CN201453110U - A waterless self-cleaning automatic toilet - Google Patents

Abstract

The utility model discloses a waterless self-cleaning fully automatic toilet which comprises a toilet collecting pan connected with a box body, the entrance of the box body is provided with a movable partition, a slanting plate is arranged under the movable partition, and the movable partition A scraper matched with the inclined plate is provided, the movable partition is connected with a driving device, and the driving device is connected with a human body sensing part and a position detecting element. The movable partition in the utility model can be automatically opened and closed when the user goes to the toilet and leaves, which can prevent the overflow of odor, the inclined plate can block the feces, and the scraper can remove the feces on the inclined plate during the movement of the movable partition , to maintain a clean appearance, so that people have a good sense, but also use urine to clean, strengthen the cleaning effect, so that no water is used for self-cleaning and cleaning.

Description

A waterless self-cleaning automatic toilet

technical field

The utility model belongs to toilet utensils, in particular to a waterless self-cleaning automatic toilet.

Background technique

At present, the known closet is a water-flush type, which adopts a water seal to deodorize, and the water-flush type closet wastes a large amount of precious water resources. Although some manufacturers have begun to study waterless toilets in the market, they have not been effectively promoted. The specific types are as follows:

1. Complete set of equipment for urinal-flushing toilet: that is, after collecting urine and changing color and deodorizing it by chemical means, it is used for toilet flushing. This method has high operating costs, troublesome maintenance, strong odor during use, and secondary pollution problems.

2. Urine and feces separation toilet: solid-liquid separation technology is adopted, and men's toilets are equipped with male urinals. The toilets are generally designed with front and rear separation, so that urine and feces can be stored separately. There are problems such as incomplete separation in this way, the closet cannot be kept clean, and the deodorization function is not strong.

3. Mechanical toilet: It adopts mechanical direct scraping, similar to a container-type bedpan, flushes with little or little water, and scrapes automatically after defecating. This way still needs water, and it is easy to cause discomfort to the toilet user.

4. Straight-down dry toilet: that is, a straight-down pit with no shelter in the middle. This kind is simple and easy to implement, but it is similar to the form of a toilet, which makes the toilet user very uncomfortable.

5. Train and ship type toilets: that is, straight row toilets, which are mostly used in trains and ships. This method needs to use a small amount of water, and some are also used in combination with vacuum pumps to save water. This is not completely anhydrous.

6. Packaged toilet: packed in plastic bags. This kind of maintenance is troublesome and requires secondary transportation and processing.

The above closet often makes the toilet user feel uncomfortable during use, especially it cannot be applied to medium and high-end occasions, and it cannot effectively remove the odor and cannot keep the closet clean. In the case of complete anhydrous, the use effect is relatively poor.

Utility model content

In order to overcome the deficiencies of existing water-saving toilets, sensory discomfort during use, inability to be completely anhydrous, and ineffective deodorization, the purpose of this utility model is to provide a waterless self-cleaning automatic toilet. Not only is it comfortable to look at, but it can also be completely anhydrous and flush-free, and it can keep itself clean.

The purpose of this utility model is achieved through the following technical solutions:

The waterless self-cleaning fully automatic toilet includes a toilet, the toilet is connected with a box, the entrance of the box is provided with a movable partition, a sloping plate is arranged under the movable partition, and a sloping plate is arranged on the movable partition. The scraper and the movable partition are connected with a driving device, and the driving device is connected with the human body sensing part and the position detecting element.

A further technical solution is: the toilet collector is provided with a urine collecting plate and a urine self-flowing groove above the sloping plate.

The movable partition in the utility model can be automatically opened and closed when the user goes to the toilet or leaves, which can prevent the overflow of odor, the inclined plate can block the feces, and the scraper can remove the feces on the inclined plate during the movement of the movable partition , to maintain a clean appearance, so that people have a good sense, but also use urine to clean, strengthen the cleaning effect, so that no water is used for self-cleaning and cleaning.

Description of drawings

Fig. 1 is the schematic diagram of the utility model structure.

Fig. 2 is a sectional view along A-A of Fig. 1 .

Fig. 3 is a schematic diagram of the collector plate and the urine self-flow tank.

FIG. 4 is a diagram of different usage states of FIG. 1 .

Detailed ways

See Fig. 1, Fig. 2, anhydrous self-cleaning fully automatic closet comprises a closet 1, and closet 1 is connected with a box body 5, and the entrance of box body 5 is provided with movable partition 3, and movable partition 3 is provided with The swash plate 4 and the movable partition 3 are provided with a scraper 10 cooperating with the swash plate 4, the movable partition 3 is connected with a rack 8 of a driving device, and the rack 8 cooperates with and is driven by the motor 6 in the driving device , The motor 6 is connected with the infrared photoelectric detection switch 9 of the human body induction component and the position detection element 7 and is controlled by them.

As shown in FIG. 3 , the urine collecting plate 2 and the urine artesian channel 11 located above the sloping plate can also be arranged on the above-mentioned toilet collector, and the artesian channel 11 is provided with slot holes 12 .

As shown in Figure 4, after a person goes to the toilet, the infrared photoelectric detection switch 9 immediately detects the human body, sends a signal, the motor 6 starts, the movable partition 3 is opened through the connected rack 8, and the scraper 10 is linked to move the inclined plate 4. The surface is scratched, and when the stroke of the rack 8 reaches the position detection element 7, the proximity switch sends a limit signal, and the motor 6 stops. Movable partition 3 is all opened this moment. The urine when people squat in the toilet is collected through the urine collecting plate 2 of the lavatory pan and flows to the inclined plate 4 through the urine flow groove 11 to achieve the effect of lubrication. The stool falls to the toilet pit through the inclined plate 4 . After the toilet is completed and the person leaves the toilet, the infrared photoelectric detection switch 9 detects that there is no one in the toilet and sends a signal that there is no one in the toilet. The plates 10 are linked to scrape the surface of the swash plate 4 again to complete the self-cleaning process of the swash plate 4 .

Claims (2)

1. A waterless self-cleaning fully automatic toilet, comprising a toilet collecting pan connected to a box body, characterized in that the entrance of the box body is provided with a movable partition, the movable partition is provided with a sloping plate, and the movable partition A scraper matched with the inclined plate is arranged on the top, the movable partition is connected with a driving device, and the driving device is connected with the human body sensing part and the position detecting element. 2. The waterless self-cleaning automatic toilet according to claim 1, characterized in that the toilet collector is provided with a urine collecting plate and a urine artesian channel above the sloping plate.

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