TH71992A - Vacuum cutter And a water supply valve and faecal toilet that has this - Google Patents

Abstract

DC60 (30/11/54) What has been revealed is the more reliable vacuum cutter. The vacuum cutter consists of a main body with an inlet (26,41), an inlet (34,48), a water inlet (30, 44) for the inlet and mouth connection. The water outlet in such a way as to allow the fluid to pass through, and the first ambient air inlet (36, 50) and the second ambient air inlet (37,49) for the passage. The flow of the connection communicates in such a way that the fluid flows with the surrounding air; The first valve body (28,42) and the second valve body (32,46), which are positioned at the end of the first valve body. With the first valve body being released Designed to be able to move between one position That make the entrance to the waterways connect The manner in which the fluid flows with the zone of the water flow between the first and second valve bodies when the water flows through the water flow and the second that allows the first ambient air intake. To connect, communicate In such a way that the fluid flows with the zone of the water flow between the first and second valve bodies when water is inhibited from the flow through the flow The second valve body is designed to allow movement between First position That allows the zone of the water flow between the first and second valve to communicate in The manner in which the fluid flows with the inlet and outlet. When the water is allowed to flow through the water flow and the second position allows the second ambient air intake to be connected to communicate in such a way that the fluid can flow. With a water outlet When water is inhibited from flowing through the flow of water What is revealed is a more reliable vacuum cutter. The vacuum cutter consists of a main body with a water inlet. (26,41) outlet (34,48) water outlet (30, 44) for inlet connection And the inlet in such a way that the fluid can flow and the first surrounding air inlet (36,50) and the second round inlet and outlet (37,49) for the passage The syrup flow communicates in such a way that the fluid flows with the surrounding air. The first valve body (28,42) and the second valve body (32,46), which are positioned at the end of the first valve body. With the first valve body being released Designed to be able to move between one position That caused waterways to connect in The nature of the shoulder flow and the zone of the water flow between the first and second valve bodies when the water is inhibited from the flow through the flow. The second valve body is designed to allow movement between First position That allows the zone of water flow between the first valve And the second connected communicates in The manner in which the fluid flows with the inlet and outlet When the water is allowed to flow through the water flow and the second position allows the second ambient air intake to be connected to communicate in such a way that the fluid flows. With a water outlet When water is inhibited from flowing through the flow:

Claims (8)

1. A vacuum cutter that contains Main body with inlet, inlet, outflow for inlet connection. Enter such water And throw the water out there In order to provide first and second ambient flow of fluid and air inlet for use such water flow, it is connected in the flow of Flows with the surrounding air through it The first valve body, which is located in the main body, and the second valve body, at the end of the first valve body, is Designed to be able to move between one position Where the valve body Close the first surrounding air intake. And opened the mouth of the water inlet so that the mouth The inlet is connected in such a way that the fluid flows with the zones of the inlet between them. The first valve And second as mentioned When the water is let go through the flow and the second position where the first such valve closes the mouth of the inlet and opens the first surrounding air inlet to allow the water inlet. The surrounding air that one such connects communicates in a way with a flow of Flow with the Mekong of the said water flow between the first valve And second as mentioned When the water is suppressed And the second valve body is designed to be able to move between the first position. Where the valve body The second closed the second ambient air intake. And open the zone of such water flow Between the first valve body And the second, so that the zone of the aforementioned flow between the first and second valve bodies is connected to communicate in such a way that the flow of fluid is possible with the inlet. Said when it was allowed to flow through the flow of water And the second position where the second valve body closes the zone of the said water flow between the first valve body. And second as mentioned And open the water inlet pipe The second ambient air to allow the water inlet to the second ambient air to connect to communicate in The nature of the water flow with the mouth of the said water outlet. When water is restrained from the flow through it. 2. The vacuum in accordance with claim 1, where the valve body one And the second is different from Each other in the form of motion 3. Vacuum body according to claim 2, where in one valve body one And the second thereof Type of linear motion of the valve body. And the rest of the valve body that looks like a swinging valve. 4. The vacuum body according to claim 1, which is also equipped with water support parts for the secondary. Receives water that overflows from the first ambient air inlet inside it. And the moving pipe line made Let the water overflow from the second ambient air inlet flow into the said water reservoir. 5. The vacuum body according to claim 1, which is also equipped with water support parts for the secondary. Get the water overflow from the second ambient air inlet in it. And moving pipe lines for The overflow of water from the first ambient air intake flows into the said water reservoir. 6. Water supply valve assembly Containing Vacuum cutter according to claim 1; The main valve element is designed to provide a specific connection to the fluid communication. Between water systems And the inlet of the vacuum cutter And pickup, the fluid communication connection between the system and the inlet Of the airless cutter and the water discharge line, which is connected in such a way that a fluid flows with the cutout's inlet. Such a vacuum 7. Water supply valve assembly for supplying flushing water to a type of fork designed to They are directly connected in such a way that the fluid flows through the water system. Containing The lateral edge water line for flushing water is discharged from the section. Of the said toilet, the first vacuum cutter Consisting of a vacuum cutter according to claim 1, the outlet of the side said The gel-side water line for flushing water is discharged from the toilet jet nozzle. The second splitter, consisting of a cutout according to claim 1, inlet. The second interrupter is connected in such a way that the fluid flows through the water discharge line, the main valve, which is separated in line with the water system. And is designed to switch between the water stop state and the discharge state, and the commutating valve, which is designed for flushing That was fed from the water system through the body The main valve is to be fed exclusively to one of the cutter inlet inlet. The first air contract And the inlet of the second vacuum cutter 8. Toilets that consist of a toilets, including a bowl with a top section made up of a rim and a jet nozzle which is positioned at The bottom of the jar And the water feed valve assembly according to claim 7