KR20160002178U - Weighing Dispenser - Google Patents

Abstract

The present invention relates to a dispenser, and is a dispenser that is variablely used depending on a user, usage method, and use environment.
The derivation of this idea has progressed from the life style of the so-called industrial economy era to the information economy-oriented knowledge economy era with the development of IT technology. In the age of knowledge economy, it has begun to evolve into a creative economy era centered on creative knowledge and ideas.
I have been through these developments, but the first thing people do in the morning when they are living in a way of life in any age is 'washing' for cleanliness. In the course of these basic behaviors, it is an uncomfortable experience in people's actions, and the use of dispensers in the shower is one of them. Most women who have long hair have a number of behaviors when using hair products such as shampoo or conditioner. With the advancement of industry and technology, dispensers now fulfill a very convenient role, but I felt that these dispensers should address the lack of 'convenience' in terms of 'service'.
In order to solve the problem that is found, the dispenser which provides the necessary capacity of several users is further subdivided to provide the necessary capacity.
Such a dispensable dispenser uses a simple principle that a part of the discharge port is slightly pressed out and a lot of the discharge port is pressed a lot, in such a manner that the discharge port part is rotated according to the capacity set by the user.
Disadvantages of current dispensers are discomfort for the majority of users and discomfort for young, infants and the elderly. In order to compensate for these disadvantages, the present invention is designed to allow a user to set a capacity in a body of a dispenser, thereby preventing waste of resources due to macroscopic effect and preventing environmental pollution by preventing waste of resources. In addition, when we look microscopically, accurate metering increases the awareness of the capacity that the user needs and simplifies the behavior by reducing the user's behavior pattern that needs to be two times.

Description

Weighing Dispenser [0002]

The present invention relates to a dispenser and a pump container, and more particularly, to a dispenser for variable use according to a user, a use method, and a use environment. It is a dispenser which can be applied to various fields and can be used for general weighing.

A commonly used dispenser is a liquid dispenser, which is a metering device that distributes and provides a certain amount of liquid, which is important for cleanliness and should be easy to store.

A common dispenser is one that discharges and distributes the capacity that a user, such as a company that releases a product, a manufacturer company, etc.,

In the rotating joint coupled with the container, the height and the user's usage pattern are investigated, and the required capacity is divided to make a difference. That is, it is a dispenser that can be varied according to the user's use environment by differentiating the height of the discharge port and the rotational coupling portion.

From the way of life in the so-called industrial economic era, the development of IT technology has led to the era of knowledge economy focusing on information efficiency. In the age of knowledge economy, it has begun to evolve into a creative economy era centered on creative knowledge and ideas. These changes have brought about many changes such as economic dynamics, central industries, and core values. The economic dynamism of the industrial economy is labor and natural resources, knowledge economy is information and knowledge, but creativity is imagination and creativity. The core industries of the industrial economy are heavy chemical industries such as automobiles and steel. In the knowledge economy, they are semiconductors and information communication. In the creative economy, they are the creative industries such as culture, arts and services. In the case of core values, the industrial economy emphasizes the abundance of materials, the knowledge economy as the abundance of knowledge, and the creative economy as the quality of life.

The first thing that happens in the morning when you are living this life is the 'washing' for cleanliness. In the course of these basic behaviors, it is an uncomfortable experience in people's actions, and the use of dispensers in the shower is one of them. Most women who have long hair have a number of behaviors when using hair products such as shampoo or conditioner. With the development of industry and technology, dispensers now fulfill a very convenient role, but such dispensers must solve the lack of 'convenience' in terms of 'service'.

A simple way to solve the problem we have found is to make a dispenser with a lot of capacity for long hair users. When introducing these ideas, the user's behavior is simplified, thereby satisfying the above-mentioned inconvenience. However, since there is a disadvantage that the dispenser for only long hair users is limited, it develops into a dispenser in which a plurality of users provide a necessary capacity, and does not think only in terms of limited users, but further subdivides the user to provide necessary capacity.

Such a dispensable dispenser uses a simple principle that the dispensing port and the punch portion are slightly pressed out and the dispensing port and the punch portion are pressed a lot of times, in such a manner that the dispensing portion is rotated according to the capacity set by the user.

Disadvantages of current dispensers are discomfort for the majority of users and discomfort for young, infants and the elderly. In order to compensate for these disadvantages, the present invention is designed to allow a user to set a capacity in a body of a dispenser, thereby preventing waste of resources due to macroscopic effect and preventing environmental pollution by preventing waste of resources. In addition, when we look microscopically, accurate metering increases the awareness of the capacity that the user needs and simplifies the behavior by reducing the user's behavior pattern that needs to be two times.

