KR200190409Y1 - Powder supplying device - Google Patents

Abstract

The present invention relates to a powder supply device for supplying powder such as powdered milk in a milk powder bottle to a feeding bottle, and more specifically, has a simple configuration for storage, carrying and moving, and accurately weighs an appropriate amount. The present invention relates to a powder supply device which can be safely and correctly supplied by being able to be combined with a milk bottle and a feeding bottle supplied at the time of discharging, thereby preventing overflow during supply.

Its configuration consists of a supply hopper having a discharge port which is combined with the opened upper part of the powdered milk container and discharges the powdered milk or powder to one side of the paper, and the one outer peripheral surface which penetrates the inside to regulate the discharge by moving up and down. The coupling portion and the other side formed with a scale includes an insertion portion coupled to communicate with the discharge port and the feeding bottle, and on the other outer circumferential surface, a guide portion having a guide groove formed to be penetrated perpendicularly to the inner surface, and on the guide portion, A space between the operating tube further provided with a blocking plate having a blocking surface for blocking and opening / closing the discharge of powder by holding and pushing on one side of the catching piece, and a space inside the operating tube which is communicated as the coupling portion moves correspondingly. By adjusting the amount of powder to be adjusted to the proper amount, and the measurement scale that can be measured by the reference scale. Characterized in that it has a measuring stopper of transparent material provided on the side.

Description

Powder supplying device

The present invention relates to a powder supply device for supplying powder such as powdered milk in a milk powder bottle to a feeding bottle, and more specifically, has a simple configuration for storage, carrying and moving, and accurately weighs an appropriate amount. The present invention relates to a powder supply device which can be safely and correctly supplied by being able to be combined with a milk bottle and a feeding bottle supplied at the time of discharging, thereby preventing overflow during supply.

First, a method of discharging a general amount of general milk powder is known by the prior application registration utility model publication (Registration No. 20-0160981: milk powder can stopper easy to adjust the amount of the contents) and will be described as follows.

A handle is formed on the upper surface to be coupled to the coupling hole of the powdered milk can formed with a winding portion on the upper surface, and a seating groove is formed at the lower end of the handle, and a locking jaw is formed below the mounting groove, and a defect is provided below the locking jaw. In the powdered milk can stopper is formed, the stopper is formed at the lower end, the injection hole is formed in the stopper, the pressurization hole is formed on the upper surface of the powdered milk can stopper, the engaging groove is formed inside the pressurized hole, A barrier wall is formed in the middle of the main entrance, and an outlet is formed above the barrier wall, and a sealing part connected to the connection part is formed on an upper surface of the press-in hole of the powdered milk can stopper formed with a partition wall above the outlet, and a block is formed on the outer peripheral surface. It is characterized by combining the press-in in which the group was formed.

And, as described in another patent application (Publication No. 95-9346: powder quantitative supply device) as a device for supplying a fixed amount of powder as follows.

On the outer surface of the upper stopper, which has a threaded portion formed at the lower portion of the powder storage container, the upper end of which is formed integrally with the upper cutoff portion formed therein so that the upper end is fastened to the screwed portion and the upper blocking plate for opening and closing the communication hole is slidable. The guide portion is formed in the inner threaded portion of the lifting ring which is operated by the upper end screwed to the threaded portion formed on the outer surface of the upper stopper so that the lower blocking plate opening the communication hole is slidable so as not to interfere. While fastening the upper surface screw portion of the lower stopper formed integrally formed lower blocking portion, the other side of the upper blocking plate is fixed to the upper side of the opening and closing operation portion and the other side of the lower blocking plate is in accordance with the vertical operation of the lifting ring It is characterized in that the up and down operation in the lifting groove inside the hermetic operation unit The.

Therefore, various powders, powdered milk and the like are contained in an appropriate amount container or the like.

However, the conventional milk powder can stopper that is easy to adjust the amount of the contents has a disadvantage that serves only as a stopper and a spoon and an improved stand to open and close or pour an appropriate amount.

In addition, another conventional powder metering feeder is also trying to improve the amount of powder to be discharged, but this is not only a very complex configuration, but also to fix the disadvantages that can not be stored so as to obtain the effect of a portable or lid sealing, and a certain amount The above is a fine control of the discharge amount, but there is a disadvantage that the discharge can not be discharged within the discharge amount as much as the distance within the operating radius of the upper blocking plate and the lower blocking plate.

In addition, since the upper blocking plate and the lower blocking plate are operated at the same time, there is a big problem that the correct amount of the powder is leaked out due to the gap generated during the operation, which makes it impossible to accurately measure the powder.

