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KR-20260063570-A - a proposal ring case that splits open

KR20260063570AKR 20260063570 AKR20260063570 AKR 20260063570AKR-20260063570-A

Abstract

The present invention relates to a ring case, the purpose of which is that when opening the ring case, the left door handle (201) and the right door handle (301) of the case are grasped simultaneously and opened, A door right rotation center projection (32) protruding from the door right center projection (31) of the door right front (30A) inserted into the door right center hole (21H) of the door right front (20A) becomes a single rotation center axis, and as rotational force rotates with the door right diagonal projection (23) and the door right rotation center projection (32) acting as levers, the door right slides within the diagonal guide L (13L) and diagonal guide R (13R) of the fixing stand (10), naturally creating an outer direction, and as it moves downward in a direction that spreads outward toward the door right diagonal projection (23) and the door right rotation center projection (32), the fixing stand (10) is raised and fully opened, thereby providing a ring case in which the ring is visible on the front, back, left, and right sides. Then, when the left door handle (201) and the right door handle (301) are grasped and closed simultaneously, the door right rotation center projection (32) protruding from the door right center projection (31) of the door right front (30A) inserted into the door right center hole (21H) of the door right front (20A) becomes a single rotation center axis, and as the rotational force causes the door right diagonal projection (23) and the door right rotation center projection (32) to rotate using levers, the door right diagonal guide L (13L) and the diagonal guide R (13R) of the fixing member (10) slide, naturally creating an inner direction, and then the door right diagonal projection (23) and the door right rotation center projection (32) move upward in the inner direction, that is, in a narrowing direction, and the fixing member is configured to descend; And when the fixed member rises and falls, to prevent shaking, the right-side rotation center projection (32) is fitted into the fixed member vertical guide (12H) to form a ring case with stability.

Inventors

  • 김효진

Assignees

  • 김효진

Dates

Publication Date
20260507
Application Date
20241030

Claims (6)

