KR100866678B1 - Device for regulating and suppling an amount of powder milk - Google Patents

Abstract

A dried milk powder amount control supply apparatus is provided to achieve the convenience of the assembly by minimizing the number of the assembly component and simplifying the assembling structure. A dried milk powder amount control supply apparatus comprises: a fixture(10) having a plurality of opening and closing holes(12) in the inner circumference phase while being connected to the top of the milk box(5) by being inserted; an operational unit(20) which is installed to the fixture top in order to block the opening and closing hole; an opening and closing operation unit(30) which supports the opening and closing hole in order to open and close; an outlet port(40) having a space unit(42) storing the dried milk powder and an opening and closing structure formed at the top; and a coupling cap(50) combining the fixture and the outlet port with the upper part of the milk box.

Description

DEVICE FOR REGULATING AND SUPPLING AN AMOUNT OF POWDER MILK}

1 is a cross-sectional configuration of the present invention.

2 is a cross-sectional configuration of main parts of the present invention.

Figure 3 is an exploded cross-sectional view of the main part of the present invention.

Figure 4 is an exploded perspective view showing the fixture, the movable opening and the opening and closing operation of the present invention.

5 and 6 are cross-sectional view showing the operating state of the present invention.

7 is a sectional view showing the main part showing another embodiment of the present invention.

8 is a cross-sectional view showing the operating state of FIG.

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

5: milk bottle 10,10 ': fixture

12: opening and closing hole 13: through hole

15,25: inclined portion 20,20 ': movable port

21: Distribution Home 22: Distribution

30,30 ': opening and closing operation part 32,32': weight

35,35 ': Fixed bolt 36: Tantal spring

40: outlet 42: space part

45: opening and closing cap 50: coupling stopper

The present invention relates to a device for adjusting and supplying a milk powder amount, and more particularly, by a simple structure, the milk powder amount can be easily controlled and supplied, as well as easy to clean and dry according to disassembly and assembly. It relates to a milk powder supply control device.

In general, infant formula is used by weighing a tablespoon each time as necessary in the formula.

As described above, the measurement using a spoon has a problem in that it is difficult to constantly measure and supply an appropriate amount of powdered milk every time as well as inconvenience of use.

Particularly, when going out, the powdered milk of the powdered milk container is carried in a separate storage container and used to carry the powdered milk. Therefore, when a separate measuring spoon is not carried, it is more difficult to measure and use an appropriate amount of powdered milk.

In order to solve this problem, a quantitative supply device for milk powder has been disclosed in a number of forms, and the present applicant has also filed a patent application in 2003-0031668.

The device previously filed by the present applicant is fastened and fixed to the fastener having a plurality of holes in the upper part of the milk powder, and by opening and closing each hole by rotating the plate by combining a plurality of plates having a hole in the upper portion of the fixture It is configured to supply powdered milk.

And, the upper part of the fastener is coupled to the circular case is inserted into the outlet with a spring, the outlet is screwed is configured to adjust the amount of powdered milk is metered inside while adjusting the lifting and lowering.

Such a device rotates and adjusts the plate by a separate handle to open and close each through hole, and supplies an appropriate amount of powdered milk in the powdered milk container to the upper outlet side.

When the proper amount of powdered milk is supplied to the outlet as described above, the plate is rotated to the original position by the handle again to block each through hole, and the top cap of the outlet is opened to discharge the powdered milk inside the outlet.

At this time, the adjustment of the milk powder amount is possible by adjusting the lifting and lowering the outlet.

However, the above-described prior art and the device previously filed by the applicant have the following problems.

First, since a plurality of parts are provided with a complex structure combined with each other, it is difficult to disassemble and assemble, as well as difficult to clean and dry each part.

Moreover, the hygiene management is more difficult due to the difficulty of disassembling, assembling, washing, and drying as described above, which has a more adverse effect on the health of Yuya.

Second, in order to supply the powdered milk of the powdered milk to the outlet, the operation of rotating the handle of the plate to open or cut off the hole separately, so that the operation of the powdered milk was very troublesome and inconvenient.

Third, since the handle for opening and closing the hole by rotating the plate protrudes outward, there is a problem that the proper amount of powdered milk is prevented due to a malfunction in which the handle flows.

