WO2016088934A1 - 내부에 압력이 충진된 스프레이 - Google Patents

내부에 압력이 충진된 스프레이 Download PDF

Info

Publication number
WO2016088934A1
WO2016088934A1 PCT/KR2014/013002 KR2014013002W WO2016088934A1 WO 2016088934 A1 WO2016088934 A1 WO 2016088934A1 KR 2014013002 W KR2014013002 W KR 2014013002W WO 2016088934 A1 WO2016088934 A1 WO 2016088934A1
Authority
WO
WIPO (PCT)
Prior art keywords
spray
pressure
tube
dispenser
contents
Prior art date
Application number
PCT/KR2014/013002
Other languages
English (en)
French (fr)
Inventor
왕정순
Original Assignee
왕정순
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 왕정순 filed Critical 왕정순
Publication of WO2016088934A1 publication Critical patent/WO2016088934A1/ko

Links

Classifications

    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B05—SPRAYING OR ATOMISING IN GENERAL; APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
    • B05B—SPRAYING APPARATUS; ATOMISING APPARATUS; NOZZLES
    • B05B9/00—Spraying apparatus for discharge of liquids or other fluent material, without essentially mixing with gas or vapour
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B05—SPRAYING OR ATOMISING IN GENERAL; APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
    • B05B—SPRAYING APPARATUS; ATOMISING APPARATUS; NOZZLES
    • B05B11/00—Single-unit hand-held apparatus in which flow of contents is produced by the muscular force of the operator at the moment of use
    • B05B11/01—Single-unit hand-held apparatus in which flow of contents is produced by the muscular force of the operator at the moment of use characterised by the means producing the flow
    • B05B11/06—Gas or vapour producing the flow, e.g. from a compressible bulb or air pump