1 is a top view showing a dispenser capable of metering,
2 is a front view showing the dispenser capable of metering
Fig. 3 is a left side view showing the dispenser capable of metering,
Fig. 4 is a right side view showing the dispenser capable of metering,
Fig. 5 is a rear view showing the dispenser capable of metering,
6 is a bottom view showing the dispenser capable of metering,
7 is a bottom view showing the pumping head 200 excluding the discharge amount adjusting part 400 among dispensable dispensers according to the present invention.
8 is a top perspective view of a dispenser capable of metering,
9 is a bottom perspective view showing the dispenser capable of metering,
FIG. 10 is a schematic view showing a state in which when the upper end surface 410 of the discharge amount adjusting portion of the dispenser capable of metering and the flow intercepting stopper 210 are in contact with each other, Drawing 1
11 is a graph showing the relationship between the amount of discharge during the position change according to the elevation level and the amount of discharge during the change in height when the discharge control part has only three numbers when the upper end surface 410 of the discharge amount control part of the dispenser capable of metering meets the flow interruption stopper 210 This intermediate figure 2
FIG. 12 is a schematic view showing a state in which when the upper end surface 410 of the discharge amount adjusting portion of the dispenser capable of metering is in contact with the flow interruption stopper 210, when the discharge amount adjusting portion has only three numbers, Drawing 3 with low output

In order to accomplish this object, there is provided a pumping head for supplying air pressure for sucking and moving air by suction, a hose for sucking and moving the fluid by air pressure, a discharge port for discharging the moved fluid, It is possible to use it in any user and use environment if the size of the rotating portion in the discharge amount adjusting portion and the rotating portion of the container are the same.

1. Toilets

There are several toiletries such as shampoo, rinse, trimming and body washes in the bathroom. The following is an example of applying the idea to bathroom appliances. For example, in the case of shampoo or conditioner, most female users with long hair are pumped several times. In contrast, most male users with short hair are often left with a single pumping capacity.

When applying this idea, users of short hair use a small amount of capacity by using the nozzle of the dispenser by rotating the nozzle of the dispenser toward a small capacity, and when a user with a long hair uses a nozzle of the dispenser by rotating the nozzle of the dispenser, Capacity will be available. In the case of such an idea, a user with a long hair would be able to use the product in a single action without having to pumping and acting several times, thereby simplifying the behavior. In the case of a short hair user, And has a good impact on environmental protection.

In the case of current dispensers, the basic capacity of the subsidiary company is determined according to the average standard and the usage amount of the general user, but it is an average usage, so the majority of users feel inconvenience. This idea, which can alleviate this inconvenience, will reach users with a new service design.

2. Kitchen

Kitchen utensils include several cookware, various foods such as seasonings, spices, liquid foods, and foodstuffs to aid meals. The following is an example of applying this idea to these foods. For example, for dishes that require precise weighing, use T / t as a measure of the mL of the dose, the measuring spoon. In order to meet these capacity standards, other weighing instruments will be needed and you will need to purchase beakers, weighing spoons, and scales for weighing. In addition, to take advantage of these metering tools, a variety of behaviors are required to match the food items to the weighing tools. For a restaurant that needs a lot of food, it takes a lot of action and requires a lot of dishes, which leads directly to waste of resources. If you combine this idea with these kitchen utensils, you do not need a lot of weighing devices, you do not have to take many actions to quantify the exact capacity, and you get more awareness of the capacity. In addition, the product can be divided into household and large capacity and can be applied according to the usage pattern of the food which should be used in a professional industry or a large amount.

3. Laundry

Most households have detergents and fabric softeners to help them wash their laundry as a necessity for using a washing machine. Currently, there is a new idea product, such as paper soap, which comes out with a process like thin paper, but it has a disadvantage that it is more expensive than general products. However, if you combine this idea, you can easily use it from the viewpoint of the user because of the combination of commonly used container type dispenser.

Currently, there is a plastic spoon which is generally used to match the capacity of the detergent and fabric softener that varies depending on the amount of laundry, but it is difficult to accurately weigh the exact amount due to the sensation rather than the size. Also, in the case of products in the form of powder, the product often spills on the floor due to the carelessness of the user. In the case of a product in the form of liquid, it is difficult to accurately weigh the product. There are many disadvantages in terms of resource waste and environmental protection. When this idea is combined with these laundry products, it is possible to divide the amount of laundry such as a small amount of laundry, a large amount of laundry, and a middle amount of laundry to give a quick visibility to the user, . In addition, unlike detergents and fabric softeners that come in the form of paper soaps, they are inexpensive, and people are generally accustomed to the design of containers for dispensers, so there will be no disparity in use.

