KR200495525Y1 - Both hand handle assembly of feeding water bottle - Google Patents

Abstract

The present invention has a simple structure, so it can be used universally regardless of the round surface of the shoulder slope of the baby bottle body. The purpose of this is to provide a handle assembly structure for baby bottles that maximizes product quality by providing simple fixation and enables general use, thereby reducing manufacturing cost and increasing productivity from the producer's point of view.
The above object of the present invention is the ambidextrous inner surface of the ambidextrous inner surface of the baby bottle body by the rotating protrusion ring that catches the rotating ring integrally molded with the ambidextrous on the upper part of the locking protrusion ring of the fastening ring screwed to the screw part of the baby bottle body. It is assembled in a buoyant state spaced apart from the shoulder inclination part so that it can rotate freely and at the same time, the setting groove of the rotating ring is coupled to the setting protrusion of the fastening ring to fix the rotation, so that it intersects with the hinge rotating part on one side that opens and closes the lid. It can be achieved by the handle assembly structure of the baby bottle configured such that the ambidextrous handle is disposed so that the front of the baby bottle body is positioned.

Description

Both hand handle assembly of feeding water bottle

The present invention relates to the assembly of ambidextrous arms provided in infant feeding bottles or baby food bottles, and more particularly, it can be used universally in the shoulder slope (radius curve) of the bottle, even for size differences, and at the same time printed on the surface of the bottle body. It relates to an ambidextrous assembly structure of a baby bottle that guarantees convenience and product reliability by setting the ambidextrous handle so that the picture can be viewed from the front.

In general, baby bottles are used to contain or store breast milk and milk for infants or children, barley tea for beverages, and baby food and then feed them using a bottle tap or straw.

In some cases, infants or their guardians hold and feed the bottle, but grown children or infants with developed grip will hold and eat by themselves. It is equipped with a handle, especially an ambidextrous handle, and is used.

Patent Document 1 can be cited as an example of a baby bottle having such a ambidextrous structure.

The patent document 1 was provided in a configuration in which ambidextrous handles were formed at the lower end of a cap-type handle holder having a hole, and the handle holder was fitted on the upper end of the infant feeding bottle body and fixed with a nipple cap (lid).

However, Patent Document 1 is provided in a structure in which an ambidextrous handle bent outwardly from the handle holder is molded to fit a specific baby bottle body, so there is a limitation in use.

Thus, a structure that can be applied to baby bottles having different diameters has been disclosed so that the diameter of the housing can be widened by holding the ambidextrous handles as in Patent Document 2 and spreading them apart.

However, this patent document 2 is also applicable only to a bottle body with a specific shape, that is, a simple diameter without a shoulder slope, and the housing rotates freely after long-term use and the bottle body is filled with drinks, milk, or baby food. There was a disadvantage in that reliability was lowered due to shaking and the like.

In particular, recent baby bottles have an opening/closing structure by rotating the lid, which is used for the purpose of blocking storage or contamination of drinking straws or nipples, in consideration of the convenience of use and connected by a hinge on one side. At least, it is necessary to use it in a state in which it is set to cross the hinge part.

The baby bottle having such a hinge structure on one side is opened by turning the lid according to use by a hinge, and has a structure that can be held and drunk upside down when ingested or provided with a guide hose to sit and drink while sitting.

In addition, the baby bottle body is provided by printing various characters and color pictures to induce visual interest or curiosity while eating milk, baby food, barley tea, etc. The upper part is molded, and the diameter of the upper part is reduced to form an inlet having a threaded part, and the inlet thread part having a reduced diameter and the shoulder part where the upper part of the baby bottle body is connected are formed in a round shape so that both hands are on the outer peripheral surface of the inlet thread part through a rotating ring. It has a structure that is assembled in a combined state.

Therefore, the ambidextrous handle should be fixed so that infants or children can visually see the front of the cap and the crossed state of the baby bottle and the picture or character printed on the bottle body, and these ambidextrous handles are orthogonal to the printing surface of the picture or character. A universal handle that can be rotated and fixed without jamming with the round surface was required regardless of the shoulder slope of the baby bottle body of various shapes by rotating both handles during use when fixed in a crossed state.