Definitions

  • the present invention is directed to sprays, and more specifically to the housing of sprays, which allows pressure to be pre-inflated inside the seal and contents so that the contents can be discharged by the pre-stacked pressure, and the discharge of these contents is accelerated.
  • the purpose is to provide a spray with a layered pressure inside that provides a means to facilitate the discharge of the contents.
  • Sprays are generally used for liquids and fluids in sealed housings.
  • a device for dispensing a certain amount of contents (hereinafter, referred to as contents) is used as a whole, and a device for discharging the contents in the sealed housing of the spray in an appropriate density and quantity is called a dispenser.
  • the dispensing shape of the dispenser arises from the fact that it does not elevate the inside of the spray housing at high pressures because it does not raise the seal, does not guarantee the sealing inside the housing, and there is a limit on the pressure level generated by the dispenser.
  • Various developments have been made, and methods other than the above-described general dispensers have been developed that apply pressure in other ways to discharge the contents inside the spray housing.
  • Patent No. 10-0437957 discloses an overpressure safety device for an aerosol container, and a patent for a single device is a device for preventing the internal pressure of the aerosol container from rising above a certain pressure. And configuration and operation method are completely different.
  • Patent No. 10-1200186 discloses a nozzle head lowering type in which the contents are discharged quantitatively.
  • a vacuum sealed pump dispenser container is disclosed, and the above-mentioned registered patent improves the sealing force of the contents, facilitates the opening and closing operation by improving the structure of the first valve, and improves the suction and compression of the contents, thereby quantitatively discharging the contents by the smooth operation of the pumping action.
  • the concept, configuration, and operation of the present invention are completely different from each other.
  • the present applicant through the application model 20-0383512, the We have disclosed a dispenser that can eject the filled contents smoothly due to the action of the inner container's self-contraction and air pressure.However, the registered utility model of the applicant also differs in its concept, composition, and operation from the present invention.
  • the present invention solves the problems of the prior art as described above, and provides pressure in the housing of the spray in advance so that the contents of the housing can be discharged by the layered pressure. It is an object to provide a pressure-filled spray therein that facilitates the ejection of the contents by providing an acceleration means to compensate for the pressure in the housing which weakens with ejection.
  • the contents are filled , and the spraying device transfers the contents inside the spray housing through the 'tube tube connected with the dispensing tube and the singer dispenser tube.
  • the pressure gas is deposited inside the spray housing to increase the internal pressure. Its purpose is to provide a spray that generates.
  • the pressure gas in the above uses any one of nitrogen gas, oxygen gas, and air components in the atmosphere.
  • the internal pressure is 5 bar or more and 13 bar or less.
  • the internal pressure is in the range of 5 to 1 1 bar.
  • the internal pressure is within the range of 5.5 to 1 1.5 bar.
  • the internal pressure is in the range of 7 to 13 bar.
  • an accelerator may be additionally installed.
  • the dispenser tube is the lower end of the dispenser tube connected to the tube tube
  • the accelerator tube is divided into an upper portion of a dispenser tube formed wider than a lower portion of a dispenser tube, and the accelerator includes an inserting portion inserted into the lower portion of the dispenser tube, Aircraft consisting of a head having a diameter wider than the bottom of the dispenser tube, consisting of an accelerator body and an acceleration screw thread formed spirally on the side of the sink-insert insert.
  • It can be formed in the form of a funnel tilted in a direction.
  • the insertion portion and the acceleration screw thread may be integrally formed inside the dispenser tube.
  • the dispenser tube connected to the tube tube may be formed in a wound shape more than once.
  • 1 and 2 are structural diagrams of sprays filled with the pressure of the present invention.
  • 3 and 4 are structural diagrams of the accelerator.
  • 1 and 2 show the structure of the spray 100 layered on the pressure of the present invention.
  • the pressure sprayer 100 of the present invention is applied to a sealed spray housing (H) mounted with a dispenser (D) at the top, and the spray (100) (L) is layered, and the contents (L) are connected to the dispenser (D) via a tube tube (T), and the contents (L) is opened according to the opening of the dispenser (D). Can be discharged externally.
