RU179563U9 - INFLATABLE TOILET DEVICE - Google Patents

Abstract

This utility model relates to sanitary equipment, in particular for children, namely, an inflatable toilet device that can be used on the road. The proposed inflatable toilet device includes an annular chamber with a seating surface, a valve with a plug and a receiving container connected with an annular chamber with its open end, and on the surface for sitting placed another chamber in communication with the annular chamber and made with the possibility of education in the inflated condition of the reflector, and the length of the specified yet another chamber is from 1/8 to 1/6 of the length of the annular chamber in its circumferential direction. The proposed utility model ensures the achievement of a technical result in the form of increased reliability of protection against spatter of waste outside the toilet device, which is achieved by performing on the annular chamber of the inflatable toilet device another chamber communicating with it, and in the inflated state forming a reflector of waste products, and having sizes, excluding spatter.

Description

FIELD OF TECHNOLOGY

This utility model relates to sanitary-hygienic equipment, in particular for children, namely to an inflatable toilet device that can be used in road conditions.

BACKGROUND

Various inflatable toilet devices are known that can be used on the road.

For example, an inflatable toilet device is known (patent for Czech Republic PM No. 21356, A47K 11/06, 10/20/2010) containing three annular chambers connected to each other, which communicate with each other. The device also contains a receiving container located in the Central hole formed by these cameras, and attached to them. On one of the annular chambers, a valve with a plug is made from the outside. The toilet device also has two protrusions that are made on the surface for the seat, located on the top of the three chambers. These protrusions are located in front and behind the device and allow the child to uniquely determine their position relative to the toilet device. However, the shape of the protrusion located in front does not allow using it as a reflector, which prevents the dispersion of waste products during the use of the pot. In addition, the specified receiving capacity cannot be removed and twisted to carry out its cleaning.

An inflatable pot is also known (patent for the PM of the Russian Federation No. 128090, A47K 11/06, 05/20/2013), containing the upper and lower chambers connected to each other on four sides by a single seam without the formation of gaps between the chambers, a container located in the central part of the upper chamber connected to the upper chamber with the possibility of longitudinal movement, and a valve with an inlet and a plug, designed to inflate an inflatable pot. However, the well-known inflatable pot does not contain means to prevent the dispersion of waste in the process of its use. In addition, the design of the pot does not contain any means that would allow the child to uniquely determine his position relative to the pot, which, if the child is improperly planted on the pot, can also lead to contamination of surrounding surfaces with waste products.

The closest solution to this utility model is an inflatable toilet device (French patent No. 2653653, A47K 11/04, 05/03/1991) containing an annular chamber configured to be inflated. Said annular chamber has front and rear projections located on the seating surface of the chamber. Front and rear cameras provide unambiguous placement of the child on the toilet device. In addition, the front protrusion is also used as a reflector of waste. The known toilet device has a length of about 32 cm and a width of about 24 cm, while the length of the front protrusion in the annular direction of the chamber is 6 cm. Considering that the shape of the toilet device is essentially an ellipse, it is possible to calculate the approximate length of the known camera in annular direction, which will be L = π⋅ (a + b), where a and b are the lengths of the semiaxes of the ellipses. Thus, L = π⋅ (32/2 + 24/2) = 87.92 cm. Therefore, the length of the front protrusion will be 1/14 of the length of the chamber in the annular direction. However, despite the fact that the implementation of the protrusion with such dimensions allows the child to determine the correct position when sitting on the toilet device, its length is insufficient to provide reliable protection against spatter of waste, because the space between the baby’s legs will not be completely enclosed.

Therefore, there is a need to create a toilet device having reliable means of protection against splashing and identifying the correct position of the child relative to the toilet device. In addition, there is a need to expand the arsenal of technical means for a specific purpose, in particular the creation of a new design of the toilet device with advanced functionality.

DISCLOSURE OF A USEFUL MODEL

The objective of this utility model is to create an inflatable toilet device having means that would provide protection against spatter of waste outside the toilet device during its use.

According to one embodiment of the implementation of this utility model, the problem is solved due to the fact that the inflatable toilet device comprises an annular chamber with a seating surface, a valve with a plug and a receiving container connected to the annular chamber with its open end, and another one is placed on the seating surface the camera is in communication with the annular camera and configured to form a deflector in the inflated state, and the length of the specified another camera is from 1/8 to 1/6 of the length pectoral camera in its circumferential direction.

The claimed embodiment of the utility model ensures the achievement of a technical result in the form of increased reliability of protection against sprinkling of waste outside the toilet device, which is achieved by placing another camera on the annular chamber of the inflatable toilet device, communicating with it and in the inflated state forming a waste reflector, the dimensions of which provide complete closure of the space between the legs of the child when it is placed on the toilet device. In addition, the technical result consists in the implementation of the above task - expanding the arsenal of technical means for a specific purpose by creating a new design of the toilet device with advanced functionality.

According to another embodiment of the utility model, said chamber has an annular side wall configured to be perpendicular to the surface for sitting in the inflated state of the toilet device.

Due to the execution of the walls of the specified chamber perpendicular to the surface for sitting and passing in the circumferential direction of the annular chamber provides reliable protection against spatter of waste outside the toilet device. In addition, the specified chamber in the inflated state provides a stable support for the child.

