1. A vehicle comprising a main body and a subframe, said subframe including at least one recess having an opening side, said opening side facing said main body, said recess being cooperatively shaped to receive a bushing, said bushing defining an inner passage configured to receive a stabilizer bar.
2. The vehicle of claim 1 wherein said main body and said subframe are comprised of aluminum or aluminum alloy.
3. The vehicle of claim 1 wherein said bushing includes a first surface engaging a wall of said subframe forming said recess and a second surface engaging said main body.
4. The vehicle of claim 3 wherein said first surface is generally U-shaped.
5. The vehicle of claim 3 wherein said second surface is substantially flat.
6. The vehicle of claim 1 including two recesses and two bushings.
7. The vehicle of claim 6 wherein said recesses are located on opposed elongated members of said subframe.
8. The vehicle of claim 1 further including at least one fastener extending between said main body and said subframe adjacent said recess.
9. The vehicle of claim 1 wherein said recess further includes opposed lateral openings.
10. The vehicle of claim 3 wherein one of said first surface of the bushing and the wall of the subframe forming the recess includes a projection and the other a recess receiving the projection.
11. A stabilizer bar assembly for a vehicle comprising:
a stabilizer bar having opposed ends connected to a wheel assembly;
a first and a second bushing, each having an inner surface that receives the stabilizer bar and an outer surface; and
a vehicle subframe, said subframe including a first and a second recess, each of said recesses shaped to receive one of said first and second bushings.
12. The assembly of claim 11 further comprising a vehicle body mated to said subframe, said body contacting said bushings and retaining said bushings within said recesses.
13. The assembly of claim 12 further comprising at least one fastener securing said subframe to said body.
14. The assembly of claim 13 comprising two fasteners disposed on opposed sides of each recess.
15. An automotive vehicle including a body frame having opposed side frames and a subframe having opposed side members, the subframe including a stabilizer bar connection assembly, said assembly comprising a generally U-shaped recess formed in each of said opposed side members, and a generally U-shaped bushing disposed within each of said recesses, said opposed side frames of the body frame overlying said opposed side members of the subframe adjacent said recesses and securing each bushing within the respective recess.
16. The vehicle of claim 15 wherein said bushings include a substantially flat surface engaged by said body frame.
17. The vehicle of claim 15 wherein said assembly further comprises at least one fastener adjacent each of said recesses and connecting said body frame and said subframe.
18. The vehicle of claim 15 wherein said recesses comprise channels extending through a width of said side members of the subframe.
19. The vehicle of claim 18 wherein said assembly includes a means for preventing lateral movement of said bushings.
20. The vehicle of claim 19 wherein said means for preventing lateral movement of the bushings comprises a projection extending from a wall defining said recess.
The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.
1. A method for data dispatch processing in a big data system, adapted to execute a computing procedure through a plurality of computing machines and a database cluster, wherein the database cluster has a plurality of data nodes, and each of the data nodes is configured in one of the computing machines, the method for data dispatch processing comprising:
analysing the computing procedure to disassemble the computing procedure into a plurality of processing elements;
identifying at least one database accessing point for accessing at least one target data node in the data nodes in the computing procedure, wherein the at least one database accessing point is located in at least one processing element in the processing elements;
configuring the processing elements corresponding to the database accessing points to the computing machines according to the at least one database accessing point; and
transmitting at least one data tuple corresponding to the computing procedure according to the processing elements configured to the computing machines and a data transmission cost between the computing machines.
2. The method for data dispatch processing as claimed in claim 1, further comprising:
identifying at least one database index identification point corresponding to the at least one database accessing point in the computing procedure, wherein the at least one database index identification point is located in at least one processing element in the processing elements;
identifying at least one database index at the at least one database index identification point; and
querying the database cluster to obtain the at least one target data node according to the at least one database index.
3. The method for data dispatch processing as claimed in claim 2, wherein the step of configuring the processing elements corresponding to the database accessing points to the computing machines according to the at least one database accessing point comprises:
configuring the at least one processing element corresponding to comprising the at least one database accessing point in the processing elements to at least one computing machine in the computing machines, wherein the at least one computing machine is configured with the at least one target data node corresponding to the at least one database accessing point.
4. The method for data dispatch processing as claimed in claim 3, wherein the step of configuring the processing elements corresponding to the database accessing points to the computing machines according to the at least one database accessing point comprises:
configuring the at least one processing element corresponding to comprising the at least one database accessing point in the processing elements to at least one computing machine in the computing machines, wherein the at least one computing machine is configured with a database router or a database client corresponding to the database cluster.
5. The method for data dispatch processing as claimed in claim 4, further comprising:
configuring the at least one processing element corresponding to comprising the at least one database index identification point in the processing elements to the at least one computing machine in the computing machines, wherein the at least one computing machine is configured with the database client or the database router corresponding to the database cluster.
