KR20000022013A - Nursing bottle made of stainless having confirming device of capacity and manufacturing method thereof - Google Patents

Abstract

The present invention relates to a baby bottle, the bottle body (1) is made of stainless, but forms a long hole (2) perpendicular to one side of the main body (1) and the transparent material (3) attached to the long hole (2) inside It is made by forming the sight glass (4) so that it is easy to manufacture. It is easy to manufacture because the body is made of stainless steel which is harmless to the human body, and it can be used hygienically. It is a useful invention that can be easily disposed of a lot of people, thereby reducing the generation of waste to prevent environmental pollution and to prevent waste by reusing raw materials.

Description

Infant stainless steel bottle with capacity checking device and its manufacturing method

The present invention relates to an infant feeding bottle, but the infant feeding bottle is made of stainless steel harmless to the human body, but its purpose is to determine the amount of milk remaining inside the bottle on one side of the bottle body.

In general, infant bottles are made of transparent plastic, which is harmless to the human body. Experimental results show that carcinogens are generated when heated and put into water for disinfection after using the bottle. The trend is emerging.

In other words, the mother's constitution does not produce breast milk or feeds milk to infants in order to maintain cosmetic body shape.Because infants who do not eat breast milk carry several bottles, formula bottles and water bottles, and then burn the milk each time. Giving.

On the other hand, the milk bottle after use can not be reused because it is easily deteriorated by temperature and humidity, so that the milk bottle was put in water and heated to be disinfected and then used again.

However, recent studies have shown that various kinds of substances such as carcinogens and heavy metals are generated when plastics are put in water and heated to high temperatures. However, at present, the only way to feed milk is to use plastic bottles. It is a trend that is inevitably used because there is no.

In addition, since the bottle is made of plastic, when the broken bottle is disposed of in the related art, there is no productivity because the cost of making the bottle is lower than that of collecting and reprocessing the bottle, and thus, the bottle manufacturer does not collect the bottle. Therefore, the consumer has a problem that causes unnecessary waste of raw materials by disposing of the bottle in the garbage bag.

On the other hand, when going out with infants in the past, several bottles and milk bottles, warm water bottles, toys, etc. were put together on one side of the diaper bag and used whenever needed. There was an unclean shortcoming and there was an unsanitary problem because various kinds of substances were put on the bottle while touching the various infant goods while searching the bag to find one item.

In addition, there is a problem that the waste bottle is wasted because the bottle is discarded because there is no field that can be reused when the infant is not eating milk after using the bottle in the prior art, and the bottle is the infant After the time of use had a problem that should be discarded.

The present invention has been made in order to solve the above problems, the bottle is made of stainless and silicone harmless to the human body, but since the inside of the stainless bottle can not be confirmed, by forming a viewing window to determine the capacity of one side of the bottle is a carcinogen To prevent this from happening, and when the bottle itself is made of stainless steel that is collected and recycled at an expensive price, it is easy to dispose of the bottle. When the bottle is not used, students can use it as a water bottle that they carry with their lunch boxes. Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view showing a baby bottle of the present invention

Figure 2 is an enlarged cross-sectional view of the main portion of the present invention viewing portion

Figure 3 is a schematic block diagram showing a manufacturing process of the present invention

4 is a block diagram showing a first embodiment of the present invention capacity display unit;

5 is a schematic perspective view showing a second embodiment of the present invention capacity display unit;

6 is an enlarged cross-sectional view of the main portion as a second embodiment of the present invention;

Figure 7 is an exploded perspective view showing a third embodiment of the present invention capacity display unit

8 is a side short side view of the third embodiment of the present invention;

Fig. 9 is a side sectional view showing a fourth embodiment of the present invention capacity display unit.

10 is a plan sectional view of the fourth embodiment

11 is a plan view showing a fifth embodiment of the viewing window of the present invention;

12 is a schematic exploded perspective view showing a state of use of the present invention

** Description of symbols for the main parts of the drawings **

(1) Baby Bottle Body (2) (9) Long Hole (3) Transparent Material

(4) Viewing window (5) Fastening part (6) Flow meter

(7) Base (8) Mounting Plate (10) Protrusion

(11) Case body (12) Bottle storage room (13) Milk bottle storage room

(14) Drug Storage Room (15) Toy Storage Room

The bottle body (1) is made of stainless steel, but forms a long hole (2) perpendicular to one side of the body and attaches a transparent material (3) to the long hole (2) by installing a viewing window (4) to check the interior will be.

