided is fitted fixed to the outer edge of the fixed casing provided.

In addition, a fixing cover having a hole in the center is fitted on the connection pipe 60 so that the piston 80 may be exposed to the outside so that the upper compression hole 72 inserted into the connection pipe 60 is not separated. Is provided.

Thus, the process of discharging the heterogeneous contents contained in the auxiliary accommodation portion, which is a configuration of the packaging container having a double container structure to which the pressure-type pumping device of the present invention having the above configuration, is applied, is as follows.

First, as a first operation state diagram (see FIG. 3), the moving cap 90 for preventing the lowering of the moving cap 90 across the outer circumference of the neck 11 of the body 10 is removed. do.

As a second operation state diagram (see Fig. 4), the protective cap 110 is lowered by applying a pressure (P) by pressing the protective cap 110 after removing the falling prevention member 100 for the moving cap, the protective cap 110 and The fitted moving cap 90 is also lowered in conjunction with the lowering until the inner surface of the lowering moving cap 90 is in contact with the upper surface of the pressure transfer frame 32 of the piston 80 and the lower guide 30 do.

At this time, since the outer circumference of the button 40 exposed on the moving cap 90 is in contact with the friction generating portion 93 installed on the inner circumference of the moving cap 90 constituting the exposure hole 91, the friction force This occurs, and the button 40 is also pressed by the generated frictional force, thereby compressing the spring provided in the pressure pumping device, thereby causing volume shrinkage in the internal space of the pressure pumping device, and A quantity flows out through the discharge nozzle 41.

Here, the strength of the frictional force generated by the contact between the button 40 and the friction generating unit 93 is provided in the pressurized pumping device 20 when the contents W1 are discharged to the outside by pressing the button 40. Since the compressed spring is smaller than the spring force generated by the compression of the spring is restored and restored, this causes the button 40 also moves upward (M).

As a third operation state diagram (see FIG. 5), the movable cap 90 connected to the protective cap 110 and its protective cap 110 continues due to the pressure P continuously applied through the protective cap 110. At this time, the piston 80 and the lowering guide 30 in contact with the inner surface of the moving cap 90 is also lowered.

Here, the lowering guide 30 in contact with the moving cap 90 is the lowering guide 33 for the lowering guide constituting the lowering guide 30, the lower guide groove 51 for the induction of the inner container (50). Guided by the descent.

In addition, the piston 80 in contact with the moving cap 90 transmits the pressure to the upper pressing hole 72 connected to the piston 80, the upper pressing mouth 72 by the transferred pressure is the different contents received It is transmitted to (W2) relays the pressure applied to the lower support (71).

At this time, the lower support 71 is the lowering prevention film of the lowering prevention film 62 is provided on the inner surface of the connection pipe 60 is the lowering prevention O-ring (73a) protruding on the outer periphery of the lowering guide pin 73 is installed on the lower surface. The lower ring 71, which is on the through hole 62a but is separated by the applied O-ring 73a, passes through the through hole 62a for the anti-descent film and is separated from the anti-descent film 62. An end surface of the lower support sealing film 71b of the lower support is contacted and supported on the anti-falling film 62.

As a result, the through-hole 61a for the connection pipe of the connection pipe 60 which has been closed by the outer surface of the lower support 71 is opened, so that the inner container 50 and the auxiliary accommodation portion 70 communicate with each other.

As a fourth operation state diagram (see FIG. 6), the protective cap 110 and the movable cap 90 continue to descend due to the pressure P continuously applied through the protective cap 110, and the movable cap 90. The piston 80 and the lowering guide 30 which are respectively in contact with the inner surface of the will continue to descend.

That is, the falling guide 33 for the falling guide 30 of the falling guide 30 in contact with the moving cap 90 continues to be guided down along the downward induction long groove 51 of the inner container (50).

In addition, the piston 80 in contact with the moving cap 90 is also lowered, at which time the end surface of the lower support sealing film 71b of the lower support 71 is in contact with the falling prevention film 62 is supported. Since the state, the heterogeneous contents W2 receiving the applied pressure are discharged to the inner container 50 through the open connection through-hole 61a.

Here, the space of the inner container 50 is a volume shrinkage due to the descending guide 30 and the received heterogeneous contents (W2), and, due to this, the air present in the space of the inner container 50 is pressurized The ball provided in the pumping device 20 is pushed upward, and as a result, as the spring is compressed, the pressurized pumping device 20 is perforated so that the amount of air generated by the volume shrinkage is externally discharged through the discharge nozzle 41. Spills into.

As the fifth operation state diagram (see FIG. 7), the protective cap (b) until the heterogeneous contents (W2) accommodated in the auxiliary accommodation portion (70) are discharged to the inner container (50) through the open connection through holes (61a). When the pressure P is continuously applied through the upper portion 110, the upper membrane sealing membrane 72b of the upper pressing hole 72 and the lower membrane sealing membrane 71b of the lower support 71 come into contact with each other to protect the protective cap 110. And the lowering of the movable cap 90 is stopped, and the compressed spring provided in the pressure pumping device 20 is restored.

