KR20110024641A - An ampoule for packing a fixture - Google Patents

Abstract

PURPOSE: A container shipping fixture is provided which can prevent the contamination of a fixture or damage of a container during separation. CONSTITUTION: A container shipping fixture comprises: a body portion(10) accepting a fixture; a cap portion(30) combined with the top of the body portion; and a cover unit(50) which dually protects the fixture by covering the outside of the body portion and cap portion. The bottom of the cap portion is equipped with a first curvature portion(310) and a first depression(320). The bottom of the cover unit is equipped with a third curvature portion(510) and a third depression(520).

Description

Fixture Packing Ampoule Container {An Ampoule for Packing a Fixture}

The present invention relates to a packaging ampoule container for a fixture, and more particularly, a body portion for accommodating a fixture, a cap portion coupled to an upper portion of the body portion, and a cap covering the outside of the cap portion and the body portion to double the fixture. Including the cover part to protect the inside of the cap and the body part for accommodating the fixture to prevent the direct exposure to the outside to prevent gaps or contamination, and the coupling part of the cap part and the cover part alternately curved parts and depressions By using the formed cam method, it can be easily separated without applying excessive force, thereby preventing damage to the container or contamination of the fixture that may occur during separation, and minimizing the flow due to external impact of the fixture contained in the container. The present invention relates to a fixture packaging ampoule container capable of preventing damage in a container.

Implants are the replacement of the original tissue when the tissue is lost, but in the dentist is an artificial tooth. The dental implant is an artificial tooth structure formed by implanting artificial roots made of titanium, etc., which are not rejected to the human body, to adhere to the alveolar bone after adhering to the alveolar bone and fixing the prosthesis to the artificial root to replace the root of the missing tooth. Or it means such a dental procedure. In general, dental implants are made of titanium, which is fixed to the alveolar bone (fixture), abutments fixed on the fixture to support the prosthesis, abutment screws to fix the abutment to the fixture It consists of an abutment screw and a prosthesis as an artificial tooth secured to the abutment. Since each component of the dental implant is a component that is inserted into the tissue of the human body, the sterilization state must be maintained. Therefore, it is important to prevent contamination or damage during the packaging, transportation, and opening of the package.

1 is a side view of a conventional fixture packaging ampoule container.

Referring to Figure 1, the conventional fixture packaging ampoule container is formed of a cap portion and the body portion, the fixture directly implanted in the alveolar bone should be stored so as not to be contaminated with bacteria, so the fixture is produced inside the fixture packaging ampoule container Sterilized in a packaged state. However, as shown in (1) of FIG. 1, a boundary between the cap part and the body part is opened due to a difference in thermal expansion rate between the inside and the outside of the conventional fixture packaging ampoule container after cooling after the temperature rises during sterilization. There was a problem that the generated fixture is contaminated by foreign matter or bacteria.

In addition, when the boundary between the cap and the body is excessively sealed in order to prevent the boundary between the cap and the body, the clamping force may be increased, but the separation force is also increased when the cap is separated from the body by the high clamping force. To remove the cap from the body of the fixture packaging ampoule in order to bury it in the alveolar bone, excessive force is required in the process of detaching the cap from the body part, and as a result, the implant inside the fixture packaging ampoule container may spring out. There is still a problem that the procedure is impossible due to product contamination.

In addition, in order to take out the fixture from inside the fixture packaging ampoule container, as shown in (2) of FIG. 1, when the boundary between the sealed cap and the body is bent, the cap is not opened from the body and the body is broken. Will occur.

The present invention has been made to solve the above problems,

An object of the present invention is to form a cover that can protect the outside of the cap portion and the body portion formed in the existing packaging container for accommodating a fixture, and the gap between the cap portion and the body portion is exposed directly to the outside and It is to provide a fixture packaging ampoule container that can effectively prevent the contamination of the fixture.

Another object of the present invention is to form a coupling method of the cap portion and the body portion and the cover portion and the base portion in a cam method in which the curved portion and the depression portion are formed alternately, thereby rotating the cap portion or the cover portion without applying excessive force when removing the cap portion or the cover portion. It is an object of the present invention to provide a fixture packaging ampoule container which can be easily separated from a cap or a cover.

Still another object of the present invention is not to expose the curved portion and the recessed portion formed for coupling and separation of the cap portion, the body portion, and the cover portion and the base portion to the outside, so that the interface between the cover portion and the base portion or the cap portion exposed to the outside; It is to provide a fixture packaging ampoule container that can shorten the length of the boundary of the body portion to prevent the contamination of the fixture and increase the durability of the container.

Still another object of the present invention is to provide a fixture packaging ampoule container capable of increasing the coupling force of the cap part or the cover part by forming the protrusion part and the groove part on the cap part, the body part, and the cover part and the base part, respectively.

Another object of the present invention is to form a configuration that can prevent the flow of the fixture up and down, left and right in the container to prevent damage to the fixture accommodated in the container as excessive flow in the container by external impact It is to provide a fixture packaging ampoule container that can minimize the flow of the fixture.

