KR200215339Y1 - Exhaust bottle for powder - Google Patents

Abstract

The present invention allows the cap cover to be attached and detached and allows the discharge amount to be set by inserting and moving the measuring cup having the rotary slider at the top to the outer upper side of the main storage container. It is possible to open and close between the measuring cup and the main storage container by rotating it forward and backward in the main storage container.Move the powder of the main storage container to the measuring cup by opening the space between the measuring cup and the main storage container, and between the measuring cup and the main storage container. In a closed state, the cup cover is separated to discharge the powder filled in the measuring cup. The present invention relates to a quantitative discharge container for powder, wherein the main storage container 10 filled with powders such as powdered milk is weighed into the measuring cup 5. Depending on the degree (depth) to insert the rotary slider 15 mounted on the tip of the main reservoir (10) The amount of powder to be discharged can be set, and after setting the discharge amount, it can be set by the setting means so that a predetermined amount can be repeatedly discharged, and the rotary slider 15 together with the measuring cup 5 is fixed and If it is rotated in reverse, it can open and close the distribution hole (11-1) of the main reservoir (10) so that the powder in the main reservoir (10) by filling the metering cup (5) by quantitatively and can be repeatedly discharged. do.

Description

Dispensing container for powder {Exhaust bottle for powder}

The present invention relates to a quantitative discharge container for powder that can be discharged by measuring a certain amount of powdered products, such as powdered milk.

In more detail,

The cap cover can be attached and detached and the discharge cup can be set by inserting and moving the measuring cup equipped with the rotary slider at the top to the outside upper side of the main storage container.If the measuring cup is rotated forward and reverse, the rotating slider moves from the main storage container. Forward / reverse rotation allows opening and closing between the measuring cup and the main storage container.The powder in the main storage container is moved to the measuring cup with the gap between the measuring cup and the main storage container being opened.The gap between the measuring cup and the main storage container is closed. It is to provide a powder discharge container for the powder that can be separated from the cup cover in the discharged state to discharge the powder filled in the measuring cup.

Conventional powder quantitative containers have a problem in that, in order to fill a certain amount of powder such as powdered milk in every container, the powder (powdered milk) in the main container (not specifically shown) must be scooped up and filled with a spoon. Because of the approximate filling with a spoon, it was impossible to accurately measure and fill the quantity, and the inconvenience of having to dissolve and combine the containers with each other when using powder (powdered milk) filled in a predetermined container. Not only that, but there was also a pulpit that caused the powder (powdered milk) to be distracted and polluted around if care was not taken.

Proposed in order to solve such a conventional powder volumetric container is known in Korea Utility Model Registration No. 161457 'metering take-out containers of various powders' and No. 190406 'powder supply device'.

Domestic utility model registration No. 161457 'metering container for various powders' is discharged from the metering container and the metering container which can repeatedly discharge the container filled with the powder and the powder filled in the container by a predetermined amount. Consists of a control cap to collect the powder, the repetitive operation of the slider provided in the measuring drawer is discharged by a predetermined amount of powder filled in the container is filled in the control cap and a certain amount of powder is controlled cap When filled in the control cap is separated from the metering drawer is used to put the powder filled in the control cap in a predetermined container such as a milk bottle.

However, the conventional 'metering drawer container' constructed and operated as described above has a hassle to repeatedly perform the slider provided in the metering drawer a predetermined number of times each time to obtain the metering by a certain amount. Many parts are not easy to handle and are not easy to disassemble and sterilize at a high temperature, and thus are not easy to assemble. In particular, since the slider is springable by a spring, when the spring is attached or attached, the corroded sludge is mixed with the powder.

In addition, Utility Model Registration No. 190409, 'Powder Feeding Device', has a discharge means for attaching and detaching a measuring cup to a lower side of a supply hopper, which is capable of inverting (turning over) a normal milk powder container and screwing it. It is possible to adjust the amount of powder to be weighed by rotating the measuring cup forward and backward in the discharge pipe, and to repeatedly move the discharge blocking plate provided in the discharge means to the left and right (or before and after). This makes it possible to discharge the powder (milk powder) of the feed hopper by a predetermined amount to the discharge pipe.

