JPH02203825A - Warmth-keeping device of wet gauze including pack - Google Patents

Abstract

PURPOSE:To make it possible to keep a wet gauze including pack at a specific temperature by providing an armoring body to a container, installing a feeding lid for feeding a wet gauze including pack and a heat medium, and a drawing-out lid for pack drawing-out to open and close freely, and furnishing an elastic pressure-restricting valve, a water returning device, and a pack holding device to the feeding lid. CONSTITUTION:A wet gauze 11 including pack and a heat medium 10 are put in a container 1, and the tip of the wet gauze 11 including pack is inserted to a drawing-out hole 5b provided at an elastic pressure-restricting valve 5 installed to the aperture of a feeding lid 3 to close the feeding lid 3 and to lock with a locking mechanism. Then, a power source is turned on, and the inside of the container 1 is heated at about 60 to 80 deg.C by a heater 6 to heat the wet gauze 11 including pack. A drawing-out lid 4 is opened by pushing an opening knob 4c linked to the locking mechanism 4b provided at the drawing-out lid 4, and a knob of the pack 11 protruding from the drawing-out hole 5b provided to the elastic pressure-restricting valve 5 is drawn out to use the pack 11. In this case, the pack 11 can be used while the moisture attached to the pack 11 is being removed by the elastic pressure-restricting valve 5, and the pack 11 continued in a belt form is cut off at specific cutting parts and used, by using the narrow pressure and a back plate 5a of the elastic pressure-restricting valve 5.

Description

[Detailed Description of the Invention] <Industrial Field of Application> The present invention provides a wet gauze in a pack that is widely used in medical, beauty, menstrual, child care, etc. and can be kept at a predetermined temperature and easily taken out. It is related to a heat insulator.

<Prior Art> It is well known that there has been a towel steamer technology for warming packed wet gauze.

<Problems to be Solved by the Invention> However, in the device related to the above-mentioned technology, not only is the device relatively large, but the gauze inside the container must be taken out by opening and closing a door that covers the entire opening of the container. This technology was rarely used in ordinary households because it had drawbacks such as a large amount of heated air leaking out, making the container easily cold and increasing utility costs.

For this reason, in general households, methods such as soaking gauze in hot water and warming it each time were used.

However, this method is cumbersome and sometimes takes a long time, so it is common practice to use wet gauze while it is cold. There are problems such as low effectiveness, which is particularly disappointing when the user is an elderly person or a small child.

The insulator for packed wet gauze according to the present invention was developed in view of the above-mentioned problems, and relates to a completely new technology that can keep wet gauze packed in a pack warm while changing the temperature according to the season. It is something.

<Means for Solving the Problems> The present invention provides a container which is provided with a heater whose temperature is controlled by a temperature control device on the outer peripheral wall, and which can house a pack of chewable gauze and a heat medium for heating the pack. This insulator for wet gauze in a pack is characterized in that it is provided with a body, a replenishment lid for replenishing the wet gauze in the pack, a replenishment lid for replenishing the heat medium, and a tool for taking out the pack and holding the pack.

<Function> As described above, the wet gauze heat insulator in a pack according to the present invention is provided with a heater whose temperature can be adjusted by a temperature control device on the outer periphery of a container capable of storing a pack containing a heat medium such as water. Therefore, the entire container can be heated to a predetermined temperature, and since the outer body is provided with a heat insulating part made of voids on the outside of the container, it protects the internal container and heater from the outside and prevents heat radiation. In addition, since a stretchable squeezing valve is installed at the opening of the replenishment lid, this squeezing valve can remove moisture that has adhered to the pack that has been immersed in hot water when the pack is taken out. This narrowing pressure allows the packs to be separated at the notch made at the boundary between consecutive packs. In addition, since the supply lid and the container are respectively provided with a pack presser with a protrusion to prevent the pack from tipping forward and a protrusion to prevent the pack from slipping, one embodiment of the wet gauze warmer in a pack according to the present invention can be seen from the inside diagram of the container. Specifically, in FIGS. 1 to 6, 1 is a container in which a heat medium 1 such as water is placed.
0 and packed wet gauze 11, and a heater 6 for heating and keeping warm is provided on its outer peripheral wall, the temperature of which can be adjusted by a temperature controller 7 such as a microcomputer. This heater 6 has a heater cover 13
covered by. Further, since the heater 6 is provided with a water return device in a portion that prevents heating, hot water leaking out when the pack is taken out and water droplets generated by condensation are returned to the container. Furthermore, since a take-out lid that can be freely opened and closed is provided to cover the opening of the replenishment lid, the opening can be easily closed or opened and the pack can be easily taken out each time.