Fixture packaging ampoule container for achieving the above object of the present invention includes the following configuration.

A fixture packaging ampoule container according to an embodiment of the present invention covers a body portion for accommodating a fixture, a cap portion coupled to an upper portion of the body portion, and covers the outside of the cap portion and the body portion to protect the fixture dually. A cover portion, the lower end of the cap portion includes a first curved portion formed by being curved and a first recessed portion formed by being recessed with the first curved portion, and the upper portion of the body portion is recessed to correspond to the first curved portion. By including a second recessed portion to be formed and a second curved portion formed by crossing the second recessed portion to correspond to the first recessed portion, the cap portion can be easily separated from the body portion, of course, It is possible to prevent the contamination of the fixture by dual protection of the fixture accommodated in the body portion.

According to another embodiment of the present invention, in the fixture packaging ampoule container according to the present invention, the cover portion is coupled to the base portion located below the body portion,

A lower end of the cover portion includes a third curved portion that is formed to be curved, and a third recessed portion formed by recessing with the third curved portion, the fourth recess is formed to be recessed to correspond to the third curved portion on the base portion And a fourth curved portion formed to be curved to cross the fourth recessed portion so as to correspond to the third recessed portion, the cover portion can be easily separated from the base portion.

According to still another embodiment of the present invention, in the fixture packaging ampoule container according to the present invention, the cap part includes a first insertion part formed to protrude downward so as to be spaced apart from an outer circumference and inserted into an upper portion of the body part. The upper inner circumferential surface of the body part includes a first insertion part accommodating part formed to correspond to the first inserting part, and the cover part is formed to protrude downward so as to be spaced apart from the outer circumferential surface and inserted below the base part. And a second inserting portion accommodating portion formed on the upper inner circumferential surface of the base portion to correspond to the second inserting portion, wherein the first curved portion and the first recessed portion are disposed at a lower end of the first inserting portion. The 2nd curved part and the 2nd recessed part are formed in the lower part of the said 1st insertion part accommodating part, respectively, The 3rd curved part and the 3rd recessed part are formed in the lower end of the said 2nd inserting part. The fourth curved portion and the fourth recessed portion are formed at the lower end of the second insertion portion accommodating portion, respectively, to shorten the length of the boundary surface of the cover portion and the base portion or the boundary surface of the cap portion and the body portion exposed to the outside, thereby preventing contamination of the fixture. It can be prevented.

According to another embodiment of the present invention, in the fixture packaging ampoule container according to the present invention, the first curved portion and the first recessed portion, the second curved portion and the second recessed portion, the third curved portion and the third recessed portion and the third The 4 curved portion and the fourth recessed portion are characterized in that the two ridges and the two valleys are formed alternately.

According to still another embodiment of the present invention, in the fixture packaging ampoule container according to the present invention, the outer peripheral surface of the first inserting portion and the outer peripheral surface of the second inserting portion include protrusions formed to protrude, respectively, The inner circumferential surface of the portion and the inner circumferential surface of the second insertion portion accommodating portion each include a groove portion formed with a groove to accommodate the protrusion, and may increase the tightening force of the cap portion, the body portion, and the cover portion and the base portion.

According to another embodiment of the present invention, in the fixture packaging ampoule container according to the present invention, the body portion includes a lower protective member for supporting the lower end of the fixture, and a side protective member for supporting the side of the fixture. The cap part may include an upper protective member that protects an upper end of the fixture, thereby preventing the fixture accommodated in the packaging ampoule container from being damaged by an external impact.

According to another embodiment of the present invention, the lower protective member in the fixture packaging ampoule container according to the present invention includes a settled portion formed to be accommodated on the upper surface so as to stably receive the lower end of the fixture, Even if an impact is applied, the lower end of the fixture may be prevented from being damaged by being prevented from flowing.

The present invention can achieve the following effects by the configuration, combination, and use relationship described above with the present embodiment.

The present invention forms a cover that can protect the outside of the cap portion and the body portion formed in a conventional packaging container for accommodating a fixture, the gap phenomenon as the interface between the cap portion and the body portion is directly exposed to the outside and According to the present invention, there is provided a fixture packaging ampoule container which can effectively prevent contamination of the fixture.

According to the present invention, the cap part, the body part, and the cover part and the base part are formed in a cam method in which the curved part and the depressed part are alternately formed, thereby easily rotating the cap part or the cover part without applying excessive force when removing the cap part or the cover part. Provided is a fixture packaging ampoule container that can be separated from the cap portion or cover portion.

The present invention does not expose the curved portion and the recessed portion formed for coupling and separation of the cap portion and the body portion and the cover portion and the base portion to the outside, so that the boundary surface of the cover portion and the base portion or the boundary surface of the cap portion and the body portion exposed to the outside. It provides a fixture packaging ampoule container that can be shortened to prevent contamination of the fixture and increase durability of the container.

