JPS5995022A - Toilet bowl - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed description of the invention] This invention relates to a toilet bowl that is easy to carry.

BACKGROUND ART Conventionally, toilets that are easy to carry include toilet bowls and chamber pots. However, the premise is that bottles and chamber pots only function as saucers and are immediately subjected to post-processing such as washing. It is also not suitable for mobile phones. Furthermore, cleaning is not easy and unhygienic.

This invention has been made in view of the above-mentioned points, and its purpose is to provide a toilet bowl that is foldable when not in use for easy storage, can be closed after use, and can be disposed of hygienically.

Next, a preferred specific example of a toilet bowl according to the present invention will be explained based on the drawings.

In Figure 1, 1 is the toilet bowl body, and the toilet bowl body 1 is the structure 2.
44 and 56 to 65, and inner structures 46 to 54.
, 64, 65, and a water absorbing material 55.

The toilet main body 1 is liquid-tightly and bendably connected to the front swash plate part 2, the reinforcing plate parts 3 and 4 of the front swash plate part 2, and both edges 5 and 6 of the front swash plate reinforcing plate parts 3 and 4. Front swash plate side plate parts 7
, 8, and both push-in portions 11 and 12 which are foldably connected to the front swash plate side plate portions 7 and 80 and both edge portions 9 and 10,
A front plate part 14 liquid-tightly and bendably connected to the edge 13 of the front swash plate part 2, both reinforcing plate parts 15 of the front plate part 14,
16, a front bottom plate part 18 liquid-tightly and bendably connected to an edge 17 of the front plate part 14, both reinforcing plate parts 19, 20 of the front bottom plate part 18, and edges of both reinforcing plate parts 19, 20. Part 2
1, 22 Front bottom side plate parts 23 and 24, which are connected to the front plate part 14 in a liquid-tight and bendable manner, and an intermediate bottom plate part 26, which is liquid-tightly and bendably connected to the edge 25 of the front bottom plate part 18. and both reinforcing plate parts 27, 2 of the intermediate bottom plate part 26.
8, a rear bottom plate part 30 liquid-tightly and bendably connected to the edge 29 of the intermediate bottom plate part 26, both reinforcing plate parts 31, 32 of the rear bottom plate part 30, and edges of both reinforcing plate parts 31, 32. Part 3
3 and 34, and a rear slant plate section 38 that is fluid-tight and bendably connected to the edge 37 of the rear bottom plate 30. Both reinforcing parts 39 and 40 are connected to the plate part 38 in a fluid-tight and bendable manner, and edges 41 and 42 of both reinforcing parts 39 and 40
rear swash plate side plate parts 43 and 44 which are liquid-tightly and bendably connected to the rear swash plate, an inner front swash plate part 46 connected to the tip 45 of the front swash plate 2, and an edge of the inner front swash plate part 46. an inner side bottom part 47 which is liquid-tightly and bendably connected to the inner front swash plate part 46, an inner side plate part 48, 49 which is liquid-tightly and bendably connected to the inner front swash plate part 46 and an inner bottom part 47; The inner rear swash plate portion 50 and the inner side side plate portions 48 and 49 of the inner rear swash plate portion 50 are connected in a bendable manner.
inner side rear swash plate side plate portions 51 and 52, which are fluid-tightly and bendably connected to the inner rear swash plate, and both inner side plates which are liquid-tightly and bendably connected to both edges 66 and 67 of the inner side plate portions 48 and 49, respectively It consists of extension parts 53, 54 and a water absorbing material 55 adhered to the inner structure. As shown in FIG. 1, the water-absorbing material 55 is pasted in a substantially straight shape from the inner front swash plate 46 to the inner rear swash plate portion 50. The inner structure is also bonded at several points where it contacts the structure.

In addition, the reinforcing plate parts 3, 15, 19, 27, 31, and 39 are connected continuously. Reinforcement plate portions 4, 16, 20, 28
, 32, and 40 are also connected in series. Each plate portion of the structure of the toilet main body 1 is made of a rigid and waterproof plate material, such as paperboard coated on at least one side with a polyethylene film. The inner structure is made of a flexible and waterproof material, such as a laminate of polyethylene film and aluminum film. The water-absorbing material is made of, for example, a material made by stacking tissue paper, or a material made by wrapping powdered paper with tissue paper or the like.

The structure body and the inner structure body may each be formed by folding a single sheet of material and appropriately folding the sheet material. Alternatively, each plate may be provided with a bonding portion and formed separately, and then the plate portions may be bonded liquid-tightly to each other via the bonding portion by pressure bonding or an adhesive.

When the toilet main body 1 constructed as described above is used, the toilet main body 1 is placed at an appropriate height position and used with the direction A facing forward as shown in FIG. At this time, the inner side plate extensions 53 and 54 are tilted outward. Generally, the toilet main body 1 is placed on a flat place like a floor.

For example, when urinating into the toilet bowl main body 1, the urination is performed approximately from space D toward direction B. The urine poured in direction B hits either the water-absorbing material attached to the inner front slant plate part 46, the inner bottom part 47, or the inner side plate parts 48, 49. Most of the urine is absorbed by the water-absorbing material 55 no matter which part the urine hits. In other words, most of the urine scattered on the inner side plate parts 48 and 49 falls to the bottom due to its own weight and is absorbed by the water absorbing material 55. The water-absorbing material 55 not only absorbs water while weakening the force of urine, but also suppresses the noise generated during urination.

This water-absorbing material 55 prevents urine from moving rapidly within the toilet bowl body 1, so that urine can be prevented from easily flowing out even when the toilet bowl body 1 is tilted. Further, the inner side plate portions 48 and 49 are stretched almost to the center of the toilet main body 1, and form a deep space to prevent urine from scattering to the outside during urination.