4. Drugs

Drugs include quasi-drugs commonly used, medical drugs used in hospitals, and industrial drugs. These medicines are very dangerous for use by non-specialists, and the risk is increased if they are used by young, infants, the elderly, and the elderly.

The following are cases where this idea is combined with drugs that should be handled more carefully than other products. In case of quasi-drugs, it is very dangerous to take. In order to reduce the risk, it is necessary to divide the dose to be taken by infants and young children and the dose to be taken by adults. And when it is pumped once only for quasi-drugs, it is made to be locked at the bottom to prevent taking and drinking of infants and young children. In addition, when applied to medicines for medical purposes, it is possible to prevent medical accidents by using accurate drugs with a high awareness of the dose for a patient who has an urgent need. Finally, it is applied to industrial chemicals. There are many products that do not touch skin. If this idea is applied to industrial chemicals that use chemicals harmful to human body, it is not necessary to take many actions in the first place when used in industries that require precise weighing such as product production line or quality inspection line, The risk of accidental overflowing, frying, and running of drugs in the behavior is reduced.

5. Others

Other products that can be applied to ideas include cosmetics and housewares.

In the case of cosmetics, facial use is not a necessity because of its general usage, but in the case of body products, it is cumbersome to pumped several times or hand it off manually. In order to solve this inconvenience, the product should be directly contacted with the skin when applying this idea. Therefore, it is the first place to keep the product in storage and use. When applying this idea dispenser structure to the product that is used directly, Since there is no damage, the problem of cleanliness is solved, and the user is provided with convenience by dividing the small capacity, the large capacity and the medium capacity.

Next, it is a household item. There are many products that can not use the product or change its quality if the air exposure is long. Typically, this is paints. Watercolor paints are relatively unchanged in quality, but such paints such as oil paints, poster paints, acrylic paints, and gouache can be individually opened according to the color of the paint to be used, and the contents may be squeezed or squeezed according to the usage amount of the user, . In the case of a product that needs to be removed using a knife during this flow of action, it is necessary to continuously clean the knife when using various colors, and if the product is in use, repeat the above action again. The flow of such behavior increases as the number of colors increases and the number of repetitions increases. In the case of a product that hardens rapidly when a large amount of solution is used, it is necessary to repeat the above actions continuously without much relief. If you combine this idea dispenser with a household item that requires repetition of such action, it will solve the problem by dividing the capacity such as 5mL, 15mL, 30mL solution and pressing the dispenser according to the usage amount of the user. It is advantageous to prevent the deterioration of.

100: Hose
200: pumping head
210: Flow blocking stopper
220: pumping head insertion space
300: outlet
400:
410: Top surface of the emission control section
420: Through hole of hose
430: emission adjustment insertion portion
440:
450: container insertion portion rotation fixing portion

Claims (9)

A dispenser for discharging the fluid to the outside of the container by a pumping effect, the dispenser being coupled to a cap of a container,
A hose 100 inserted into the storage container and sucking and moving the fluid by air pressure;
A pneumatic head (200) coupled to an end of the hose to provide air pressure for sucking and moving the fluid;
A discharge port 300 formed in the pumping head 200 to discharge the fluid sucked into the hose 100; And
A discharge amount control unit 400 for controlling the amount of the fluid discharged through the discharge port 300;
And a dispenser for dispensing the dispenser.
The method according to claim 1,
The emission control unit 400
A pumping head (200) formed between the pumping head (200)
Wherein a stopper (210) is formed on a lower surface of the punching head (200) to contact the upper surface (410) of the discharge amount control part (400) to block the pumping head (200) from flowing downward.
3. The method of claim 2,
Wherein the top surface (410) of the discharge amount adjusting part (400) is formed at a different level.
The method of claim 3,
Wherein the number of different levels of the top surface (410) of the emission control section (40) can have two or more numbers based on the user,
The method of claim 3,
And a through hole (420) through which the hose (100) passes is formed in the discharge amount control part (400).
6. The method of claim 5,
Wherein the pumping head (200) is rotatable with respect to the discharge amount regulating part (400) while being coupled with the hose (100).
5. The method according to any one of claims 3 to 4,
An insertion portion 430 is formed at an upper portion of the discharge amount control portion 400 to be inserted into an insertion space formed at a lower portion of the pumping head 200,
The diameter of the pumping head 200 is larger than the diameter of the insertion portion 430.
Wherein the stopper (210) extends to a lower end of the punching head (200) in a part of the insertion space.
8. The method of claim 7,
And the height of the pumping head insertion space (220) is longer than the height of the discharge amount control insertion portion (430).
Wherein a container can be coupled with any container if the size of the container inserting portion (440) and the container inserting portion rotation fixing portion (450) and the container inserting portion of the other container and the rotation fixing portion have the same size.

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