<Example> The exterior body 2 is tightly fixed to the container 1.
It is provided through a heat insulating section 17 consisting of a predetermined gap. A bottom cover 14 is removably attached to the lower end of the exterior body 2, and a supply cover 6 is attached to the upper end via a hinge so that it can be opened and closed. The bottom lid 14 is provided with a protrusion 14a that supports the bottom of the container 1, and an elastic seal 15 is provided.
The container 1 is fixed through. The replenishment lid B is provided with an elastic seal 15 that can be brought into close contact with the upper edge of the exterior body 2, so that the inside of the container 1 can be kept airtight. Between the container 1 and the exterior body 2 and the supply lid 6
In order to prevent heat radiation inside the container 1, a heat insulating part 17 consisting of a void is provided inside the container 1 and the inside of the take-out lid 4, respectively. An opening is provided at one end of the replenishment lid B through which the packed wet gauze 11 stored in the container 1 can be gradually taken out. This opening is provided with a take-out hole 5b for removing moisture attached to the pack 11, and by the constriction pressure, the pack 11 in the container 1 is pulled out to the outside through this take-out hole 5b, and is elastically narrowed. The narrowing pressure of the pressure valve 5 and the back plate 5a allow the packs 11 connected in a band shape to be separated at a predetermined cut portion.

A depressurizing air hole 6a is provided around the opening of the supply lid B, and the same <4d is provided in a part of the take-out lid 4, so that when the air pressure inside the container 1 becomes high, the air pressure is removed from this part. It is configured so that the pressure inside the container 1 can be kept constant by releasing the water. In addition, at the lowest part of the opening of this replenishment lid 6, there is a core 12b with good water absorption that penetrates through the center of an elastic material 12a that can be brought into close contact with the replenishment lid 6 to the back side. A water return device 12 is installed, through which hot water leaking from the container 1 and moisture generated by condensation are returned to the container 1. Furthermore, a bank presser 9 having a tipping prevention protrusion 9a is attached to the lower surface of the replenishment lid B, which prevents the stored packs 11 from being disturbed in the container 1 and becoming difficult to take out. Furthermore, as shown in FIG. 1, the opening of the replenishment lid 6 is engaged with the replenishment lid B via a locking mechanism 4b, and an unlocking knob 4c connected to the locking mechanism 4b is provided. By pressing, the extraction lid 4 can be opened, thereby opening the extraction hole 5.
The bag 11 is configured such that the grip portion of the pack 11 protruding from b can be pulled out. A similar locking mechanism (
The replenishment lid 6 is engaged with the exterior body 2 by means (not shown), so that the pack 11 and a heat medium such as water can be stored or filled into the container 1.

Furthermore, a safety switch 16 is provided at the bottom of the container 2, and the switch is automatically turned off in the event of an overturning.

When using the packed wet gauze heat insulator according to the present invention, the packed wet gauze 11 and the heat medium 10 are stored in the container 1, and the tip of the packed wet gauze 11 is attached to the opening of the supply lid 6. The pack of wet gauze 11 is heated by inserting the replenishment lid into the extraction hole 5b provided in the narrow pressure valve 5 and heating it to about 60 to 80°C.

When in use, the lock mechanism 4 provided on the take-out lid 4
The user presses the opening knob 4c connected to the opening knob 4c to open the take-out lid 4, and picks up the part of the pack 11 coming out from the take-out hole 5b provided in the elastic narrow pressure valve 5 and takes it out for use. At this time, the moisture attached to the pack 11 can be taken out while being removed by the elastic narrow pressure valve 5, and the packs 11 connected in a band shape are separated at a predetermined notch using the narrow pressure of the elastic narrow pressure valve 5 and the back plate 5a. It can be used.

The pack presser 9 in the above embodiment has a structure in which both ends of the support shaft 9c of the presser 9 are inserted into a bearing hole 2a provided in a part of the exterior body 2 connected to the upper edge of the container 1, as shown in FIGS. 8 and 9. I can do what I did. In this case, the presser tool 9 is given a predetermined weight.