However, the conventional 'powder supply device' constructed and operated as described above is designed to load a large volume of milk powder into the supply hopper, so that it is not easy to carry when going out of the house, and the discharge blocking plate is repeatedly removed from the discharge means. Since powdered powdered milk powder is easily exposed to outside through the gaps and polluted the surroundings.When you want to discharge the weighed milk powder, you need to separate the measuring cup from the discharge pipe. There was a need to adjust the amount of milk powder by adjusting the measuring cup each time it was to be discharged.

The present invention is to provide an improved quantitative discharge container for powder to solve the above problems and closed ends.

The present invention is designed so that the cap cover can be attached and detached.Inside the measuring cup engraved on the outer circumference, insert the main reservoir with the distribution hole on the upper surface, but put the rotary slider with the distribution hole on the top of the main reservoir, and the bottom of the main reservoir. There is a secondary storage container to the speech, and the main storage container or the lower end of the auxiliary storage container to provide a quantitative discharge container for the powder that can be combined to decompose the support cover.

Another object of the present invention is to set the amount of powder to be discharged according to the degree (depth) of inserting the measuring cup into the main reservoir, and to arbitrarily vary the set amount, the measuring cup is placed on the outside of the main reservoir (Or up and down) is provided with a metering setting means to prevent the movement to set the set amount of the discharge to provide a fixed quantity discharge container for powder that can be repeatedly discharged a predetermined amount.

Still another object of the present invention is to rotate the measuring cup coupled to the main reservoir forward and reverse, so that the rotary slider written on the top of the main reservoir rotates forward and reverse together so as to communicate or close the main reservoir and the measuring cup, In the communicating state, the powder stored in the main storage container is discharged to the measuring cup and filled, and when the filling is completed, the powder is closed.The cup cover is removed from the closed state between the main storage container and the measuring cup and the powder filled in the measuring cup to the outside. It is to provide a quantitative discharge container for powder that can be discharged.

Another object of the present invention is to give a secondary storage container to the main storage container according to the amount of powder to be carried, or to carry the auxiliary storage container separately to easily replace the secondary storage container can be used while fixed To provide.

Another object of the present invention is to move each other only in the inside of the measuring cup, the main reservoir and the secondary reservoir when moving or discharging the powder to prevent the phenomenon of contaminating the surroundings, and to easily disassemble each part It is to provide a quantitative discharge container for powder that can be combined by using a high-temperature steam or water to disintegrate by being able to combine and then use.

The above and other objects of the present invention,

In order to be able to fill various powders, and to be able to measure and discharge the filled powders by a predetermined amount, it is possible to attach and detach to the discharge port 6 of the measuring cup 2, and to control the discharge of powders. The cap cover 2, the measuring cup 5 which can measure the amount of powder to be discharged and is filled by the measured amount, and the powder to be weighed according to the degree to which the leading part is inserted into and inserted into the measuring cup 5. The amount of powder can be set and the filled powder is discharged to the measuring cup (5) and is mounted on the upper end of the main storage container (10) in the inside of the measuring cup (5) together with the main storage container (10) When moving up and down to measure the amount of powder, and when the measuring cup 5 is rotated forward and reverse, the main storage container 10 is rotated forward and reverse with the measuring cup 5 at the upper outer periphery of the main storage container 10. The filled powder is distributed to the measuring cup (5). Rotating slider 15 for intermittent operation, an auxiliary storage container 22 which can be attached to or detached from the end of the main storage container 10 and can be filled with powder, and an end of the main storage container 10 or the auxiliary storage container 22. It is achieved by a quantitative discharge container (1) characterized in that it comprises a support cover (20) that is attached to and detached to intermittently discharge the powder.

