KR20020082575A - Flour case for quantity spont - Google Patents

Abstract

The quantitative-discharge powder case of the present invention is open at the top and the front side of the lower side to form an opening 111 to form a container chamber 112 therein to draw the container 20 through the opening 111. The outer case 110 and the outer case 110 is accommodated in a plurality of the inner case 110 to form a guide sphere 121 to discharge the powder powder 10, the guide sphere 121 is a container The inner case 120 and the inner case 120 to form the discharge block 123 downward on the outer circumference and formed so as to be located in the central portion of the upper chamber 112, and embedded in the guide 121 of the inner case 120 Install a fixed-quantity supply port 131 that rotates around the central axis 133, but the fixed-quantity supply port 131 forms an inlet 131a in the upper portion and the outer case 110 in the lower portion of the fixed-quantity supply unit 131. The discharge pipe 131b is formed to be inclined toward the center side of the elastic member 134. It is to be in close contact with the sea discharge block 123 elastically and the fixed amount supply port 131 is formed by the sliding groove 135 connected to the main rod 136 installed vertically on the outer surface of the inner case 120 to the main The sliding groove 135 is rotated downward when the rod 136 is rotated downward to rotate the fixed-quantity supply port 131 to quantitatively supply the powdered powder 10 so that the powdered powder is formed. It is effective to discharge the set amount.

Description

Flour case for quantity spont}

The present invention relates to a quantitatively discharged powder case, and in detail, discharges various types of powdered powder stored in a set amount and can be contained in a container without leakage, thereby minimizing user's trouble when transferring powdered powder and The present invention relates to a quantitative discharge powder case which can keep the space pleasant and clean by preventing the powder from scattering around.

In general, it is important to determine the saltiness, sweetness, sourness, etc. based on the food's unique taste during the cooking process.

This is the basis of cooking, and it is also an important process to determine the state of phenomena and results that occur during cooking.

Such means of aligning is generally used by measuring the amount of seasonings and spices desired by the user using cooking utensils, that is, measuring cups and measuring spoons, etc., when measuring the amount of ingredients when cooking food.

In particular, the use of measuring cups and measuring spoons is not limited to the cooking process of food, but can be stored in the standard of mL unit, such as tablespoons or teaspoons, even when making general drinking drugs or coffee according to the taste of a person. Use a measuring spoon and measuring cup.

As described above, it is common to use a measuring cup and a measuring spoon as a method of removing a proper amount of small particles in the form of powder, and alternatively, it is also possible to substitute a spoon used in a general household. Particularly, in general households, the powdered powder is removed by a spoon instead of a measuring spoon, and thus it is largely determined by the cooker's perception of differentiation of raw materials and the way of handling food.

However, when using a measuring spoon or spoon to float powdered powder such as sugar, prim, or condiments, powdered powder may be scattered around or spilled easily, making the place of use unclean, and reflowing the material as much as the material is spilled. There was a hassle to give. In addition, when cooking food, a variety of powdered ingredients are alternately removed with one spoon, and the ingredients contained in the spoon are mixed with other ingredients to deform the unique taste of the ingredients. Moreover, when the material used is a natural material or a spice, there is a problem that the material itself is deteriorated to completely change the taste of the food. In this case, prepare several measuring spoons or spoons as unsealed and use each spoon with a spoon to match the materials used, or wash or wipe the spoons after one use to completely remove and remove the powdered powder. There was a problem that added to the hassle.

The above situation appears to be the same phenomenon when preparing a powdered oral medicine among medicines, or when making coffee, and in particular, when the same ingredients are repeatedly alternated using a measuring spoon or the like, the above phenomenon is intensified. . For example, in the case of a coffee used for entertaining in a general office, when a large number of visitors are used, it takes a lot of time because the case containing coffee, prim, and sugar is repeatedly opened and then used as a teaspoon. There was a problem that the proportion of the ingredients to be mixed correctly according to the different coffee taste of the.

