JP5690006B1 - Insulation container for wet tissue - Google Patents

Abstract

An object of the present invention is to provide a wet tissue warming container that not only effectively keeps heat, but is also not limited to the place where a wet tissue warmer is used, and can be carried for a long time. A heat retaining container for a wet tissue, in which no heat is required for the heat retaining means, and the installation location of the heat retaining container is not limited by using a heating material. The wet tissue storage section is substantially covered when the heat insulation container is closed, and the heating material storage section provided on the cover section is used to heat the wet tissue stored in the wet tissue storage section. Since it is placed close to the wet tissue, it can be heated effectively. In addition, although a heating material is used as a heat retaining means, the heating material itself generates heat and warms the wet tissue for a long time, so that the heat retaining container for wet tissue can be used for a long time. [Selection] Figure 2

Description

  The present invention relates to a wet tissue heating apparatus for warming a wet tissue used, for example, for wiping a baby's buttocks.

  For example, when using a wet tissue for an infant, there is a concern that if the wet tissue is cold, the cold may cause the infant to catch a cold. In addition, infants disliked cold wet tissues, and sometimes they could not use wet tissues well. For this reason, since the warming device as described above can be used by warming a cold wet tissue, it is often used particularly for infants, the sick or elderly people who need care.

Japanese Patent Laid-Open No. 2004-173860

Such a wet tissue heater is provided with a power cord, a plug, and the like, and the wet tissue stored in the heating device is heated by the power via the power cord and the like, and is configured to be heated. ing.
The wet tissue heater must be disposed within a range in which the plug can be plugged into an outlet or the like, that is, within a length range of the power cord or the like, and the installation location of the wet tissue heater has been limited.

  For this reason, there has been proposed a wet tissue warmer that can be carried together by removing the wet tissue storage container and the lid portion provided with the heat storage portion.

  However, in the above apparatus, since the heat storage material for keeping the wet tissue warm is heated by the electric power and the heat storage material itself does not generate heat, the warming time of the wet tissue is such that the warmed wet tissue is difficult to cool. It is not suitable for carrying around for a long time. And the structure was complicated and there existed a problem in the point which requires manufacturing cost. In addition, since the wet tissue heating means always requires electric power, it cannot be used during a power failure.

The present invention has been made in view of the above-described problems of the conventional example, and the invention of claim 1 is a storage unit for storing the wet tissue packaged, and heating for heating the wet tissue in the storage unit. What wet wipes for insulated container der provided with a wood containing portion, a lid portion for closing the bottomed box-shaped wet tissue storage portion having an opening at the top and the opening of the accommodating portion openably ,
The heating material container is a wet tissue heat insulation container having a first opening for inserting a heating material inside the lid.
A side surface and a bottom surface of the housing portion have a double structure, each having a space therebetween, and a second for inserting at least one heat insulating sheet into a corner of the housing portion outside the side surface. A wet tissue heat retaining container provided with a third opening for providing another heat retaining sheet on any one side of the bottom surface .

The invention of claim 2 is a heat retention container for wet tissue in which a reinforcing material is provided on the back side of the heating material container.

According to a third aspect of the present invention, there is provided a wet tissue warming container in which the material of the housing portion , the lid portion, and the heating material housing portion is a fiber.

According to the heat retention container for wet tissue according to the invention of claim 1, the packaged wet housed in the wet tissue housing section by the heating material housed in the heating material housing section provided inside the lid portion of the container Although a configuration in which insulation warming the tissue, when closed the insulated container, the heating material container containing a heating material of the inner lid, over the wet tissue which is accommodated in the accommodating portion Since the structure is placed closely, the wet tissue can be effectively warmed and kept warm.

  And since the heating means uses a heating material and does not require electric power, there is no need for a power cord or a plug, and the use place of the wet tissue heat insulation container is not limited. In addition, there is no worry at the time of a power failure, and by using a heating material as a warming means for the wet tissue, the heating material itself generates heat and warms the wet tissue, so that the warming time can be kept long. There is an advantage that it can be carried for a long time.

In addition, the side surface and the bottom surface of the housing portion have a double structure, and there is a space between them. And the structure which can insert a heat insulating sheet from the opening part by providing the 2nd opening part for inserting at least 1 or more heat insulating sheet in the corner | corner which has the side surface outer side of the said accommodating part . since the thermal effect of the heat insulating container can be increased, thus there is an effect that the incubation time can be further extended. Further, according to the bottom surface, one of its provided third opening for inserting another insulation sheet on one side, by inserting the said another insulation sheet from the opening, the heat insulating container Since the heat retention effect can be further increased, the heat retention time can be extended.

According to invention of Claim 2 , the reinforcing material is provided in the back side of the heating material accommodating part provided inside the cover part of the said heat retention container. This is to prevent the raw material in the heating material accommodated in the heating material accommodating portion from being shifted by the inclination of the heat insulating container, and the reinforcing material is located on the back side of the heating material accommodating portion so as to face the heating material. by providing the, it is possible to eliminate the offset of the pre-Symbol heating material in the raw material, said to wet tissue top accommodated in heat insulating vessel, heating is uniform, effect of thermal insulation without fully Amane a wet tissue There is.