6. The method for data dispatch processing as claimed in claim 5, wherein the step of after configuring the at least one processing element comprising the at least one database accessing point in the processing elements to at least one computing machine in the computing machines comprises:
respectively configuring each of the processing elements other than the at least one processing element comprising the at least one database accessing point in the processing elements and the at least one processing element comprising the at least one database index identification point in the processing elements to different computing machines in the computing machines.
7. The method for data dispatch processing as claimed in claim 5, wherein the step of after configuring the at least one processing element comprising the at least one database accessing point in the processing elements to at least one computing machine in the computing machines comprises:
configuring each of the processing elements other than the at least one processing element comprising the at least one database accessing point in the processing elements and the at least one processing element comprising the at least one database index identification point in the processing elements to at least one computing machine in the computing machines.
8. The method for data dispatch processing as claimed in claim 1, further comprising:
finding a data transmission link corresponding to each of the processing elements according to the disassembling, and configuring a data dispatch element for each of the processing element according to the data transmission links.
9. The method for data dispatch processing as claimed in claim 1, wherein the step of transmitting the at least one data tuple corresponding to the computing procedure according to the processing elements configured to the computing machines and the data transmission cost between the computing machines comprises:
establishing a routing table for each of a data dispatch elements according to the processing elements configured to the computing machines and the data transmission cost between the computing machines.
10. The method for data dispatch processing as claimed in claim 9, wherein the step of establishing the routing table for each of the data dispatch elements according to the processing elements configured to the computing machines and the data transmission cost between the computing machines comprises:
establishing a directed graph with a plurality of vertices formed by the processing elements and the data dispatch elements;
establishing a plurality of directed edges between the vertices of the directed graph according to the computing procedure;
calculating a weight value corresponding to each of the directed edges according to a data transmission overhead, a data processing overhead and a physical load corresponding to each of the directed edges;
calculating a shortest path between at least one vertex corresponding to the at least one processing element comprising the at least one database accessing point and a vertex corresponding to each of the data dispatch elements; and
establishing the routing tables of the data dispatch elements according to the shortest paths.
11. The method for data dispatch processing as claimed in claim 9, wherein the step of transmitting the at least one data tuple corresponding to the computing procedure according to the processing elements configured to the computing machines and the data transmission cost between the computing machines further comprises:
selecting a target processing element corresponding to each of the processing element from the processing elements of the computing machines to form a computing execution path corresponding to the computing procedure; and
transmitting the at least one data tuple corresponding to the computing procedure according to the computing execution path and the routing tables of the data dispatch elements.
12. The method for data dispatch processing as claimed in claim 9, wherein the step of transmitting the at least one data tuple corresponding to the computing procedure according to the processing elements configured to the computing machines and the data transmission cost between the computing machines further comprises:
determining whether a first database index required by a first data tuple in the at least one data tuple is identified when a first computing machine in the computing machines operates a first target processing element in the processing elements;
if the first database index required by the first data tuple is not identified, selecting a directed edge to serve as a data transmission link corresponding to the first data tuple according to a routing table of a data dispatch element corresponding to the first target processing element;
if the first database index required by the first data tuple is identified, selecting a corresponding data transmission link corresponding to a first target data node accessed by the first database index in the at least one target data node to serve as a data transmission link corresponding to the first data tuple according to the routing table of the data dispatch element corresponding to the first target processing element; and
transmitting the first data tuple to a next target processing element or a next data dispatch element according to the data transmission link corresponding to the first data tuple.
13. The method for data dispatch processing as claimed in claim 12, further comprising:
determining whether the first data node accessed by the first database index in the at least one target data node is obtained; and
if the first data node accessed by the first database index is not obtained, querying the database cluster to obtain the first data node according to the first database index.
14. A system for data dispatch processing in a big data system, adapted to execute a computing procedure, the system for data dispatch processing comprising:
a plurality of computing machines, connected to each other through a network;
a database cluster, having a plurality of data nodes, wherein each of the data nodes is disposed in one of a plurality of computing machines; and
a data dispatch processing control unit, configured to analysis the computing procedure to disassemble the computing procedure into a plurality of processing elements,
wherein the dispatch processing control unit is further configured to identify at least one database accessing point for accessing at least one target data node of the data nodes in the computing procedure, wherein the at least one database accessing point is located in at least one processing element in the processing elements,
wherein the data dispatch processing control unit is further configured to configure the processing elements corresponding to the database accessing points to the computing machines according to the at least one database accessing point,
wherein the data dispatch processing control unit is further configured to transmit at least one data tuple corresponding to the computing procedure according to the processing elements configured to the computing machines and a data transmission cost between the computing machines.
15. The system for data dispatch processing as claimed in claim 14, wherein the data dispatch processing control unit further comprises a computing procedure analysis module,
wherein the computing procedure analysis module is configured to identify at least one database index identification point corresponding to the at least one database accessing point in the computing procedure, wherein the at least one database index identification point is located in at least one processing element in the processing elements,
wherein the computing procedure analysis module is further configured to identify at least one database index at the at least one database index identification point,
wherein the computing procedure analysis module is further configured to query a database cluster to obtain the at least one target data node according to the at least one database index.