The present invention provides a fixture packaging ampoule container capable of increasing the coupling force of the cap portion or the cover portion by forming a projection portion and a groove portion at the coupling portion of the cap portion, the body portion, and the cover portion and the base portion, respectively.

The present invention is to form a configuration that can prevent the up and down, left and right flow of the fixture in the container in order to prevent the fixture contained in the container is damaged by excessive flow in the container by an external impact of the fixture in the container Provides a fixture packaging ampoule container that minimizes flow.

Hereinafter, with reference to the accompanying drawings, preferred embodiments of the fixture packaging ampoule container according to the present invention will be described in detail.

Figure 2 is an exploded perspective view of a fixture packaging ampoule container according to an embodiment of the present invention, Figure 3 is a cross-sectional view of the fixture packaging ampule container according to an embodiment of the present invention, Figure 4 is an embodiment of the present invention 5 is an exploded perspective view illustrating a coupling relationship between a body portion and a cap portion of a fixture packaging ampoule container, FIG. 5 is a reference view for explaining a separation operation relationship between the body portion and a cap portion, and FIG. 6 is an embodiment of the present invention. FIG. 7 is an exploded perspective view illustrating a coupling relationship between a cover part and a base part of a fixture packaging ampoule container, and FIG. 7 is a reference view for explaining a separation operation relationship between the cover part and the base part, and FIG. 8 is according to an embodiment of the present invention. It is a reference diagram for explaining that the flow of the fixture in the fixture packaging ampoule container is prevented.

2 to 8, a fixture packaging ampoule container according to an embodiment of the present invention includes a body part 10 accommodating a fixture a and a cap part coupled to an upper portion of the body part 10. 30 and a cover part 50 which covers the outside of the cap part 30 and the body part 10 to protect the fixture a dually, and is curved at the lower end of the cap part 30. A first curved portion 310 formed therein, and a first recessed portion 320 formed by recessing the first curved portion 310 at an intersection. The first curved portion 310 is formed on the upper portion of the body portion 10. The second recessed part 110 is formed to be recessed to correspond to the second recessed part 110, and the second curved part 120 is formed to be curved to cross the second recessed part 110 to correspond to the first recessed part (320). The cover part 50 is coupled to the base part 70 positioned below the body part 10, and the third part is formed to be curved at the lower end of the cover part 50. A portion 510 and a third recessed portion 520 formed to be recessed at the intersection with the third curved portion 510, and recessed to correspond to the third curved portion 510 on the base portion 70. And a fourth recessed part 710 formed therein, and a fourth curved part 720 formed to be curved to cross the fourth recessed part 710 so as to correspond to the third recessed part 520. 30 or the cover portion 50 can be easily separated from the body portion 10 or the base portion 70, as well as to protect the fixture (a) accommodated in the body portion 10 by double It is characterized in that the contamination of the fixture can be prevented.

The body part 10 is a part for accommodating the fixture (a), which is the object of packaging and contamination prevention, and the upper part is opened to accommodate the fixture (a) as a whole, the side and the lower part of the fixture In order to prevent contamination of (a), it will have a sealed structure. After inserting the fixture (a) through the upper portion of the body portion 10 by sealing the upper portion of the body portion 10 by coupling the cap portion 30 to the upper portion of the body portion 10 To prevent contamination or damage of the packaged fixture (a), in the present invention by applying a unique structure to improve the coupling relationship between the body portion 10 and the cap portion 30 as compared to the conventional body portion In addition to increasing the coupling force and the sealing force of the (10) and the cap portion 30 is characterized in that the body portion 10 and the cap portion 30 can be easily separated with a small force. That is, a second recessed portion formed in the upper portion of the body portion 10 is recessed to correspond to the first curved portion 310 of the cap portion 30, which will be described later in the description of the lower cap portion 30. 110 and the first recessed part 320 of the cap part 30, which is formed to be curved in the intersection with the second recessed part 110 so as to correspond to the description of the cap part 30 below. 2 curved portion 120 is formed, the second recessed portion 110 and the second curved portion 120 is not complicated to form two valleys and two ridges, respectively, without a complex structure to achieve a simple structure and separation force at the same time It is preferable to be able.

