1. A display module, comprising:
a frame having a side wall, a supporting part and a groove, wherein the supporting part has a supporting surface and the side wall is formed on the periphery of the supporting surface, and the groove is formed on the supporting surface adjacent to the side wall and is distributed along the side wall;
a display panel disposed within the frame, wherein the display panel has a bottom face and a side face, the bottom face is supported by the supporting surface of the supporting part, and the side face faces the side wall and forms a gap with the side wall; and
a glue filled in the gap, wherein the glue adheres the side wall to the side face.
2. The display module of claim 1, wherein a portion of the glue is contained in the groove.
3. The display module of claim 1, wherein a first incline is formed in the groove, and the first incline inclines to extend from the supporting surface toward the side wall and the bottom of the groove.
4. The display module of claim 1, wherein a second incline is formed in the groove, and the second incline inclines to extend from the side wall toward the supporting surface and the bottom of the groove.
5. The display module of claim 1, wherein the viscosity of the glue in its liquid phase is larger than 30000 cps.
6. The display module of claim 1, wherein the glue is light-shieldable.
7. The display module of claim 1, wherein a portion of the groove extends into the side wall.
8. The display module of claim 1, further comprising:
a back plate having a base plate and a side plate formed on the periphery of the base plate;
wherein the outside of the side wall leans against the inside of the side plate, and the supporting part is disposed on the base plate near the side plate.
9. The display module of claim 1, wherein the side wall bends inward to form a stage as the supporting part, the supporting part connects to the side wall with a tray part lower than the supporting surface, and the supporting part, the tray part, and the side wall substantially form the groove.
10. The display module of claim 1, wherein the side wall bends inward to form an L shape, a block is disposed at the bending end of the side wall to form the supporting part, the supporting part connects to the side wall with a tray part lower than the supporting surface, and the supporting part, the tray part, and the side wall substantially form the groove.
11. A display module, comprising:
a back plate having a base plate and a side plate formed on the periphery of the base plate;
a frame having a supporting part disposed near the side plate, wherein the supporting part has a supporting surface, one side of the supporting part near the side plate has a third incline inclines toward the side plate, and the third incline and an inner face of the side plate form a groove;
a display panel disposed on an inner side of the side plate, wherein the display panel has a bottom face and a side face, the bottom face is supported by the supporting surface of the supporting part, and the side face faces the side plate and forms a gap with the side plate; and
a glue filled in the gap, wherein the glue adheres the side plate to the side face.
12. A display module, comprising:
a light source module having a light emitting face;
a frame surrounding the light source module and having a side wall, a supporting part and a groove, wherein the supporting part has a supporting surface and the side wall is formed on the periphery of the supporting surface, and the groove is formed on the supporting surface adjacent to the side wall and is distributed along the side wall;
a display panel disposed within the frame, wherein the display face of the display panel is opposite to the light emitting face, the display panel has a bottom face and a side face, the bottom face is supported by the supporting surface of the supporting part, and the side face faces the side wall and forms a gap with the side wall; and
a glue filled in the gap, wherein the glue adheres the side wall to the side face, and a portion of the glue is contained in the groove.
13. The display module of claim 12, wherein a first incline is formed in the groove, and the first incline inclines to extend from the supporting surface toward the side wall and the bottom of the groove.
14. The display module of claim 12, wherein a second incline is formed in the groove, and the second incline inclines to extend from the side wall toward the supporting surface and the bottom of the groove.
15. The display module of claim 12, wherein the viscosity of the glue in its liquid phase is larger than 30000 cps.
16. The display module of claim 12, further comprising:
a back plate having a base plate and a side plate formed on the periphery of the base plate;
wherein the outside of the side wall leans against the inside of the side plate, and the supporting part is disposed on the base plate near the side plate.
17. The display module of claim 12, wherein the side wall bends inward to form a stage as the supporting part, the supporting part connects to the side wall with a tray part lower than the supporting surface, and the supporting part, the tray part, and the side wall substantially form the groove.
18. The display module of claim 12, wherein the side wall bends inward to form an L shape, a block is disposed at the bending end of the side wall to form the supporting part, the supporting part connects to the side wall with a tray part lower than the supporting surface, and the supporting part, the tray part, and the side wall substantially form the groove.
