Author: claimsbot

1. A busway section comprising
an electrically conductive housing;
at least one lid removably connected with the housing through a hinging mechanism extending along an entire length of the lid, the hinging mechanism including a lid component of the lid and a mating housing component of the housing, the lid component of the hinging mechanism and the mating housing component of the hinging mechanism extending along the entire length of the lid, the lid component of the hinging mechanism being both slidable and hinged with respect to the mating housing component of the hinging mechanism;
a plurality of internal slots along which bus bars are adapted to be located during an operating condition of the busway section, the slots being enclosed by the housing;
bus supports located between the internal slots, to support the bus bars during the operating condition of the busway section and provide electrical isolation between the bus bars; and
said busway section being a plug-in section, further comprising a plug-in block, said plug-in block comprising two lips located on two sides of the plug-in block, each of the two lips being structured to match with and fit underneath a corresponding lid of said at least one lid when said corresponding lid is fixed to said housing, thereby securing the plug-in block to said housing.
2. The busway section of claim 1, further comprising a connecting element to further connect the housing with the at least one lid.
3. The busway section of claim 2, wherein the connecting element is a self tapping screw.
4. The busway section of claim 2, wherein the connecting element is located on a same side of the hinging mechanism with respect to the housing.
5. The busway section of claim 1, wherein the conductive housing is made of aluminum.
6. The busway section of claim 1, wherein the electrically conductive housing acts as a ground path of the busway section.
7. The busway section of claim 1, said busway section being a feeder section.
8. The busway section of claim 7, further comprising:
a feeder support located inside the housing between the lid and the internal slots to hold the bus bars in place during the operating condition of the busway section.
9. The busway section of claim 1, wherein the plurality of slots comprise:
one slot for a neutral conductor bus bar; and
a plurality of slots for phase conductor bars.
10. The busway section of claim 9, further comprising
a slot for a ground conductor bar.
11. The busway section of claim 1, wherein the housing comprises external slots.
12. The busway section of claim 11, wherein the external slots are located on a top external surface and a bottom external surface of the housing.
13. The busway section of claim 11, further comprising connection elements, each of the connection elements located in an end region of a respective external slot.
14. The busway section of claim 13, wherein the connection elements are T-shaped nuts.
15. A busway arrangement comprising a plurality of busway sections according to claim 1.
16. The busway arrangement of claim 15, wherein the busway sections are serially arranged.
17. The busway arrangement of claim 15, wherein the busway sections comprise a feeder section and a plug-in section with a plug-in block, wherein each of the feeder section and plug-in section comprises:
an electrically conductive housing;
at least one lid removably connected with the housing through a hinging mechanism, the hinging mechanism including a lid component and a mating housing component;
a plurality of internal slots along which bus bars are adapted to be located during an operating condition of the busway section, the slots being enclosed by the housing; and
bus supports located between the internal slots, to support the bus bars during the operating condition of the busway section and provide electrical isolation between the bus bars.
18. The busway arrangement of claim 17, further comprising a bridge joint connecting the feeder section with the plug-in section, the bridge joint being located between the feeder section and the plug-in section.
19. The busway arrangement of claim 18, wherein the housing of the feeder section and the housing of the plug-in section comprise external slots accommodating connection elements adapted to connect the feeder section and the plug-in section with the bridge joint.
20. The busway section of claim 1 wherein the lid component of the hinging mechanism includes a J-shaped portion extending along the entire length of the lid; wherein the mating housing component of the hinging mechanism includes a C-shaped portion extending along the entire length of the lid; and wherein the J-shaped portion of the lid component of the hinging mechanism is both slidable and hinged with respect to the C-shaped portion of the mating housing component of the hinging mechanism.
21. The busway section of claim 20 wherein the electrically conductive housing including the mating housing component is an extrusion.
22. A busway section comprising
an electrically conductive housing including a first hinging mechanism;
at least one lid including a second hinging mechanism cooperating with the first hinging mechanism, the lid being removably connected with the housing through the first and second hinging mechanisms both of which extend along an entire length of the lid, the second hinging mechanism being both slidable and hinged with respect to the first hinging mechanism;
a plurality of internal slots along which bus bars are adapted to be located during an operating condition of the busway section, the slots being enclosed by the housing;
bus supports located between the internal slots, to support the bus bars during the operating condition of the busway section and provide electrical isolation between the bus bars; and
said busway section being a plug-in section, further comprising a plug-in block, said plug-in block comprising two lips located on two sides of the plug-in block, each of the two lips being structured to match with and fit underneath a corresponding lid of said at least one lid when said corresponding lid is fixed to said housing, thereby securing the plug-in block to said housing.
23. The busway section of claim 22 wherein the second hinging mechanism includes a J-shaped portion extending along the entire length of the lid; wherein the first hinging mechanism includes a C-shaped portion extending along the entire length of the lid; and wherein the J-shaped portion of the second hinging mechanism is both slidable and hinged with respect to the C-shaped portion of the first hinging mechanism.
24. The busway section of claim 23 wherein the electrically conductive housing including the first hinging mechanism is an extrusion.