In this case, as described below, the first insertion part 310 is formed to protrude downwardly from the outer circumferential surface of the cap part 30 and the first curved part 310 and the first recessed part 320 of the cap part 30. 330, which is formed at the lower end of the cap 30 below, the second recessed part 110 and the second curved part 120 of the body part 10 also correspond to the lower end of the cap part 30. The first insertion part 330 is inserted into the lower end of the first insertion part accommodating part 130 formed to correspond to the first insertion part 330 so as to be inserted into the upper inner circumferential surface of the body part 10. As such, the first curved portion 310 and the first recessed portion 320 are disposed at the lower end of the first inserting portion 330, and the second recessed portion 110 and the second curved portion 120 are inserted into the first inserting portion 330. The first curved part 310, the second recessed part 110, the first recessed part 320, and the second curved part 120 are respectively formed at the lower end of the receiving part 130, respectively. By being coupled from the inside, the boundary surface of the body portion 10 and the cap portion 30 exposed to the outside forms a horizontal form of a straight line rather than the wavy pattern formed alternately the curved portion and the recessed portion is exposed to the outside The length of the boundary surface between the portion 10 and the cap portion 30 can be reduced. That is, the first curved portion 310, the second recessed portion 110, the first recessed portion 320, and the first curved portion 310 for reducing the separation force so that the body portion 10 and the cap portion 30 can be easily separated. When the coupling surface of the 2nd curved portion 120 is formed to be exposed to the outside, the interface between the body portion 10 and the cap portion 30 exposed to the outside becomes a wavy pattern in which the curved portion and the recess portion are alternately formed to the outside. The length of the boundary surface of the body portion 10 and the cap portion 30 exposed is relatively longer than a straight horizontal form, so that damage occurs at a portion of the boundary surface, thereby fixing the fixation inside the body portion 10. The possibility of contamination of the chews (a) is also high. Therefore, in the present invention, in order to reduce the length of the boundary surface of the body portion 10 and the cap portion 30 exposed to the outside as described above, at the same time to easily separate the body portion 10 and the cap portion 30. The first curved part 310 and the second recessed part 110, the first recessed part 320, and the second curved part 120 form a structure that can be coupled inside the body part 10, respectively. .

In addition, the protrusion 331 is formed on the inner circumferential surface of the first inserting portion receiving portion 130 protruding on the outer circumferential surface of the first inserting portion 330 of the cap portion 30, in the description of the lower cap portion 30 And a groove part 131 formed by recessing the groove to accommodate the groove part 131, and the groove part 131 protrudes horizontally along a circumference of an outer circumferential surface of the first inserting part 330. Correspondingly formed in the horizontal direction along the circumference of the inner circumferential surface of the first insertion portion receiving portion 130 corresponding to the shape of the protrusion 331 is formed, to couple the cap portion 30 to the body portion 10 In order to insert the first insertion part 330 into the first insertion part accommodating part 130, the protrusion part 331 is accommodated in the groove part 131 so that the cap part 30 and the body part 10 are separated. The cap portion 30 to the body portion 10 even in a simple external impact by increasing the coupling force It is possible to prevent the phenomenon from being easily separated.

Coupling and separation operation relationship between the first curved portion 310 and the second recessed portion 110, the first recessed portion 320 and the second curved portion 120 will be described later.

The cap part 30 seals the upper portion of the body part 10 to prevent contamination or damage of the fixture a after receiving the fixture a inside the body part 10. As described above, in the present invention, the body part is applied by applying a unique structure to improve the coupling relationship between the cap part 30 and the body part 10 as compared to the conventional part. In addition to increasing the coupling force and the sealing force of the (10) and the cap portion 30 is characterized in that the body portion 10 and the cap portion 30 can be easily separated with a small force. That is, the first curved portion 310 is formed to be curved to correspond to the second recessed portion 110 of the body portion 10, the lower portion of the cap portion 30, the second curved portion of the body portion ( A first recess 320 is formed to be intersected with the first curved portion 310 so as to correspond to 120, and the first curved portion 310 and the first recess 320 are two peaks, respectively. It is preferable to form two valleys alternately, and it is not complicated and can achieve simple structure and separation force at the same time.

In this case, as described above, the first curved portion 310 and the first recessed portion 320 are spaced apart from the outer circumferential surface of the cap portion 30 so as to be inserted downward into the upper portion of the body portion 10. It may be formed at the lower end of the first insertion portion 330 is formed to protrude, and correspondingly the second recessed portion 110 and the second curved portion 120 of the body portion 10 also the body portion 10 When the first insert portion of the receiving portion 130 is formed at the bottom, the first curved portion 310 and the second recessed portion 110, the first recessed portion 320 and the second curved portion 120, respectively, the body By being coupled in the interior of the portion 10, the boundary surface of the body portion 10 and the cap portion 30 exposed to the outside forms a straight horizontal shape rather than a wavy pattern in which the curved portion and the recessed portion alternately formed outside It is possible to reduce the length of the interface between the body portion 10 and the cap portion 30 exposed to. That is, the first curved portion 310, the second recessed portion 110, the first recessed portion 320, and the first curved portion 310 for reducing the separation force so that the body portion 10 and the cap portion 30 can be easily separated. When the coupling surface of the 2nd curved portion 120 is formed to be exposed to the outside, the length of the boundary surface of the body portion 10 and the cap portion 30 exposed to the outside becomes relatively long compared to the straight horizontal form and accordingly Damage occurs at a part of the interface, which inevitably increases the possibility of contamination of the fixture (a) inside the body part 10. Therefore, in the present invention, in order to reduce the length of the boundary surface of the body portion 10 and the cap portion 30 exposed to the outside as described above, at the same time to easily separate the body portion 10 and the cap portion 30. The first curved part 310 and the second recessed part 110, the first recessed part 320, and the second curved part 120 form a structure that can be coupled inside the body part 10, respectively. .