Korean Public Utility No. 20-1991-0000309 (published on Jan. 22, 1991) Korean Public Utility No. 20-2013-0006581 (published on November 15, 2013)

The problem to be solved by the present invention is a simple structure that allows for universal use regardless of the round surface of the shoulder slope of the baby bottle body, and the setting and fixing of both hands according to use is free as it intersects with the hinge of the lid The purpose of this is to provide a ambidextrous assembly structure for baby bottles that maximizes product quality by providing simple fixing with suppressed rotation, and enables general use, thereby reducing manufacturing cost and increasing productivity from the producer's point of view. .

In order to solve the above problems, in the ambidextrous assembly structure of the baby bottle of the present invention,

The upper and lower parts are prevented from being separated by the fastening ring assembled by screwing the shoulder slope on the bottle inlet side and the outer circumferential screw part and the inner circumferential screw part of the baby bottle body. Assemble the drinking device assembled at the inlet of the feeding bottle, and rotate the lid support ring provided with a fixed shaft pin between the two wing pieces formed on one side as the outer circumferential surface of the fastening ring, and assemble it with a hinge shaft piece to its fixed shaft pin Including a lid that can be opened and closed freely by a hinge rotating part,

The fastening ring is formed by forming a ring of locking projections on the lower side of the screw as an inner circumferential surface of the lower end and extending in a direction perpendicular to the thread of the lower side in a vertical direction to the hinge rotating part by forming a setting projection,

In the ambidextrous rotary ring, the insertion rotary ring inserted into the lower inner circumferential surface of the fastening ring extends in a stepped shape and is caught on the outer circumferential surface of the locking protrusion ring on the upper side of the locking protrusion ring to rotate without lower separation, but the The rotating protrusion ring is made by molding a plurality of setting grooves as one side of the cross-handle and the cross direction,

The rotating ring is assembled in a floating state spaced apart from the shoulder slope of the baby bottle body by the rotating projection ring caught on the upper portion of the locking projection ring of the fastening ring, and the rotation is freely coupled and the The setting concave groove is coupled to the setting protrusion to fix the rotation of the rotating ring, and the ambidextrous handle is disposed to intersect with the hinge rotating part, characterized in that the front side of the baby bottle body is positioned.

The setting groove is formed in a plurality of 7 to 9, characterized in that the ambidextrous is fixed in a state of crossing the hinge rotation part in a rotation state within an angle range of 20 to 30 degrees.

According to the present invention, a rotating ring that supports both hands despite diversity on the round surface of the shoulder slope of the baby bottle is rotatably coupled to the fastening ring to provide rotation in a buoyant state spaced apart from the shoulder slope of the baby bottle body. Because the shoulder slope of the bottle can be applied to different baby bottle bodies, versatility is guaranteed, which has the advantage of maximally reducing productivity and manufacturing cost.

In addition, according to the present invention, by fixing the rotation of the rotating ring supporting the ambidextrous grip on the fastening ring and fixing the ambidextrous hinge rotating part to open and close the lid in an intersecting state, the front of the baby bottle body is visually provided to the infant Characters or characters of various shapes printed on the front of the bottle provide interest and curiosity to infants, thereby increasing the usability of the bottle and guaranteeing trust.

In addition, according to the present invention, there is an effect that can be applied to various products and industrial mass production effect by minimizing the number of parts as a simple structure.

1 is a front view of an opened state of the lid of the baby bottle to which the present invention is applied.
Figure 2 is an exploded perspective view of the constituent members of the baby bottle to which the present invention is applied.
3 is a half-sectional exploded perspective view of the constituent members of the baby bottle to which the present invention is applied.
Figure 4 is a side cross-sectional view of the assembled state of the baby bottle to which the present invention is applied.
Figure 5 is a front cross-sectional view of the assembled state of the baby bottle to which the present invention is applied.
6 is an enlarged view of an excerpt of part "F" of FIG.
7 is an exploded side view of a component for explaining the assembly of a baby bottle to which the present invention is applied.
8 is a front exploded view of a component for explaining the assembly of a baby bottle to which the present invention is applied.
9 is a plan sectional view showing the fixing state according to the assembly of the ambidextrous ring of the present invention and the fastening ring.
FIG. 10 is an enlarged view of an excerpt of part “G” of FIG. 9 .

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

As shown in FIG. 1, the lid 200 is assembled so that it can be opened and closed by hinge rotation by the hinge shaft piece 220 on one side hinged to the lid support ring 210 assembled to the baby bottle body 100.

