KR200211477Y1 - One-touch mold cap - Google Patents

Abstract

The present invention relates to the cap structure of the container containing the infant powder or other powder or liquid, the present invention is to form a lid that closes the spout of the container, the cap portion of the lid and the lower body portion of the lid It is formed by separating and connecting the cap part and the body part to hinge the configuration, and the opening of the cap is characterized in that it is made automatically and automatically.

The container lid formed with a one-touch cap according to the present invention is a cap 100 having an elastic restoring force is formed on the lid body 200, and the button body 231 and the hook 232 to the lid body 200 is assembled to hook When the cap 100 is closed as 232 and the button 231 is pressed, the hook 232 is pushed in and out of the cap 100 so that the cap 100 is automatically opened.

Description

Lid of container with one-touch cap {One-touch mold cap}

The present invention relates to a lid of a container containing a baby powder or other powder or liquid having a one-touch cap structure.

Generally, the means for opening and closing the container containing the powder is to lock or loosen by threading the outer surface of the spout of the container and the inner surface of the cap, or the male and female locking protrusions are formed on the spout and the cap respectively to lock the cap to the spout. It is meant to be solved.

Therefore, if you want to use the powder in the conventional powder container, you have to open and close the cap by using both hands.In this process, the leaked powder gets on your hands, and it is cumbersome to close the lid after use. There was a problem.

The same problem occurs in the container containing the liquid.

The present invention has been devised to solve the problem of the lid opening of the container containing the powder or liquid. The purpose of the present invention is to form a lid that closes the spout of the container. It is formed by separating the lid body part, which is a part, connects the cap part and the body part, and connects the hinge to the configuration, and the opening operation of the cap is made elastically and automatically.

1 is a perspective view of the container lid assembly formed with a one-touch cap according to the present invention

Figure 2 is an exploded perspective view of a container lid formed with a one-touch cap according to the present invention

Figure 3 is a perspective view of the incision of the container lid formed with a one-touch cap according to the present invention.

*** Brief description of the major symbols in the drawings ***

100: cap

200: lid body

210: cylinder

220: assembly

230: button portion

231: button

232: hook

101: jamming projection

H: hinge

One embodiment of the lid of the container formed with a one-touch cap according to the present invention for achieving the above object is shown in perspective view in FIG.

As shown in Figure 1, the lid of the container having a one-touch cap of the present invention is composed of a cap 100 and the lid body 200, the cap 100 and the lid body 200 is hinged (H, hinge) connection The cap 100 is assembled so as to cover the upper surface of the lid body 200.

The cap 100 of the embodiment shown in Figures 1 and 2 has a cylindrical shape with a substantially short height and has an upper surface formed and an open lower surface. As described above, one side has a lid body 20 and The hinge H is assembled to receive the elastic force that is always lifted at the other end, and the locking protrusion slightly protrudes inside the side wall of the lower portion of the portion where the hinge H is formed; 101 is formed (see FIG. 3).

As shown in FIG. 2, the lid body 200 includes an upper surface assembly 220 and a button unit 230 having an opening for discharging the contents and a common cylinder 210.

The tubular body 210 is a tubular body 211 is formed in a ring shape by protruding horizontally along a circumferential surface at a predetermined height of the inner side as a normal body, the tubular body slightly above the assembly table 211 of the tubular body 210. The through-hole is formed in the side wall of the 210, the through-hole is a button insertion hole 212 is inserted into the assembly of the button 231 of the button unit 230 to be described later, the upper surface of the assembly table 211 The projections are formed symmetrically with respect to the button insertion hole 212 and have a predetermined interval, respectively, these two projections are the amount of the elastic band 233 of the button portion 230 when the button portion 230 to be described later is assembled It is the locking projections 213 and 213 'which end is caught. (Only one of the two locking projections is observed in FIG. 2).

As shown in FIG. 2, the upper surface assembly 220 has some through-holes formed on the upper surface 221 to form a contents outlet 222, and a first side surface along the circumference of the edge of the upper surface 221. The wall 223 is formed by a predetermined length, and the second side wall is formed with a smaller diameter inside the first side wall 223. A button assembly part 225 is formed on a portion of the first side wall 223 so as to have a predetermined width in the shape of an approximately U-shape to form a space for assembling the button part 230. . A splitter plate 226 is formed by dividing the inner space of the second side wall 224 in half, and the content outlet 222 is formed on one side of the upper surface 221 with the splitter plate 226 as the boundary plate. 226 directs the contents toward the outlet 222.

The button unit 230 forms an independent body as shown in FIG. 2, and the button 231, the hook 232, and the elastic band 233 are integrally formed up and down sequentially and connected to each other. Has a substantially hexahedral shape and is erected upright about the center of its upper side, and a hook 232 is formed, and an elastic band 233 is formed integrally on the back side of the button 231 to form an arc.