16. The system for data dispatch processing as claimed in claim 15, wherein the data dispatch processing control unit comprises a processing element configuration module,
wherein the processing element configuration module is configured to have the at least a processing element of the corresponding one that comprises the at least one database accessing point in the processing elements configure to the at least one computing machine in the computing machines, wherein the at least one computing machine is configured with the at least one target data node corresponding to the at least one database accessing point.
17. The system for data dispatch processing as claimed in claim 16, wherein the data dispatch processing control unit comprises a processing element configuration module,
wherein the processing element configuration module is configured to configure the at least one processing element corresponding to comprising the at least one database accessing point in the processing elements to at least one computing machine in the computing machines, wherein the at least one computing machine is configured with a database router or a database client corresponding to the database cluster.
18. The system for data dispatch processing as claimed in claim 17, wherein the processing element configuration module is further configured to configure the at least one processing element corresponding to comprising the at least one database index identification point in the processing elements to the at least one computing machine in the computing machines, wherein the at least one computing machine is configured with the database client or the database router corresponding to the database cluster.
19. The system for data dispatch processing as claimed in claim 18, wherein the processing element configuration module is configured to respectively configure each of a processing elements other than the at least one processing element comprising the at least one database accessing point in the processing elements and the at least one processing element comprising the at least one database index identification point in the processing elements to different computing machines in the computing machines.
20. The system for data dispatch processing as claimed in claim 18, wherein the processing element configuration module is configured to configure each of the processing elements other than the at least one processing element corresponding to comprising the at least one database accessing point in the processing elements and the at least one processing element corresponding to comprising the at least one database index identification point in the processing elements to at least one computing machine in the computing machines.
21. The system for data dispatch processing as claimed in claim 14, wherein the data dispatch processing control unit comprises a data dispatch element configuration module,
wherein the data dispatch element configuration module is configured to find a data transmission link corresponding to each of the processing elements according to the disassembling, and configure a data dispatch element for each of the processing element according to the data transmission links.
22. The system for data dispatch processing as claimed in claim 14, wherein the data dispatch processing control unit comprises a routing table establishment module configured to establish a routing table for each of the data dispatch elements according to the processing elements configured to the computing machines and the data transmission cost between the computing machines.
23. The system for data dispatch processing as claimed in claim 22,
wherein the routing table establishment module is further configured to establish a directed graph with a plurality of vertices formed by the processing elements and the data dispatch elements,
wherein the routing table establishment module is further configured to establish a plurality of directed edges between the vertices of the directed graph according to the computing procedure,
wherein the routing table establishment module is further configured to calculate a weight value corresponding to each of the directed edges according to a data transmission overhead a data processing overhead and a physical load corresponding to each of the directed edges;
wherein the routing table establishment module is further configured to calculate a shortest path between at least one vertex corresponding to the at least one processing element comprising the at least one database accessing point and a vertex corresponding to each of the data dispatch elements,
wherein the routing table establishment module is further configured to establish the routing tables of the data dispatch elements according to the shortest paths.
24. The system for data dispatch processing as claimed in claim 22, wherein the data dispatch processing control unit further comprises a data transmission module configured to select a target processing element corresponding to each of the processing element from the processing elements of the computing machines to form a computing execution path corresponding to the computing procedure,
wherein the processing elements executes the computing procedure according to the computing execution path, and the data dispatch elements transmit the at least one data tuple corresponding to the computing procedure according to the routing tables.
25. The system for data dispatch processing as claimed in claim 22, wherein the data dispatch processing control unit further comprises a data transmission module,
wherein when a first computing machine in the computing machines operates a first target processing element in the processing elements, the data transmission module is configured to determine whether a first database index required by a first data tuple in the at least one data tuple is identified,
wherein if the first database index required by the first data tuple is not identified, the data transmission module is configured to select a directed edge to serve as a data transmission link corresponding to the first data tuple according to a routing table of a data dispatch element corresponding to the first target processing element,
wherein if the first database index required by the first data tuple is identified, the data transmission module is configured to select a corresponding data transmission link corresponding to a first target data node accessed by the first database index in the at least one target data node to serve as a data transmission link corresponding to the first data tuple according to the routing table of the data dispatch element corresponding to the first target processing element,
wherein the data transmission module is configured to transmit the first data tuple to a next target processing element or a next data dispatch element according to the data transmission link corresponding to the first data tuple.
26. The system for data dispatch processing as claimed in claim 25, wherein the data transmission module is further configured to determine whether the first data node accessed by the first database index in the at least one target data node is obtained,
wherein if the first data node accessed by the first database index is not obtained, the data transmission module queries the database cluster to obtain the first data node according to the first database index.