Looking at the manufacturing method

First, stainless steel disc is bent in a circle to fix the weld.

Cut the second round pipe to the dimensions appropriate for the size of the bottle.

The neck of the bottle is formed by molding one side of the pipe cut in a third round shape.

Fourth step is formed by pressing the sight glass to check the amount of milk on one side of the bottle.

In the fifth step, press work to insert and fix the silicon into the sight glass.

Sixth, weld the bottom part of the bottle.

7th electrolytic polishing of the entire bottle.

Eighth, electrodeposit coating (silk printing and capacity line printing) on the outside and the lid of the bottle.

9th step, attach the silicon to the sight glass.

Clean the bottle ten times.

The 11th washed bottle can be sterilized at 120 ° and then packed.

[First Embodiment]

First, stainless steel disc is bent in a circle to fix the weld.

Secondly, cut into dimensions appropriate for the size of the bottle.

The neck of the bottle is formed by molding one side of the pipe cut in a third round shape.

Fourth step is formed by pressing the sight glass to check the amount of milk on one side of the bottle.

5th press the silicone insert on the bottle.

6th electrolytic polishing of the bottle.

7th, apply electrodeposition coating (powder coating) on the body and lid of the bottle.

Eighth insert silicon into the sight glass.

Nineth, the bottom of the bottle is welded and fixed, or the bottle body and the bottom surface are molded and fitted.

Clean the bottle ten times.

The 11th washed bottle can be sterilized at 120 ° and then packed.

Second Embodiment

First, stainless steel disc is bent in a circle to fix the weld.

Secondly, cut into dimensions appropriate for the size of the bottle.

The neck of the bottle is formed by molding one side of the pipe cut in a third round shape.

4th weld the bottom of the bottle.

5th electrolytic polishing of the bottle.

In the sixth step, a material whose color is changed by temperature is applied to the body of the bottle.

Seventh, apply the electrodeposition coating (powder coating) of the bottle body and the lid.

Clean the bottle eighth.

The ninth washed bottle is sterilized and then packaged at 120 °.

Third Embodiment

A fastening portion 5 may be formed at the lower end of the baby bottle body 1, and a pedestal 7 provided with a flow meter 6 may be attached to the fastening portion 5 so as to measure a capacity.

Fourth Embodiment

The fixing plate (8) for inserting the transparent material (3) which is harmless to the human body to the inside of the long hole (2) formed on one side of the baby bottle body (1) and fixed to the transparent material (3) in the rear of the fixed plate A long hole 9 may be formed perpendicularly to (8) so that the inside is visible through the transparent material 3 from the outside of the bottle body 1.

[Example 5]

The transparent material 3 having the protrusions 10 formed before and after the long hole 2 formed perpendicular to the baby bottle body 1 may be waterproofed.

Referring to the effects of the present invention configured as described above are as follows.

The stainless disc is cut to a certain size, then wound into a circle and welded to the contact part to form a pipe. In the above state, the pipe is cut to the size of the bottle, and then the pipe is transferred to the molding machine to shape the neck of the bottle.

In this case, the fastening part for fastening the outer cover fastened to the upper outer side of the bottle and the nipple fastening part for fastening the nipple are molded together, and the lid fastened to the upper outer side of the baby bottle is separately processed.

When the upper end of the bottle is completed as described above, press work on the side of the bottle body (1) to form a long hole (2) and then press the second crab so that the silicone can be bonded to this part.

In this state, the bottom plate is adhered to and fixed to the bottom of the bottle, and then the inside of the bottle is electropolished to smooth it.

In the above state, the scale indicating the capacity is printed on both sides of the long hole (2) formed in the body of the bottle 1, and then the entire bottle is electrodeposited or plated again, and in the viewing window formed on one side of the bottle The bottle is filled with silicone that is harmless to the human body of the same material as the nipple.