1 is an exploded perspective view of a quantitative discharge container for powder according to the present invention.

Figure 2a and Figure 2b is an illustration of a state combined with the quantitative discharge container for powder according to the present invention.

Figure 3a and b is a cross-sectional view showing an extract of the cap cover and the improved cup container for quantitative discharge according to the present invention.

Figures 4a to 4b is a front view, a plan view, a longitudinal sectional view showing an extract of the main storage container in the quantitative discharge container for powder according to the present invention.

5a and 5b is a plan view, a longitudinal cross-sectional view showing an extract of the rotary slider in the quantitative discharge container for powder according to the present invention.

Figure 6a to Figure 6f is a cross-sectional view taken from the secondary storage container, the base cover, the cup nut, including the cap in the quantitative discharge container for powder according to the present invention.

7A to 7C are a plan view, a bottom view, and a sectional view showing an extract of a dose setting amount in a quantitative discharge container for powder according to the present invention.

※ Explanation of code for main part of drawing

1. Quantitative discharge container 2. Cap cover

5. Measuring Cup 9. Vertical Guide Groove

10. Main reservoir 12. Stopper

15. Swivel Slider 17. Distributor

18. Stop groove 19. Guide protrusion

20. Base cover 22. Auxiliary reservoir

30. Cup Nut 40. Capacity Setting Ring

The above and other objects and features of the present invention will be more clearly understood by the following detailed description based on the accompanying drawings.

Figures 1 to 7c shows a specific embodiment of the quantitative discharge container 1 according to the present invention to discharge the powder by a predetermined amount, Figure 1 is an exploded perspective view and Figures 2a and 2b are combined 3A to 7C are respective parts views.

Quantitative discharge container 1 according to the present invention, the cap cover (2) coupled to the outlet (6) of the measuring cup (5) and the measuring cup (5), which is filled with each meter, and the inside of the measuring cup (5) Inserted into and operated up and down and filled with powders, such as powdered milk, and the powder filled in the main storage container 10 is coupled to the tip of the main storage container 10 is moved to the measuring cup (5). Rotating slider 15 for intermittent operation and the cup nut 30 and the capacity setting ring 40 are coupled to the outside of the main storage container 10 so as to set the degree of engagement with the measuring cup 5. Metering setting means configured, the auxiliary storage container 22 to be extended and coupled to the main storage container 10, the support cover 20 and the auxiliary storage container coupled to the end of the main storage container 17 or the auxiliary storage container 22 It consists of a cap 24 which can be coupled to the upper end of the 22.

As shown in FIG. 3A, the cup cover 2 has a stopper portion 3 formed at the center of the inner surface thereof and a screw portion 3-1 formed at the inner circumferential surface of the stopper portion 3 of the measuring cup 5 described later. It can be combined with or separated from the outlet (6), the outer edge portion of the groove (4) is formed at equal intervals to easily grip the cap cover (2) when coupling or separating the improved cup (5) It can be rotated.

As shown in FIG. 3B, the measuring cup 5 filled with a predetermined amount (set amount) of powder forms an outlet 6 at an upper end thereof so that the stopper 3 of the cap cover 2 can be combined. But the outer periphery of the outlet (6) was formed so that the threaded portion (7) corresponding to the threaded portion (3-1) of the stopper (3) can be easily coupled, the lower end of the flange (8) to form The cup nut 30 of the weighing setting means described later is hooked, and a plurality of vertical guide grooves 9 are formed on the inner circumference to rotate when the rotary slider 15 is inserted together with the main storage bin 10 described later. The guide 15 was guided and the rotation guide 15 was rotated together when the measuring cup 5 was rotated.

