An air tunnel diverter for a refrigeration unit includes a plurality of leg members secured to a hub. The hub is generally formed to include a fitting through which cooler air is passed to the leg members and routed into the desired locations within the refrigeration unit. The leg members are placed
An air tunnel diverter for a refrigeration unit includes a plurality of leg members secured to a hub. The hub is generally formed to include a fitting through which cooler air is passed to the leg members and routed into the desired locations within the refrigeration unit. The leg members are placed on the fitting by sliding one end of the leg members onto a leg portion of the fitting. The fitting is then secured to the leg members by an overmolding process in which a soft flexible plastic is cast or otherwise applied around the connection. Installation is further simplified by providing the leg members with a flexible portion. The air tunnel diverter is preferably secured in the refrigeration unit by foam insulation.
대표청구항▼
An air tunnel diverter for a refrigeration unit includes a plurality of leg members secured to a hub. The hub is generally formed to include a fitting through which cooler air is passed to the leg members and routed into the desired locations within the refrigeration unit. The leg members are placed
An air tunnel diverter for a refrigeration unit includes a plurality of leg members secured to a hub. The hub is generally formed to include a fitting through which cooler air is passed to the leg members and routed into the desired locations within the refrigeration unit. The leg members are placed on the fitting by sliding one end of the leg members onto a leg portion of the fitting. The fitting is then secured to the leg members by an overmolding process in which a soft flexible plastic is cast or otherwise applied around the connection. Installation is further simplified by providing the leg members with a flexible portion. The air tunnel diverter is preferably secured in the refrigeration unit by foam insulation. s transmitted over free space such that said phone assembly relays the phone signals to said processing assembly, said processing assembly broadcasting the received phone signals through said speakers for the user to hear. 4. The sports helmet as set forth in claim 3, further comprising: said communication assembly having a microphone, said microphone being operationally coupled to said processing assembly, said microphone being adapted for receiving verbal commands and communications from the user for said processing assembly such that said microphone is for controlling said phone assembly when said microphone receives verbal commands and said phone assembly transmits verbal communications received by said microphone. 5. The sports helmet as set forth in claim 4, further comprising: said microphone having a boom arm, said boom arm being selectively extendable from said body member such that said microphone is adapted for being positioned adjacent to a mouth of the user. 6. The sports helmet as set forth in claim 4, further comprising: said communications assembly having a radio assembly, said radio assembly being operationally coupled to said processing assembly, said radio assembly being adapted for receiving radio signals transmitted over freespace, said radio assembly being adapted for transmitting the radio signals to said processing assembly for broadcasting from said speakers, said processing assembly being adapted for terminating broadcasting of the radio signals when said phone assembly receives the phone signals, said microphone being adapted for controlling said radio assembly when said microphone receives verbal commands from the user. 7. The sports helmet as set forth in claim 4, further comprising: said communications assembly having a player assembly, said player assembly being operationally coupled to said processing assembly, said player assembly being adapted for playing audio files, said player assembly being adapted for transmitting the audio files to said processing assembly for broadcasting from said speakers, said processing assembly being adapted for terminating broadcasting of the audio files when said phone assembly receives the phone signals, said microphone being adapted for controlling said player assembly when said microphone receives verbal commands from the user. 8. The sports helmet as set forth in claim 7, further comprising: said communications assembly having at least one data port, said data port being operationally coupled to said processing assembly, said data port being adapted for selectively operationally coupling to a data source such that said data port is adapted for transferring audio files to said player assembly. 9. The sports helmet as set forth in claim 1, further comprising: said communications assembly having a tracking assembly, said tracking assembly being operationally coupled to a processing assembly, said tracking assembly being adapted for receiving timing data from satellites for determining a location of the user, said processing assembly being adapted for storing said timing data received by said tracking assembly for recording a path taken by the user when the user is wearing said body member, said tracking assembly being adapted for transmitting a tracking signal for being received by rescuers to guide the rescuers to your location. 10. The sports helmet as set forth in claim 1, further comprising: said communications assembly being positioned towards a rear of said body member, said body member having a cover member, said cover member being selectively positionable over said communications assembly such that said cover member is for protecting said communications assembly from being damaged. 11. The sports helmet as set forth in claim 1, further comprising: a goggle member being selectively coupled to said body member, said goggle member having a pair of eye portions, each of said eye portions being adapted for covering an eye of the user for prote
연구과제 타임라인
LOADING...
LOADING...
LOADING...
LOADING...
LOADING...
이 특허에 인용된 특허 (16)
Elsom Kyle B. (Cedar Rapids IA) Vandarakis Toni L. (Iowa City IA) Klemmensen Ramon L. (Cedar Falls IA), Air flow control for multi-port refrigerator duct.
Fernandez Alfredo Diaz,MXX ; Reguera Cesar Gutierrez Perez,MXX ; Vazquez Luis Humberto Uriostegui,MXX ; Camacho Gerardo Gonzalez,MXX ; Esqueda Bernardo Vazquez Mellado,MXX ; Gutierrez Jose Rafael Cas, Cooling system for compartments maintaining the relative humidity of refrigerated products.
Janke Donald E. (Benton Township ; Berrien County MI) Frohbieter Edwin H. (Lincoln Township ; Berrien County MI), Refrigerator temperature responsive air outlet baffle.
Janke Donald E. (Benton Township ; Berrien County MI) Frohbieter Edwin H. (Lincoln Township ; Berrien County MI), Refrigerator temperature responsive air outlet baffle.
Meehan, Steven Kyle; McGuire, Christopher Michael; Jolliffe, Brian Matthew; Moore, Jeffrey Lee; Crowe, Darrell Scott; Brown, Derek Allen, Faucet spout with water isolating couplings.
※ AI-Helper는 부적절한 답변을 할 수 있습니다.