When the bottle is completed as described above, the bottle is washed and then sterilized and sterilized at 120 °.

As shown in FIG. 4, the first embodiment relates to another method of fixing the silicone to be attached to the see-through window 4 without adhesive bonding. The inside of the bottle is electropolished and electrodeposited on the outside.

In the above state, the pedestal is brought into close contact with the viewing window through the lower end of the feeding bottle, and then the liquid silicone is injected into the surface viewing window of the feeding bottle, and then the pedestal is separated.

In the above state, the bottom part of the bottle is bonded and fixed, and the bottle and the lid and the nipple are washed and then sterilized and sterilized at 120 ° C.

As shown in FIGS. 5 and 6, the second embodiment is a method of displaying a capacity by painting a material changed by color of temperature on the surface of a bottle, and cutting the pipe into a certain length to form a bottleneck. After the basic process, the bottom of the bottle is glued and fixed.

After electrolytically polishing the inside of the bottle in the above state, mark it with a picture or scale using ink whose color changes on the outside of the bottle, and then color-protect the substance by coating a protective material on the surface again. To prevent losing, wash the bottle in this state and then sterilize it at 120 ℃.

The third embodiment is a method of attaching a separate capacity indicator to the lower end of the bottle body (1) to form a fastening part (5) made of a screw or an interference fit to the lower end of the bottle while producing the baby bottle as a basic process What is necessary is just to fasten the base 7 in which the other flowmeter 6 is provided.

When you want to measure the capacity using the bottle as described above, when the bottle is placed on the ground, the sensor of the flow meter detects the weight of the bottle and displays it as a number.

The fourth embodiment is a method of fastening and fixing the see-through window (4) made of silicon, when manufacturing the baby bottle is made so that the long hole (2) is formed vertically on one side of the baby bottle, then wound the plate body in a circular shape and weld the baby bottle body In this state, the long hole (2) is fused and fixed to the fixing plate (8) to which the transparent material (3) is harmless to the human body.

In the above state, the base plate is fused and fixed to the lower end of the baby bottle body 1, and the upper end of the baby bottle body 1 is heated and molded so that the cap on which the chopstick is installed is fastened.

On the other hand, if the nipple is broken, you can buy a cap that has a widely installed nipple.

In the fifth embodiment, the projections 4 formed on the front and rear sides of the transparent material 3 are fastened by fitting the transparent material 3 separately manufactured to the long hole 2 in which the viewing window 4 is formed. It is made to be waterproof by forcibly fitting to the body.

In other words, because the transparent material (3) is fastened to the bottle hole (2) of the bottle, the inside of the bottle can be confirmed as a separate adhesive is unnecessary because it can reduce the manufacturing cost.

12 are inserted into the baby bottle storage chamber 12 formed before and after the case body 11 as shown in FIG. 12, and then the milk powder is inserted into the milk powder container storage chamber 13 and stored therein. The medicine storage room 14 and the toy storage room 15 may store and use emergency medicines such as toys and simple diarrhea cold medicines or sedatives.

On the other hand, when storing the bottle in the bottle storage chamber 12, after putting the water in the bottle and closing the cap and storing, since each storage compartment is kept warm, it can be used without covering the water separately.

When the milk powder is burned using the bottle body 1 as shown in FIG. 9, the water inside the bottle body 1 is placed while checking the capacity through the long hole 2 formed on one side of the bottle body 1. Since the water passes through the transparent material 3 through the long hole 9 formed in the fixed plate 8 and appears on the outside of the bottle body 1, the water can be appropriately and properly placed.

As shown in FIG. 11, the soft transparent material 3 is fastened to the long hole 2 formed perpendicular to the side surface of the bottle body 1 so that the inside can be easily seen. That is, since the large and small protrusions 10 are formed before and after the transparent material 3, when the transparent material 3 is fastened to the long hole 2 by force fitting, the protrusions 10 may be moved forward or backward. Filling will prevent water from leaking.

