KR100602474B1 - A fixed quantity exhaust tool for the powder products - Google Patents

Abstract

The present invention is for discharging the quantitative amount of the powder product, conventionally to solve the problem that the quantitative discharge or impossible to carry the powder product, while always being able to constantly discharge the exact amount of the powder product.

In order to achieve the above object, in the present invention, assembly and disassembly are possible in a portable storage container, but a discharge holder having a discharge hole is provided while being impossible to rotate, and the discharge holder can be assembled and disassembled on the discharge holder, while maintaining a predetermined interval. It is possible to reciprocate rotation and install a quantitative weighing container formed with a plurality of spaces to determine the amount of powder, such as powdered milk, and install a supply holder in which the auxiliary guide hole is formed while the assembly and disassembly is possible but rotation is impossible. While the built-in metering unit and the supply holder is completely built, the assembly and disassembly are installed so as to be combined with the outer surface of the metering unit to provide a forced rotational force by installing a discharge auxiliary cylinder for interlocking the metering unit by interlocking, It is assembled at the bottom of the discharge container to prevent the rotation of the discharge container Stand consists of a nut which is screwed onto the portable storage container is characterized in that, if you are not in the powder, such as a milk powder embedded in a portable storage container only during a discharging exhaust auxiliary trough filled in the space of the quantitative weighing bucket.

Quantitative discharge of powdered products, quantitative discharge of powdered milk products, portable containers of powdered products, weighing of powdered products, weighing of powdered milk products.

Description

A FIXED QUANTITY EXHAUST TOOL FOR THE POWDER PRODUCTS}

1 is a reference exploded perspective view of a quantitative discharge device of the powder product according to the present invention.

Figure 2 is a reference perspective view of the discharge holder constituting the present invention.

Figure 3 is a reference perspective view of the quantitative weighing container constituting the present invention.

Figure 4 is a reference perspective view of the supply holder constituting the present invention.

Figure 5 is a cross-sectional assembly configuration showing the assembly process of the present invention in a cross-section.

Figure 6 is an assembled cross-sectional view of the device of the present invention.

7 and 8 are operational views of the device of the present invention.

<Explanation of symbols for main parts of drawing>

1: portable storage container 2: discharge holder

3: metering container 4: feeding holder

5: outlet auxiliary 6: nut

7: lid 11: opening

12: groove 21: insertion end

23: projection 27: cylindrical pillar

31: Separated space 23: Ejection guide hole

33: insertion hole 35: guide projection

41: cylindrical insertion cylinder 42: semicircular hole

The present invention relates to a device for quantitative discharging of powder products such that powder products such as powdered milk can be weighed out by a predetermined amount.

In general, a quantitative container of powdered products such as powdered milk uses a method of administering a predetermined amount of powder such as powdered milk to each container having the same volume by using a spoon.

At this time, the powder (powdered milk) has to be filled with a tablespoon, and with the problem of using a spoon to roughly guess and fill, there is a problem that cannot be accurately metered and filled.

In addition, when using the powder (powdered milk) filled in the container, not only has the inconvenience of decomposing and combining the containers with each other, there is a problem that the powder (powdered milk) is contaminated and contaminated the surroundings if care is not taken.

Korean Utility Model Registration No. 161457 and Korean Utility Model Registration No. 190406 are provided for the purpose of solving such a conventional method.

At this time, the Republic of Korea Utility Model Registration No. 161457 repeatedly operates the slider provided in the metering drawer using spring force, and the powder filled in the container is discharged by a predetermined amount and filled in the control cap. When a certain amount of powder is filled in the control cap, the control cap is separated from the metering drawer, and the powder filled in the control cap is used in a predetermined container such as a milk bottle.

Such a conventional design is not easy to disassemble after disassembly for sterilization, and the slider is springed by a spring, so that when the spring is attached, the corroded sludge is mixed with the powder.

Utility Model Registration No. 190409 measures the amount of powder by rotating the measuring cup forward and reverse in the discharge tube, and repeatedly moves the discharge blocking plate to the left or right, or to the front and back to repeatedly move the powder of the feed hopper ( It is made of a structure for discharging the powdered milk) by a predetermined amount to the discharge pipe.

