JP3173461U - Dehumidifying curtain - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a dehumidifying curtain that can prevent dew condensation on a window part and is easy to dry and replace.
A lace having a water-absorbing coating film containing an artificial zeolite having a predetermined porosity and a specific surface area, comprising a window-side inner curtain 3A and a room-side main curtain 3B. The dehumidifying curtain curtain 1 was a shape curtain.
[Selection] Figure 1

Description

  The present invention relates to a curtain, and more particularly, to a dehumidifying curtain suitable for a window portion that easily condenses in winter.

  Conventionally, a curtain is configured such that a curtain runner is slidably mounted on a curtain rail, a curtain hook for hanging the curtain is hooked on the curtain runner, and an end of the curtain is picked and opened.

  Further, a double-structure curtain including a lace-like inner curtain on the window side and a main curtain on the indoor side is also generally known. For this reason, it is possible to use a bright feeling of liberation using only the lace-shaped inner curtain and a predetermined atmosphere using the main curtain according to preference. In addition, in order to change the room and get a sense of the season, the design of the main curtain is changed to change the mood.

  Also, in order to maintain a good indoor environment, it has been proposed that the curtain have various functions, and the curtain has already been provided with flame retardancy, deodorization function and antibacterial function. . For example, it is known that a raw material fiber for producing a curtain contains a flame retardant, a deodorant, a photocatalyst, and the like to produce a curtain fabric. Furthermore, a curtain is provided with a dehumidifying function and a humidity control function.

  For example, a curtain provided with a hygroscopic resin layer containing a water-absorbing substance or a hygroscopic substance (for example, see Patent Document 1), or a curtain using a sheet to which highly hygroscopic fine particles are attached (for example, Patent Document 2). ) Etc. have already been proposed.

  JP 2004-147734 A   JP 2003-116711 A

  However, it is not sufficient for the curtain place to be hygroscopic, and it is preferable to create a predetermined atmosphere so that a person in the room can feel comfortable. Therefore, it is desirable to provide a curtain portion that does not change due to humidity or moisture absorbed by a predetermined pattern or pattern, and to have a predetermined function such as a deodorizing function or an antibacterial function.

  Moreover, it is desirable that the curtain facing the glass surface of the window portion has a predetermined hygroscopic property so that condensation can be prevented and the indoor humidity can be adjusted. For this reason, different functions are required for the surface facing the indoor side of the curtain and the back surface facing the glass window, and it is also certain that there are predetermined functions required for the entire curtain.

  In addition, when used in a room of a general household, it is preferable that the various functions required can be easily replaced with a curtain exhibiting each function, and a curtain body and a hygroscopic property that require design properties are required. It is preferable that the curtain bodies to be exchanged can be individually replaced. Furthermore, it is preferable that the curtain body having hygroscopicity can be easily dried.

  In view of the above problems, the present invention has an object to provide a dehumidifying curtain that can prevent dew condensation on the window and that can be easily dried and replaced.

  In order to solve the above problems, the present invention comprises a window-side inner curtain and a room-side main curtain, wherein the inner curtain is a water-absorbing coating containing artificial zeolite having a predetermined porosity and a specific surface area. It is a lace-like curtain having a film.

  According to this configuration, the inner curtain exhibits a predetermined water absorption performance and can effectively prevent dew condensation on the window glass. Moreover, since the water absorption performance is added to the lace-shaped inner curtain, the inner curtain can be easily dried by allowing the inner curtain to come into contact with the outside air. Moreover, a new water absorption effect can be exhibited by replacing only the inner curtain. That is, a dehumidifying curtain that can be easily dried and replaced can be obtained.

  Further, the present invention is characterized in that in the dehumidifying curtain configured as described above, the inner curtain uses a fiber in which titanium oxide that exhibits a photocatalytic function is blended. According to this configuration, in addition to the water absorption performance, preferable functions such as an antifouling function, a deodorizing function and an antibacterial function can be exhibited.

  In the dehumidifying curtain configured as described above, the present invention is characterized in that the inner curtain contains a color changing agent that changes color to the amount of water contained. According to this configuration, the amount of absorbed water can be visually determined, and the drying timing and replacement timing of the inner curtain can be easily known.

  In the dehumidifying curtain configured as described above, the inner curtain is characterized in that a predetermined pattern is printed with ink containing a reaction reagent that changes color according to the amount of water contained therein. According to this configuration, the degree of dehumidification of the inner curtain can be easily confirmed by the color condition of the predetermined pattern provided on the inner curtain, and the drying timing and replacement timing of the inner curtain can be easily known. .