  • the internal pressure 1 10 should be determined according to the volume percentage of the content L contained in the spray housing H relative to the total volume contained therein, which is the capacity of the content L. If the volume percentage is high, the pressure drop due to the constant discharge of the contents of the machine (L) must be taken into account, so that the initial pressure must be filled with higher pressure during stratification . This is because the discharge pressure can be maintained even in the event of a subsequent pressure drop.
  • the internal pressure (10) for the volume percentage of the contents (L) may be as shown in Table 1 below.
  • the pressures in Table 1 below are the contents contained within the spray housing (H).
  • (L) Indicates minimum and maximum pressures that allow the whole to be discharged easily.
  • the internal pressure U0 it is preferable to adjust the internal pressure U0 according to the discharge strength and the discharge form of the contents L, and also the spray housing (H) evacuation volume percentage and the discharge strength of the contents L, the discharge form. Regardless of the like, the internal pressure 110 should be at least 5 bar for the smooth discharge of the contents L.
  • the method of layering the pressure gas providing the internal pressure (1 10) may use a conventional method, for example, open to provide pressure to the side or top surface of the spray housing (H). To form a closed hole, layer the pressure gas to form an internal pressure (iio) -l-, and then seal the hole.
  • the pressure gas is layered to provide an internal pressure (10) to the singer-spray spraying housing (H), and then the dispenser ( D) may be used as a sealing method, but preferably, the internal pressure 110 is provided by layering pressure gas through a single-tube tube T to provide the internal pressure 110. It is advisable to use a method that is easy for production by conventional technicians.
  • the spray 100 having the internal pressure 110 filled therein and having a pressure layer therein is inevitably reduced in pressure due to its structure (L). Because of the outflow, the empty space of the spray housing (H) gradually expands, so that the density of the gaseous components that provide the internal pressure (1 10) decreases. Thus, the outflow of the contents (L) causes the internal pressure ( Even if 1 10) is reduced, it is preferable that an acceleration means for easily discharging the contents L remaining in the spray housing H is added.
  • FIGS. 3 and 4 are structural diagrams of an acceleration device 200 as a first example of the acceleration means described above.
  • the configuration and operation method of the accelerator 200 will be described with reference to FIGS. 3 and 4.
  • the acceleration jig-chi (200) is shown in Figure 3 is composed of the bar-length, the accelerator body 210 and one or more acceleration screw thread 220, and is installed in the tube tube (T) It is installed in the dispenser tube (DT) which is one of the components of the dispenser (D).
  • the acceleration accelerator body 210 is divided into a head 21 1 and an elongated cylindrical insert 212, and the acceleration screw thread 212 is formed on the side of the cylindrical insert 212.
  • the head 211 is formed wider than the diameter of the acceleration screw thread 212, and the contents (L) ying-. 7 ⁇
  • One or more grooves (213) are formed to facilitate the passage of the head (21 1).
  • dispenser tube (D-T) is an acceleration device 200 is configured as described above
  • the insertion portion 212 and the acceleration screw thread 220 of the acceleration device 200 is formed wider than the diameter of the head 211 is formed wider than the diameter of the insertion portion 212 and the acceleration screw thread (220)
  • the lower end of the dispenser tube (D-T1) having a diameter formed so that it can be easily inserted, and the upper end of the dispenser tube (D-) formed wider than the diameter of the lower end of the tube (T1) and the head (21 1). T2).
  • the insertion portion 21 in which the acceleration screw thread 220 is formed is inserted into the lower end of the dispenser tube T1 as shown in Fig. 3 so as not to move. Complete by mounting.
  • the internal pressure 110 causes the contents L to follow the dispenser tube DT in the direction of the arrow as described above.
  • the contents of the sinking machine L are struck at the lower ends of the insertion portion 212 and the acceleration screw thread 220 of the acceleration device 200.
  • the abnormal phase is increased while rotating through the acceleration screw thread 220.
  • the action of the centrifugal force may be accelerated. Therefore, the above
  • the head (211) of the accelerator 200 can discharge the contents (L).
  • the contents L move through the grooves 213 to the upper end of the dispenser tube (D-T2).
  • the acceleration device 200 may be accelerated by installing the accelerator 200 in the dispenser ring DT, but the shape itself of the dispenser pipe DT may be changed. It is also possible to accelerate the contents L.
  • Figs. 5, 6 and 7 show an example of the modified form of the dispenser tube DT described above.
  • FIG. 5 illustrates a form in which the acceleration device 200 described in the airway 3 is integrally formed with the dispenser tube DT, and FIG. 7 illustrates a form in which the dispenser tube itself is wound at least once.
  • the acceleration type of the dispenser tube DT shown in FIGS. 6 and 7 is the same as that of the acceleration device 200 shown in FIG. 3 to omit the description.