In addition, a protruding portion 331 protruding from the outer circumferential surface of the first inserting portion 330 may be further formed, which is to couple the cap portion 30 to the body portion 10 as described above. When the first inserting portion 330 is inserted into the first inserting portion receiving portion 130, the cap portion 30 is accommodated in the groove portion 131 formed on the inner circumferential surface of the first inserting portion receiving portion 130. By increasing the coupling force of the body portion 10 and even a simple external impact it is possible to prevent the phenomenon that the cap portion 30 is easily separated from the body portion 10.

Hereinafter, the coupling and separation operation relations of the first curved portion 310, the second recessed portion 110, the first recessed portion 320, and the second curved portion 120 will be described with reference to FIGS. 4 and 5. .

As shown in FIGS. 4 and 5, in the state where the cap part 30 and the body part 10 are coupled to each other, the first curved part 310 formed of two peaks is formed of two bone parts. It is coupled to the second depression 110, the first depression 320 formed of two valleys is coupled to the second curved portion 120 formed of two peaks, the projection 331 is the groove portion ( The cap part 30 is accommodated in the 131 to prevent the cap part 30 from being separated from the body part 10 even with a small external impact.

In this state, when the fixture (a) needs to be taken out of the container for the procedure, first, when the cap part 30 is rotated clockwise (① direction) or counterclockwise (② direction), the cap part 30 is While rotating the first curved portion 310 is riding up the second curved portion 120, the cap portion 30 can naturally move upward (상향 direction) only by rotating the cap portion 30, In this case, the protrusion 331 may also naturally detach from the groove 131 even without applying excessive force. Lastly, when the cap part 30 which has started to move upward (㉮ direction) is lightly pushed up, the cap part 30 can be completely separated from the body part 10.

In this way, the cap part 30 can be naturally detached from the body part 10 simply by rotating the cap part 30 without forcibly lifting or bending the cap part 30. ), It is possible to solve problems such as contamination of the fixture (a) or breakage of the container, which may occur when the cap part 30 is removed.

The cover part 50 covers the outside of the body part 10 and the cap part 30 so as to protect the fixture (a) which is the object of contamination prevention, and the lower part of the body part ( 10) is opened to accommodate the cap 30, and the side and the top has a structure that is closed to cover the outside of the body portion 10 and the cap portion 30. After accommodating the body part 10 and the cap part 30 through the lower part of the cover part 50, the base part 70 of the lower part of the cover part 50 will be described later. By sealing the lower portion of the cover portion 50 to prevent the gaps that may occur when the boundary surface of the body portion 10 and the cap portion 30 accommodated therein directly to the outside to ultimately fix To prevent the contamination or damage of the chew (a) double, in the present invention by applying a unique structure to improve the coupling relationship between the cover portion 50 and the base portion 70 compared to the conventional cover portion In addition to increasing the coupling force and the sealing force of the 50 and the base portion 70, it is characterized in that the cover portion 50 and the base portion 70 can be easily separated with a small force. That is, the lower portion of the cover portion 50 is curved to correspond to the fourth recessed portion 710 of the base portion 70 (this will be described later in the description of the base portion 70 below). The curved portion 510 and the fourth curved portion 720 of the base portion 70 (which will be described later in the description of the cap 30 below) are formed by being recessed in intersection with the third curved portion 510. A third recessed portion 520 is formed, and the third curved portion 510 and the third recessed portion 520 are not complicated to alternately form two hills and two valleys, respectively. It is preferable to achieve at the same time.

In this case, in particular, the third curved portion 510 and the third recessed portion 520 are spaced apart from the outer circumferential surface of the cover 50 so as to be protruded downward so as to be inserted into the base 70. It may be formed at the lower end of the second inserting portion 530, and corresponding to the fourth recessed portion 710 and the fourth curved portion 720 of the base portion 70, as will be described later corresponding to the base portion 70 When formed at the lower end of the second insertion portion receiving portion 730 of the, the third curved portion 510 and the fourth recessed portion 710, the third recessed portion 520 and the fourth curved portion 720 is respectively the base By being coupled in the interior of the portion 70, the interface between the cover portion 50 and the base portion 70 exposed to the outside forms a straight horizontal shape rather than a wavy pattern in which the curved portion and the recess portion are alternately formed The length of the interface between the cover part 50 and the base part 70 exposed to the outside can be reduced. That is, the third curved portion 510, the fourth recessed portion 710, and the third recessed portion 520 may be used to reduce the separation force so that the cover portion 50 and the base portion 70 can be easily separated. When the coupling surface of the fourth curved portion 720 is formed to be exposed to the outside, the length of the boundary surface of the cover portion 50 and the base portion 70 exposed to the outside becomes relatively longer than a straight horizontal form. As a result, damage occurs at a part of the interface, which increases the possibility that the sealing of the cover part 50 and the base part 70 cannot be maintained. Therefore, in the present invention, the length of the boundary surface of the cover part 50 and the base part 70 exposed to the outside as described above can be shortened, and at the same time, the cover part 50 and the base part 70 can be easily separated. To this end, a structure in which the third curved portion 510 and the fourth recessed portion 710, the third recessed portion 520 and the fourth curved portion 720 may be coupled inside the base portion 70, respectively. To form.

