The invention relates to lobe-type mixer tube for a bypass jet engine in which a bypass flow delivered by a fan is mixed with a hot gas stream issuing from the core engine, said lobe-type mixer tube having essentially circumferentially equally spaced gutter-shaped, radially moderately alternately in
The invention relates to lobe-type mixer tube for a bypass jet engine in which a bypass flow delivered by a fan is mixed with a hot gas stream issuing from the core engine, said lobe-type mixer tube having essentially circumferentially equally spaced gutter-shaped, radially moderately alternately inward and outward directed ducts to guide both the bypass flow and the hot gas stream, said ducts each having an end formed by an essentially plane extreme section and the respective extreme sections of some ducts when viewed in a longitudinal section extending in the direction of flow being inclined vis-a-vis the extreme sections of the other ducts. In this arrangement the radially outward directed ducts, when viewed circumferentially, alternately issue at points offset one from the other. In a preferred aspect, every other of the moderately radially outward directed ducts, when viewed circumferentially, has an extreme section which extends essentially normal to the centerline of the lobe-type mixer tube, while the extreme sections of the intervening moderately radially outward directed ducts are inclined counter the direction of flow and are therefore scarfed inversely.
대표청구항▼
The invention relates to lobe-type mixer tube for a bypass jet engine in which a bypass flow delivered by a fan is mixed with a hot gas stream issuing from the core engine, said lobe-type mixer tube having essentially circumferentially equally spaced gutter-shaped, radially moderately alternately in
The invention relates to lobe-type mixer tube for a bypass jet engine in which a bypass flow delivered by a fan is mixed with a hot gas stream issuing from the core engine, said lobe-type mixer tube having essentially circumferentially equally spaced gutter-shaped, radially moderately alternately inward and outward directed ducts to guide both the bypass flow and the hot gas stream, said ducts each having an end formed by an essentially plane extreme section and the respective extreme sections of some ducts when viewed in a longitudinal section extending in the direction of flow being inclined vis-a-vis the extreme sections of the other ducts. In this arrangement the radially outward directed ducts, when viewed circumferentially, alternately issue at points offset one from the other. In a preferred aspect, every other of the moderately radially outward directed ducts, when viewed circumferentially, has an extreme section which extends essentially normal to the centerline of the lobe-type mixer tube, while the extreme sections of the intervening moderately radially outward directed ducts are inclined counter the direction of flow and are therefore scarfed inversely. ory system upon which the requested memory operation is to operate; wherein the first logic section and the second logic section are configured such that: if the requested memory operation comprises a first type of memory operation, the first logic section may transmit, in response to the respective assertion of the second signal, one or more data words to the second logic section to be used in the memory operation, and also may cause, contemporaneously with transmission of the one or more data words to the second logic section, a respective assertion of a third signal; if the requested memory operation comprises a second type of memory operation, the second logic section may transmit one or more other data words to the first logic section related to the memory operation, and also may cause, contemporaneously with transmission of the one or more other data words to the first logic section, a respective assertion of a fourth signal. 2. The memory system of claim 1, wherein the first type of memory operation involves using the second logic section to write into the one or more memory locations the one or more data words transmitted to the second logic section from the first logic section. 3. The memory system of claim 1, wherein the second type of memory operation involves using the second logic section to read from the one or more memory locations the one or more other data words. 4. The memory system of claim 1, wherein the requested memory operation is a third type of memory operation that comprises at least certain of the respective operations comprised in the first type of memory operation and the second type of memory operation. 5. The memory system of claim 4, wherein the third type of memory operation is a read-modify-write memory operation. 6. The memory system of claim 1, wherein the second logic section is also configured to provide to the first logic section tag information and status information, the tag information corresponds to a portion of the information provided to the second logic section from the first logic section, and the status information may indicate whether an error occurred in during execution of the requested memory operation. 7. The memory system of claim 1, wherein: the memory system comprises an electrical circuit board; the electrical circuit board comprises crossbar switching circuitry, a memory region that comprises the one or more memory locations, and control logic that may be used to control the memory region; and the crossbar switching circuitry comprises the first logic section, and the control logic comprises the second logic section. 8. A method of using a memory system, the memory system comprising a first logic section and a second logic section, the method comprising: using the first logic section to cause a respective assertion of a first signal; using the second logic section to cause a respective assertion, in response to the respective assertion of the first signal, of a second signal; providing from the first logic section to the second logic section, contemporaneously with the respective assertion of the first signal, information related to a requested memory operation to be performed by the memory system, the information specifying the requested memory operation to be performed and one or more memory locations in the memory system upon which the requested memory operation is to operate; transmitting from the first logic section, if the requested memory operation comprises a first type of memory operation, in response to the respective assertion of the second signal, one or more data words to the second logic section to be used in the memory operation, and causing, contemporaneously with transmission of the one or more data words to the second logic section, a respective assertion of a third signal; and transmitting from the second logic section, if the requested memory operation comprises a second type of memory operation, one or more other data words to t
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이 특허에 인용된 특허 (12)
Presz ; Jr. Walter M. ; Reynolds Gary, Alternating lobed mixer/ejector concept suppressor.
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