Fourth, in order to adjust the amount of milk powder supplied to the outlet to adjust the amount of milk powder supplied to the inside while adjusting the lifting and lowering of the outlet by screw rotation separately, there was also a very uncomfortable problem in use.

The present invention was created to fundamentally solve the problems of the prior art and the technology previously filed by the applicant.

An object of the present invention is to provide an excellent disassembly and assembly convenience while minimizing the number of assembly parts and simplifying the assembly structure.

The present invention is easy to disassemble and assemble due to a simple structure, so that washing, drying, and the like are always easily performed in a sanitary manner.

The present invention is to provide an easy to supply the powdered milk of the milk powder to the outlet or to adjust the amount of milk powder of the outlet is provided to maximize the convenience of use.

The present invention described above,

A fastener coupled to the upper part of the milk powder container and having a plurality of opening and closing holes on the inner circumference thereof;

Movable opening is installed to block the opening and closing hole in the upper part of the fixture,

Opening and closing operation unit for supporting the movable opening and closing operation opening and closing hole by shaking the powdered milk container,

The powdered milk supplied through the opening and closing hole of the fixture is characterized in that it consists of an outlet having an opening and closing structure to the top, and a coupling stopper for coupling the fixture, the outlet.

The opening and closing operation portion of the present invention is screwed to the movable opening through the center of the fixture fixed weight bolt coupled to the bottom, the movable opening is characterized in that the movable opening and closing operation by the bullet spring.

The opening and closing operation portion of the present invention is characterized in that the weight, fixing bolts, carbon springs are configured to wrap with a protective cap to prevent contact with milk powder.

The upper surface of the fastener and the lower surface of the movable tool of the present invention is characterized in that it forms an inclined portion which is inclined outward from the center to guide the supplied milk powder.

The movable port of the present invention is characterized in that it forms a plurality of distribution grooves and distribution holes for the supply of powdered milk on the outer circumferential edge and the inner circumference of the opening and closing hole.

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

As shown in Figures 1 to 4, the powdered milk supply control apparatus of the present invention, in combination with the upper surface of the powdered milk container containing the powdered milk used in the controlled supply of the appropriate amount of powdered milk,

The fastener 10 having a plurality of opening and closing holes 12 in the inner circumference and coupled to the insertion hole 6 in the upper part of the milk powder container 5,

Movable opening 20 is installed to block the opening and closing hole 12 to the top of the fixture,

Opening and closing operation unit 30 for supporting the movable opening 20 to open and close the opening 12 by shaking the powdered milk container,

With a space portion 42 for storing the powdered milk supplied through the opening and closing hole of the fixture and the outlet 40 having the opening and closing structure to the top, and the coupling stopper 50 for coupling the fixture, the outlet to the top of the milk powder container 5 It is made up.

At this time, the opening and closing operation unit 30 is inserted into the fixing bolt 35 coupled to the lower weight 32 through the central through hole 13 of the fixture 10 to be screwed to the movable opening 20, In addition, by inserting and installing the bullet spring 36 between the weight 32 and the fixture 10, the movable opening 20 is configured to open and close the ball.

And the outer side of the opening and closing operation unit 30, the weight portion 32, the fixing bolt 35, the ball spring 36 is a protective cap (38) wrapped to prevent contact with milk powder coupling portion of the bottom of the fixture 10 ( 14) is configured to be inserted into the installation by inserting.

The upper surface of the fastener 10 and the lower surface of the movable tool 20 are configured to face the inclined portions 15 and 25 which are inclined outward from the center to guide the supplied milk powder.

In addition, the movable port 20 is formed by forming a plurality of distribution grooves 21 and distribution holes 22 for supply of powdered milk on the outer circumferential edge and the inner circumference of the opening and closing hole.

And the outlet 40 is formed of a transparent material to check the amount of milk powder supplied to the inner space 42, it is configured by forming a support jaw 43 to be fixed by the coupling stopper 50 on the lower circumference .

In addition, the opening and closing cap 45 is installed to be screwed to open and close the outlet 40, the opening and closing cap can be modified in various forms having an opening and closing structure for supplying the powdered milk therein.

As the reference numeral 7 denotes the screw portion of the milk powder container in which the coupling stopper 50 is screwed, 18 is the insertion coupling portion of the fixture 10 inserted into the opening hole 6 of the milk powder container, and 19 denotes an airtight ring.

Next will be described the operation and action of the present invention configured as described above.