In addition, it operates by using the upper and lower blocking plates integrally combined to operate the upper and lower communication holes at the same time, but it is easy to open by opening and closing by bending at a right angle at the communication hole, but closed by folding. In addition to having a considerable problem, there is also a big problem that the upper barrier plate flows open due to the weight of the operating part.

Therefore, an object of the present invention is to serve as an improved stand that is used as a lid for opening and closing of a powdered milk container for storing powdered milk and the like and accurately discharging an appropriate amount.

In addition, it is possible to precisely control the discharge amount as much as the user wants with a simple configuration so as to be portable.

In addition, at the same time to provide a powder supply device to safely and appropriately put an appropriate amount of the feeding bottle to remove the overflow in the peripheral portion to be contained in the feeding bottle.

1 is a combined perspective view showing a state of discharging the appropriate amount of the combination of one embodiment of the present invention.

Figure 2 is an exploded perspective view showing an exploded state of an embodiment of the present invention.

Figure 3 is a cross-sectional view showing a section for measuring the amount desired by the user in the combined state of an embodiment of the present invention.

4A, 4B, 4C, and 4D are cross-sectional views illustrating a process of supplying a powder of an embodiment of the present invention.

5 is a combined perspective view showing a state of discharging the appropriate amount of the combination of another embodiment of the present invention.

Figure 6 is an exploded perspective view showing an exploded state of another embodiment of the present invention.

Figure 7a, Figure 7b is a cross-sectional view showing a process of supplying a powder of another embodiment of the present invention.

Explanation of symbols on the main parts of the drawings

10-Feed Hopper 11-Jam Jaw 12-Outlet

20,20 、 operating tube 21,21 、 insertion 22,22 、 guide

23,23 、 Guide groove 24,24 、 Combination 25,25 、 Reference scale

26 、 Adjusting surface 27 、 -Jumping 30,20 、 Blocking plate

31,31 、-Job 32-Emission 33,33 、 -Block

34-Jam 40,40, Weighing cap 44,44, Weighing control

45,45 、 Weighing scale 50,50 、 Powder feeding device

100-Bottle 110-Cable 200-Feeder

220-entrance

Therefore, the powder supply apparatus according to the most preferred embodiment of the present invention will be described with reference to Fig. 1, Fig. 2, and Fig. 3 as follows.

A supply hopper 10 having a discharge port 12 which is coupled to the opened upper portion of the milk powder container 100 and discharges milk powder or powder to one side of the paper;

One side outer circumferential surface penetrated therein is a coupling portion 24 (24,) which forms a reference scale (25, 25, 25) to control the discharge by up and down movement, and the other side is the discharge port (12) and the feeding bottle. A guide portion 22 having an insertion portion 21 (21, 21) coupled to be in communication with the other, etc., and having guide grooves 23 (23, 23) formed on the other outer circumferential surface to be penetrated at right angles to the inner surface. (22) and the guide section (22) (22) to hold and pull one side of the engaging piece (31) (31) to push and pull the blocking surface (33) (33) A working tube 20 (20) further provided with a barrier plate (30) (30) having a;

The metering control unit 44 is to adjust the amount of powder to be adjusted by adjusting the space inside the working tube 20 (20, 20) that is in communication with the corresponding coupling portion 24 (24, 24) to move. (44) and a transparent measuring stopper (40) (40) having a measuring scale (45, 45, 45) which can be measured by the reference scale (25, 25, 25). It is characterized by having.

Therefore, by the configuration according to the embodiment as described above to accurately weigh a certain amount of powder, such as powdered milk so that it can safely discharge the feeding bottle 200, etc., each of the supply hopper 10 and the operation pipe 20 and The blocking plate 30 will be described in more detail as follows.

At this time, the most preferred embodiment is to use the powdered milk, but other users can use a variety of powders.

First, the supply hopper 10 to supply powder separately to the upper or to combine the opened upper surface of the powdered milk container 100 of the general form as described in more detail as follows.

On one side of the inner surface of which the powdered milk of the supply hopper 10 is supplied, the locking projection 110 formed by rolling on the upper outer end surface of the powdered milk container 100 that is opened is fitted with a locking jaw 11 that can be coupled. It is characterized by further comprising.

In addition, the operation pipe 20 and the blocking plate 30 is to be properly introduced, stored and discharged by an appropriate amount in the inner space and the description thereof is as follows.