According to another embodiment of the toilet device, the shape of said chamber preferably corresponds to the shape of the annular chamber in its circumferential direction.

According to another embodiment, the toilet device may comprise a partition located inside the annular chamber in a plane perpendicular to its axis and attached to it to form two parts of the annular chamber communicating with each other.

According to yet another embodiment, the toilet device may include fastening means for attaching it to external structures.

BRIEF DESCRIPTION OF THE DRAWINGS

An inflatable toilet device according to the present utility model will now be described in more detail with reference to the accompanying drawings, in which:

FIG. 1 is a side view of an inflatable toilet device according to one embodiment of the present utility model;

FIG. 2 is a top view of the inflatable toilet device shown in FIG. one;

FIG. 3 is a perspective view of the inflatable toilet device of FIG. 1, with inverted receiving capacity.

DETAILED DESCRIPTION OF A USEFUL MODEL

The proposed inflatable toilet device shown in FIG. 1-3, contains an annular chamber 1 with a surface 2 for seating, a valve 3 with a plug 4 and a receiving tank 5. On top of the surface 2 for sitting the chamber 1 is another chamber 6, configured to form an inflated reflector of waste. This reflector allows you to prevent splashing of waste outside the toilet device.

The receiving container 5 is placed in the central hole of the annular chamber 1, connected to it by its open end by means of a seam 7, and is adapted to be removed from the annular chamber 1, as shown in FIG. 3. The receiving tank 5 has a depth corresponding to the height of the annular chamber 1 in the inflated state. Such a connection of the receiving tank 5 with the annular chamber 1 allows it to be turned outward, which greatly facilitates its cleaning after using the toilet device.

The chamber 6 communicates with the annular chamber 1 through an opening (not shown in the drawings) made in the chamber 1 directly below the chamber 6. This opening has a size that provides sufficient airflow for comfortable inflation of chamber 6 together with chamber 1. In the considered embodiment of the toilet device the diameter of this hole is 5 mm. However, the size of the hole may be increased. For example, the shape and size of this hole may correspond to a portion of the surface 2 located under the camera 6.

The chamber 6 has an annular side wall 8 made with the possibility of placement perpendicular to the surface 2 for sitting in the inflated state of the toilet device. The length of the chamber 6 is from 1/8 to 1/6 of the length of the annular chamber 1 in its circumferential direction. The shape of the chamber 6 corresponds to the shape of the chamber 1 in its circumferential direction. When a child is seated on a toilet device having such a shape and size, the child’s legs are located directly on the sides of the chamber 6, i.e. the space between the baby’s legs is completely closed. Therefore, the chamber 6, can prevent the dispersion of waste outside the toilet device, which is especially in demand when using the toilet device by boys.

A partition can be made inside the chamber 1 (not shown in the drawings), dividing the chamber 1 into the upper part 9 and the lower part 10 connected to each other. The specified partition is located in a plane perpendicular to the axis of the chamber 1 and connects the outer and inner sides camera 1 on its inside. The partition is fixed by means of seams. In FIG. 1 shows the location of the seam 11 attaching the partition to the outer side surface of the chamber 1. The use of such a partition allows the toilet device to be added more stable with a sufficient height of the device.

Elements of an inflatable toilet device can be made of flexible material, such as polyvinyl chloride (PVC) film.

The camera 1 can be made of several interconnected parts. In particular, the chamber may comprise an upper portion, an outer lateral portion, an inner lateral portion, and a lower portion that are joined together by seams. This embodiment of the chamber 1 allows you to give it the desired shape, as well as to make the lower surface of the chamber more flat, which ensures good stability of the toilet device on the supporting surface.

The toilet device can also be equipped with fasteners 12 located outside the camera on its side and designed to attach the device to external structures. The fastening means 12 can be a strip of material attached with its middle part to the chamber 1 and having connecting means at both ends, for example, Velcro tape. When the toilet device is attached to external structures, the ends of the strip are wrapped around any element of this structure and connected to form a loop.

An inflatable toilet device is used as follows. Having previously straightened the chamber 1, pump it with air through a valve 3, which is then closed using a plug 4. The toilet device is installed on a horizontal surface, in particular on the floor. After use, the receiving container 5 is removed from the camera 1 by pressing the bottom of the container, resulting in its inversion. After that, the container 5 is thoroughly washed and dried. Then, the plug 4 is opened and the toilet device is deflated. When deflated, the toilet device is essentially flat and therefore does not take up much space.

Claims (5)

1. An inflatable toilet device comprising an annular chamber with a seating surface, a valve with a plug and a receiving container connected to the annular chamber with its open end, characterized in that another chamber is arranged on the seating surface that communicates with the annular chamber and is configured to formation in the inflated state of the reflector, and the length of the specified another camera is from 1/8 to 1/6 of the length of the annular chamber in its circumferential direction. 2. The device according to claim 1, characterized in that said chamber has an annular side wall configured to be perpendicular to the surface for sitting in the inflated state of the toilet device. 3. The device according to claim 1, characterized in that the shape of said chamber corresponds to the shape of an annular chamber in its circumferential direction. 4. The device according to p. 1, characterized in that it contains a partition located inside the annular chamber in a plane perpendicular to its axis, and attached to it with the formation of two parts of the annular chamber communicating with each other. 5. The device according to claim 1, characterized in that it contains fastening means for attaching it to external structures.

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