However, this is a problem that it is not easy to carry when going out, and the discharge blocking plate must be operated repeatedly when going out, so that the powdered powder of fine powder is easily exposed to the outside through the gap and weighed milk powder. In order to discharge the gas, there is a problem in that the amount of powdered milk must be adjusted by adjusting the measuring cup every time the measuring cup is separated from the discharge pipe and the powdered milk is discharged.

In order to solve this problem, there is Korea Utility Model Registration No. 20-0215339 under the name of fixed quantity discharge container.

This is to insert the measuring cup into the main reservoir filled with powders such as powdered milk, and to set the amount of powder to be discharged according to the depth of the inserting the rotary slider mounted on the tip of the main reservoir.

In order to set the discharge to be discharged, after inserting the rotary slide having two holes formed in the measuring cup, there is a problem of flowing down by the load of the powder or being inserted deeper.

In order to solve this problem, when the coupling force between the rotating slide and the measuring cup is strengthened, a problem occurs in the rotational force of the rotating slide, which causes an undesired problem.

The present invention is to solve the problems of the conventional device having a conventional quantitative discharge function to ensure that the exact amount is always discharged constantly.

In order to achieve the above object, in the present invention, assembly and disassembly are possible in a portable storage container, but a discharge holder having a discharge hole is provided while being impossible to rotate, and the discharge holder can be assembled and disassembled on the discharge holder, while maintaining a predetermined interval. It is possible to reciprocate rotation and install a quantitative weighing container formed with a plurality of spaces to determine the amount of powder, such as powdered milk, and install a supply holder in which the auxiliary guide hole is formed while the assembly and disassembly is possible but rotation is impossible. While the built-in metering unit and the supply holder is completely built, the assembly and disassembly are installed so as to be combined with the outer surface of the metering unit to provide a forced rotational force by installing a discharge auxiliary cylinder for interlocking the metering unit by interlocking, It is assembled at the bottom of the discharge container to prevent the rotation of the discharge container Stand consists of a nut which is screwed onto the portable storage container is characterized in that, if you are not in the powder, such as a milk powder embedded in a portable storage container discharge only exhaust auxiliary trough by filling the space of the quantitative weighing bucket.

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

A portable storage container (1) capable of holding powder such as powdered milk, an discharge holder (2) located at the upper end of the portable storage container (1), and a fixed-quantity measuring container located at the upper part of the discharge holder (2). 3), a supply holder 4 positioned at the upper portion of the measuring container 3, a discharge auxiliary cylinder 5 positioned at an upper portion of the supply holder 4, and a lower end of the discharge auxiliary cylinder 5; It consists of a nut (6) screwed to the portable storage container (1) in a combined state, 7 is not described is a lid for opening and closing the outlet 8 of the discharge auxiliary container (5).

Referring to the combination and operation of the above-described components of the present invention made of such components as follows.

First, the portable storage container 1 is a container for containing a portion of powdered milk, such as powdered milk powder in a milk powder container or various refilled containers.

The shape of the portable storage container 1 may be configured in a cylindrical, square or other form.

However, the upper end is formed in a cylindrical shape to form an opening 11 for containing powder such as powdered milk and a recess 12 at regular intervals on the upper end, and the threaded part 13 is formed on the outer peripheral surface of the lower end, and the threaded part 13 It is configured to have a structure in which the protruding stopper 14 is formed circumferentially at the point where the end) ends.

The discharge holder 2 has an insertion end 21 having the same outer diameter as that of the opening 11 of the portable storage container 1, and an upper end of the insertion end 21 is the recess 12. Forming the edge 22 having a thickness of the forming a protrusion 23 is inserted into the groove 12 at the bottom thereof, and forming a discharge hole 24 and at the outside center the protruding key 28 Consists of a cylindrical column 27 and the upper portion of the semi-cylindrical column 25, and the slide guide groove 26 corresponding to the semi-circle is formed along the periphery.

The discharge holder (2) is installed on the top of the portable storage container (1) will be described as follows.

The protrusion 23 is inserted into the recess 12 while the insertion end 21 of the discharge holder 2 is inserted into the opening 11 of the portable storage container 1.

Through this type of coupling, the discharge holder 2 can be detached from the portable storage container 1, but a rotation is impossible.