Although the object to be kept warm in the above embodiments was described as wet gauze packed in a pack, items other than packed wet gauze, such as cosmetic puffs, can also be used in the wet gauze warmer of the present invention.

<Effects of the Invention> Since the pack-filled wet gauze heat insulator according to the present invention has the above-mentioned structure and function, the pack-packed wet gauze warmed to a predetermined temperature is always stored in the heat insulator, and it can be used as needed. This can be removed as needed, thereby eliminating discomfort when it is cold, and using warmed wet gauze to remove dirt and the like very effectively. Furthermore, the heat insulator of the present invention is easy to handle and the device is small, so it can be placed anywhere and is easy to use. In addition, when the wet gauze or heat medium stored in the container is used up, it can be easily added and used permanently. In addition, the structure is simple, so it can be mass-produced at low cost, and has many other features.

[Brief explanation of the drawing]

Fig. 1 is a sectional view A of Fig. 2 showing the state of use of the pack wet gauze heat insulator according to the present invention, Fig. 2 is an external view, and Fig. 6 is a sectional view B of Fig. 2; Figure 4 is a perspective view of the water return device, Figure 5 is a perspective view of the pack presser, Figure 6 is a perspective view of the elastic narrow pressure valve, Figure 7 is a sectional view of A in Figure 6, and Figure 8 is the other side. The bearing of the pack presser is a partial perspective view, and FIG. 9 is a perspective view of the other pack presser. 1 is a container, 1a is a protrusion to prevent slippage, 2 is an exterior body, 2a
is a bearing groove, 3 is a supply lid, 3a is a depressurized air hole, 4 is an extraction lid, 4a is a hinge, 4b is a locking mechanism, 4c is an unlocking knob,
4d is a depressurizing air hole, 5 is an elastic narrow pressure valve, 5a is a back plate, 5b
is the extraction hole, 6 is the cover, 7 is the temperature controller, 8 is the fuse,
9 is a holding tool, 9a is a protrusion to prevent forward falling, 9b is a holding bar 90 is a support shaft, 10 is a heat medium, 11 is a wet gauze in a pack, 12 is a water return device, 12a is an elastic material, 12b is a core, 1
3 is a heater cover, 14 is a bottom cover, 14a is a projection, 15
16 is an elastic seal, 16 is a safety switch, and 17 is a heat insulating part. Patent applicant Miyuki Arimoto, representative director of Kokuho Construction Co., Ltd. Procedural amendment (method) Description of the case 1999 Patent Application No. 1 23116 2゜ Name of the invention Person who amends the warmer for wet gauze in a pack Relationship to the case

Claims (7)

[Claims] (1) A heater whose temperature is controlled by a temperature control device is provided on the outer circumferential wall, and an exterior body is provided in a container capable of storing the packed wet gauze and a heat medium for heating the pack, and the packaged wet gauze and heat A replenishment lid for replenishing the medium and a take-out lid for taking out the pack are attached so as to be openable and closable, and the replenishment lid is provided with an elastic narrow-pressure valve having a pack take-out hole, a water return device, and a pack holder. A wet gauze warmer in a pack. (2) The wet gauze heat insulator packed in a pack according to claim (1), characterized in that a heat insulating section consisting of a void is provided between the container and the exterior body and inside the supply lid and the take-out lid. (3) The pack according to claim (1), characterized in that a replenishment lid is provided on the exterior of the container opening through a hinge, and a take-out lid is provided on one end of the replenishment lid through a hinge. A warmer made of wet gauze. (4) The warmer for wet gauze in a pack according to claim (1), wherein the replenishment lid includes a pack presser provided with a protrusion to prevent forward tipping. (5) The wet gauze heat insulator in a pack according to claim (1), wherein the container is configured with a protrusion to prevent the pack from slipping off. (6) Claim (1) characterized in that the supply lid is constructed by providing an elastic narrow pressure valve with a back plate made of a hard material in one piece.
Wet gauze warmer in the pack described. (7) The wet gauze heat insulator packed in a pack according to claim (1), wherein the replenishment lid is constructed by providing a water return device at the bottom where the opening of the replenishment lid is located.