Therefore, the main object of the present invention is to store various kinds of powder powder so that it can be easily discharged by the set amount, minimizing the user's trouble and moving the powder powder with a measuring spoon and only quantifying the powder powder constantly. To let it out.

Another object of the present invention is to embed the container in the lower portion of the inner case for discharging the appropriate amount of powdered powder so that the powdered powder discharged to be neatly contained in the container without being leaked to the outside to be taken out to the outside (拔出It is to prevent the place of use from being dirty by not being scattered around the city.

1 is an exploded perspective view showing a quantitatively ejected powder case of the present invention.

2 is a cross-sectional view showing a quantitatively ejected powder case of the present invention.

Figure 3 is a cross-sectional view showing a state before operation of the metered-type powder case of the present invention.

Figure 4 is a cross-sectional view showing a state after operation of the metered-type powder case of the present invention.

Figure 5 (a) (b) (c) is a reference diagram showing a state in which the sub-supply unit of different sizes coupled to the main supply port.

Explanation of symbols on the main parts of the drawings

10 powder powder 20 container

100: fixed-quantity powder case 110: outer case

111: opening 112: container chamber

113: position adjustment step 114: fixing protrusion

120: inner case 121: guide

122: connecting passage 123: discharge block

124: cover 124a: storage space

124b: guide hole 124c: insertion hole

125: clasp 125a: handle

130: fixed amount discharge unit 131: fixed amount supply port

131a: inlet 131b: discharge pipe

131c: main supply part 131d: sub supply part

132: powder hardening prevention rod 133: central axis

134: elastic member 135: sliding groove

136: main rod 137: sliding rod

138: push button 138a: locking groove

In order to achieve the above object, the quantitative discharging powder case of the present invention has an upper case which is open and a front side of the lower side forms an opening so that the container chamber is formed therein so that the container can be brought in or taken out through the opening. And, the guide is formed in the lower portion so as to discharge the stored powder stored in one or more inside of the outer case, but the guide is formed so as to be located in the center of the upper portion of the container chamber and discharged downward on the outer periphery An inner case forming a blocking piece and a fixed amount supply port which is built in the guide hole of the inner case and rotates around a central axis, wherein the fixed amount supply port has an inlet at the top thereof, and the inlet is rotated by the rotation of the fixed amount supply unit. Communicate with or block the case, and the lower part of the metered supply is exposed from the guide. The main tube is vertically installed in the center of the outer surface of the inner case arc by forming a discharge pipe inclined toward the center of the outer case so that the end portion is elastically in close contact with the discharge block by the elastic member, and a sliding groove is formed on the side of the fixed quantity supply port. By connecting with the rod and interlocked with each other, the sliding groove is rotated downward when the main rod is rotated downward so that the fixed-quantity supply port is rotated to supply the powder powder to the inside of the container settled in the container chamber. The basic features of the technical configuration.

When described in detail with reference to the accompanying drawings a preferred embodiment of the present invention configured as described above are as follows.

1 is an exploded perspective view showing a quantitatively ejected powder case of the present invention, Figure 2 is a cross-sectional view showing a quantitatively ejected powder case of the present invention, Figure 3 shows a state before operation of the quantitatively ejected powder case of the present invention 4 is a cross-sectional view showing a state after the operation of the quantitatively discharged powder case of the present invention, Figure 5 (a) (b) (c) is a reference showing a state in which the sub-supply parts of different sizes are coupled to the main supply port It is also.

