KR20040027644A - Method for manufacturing nursing bottle with pi-wave - Google Patents

Abstract

PURPOSE: A nursing bottle manufacturing method with pi-wave is provided to keep milk fresh and to prevent the smell of the nursing bottle and increase of harmful bacteria by radiating pi-wave from an ion chip inserted to the cap and the support. CONSTITUTION: A bottle(4), a cap fixing ring(3), a cap(2) and a bottle support are manufactured with polyethevsulfone through injection molding. An ion chip(1) is inserted and mounted to the internal groove of the cap of the nursing bottle, and an ion chip(5) is fitted to the internal groove of the bottle support. The cap is inserted to the bottle body, and assembled by the cap fixing ring. The cap is locked with turning clockwise to the thread of the bottle body. The bottle support is fitted to the T-shaped groove of the bottle body, and fixed by pushing up and turning. The assembled nursing bottle is packed with the plastic bag.

Description

Method for producing a bottle having a pi-wave function

The present invention relates to a method for manufacturing a bottle having a pi-wave function.

When looking at the baby bottles on the market, there are cheap bottles with nipples inserted in plastic materials, while pe bottles made of hot water do not emit environmental hormones when disinfecting and cleaning the bottles. There are products that have functionality such as silver bottles that keep sterilization power and freshness of milk for a long time, but they are expensive.

The present invention, by attaching the ion chip to the inside of the bottle cap (nipple cap) in the milk bottle, when the nipple is inserted when the bottle cap is closed to suppress the occurrence of harmful bacteria that can occur on the nipple and the top of the bottle and the bottom of the milk bottle The ion chip is attached to the inside of the bottle underlay which is fixed and assembled in the plastic bottle to maintain the freshness of milk for a long time and to soften the taste.

Pes (polyethevsulfone), etc. as a raw material, using a plastic injection molding machine bottle feeding bottle (marked with 15, 17-1.17-2), nipple fixing ring, bottle cap (figure 6), the bottom of the bottle Preparing and molding a pedestal (with reference numeral 14),

Attaching the ion chip to the inner groove of the bottle cap,

Attaching the ion chip to the inner groove of the baby bottle underlay,

Inserting the nipple into the bottle body and assembling the nipple holding ring

Insert the bottle cap into the spiral groove protruding from the bottle body and turn it to the right to lock it.

Step to secure the bottle underlay to the bottle body t-groove

The assembled milk bottle is characterized in that it consists of a step of packaging in a plastic bag.

1 is a front perspective view of a baby bottle assembled with an ion chip attached thereto;

Fig. 2 is a drawing of an ion chip (ocher color, 50 won coin size)

Figure 3 shows the top view of the ion chip after inserting it into the inner groove of the bottle cap.

Fig. 4 is a diagram showing a position where an ion chip is to be inserted as a groove (protrusion of an edge) inside the pedestal under the bottle

Fig. 5 is a diagram showing a position where an ion chip is to be inserted as a groove (protrusion of an edge) inside the bottle cap

Fig. 6 is a cross-sectional view of the ion chip attached to the central groove inside the bottle cap.

Fig. 7 is a diagram showing the positions of a spiral groove for fitting a cap (nipple cap) to the outside of the bottle body and a t-shaped groove for fitting a bottom support.

8 is a diagram showing the protruding portion inside the bottom of the bottle support

1; ion chip

2; bottle cap (milk cap)

3; ring to fix the bottle nipple

4; bottle torso

5; ion chip

6; ion chip

7; ion chip

8; Seat for the ion chip (bottom of the bottle) ※ 4mm in height, round size; 50 won coin size

9; Place for ion chip (Bottle lid) ※ Height 4mm, Round size; Coin size of 50 won

10-1; bottom of the bottle

10-2; bottle cap

11; bottle cap (section view)

12-1; Nipple

12-2; Nipple Fixing Ring

13; bottle body

14; Bottle stand (section view)

15; bottle cap (ion chip) groove

16; ion chip

17-1; Spiral groove (2 lines) used to lock bottle caps

17-2; Groove for fixing bottle support (t-shaped x 3 places)

18; 3 protrusions to fix the bottle support

Hereinafter, described in detail by the accompanying drawings as follows.

In order to manufacture a bottle having a pie-wave function as shown in Figure 1, using a pes, plastic raw material, etc., the bottle body (symbol 15, 17-1, 17-2), nipple fixing ring, The bottle cap (having the form of FIG. 6) and the bottle underlay (with the symbol 14) are prepared by molding injection molding through a plastic molding machine, and the ion chips (two per bottle) are calculated and prepared.

Therefore, the order of manufacturing and assembling the feeding bottle is as follows.

Insert the ion chip of the symbol 6 into the circle inside the lid (the edge protrudes about 4mm high) like the bottle cap of the symbol 11.The symbol 6 of the inside of the bottle holder (the edge protrudes about 4mm high) Insert the ion chip

Insert the nipple of No. 12 into the bottle body of No. 13 and fix it with the nipple fixing ring (No. 3). Then, assemble the bottle cap of Fig. 6 by turning it to match the spiral groove of No. 17-1 on the top of the bottle body.

Secure the bottom of the bottle under the sign 14 to the t-shaped groove of the sign 17-2 at the bottom of the bottle.

When the assembled bottle is packed in a plastic bag, a bottle having a pie-wave function is manufactured.

As described above, when using a bottle having a pi-wave function, the function of the ion chip inserted into the bottle cap and the inner groove of the base can maintain the freshness of the milk and suppress the smell of the bottle and the harmfulness. Can see the effect of bacteria suppression is beneficial to infant health.

In addition, the pi-wave (π-wave) of the ion chip, a pi material, has an effect of 40 cm in radius, which is beneficial to infant growth.

In addition to milk bottles, we can be used in bottled water bottles that we often drink, and when used in liquor bottles, the effect of softening the liquor is expected to increase the scope of use of the present invention.

Claims (3)

Bottles made of plastic, etc. (with reference 15, 17-1, 17-2), nipple holding ring, bottle cap (figure 6), bottle underlay (14) And preparing the injection molding using a plastic injection molding machine in a state in which five vent holes are drilled). Attaching the ion chip (ocher color, the size of a 50 won coin) in the inner groove of the bottle cap (nipple cap) (circular protruding 4mm high), Attaching the ion chip into the inner groove of the baby bottle underlay (protruded 4mm edge) Inserting the nipple into the bottle body and assembling the nipple fixing ring, Insert the bottle cap into the spiral groove of the bottle body and turn it to the right to lock it. Fixing the bottom of the bottle by sliding it to the bottle body t-groove, A baby bottle manufacturing method having a pie function in which a lid and an underlay are attached to a baby bottle which is assembled by putting the assembled milk bottle into a plastic bag. The method of claim 1, The lid is protruded 4mm high in the center of the bottle cap and spirally protruded in the inner rim of the lid.It is a lid that can be locked or loosened.The ion chip is placed in the center circle of the cap. Feeding bottle cap (cap) manufacturing method consisting of a step of attaching. The method of claim 1, The bottle has a height of 4mm in the center of the bottom of the bottle bottom, and there are five vent holes around it, and there are about 2mm round protrusions in the three inner edges of the bottom of the bottle. A baby bottle bottom stand manufacturing method comprising the steps of attaching an ion chip into a central circle (coin size of 50 won) inside the bottom stand of the baby bottle with the bottom pedestal.