In the case of feces, the toilet main body 1 is arranged and used so that the feces fall from space D to direction C.

At this time, even if the rear swash plate 38 is disposed forward, the stool moves forward along the swash plate due to its own weight, making it easier to store the stool after use.

Inner side plate parts 48, 49 and inner rear both side plate parts 51, 52
and side plate portions 23, 24, 35, 36, 43, and 44 respectively prevent feces from flowing out. By discarding the used tissue paper inside the toilet bowl, you can prevent it from staining the surrounding area.

Next, the assembly of the toilet main body 1 will be described when using this toilet.

The toilet bowl main body 1 is in a collapsed shape as shown in FIG. 2 when stored. In other words, both side plate parts 7, 8, 23, 24, 3
5, 36, 43, 44 are turned outward and the bottom sides 23,
The ridgeline portions 64 and 65 of No. 24 are each crushed to the outside. For example, it is wrapped in a heat-shrinkable film or the like in this form. When this heat-shrinkable film, etc. is removed, the toilet body rises up to increase its volume as shown in Figure 3 due to the pressure difference between the plate materials of each part of the toilet body 1, and the shape of the toilet body when in use is visible to the user. This makes it easier to imagine and subsequent assembly. When the rear swash plate portion 30 is lifted up, both key portions 60 and 6 that have been bent inward at both edges 62 and 63 are removed.
1 is inserted into both holes 58 and 59, respectively. The rear swash plate portion 38 maintains a predetermined angle.
It can withstand forces acting downward. Next, the front swash plate part 2
Lift up both push-in parts 11 and 12 so that the tips of the front swash plate side plate parts 7 and 8 fit into the holes 56 and 57 provided in the bottom plate reinforcing plate part, and the front swash plate part 2 maintains a predetermined angle. , and can withstand downward forces.

Next, open the extensions 53 and 54 of the inner side panels 48 and 49 to the outside, take out the tissue paper, wet napkin, sealing adhesive tape, bag with sealing chuck, etc. stored inside, and remove the toilet bowl body 1. It can be used by placing it in an appropriate location. The inner side plate extensions 53 and 54 are folded outward when in use, but it is also possible for the user to step on them with his or her feet and fix the toilet bowl body. After use, it is possible to cover the waste by folding it inward, and if the waste is kept below a predetermined height when sealing, it is possible to prevent the waste from coming out. The length of the water-absorbing material portion 55 is set short so that it does not hit the front swash plate portion 2 when the rear swash plate portion 38 is tilted forward, thereby ensuring complete sealing. By setting the length of the rear swash plate 38 in both directions to be slightly larger than the length of the front swash plate 2 in both directions, the two can be properly combined when sealed after use. At this time, both reinforcing plate parts 39 and 40 are not bonded to the rear swash plate part 38.

The method of disposal after using the toilet is as follows.

The inner side plate extensions 53 and 54 are folded inward.

Remove the tips of both side plates of the front swash plate from the holes 56 and 57, and while pushing the inner side plates 48 and 49 inward, lower the front swash plate 2. Remove both keys 60, 61 connected to both sides of the rear swash plate from both holes 58, 59, and lift the rear swash plate 38 upward so that it can be bent at the edges 25, 29. to defeat. At this time, the rear swash plate section 38 overlaps the front swash plate section 2. Seal the overlapping border by pasting the separately provided sealing adhesive tape. Place the sealed toilet bowl in a bag with a sealing chuck and seal it with a zipper. For a sealed toilet bowl, see Figure 4. It is also possible to add a urine coagulant to the water absorbing material to coagulate the urine and prevent urine from flowing out more completely. Further, by adding an aromatic agent or a deodorizing agent to the toilet bowl body, etc., it is possible to reduce the discomfort caused by the odor during use. Furthermore, by adding a fungicide, it is possible to strengthen the epidemic prevention aspect.

As mentioned above, the toilet bowl of the present invention does not require any toilet facilities including water supply facilities when using the toilet, so even if the water supply facilities and drainage facilities are malfunctioning during various disasters and the flush toilet cannot be used, it can be used. Even if a toilet or toilet bowl is unavailable, it is possible to immediately, easily and hygienically perform toileting and post-treatment without degrading the environment.

Since it can be completely and instantly sealed, pests and bad odors will not occur even if it is left as is for a long period of time. This toilet bowl can store tissue paper and wet napkins containing disinfectant, allowing you to keep your hands and body clean even when water facilities are unavailable. Since this toilet is disposed of after being disposed of by each user, it is possible to maintain the environment in a clean state and prevent epidemics even when there is no one in charge of cleaning due to chaos during a disaster, etc. etc. can also be effective. Furthermore, it is possible to leave the product for a long period of time even in places or situations where it is difficult to collect it using a cleaning vehicle or recovery vehicle.

Sealed toilet bowls also facilitate collection, disposal, and incineration. This toilet bowl is small and lightweight, making it easy to carry. It can also be used in places where normal use is not possible, such as inside transportation equipment such as aircraft, ships, and automobiles, as well as on construction sites, battlefields, on steel towers, and in the mountains.

This invention can be effectively used not only by people who defecate themselves, but also for treating the feces of sick people and animals.

[Brief explanation of drawings]

Fig. 1 is an explanatory diagram of a toilet bowl according to a preferred embodiment of the present invention, Fig. 2 shows the toilet bowl when it is not in use, Fig. 3 shows the state with the heat shrink film removed, and Fig. 4 shows the toilet bowl when it is sealed after using the toilet. It is shown sealed with tape.

Claims (1)

[Claims] A toilet that is folded thin before use and can be sealed after use.