TWI850406B
Effective component generation device (1) includes internal components (2), case (3), and air passage member (5). Air passage member (5) is housed in case (3) and surrounds discharger (21). Air blower (22) of internal components (2) generates air flow (F1) that outputs an effective component to the...
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| creator | ITO, MIKIO KAWASAKI, MOTOJI HIRAI, KOUITI URATANI, YUTAKA |
| description | Effective component generation device (1) includes internal components (2), case (3), and air passage member (5). Air passage member (5) is housed in case (3) and surrounds discharger (21). Air blower (22) of internal components (2) generates air flow (F1) that outputs an effective component to the outside. Air passage member (5) has upstream block (53) and downstream block (54). Upstream block (53) forms air supply passage (R1) on the upstream side. Downstream block (54) forms air discharge passage (R2) on the downstream side. Air passage member (5) includes air supply passage (R1) and air discharge passage (R2) in case (3), and forms air passage (R10) through which air flow (F1) passes. This provides effective component generation device (1) capable of efficiently generating air flow (F1) that outputs an effective component to the outside of case (3). |
| format | Patent |
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Air blower (22) of internal components (2) generates air flow (F1) that outputs an effective component to the outside. Air passage member (5) has upstream block (53) and downstream block (54). Upstream block (53) forms air supply passage (R1) on the upstream side. Downstream block (54) forms air discharge passage (R2) on the downstream side. Air passage member (5) includes air supply passage (R1) and air discharge passage (R2) in case (3), and forms air passage (R10) through which air flow (F1) passes. 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Air passage member (5) is housed in case (3) and surrounds discharger (21). Air blower (22) of internal components (2) generates air flow (F1) that outputs an effective component to the outside. Air passage member (5) has upstream block (53) and downstream block (54). Upstream block (53) forms air supply passage (R1) on the upstream side. Downstream block (54) forms air discharge passage (R2) on the downstream side. Air passage member (5) includes air supply passage (R1) and air discharge passage (R2) in case (3), and forms air passage (R10) through which air flow (F1) passes. 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Air passage member (5) is housed in case (3) and surrounds discharger (21). Air blower (22) of internal components (2) generates air flow (F1) that outputs an effective component to the outside. Air passage member (5) has upstream block (53) and downstream block (54). Upstream block (53) forms air supply passage (R1) on the upstream side. Downstream block (54) forms air discharge passage (R2) on the downstream side. Air passage member (5) includes air supply passage (R1) and air discharge passage (R2) in case (3), and forms air passage (R10) through which air flow (F1) passes. This provides effective component generation device (1) capable of efficiently generating air flow (F1) that outputs an effective component to the outside of case (3).</abstract><oa>free_for_read</oa></addata></record> |
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| subjects | APPLYING LIQUIDS OR OTHER FLUENT MATERIALS TO SURFACES, IN GENERAL ATOMISING APPARATUS CASINGS OR CONSTRUCTIONAL DETAILS OF ELECTRIC APPARATUS ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR ELECTRICITY MANUFACTURE OF ASSEMBLAGES OF ELECTRICAL COMPONENTS NOZZLES PERFORMING OPERATIONS PRINTED CIRCUITS SPRAYING APPARATUS SPRAYING OR ATOMISING IN GENERAL TRANSPORTING |
| title | TWI850406B |
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