First, assembling and disassembling process of the present invention, after storing the powdered milk in the powdered milk container (5) into the upper opening hole 6, the fixture 10, the movable opening 20 and the opening and closing operation unit 30 to the assembled state Insert and install.

At this time, the movable port 20 is assembled by screwing by the fixing bolt 35 of the opening and closing operation unit 30 in the upper portion of the fixture (10).

And assembling is completed by coupling the coupling stopper 50 to the powder distribution 5 in a state in which the outlet 40 is mounted on the upper part of the fixture.

In this way, when the assembly is to be used to replenish the powdered milk in the milk powder container 5 or to wash the parts, it is to be disassembled in the reverse order of the assembly process.

Therefore, the present invention is not only easy to disassemble and assemble due to the minimum number of parts and simple structure, but also easy to clean and dry, so that hygiene can be managed and used.

Next, when the powdered milk supply process using the present invention as described above, when the powdered milk container 5 is shaken upside as shown in Figure 6, the weight 32 of the opening and closing operation unit 30 is a bullet spring (36) ) And swings up and down along the center through hole 13 of the fixture 10, the movable tool 20 is to repeat the opening and closing operation of the opening and closing hole 12 of the fixture 10.

That is, while the opening and closing hole 12 is repeatedly opened and closed by shaking the powdered milk container 5 in a state in which the separate opening and closing hole opening and closing operation is excluded, the powdered milk in the powdered milk container 5 is opened and closed through the opening and closing hole 12. The outlet 40 is to be repeatedly supplied to the inner space 42 by a predetermined amount.

At this time, by forming the inclined portion (15, 25) to the lower surface of the fixture 10 and the movable port 20, the milk powder passing through the opening and closing hole 12 is guided to be smoothly supplied to the outlet (40).

In addition, a plurality of distribution grooves 21 and distribution holes 22 are formed on the outer circumferential edge and the inner circumference of the movable port 20 so that powdered milk can be smoothly supplied from inside and outside of the movable port.

When the operation stops as described above and the shaking of the milk powder container 5 stops, the weight 32 of the opening and closing operation part 30 is returned to its original position by the ball spring 36 so that the movable tool 20 is fixed to the fixture 10. The opening and closing hole 12 of) will be automatically blocked.

Therefore, by confirming that the appropriate amount of powdered milk is supplied to the outlet 40, the powdered milk container 5 can be simply turned upside down and shaken to supply a fixed amount of powdered milk.

At this time, the appropriate amount of the powdered milk is confirmed by a scale (not shown) displayed on the outlet 40.

When the appropriate amount of powdered milk is supplied to the outlet 40 in this manner, the powdered milk container 5 is returned to its original position as shown in FIG. 5.

At this time, if the amount of powdered milk supplied to the outlet 40 is too large, shaking the powdered milk container up and down again in the standing state as shown in Figure 5, the weight 32 is elastically by the ball spring 36 The powdered milk on the outlet 40 is repeatedly shaken up and down while the movable mouth 10 repeatedly opens and closes the opening / closing hole 12 of the fixture 10, and the powdered milk on the outlet 40 is repeatedly discharged by a predetermined amount into the milk container 5. The amount will be adjusted appropriately.

After properly adjusting the amount of the powdered milk supplied to the outlet 40, the opening and closing cap 45 at the top of the outlet 40 is used to use the powdered milk.

On the other hand, in order to prevent the non-hygienic contact with the powdered milk spring (36) fixed bolt 35, the weight 32 is made of metal in the powdered milk supply process in the powdered milk container (5) outside the protective cap (38) To protect it.

In addition, FIG. 7 shows another embodiment of the present invention, which is a structure in which the fixture 10, the movable hole 20, and the opening and closing operation part 30 are installed upside down in comparison with the preferred embodiment described above. To have.

In more detail,

The movable opening is coupled upwards and downwards by installing the movable opening 20 'below the fastener 10' having a plurality of openings and openings 12 on the inner circumference. While supporting the opening and closing operation part 30 ′ configured to open and close the opening and closing hole 12 while swinging,

The opening and closing operation portion 30 'is made by screwing the movable opening 20' to the lower end of the fixing bolt 35 'coupled to the weight 32' at the upper portion of the fixture (10 ').

At this time, the weight 32 'and the fixing bolt 35' is made of a metal material is inserted into the outside is made of a synthetic resin material.

