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JP-3255717-U - Dishes that use reusable, no-wash plastic wrap by vacuuming it.

JP3255717UJP 3255717 UJP3255717 UJP 3255717UJP-3255717-U

Abstract

[Problem] To provide tableware that uses suction to remove reusable plastic wrap that does not require washing. [Solution] A new piece of plastic wrap 3 is placed on the suction dish 1, and the air is sucked out by the suction device 2, causing the plastic wrap 3 to be molded to the inner shape of the suction dish 1. This creates a deeply recessed dish (a form 100 that can be used as a dish), which can then be removed from the suction device 2. This allows for the preparation of a hygienic dish in a short time when needed, and it can be reused many times without washing. In times of disaster, water is unavailable and dishes cannot be washed, so food packaging plastic wrap is used to cover dishes, but conventionally, it has been limited to shallowly recessed shapes. [Selection Diagram] Figure 6

Inventors

  • 松井 信之

Assignees

  • 松井 信之

Dates

Publication Date
20260507
Application Date
20251006

Claims (4)

  1. The inner side (depth 16) cross-sectional shape of the suction dish 1 has a straight shape from the upper outer circumference (circumference 6) to the bottom surface (tea reservoir 7), and has a groove 11 for releasing air. The entire bottom surface 13 of the suction dish 1 has a grid-shaped through-hole 8 that allows air to escape, extending from the inner bottom surface (tea reservoir 7) of the suction dish 1 to the bottom surface 13. The upper surface of the suction device 2 has a mounting hole shaped to allow only the top portion 9 of the suction dish 1 to be inserted, and in the mounting hole 10, By providing a suction device 2 that has a discharge function to discharge air downward from the mounting hole 10, With the suction dish 1 attached to the suction device 2, a commercially available food packaging wrap film (hereinafter referred to as wrap 3) is cut into a square and placed on the top surface (upper surface 6) of the suction dish 1, and air is sucked out by the suction device 2. The wrap 3 is suction-molded to the shape of the inner side (depth 16) and inner bottom (tea reservoir 7) of the suction-molded tableware 1, thereby enabling it to be used as tableware even in deeply recessed shapes. Dishes that use reusable, no-wash plastic wrap by vacuuming it up.
  2. Regarding the tableware used with reusable, no-wash plastic wrap as described in billing amount 1, When the wrap 3 has been de-aired by the suction device 2 and is in a state where it can be used as tableware, The wrap holder 5 has an inner shape that is the same as the groove shape 15 located at the boundary between the outer top 9 and the side 12 of the top 12 of the suction dish 1, and is also sized to allow the wrap 3 to be held in place. The placement is from the upper outer circumference (circumference 6) of the suction tableware 1 to the area below where the mouth touches when used for eating. The form can be opened and closed to the left and right by a hinge, and when closed, a locking mechanism engages to secure it in place. After arranging the remaining plastic wrap 3 that was not adhering to the inside of the suction dish 1 toward the outside and downward direction, it is then sandwiched between the plastic wrap holder 5 and the suction dish 1. To be in a form 100 that can be used as tableware, A type of tableware that uses a vacuum-sealed, reusable wrap that does not require washing.
  3. A tableware system characterized by a detachable structure between the form 100, which can be used as tableware, and the suction device 2, which allows for the use of reusable, wash-free plastic wrap by suction.
  4. A dishware device that uses reusable, wash-free plastic wrap, characterized by the use of a low-voltage DC power supply for the suction device 2.

Description

This invention involves placing commercially available food packaging wrap film (hereinafter referred to as "wrap") on top of a container and expelling the air from inside the container, This invention relates to a device that uses air suction to adhere and mold plastic wrap to the inside of a container, allowing it to be used as tableware for food. During disasters, water supply is unavailable, making it impossible to wash dishes. Therefore, alternative tableware that can be used hygienically for meals is necessary. Utility Model Application No. 2019-003127 External perspective view of form 100, which can be used as tableware.Cross-sectional view of suction tableware 1Perspective view showing the suction dish 1 attached to the suction device 2.Perspective view showing the wrap 3 placed on the suction dish 1.Perspective view showing the state in which the park presser foot 4 and the wrap presser foot 5 are attached.A perspective view showing the form 100, which can be used as tableware, removed from the suction device 2. The details of the invention will be described below with reference to the drawings, illustrating the actual embodiments. (During a disaster) During a disaster, water supply may be unavailable, making it impossible to wash dishes. However, by using the tableware of this invention (form 100 that can be used as tableware), New wrap can be used when needed, and a large quantity of tableware (in a form usable as tableware 100) can be prepared hygienically in a short time. Furthermore, it can be reused many times. Even with a small number of dishes (100 forms that can be used as dishes), it is possible to provide meals to many disaster victims, and the only waste generated is used plastic wrap, significantly reducing the amount of waste produced after meals. By using a low-voltage DC power supply for the suction device 2, it is possible to use readily available items such as dry cell batteries, car batteries, or mobile batteries. Furthermore, in the event of a disaster, AC power is restored faster than water, and by designing the system to allow the use of mobile device chargers, it becomes easier to use and is expected to be useful in places such as relief stations. The types of tableware can also be standardized by changing the diameter of the container (diameter 6) and the depth of the indentation for each size of wrap 3.