Meanwhile, in order to prevent slipping on the outside of the bottle and keep warm, a stretchable heat insulating cover may be fastened. At this time, the insulating cover may be made of an animal or a doll so that the bottle may be used as a toy.

As described above, the present invention is made of a stainless steel bottle body to form a viewing window to check the flow rate on the side, the structure is simple and easy to manufacture, because the bottle body is made of stainless steel harmless to the human body can be used hygienically In addition, since the raw material is expensive stainless steel when the bottle is broken, it is easy to dispose because many people collect it. Therefore, it is a useful invention that prevents waste by reducing the generation of garbage and preventing waste by reusing raw materials.

Claims (9)

The scale is vertically formed on the surface of the bottle body, and the cap is fastened to the top of the bottle body, and the bottle body 1 is made of stainless steel, and a long hole 2 is formed vertically on one side of the body. Infant stainless steel bottle with a capacity check device, characterized in that by installing a see-through window (3) to attach the transparent material to the long hole (2) to check the inside. The infant stainless baby bottle according to claim 1, wherein the flow rate of the bottle is measured by using a discoloration material discolored by a change in temperature on the outside of the bottle body (1). Capacity check characterized in that the fastening portion 5 is formed at the lower end of the bottle body 1, and a pedestal 7 having a flowmeter 6 is attached to the fastening portion 5 so as to measure the capacity. Infant stainless steel bottle with device installed. The fixing plate (8) according to claim 1, wherein a transparent material (3) which is harmless to a human body is inserted into an inside of the long hole (2) formed on one side of the bottle body (1), and the transparent material (3) can be fixed to the rear end thereof. ) Is fixed to the fixed plate (8) to form a long hole (9) so that the interior of the bottle body (1) through the transparent material (3) to see the inside is visible Infant stainless steel bottle. Infant stainless steel bottle with a capacity check device, characterized in that the waterproof material is fastened to the transparent material (3) formed before and after the projecting portion 10 to the long hole (2) formed perpendicular to the bottle body (1) . The stainless steel disc is firstly bent and welded, and then the second circular pipe is cut to a size suitable for the size of the bottle, and the third round circular pipe is molded to form the neck of the bottle. The fourth step is formed by pressing the sight window to check the amount of milk on one side of the bottle, the fifth step is press work to insert and fix the silicone into the sight window, and the sixth step is welding and fixing the bottom of the bottle, and the seventh bottle Electrolytic polishing of the whole, 8th electrodeposition coating (silk printing and capacitive line printing) on the outside and the lid of the bottle, 9th silicone bonded to the viewing window, 10 times to wash the bottle, 11 bottles washed 120 。 Method of producing a stainless bottle with a capacity check device characterized in that the sterilization sterilization and packaging. 7. The method of claim 6, wherein the stainless disc is first bent in a circular shape to be welded, and then the second cut is made to a size suitable for the size of the bottle, and the third part of the pipe is cut to form a neck of the bottle. The fourth step is formed by pressing the sight glass to check the amount of milk on one side of the bottle, the fifth step by pressing the silicone insert of the bottle, and then electrolyzed and polished the bottle six times, and the body and lid of the bottle seven times. After electrodeposition coating, the silicon is inserted into the sight glass in 8th order, the bottom of the bottle is welded and fixed in the 9th time, the bottle is washed in the 10th time, and the 11th washed bottle is sterilized and sterilized at 120 ° and then packaged. Stainless steel bottle manufacturing method is installed with a capacity check device. 8. The bottle according to claim 6 and 7, wherein the stainless steel disc is firstly bent and fixed in a circle, and then secondly, the bottle is cut to a size suitable for the size of the bottle, and a third side of the pipe is cut to form a neck. The part is molded and welded to the bottom surface of the bottle in the fourth step, electrolytic polishing of the bottle in the fifth step, and then the substance of the color changing with temperature on the bottle body in the sixth step. The method of manufacturing a stainless bottle with a capacity checking device, characterized in that the coating, and washing the baby bottle in the ninth, and then sterilized and sterilized the bottle was washed 10 times to 120 °. 2. The infant stainless bottle according to claim 1, wherein a toy-shaped insulating cover is fastened to the outside of the stainless bottle body (1).