Figure 2 is an exploded perspective view of a baby bottle to which the present invention is applied, Figure 3 is a half-sectional exploded perspective view of the constituent members of a baby bottle to which the present invention is applied, Figure 4 is an assembled side sectional view of a baby bottle to which the present invention is applied, Figure 5 is It is a front sectional view of the assembled state of the baby bottle to which the present invention is applied.

Referring to these drawings, the baby bottle body 100 has an upper shoulder slope portion 102 having a round surface R1 and a screw portion 131 molded on the inner circumferential surface of the outer circumferential screw portion 103 of the feeding bottle inlet 101. The inner circumferential surface of The rotating ring 310 interposed in a state in which the upper and lower portions are prevented from being separated by the fastening ring 130 assembled by fastening the screw 131 is installed, and the rotating ring 310 is provided on both sides of the baby bottle body 100 The ambidextrous handle 300 is molded and assembled so that it extends on the outer circumferential side of the body so that an infant or child can hold it with both hands.

And through the through hole 133 of the fastening ring 130, the flange plate 142 is inwardly molded into the through hole 133 in a state that protrudes through the drinking straw 141 having a drinking inlet from the lower side to the upper side. The lower surface of the bent step 134 and the inlet 101 of the baby bottle body are compressed by screwing to firmly assemble the drinking device 140 in an airtight state.

The drinking port 140 is discharged through the beverage inlet of the beverage straw 141 connected to a separate straw (not shown) connecting the suction of the beverage filled in the baby bottle body 100, or covered to prevent contamination. The lid 200 for furnace storage is assembled by the hinge rotating part 250 on one side.

Here, the hinge rotating part 250 is a hinge shaft piece of the lid 200 coupled to the fixed shaft pin 230 of the lid support ring 210 rotatably assembled on the outer peripheral surface of the fastening ring 130 and the fixed shaft pin. (220).

At this time, the lid 200 is rotatably opened and closed by the hinge rotating part 250 using the gripping piece 225 formed on the opposite side of the hinge shaft piece 220 .

And in the state in which the lid 200 is opened, the ambidextrous handle 300 should be fixed in a crossed state with the hinge rotating part 250 to provide use by the drinking tool 140 in a state where an infant or child can conveniently hold it. can do.

That is, the core technology of the present invention is that the ambidextrous handle 300 molded in a state extending from the rotating ring 310 rotates freely regardless of the round surface of the shoulder slope 102 of the baby bottle body 100 . It is in that it can be used by fixing the hinge rotation part 250 and the intersecting state.

To this end, the fastening ring 130 forms a locking projection ring 135 on the lower side of the screw portion 131 formed on the inner circumferential surface of the lower end portion, and extends in the vertical direction to the lower screw thread in the vertical direction to the hinge rotating portion 250 side. to form the setting protrusion 136 .

And, as shown in the enlarged view of FIG. 6, the rotating ring 310 of the ambidextrous 300 extends in a stepped shape with the insertion rotating ring 320 inserted into the lower inner circumferential surface of the fastening ring 130, A rotating protrusion ring 330 is formed on its outer circumferential surface to be caught on the upper side of the locking protrusion ring 135 and rotated without lower separation, but the rotating protrusion ring 330 is the ambidextrous 300 and one side of the intersection direction. A plurality of setting grooves 340 are formed.

As shown in FIGS. 9 and 10, the setting groove 340 is formed in a plurality of 7 to 9, so that the ambidextrous handle is rotated within an angular range of 20 to 30 degrees and intersected with the hinge rotating part 250. can be fixed.

Of course, the setting groove 340 is 9 or more, and 12 moldings are possible, but when the number is increased, when the number is increased in the setting state in the final setting groove 340, it intersects with the hinge rotating part 250 is away from the orthogonal state, so that the front exposure of the baby bottle body 100 is visually skewed and the side part is visible, so that a part of the printing surface is hidden.

As shown in FIGS. 7 and 8 , the rotating ring 310 formed with the ambidextrous handle 300 is the rotating projection ring 330 that is caught on the locking projection ring 135 of the fastening ring 130 . Assembled in a state in which the lower part is prevented from being caught by the ambidextrous inner surface of the ambidextrous 300, the round surface R1 of the shoulder slope 102 of the baby bottle body 100 and the spaced slope R2 have Rotation is freely combined in the floating state.

In this state, the setting groove 340 is coupled to the setting protrusion 136 to fix the rotation of the rotating ring 310, so that the hinge rotating part 250 and the ambidextrous 300 are arranged in a crossed state. It can be set so that the front of the main body 100 is seen from the perspective of the infant.