As shown in Figures 1 to 5, the quantitative-discharge powder case of the present invention, the upper portion is open and the front side of the lower side to form an opening 111 to form a container chamber 112 therein opening 111 An outer case 110 to allow the container 20 to be carried in or taken out through the container 20, and a guide hole at the bottom to discharge the powder powder 10 stored and stored in one or more of the inside of the outer case 110. An inner case 120 which forms a 121 and the guide port 121 is formed so as to be located at the center of the upper part of the container chamber 112, and forms a discharge blocking piece 123 downward on the outer circumference; To install a fixed-quantity supply port 131 that is embedded in the guide 121 of the inner case 120 to rotate around the central axis 133, the fixed-quantity supply port 131 is formed in the inlet 131a at the top By the rotation of the quantity supply unit 131, the inlet 131a is the inner case (1) 20) and the lower portion of the fixed-quantity supply unit 131 is exposed from the guide opening 121 and forms a discharge pipe 131b inclined toward the center of the outer case 110, the end of which is the elastic member 134 The main rod is to be elastically in close contact with the discharge block 123 by forming a sliding groove 135 on the side of the metering supply port 131 is installed vertically in the center of the outer surface of the inner case 120 arc ( 136, the sliding groove 135 is rotated downward when the main rod 136 is rotated downwards by connecting with each other to rotate the fixed amount supply port 131 inside the container 20 placed in the container chamber 112 Furnace powder powder 10 is configured as a fixed-quantity discharge device unit 130 to be supplied quantitatively.

In addition, the container settling chamber 112 of the outer case 110 forms a positioning step 113 formed by a groove or a protrusion on the settled surface of the inner center, and the container 20 brought into the container settling chamber 112 to the outer case. By being able to be located at the center of the center of 100 so that the powder powder 11 discharged is not leaked to the outside.

Here, the outer case 110 is fixed to the upper end of the at least one inner case 120 accommodated in the interior of the outer case 100 by forming a fixing protrusion 114 on the inner circumference Adjust the storage depth to

At this time, the container 20 which can be taken out to the outside by containing the powdered powder 10 is discharged by being placed in the container settling chamber 112 through the opening 111 of the outer case 110 is commonly used around the cup or bowl Any of the containers 20 such as the above may be used.

Further, the inner case 120 forms a connection passage 122 perpendicular to the conical stem, thereby embedding the main rod 136 vertically into the connection passage 122 so that the top and bottom of the main rod 136 are vertical. Allow yourself to exercise.

In addition, the fixed-quantity supply port 131 of the fixed-quantity discharge device unit 130 is a fixed-quantity supply port 131 by joining the powder firming bar 132 of the "r" shape upward to the side of the upper inlet 131a. By interlocking when rotating), the powder powder 10 can be stirred, thereby preventing the powder powder 10 stored in the inner case 120 from being hardened by its own weight or viscosity so as to be effectively discharged.

At this time, the main rod 136 of the metered discharge device unit 130 is attached to the push button 138 having a locking groove 138a formed on the outer surface of the arc shape on the upper end and sliding rod 137 as a link at the bottom When the main rod 136 is downward through the push button 138 to the end of the rod 136 is inserted into the sliding groove 135 of the metering supply 131, the sliding groove 135 is a sliding rod ( Rotating the metering supply port 131 while rotating downward along the 136 to allow the powder powder 10 to be discharged downward.

Here, the cover 124 encapsulating the upper portion of the outer case 110 allows the push button 138 to be exposed to the upper portion of the cover 124 through the insertion hole 124a by penetrating the insertion hole 124a at the center thereof. .

In addition, the inside of the cover 124 to form a receiving space (124a) in communication with the insertion hole (124a) in the horizontal direction and through the guide hole (124b) in the upper portion of the receiving space (124a) to the handle (125a) When the clasp 125 attached to the upper surface is accommodated in the storage space 124a, the handle 125a is exposed to the outside through the guide hole 124b so that the clasp 125 is stored in the storage space 124a using the handle 125a. Sliding at) so that one end of the clamp 125 can be interposed in the locking groove (138a) of the push button 138.

Furthermore, the quantitative supply port 131 of the quantitative discharge device unit 130 has a number of main supply unit 131c on one side of the quantitative supply port 131 so that the amount of powder powder discharged according to the use can be adjusted. A plurality of sub-supply unit 131d provided for each size can be detachably separated and combined.