The lid of the container formed with a one-touch cap of the present invention consisting of the above components are assembled as shown in FIG.

First, the button unit 230 is placed and assembled on the assembly table 211 of the cylinder 210. At this time, it is placed between the two engaging projections (213, 213 ') formed on the upper surface of the assembly table 211, the both ends of the elastic band 233 of the button portion 230 is assembled to be caught by the locking projections (213,213'), The button 231 of the button unit 230 is inserted into the button insertion opening 212 of the cylinder 210 to be assembled. In this state, the upper surface assembly 220 is assembled to the upper opening of the cylinder 210. The button assembly 230 and the side wall of the upper surface assembly 220 are cut in a U-shape. Assembling while assembling the assembly unit 225, at this time, an empty space is formed on the upper end side of the button assembly 225 cut in the U-shape of the upper surface assembly 220, the hook of the button unit 230 to this space The upper end of 232 is inserted and exposed.

When the lid body 200 is assembled in this way, as shown in FIG. 1, the button 231 and the hook 232 of the button part 230 protrude slightly out of the side wall of the cylinder 210, and are exposed to the lid body 200. The upper surface 221 of the upper surface assembly 220 of the upper surface assembly 220 is formed so that the contents outlet 222 is formed on the upper surface of the lid body 200.

And the cap 100 is assembled to the lid body 200 assembled as described above, using the spring (s) and the hinge pin (p) as shown in Figure 2, the lid body in the form as shown in Figure 1 By the hinge assembly to the cap 100 is subjected to the elastic restoring force is always lifted up to the 200 is a one-touch cap formed container lid of the present invention is completed.

3 is a container lid formed with a one-touch cap of the present invention is a cross-sectional view showing a state in which the cap 100 of the container is closed. The cap 100 is in a closed state so that the hook protrusion 232 of the lid body 200 is caught by the locking protrusion 101 formed on the side wall of the cap 100 to close the cap 100, and the cap 100 is opened. If you push the button 231 of the lid body 200 inwards slightly, the hook 232 is pushed in and out of the locking projection 101 of the cap 100 and the cap 100 is heard because of the elastic resilience of the hinge It will open automatically.

The container lid formed with a one-touch cap of the present invention having such a function is omitted in the present specification, but will be used by assembling the spout of the container containing the powder or liquid.

The container lid formed with a one-touch cap of the present invention having the configuration and action as described above is assembled to the spout of the container to press the button 231 to automatically open the cap 100 by using the contents outlet 222 It is a very useful and hygienic container lid to remove the contents by an appropriate amount through) and to press the cap 100 again to close the convenience and to prevent unnecessary contact with the contents unnecessarily.

In addition, compared to the conventional means for opening the lid of the bottle, such as the use of both hands, the present invention is a lid of the container is extremely easy to press a button with one hand.

Claims (4)

The cap 100 is assembled to the lid body 200 has a hinge (H) to have an elastic restoring force, the lid body 2 00 is formed by assembling the cylinder 210, the upper surface assembly 220 and the button portion 230 And the button 231 and the hook 232 of the button unit 230 to the side of the cylinder 2 10 is assembled so as to slightly protrude, and when the button 231 is pressed, the hook 232 is pressed together, the cap 100 is Slightly protruded to the inside of the side wall to form a locking projection 101, when the cap 100 is closed hooks 232 protruding to the upper side of the lid body 200 of the cap 100 The container lid formed with a one-touch cap configured to be hooked on the button 231 and the hook 232 is retracted to escape from the catching protrusion 101 of the cap 100 to open the cap 100. According to claim 1, the cylinder 210 is a button insertion opening 212 made of a through-hole penetrating through the side wall and the assembly table 211 formed in a ring shape to protrude horizontally along the circumferential surface at a predetermined height of the inner side as a normal. , The container lid formed with a one-touch cap consisting of locking projections (213, 213 ') formed in a set protruding at a predetermined interval on the upper surface of the assembly table 211 According to claim 1, The assembly 220 has a through hole formed in the upper surface 221 to form the contents outlet 222, the first side wall (22 3) along the circumference of the edge of the upper surface (221) ) Is formed by a predetermined length, the second side wall is formed with a smaller diameter inside the first side wall 223, and the entire side wall length in a substantially U-shape on a part of the first side wall 223. A button assembly portion 225 is formed to be cut by a predetermined width so as to form a space in which the button portion 230 is assembled, and the separation plate 226 divides the inner space of the second side wall 224 in half. Is formed and the container lid is formed with a one-touch cap formed with the contents outlet 222 on one side of the upper surface 221 bordering the separation plate 226 The method of claim 1, wherein the button 230 is a button 231, the hook 232 and the elastic band 233 is formed integrally connected up and down, the button 231 has a substantially polyhedral shape and its upper side surface Hook 232 is formed upright about the center of the container lid is formed with a one-touch cap to form an arc by bending the elastic band 233 integrally on the back side of the button 231