According to the invention of claim 3, wherein the insulated container of the material, since the formed by a flexible fiber material, the height of flexibly the insulated container according to decreasing degree of wet tissue accommodated in the heat insulating container Can be adjusted, and its carrying is light and not bulky. And since it is a simple structure, there exists an advantage that it can manufacture at low cost.

Accordingly, the present invention has therein a heat insulating container wet tissue, the heating material contained in the heating material accommodation unit, yield capacity has been wet tissue is effectively warmed, heating without requiring power to the heating means By using materials, the installation location is not limited and it can be carried for a long time, and it is used not only for infants but also for wiping the elderly and disabled people who need care. I can do it.

The whole figure of the heat retention container for wet tissues of the present invention. The perspective view of the heat insulation container opening state for wet tissues. Sectional drawing of the heating material accommodating part provided in the heat insulation container cover part , and sectional drawing at the time of heating material accommodation. Thermal insulation sheet. The back side of the gusset around the lid of the heat insulation container. The figure of the opening part 2. FIG. The heat insulation sheet insertion perspective view to the opening part 2. FIG. The figure of the opening part 3. FIG. FIG. 6 is a perspective view of the heat insulation sheet inserted into the opening 3. The large figure of the reinforcing material of the back side of a heating material accommodating part. Sectional drawing at the time of heating material accommodation in a heating material accommodation part. The example of arrangement | positioning of the reinforcing material of the back side of a heating material accommodating part. The table | surface which showed the temperature change and elapsed time of the wet tissue at the time of using the heat retention container for wet tissues. FIG. 14 is a graph of the table of FIG.

  Preferred embodiments of the present invention will be described below with reference to the drawings.

  FIG. 1 is an overall view of a wet tissue heat insulation container (hereinafter referred to as a heat insulation container). As shown in FIG. 2, this heat insulation container contains a packaged wet tissue 7 and heats it. It is a heat insulation container for doing. One wet tissue 7 is packaged in a bag, and the upper surface seal 7a is peeled off for use.

The heat insulating container has a storage portion 2 for storing the wet tissue 7 packaged as described above, and has a bottomed box-shaped storage portion 2 having an opening 5 at the upper end, and the storage portion 2. The lid portion 3 that can be opened and closed and the gusset portion 3a provided around the lid portion are formed of two fibers so as to surround the housing portion 2. Using the quilting fabric fiber A having heat insulation on the outside of the heat insulation container and using the cotton material fiber B having good air permeability on the inside, the two pieces of fabric are cut together and sewed together.

  The wet tissue container 2 in FIG. 2 accommodates the wet tissue 7 with the take-out port 7a up, and when the lid part 3 is closed, the heating material container 4 provided inside the lid part 3 It is formed so as to be placed on the wet tissue 7. In other words, the heating material 8 (for example, disposable body warmer) housed in the heating material housing portion 4 generates heat, so that the wet tissue is heated and can be kept warm.

The heating material container 4 in FIG. 5 is formed of a single fabric of C, such as cotton material fibers, which is resistant to the heat of the heating material 8 (disposable body warmer) . The size is more general the heating member 8 is slightly larger to form such a size Tsutsumikomeru the heating member 8, to form sewn the fibers C inside center of the lid portion 3 shown in FIG. 2 Yes. And 4a of FIG. 2 is the 1st opening part for inserting the heating material 8, Since the part of 4a is not sewn inside the cover part 3, a 1st opening part is provided. Further, the heating material accommodation opening 4a is provided on the opposite side of the side D as shown in FIG .

Then, in order to provide the insertion port for the heat insulating sheet shown in 9 of FIG. 4, at least one or more second opening 2a as shown in FIG. Moreover, the 3rd opening part 2b as shown in FIG. 2 for inserting the heat insulating sheet | seat shown in 10 of FIG. 4 in any one side of the wet tissue accommodating part bottom face is provided. The second and third openings are not sewn together on the outer quilt fabric A and the inner cotton material fiber B, but are sewn separately on the seam allowance side, so that the second opening And the third opening is provided. The portions between ▼ and ▼ shown in FIGS. 2, 3, 5, 6, 7, 8, 9, and 10 are shown as respective openings.

  As shown in FIG. 11, the heating material container 4 provided on the lid 3 is provided with a reinforcing material 4b facing the heating material 8 (disposable body warmer). This is for preventing the raw material 8a in the heating material 8 housed in the heating material housing portion 4 from being tilted by the inclination of the heat retaining container, but is a material that can withstand the heat of the heating material 8. Also, a hard material is used. For example, a rod-like material having a diameter of about 5 mm to 10 mm, such as a silicon material, is provided by being fixed and attached to the inside of the heating material accommodating portion 4, that is, the side facing the heating material 8 with a thread. The length can be adjusted according to the form of arrangement, since there are many possible examples of the arrangement of the reinforcing material 4b in the heating material container 4 other than those shown in FIGS. 4-1 to 4-5. And set. Thus, by providing the reinforcing material for stabilizing the heating raw material 8a, the heating to the upper surface of the stored wet tissue is devised so that it is always uniform.