In addition, a protrusion 531 protruding from the outer circumferential surface of the second inserting portion 530 may be further formed, which is a protrusion 331 of the first inserting portion 330 of the cap portion 30 described above. In substantially the same configuration as the second insert when the second inserting portion 530 is inserted into the second inserting portion receiving portion 730 to couple the cover portion 50 to the base portion 70 The groove part 731 formed on the inner circumferential surface of the auxiliary accommodation part 730 (a detailed description thereof will be described later in the description of the base part 70) is accommodated in the cover part 50 and the base part 70. By increasing the bonding force it is possible to prevent the phenomenon that the cover portion 50 is easily separated from the base portion 70 even in a simple external impact.

Coupling and separation operation relationship between the third curved portion 510 and the fourth recessed portion 710, the third recessed portion 520, and the fourth curved portion 720 will be described later.

The base portion 70 is a lower portion of the body portion 10 to be coupled to the cover portion 50, formed integrally with the body portion 10 or separate from the body portion 10 It is formed to be coupled to the body portion 10 in the lower portion of the body portion 10, when formed separately from the body portion 10 is coupled to each other in the lower portion of the body portion 10 In the inner center of the base portion 70, the body portion 10 is further formed, such as a protrusion 740 is formed to protrude so as to correspond to the inner surface shape so that the body portion 10 to the protrusion 740 They can be joined together by way of fitting. Since the base part 70 is coupled to the cover part 50 covering the outside of the body part 10 and the cap part 30, the length of the circumference of the outer surface of the base part 70 is the body part ( 10) It will be formed larger than the length around the outer surface. The cover part 50 covering the body part 10 and the cap part 30 positioned above the base part 70 is coupled to the base part 70 to be inside the cover part 50. Sealing the body part 10 and the cap part 30 accommodated to prevent the gap that may occur when the interface between the body part 10 and the cap part 30 is directly exposed to the outside and ultimately packed fixture ( To prevent the contamination or damage of a) double, in the present invention, as described above, the unique structure for improving the coupling relationship between the cover portion 50 and the base portion 70 is applied as compared to the conventional . That is, a fourth recessed portion 710 is formed in the upper portion of the base portion 70 so as to correspond to the third curved portion 510 of the cover portion 50 and the third recessed portion of the cover portion 50. A fourth curved portion 720 is formed to be curved to cross the fourth recessed portion 710 so as to correspond to the portion 520, and the fourth recessed portion 710 and the fourth curved portion 720 are two, respectively. It is preferable to alternately form two valleys and two peaks, and can achieve simple structure and separation force at the same time.

In this case, in particular, when the third curved portion 510 and the third recessed portion 520 of the cover portion 50 are formed at the lower end of the second insertion portion 530, as described above, the base portion corresponding thereto. The fourth recessed portion 710 and the fourth curved portion 720 of the 70 also correspond to the second insertion portion 530 such that the second insertion portion 530 is inserted into the upper inner circumferential surface of the base portion 70. The third curved portion 510, the fourth recessed portion 710, the third recessed portion 520, and the fourth curved portion 720 are respectively formed at the lower end of the second insertion portion accommodating portion 730. By being coupled in the interior of the portion 70, the boundary surface of the cover portion 50 and the base portion 70 exposed to the outside forms a straight horizontal shape rather than a wavy pattern in which the curved portion and the depression portion are alternately formed The length of the interface between the cover part 50 and the base part 70 exposed to the outside can be reduced. That is, the third curved portion 510, the fourth recessed portion 710, and the third recessed portion 520 may be used to reduce the separation force so that the cover portion 50 and the base portion 70 can be easily separated. When the boundary surface of the fourth curved portion 720 is formed to be exposed to the outside, the possibility of damage may inevitably increase in a part of the boundary surface of the cover portion 50 and the base portion 70 exposed to the outside. In order to reduce the length of the interface between the cover portion 50 and the base portion 70 exposed to the outside as described above at the same time easy to separate the cover portion 50 and the base portion 70, The third curved portion 510, the fourth recessed portion 710, the third recessed portion 520, and the fourth curved portion 720 form a structure that can be coupled inside the base portion 70, respectively.