The main storage container 10 whose bottom is open so that the powder can be filled is formed with the flange 11-2 integrally formed on the outer periphery of the upper end as shown in FIGS. 4A to 4C, and the rotary slider 15 described later. In the upper surface 11, a pair of flow holes 11-1 are formed to face each other within a range of 90 degrees, but on one side of each flow hole 11-1, the flow of the rotary slider 15 The stopper 12 which operates in the ball 17 is formed to face each other, and a plurality of support step bands 14 are formed to protrude on the outer circumference thereof so as to vertically guide the capacity setting ring 40 of the weighing setting means. At the outer circumference of the lower end, a screw part 13 was formed to couple the auxiliary storage container 22 or the support cover 20.

As shown in FIGS. 5A and 5B, the rotary slider 15 forms an annular mounting groove 15-1 between the upper surface 16 to be closed and the bottom surface to be open to form the main storage container 10. It is to be coupled to the flange (11-2) of the upper surface of a pair of flow holes 17 in a range of 90 degrees to face each other, but one side of each of the flow holes 17, the stopper of the main reservoir (10) The stop grooves 18 are formed to face each other to accommodate the 12, and the outer circumferential surface may be formed to protrude a plurality of guide protrusions 19 to be inserted into the vertical guide grooves 19 of the measuring cup 5. It was made.

As shown in FIG. 6B, the auxiliary storage container 22 used to speak at the lower end of the main storage container 10 has a screw portion 23 and 24 formed on the inner circumferential surface of the upper end and the outer circumferential surface of the lower end, respectively. 10) or the support cover 20 mounted on the bottom surface of the auxiliary storage container 22 has a screw portion 21 formed on the inner circumferential surface as shown in FIG. 6C to be easily coupled and separated, and also shown in FIG. 6A. As described above, the cap 24 having the threaded portion 25 formed on the outer circumferential surface thereof can be coupled to the upper threaded portion 23 of the auxiliary storage container 22 to be individually carried.

In addition, on the outer circumference of the main reservoir (10) was combined measuring setting means consisting of a cup nut 30, the capacity setting ring 40.

As shown in FIG. 6D, the cup nut 30 sequentially forms a small inner diameter surface 33, an inner slope 34, and a large inner slope 35 on the inner surface of the nut ring 31, but has a small inner slope 33. An annular step 32 is formed inward at the upper periphery of the upper side, and an inner threaded portion 36 is formed at the large inclined surface 35 so as to be disassembled and coupled with the capacity setting ring 40, and the nut ring 31 The outer periphery of the projections (30-1) were formed at equal intervals to prevent slipping when rotating forward and reverse.

As shown in FIGS. 7A to 7C, the dose setting ring 40 forms an annular flange 42 at the middle of the outer circumference of the setting ring 41, but forms an outer threaded portion 43 on the upper outer surface thereof. A pair of guide grooves 45 are formed on the inner surface of the lower side, and an outer slope surface 44 is formed on the upper outer circumference, and a pair of detention pieces 47 are formed on the upper side of the flange 42. And intersect each other to form cutouts 46 on both sides of each of the detention pieces 47 so that the detention pieces 47 are elastic and an uneven portion 48 is formed on the upper inner surface of the detention pieces 47. Formed.

The operation relation (use state) will be described below.

In order to use the fixed quantity discharge container 1 according to the present invention, if the cap cover 2 is reversed while the cap cover 2 is mounted on the measuring cup 5, the screw portion 3 of the cap cover 2 -1) is combined with the threaded portion (7) of the measuring cup (5) to be integrally rotated together with the measuring cup (5), and when the measuring cup (5) is rotated forward, the guide projection (19) is inserted into the vertical guide groove (9) The rotating slider 15 is also rotated together with the measuring cup 5, and when the rotating slider 15 is reversed, the distribution hole 17 in which the stop groove 18 is caught by the stopper 12 is a stopper ( 12 is closed while moving to the upper surface 11 of the main reservoir (10) is provided. In this way, the flow holes 17 and 11-1 of the main storage cylinder 10 of the rotary slider 15 move to the upper surfaces 11 and 16 of the main storage cylinder 10 and the rotary slider 15 to be closed. 2a or 2b in the state is removed to the main storage container 10, as shown in the secondary storage container 22 or the bottom cover 20 is coupled to the bottom of the main storage container 10, and the main storage container ( 10) and the auxiliary storage container 22 is appropriately filled with powders such as powdered milk and then closed by combining the support cover 20.

