A rotary on / off air supply valve assembly with an air delivery port, driven by a geared motor.

TH28495UActive Publication Date: 2026-07-13บริษัท สยาม ริกซ์ แมนิวแฟคเจอริ่ง จำกัด
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Patent Information

Application Number
TH2403004317
Authority / Receiving Office
TH · TH
Patent Type
Utility models
Current Assignee / Owner
Filing Date
2024-12-23
Publication Date
2026-07-13
Estimated Expiration
2030-12-22

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Abstract

OCR 09WP 06 / 11 / 2568 The rotary on / off air supply valve assembly, driven by a rotating shaft, has an air delivery port and is driven by a shaft. With a gear motor, consisting of a lower valve body (10) which is a specific housing. Designed as a cylinder, one position of the lower valve body (10) has an inlet port. Air (AIR IN) (11) and one position of the lower valve body (10) have a passage. Air Out (12) The central part of the lower valve body (10) has a rotating shaft. Air outlet (20) is installed vertically. One position of the pivot has an air outlet. (20) There will be a through hole (21) that is best provided to have only one hole from one side of the spindle. Air passage (20) passes through to the other side of the spindle. There is an air passage (20) made Function as an air conveyor channel, it has the characteristic of having an air conveyor channel (20) rotating as The inner circle of the lower valve body (10) at the specified speed to allow the inlet channel Air (AIR IN) (11), Air Out (AIR OUT) (12) and Through-hole (21) are inhabited. The same central part to serve as the valve opening mechanism, air inlet (AIR IN) (11) The AIR OUT channel (12) and the BY channel (21) are not part of the central network. The same is used as a valve closing mechanism.
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Claims

OCR 09WP 06 / 11 / 2568 1. The rotary on / off air supply valve assembly, with its rotating shaft, has an air delivery channel and is... Driven by a geared motor, it consists of: The lower valve body (10) is a specific body designed in a cylindrical shape. One position of the lower valve body (10) has an air inlet (AIR IN) (11). And one position of the lower valve body (10) has an air outlet (AIR OUT) (12). Its special characteristics include: The center of the lower valve body (10) has a rotating shaft and an air passage (20). Mounted vertically, one position of the pivot has an air passage (20) and a through hole (21) at It is best to have only one opening from one side of the spindle with an air passage (20). Through to the other side of the spindle there is an air passage (20) which serves as a conveyor channel. weather It is characterized by a rotating shaft with an air passage (20) that rotates in a circular motion inside the body. Lower valve body (10) at the specified speed so that Air Inlet (11), Air Outlet (12), and Channel Through (21) is located in the same central part to serve as a valve opening mechanism. Air Inlet (11), Air Outlet (12), and Channel The through (21) is not located in the same central part to serve as a valve closing mechanism.

2. The rotary on / off air supply valve assembly, with a rotating shaft, has an air delivery channel and is... Driven by a geared motor, as per claim 1, where one position of the axis of rotation has a conveyor channel. The air (20) has a passage (21) that provides at least one opening.

3. The rotary on / off air supply valve assembly, with a rotating shaft, has an air delivery channel and is... Driven by a geared motor, as per claim 1, where one position of the axis of rotation has a conveyor channel. The air (20) has a passage (21) which is arranged in a number of groups.

4. The rotary on / off air supply valve assembly, with a rotating shaft, has an air delivery channel and is... Driven by a geared motor, in accordance with claim 1, where the air inlet (AIR IN) (11) and Air Out Channels (12) have equal or unequal diameters. Either one 5. The rotary on / off air supply valve assembly, with a rotating shaft, has an air delivery channel and is... Driven by a geared motor, in accordance with claim 1, where the air inlet (AIR IN) (11) and Air Out Channels (12) have equal or unequal diameters. Either one of the through holes (21) serves as an air channel.

6. The rotary on / off air supply valve assembly, with its rotating shaft, has an air delivery port and is... Driven by a geared motor, in accordance with claim 1, where the air inlet (AIR IN) (11) Air Out Channel (12) is stationary in nature, for the rotating shaft there is a conveyor channel. Air (20) has the characteristic of being able to move.

7. The rotary on / off air supply valve assembly, with a rotating shaft, has an air delivery channel and is... Driven by a geared motor, according to claim 1, where the upper valve body (30) has the following characteristics: It is a housing that includes a geared motor (31) connected to a rotating shaft with a conveyor channel. Air (20) acts as the driving force of the spindle, with an air passage (20) provided. It rotates in a circular motion at a set speed and rhythm in a repetitive, alternating on-off pattern.

8. The rotary on / off air supply valve assembly, with a rotating shaft, has an air delivery channel and is... Driven by a geared motor, in accordance with claim 1, where the air inlet (AIR IN) (11) and The broadcast channels (AIR OUT) (12) will be located opposite each other.

9. The rotary on / off air supply valve assembly, with a rotating shaft, has an air delivery channel and is... Driven by a geared motor, in accordance with claim 1, where the air inlet (AIR IN) (11) and The broadcast channel (AIR OUT) (12) is in a non-opposite position.

10. The rotary on / off air supply valve assembly, with a rotating shaft, has an air delivery port and is... Driven by a geared motor, in accordance with claim 1, which is assembled with a control cabinet (40) All control functions, air supply control valve (50) installed on the air supply line. Inlet (61) and outlet air pipes (51), rotary shut-off air valves (60) are installed on The inlet air delivery pipe (51) and the outlet air delivery pipe (52) are the pipes that serve to inject air. It goes out through the nozzle (70) located inside the washing chamber (80) to blow away the workpiece, automotive parts (90). To remove residual metal shavings and water adhering to the workpiece.