  1. A fixing member (50) is inserted into a fixing member (10) and a door center projection (31) of the door right front (30A) is inserted into the door center hole (21H) of the door front (20A) to form a common rotation axis; The protruding projection (32) of the door right rotation center projection is inserted into the vertical guide (12H) of the fixing bracket (10) to become a vertical driving means; The door seat diagonal projection (23) is inserted into the diagonal guide L (13L), and the door right diagonal projection (33) is inserted into the diagonal guide R (13R), so that the fixing member (10) is driven upward when opening the door seat front (20A) and the door right front (30A) left and right, and downward when closing; The door protrusions (24) of the front door (20A) are each fitted into the base holes (44H) of the base (40) using the case frame, and the door protrusions (34) of the front door (30A) are each fitted into the base holes (44H) of the base (40). If the diagonal guide L (13L) and diagonal guide R (13R) are symmetrical on the front and rear of the fixing member (10), the door diagonal projection (23) on the rear of the door seat (20B) on the rear is fitted into the diagonal guide L (13L) on the rear of the fixing member (10), and the door diagonal projections (24) on the rear of the door seat (20B) are fitted into the respective base holes (44H) of the base (40). A ring case characterized by the configuration in which the door center projection (31) of the door rear (30B) on the back is inserted into the door center hole (21H) of the door rear (20B), the door rotation center projection (32) protruding is inserted into the vertical guide (12H), the door diagonal projection (33) of the door rear (30B) is inserted into the diagonal guide R (13R) on the back of the fixing bracket (10), and the door projections (34) of the door rear (30B) are inserted into the respective base holes (44H) of the base (40).
  2. A fixing member (50) is inserted into a fixing member (10) and a door center projection (31) of the door right front (30A) is inserted into the door center hole (21H) of the door front (20A) to form a common rotation axis; The protruding projection (32) of the door right rotation center projection is inserted into the vertical guide (12H) of the fixing bracket (10) to become a vertical driving means; The door seat diagonal projection (23) is inserted into the diagonal guide L (13L), and the door right diagonal projection (33) is inserted into the diagonal guide R (13R), so that the fixing member (10) is driven upward when opening the door seat front (20A) and the door right front (30A) left and right, and downward when closing; The door protrusions (24) of the front door (20A) are each fitted into the base holes (44H) of the base (40) using the case frame, and the door protrusions (34) of the front door (30A) are each fitted into the base holes (44H) of the base (40). If the diagonal guide L (13L) and diagonal guide R (13R) are asymmetrical on the front and rear of the fixing stand (10), the door seat front surface (20A) on the rear right is provided, the door seat diagonal projection (23) is inserted into the diagonal guide L (13L) on the rear of the fixing stand (10), the door seat projections (24) of the door seat front surface (20A) are inserted into the base holes (44H) of the base (40), and the door right center projection (31) of the door right front surface (30A) on the rear left is inserted into the door seat center hole (21H) of the door seat front surface (20A), and the door right rotation center projection (32) protruding is inserted into the vertical guide (12H). A ring case characterized by fitting the diagonal projection (33) of the front side (30A) of the door to the diagonal guide R (13R) on the rear side of the fixing base (10), and fitting the projection of the front side (30A) and the projection (34) of the door to the base holes (44H) of the base (40) respectively.
  3. In claim 1 and claim 2; A ring case set addition (10NG) is provided on the rear portion of the fixing stand (10) and on the rear portions of two bases (40) on both sides, and the ring case set addition (10NG) configuration is configured such that the fixing stand addition (10N) is selected for symmetrical and asymmetrical use, and two base additions (40N) and fixing stand additions (50N) are configured; A ring case characterized by a configuration in which, during the assembly process, the fixing protrusions (16) on both sides of the front of the fixing member (10N) are inserted into the fixing member connection holes (16H) on both sides of the rear of the fixing member (10), the base protrusions (44) of the base members (40N) on the left are inserted into the base connection holes (44H) on both sides of the rear of the bases (40), and the base protrusions (44) of the base members (40N) on the right are inserted into the base connection holes (44H) on both sides of the rear of the base (40), thereby adding one set of ring case set members (10NG), and continuing to assemble in this manner to increase the number of ring storage units.
  4. When the Moon Right Rotation Center Protrusion (32) moves up and down and rotates within the vertical guide (12H), A vertical guide (12H) is positioned at the left and right centers of the fixing stand (10). When viewed from the center line of the vertical guide (12H), a diagonal guide L (13L) and a diagonal guide R (13R) are arranged on both sides at the same angle. The alignment shape of the diagonal guides is narrow at the top and wide at the bottom, forming a diagonal shape and a curved shape facing each other. The door right rotation center projection (32) of the vertical guide (12H) is fitted, the door seat diagonal projection (23) of the diagonal guide L (13L) is fitted, and the door right rotation center projection (32) of the diagonal guide R (13R) is fitted. When the door seat front (20A) and the door right front (30A) parts are spread apart to the left and right, the fitted projections of the diagonal guides slide, generating a force that raises the fixing stand (10). When the door seat front (20A) and the door right front (30A) parts are closed to the left and right, the fixing stand (10) moves downward. A ring case characterized by a structure in which a vertical guide (12H) is provided for the upward and downward driving of the door right rotation center projection (32) and the fixing member (10) only for upward and downward driving, and when the door seat front (20A) and door right front (30A) parts are opened and closed left and right while rising and falling, the door right rotation center projection (32) protruding from the door right center projection (31) of the door right front (30A) inserted into the door seat center hole (21H) of the door seat front (20A) comes into contact with the vertical guide (12H), thereby becoming a driving axis for simultaneous upward and downward driving and rotation, and driving the force pulling left and right in the vertical direction while rotating, and the front and rear are configured in such a way.
  5. A ring case characterized by the fact that, for maintaining an open state and a closed state according to the present invention, a door seat magnet (25L) and (25R) of the door seat front body (20A) are fitted and provided; a door right magnet (35L) and (35R) of the door right front body (30A) are fitted and provided, and when in an open state, the door right magnet (25L) and the door seat magnet (35L) are aligned and at the same time, the door right magnet (25R) and the door seat magnet (35R) are aligned and fixed by magnetic force, and when in a closed state, the door right magnet (25R) and the door seat magnet (35L) are aligned and fixed by magnetic force.
  6. A ring case characterized by satisfying the mechanism in claim 4, and in order to change the external appearance on the front and rear, matching the characteristics of a symmetrical structure with a door seat set (20GA) and a door right set (30GA) or an asymmetrical structure with a door seat set (20GB) and a door right set (30GB), and being able to change the front and rear external appearance of the door seat front (20A), door seat rear (20B), door right front (30A), door right rear (30B), and base (40) into various shapes.