Therefore, the arrangement of the hinge rotation part 250 and the ambidextrous position 300 is a picture printed on the baby bottle body 100 when an infant or child consumes milk, baby food or barley tea through the drink straw 141. Advertisement printing including characters can be provided to infants visually, providing a condition to hold a bottle and arouse curiosity about drinking in infants or children.

Of course, the maximum purpose of the handle 300 coupled to the baby bottle body 100 is to ensure safety and convenience to infants or children in ingesting beverages such as milk, baby food, barley tea, etc.

The present invention eliminates the uneconomical disadvantages of assembling the baby bottle body 100 for commercialization of the conventional baby bottle by molding the ambidextrous handle 300 that can be assembled and having a separate shape suitable for each, so that the baby bottle body 110 is universal regardless of Can be assembled and used.

That is, the present invention provides a visual effect to infants with characters or pictures printed on the bottle body 100 in which the ambidextrous 300 is ingested when milk, baby food, barley tea, etc. filled in the bottle body 100 are consumed. There is this.

In particular, the ambidextrous 300 of the present invention is provided with a floating structure that can be fixed and used freely regardless of the curvature of the shoulder slope 102 of the various baby bottle body 100, so that the baby bottle body 100 is There is an advantage that can be used universally regardless of the round surface (curvature: R1) of the shoulder gradient portion 102 having.

The present invention described above can be variously changed and modified within the spirit and scope of the utility model registration claim claimed as the summary of the rights.

100: baby bottle body 101: feeding bottle inlet
102: shoulder slope 103, 131: screw part
130: fastening ring 133: through hole
134: bending step 140: drinking mouth
141: drink straw 142: flange plate
200: lid 210: lid support ring FS
220: hinge shaft piece 250: hinge rotating part
230: fixed shaft pin 300: handle
310: rotating ring 320: inserting rotating ring
33O: rotating projection ring 340: setting groove

Claims (2)

The upper and lower portions are prevented from being separated by the fastening ring 130 that is assembled by screwing the shoulder slope portion 102, the outer circumferential screw portion 103, and the inner circumferential screw portion 131 on the side of the feeding bottle inlet 101 of the baby bottle body 100 Assemble the drinking port 140 assembled to the feeding bottle inlet 101 of the baby bottle body 100 by the ambidextrous handle 300 assembled with the rotating ring 310 in the state and the fastening ring 130, and the fastening A lid support ring 210 having a fixed shaft pin 230 between the two wing pieces formed on one side of the outer circumferential surface of the ring 130 is rotatably assembled, and the hinge shaft piece 220 is assembled to the fixed shaft pin 230 thereof. It includes a lid 220 that is rotatably opened and closed by one hinge rotating part 225,
The fastening ring 130 is formed by forming a locking projection ring 135 on the lower side of the screw portion 131 as an inner circumferential surface of the lower end portion and extending in the vertical direction to the lower screw thread in the vertical direction to the hinge rotating portion 225 side to set a setting projection 136 ) is formed by molding,
In the rotation ring 310 of the ambidextrous 300, the insertion rotation ring 320 inserted into the lower inner circumferential surface of the fastening ring 130 extends in a stepped shape and is caught on the outer circumferential surface of the locking projection ring 135 on the upper side. to form a rotating protrusion ring 330 that rotates without leaving the lower part, but the rotating protrusion ring 330 is formed by molding a plurality of setting grooves 340 as one side of the ambidextrous handle 300 and the crossing direction,
The rotating ring 310 has a curved inner surface of the ambidextrous handle 300 by a rotating protrusion ring 330 caught on the upper portion of the locking projection ring 135 of the fastening ring 130 is the shoulder of the baby bottle body 100 . Assembled in a floating state spaced apart from the inclined portion 102, the rotation is freely coupled, and at the same time, the setting concave groove 340 is coupled to the setting protrusion 136 to fix the rotation of the rotating ring 310 to fix the rotation of the hinge rotating part. The ambidextrous 300 is disposed in a cross state with the 225 so that the front of the baby bottle body 100 is positioned,
The setting groove 340 is formed in a plurality of 7 to 9, and the handle 300 is fixed to cross the hinge rotation part 225 in a rotation state within an angle range of 20 to 30 degrees. assembly structure.
delete

Images