Landscapes

  • Containers And Packaging Bodies Having A Special Means To Remove Contents (AREA)
  • Nozzles (AREA)

Abstract

스프레이의 하우징으로써 내용물과 함께 밀봉한 내부에 압력을 미리 충진하여 내용물이 미리 충진된 압력에 의해 토출될 수 있도록 하고, 이러한 내용물의 토출을 가속시킬 수 있는 수단을 제공하여 보다 용이하게 내용물을 토출할 수 있도록 하는, 내부에 압력이 충진되어 있는 스프레이를 개시한다. 본 발명은 스프레이의 하우징에 내부 내용물의 체적에 따라 조정된 압력을 제공하도록 하고, 가속수단 및 변형된 디스펜서관 구조를 제공하여 내용물 토출 강도를 높일 수 있다.

Description

명세서
발명의 명칭:내부에 압력이충진된스프레이 기술분야
[1] 본발명은스프레이에관한것으로，보다상세하게는스프레이의하우징으로써 내용물과함께밀봉한내부에압력을미리층진하여내용물이미리층진된 압력에의해토출될수있도록하고,이러한내용물의토출을가속시킬수있는 수단을제공하여보다용이하게내용물을토출할수있도록하는,내부에압력이 층진되어있는스프레이를제공하는데그목적이 있디-.
배경기술
[2] 일반적으로스프레이 (Spray)는밀폐된하우징내부의약액,유체등의
내용물 (이하내용물)을일정량분출시켜사용하는장치 일체를통칭하며，상기 스프레이의밀폐된하우징내부의내용물을적절한밀도와양으로토출시키는 장치를디스펜서 (Dispenser)라한다.
[3] 상기와같은디스펜서의형태는다양한종류와방법이개발되어 있으나, 일반적인디스펜서및이를이용한스프레이의동작방식은,디스펜서가내부의 용수철등의작용으로인하여압력올생성하고,이로인하여스프레이하우징 내부의내용물을상기디스펜서가발생시키는압력에의해토출시키는 방식이디-.
[4] 상기와같은방식은,싱-기디스펜서의형태를복잡하게히-여비용을
상승시키고,또한하우징내부의밀봉을보장하지못하며또한상기디스펜서가 발생시키는압력수준에한계가있기때문에,고압력으로상기스프레이하우징 내부의내용물을토출시키지못한다는단점이발생하기에,상기디스펜서의 형태가다양하게개발되어왔고,또한상기한일반적인디스펜서가아닌,다른 방식으로압력을가하여상기스프레이하우징내부의내용물을토출시키는 방법이개발되어왔다.
[5] 우선등록특허 10-0437957호는에어로졸용기의과압안전장치를개시하고 있는데,싱 -기의둥록특허는에어로졸용기의내압이일정압력이상으로 높아지는것을방지하기위한장치로서본발명과는그사상및구성，동작방식 모두완전히상이하다.
[6] 또한등록특허 10-1200186호는내용물이정량토출되는노즐헤드하강형
진공밀폐펌프디스펜서용기를개시하고있는데,상기의등록특허는내용물의 밀폐력을높이고퍼스트밸브의구조개선으로개폐동작을원활하게하며 내용물의흡입및압축력을향상시켜펌핑작용의원활한동작으로내용물을 정량토출이이루어지도록하는기술로서,본발명과는그사상및구성,동작 방식모두완전하상이하다.
[7] 한편,본출원인은동록실용신안 20-0383512호를통하여,공기압또는 내부용기의자체수축력과공기압의작용으로인하여충진된내용물을 원활하게분출시킬수있는디스펜서에대해개시하고있다-.하지만본출원인의 등록실용신안역시본발명과는그사상및구성,동작방식모두상이한
기술이다.
발명의상세한설명
기술적과제
[8] 본발명은상기와같은종래기술의문제점을해결히 -여,스프레이의하우징 내부에압력을미리층진시켜제공하여，층진된압력에의하여상기하우징 내부의내용물을토출시킬수있도록하고,내용물의토출에따라약해지는 하우징내부의압력을보충할수있는가속수단을제공함으로서내용물의 토출을용이하게할수있도록하는,내부에압력을충진하는스프레이를 제공하는데그목적이있다.
과제해결수단
[9] 본발명은상기와같은본발명의목적을달성하기위하여，
[10] 디스펜서와스프레이하우징이결합되고,상기스프레이하우징내부에는
내용물이충진되고,싱-기디스펜서가디스펜서관과싱ᅵ기디스펜서관과연결된 ' 튜브관을통하여스프레이하우징내부의내용물을이송시키는스프레이에 있어서，상기스프레이하우징의내부에압력가스를층진하여내부압력을 발생시키는스프레이를제공하는데그목적이있다..
[Π] 상기에서의압력가스는질소가스,산소가스,대기중의공기성분중어느 하나를사용한다.
[12] 상기에서,내부압력은 5bar이상 13bar이하로한다.
[13] 상기에서，스프레이하우징전체내부체적에대비하여수용되는내용물의 체적이 30-35%일때,상기내부압력은 5~ 1 1 bar범위내로한다.
[14] 상기에서，스프레이하우징전체내부체적에대비하여수용되는내용물의 체적이 35~40%일때，상기내부압력은 5.5~1 1.5bar범위내로한다.
[15] 상기에서,스프레이하우징전체내부체적에대비하여수용되는내용물의 체적이 40~50%일때，상기내부압력은 6~ 12bar범위내로한디-.
[16] 상기에서，스프레이하우징전체내부체적에대비하여수용되는내용물의 체적이 50~60<¾일때，상기내부압력은 6.5~12.5bar범위내로한다.
[17] 상기에서,스프레이하우징전체내부체적에대비하여수용되는내용물의 체적이 60%이상일때,상기내부압력은 7~13bar범위내로한다.