Description

A proposal ring case that splits open The present invention relates to a ring case for a proposal, wherein the ring must be safely stored and when taken out It must have the characteristic that it cannot be easily opened by a method known to everyone, and its exterior must deviate from the existing square case. In terms of function, it differs from the method of opening existing ring cases by lifting the lid. The ring case of the present invention is configured to open by splitting the exterior. Furthermore, as a ring case for a proposal, it must express a person's individuality, characteristics, tastes, and sincerity. It must possess special value regarding the promise of proposal and acceptance to a lifelong partner or prospective partner at special events and ceremonies according to time and place, and it relates to a structure and function that expresses the promise and meaning of the ring, which conveys sincerity, by allowing the ring to be clearly visible to acquaintances and guests from the front, back, right side, left side, and flat surface. Generally, ring cases were merely packaging for purposes of unknown use, such as proposals, weddings, and babies' first birthday or 100-day rings. Cases that function as safes for storing rings, gift cases such as first birthday rings and birthday rings, and cases for obtaining permission for couples, proposals, marriages, etc., have completely different uses; however, most conventional ring cases are configured such that, as shown in [Fig. 1], a sponge (3000) having a ring fixing slot (3001) in the horizontal direction is wrapped with sponge and cloth and mounted within a lower part (1000) of a case of a certain shape, and a case ring cover (2000) is installed on the upper part of the upper surface of the lower part (1000) of the case by a hinge. This conventional ring case is configured in the form of a box, and consists of an upper and lower case of a certain shape. The interior of the lower case is filled with a sponge material to allow the ring to be fixed, and the sponge material is configured with a sponge <3000> that has cuts and gaps made so that the ring can be inserted and fixed. And the semi-basement (1000) is the upper surface It is configured to be openable and closable through an upper cover connected to the ring cover (2000) by a hinge. This presented a problem in that products of common shapes lacked uniqueness and failed to express the giver's character, while presenting a ring in a common manner lacked the specialness of anyone opening their heart, making it unsuitable for expressing a commitment or proposal event that lacked a written contract. In addition, conventional ring cases like the one mentioned above had a problem in that the ring was not visible on all four sides when opened, making it impossible for everyone to see the ring when friends were gathered. in other words, In a situation where acquaintances are surrounding you, the ring is only visible from the front, back, and sides, so there is a problem where the ring is not visible to those behind you. In addition, the existing case has a problem in that the opening method is known to everyone, allowing anyone to open it. At the very least, it must not be openable by ordinary means, that is From the ring owner's perspective, they want a ring case that only they can easily open, and if the ring is opened in a way that everyone knows, there is a problem that it poses a risk of easy exposure and loss. The development of a ring case that solves these problems is required. Representative drawing is a combined perspective view of the ring case of the present invention in an open state. [Fig. 1] is a perspective view of a conventional ring case with the lid open. [Fig. 2] shows the closed state (A), the intermediate open state (B), and the open state (C) of the ring case of the present invention in a symmetrical structure. [Fig. 3] is provided with a front projection view (A1) of the ring case of the present invention in a closed state, a front projection view (B1) of an intermediate open state, and a front projection view (C1) of an open state in a symmetrical structure, and shows the component configuration of each drawing. [Fig. 4] is an exploded view of a storage case for one ring with a symmetrical structure. [Fig. 5] is an exploded view of a storage case for one ring with an asymmetric structure. [Fig. 6] is an exploded view illustrating that, in the basic structure of [Fig. 4] above, 10N, 40N, and 50N parts are assembled into a single set to form an integrated 10NG for storing two or more rings, and that additional sets are added when needed. In the example of a conventional ring case [Fig. 1], the ring case is configured with a rectangular case for the ring base (1000), and a sponge (3000) with a ring fixing slot (3001) in the horizontal direction inside is wrapped in cloth and mounted, and a case ring cover (2000) is fixed to the upper part of the upper surface of the ring base (1