At this time, the end portion of the pressurized pumping device 20 located in the inner container 50 is moved by the lowering of the lowering guide 30 than the surface of the contents (W1) accommodated by the heterogeneous contents (W2) mixed with the seat movement. By being located below, the user can use a certain amount of mixed content (W1, W2) through the pumping operation. In addition, it is better to shake the mixture so that the mixed contents (W1, W2) are uniformly mixed well before the first use.

As described above, the present invention is classified and accommodated so that each content having different components from each other is present as individual components without being mixed before being purchased and used by consumers, and each content can be mixed and used at the first use. It has an effect that minimizes the occurrence of deterioration caused by the mixing of the contents.

Claims (5)

A body 10 having a loading space formed therein, an upper side of which is opened, and an upper side of which is formed so that the neck 11 is formed; A pressurized pumping device 20, A through hole is formed in the upper surface to expose the upper portion of the pressure pumping device 20, and the fitting step 31 protrudes from the inner surface to fix the pressure pumping device 20 that is penetrated. Transfer frame 32 is provided integrally, and the lower guide 30 is provided with a lowering film 33 for the lower guide on the lower surface, A button 40 provided with a discharge nozzle 41 to communicate with an upper side of the pressurized pumping device 20, The contents (W1) is accommodated to be seated on one side of the loading space of the body 10, the lowering induction guides so that the falling film 33 of the lowering guide 30 by the applied pressure The red groove 51 is formed along the edge of the upper surface, the interpolation hole 52 is formed on the upper side, and the upper portion is pushed upward by the pressure transmitted from the pressurized pumping device 20 by pressing the button 40. An inner container 50 into which a sealing member 53 which is moved upward by the amount of the discharged contents W1 is fitted; Being seated on the other side of the loading space of the body 10, the fixing projection 61 is fitted to the interpolation hole 52 formed in the upper side of the inner container 50 protrudes to the side, the protruding The fixing projection 61 is formed with a through-hole 61a for the connection pipe, the connection pipe 60 protruding from the anti-falling film 62 on the inner side, The lower support sealing film 71b protrudes along the lower edge of the lower support plate 71a by being fitted to the inner surface of the connecting pipe 60, and the outside of the protruding lower support sealing film 71b. A side support closes the through hole 61a for the connection pipe, and the lower support 71 and the lower support 71 at which the end of the protruding lower support sealing film 71b is disposed apart from the anti-falling film 62. The upper pressing hole protruding the sealing film 72b for the upper pressing device along the upper edge of the upper pressing plate sheet 72a by being fitted to the inner surface of the connecting pipe 60 while the heterogeneous contents W2 are accommodated thereon. An auxiliary receiving part 70 formed of 72; A piston 80 fixed to an upper surface of the upper pressing plate 72a; Exposed to the outer surface of the neck 11 of the body 10, but the inner surface is not to reach the piston 80 is exposed to the upper surface so that the button 40 communicated to the pressure pumping device 20 is exposed to the outside Packing container having a double container structure to which the pressure-type pumping device is applied, characterized in that made of a moving cap 90 formed with a hole (91). The method of claim 1, An outer circumference of the button 40 is formed on an inner circumference of the moving cap 90 constituting the exposure hole 91 so that a friction force is generated on the button 40 exposed through the exposure hole 91 of the moving cap 90. Friction generating part 93 in contact with the integrally installed, The strength of the frictional force generated by the contact between the button 40 and the friction generating unit 93 is generated by the pressurized pumping device 20 when the contents W1 are discharged to the outside by pressing the button 40. A packaging container having a double container structure to which the pressure pumping device is applied, characterized in that it is smaller than the spring force. The method according to claim 1 or 2, The anti-descent layer 62 is formed with a through-hole 62a for the anti-descent layer, A lower guide pin 73 protrudes from the lower surface of the lower support 71 to be inserted into the through hole 62a, but the pressure is lower than the pressure applied through the button 40. A packaging container having a double container structure to which the pressure-type pumping device is applied, characterized in that the falling prevention O-ring (73a) is integrally provided at the outer circumference of the lowering guide pin (73) so as not to fall. The method of claim 3, wherein The movable cap over the outer circumference of the neck 11 of the body 10 to prevent the moving cap 90 over the outer circumference of the neck 11 of the body 10 to be lowered by an external impact The lower portion of the 90 packaging container having a double container structure to which the pressure-type pumping device is applied, characterized in that the falling prevention member 100 for the moving cap is provided. The method of claim 4, wherein Includes a protective cap 110, Packaging container having a double container structure is applied to the pressure cap pumping device, characterized in that the protective cap 110 is covered on the movable cap (90).

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