[ 18] 상기에서,디스펜서의튜브관과연결되는디스펜서관에는，가속장치가추가로 설치될수있다.
[ 19] 상기에서，디스펜서관은튜브관과연결되는디스펜서관하단과，상기
디스펜서관하단보다넓게형성되는디스펜서관상단으로구분되고，상기 가속장치는상기디스펜서관하단에삽입되는삽입부와，상기 디스펜서관하단보다지름이 넓게형성되는헤드로구성되는기—속장치몸체와, 싱-기삽입부의측면상에나선형으로형성되는가속나사산으로구성된디-.
[20] 상기에서，헤드에는하나이상의홈을형성하는것이바람직하다.
[21] 상기에서,류브관과연결되는디스펜서관의단부는,내용물이이송되는
방향으로기울어진깔대기형태로형성될수있다.
[22] 상기에서의류브관과연결되는디스펜서관에는,상기삽입부와가속나사산이 상기디스펜서관내부에일체형으로형성될수도있다.
[23] 상기에서의튜브관과연결되는디스펜서관은한번이상감겨진형태로형성될 수도있다.
발명의효과
[24] 본발명에의하면，간단한구성으로도스프레이의하우징내부의내용물을 토출시킬수있으므로경제성이뛰어나며또한내용물의토출압력또한높은 수준으로달성할수있다는장점이 있다.
도면의간단한설명
[25] 도 1및도 2는본발명의압력을충진한스프레이의구조도.
[26] 도 3및도 4는상기가속장치의구조도.
[27] 도 5,도 6,도 6은디스펜서관의변형된구조예시를도시한구조도.
[28] [부호의설명]
[29] 100：압력을층진한스프레이. 110：내부압력.
[30] 200：가속장치 . 210：가속장치몸체 .
[31] 211：해드. 212：삽입부.
[32] 213：홈. 220：가속나사산.
발명의실시를위한최선의형태
[33] 이하에서는첨부되는도면을참조하여본발명을보다상세히설명한다.
하기의설명은본발명의 이해와실시를돕기위한것이지본발명을이에 한정하는것은아니디-.당업자들은이하의특허청구범위에기재된본발명의 사상내에서다양한변형및변경이가능함을이해할것이다.
[34] 도 1및도 2는본발명의압력을층진한스프레이 (100)의구조를나타낸
것이디-.이하에서는도 1및도 2를통하여상기스프레이 (100)의구조에대해 설명한다.
[35] 도 1에서도시된바와같이,본발명의압력을층진한스프레이 (100)는상단에 디스펜서 (D)가장착되어밀봉된스프레이하우징 (H)에적용되며,상기 스프레이 (100)는내용물 (L)이층진되어있고,상기내용물 (L)은튜브관 (T)을 통하여상기디스펜서 (D)와연결되어,상기디스펜서 (D)의개방에따라상기 내용물 (L)은상기류브관 (T)을통하여외부로배출될수있다.
[36] 상기와같은상태에서,상기스프레이하우징 (H)의공건중상기내용물 (L)이 담기지않는빈공간에내부압력 (1 10)을제공한뒤,이를밀봉함으로서달성할수 있다.
[37] 상기와길'이내부압력 (110)을싱-기스프레이하우징 (H)의빈공간에층진함에 따라,상기내부압력 (110)은자동적으로상기스프레이하우징 (H)의내측면및 상기내용물 (L)에압력을가하게되고，여기서도 2에서도시된바와같이상기 디스펜서 (D)가개방되면,자동적으로상기내부압력 ( U0)이상기내용물 (L)에 가하는압력에따라상기내용물 (L)이상기튜브관 (T)을따라화살표방향으로 이동하여상기디스펜서 (D)를통하여 '배출된다.
[38] 이때상기내부압력 (1 10)은,상기스프레이하우징 (H)내부의전체체적대비 수용되는내용물 (L)의체적퍼센테이지에맞춰서그압력을결정해야하는데, 이는상기내용물 (L)의수용량이많아체적퍼센테이지가높다면,싱-기 내용물 (L)의지속적인토출에따른압력감소를고려해야하므로,최초압력 층진시더높은압력으로충진해야.차후의압력감소가발생하더라도층분히 토출압력을유지할수있기때문이다.
[39] 상기내용물 (L)의체적퍼센테이지에 대한내부압력 (1 10)은아래의표 1에서와 같이하면된다.아래의표 1.의압력은상기스프레이하우징 (H)내부에수용되는 상기내용물 (L)전체가용이하게토출될수있도록하는최소압력과최대 압력을나타낸것이다.
[40] 표 1
[Table 1]
Figure imgf000005_0001
[41] 상기표 1내에기재된압력은,상기퍼센테이지대비압력이최소압력미만이 될경우내부의내용물이충분히토출되지못하게되고,상기최대압력을 초과할경우，상기스프레이하우징 (H)용기에손상을가할수있을정도로 압력이높아지므로상기와같이한다.
[42] 그리고상기내용물 (L)의스프레이하우징 (H)대비체적퍼센테이지와는
별개로，상기내용물 (L)의토출강도및토출형태에따라상기내부압력 (U0)을 조절하는것이바람직하며，또한상기내용물 (L)의스프레이하우징 (H)대피 체적 퍼센테이지및토출강도，토출형태등과는상관없이원활한상기내용물 (L)의 토출을위하여상기내부압력 (110)은최소 5bar이상되도록해야한다.
[43] 그리고상기내부압력 (110)을제공하기위한수단은질소가스，산소가스,공기 성분중어느하나를사용하는것이바람직하디-.
[44] 여기서상기내부압력 (1 10)을제공하는압력가스를층진하는방법은종래의 방법을사용할수있는데,예를들어상기스프레이하우징 (H)의측면또는 상단면에압력을제공할수있도록개방된구멍을형성하고，상기압력가스를 층진하여내부압력 ( i i o)-l-형성시킨다음상기구멍을밀봉하는방법을