In order to use the quantitative discharge container (1) according to the present invention, it is preferable to set the quantitative discharge to be discharged first, after filling the powder such as powdered milk, and the quantitative setting is performed as follows.

In the cup nut 30 and the dose setting date 40 of the weighing setting means coupled to each other, the cup nut 30 is reversed, released from the dose setting nut 40, and then inserted into the measuring cup 5. If you move the up and down), the rotary slider 15 coupled to the upper end of the main storage container 10 is also moved together, wherein the rotary slider 15 has its guide protrusion 19 with the vertical guide of the measuring cup 5. Since the sliding along the groove 9, the rotary slider 15 is moved in a straight state. The cup nut 30, which has been released in the state where the rotary slider 15 is moved to the proper position of the weighing scale 5-1 together with the main reservoir 10, is screwed with the capacity setting ring 40. When the capacitive setting ring 40 is screwed to the cup nut 30 by the inner threaded part 36 and the outer threaded part 43, the outer inclined surface 44 of the capacitive setting ring 40 becomes the cup nut 30. The detention piece 4D divided by the cutout 46 is collected inward while being in close contact with the inner inclined surface 34 of the). It is closely bonded to the outer surface of the reservoir 10 to maintain a fixed state. Therefore, while the cup nut 30 is detained by the capacity setting ring 40 fixed to the main reservoir 10, the measuring cup 5 is also in the detained state by the cup nut 30.

In this way, when the measuring cup 5 is rotated in the forward (opened) direction while filling the powders, the rotary slider 15 also rotates in reverse with the measuring cup 5, and when the measuring cup 5 rotates in reverse, its distribution The ball 17 is moved to the distribution hole (11-1) side of the main reservoir 10 to maintain a consistent state, the stop groove 18 is caught by the stopper 12, the rotation is suppressed.

When the distribution hole 17 of the rotary slider 15 and the distribution hole 11-1 of the main storage container 10 coincide with each other and are in communication with each other, the container 1 is turned over and then gently shaken. ) Is filled into the measuring cup 5 through the distribution holes 11-1 and 17. When the filling of the powder into the measuring cup 5 is completed, the rotating slider 15 together with the measuring cup 5 also rotates in the reverse (closed) direction when the measuring cup 5 is rotated in the reverse (closed) direction together with the cap cover 2. While rotating, the distribution hole 17 moves to the upper surface 11 while being placed with the distribution hole 11-1 of the main storage container 10 to maintain the closed state.

When the flow hole 17 of the rotary slider 15 is closed, the cap cover 2 is removed from the measuring cup 5 to open the outlet 6, and the outlet 6 coincides with the inlet of a container such as a milk bottle. In the state of lightly shake the metered discharge container 1, the powder in the measuring cup (5) is discharged through the outlet (6) is filled in a container such as a milk bottle.

After discharging the powder from the measuring cup 5, the cap cover 2 is coupled to the outlet 6 of the measuring cup 5 to close the outlet 6, and the above process is repeated if necessary. As a result it can be repeatedly discharged by a predetermined amount of powder.

As described above, the quantitative discharge container 1 according to the present invention,

Insert the main storage container 10 filled with powders such as powdered milk into the measuring cup 5, but the powder to be discharged according to the degree (depth) of inserting the rotary slider 15 mounted on the tip of the main storage container 10. The amount of, can be set by the setting means after setting the discharge amount can be repeatedly discharged, and the rotary slider 15 with the measuring cup (5) to rotate forward and reverse If given, it can open and close the distribution hole (11-1) of the main reservoir (10) can be discharged repeatedly after filling the powder in the main reservoir (10) by metering cup (5).