In addition, the metering container 3 has four divided spaces 31, and the bottom of any one of the divided spaces 31 has the same discharge hole 24 as that of the discharge holder 2 described above. A guide hole 32 is formed, and the center forms an insertion hole 33 having the same inner diameter as the outer diameter of the cylindrical column 27 of the discharge holder 2, and on the inner side of the insertion hole 33. It constitutes a rotation guide groove 36 having the same height as the protrusion key 28 of the discharge holder (2), the outer peripheral surface of the fastening insertion groove 34 is formed at regular intervals from the top to the bottom at regular intervals, It is inserted into the slide guide groove 26 of the discharge holder 2 is configured to have a structure in which the guide projection 35 is freely moved along this.

The metering container 3 having such a structure is installed at the top of the discharge holder 2, which will be described below.

It is inserted into and coupled to the cylindrical column 27 of the discharge holder 2 through the insertion hole 33 of the metering container 3. At this time, the rotation guide groove 36 of the metering container 3 is inserted into the protruding key 28 of the discharge holder 2, the guide protrusion 35 of the metering container 3 is the discharge holder (2) It is inserted and coupled to the slide guide groove 26 of the protrusion key 28 and the guide protrusion 35 is guided simultaneously to the rotary guide groove 36 and the guide groove 26 while the discharge of the metering container 3 The metering container 3 is configured to be capable of reciprocating 180 degrees so that the guide hole 32 coincides with the discharge hole 24 of the discharge holder 2.

delete

Accordingly, the discharge guide hole 32 of the metering container 3 is in communication with or is blocked by the discharge hole 24 of the discharge holder 2 due to the rotation of the metering container 3. It can be seen that.

The supply holder 4 constitutes a cylindrical insertion column 41 whose outer diameter is the same as the insertion hole 33 of the metering container 3 at the center lower end thereof, and has a semi-circular column 25 of the discharge holder 2 therein. Has a semicircular hole 42 corresponding to the length thereof, and has an auxiliary guide hole 43 having the same size as the discharge guide hole 32 of the metering container 3 and the blocking film 44 along the outer circumferential surface thereof. It is made of a structure formed.

The supply holder 4 of this structure is installed on the upper end of the metering container (3) will be described as follows.

While inserting the cylindrical insertion column 41 of the supply holder 4 into the insertion hole 33 of the metering container 3, the semi-circular hole 42 of the supply holder 4 is already in the metering container 3 Is inserted into the semi-circular column (25) of the discharge holder (2) inserted into the insertion hole (33).

By this installation, the auxiliary guide hole 43 of the supply holder 4 is engaged so as to be located at a position opposite to the discharge guide hole 32 of the metering container 3, that is, 180 degrees apart.

This is because the user guides the auxiliary guide hole of the supply holder 4 through the coupling between the semi-circular column 25 of the discharge holder 2 and the semi-circular hole 42 of the supply holder 4 corresponding thereto. 43) and the discharge hole 24 of the discharge holder (2) is forcibly assembled so that the position is 180 degrees away from the opposite position.

Through this combination, the supply holder 4 can be separated from the metering container 3, but the semi-circular hole 42 of the supply holder 4 is inserted into the semi-circular column 25 of the discharge holder 2. It can be seen that the combination is impossible because of the shape.

And the discharge auxiliary container (5) is to be combined in the form of completely embedding the supply holder (4) and the metering weighing container (3), the inner surface of the fastening insertion hole of the metering weighing container (3) ( 34 to form a plurality of fastening protrusions 51 having a size that can be inserted, the upper end to form a discharge hole 54, the lid 7 can be coupled to open and close the discharge hole (54) It forms a screw portion 52 and the bottom is made of a structure in which the support 55 is formed along the outer circumferential surface.

In this case, the discharge auxiliary container 5 is configured in the form of upper and lower light for convenience of use, and may also form a nuring 53 on the surface for convenience of use.

The discharge auxiliary container 5 of this structure is combined with the fastening protrusion 51 to be inserted into the fastening insertion hole 34 of the fixed-quantity measuring container 3 as a whole. It can be seen that the supply holder 4 and the metering container 3 are combined in a completely embedded form.

And the discharge auxiliary container (5) is rotated the discharge auxiliary container (5) because the fastening protrusion (51) is coupled in the form of inserting the fastening insertion hole (34) of the above-mentioned fixed quantity measuring container (3). It can be seen that the metering container (3) rotatably installed by rotating in conjunction with it.

The nut 6 has a female threaded portion 61 corresponding to the threaded portion 13 of the portable storage container 1 formed on the inner side thereof, and the upper end of the nut 6 has a structure in which a locking jaw 62 is formed. It is made, and may be formed on the surface of the nuring 53 for convenience.