사용하거나，아니면상기스프레이하우징 (H)이상기디스펜서 (D)와밀봉 결합되지않은상태에서，상기압력가스를층진하여내부압력 (1 10)을싱-기 스프레이하우징 (H)에제공한뒤상기디스펜서 (D)를밀봉결합시키는방법등을 사용할수있으나，바람직하게는상기내부압력 (110)을제공하는방법으로는 싱-기튜브관 (T)을통하여압력가스를층진하여내부압력 (110)을제공하는것이 바람직하디-.이는종래의기술자가제작에용이한방법을사용하면된디-.
[45] 상기와같이내부압력 (110)이충진되어내부에압력을층진한스프레이 (100)는 그구조상상기내용물 (L)이빠져나감에따라그압력이줄어들수밖에 없는데， 이는상가내용물 (L)의유출로인하여상기스프레이하우징 (H)의빈공간이 점차 확장되고,따라서상기내부압력 ( 1 10)을제공하는기체성분의밀도가낮아지기 때문이다.따라서상기내용물 (L)의유출로인하여상기내부압력 (1 10)이 감소되더라도，상기스프레이하우징 (H)에잔류한내용물 (L)을용이하게 토출시킬수있도록하는가속수단이추가되는것이바람직하다.
[46] 도 3및도 4는상기한가속수단의제 1예시로서，가속장치 (200)의구조도이디-. 이하에서는도 3및도 4를통하여상기가속장치 (200)의구성및동작방식에 대해설명한다.
[47] 상기가속징-치 (200)는도 3에서도시된바와길 -이，가속장치몸체 (210)와하나 이상의가속나사산 (220)으로구성되며 ,상기튜브관 (T)에서연장설치되어,상기 디스펜서 (D)의구성요소중하나인디스펜서관 (D-T)에설치된다.
[48] 우선상가가속장치몸체 (210)는헤드 (21 1)와가늘고긴원통형의삽입부 (212)로 구분되며，상기가속나사산 (212)은상기원통형의삽입부 (212)측면에
나선형으로한차례이상감겨져서형성된다.그리고상기해드 (211)는상기 가속나사산 (212)의지름보다넓게형성되고,상기내용물 (L)이싱 -.7ᅵ헤드 (21 1)를 용이하게통과할수있도록하나이상의홈 (213)이형성되어있디-.
[49] 그리고상기디스펜서관 (D-T)은상기와같이구성되는가속장치 (200)을
설치하기위하여,상기가속장치 (200)의삽입부 (212)및가속나사산 (220)의 지름보다는넓게형성되고상기해드 (211)의지름보다는좁게형성되어，단지 상기삽입부 (212)및가속나사산 (220)만용이하게삽입될수있도록그지름이 형성되는디스펜서관하단 (D-T1 )과，상기튜브관하단 (T1 )및상기헤드 (21 1 )의 지름보다넓게형성되는디스펜서관상단 (D-T2)으로구분된다.
[50] 상기와같이디스펜서관 (D-T)이형성된상태에서상기가속장치 (200)를
설치하는형태는,도 3에서도시된바와같이상기가속나사산 (220)이형성되어 있는삽입부 (21 를상기디스펜서관하단 (으 T1)에삽입하여움직이지않도록 거치함으로서완료한다-.
[51] 상기와같이가속장치 (200)가상기디스펜서관 (D-T)내부에설치된상태에서, 상술한바와같이내부압력 (110)에의해내용물 (L)이디스펜서관 (D-T)을따라 화살표방향으로이동하게되면，도 4에서도시된바와같이싱-기내용물 (L)이 상기가속장치 (200)의삽입부 (212)및가속나사산 (220)의하단에부딪히게되고, 곧이어상기내용물 (L)이상기가속나사산 (220)을통하여회전하면서상승하게 된다.이때상기가속나사산 (220)을통하여상기내용물 (L)이회전함에따라, 원심력의작용을빋_아싱-기내용물 (L)이가속될수있디-.따라서상기
내부압력 (110)의감소에따라상기내용물 (L)을토출하는압력이상대적으로 감소하더라도，상기가속장치 (220)의가속나사산 (220)을통하여상기
내용물 (L)이원심력을제공받음에따라가속되어상기스프레이하우징 (H) 외부로더.빠르게토출될수있게된다.
[52] 또한상기가속장치 (200)의헤드 (211)에는상기내용물 (L)을토출시킬수
있도록하는하나이상의홈 (213)이형성되어 있으므로，상기내용물 (L)은상기 홈 (213)을통과하여상기디스펜서관상단 (D-T2)으로이동한다.
[53] 상술한바와같이가속장치 (200)를디스펜서환 (D-T)에설치함으로서상술한 내용물 (L)의가속을실시할수도있지만,상기디스펜서관 (D-T)의형태자체를 변경시켜서싱-기내용물 (L)의가속을실시할수도있다.도 5，도 6，도 7은상기한 디스펜서관 (D-T)의변경된형태를도시한예시구조도이디-.
도 5에서도시된바와같이상기디스펜서관 (D-T)입구를좁게깔대기형태로 형성함으로서，상기내용물 (L)이통과하는면적을상대적으로줄여토출압력을 상기줄어든통과면적과비례하여높임으로서상기내용물 (L)의토출압력을 높일수도있고,상기도 6,도 7에서도시된바와같이상기가속장치 (200)와 동일한역할을하도록상기디스펜서관 (D-T)의형태를변경시킬수도있다.상기 도 6은상기도 3에서설명한가속장치 (200)가상기디스펜서관 (D-T)과 일체형으로형성된형태를도시한것이며,도 7은상기디스펜서관 (D-T)자체가 한번이상감아진형태로형성된형태를도시한것이디-ᅳ상기도 6및도 7에서 도시된디스펜서관 (D-T)의가속형태는도 3에서도시된가속장치 (200)와 방식이동일하여설명은생략하도록한다-.