  According to the present invention, since the inner curtain on the window side is a dehumidifying curtain configured to be a lace curtain blended with artificial zeolite having a predetermined porosity and a specific surface area, the inner curtain has a predetermined water absorption performance. This can effectively prevent the condensation on the window. Moreover, since the water absorption performance is added to the lace-shaped inner curtain, the inner curtain can be easily dried by allowing the inner curtain to come into contact with the outside air. Moreover, a new water absorption effect can be exhibited by replacing only the inner curtain. That is, a dehumidifying curtain that can be easily dried and replaced can be obtained.

It is a side view which shows the outline | summary of the dehumidification curtain which concerns on this invention. It is a front view which shows the outline | summary of the inner curtain which concerns on this invention.

  Embodiments of the present invention will be described below with reference to the drawings. Moreover, the same code | symbol is used about the same structural member, and detailed description is abbreviate | omitted suitably.

  A dehumidifying curtain 1 according to the present invention is an indoor curtain having a dehumidifying function for preventing dew condensation on a glass window. For example, as shown in a schematic side view of FIG. 1, an inner curtain 3A that exhibits a predetermined water absorption effect. And a main body curtain 3B on which a predetermined pattern or pattern is printed.

  The inner curtain 3A and the main curtain 3B are supported by hanging on a curtain rail 2 (first curtain rail 2A, second curtain rail 2B) arranged adjacent to the window frame 5 through a slider and a curtain hook so as to be freely opened and closed. Has been. The inner curtain 3 </ b> A is a lace curtain that is installed to face the inner glass 4 </ b> A supported by the window frame 5.

  The predetermined water absorption effect can be achieved by applying a water-absorbing substance having a desired water absorption capability to the curtain surface, particularly the outer surface of the inner curtain 3A on the side facing the glass window. As an appropriate water-absorbing substance, for example, artificial zeolite that exhibits a predetermined water-absorbing ability is preferably used.

  This artificial zeolite is manufactured from raw materials such as coal ash discharged from coal-fired power plants and paper sludge incinerated ash discharged from paper mills. It can be said that it is preferable as a water-absorbing substance used for the curtain.

  In addition, by selecting and using an artificial zeolite having a predetermined particle size distribution, pore size distribution, and specific surface area, it becomes possible to exhibit a predetermined water absorption capability and effectively prevent dew condensation on the glass window. .

For example, a predetermined amount of artificial zeolite having a particle diameter of 5 to 100 μm, a pore diameter of 5 to 10 mm, and a specific surface area of 100 to 150 m ² / g is blended in a resin binder and applied to the surface of the inner curtain facing the glass window of the lace. Thus, the inner curtain 3A that exhibits predetermined water absorption performance can be manufactured.

  The lace-like inner curtain 3 </ b> A can be easily dried by the outside air that is inserted by opening the window and closing or removing the indoor curtain 3 </ b> B because the curtain base itself has ventilation.

  That is, the dehumidifying curtain 1 according to the present embodiment includes an inner curtain 3A on the window side and a main body curtain 3B on the indoor side, and the inner curtain 3A contains artificial zeolite having a predetermined porosity and a predetermined specific surface area. A lace curtain having a water-absorbing coating film.

  If it is this structure, since the inner curtain 3A exhibits predetermined water absorption performance, the dew condensation of a window part can be prevented effectively. Further, since the water absorbing performance is added to the lace-shaped inner curtain 3A, the inner curtain can be easily dried by allowing the inner curtain to come into contact with the outside air and ventilate. Further, only the inner curtain A can be replaced to exhibit a new water absorption effect. That is, the dehumidifying curtain 1 that can be easily dried and replaced can be obtained.

  This lace-shaped inner curtain 3A uses a fabric woven and knitted using synthetic fibers such as polyester fibers. For example, a warp knitted fabric using a 75 denier polyester processed yarn can be used. The warp knitted fabric using the polyester processed yarn is a lace curtain having excellent light shielding properties and having a blindfold function.

  Furthermore, in the synthetic fiber production spinning process for producing polyester yarn, a flame retardant is mixed and melt-spun to produce a polyester yarn containing the flame retardant (kneaded) inside the yarn. A synthetic fiber is produced by adding a colorant and various functionalizing agents to a melt-spinnable thermoplastic polymer such as polyester or polyamide.

  The said polyester yarn can obtain the synthetic fiber which exhibits a various function by changing the functional provision agent to add. In addition, a synthetic fiber obtained by kneading a functionality-imparting agent and melt-spun is naturally not required to be post-processed to add functionality, and the processing steps can be shortened.