The nut 6 penetrates the discharge auxiliary container 5 so that the locking jaw 62 is caught by the support 55 of the discharge auxiliary container 5, and the female screw portion 61 is the portable storage container described above. It is fastened to the screw part 13 of (1).

At this time, the lower end of the nut (6) is fastened to the stopper 14 of the portable storage container (1) to prevent the continuous downward tightening, so that the discharge auxiliary container 5 is freely rotated in the nut (6) Is done.

Let us look at the action of the present invention to perform this binding process.

First, the portable storage container (1), the discharge holder (2), the metering container (3), as described above in the state in which the powder required for carrying such as powdered milk is put into the portable storage container (1). The supply holder 4, the discharge auxiliary container 5, the nut 6 and the lid 7 are assembled to carry.

While maintaining the portable state, it is necessary to use powder such as powdered milk.

At this time, the above operation of the device of the present invention is reversed.

At this time, the discharge hole 24 of the discharge holder 2 coupled with the portable storage container 1 may be in communication with the discharge guide hole 32 of the metering container 3, and the discharge holder 24 may be kept in a non-communicating state. The state which cuts off the discharge hole 24 of 1) may be maintained.

This is possible because the metering container 3 is free to rotate on the discharge holder 1 as described above.

Therefore, after the upside-down operation, the discharge auxiliary container 5 is rotated while being held, and the metering container 3 is also rotated to discharge the discharge hole 24 and the metering container 3 of the discharge holder 2. It communicates with the guide hole 32.

At this time, since the fastening protrusion 51 of the discharge auxiliary container 5 is inserted into the fastening insertion hole 34 of the metering container 3 by the rotation of the discharge auxiliary container 5, the metering measuring container 3 ) Rotates accordingly.

When this operation is carried out, the powder such as powdered milk stored in the portable storage container 1 is discharged from the metering container 3 through the discharge hole 24 of the discharge holder 2 in communication with the portable storage container 1 described above. The guide hole 32 is introduced into the space 31 in communication with the discharge guide hole 32 of the metering container 3.

The state put into such a space 31 is shown in FIG.

At this time, since the powder such as powdered milk introduced into the space 31 is located at a position deviated from the auxiliary guide hole 43 of the supply holder 4, the powder such as powdered milk eventually has a space communicating with the discharge guide hole 32 ( 31 only).

In this state, the discharge auxiliary container 5 is held, and the operation of rotating in the opposite direction to the above-described rotation direction is performed.

At this time, because the fastening protrusion 51 of the discharge auxiliary container 5 is inserted into the fastening insertion hole 34 of the metering container 3 by the rotation of the discharge auxiliary container 5. 3) is also rotated accordingly, the rotation of the metering vessel (3) previously performed only the difference between the forward and reverse rotation, but the rotation of the metering cylinder (3) is rotated by a half circle, that is, 180 degrees Will be done.

This is because the guide protrusion 35 of the metering container 3 is inserted into the slide guide groove 26 of the discharge holder 2, so that the slide guide groove 26 is not rotated indefinitely. Only the distance of) will be rotated.

At this time, the slide guide groove 26 is formed in the present invention, but the length of the semi-circle is not limited to the length of the semi-circle, it is configured to have a length that can be rotated at least 1/4 circle, that is, 90 degrees Similarly, it may be configured to have a length of 3/4 circle, that is, a length capable of rotating 270 degrees.

When the assembly is performed as described above, care should be taken so as not to coincide with the discharge hole 24 of the discharge holder 2 and the auxiliary guide hole 43 of the supply holder 4. It is not a problem to discharge.

In this state, the powder such as powdered milk is moved in position according to the rotation of the metering container 3.

The movement of this position is such that powder such as powdered milk in the space 31 is out of the position of the discharge hole 24 of the discharge holder 2, and the discharge hole 24 and the metering container 3 Since the discharge guide hole 32 has a position where the discharge guide holes are not in communication with each other, the powder such as powdered milk in the portable storage container 1 can no longer be moved to the weighing container 3.

The powder such as powdered milk located in the space 31 reaches the auxiliary guide hole 43 of the supply holder 4 while rotating together with the metering container 3 by the rotation of the metering container 3.