This embodiment has a structure in which the movable tool 20 'is installed at the lower part of the fixture 10', and the movable tool 20 'is fixed to the fixing bolt 35' as shown in FIG. It is placed in a spaced apart state.

When the powdered milk container 5 is turned over to supply the powdered milk in such a state, the movable tool 20 'is lowered by its own weight to block the opening 12 of the fixture 10'.

In such a state, when the milk shaker 5 is shaken as in the above-described embodiment, the movable opening 20 'opens and closes the opening and closing hole 12 while swinging up and down by the weight 32' as shown in FIG. Milk powder in the milk powder container 5 is supplied into the outlet 40.

This also checks the scale displayed on the outlet 40 to supply the appropriate amount.

When the proper amount is supplied to the outlet 40 as described above, the powdered milk container 5 is not inverted as in the above-described embodiment, but is opened to open and closes the opening and closing cap 45 of the outlet 40 to use the powdered milk. .

Operation and action by the other components are provided in the same manner as in the preferred embodiment described above.

As described above, the present invention simplifies the minimum number of parts composed of the fixture, the movable opening, the opening operation part, and the outlet and the assembly structure thereof, so that the disassembly and the assembly are conveniently provided, and thus, the washing and drying are easily performed. Since the hygienic management is always carried out to maximize the benefit to the health of Yuya, moreover, the powdered milk is automatically opened and closed by an operation of shaking the powdered milk bottle in a state in which a separate opening and closing operation is excluded as in the prior art, and the powdered milk is supplied to the outlet. Or by adjusting the amount of milk outlet is to have the effect of maximizing the convenience of use.

Claims (7)

In combination with the upper part of the milk bottle containing the powdered milk used to regulate and supply the appropriate amount of powdered milk, Inserted into the upper part of the milk powder container 5, the fastener 10 having a plurality of opening and closing holes 12 in the inner circumference, and Movable opening 20 is installed to block the opening and closing hole 12 to the top of the fixture, Opening and closing operation unit 30 for supporting the movable opening 20 to open and close the opening 12 by shaking the powdered milk container, With a space portion 42 for storing the powdered milk supplied through the opening and closing hole of the fixture and the outlet 40 having the opening and closing structure to the top, and the coupling stopper 50 for coupling the fixture, the outlet to the top of the milk powder container 5 Milk powder flow rate control supply, characterized in that consisting of. The method of claim 1, The opening and closing operation unit 30 is inserted into the fixing bolt 35 coupled to the lower weight 32 through the center through hole 13 of the fixture 10 to be screwed to the movable opening 20, but Powdered milk supply control device, characterized in that the movable ball 20 is configured to open and close the operation by inserting the bullet spring (36) between the weight (32) and the fixture (10). The method according to claim 1 or 2, On the outside of the opening and closing operation unit 30, the weight portion 32, the fixing bolt 35, the tan spring (36) is a protective cap 38 for wrapping so as to prevent contact with milk powder coupling portion of the bottom of the fixture 10 ( 14) The milk powder supply control device, characterized in that the configuration is configured to be inserted into the installation. The method of claim 1, The upper surface of the fastener 10 and the lower surface of the movable tool 20 is configured to face the inclined portion 15, 25 which is inclined outward from the center to guide the supplied powdered milk powder. Regulated feeder. The method according to claim 1 or 4, The movable opening (20) is a powdered milk flow control supply characterized in that formed by forming a plurality of distribution grooves 21 for the supply of powdered milk to the outer circumference of the opening and closing hole. The method according to claim 1 or 4, The movable opening (20) is a powdered milk flow control supply characterized in that formed by forming a plurality of distribution holes 22 for the supply of powdered milk on the inner circumference of the opening and closing hole. In combination with the upper part of the milk bottle containing the formula to use to regulate the amount of formula The movable opening is coupled to an upper portion of the milk powder container 5, and the movable opening is moved up and down by installing a movable opening 20 ′ under the fixture 10 ′ having a plurality of openings and openings 12. To support the opening and closing operation portion 30 'to open and close the opening and closing hole 12 while shaking, The opening and closing operation portion (30 ') is characterized in that made by screwing the movable port (20') to the lower end of the fixing bolt (35 ') coupled to the weight (32') from the top of the fixture (10 ') Milk Flow Control Supply.

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