Referring to the operation of the present invention as follows.

First, when the powder powder 10 to be used after opening the cover 124 enclosed at the upper portion of the outer case 110 is stored in each of the inner case 120, the stored powder powder 10 is the inner case. It is completely filled up to the inside of the metering supply port 131 communicated with the inside of (120). After the cover 124 is sealed to the upper portion of the outer case 110, the push button 138 is exposed to the upper portion of the cover through the insertion hole 124a formed in the center of the cover 124. The quantitative discharge powder case 100 used in the above state is pressed when the powder powder is not used by the user when pressing the push button 138 exposed to the upper part of the cover to discharge the powder powder to be used. In order to prevent the push button 138 or the push button 138 from being pressed accurately and at the same time the other push button 138 is pressed accordingly, the handle of the clamp 125 formed on the top of the cover 124 ( 125a) is moved to the center side of the cover 124. Accordingly, the clasp 125 is slid in the storage space 124a of the cover 124 while one end of the clasp 125 is interposed in the locking groove 138a of the push button 138 of powder powder not to be used by the user. Even if the button 138 is pressed, the powder is not discharged because it is not pressed downward. As such, the locked state of the push button 138 can be selectively turned on and off to discharge only the desired powder powder.

Thereafter, the plurality of inner cases 120 accommodated in the outer case 110 are eccentrically installed in the lower portion of the inner case 120 so that the lower quantity supply port 131 can be located at the center of the container chamber 112. The container 20 for containing the powdered powder is also positioned at the lower part of the metering supply port 131 by the position adjusting step 113, that is, at the center of the settled surface of the container chamber 112. Position the 20 so as to correspond to each other so that the powder powder discharged from the upper quantitative supply port 131 can be accurately contained in the container (20).

As described above, when the preparation process for discharging the powdered powder 10 is completed, the user presses the push button 138 installed in the inner case 120 storing the powdered powder 10 to be used. The main rod 136 is downward by the push button, and the sliding rod 137 connected to the end of the main rod 136 is linked downward. Accordingly, the sliding rod 137 is connected to the sliding groove 135 and one side thereof, so that the sliding rod 135 rotates along the sliding groove 135 around the link and rotates downward so that the sliding groove 135 rotates to supply the fixed quantity supply port 131. The discharge pipe 131b is rotated downward about the central axis 133.

At this time, the powder firming prevention rod 132 of the metering supply port 131 is rotated by interlocking with the metering supply port 131 integrally whisk the powder powder 10 stored in the upper portion of the inlet (131a) inside Even if the powdered powder 10 stored inside the case 120 is hardened by its own weight or viscosity, the powdered powder 10 can be easily released or prevented.

As such, the end of the discharge pipe 131b is separated from the discharge blocking piece 123 by the fixed quantity supply port 131, and the container 20 embedded in the container settlement chamber 112 through the opening 111 of the outer case 110. Powder powder 10 is discharged into the inside. Here, the powdered powder 10 stored in the fixed amount supply port 131 is discharged through the discharge pipe 131b by the amount stored in the internal space of the fixed amount supply port 131. In addition, the inlet 131a is rotated to the inner circumference of the guide port 121 by the fixed quantity supply port 131, and communication with the inside of the inner case 120 is blocked, so that powder powder inside the inner case 120 ( 10) can no longer be introduced into the metering supply port 131 to discharge only the powdered powder 10 in the metering supply port 131 to the container 20 placed in the container chamber chamber 112. .

Thereafter, after the powdered powder 10 is discharged, the user releases the press from the push button 138 so that the fixed amount supply port 131 is elastically restored to its original position by the elastic member 134, The end of the discharge pipe (131b) is in close contact with the discharge block 215. At the same time, the inlet 131a, which was in communication with the inside of the inner case 120, was in communication with the inner case 120 again by the rotation of the metering supply port 131, and the powdered powder 10 was transferred to the metering supply port 131. It is brought back into the interior to prepare for the discharge of the powder (10) again.