The coupling part 24 is provided with a screw part 27 by screw rotation, and the metering control part 44 is provided with a screw part 47 that corresponds to the screw part 27 and is finely adjusted by rotation. It is characterized by.

The blocking plate 30 is inserted into one side of the guide groove 23 is pushed on one side and the side is arranged on one side to be selectively used by pulling and the milk powder is inserted into one side of the blocking surface 33 to block milk powder. Further characterized in that it further comprises a discharge hole 32 that penetrates through the powdered milk flowing through the portion (21).

In addition, the other end portion of the locking piece 31 provided in the blocking plate 30 is characterized in that it further comprises a locking piece 34 that can be disassembled, assembled to facilitate coupling.

In this case, setting the desired discharge amount by the reference scale 25 and the measurement scale 45 will be described with reference to FIG. 3.

First, the reference scale 25 is provided in the coupling portion 24 of the operating tube 20 and is set at one end of the coupling portion 24 in the most preferable configuration, which is located on the circumferential surface of the coupling portion. It can be used without problems even if it is set here.

In particular, the circumferential surface to which the coupling portion 24 and the metering stopper 40 of the working tube 20 are coupled in proportion to the discharge amount to be used can be used in the longitudinal direction.

In addition, the metering scale 45 formed on the outer surface of the metering stopper 40, which is the transparent material, is to be used by alternatively forming a scale for each predetermined amount by a user desired discharge amount.

Therefore, when the measuring stopper 40 having the weighing control unit 44 corresponding to the coupling 24 of the operating pipe 20 is rotated, the measuring stopper 40 moves up and down, It is to adjust the space area of the inner one side of the blocking plate 30 and the metering stopper 40.

And, by using the powder supply device of the present invention to accurately discharge the powder as much as the user wants to be used in detail by the 'Fig. 4a', 'Fig. 4b', 'Fig. 4c' and 'Fig. 4d' The explanation is as follows.

First, FIG. 4A shows that powdered milk and the like supplied from the powdered milk container 100 pulls the blocking plate 30 provided at one discharge port 12 of the supply hopper 10 to prevent the powdered milk and the like from being discharged. It shows the state, and it is easy to store, carry and move in this state.

And, Figure 4b is rotated up and down the metering stopper 40 to adjust the discharge amount desired by the user and then push the blocking plate 30 to one side discharge hole 32 provided on one side of the operation pipe ( It is to be penetrated with the inside of 20) accordingly to show the process that the powdered milk in the upper side is introduced into the operating tube (20).

And, Figure 4c is pulled back to the blocking plate 30 in order to prevent the flow of the powder introduced into the operating tube 20, so that the blocking surface 33 is placed to block the outflow of the powder The powder supply device 50 coupled with the powdered milk container 100 is erected to separate the insertion part 21 of the operation pipe 20 from the discharge port 12.

4D is then inserted into the insertion portion 21 separated from the discharge port 12 to the inner surface of the inlet portion 220 of the feeding bottle 200 of a generally known standard, and again, the blocking plate 30 By pushing), the user is to safely put the appropriate amount of powdered milk, etc. as desired by the feeding bottle (200).

In addition, the operation pipe 20 and the metering stopper 40 of the present invention can be used in other embodiments including the technical idea and will be described with reference to FIG. 5 and FIG. 6.

The engaging portion (24,) is a control surface (26,) having a surface to be freely moved up and down on the circumferential surface, and one side circumferentially engaging the locking step formed of the stepped to control the discharge amount by inserting in multiple stages ( 27 、),

The circumference of one side of the inside of the measuring stopper (40, 44) of the measuring stopper (40,) is moved up and down to the adjusting surface (26,), which can be rotated and coupled to one side of the locking jaw (27,) A jaw 47 is further provided.

Therefore, the process of adjusting the discharge amount using the operation pipe 20, and the measuring stopper 40, according to another embodiment of the present invention will be described with reference to Figs. 7a and 7b.

First, the fitting jaw 47 provided on one side of the inner side of the metering control part 44 is conveyed up and down so as to correspond to the adjusting surface 26 of the operating pipe 20.

At this time, the measuring stopper 45, which is marked with the amount to be discharged is matched with the reference scale 25, of the operating tube 20, and then the horizontal stopper 40 is rotated horizontally. It is good to combine with the locking step (27,) formed at a position matching with (、).

Then, as the locking piece 34 is pulled, the blocking surface 33 opens the inside of the operation pipe 20 to discharge powdered milk or the like into the inside.

If described in more detail the operation according to the embodiment of the present invention and another embodiment as follows.

