KR-20260064382-A - Artificial intelligence trash bin with autonomous location movement and automatic garbage disposal function

Abstract

The autonomous mobility device comprises: an automatic opening and closing device for odor prevention that opens automatically upon proximity to a user; a crowd analysis system that measures the population from the outside; a warning system for safe movement during various emergency situations, such as stampede accidents, fires, or adverse weather conditions; an information display providing weather information, advertisements, or information on surrounding commercial areas; a trash compactor plate when trash overflows; a trash can module that compresses the trash inside the compactor plate; a vending machine module for commercial use; an emergency supplies module usable in the event of cardiac arrest or other emergency situations; and a goods loading module capable of transporting goods; wherein at least one of the trash can module, vending machine module, emergency supplies module, and goods loading module is detachable.

Inventors

• 지민석

Assignees

• 지민석

Dates

Publication Date

20260507

Application Date

20241031

Claims (1)

1. Automatic opening and closing device for odor prevention that opens automatically when a user approaches; Crowd analysis system that measures population from the outside; Warning system for safe movement in various emergency situations, such as stampede accidents, fires, or adverse weather conditions; Information display providing weather information, advertisements, or information about surrounding commercial areas; Trash compactor when trash overflows; A trash can module that compresses waste inside a compression plate; Commercially available vending machine module; Emergency supply module usable in case of cardiac arrest or emergency situations; Includes a goods loading module capable of transporting goods; and At least one detachable autonomous mobile device among a trash can module, a vending machine module, an emergency supplies module, and a goods loading module.

Description

Artificial intelligence trash bin with autonomous location movement and automatic garbage disposal function The present invention relates to a mechanical device that helps pedestrians conveniently dispose of trash, and more specifically, is used in places where pedestrians gather. Pedestrians inevitably generate trash while consuming various foods and beverages, and as a result, trash accumulates on streets or around event venues, sometimes creating a visually unpleasant sight. This waste problem causes not only visual discomfort but also has a negative impact on the environment and hygiene. The lack of trash cans makes it difficult to dispose of waste, and illegal dumping or disposal in foul-smelling areas can degrade the cleanliness and hygiene of public spaces. I believed that an appropriate waste disposal system is necessary to resolve this issue and boost consumer spending. FIG. 1 is a perspective view showing a moving device of the present invention. FIG. 2 is a perspective view showing the moving device of the present invention. FIG. 3 is a perspective view showing a moving device according to a preferred embodiment of the present invention. FIG. 4 is a perspective view showing a moving device according to a preferred embodiment of the present invention. FIG. 5 is a perspective view showing a moving device of the present invention considering a commercial design. The present invention relates to a mobile device capable of attaching and detaching various types of commercial or non-commercial modules, and Figure 1 is a perspective view of an autonomous driving mobile device. Referring to FIG. 1, the mobile device specifically includes an automatic opening and closing device (101) including a solar panel that opens when a user comes to dispose of trash nearby; a crowd analysis system (120) capable of identifying where the population is concentrated in an environment; a warning system (130) for safe movement capable of preventing problems such as stampede accidents or heatstroke; an information display (150a, 150b) capable of displaying information such as maps, weather, commercial areas, etc., or placing advertisements; a trash compactor plate (211) included inside a detachable trash can module (210); and a commercially available vending machine module (300). Figure 2 is a perspective view of an autonomous driving mobile device. Referring to FIG. 2, the device includes an automatic opening and closing device (101) that opens when a user comes to dispose of trash nearby, including a solar panel; a crowd analysis system (120) that can identify where the population is concentrated in a given environment; a warning system (130) for safe movement that can prevent problems such as stampede accidents or heatstroke; an information display (150a, 150b) that can display information such as maps, weather, commercial areas, etc., or display advertisements; an emergency supplies module (400) that can carry emergency supplies such as a defibrillator that can be used in an emergency or critical situation; and an item loading module (500) that can move items or food. Figure 3 is an example of use. Referring to FIG. 3, the mobile device specifically includes an automatic opening and closing device (101) that includes a solar panel that opens when a user comes to dispose of trash nearby; a crowd analysis system (120) that can identify where the population is concentrated in an environment; a warning system (130) for safe movement that can prevent problems such as stampede accidents or heatstroke; an information display (150a, 150b) that can display information such as maps, weather, commercial areas, etc., or display advertisements; and a trash compactor plate (211) included inside a detachable trash can module (210). Figure 4 is an example of use. Referring to FIG. 4, the mobile device specifically includes an automatic opening and closing device (101) including a solar panel that opens when a user comes to dispose of trash nearby; a crowd analysis system (120) capable of identifying where the population is concentrated in an environment; a warning system (130) for safe movement capable of preventing problems such as stampede accidents or heatstroke; an information display (150a) capable of displaying information such as maps, weather, commercial areas, etc., or displaying advertisements; and a trash compactor plate (211) included inside a detachable trash can module (210). FIG. 5 is a perspective view with an added commercial design of an autonomous driving mobile device. Referring to FIG. 5, the system includes a crowd analysis system (120) capable of identifying where a population is concentrated in an environment; a warning system (130) for safe movement capable of preventing problems such as stampede accidents or heatstroke; an information display (150a) capable of displaying information such as maps, weather, commercial areas, etc., or displaying advertisements; a trash compactor plate (211) included inside a deta