Therefore, the quantitative discharge container 1 according to the present invention can be easily used to discharge the powders such as powdered milk by a certain amount, and stored only in the main storage container 10 according to the amount of powders to be carried. Auxiliary storage container 22 can be stored by speaking to the main storage container 10, and if necessary, to carry the auxiliary storage container 22 individually, the cap 24 and the support cover 20 are separately carried in a state of being combined. You can do it.

Claims (5)

In order to be able to fill a variety of powders, and to be able to weigh and discharge the filled powders by a predetermined amount, Cap cover (2) which can be attached to and detached from the outlet (6) of the measuring cup (2), and the measuring cup which can measure the amount of powder to be discharged and is filled by the measured amount ( 5) and the amount of the powder to be weighed according to the degree of insertion of the preceding part into the measuring cup 5 and the main storage container 10, and the main storage container (10), in which the filled powder is discharged to the measuring cup 5; 10) is mounted on the top of the main reservoir (10) to move up and down inside the measuring cup (5) to measure the amount of powder, and when the measuring cup (5) rotates forward and reverse, the main reservoir (10) Rotating slider (15) and the main storage container (10) of the main storage container 10 while the forward and reverse rotation with the measuring cup (5) in the upper outer periphery of Beams that can be detached from the ends and filled with powder Deposition container for powder, characterized in that it comprises a support cover 20 which is detached to the end of the main storage container 22, the main storage container 10 or the secondary storage container 22 to control the discharge of the powder. . The method of claim 1, As the means for setting the discharge amount, a plurality of vertical guide grooves 9 and guide protrusions 19 are formed to correspond to each other on the inner circumferential surface of the measuring cup 5 and the outer circumferential surface of the rotary slider 15 so as to move in a straight line. A quantitative discharge container for powder, characterized in that it is possible to set the amount set by the set amount setting means. According to claim 1, wherein the opening and closing means for intermittent movement of the powder of the main reservoir 10 to the measuring cup 5, the upper surface 11 of the main reservoir 10 and the flange 11 of the main reservoir 10 A pair of flow holes 11-1 and 17, each having an angle of less than 90 degrees, is formed on the upper surface 16 of the rotary slider 15 coupled to -2) so as to face each other. 1) · 17, the stopper 12 and the stop groove 18 are formed to correspond to each other, and the rotary slider 15 and the main reservoir 10 are rotated forward and backward to rotate the flow holes 11-. 1) · (17) A quantitative discharge container for powder, characterized in that it is possible to open and close. The method of claim 2, wherein the set amount setting means for setting the set discharge amount, so that the cup nut 30 is screwed on the outer circumferential surface of the capacity setting ring 40 from the outer circumference of the main reservoir 10, the main The reservoir 10 is formed in the inner surface of the nut ring 31 in order to form a small inner diameter surface 33, the inner surface of the inclined surface 34, the large inner surface of the slope 35 in order to the upper periphery of the small inner surface of the slope (33) The inner threaded portion 36 is formed on the large inclined surface 35, and the dose setting ring 40 forms an annular flange 42 on the outer circumferential middle of the set ring 41. The outer thread portion 43 is formed, and a pair of guide grooves 45 are formed on the inner surface of the lower side to face each other, an outer slope surface 44 is formed on the upper outer periphery, and a pair of detaining portions are formed on the upper side of the flange 42. The piece 47 is formed to intersect with the guide groove 45, but the incision portion 46 is formed at both sides of each detention piece 47. W held piece (47) is such that the elastic and powder dose discharge container, characterized in that the hayeoseo forming a concave-convex portion 48, the upper inner surface of the held part (47). According to claim 4, wherein the outer surface of the main storage container 10 and the inner surface of the capacity setting ring 40 is formed to correspond to each other support step band 14 and the guide groove 45, the capacity setting ring 40 is the main storage container Quantitative discharge container for powder, characterized in that to be able to operate vertically from the outside of (10).