  Also, one of the pair of magnetic force stoppers 6 (magnet buttons) shown in FIG. 2 is attached to the outer front surface 6a of the wet tissue container 2 shown in FIG. 2, and the other 1 as shown in FIG. Attach one to the corresponding gusset around the lid, the corresponding position 6b on the inner side 3b, and devise so that the wet tissue container 2 and the lid 3 can be easily kept closed by the magnetic force of 6a and 6b. Yes.

Insulating sheets 9 and 10 in FIG. 4 use polyethylene or the like for the aluminum vapor deposition sheet and the core. A thickness of about 2 mm is appropriate. As shown in FIG. 6, at least one or more second openings are provided at the corners on the outer side of the side surface of the wet tissue container. 4 is used on the side surface, the width is narrower than the width of the second opening, and both ends are rounded to facilitate insertion. When there is one second opening, the length of the heat insulating sheet is slightly shorter than the length of the entire circumference of the wet tissue container side surface. When there are two second openings, two heat insulating sheets having a length slightly shorter than 1/2 of the entire side surface are required. When four second openings are provided, four heat insulation sheets that are slightly shorter than the length of each side of the wet tissue container side surface are required, but there is an advantage that insertion is easy and easy to handle. 4 in FIG. 4 is used for the third opening at the bottom of the heat insulating container. As shown in FIG. 9, the width is narrower than the third opening, the length is shorter than the length of the side of D, and the four corners are rounded to facilitate the insertion of the heat insulating sheet.
In addition, if the heat insulation sheet is built in the heat insulation container in advance, cleaning is impossible and there is a problem of hygiene, so the heat insulation sheet can be inserted and removed from the outside of the side surface of the heat insulation container and can be cleaned. It has become. Moreover, there exists an advantage which can improve the heat retention effect of the said heat retention container more by using the said heat retention sheet | seat.

  That is, when the heat insulation sheet is not used or when the heat insulation sheet is inserted, the heat insulation container can be washed, and the heat insulation container can be always kept hygienic.

  And since the material of the heat retaining container for wet tissue is flexible, it can be flexibly compressed according to the reduction of the wet tissue 7 accommodated in the heat insulating container, and the heating material accommodating part 4 provided in the lid part 3 Since the wet tissue is always placed in close contact with the wet tissue 7, the wet tissue can be efficiently kept warm, and the heat retaining container can be carried compactly.

FIG. 13 and FIG. 14 show a case where a heating material (disposable body warmer or the like) is used for the heating material container of the wet tissue heat insulation container, and a heat insulation sheet is inserted from the second and third openings to keep the temperature (Example). The comparison of the temperature change of 1) and the case where a heating material is used and a heat insulating sheet is not inserted at all (Comparative Example 1) is shown.
As can be seen from FIGS. 13 and 14, Example 1 shows that the temperature of the wet tissue is about 2 degrees higher than Comparative Example 1 after 1 hour, and after 10 hours there is another temperature difference of about 7 degrees, and even after 20 hours. Furthermore, a temperature difference of about 10 degrees is possible. And even after 28 hours, there is still a difference of about 2 degrees. Therefore, when a heating material is used for the wet tissue heat insulation container and the heat insulation sheet is further inserted through the second and third openings, the heat retention effect of the wet tissue is clearly recognized.

1 wet wipes for insulated container 2 wet tissue storage portion 2a second opening 2b third opening 3 lid 3a gusseted portion back side 4 heating material container 4a first opening 4b stiffener gusset portion 3b around the lid around the lid 5 Wet tissue compartment opening 6 Magnetic force stop (magnet button)
6a Magnet button 6b in the wet tissue compartment 6b Magnet button on the back of the gusset around the lid 7 Wet tissue 7a Wet tissue outlet 8 Heating material (disposable body warmer)
8a heating member (disposable warmer) the raw material 9 wet tissue storage portion side insulation sheet 10 wet tissue storage portion bottom heat insulating sheet 11 wet tissue retainer body A wet tissue insulated container outer dough B wet wipes for insulated container inside for use side and connects the dough D wet tissue storage portion of the cloth C heating member accommodating portion and the cover portion

Claims (3)

A storage portion for storing wet tissue being packaged, a towelette for insulated container provided with a heating member accommodating section for heating the wet tissue in the accommodating portion, having an opening at the upper end of the yield capacity portion A bottomed box-shaped wet tissue container and a lid for closing the opening so as to be freely opened and closed,
The heating material container is a wet tissue heat insulation container having a first opening for inserting a heating material inside the lid .
A side surface and a bottom surface of the housing portion have a double structure, each having a space therebetween, and a second for inserting at least one heat insulating sheet into a corner of the housing portion outside the side surface. A wet tissue heat insulation container provided with a third opening for providing another heat insulation sheet on one side of any one of the bottom surfaces . The heat insulation container for wet tissues according to claim 1 , wherein a reinforcing material is provided on the back side of the heating material container. The warm container for wet tissue according to claim 1, wherein a material of the housing portion, the lid portion, and the heating material housing portion is a fiber .

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