In this way, powder such as powdered milk located in the auxiliary guide hole 43 falls freely to the discharge auxiliary container 5 through the auxiliary guide hole 43 (see FIG. 8 attached).

At this time, it can be seen that the powder, such as powdered milk dropped into the auxiliary discharge container 5, falls by the volume of the space 31 partitioned in the above-described quantitative weighing container 3.

Therefore, the space 31 can be formed as small as possible or large, depending on the user's intention.

In this way, in the state in which powder such as powdered milk is dropped into the discharge auxiliary container 5, the lid 7 may be opened and discharged externally to the outside.

However, when the discharge is small and the powder such as powdered milk is discharged again, if the above method is performed again, powder such as powdered milk, which is twice as large as the space 31, falls into the discharge auxiliary container 5. And, if you want to discharge more than that can be discharged exactly the desired amount by the repetitive operation as described above.

And, if necessary, the above-described quantitative weighing container 3 may be used while simultaneously carrying a plurality of different sizes.

As described above, the apparatus for quantitatively discharging the powder product according to the present invention may continuously discharge quantitatively as much as the space configured in the quantitative weighing container in a portable storage container that may contain powder such as powdered milk.

Due to this action, foods such as powdered milk can be discharged accurately so that the baby's feeding can be precisely fed, and the general public who needs a diet through quantitative discharge of powdered food such as wire type It is a very useful invention that can eat the correct amount of food for patients.

Claims (7)

A discharge holder 2 assembled to be rotatable in the portable storage container 1 and forming a discharge hole 24; The discharge holder (2) is assembled so as to be reciprocally rotated for a certain period, and forms a plurality of divided spaces 31 defining the discharge of powder, such as powdered milk, the bottom of one space is the same as the discharge hole 24 of the discharge holder A metering metering tube (3) having a discharge guide hole (32) and an insertion hole (33) formed at the center thereof; The auxiliary guide hole 43 is assembled with the discharge holder 2 so as not to rotate through the insertion hole 33 of the metering container 3, and is opposite to the discharge hole 24 of the discharge holder 2. A supply holder 4 to be formed; An auxiliary discharge vessel (5) coupled to the outside of the metering cylinder (3) to rotate in conjunction with the metering meter (3) by giving a forced rotational force; Powders such as powdered milk contained in the portable storage container 1 are composed of a nut 6 screwed to the portable storage container 1 to enable forced rotation of the discharge auxiliary container 5. In filling the space 31 of the () and measuring a certain amount to discharge into the discharge auxiliary container (5), The portable storage container 1 has grooves 12 formed at regular intervals at an upper end thereof, and the protrusions 23 of the discharge holders 2 corresponding to the grooves are inserted at the upper ends thereof to be assembled to each other. 2) a cylindrical column 27 having a protruding key 28 and a semi-cylindrical column 25 and a semicircular slide guide groove 26 along the periphery thereof are formed at the outer center of 2). The metering container 3 is assembled at the top of the discharge holder (2) and forms a fastening insertion groove (34) at regular intervals from the top to the bottom on the outer circumference at equal intervals and discharged to the bottom inner side of the bottom of the insertion hole (33) in the center The guide protrusion 35 into which the rotation guide groove 36 having the same height as the protruding key 28 of the holder 2 and the slide guide groove 26 of the discharge holder 2 are inserted and guided outside the holder 2 are provided. Forming and assembling the quantitative measuring container (3) to operate the reciprocating rotation of a certain section, The supply holder 4 assembled at the upper end of the metering container 3 forms a cylindrical insertion column 41 inserted into the insertion hole 33 of the metering container 3 at the center of the discharge container 3, but the discharge holder therein. A semi-circular hole 42 corresponding to the semi-circular column 25 of (2) is formed and mutually assembled with the discharge holder 2, The discharge auxiliary container (5) forms a plurality of fastening protrusions (51) having a size that can be inserted into the fastening insertion hole (34) of the above-mentioned metering weighing container (3) on the inner surface so as to be rotatable simultaneously with the metering weighing container. To assemble, The nut 6 is screwed to the threaded portion 13 of the portable storage container 1 while pressing the support 55 of the lower end of the discharge auxiliary container 5 is formed with a locking jaw (62) is formed in the upper end to the inside. Quantitative discharging device of a powder product, characterized in that the assembly is made of a structure. delete delete delete delete delete delete

Images