  In addition, since the flame retardant is kneaded in advance in the ground yarn, the flame retardancy is not deteriorated by washing or the like, and the stable flame retardance can be exhibited over a long period of time. That is, such a curtain can exhibit a flame resistance that is semi-permanently stable.

  In lace curtains, flower patterns and various geometric patterns can be knitted as pattern yarns. For example, when a thick polyester processed yarn having a denier number larger than that of the ground yarn is used as the pattern yarn, the blindfold function can be further exhibited.

  Further, by using a polyester processed yarn kneaded with an oxide having a photocatalytic function, a photocatalytic function such as a deodorizing function, a fungicidal function, and an antifouling function can be exhibited. Furthermore, since an oxide having a photocatalytic function is kneaded into the fiber raw material in advance, the product life can be extended over a long period of time without falling off by post-treatment such as washing.

  As the oxide having a photocatalytic function, for example, titanium oxide is preferable. This is because titanium oxide is a white powder and is a fine powder that is easily mixed into the yarn raw material in the melt spinning process and is a typical photocatalytic oxide.

  Further, a color changing agent that changes color according to the amount of water contained may be included so that the amount of water absorbed can be determined visually. With this configuration, it is possible to easily know the drying timing and replacement timing of the inner curtain 3A.

  If a polyester processed yarn having a yarn thickness of 150 to 300 denier is used as the handle yarn, a large amount of oxide or discolorant having a photocatalytic function can be kneaded into a thick handle yarn, and a stable photocatalytic function can be exhibited. Can be obtained. Furthermore, in addition to the photocatalytic function, the color change function life can be exhibited.

  The inner curtain 3A may be printed with a predetermined pattern with ink containing a reaction reagent that changes color according to the amount of water contained. With this configuration, the degree of dehumidification of the inner curtain 3A can be easily confirmed by the color of the predetermined pattern provided on the inner curtain A, and the timing of drying and replacement of the inner curtain 3A can be easily performed. I can know.

  For example, as shown in FIG. 2, for example, a floral pattern 6 as illustrated is printed with a predetermined ink containing a reaction reagent that changes color according to the amount of water contained. Then, since the color of the symbol 6 changes depending on the amount of moisture absorbed, it is possible to easily estimate how much the pattern 6 has become wet. Moreover, since the floral pattern changes color, it is possible to exhibit a predetermined design effect and relieve the mood of a person in the room.

  As described above, according to the dehumidifying curtain according to the present invention, the inner curtain exhibits a predetermined water absorption performance, so that condensation on the window portion can be effectively prevented. Moreover, since the water absorption performance is added to the lace-shaped inner curtain, the inner curtain can be easily dried by passing it in contact with the outside air. Moreover, a new water absorption effect can be exhibited by replacing only the inner curtain. That is, a dehumidifying curtain that can be easily dried and replaced can be obtained.

  Moreover, since the water-absorbing substance for exhibiting the water-absorbing performance uses an artificial zeolite that exhibits a predetermined water-absorbing ability, it is a raw material that can be obtained at a relatively low cost, and is therefore preferable as a water-absorbing substance used for the curtain.

  Furthermore, by using the fiber which mix | blended the titanium oxide which exhibits a photocatalytic function, in addition to a water absorption performance, preferable functions, such as an antifouling function, a deodorizing function, and an antimicrobial function, can be exhibited.

  Therefore, the dehumidifying curtain according to the present invention can be suitably applied to a curtain for a window portion that suppresses condensation on the glass window and requires functions such as an antifouling function, a deodorizing function, and an antibacterial function.

DESCRIPTION OF SYMBOLS 1 Dehumidification curtain 2 Curtain rail 3A Inner curtain 3B Main body curtain 4A Inner glass 5 Window frame 6 Pattern

Claims (4)

  A window-side inner curtain and a room-side main body curtain, wherein the inner curtain is a lace-like curtain having a water-absorbing coating film blended with artificial zeolite having a predetermined porosity and a specific surface area. And dehumidifying curtain.   The dehumidifying curtain according to claim 1, wherein the inner curtain uses fibers mixed with titanium oxide that exhibits a photocatalytic function.   The dehumidifying curtain according to claim 1 or 2, wherein the inner curtain contains a discoloring agent that changes color to the amount of water contained.   The dehumidifying curtain according to any one of claims 1 to 3, wherein a predetermined pattern is printed on the inner curtain with ink containing a reaction reagent that changes color according to the amount of water contained therein.

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