Claims

청구범위
디스펜서와스프레이하우징이결합되고,상기스프레이하우징 내부에는내용물이층진되고,상기디스펜서가디스펜서관과상기 디스펜서관과연결된류브관을통하여스프레이하우징내부의 내용물을이송시키는스프레이에 있어서，상기스프레이하우징의 내부에 압력가스를충진하여내부압력을발생시키도록하는것을 특징으로하는,내부에압력을충진하는스프레이.
[청구항 2] 제 1항에 있어서，상기압력.가스는질소가스,산소가스,대기증의 공기성분중어느하나임을특징으로하는，내부에압력을 충진하는스프레이.
[청구항 3] 제 Γ항에 있어서，상기내부압력은 5bar이상 13bar이하임을
특징으로하는,내부에압력을층진하는스프레이.
[청구항 4] 제 1항에 있어서，상기스프레이하우징전체내부체적에대비하여 수용되는내용물의체적이 30~35%일때，상기내부압력은
5- 1 Ibar임을특징으로하는,내부에압력을층진하는스프레이.
[청구항 5] 제 1항에 있어서，상기스프레이하우징전체내부체적에대비하여 수용되는내용물의체적이 35~40%일때,상기내부압력은
5.5-1 L5bar임을특징으로하는,내부에압력을층진하는 스프레이 .
[청구항 6] 제 1항에 있어서,싱-기스프레이하우징전체내부체적에대비하여 수용되는내용물의체적이 40-50%일때,상기내부압력은
6~12bar임을특징으로하는，내부에압력을층진하는스프레이.
[청구항 7] 제 1항에있어서,상기스프레이하우징전체내부체적예대비하여 수용되는내용물의체적이 50~60%일때,상기내부압력은
6.5~ 12.5bar임을특징으로하는,내부에압력을충진하는 스프레이.
[청구항 8] 제 I항에 있어서，상기스프레이하우징 전체내부체적에대비하여 수용되는내용물의체적이 60%이상일때，상기내부압력은
7~13bar임을특징으로하는,내부에압력을충진하는스프레이.
[청구항 9] 제 1항에 있어서,상기디스펜서의튜브관과연결되는
디스펜서관에는,가속장치가설치되 ¾것을특징으로하는, 내부에압력을층진하는스프레이.
[청구항 10] 제 9항에있어서，상기디스펜서관은튜브관과연결되는
디스펜서관하단과，상기디스펜서관하단보다넓게형성되는 디스펜서관상단으로구분되고，상기가속장치는상기
디스펜서관하단에삽입되는삽입부와，상기디스펜서관하단보다 지름이넓게형성되는헤드로구성되는가속장치몸체와，상기 삽입부의측면상에나선형으로형성되는가속나사산으로
구성되는것을특징으로하는，내부에압력을충진하는스프레이. [청구힝 - 11] 제 10항에 있어서,상기헤드에는하나이상의홈이형성되어 있는 것을특징으로하는,내부에압력을층진하는스프레이.
[청구항 12] 제 1항에 있어서,상기튜브관과연결되는디스펜서관의단부는, 내용물이이송되는방향으로기울어진깔대기형태로형성되는 것을특징으로하는,내부에압력을층진하는스프레이.
[청구항ᅵ L3] 제 1항또는쎄 10항중어느한항에 있어서,상기튜브관과
연결되는디스펜서관에는,상기삽입부와가속나사산이상기 디스펜서관내부에일체형으로형성되어 있는것을특징으로 하는,내부에압력을충진하는스프레이 .
[청구항 14] 제 1항에 있어서,상기류브관과연결되는다스펜서관은한번이상 감겨진형태로형성되는것을특징으로하는,내부에압력을 충진하는스프레이.
PCT/KR2014/013002 2014-12-01 2014-12-30 내부에 압력이 충진된 스프레이 WO2016088934A1 (ko)