As described above, after the appropriate amount of the powdered powder 10 is discharged into the interior of the container 20, the user takes out the container 20 placed in the container chamber 101 through the opening 111 to use the powdered powder. Use accordingly.

In particular, the push button 138 of the metered discharge case 100 is agglomerated in the upper center of the cover 124, so that the user can press a plurality of push buttons 138 at once at the same time each inside Various types of powdered powder stored in the case 120 can be quickly discharged at once.

In addition, the inner case 120 accommodated in the outer case 110 according to the intended use of the metered-discharge type case 100 determines the number of inner cases 211 according to the intended use. As follows. First, when using it for coffee, a virtual circle is divided into three so as to store coffee, prim, and sugar, respectively, and three conical inner cases 120 are configured to be stored in the outer case 110, When storing various kinds of various materials such as powdered powdered medicine, spices and seasonings, it is possible to increase the number of inner cases 120 by dividing the imaginary circle into equal parts. According to the elasticity of the number of the inner case 120 can be adjusted so as to widen the use area of household goods and industrial goods.

In addition, the size of the internal space of the metering supply port 131 is a unit for storing the powder powder 10, that is, for example, 2.5mL, 5mL, 10mL quantitatively supplied to the same standard as the measuring spoon standardized in one set By standardizing the internal space of the sphere 131, the powder powder 10 can be selectively discharged in accordance with the measuring unit so that the desired amount of powder powder 10 can be matched to the currently used measuring unit without using a measuring spoon or measuring cup. As much as possible to discharge.

That is, as shown in Figure 5, the fixed-quantity supply port 131 is to be detachably coupled to the sub-supply unit (131d) which is provided with a plurality of sizes in one main supply portion (131c) around the central axis (133). To help. At this time, the sub-supply unit 131d is manufactured by various sizes so that the user can discharge powder powder of a desired capacity, and uses the sub-supply unit 131d having a suitable capacity in combination with the main supply unit 131c. As such, when using powdered milk, coffee, medicines and condiments, the user can elastically replace the sub-supply unit 131d to meet the demand of the desired capacity.

As described above, the dose-discharge-type powder case of the present invention has an upper portion of the upper side and the front side of the lower side to form an opening 111 so that the container chamber chamber 112 is formed therein through the opening 111. 20) an outer case 110 for carrying in or taking out, and a guide port 121 in the lower portion so that the powder powder 10 stored and stored in one or more inside of the outer case 110 can be discharged. The inner case 120 and the inner case 120 are formed so that the guide port 121 can be located in the center of the upper chamber lining chamber 112 and to form a discharge blocking piece 123 downward on the outer periphery; The metering supply port 131 is installed in the guide port 121 of the rotation centering around the central axis 133, the metering supply port 131 is formed in the inlet (131a) at the top The inlet 131a is opened to the inner case 120 by the rotation of 131. Or the lower part of the fixed-quantity supply part 131 is exposed from the guide port 121 to form a discharge pipe 131b inclined toward the center of the outer case 110 so that the end is blocked by the elastic member 134. It is elastically in close contact with the piece 123 and the sliding groove 135 is formed on the side of the metering supply port 131 is connected to the main rod 136 which is installed vertically in the center of the outer surface of the inner case 120 arc When the main rod 136 is downward when the sliding groove 135 is rotated downward so as to be interlocked with each other to rotate the fixed quantity supply port 131 to the inside of the container 20 placed in the container chamber chamber 112 (powder powder) 10) by quantitative discharging device unit 130 to quantitatively supply the amount of powder powder can be discharged by the set amount to minimize the user's hassle compared to the work that used to float and move using a conventional measuring spoon and measuring cup Exhausted You can put move without breaking a dry powder due to blowing dry powder has the effect of preventing the use place become unclean.