In addition, on the inner circumferential surface of the second insertion portion accommodating part 730, a groove part 731 is formed in which a groove is recessed to accommodate the protrusion 531 protruding on the outer circumferential surface of the second insertion part 530. The groove portion 731 may be substantially the same as the groove portion 131 of the first insertion portion accommodation portion 130 of the body portion 10 described above. The cover part 50 is formed in a horizontal direction along a circumference of an inner circumferential surface of the second insertion part accommodating part 730 to correspond to a shape of the protrusion 531 protruding in a horizontal direction along a circumference of an outer circumference. When the second insertion part 530 is inserted into the second insertion part accommodating part 730 to couple the base part 70 to the base part 70, the protrusion part 531 is accommodated in the groove part 731 so that the cover part is accommodated. By increasing the bonding force of the 50 and the base portion 70, the cover even in a simple external impact Becomes 50 may have prevented from being easily separated from the base portion (70).

Hereinafter, the coupling and separation operation relationship between the third curved portion 510, the fourth recessed portion 710, the third recessed portion 520, and the fourth curved portion 720 will be described with reference to FIGS. 6 and 7. .

As can be seen in Figures 6 and 7, the cover portion 50 and the base portion 70 is coupled to the third curved portion 510 formed of two peaks in the state that is coupled to the two valleys The third recessed portion 520 coupled to the fourth recessed portion 710 and the third recessed portion 520 formed of two valleys are coupled to the fourth curved portion 720 formed of two peaks, and the protrusion 531 is The cover part 50 is accommodated in the groove part 731 to prevent the cover part 50 from being separated from the base part 70 even in a small external impact.

In this state, when the fixture (a) needs to be taken out of the container for the procedure, first, when the cover part 50 is rotated clockwise (① direction) or counterclockwise (② direction), the cover part 50 ) Rotates the third curved portion 510 ascends the fourth curved portion 720 so that the cover portion 50 naturally moves upwardly (㉮ direction) only by rotating the cover portion 50. In this case, the protrusion 531 may naturally escape from the groove 731 even without applying excessive force. Finally, when the cover 50 is lightly pushed up, the cover 50 is completely separated from the base 70.

As such, the cover part 50 can be completely separated from the base part 70 by simply rotating the cover part 50 without forcibly lifting or bending the cover part 50. It is possible to solve problems such as damage to the body part 10 and the cap part 30 or contamination of the fixture a that may occur when the cover part 50 is removed to take out the chur (a).

According to another embodiment of the present invention, in the fixture packaging ampoule container according to the present invention, the body portion 10 is a lower protective member 140 for supporting the lower end of the fixture (a) and the fixture ( A side protection member 150 for supporting the side of a), and the cap portion 30 includes an upper protection member 340 for protecting the upper end of the fixture (a), the fix housed in the packaging ampoule container It is characterized in that the chew (a) can be prevented from being damaged in the container by an external impact.

The lower protection member 140 is included in the body portion 10 to support the lower end of the fixture (a) accommodated in the body portion 10, as shown in Figures 3 and 8 Inserted into the lower portion of the body portion 10, the lower surface is in contact with the upper surface of the protrusion 740 of the base portion 70 and the upper surface is to support the lower end of the fixture (a). In this case, the upper surface of the lower protective member 140 may include a settled portion 141 is formed to be accommodated so as to receive the lower end of the fixture (a) stably, the settled portion 141 is the fix Even though external shocks are transmitted to the container during the transport process by receiving the lower part of the chur (a), the lower part of the fixture (a) does not flow outside the settlement part 141 so that the fixture (a) in the container It is possible to prevent the breakage or damage by the flow.

The side protection member 150 is included in the body portion 10 to support the side of the fixture (a) accommodated in the body portion 10, as shown in Figures 3 and 8 A locking step may be formed in the body part 10 and a locking jaw in which the side protection member 150 may be seated on the inner surface of the body part 10 to fix the position of the side protection member 150. In this case, the side protection member 150 is preferably fixed to be positioned around the upper side of the fixture (a), the upper side of the fixture (a), even if the external impact, such as in the transport process is transmitted to the container It is possible to prevent the fixture (a) from being damaged or damaged by the flow in the container by not flowing largely left and right by the side protection member 150.

The upper protection member 340 is included in the cap part 30 to support the upper end of the fixture (a) accommodated in the body portion 10, as shown in Figures 3 and 8 The upper protective member 340 protruding downward in the 30 is the fixture (a) accommodated in the body portion 10 when the cap portion 30 is coupled to the upper portion of the body portion 10. Located on the upper side of the fixture (a) to support the upper end of the fixture (a) even if an external shock is transmitted to the container during the transport process, such that the upper end of the fixture (a) does not flow large upwards by the upper protective member 340 By doing so, it is possible to prevent the fixture a from being damaged or damaged by the flow.

Thus, the fixture packaging ampoule container according to another embodiment of the present invention as well as the side of the fixture (a) accommodated in the body portion 10 as well as a separate to prevent the shaking by the flow to the top and bottom By including the components, it is possible to effectively prevent the fixture (a) from flowing inside the container due to external impact or the like that can be applied to the container in the transportation process, such as damage or damage.