Applications Claiming Priority (2)

Application Number Priority Date Filing Date Title
KR20140169526 2014-12-01
KR10-2014-0169526 2014-12-01

Publications (1)

Publication Number Publication Date
WO2016088934A1 true WO2016088934A1 (ko) 2016-06-09

Family

ID=56091865

Family Applications (1)

Application Number Title Priority Date Filing Date
PCT/KR2014/013002 WO2016088934A1 (ko) 2014-12-01 2014-12-30 내부에 압력이 충진된 스프레이

Country Status (1)

Country Link
WO (1) WO2016088934A1 (ko)

Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2001522717A (ja) * 1997-11-08 2001-11-20 インジ エリッヒ プファイファ ゲーエムベーハ 少なくとも２つの異なった媒体の塗布方法並びにそのためのディスペンサ
KR100570340B1 (ko) * 2005-05-27 2006-04-17 김용수 디스펜서
KR20070040704A (ko) * 2005-11-16 2007-04-17 김용수 디스펜서
KR20120108251A (ko) * 2011-03-23 2012-10-05 나노파워텍 주식회사 디스펜서
JP2013507298A (ja) * 2009-10-09 2013-03-04 ザ ユニバーシティ オブ サルフォード 液体ディスペンサ装置

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2001522717A (ja) * 1997-11-08 2001-11-20 インジ エリッヒ プファイファ ゲーエムベーハ 少なくとも２つの異なった媒体の塗布方法並びにそのためのディスペンサ
KR100570340B1 (ko) * 2005-05-27 2006-04-17 김용수 디스펜서
KR20070040704A (ko) * 2005-11-16 2007-04-17 김용수 디스펜서
JP2013507298A (ja) * 2009-10-09 2013-03-04 ザ ユニバーシティ オブ サルフォード 液体ディスペンサ装置
KR20120108251A (ko) * 2011-03-23 2012-10-05 나노파워텍 주식회사 디스펜서

Similar Documents

Publication Publication Date Title
EP2890621B1 (en) Powder dispenser
US8474659B2 (en) Multi-chamber fluid dispensing container with dip tubes
BR112012028247B1 (pt) Dispositivo de distribuição de um líquido
CN106660667A (zh) 用于包装和分配糊状产品的装置
CN105592933B (zh) 具有包括分隔器或多孔材料的储存器的分配器
CN204938944U (zh) 套管回吸灌装头
CN109336032B (zh) 一种等压灌装阀
WO2016088934A1 (ko) 내부에 압력이 충진된 스프레이
US3848645A (en) Container filling apparatus
CN106102930A (zh) 具有预压缩出口阀的液体分配设备
RU2513131C2 (ru) Способ упаковки жидкого продукта
KR20130117027A (ko) 단일 실리콘재 펌프로 작동되는 버튼식 화장품 용기
KR20060090790A (ko) 내용물 저장용기의 변질방지 방법과 그 장치
NZ601454A (en) Process for providing a filled canister for an inhaler
CN205023233U (zh) 速凝剂粉料仓防沉结装置
US10597174B2 (en) Filling nozzle
US7597098B2 (en) Inhaler valve mechanism
CN104595511B (zh) 一种直通式侧推阀门及带直通式侧推阀门的喷罐装置
CN107310857A (zh) 一种二元包装气雾剂阀罐装置
US10766647B2 (en) Pressurizing aerosol cans
EP1985555A1 (en) Aerosol container
CN206373026U (zh) 一种点胶流畅的点胶阀
US20140048564A1 (en) Liquid Discharging Container
CN201980974U (zh) 一种液体灌装装置
CN214567356U (zh) 一种自动释放的油脂包装罐

Legal Events

Date Code Title Description
121 Ep: the epo has been informed by wipo that ep was designated in this application

Ref document number: 14907240

Country of ref document: EP

Kind code of ref document: A1

NENP Non-entry into the national phase

Ref country code: DE

32PN Ep: public notification in the ep bulletin as address of the adressee cannot be established

Free format text: NOTING OF LOSS OF RIGHTS PURSUANT TO RULE 112(1) EPC (EPO FORM 1205A DATED 25/10/2017)

122 Ep: pct application non-entry in european phase

Ref document number: 14907240

Country of ref document: EP

Kind code of ref document: A1