19. A display module, comprising:
a light source module having a light emitting face;
a back plate having a base plate and a side plate formed on the periphery of the base plate;
a frame having a supporting part disposed near the side plate, wherein the supporting part has a supporting surface, one side of the supporting part near the side plate has a third incline inclines toward the side plate, and the third incline and an inner face of the side plate form a groove;
a display panel disposed on an inner side of the side plate, wherein the display faces the light emitting face, the display panel has a bottom face and a side face, the bottom face is supported by the supporting surface of the supporting part, and the side face faces the side plate and forms a gap with the side plate; and
a glue filled in the gap, wherein the glue adheres the side plate to the side face.
20. A display module, comprising:
a frame having a side wall and a supporting part;
a display panel disposed within the frame, wherein the display panel has a bottom face and a side face, the bottom face is supported by the supporting part and the side face faces the side wall;
a glue disposed between the side face and the side wall; and
a groove formed on the corner of the display panel or on the supporting surface, wherein a accommodation is formed between the display panel and the frame.
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 logically partitioned data processing system, comprising:
a plurality of logical partitions;
a plurality of operating systems, each assigned to one of said plurality of logical partitions;
a plurality of memory locations, each location assigned to one of said plurality of logical partitions;
a data transmission bus;
at least one terminal bridge connected to said data transmission bus;
a plurality of inputoutput adapters, each associated with a different one of said plurality of logical partitions, said inputoutput adapters being connected to said terminal bridge; and
means for preventing transmission of data between a given one of said inputoutput adapters which is associated with a first one of the plurality of logical partitions, and memory locations unassigned to said first one of said plurality of logical partitions.
2. The logically partitioned data processing system of claim 1 wherein said data transmission bus is a PCI bus, and further comprising:
a PCI host bridge connected to said PCI bus; and
an inputoutput bus connected to said PCI host bridge.
3. The logically partitioned data processing system of claim 1 wherein said terminal bridge has a plurality of sets of range registers, each associated with a respective one of said inputoutput adapters.
4. The logically partitioned data processing system of claim 3 further comprising an arbiter which selects one of said inputoutput adapters to use said data transmission bus, wherein said transmission preventing means assigns one of said sets of range registers based on a grant signal from said arbiter.
5. The logically partitioned data processing system of claim 3 wherein said sets of range registers contain direct memory access addresses which limit operations that may be placed onto said data transmission bus by said inputoutput adapters.
6. The logically partitioned data processing system of claim 3 wherein said sets of range registers are programmable.
7. A method of preventing an operating system image within a logically partitioned data processing system from fetching or corrupting data from a memory location allocated to another operating system image within the data processing system, the method comprising the steps of:
receiving a request from the operating system image to access a given one of a plurality of inputoutput adapters each associated with a different one of a plurality of logical partitions of the data processing system, wherein the inputoutput adapters are connected to a single terminal bridge; and
accessing the given inputoutput adapter using memory mapped to the operating system image.
8. The method of claim 7 wherein said accessing step includes the steps of:
transmitting the request to a PCI host bridge using an inputoutput bus; and
conveying the request from the PCI host bridge to the terminal bridge using a PCI bus.
9. The method of claim 7 wherein said accessing step utilizes one of a plurality of sets of range registers of the terminal bridge, each associated with a respective one of the inputoutput adapters.
10. The method of claim 9 wherein said accessing step further utilizes an arbiter which selects one of the inputoutput adapters, to assign one of the sets of range registers based on a grant signal from the arbiter.
11. The method of claim 9 further comprising the step of associating each of the sets of range registers with direct memory access addresses which limit access by the inputoutput adapters.
12. The method of claim 9 further comprising the step of programmably loading the sets of range registers.
13. A computer program product for use in a data processing system for preventing an operating system image within a logically partitioned data processing system from fetching or corrupting data from a memory location allocated to another operating system image within the data processing system, the computer program product comprising:
a storage medium; and
program instructions stored on said storage medium for receiving a request from the operating system image to access a given one of a plurality of inputoutput adapters each associated with a different one of a plurality of logical partitions of the data processing system, wherein the inputoutput adapters are connected to a single terminal bridge, and for accessing the given inputoutput adapter using memory mapped to the operating system image.
14. The computer program product of claim 13 wherein the request comprises an inputoutput adapter identity, a memory address range to be mapped, and a direct memory access range, and said program instructions further determine that the identity of the inputoutput adapter, the memory address range, and the direct memory access range are allocated to the operating system image.
15. The computer program product of claim 13 wherein said program instructions access the inputoutput adapter utilizing one of a plurality of sets of range registers of the terminal bridge, each associated with a respective one of the inputoutput adapters.
16. The computer program product of claim 15 wherein said program instructions further load the sets of range registers.