In the above, the Applicant has described preferred embodiments of the present invention, but these embodiments are merely one embodiment for implementing the technical idea of the present invention, and any changes or modifications may be made as long as the technical idea of the present invention is implemented. Should be interpreted as being within the scope.

1 is a side view of a conventional fixture packaging ampoule container

Figure 2 is an exploded perspective view of a fixture packaging ampoule container according to an embodiment of the present invention

Figure 3 is a cross-sectional view of the fixture packaging ampoule container according to an embodiment of the present invention

Figure 4 is an exploded perspective view showing a coupling relationship between the body portion and the cap portion of the fixture packaging ampoule container according to an embodiment of the present invention

5 is a reference diagram for explaining the separation operation relationship between the body portion and the cap portion

Figure 6 is an exploded perspective view showing the coupling relationship between the cover portion and the base portion of the fixture packaging ampoule container according to an embodiment of the present invention

7 is a reference diagram for explaining the separation operation relationship between the cover portion and the base portion;

8 is a reference view for explaining that the flow of the fixture in the fixture packaging ampoule container according to an embodiment of the present invention is prevented

* Description of the major signs used in the drawings

DESCRIPTION OF SYMBOLS 10 Body part 30 Cap part 50 Cover part 70 Base part

110: second recessed portion 120: second curved portion 130: first insertion portion receiving portion 131: groove portion

140: lower protective member 141: mounting portion 150: side protective member

310: first curved portion 320: first recessed portion 330: first insertion portion 331: projection portion

340: upper protective member

510: third curved portion 520: third recessed portion 530: second insertion portion 531: projection portion

710: fourth recessed portion 720: fourth curved portion 730: second insertion portion accommodating portion 731: groove portion

740: protrusion

a: fixture

Claims (7)

A body part accommodating a fixture, a cap part coupled to an upper portion of the body part, a cover part covering the outside of the cap part and the body part to protect the fixture dually, A lower end of the cap portion includes a first curved portion that is formed to be curved, and a first recessed portion formed by recessing with the first curved portion, the second recess is formed to correspond to the first curved portion in the upper portion of the body portion By including a portion, and the second curved portion formed to be curved to cross the second recessed portion so as to correspond to the first recessed portion, Fixing packaging ampule container can be easily separated from the cap portion, as well as to prevent the contamination of the fixture by dual protection of the fixture accommodated in the body portion. The method of claim 1, The cover portion is coupled to the base portion located below the body portion, A lower end of the cover portion includes a third curved portion that is formed to be curved, and a third recessed portion formed by recessing with the third curved portion, the fourth recess is formed to be recessed to correspond to the third curved portion on the base portion And a fourth curved portion formed to be curved to cross the fourth recessed portion so as to correspond to the third recessed portion. A fixture packaging ampoule container, wherein the cover part can be easily separated from the base part. The method of claim 2, The cap part includes a first inserting part which is formed to protrude downward from the outer circumferential surface to be inserted into the upper part of the body part, and a first inserting part formed on the upper inner circumferential surface of the body part to correspond to the first inserting part. Including a receptacle, The cover part includes a second insert part formed to protrude downward from the outer circumferential surface to be inserted below the base part, and a second insert part formed to correspond to the second insert part on the upper inner circumferential surface of the base part. Including a receptacle, The first curved portion and the first recessed portion are formed at the lower end of the first insertion portion, the second curved portion and the second recessed portion are formed at the lower end of the first insertion portion accommodation portion, The third curved portion and the third recessed portion are formed at the lower end of the second insertion portion, and the fourth curved portion and the fourth recessed portion are formed at the lower end of the second insertion portion accommodation portion, respectively. Fixing packaging ampoule container characterized in that the contamination of the fixture can be prevented by shortening the length of the interface between the cover portion and the base portion or the interface between the cap portion and the body portion exposed to the outside. The method of claim 3, wherein The first curved portion and the first recessed portion, the second curved portion and the second recessed portion, the third curved portion and the third recessed portion, and the fourth curved portion and the fourth recessed portion, respectively, two peaks and two valleys are formed alternately. Fixture packaging ampoule container. The method of claim 3, wherein The outer circumferential surface of the first insertion portion and the outer circumferential surface of the second insertion portion include protrusions formed respectively, and the inner circumferential surface of the first insertion portion accommodation portion and the inner circumference of the second insertion portion accommodation portion respectively have grooves to accommodate the protrusions. It includes a groove formed, Fixing packaging ampule container, characterized in that to increase the tightening force of the cap and the body portion and the cover portion and the base portion. The method of claim 5, The body portion includes a lower protection member for supporting the lower end of the fixture, and a side protection member for supporting the side of the fixture, The cap part includes an upper protective member for protecting the upper end of the fixture, A fixture packaging ampule container which can prevent the fixture contained in the packaging ampule container from being damaged by an external impact. The method of claim 6, The lower protective member includes a settled portion formed to be reliably received to the lower end of the fixture on the upper surface, to prevent damage to the lower end of the fixture does not flow even if an external impact is applied Fixture packaging ampoule container.

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