First of all, the present invention is intended to be portable, storage and mobile as a simple configuration.

At this time, the supply hopper 10, the operation pipe (20) (20, 20) and the measuring stopper (40, 40, 40) is formed integrally with the locking projection of the milk powder container (100) in the state of opening the milk powder container ( Combining the locking jaw 11 of the supply hopper 10 to the 110 can be used as a substitute for the lid as well as to move anywhere to easily and accurately supply the desired amount of the feeding bottle 200 and the like.

In addition, the guide pieces of the operation pipes (20, 20,) are easily pushed or pulled when the engaging pieces (34, 34,) provided on one side and both ends of the blocking plate (30) (30,). (22) (22 、) to prevent falling.

Further, the guide parts 22 and 22 having the guide grooves 23 and 23 are formed at right angles inside the operating pipes 20 and 20 through which the blocking plate 30 is formed. The discharge plate 32 (32) and the blocking surface (33) (33,) of the 30,) and the blocking surface (33) (33, etc.) acts to be made selectively, at the same time, the other than the blocking plate 30 (30,) for pushing and pulling It is to prevent the powder inside the flow out to the guide grooves (23, 23, etc.) to correspond to the side.

And, the measuring stopper 40 (40, 40) is made of a transparent material to act to allow the user to visually check the reference scale (25, 25, 25) to be adjusted up and down by screwing inside.

There is an effect that solves the shortcomings that only serve as a stopper and a spoon or a conventional improvement,

And, to solve the complexity of another conventional configuration there is an effect that is easy to store, carry and move.

In addition to the effect that the user can finely and precisely supply the feeding bottle to the desired amount, and to put in the feeding bottle, etc., there is an effect to safely and accurately contain the appropriate amount of the feeding bottle to remove the overflow.

Claims (6)

A supply hopper 10 having a discharge port 12 which is coupled to the opened upper portion of the milk powder container 100 and discharges milk powder or powder to one side of the paper; One side outer circumferential surface penetrated therein is a coupling portion 24 (24,) which forms a reference scale (25, 25, 25) to control the discharge by up and down movement, and the other side is the discharge port (12) and the feeding bottle. A guide portion 22 having an insertion portion 21 (21, 21) coupled to be in communication with the other, etc., and having guide grooves 23 (23, 23) formed on the other outer circumferential surface to be penetrated at right angles to the inner surface. (22) and the guide section (22) (22) to hold and pull one side of the engaging piece (31) (31) to push and pull the blocking surface (33) (33) A working tube 20 (20) further provided with a barrier plate (30) (30) having a; The metering control unit 44 is to adjust the amount of powder to be adjusted by adjusting the space inside the working tube 20 (20, 20) that is in communication with the corresponding coupling portion 24 (24, 24) to move. (44) and a transparent measuring stopper (40) (40) having a measuring scale (45, 45, 45) which can be measured by the reference scale (25, 25, 25). Powder supply apparatus, characterized in that having. The method of claim 1, On one side of the inner surface of which the powdered milk of the supply hopper 10 is supplied, the locking projection 110 formed by rolling on the upper outer end surface of the opened powdered milk container 100 is fitted with a locking step 11 which can be coupled. Powder supply device, characterized in that further provided. The method of claim 1, The coupling part 24 is provided with a screw part 27 by screw rotation, and the metering control part 44 is provided with a screw part 47 that corresponds to the screw part 27 and is finely adjusted by rotation. Powder supply apparatus, characterized in that. The method of claim 1, The blocking plate 30 is inserted into one side of the guide groove 23 is pushed on one side and the side is arranged on one side to be selectively used by pulling and the milk powder is inserted into one side of the blocking surface 33 to block milk powder. Powder supply device characterized in that it further comprises a discharge hole 32 that penetrates through the powdered milk flowing through the portion (21). The method of claim 1, The other end portion of the locking piece (31) provided in the blocking plate (30) is powder supply device, characterized in that it further comprises a locking piece 34 that can be disassembled, assembled to facilitate coupling. The method of claim 1, The engaging portion (24,) is a control surface (26,) having a surface to be freely moved up and down on the circumferential surface, and one side circumferentially engaging the locking step formed of the stepped to control the discharge amount by inserting in multiple stages ( 27 、), The circumference of one side of the inside of the measuring stopper (40, 44) of the measuring stopper (40,) is moved up and down to the adjusting surface (26,), which can be rotated and coupled to one side of the locking jaw (27,) Powder supply device characterized in that it further comprises a jaw (47,).