Claims (5)

The upper case is opened and the front side of the lower side forms an opening 111 so that the container settlement chamber 112 is formed therein, so that the container 20 can be carried in or taken out through the opening 111. Wow, The guide sphere 121 is formed in the lower portion so that the powder powder 10 stored and stored in one or more inside the outer case 110 can be discharged, but the guide sphere 121 is the central portion of the upper chamber chamber 112 An inner case 120 formed to be positioned at an outer periphery and forming a discharge blocking piece 123 downward on an outer periphery; The metering hole 131 is installed in the guide port 121 of the inner case 120 to rotate about the central axis 133, but the metering hole 131 has an inlet 131a at the top. Formed to allow the inlet 131a to be communicated or blocked by the inner case 120 by the rotation of the metering unit 131 and the lower portion of the metering unit 131 is exposed from the guide 121 to the outer case 110 The discharge pipe 131b is formed to be inclined toward the center side of the center so that the end portion is elastically in close contact with the discharge blocking piece 123 by the elastic member 134, and the sliding groove 135 is formed on the side of the fixed amount supply port 131. By connecting with the main rod 136 installed vertically in the center of the outer surface of the inner case 120, the sliding groove 135 is rotated downward when the main rod 136 is rotated downward so that the fixed quantity supply hole ( 131 of the vessel 20 placed in the vessel chamber 112 by rotating Parts of dry powder discharged quantitative expression powder case, characterized in that configured in quantitative discharge type device 130 that causes the feed amount (10). The method of claim 1, The container settling chamber 112 of the outer case 110 forms a position adjusting step 113 formed by a groove or a protrusion on the settling surface of the inner center to receive the container 20 brought into the container settling chamber 112. Quantitative discharging powder case, characterized in that configured to be located in the center of the center of 100) so that the powder powder discharged 11 is not leaked to the outside. The method of claim 1, The inner case 120 forms a connection passage 122 perpendicular to the conical stem so that the main rod 136 may be embedded perpendicularly to the connection passage 122 so that the top of the main rod 136 , Dose-type powder case characterized in that configured to facilitate the movement. The method of claim 1, The quantitative supply port 131 of the metered discharge device unit 130 is formed on the upper side of the inlet (131a) of the upper portion of the "r" shaped powder hardening bar 132 to determine the quantitative supply port 131 Quantitative discharge, characterized in that configured to prevent the powder powder 10 stored in the inner case 120 to harden by its own weight or viscosity by allowing the powder powder 10 to stir while interlocking Powder case. The method of claim 1, The main rod 136 of the metered discharge device unit 130 is attached to the push button 138, which formed the engaging groove 138a on the outer surface of the arc shape on the upper end and the sliding rod 137 by the link at the bottom When the end of the sliding rod 136 is connected to the sliding groove 135 of the fixed amount supply port 131 so that the main rod 136 is downward through the push button 138, the sliding groove 135 is a sliding rod ( Rotating down the quantitative supply port 131 while rotating downward along the 136 to allow the powder powder 10 to be discharged to the bottom and the cover 124 to enclose the upper portion of the outer case 110 is inserted into the center portion. The storage space communicates with the insertion hole 124a in the horizontal direction of the inside of the cover 124 so that the push button 138 is exposed to the upper portion of the cover 124 through the insertion hole 124a through the 124a. The handle 125a is formed by passing through the guide hole 124b in the upper portion of the storage space 124a. When the clasp 125 attached to the upper surface is accommodated in the storage space 124a, the handle 125a is exposed to the outside through the guide hole 124b so that the clasp 125 is accommodated in the storage space 124a by using the handle 125a. Sliding in) the fixed-capacity powder powder case characterized in that one end of the clamp 125 is configured to be interposed in the locking groove (138a) of the push button 138.