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. Headrest arrangement for a backrest section (10) of a motor vehicle seat with a headrest, which receives the headrest bars and is supported in the guides on the side of the backrest, wherein the guides in the backrest can be moved within limits from a normal operating position (68) to a crash-active operating position (70),
characterized in that
for displacing the headrest from the normal operating position (68) relative to the backrest section, an activation unit (11) is provided, which extends essentially along, and at the same height as, a shoulder section of the seated person, wherein an activation shield (38) of the activation unit is displaced rearward in the event of a rear crash\u2014due to the mass inertia of the seated person\u2014, whereafter the rearward displacement of the activation shield (38) is transferred via an eccentric shaft (24), causing the guides (18) of a headrest adjustment unit (12) to perform a direct rotational and translational motion so as to attain the crash-active operating position (70).
2. Headrest arrangement according to claim 1,
characterized in that
the activation shield (38) of the activation unit (11) is implemented so as to extend over the entire width of the shoulder section of the seated person.
3. Headrest arrangement according to claim 1,
characterized in the event
a lumbar shield (26) is suspended in the activation shield (38) at a decoupling location (54) and decoupled by way of a lumbar wire (30).
4. Headrest arrangement according to claim 1,
characterized in that
the activation shield (38) is suspended in lever end plates (20) at a second hinge point (58).
5. Headrest arrangement according to claim 1,
characterized in that
the eccentric shaft (24) is supported on both sides in a first attachment point in lever end plates (20).
6. Headrest arrangement according to claim 4,
characterized in that
the lever end plates (20) include a second attachment point for rotational attachment to the side rails (16) of the backs support section (10).
7. Headrest arrangement according to claim 4,
characterized in that
the lever end plates (20) include a first attachment point (60) in which a return spring (34) which is secured to the respective side rails (16) can be hooked.
8. Headrest arrangement according to claim 1,
characterized in that
the activation unit (11) is connected with the headrest adjustment unit (12) via at least one connecting means, preferably a bushing (32) which surrounds the eccentric shaft (24).
9. Headrest arrangement according to claim 1,
characterized in that the headrest adjustment unit (11) is arranged in a head plate (40) of the backrest section (10).
10. Headrest arrangement according to claim 1,
characterized in that
a support bracket (42), which is supported on both sides in the head plate (40) by bracket support elements (44), is arranged in the head plate (40).
11. Headrest arrangement according to claim 1,
characterized in that
the guides (18) extend through the head plate (40) and that sleeve-like guide elements (36) are arranged in the support bracket (42), with the guides (18) translationally movable in the guide elements (36).
12. Headrest arrangement according to claim 1,
characterized in that
the guides (18) extend through the head plate (40) and that sleeve-like guide elements (36) are arranged in the support bracket (42) which form a rotation point (46) in the support bracket (42), whereby the guides (18) are arranged for rotation in the head plate (40).
13. Headrest arrangement according to claim 11,
characterized in that
separate rotation guide surfaces (50) andor translation guide surfaces (52) are formed in the guide elements (36) for the translational and rotational movement of the guides (18).
14. Headrest arrangement according to claim
characterized in that
the guides (18) are implemented as a headrest tube or and a headrest profile or the like, and that the guides (18) can be inserted into the guide elements (36) by a friction connection.
15. Headrest arrangement according to claim 1,
characterized in that
the headrest adjustment unit (12) includes in both the normal operating position and in the crash-active operating position an intermediate space (64) relative to a foam section (66) of the motor vehicle seat, so as to prevent friction with the foam section and friction losses.

What is claimed is:

1. An image displaying method for displaying an image by outputting image data by each flame to a display device, wherein being capable to set alternatively a first display mode which outputs image data to said display device with a different pixel arrangement for each flame and a second display mode which outputs image data to said display device with an identical pixel arrangement for each flame, comprising steps of:
judging a scale of a processing load performed within one flame, and
setting said first display mode when the load is judged to be light or setting said second display mode when the load is judged to be heavy.
2. An image displaying method according to claim 1, wherein said first display mode constitutes image data by arranging pixel data at different pixel positions each other for an odd number flame and an even number flame.
3. An image displaying method according to claim 1, further comprising steps of;
measuring a processing time required for the processing performed within one flame, and
judging a scale of a load by comparing said processing time with a predetermined reference value.
4. An image displaying method according to claim 3, wherein a switching operation to said first display mode is performed if said processing time is continuously less than said reference value during predetermined number of flames in the case where said second display mode is set.
5. A game system displaying an image by outputting image data to a display device for each flame, comprising a display mode setting device for setting alternatively a first display mode outputting image data to said display device with a different pixel arrangement for each flame and a second display mode outputting image data to said display device with an identical pixel arrangement for each flame, wherein said display mode setting device judges a scale of processing load performed within one flame, sets said first display mode when the load is judged to be light, or sets second display mode when the load is judged to be heavy.
6. A game system according to claim 5, wherein said display mode setting device makes said first display mode constitute image data by arranging pixel data at different pixel positions each other for an odd number flame and an even number flame.
7. A game system according to claim 5, wherein said display mode setting device measures a processing time required for the processing performed in one flame and judges a scale of load by comparing said processing time with a predetermined reference value.
8. A game system according to claim 7, wherein said display mode setting device sets a switching to said first display mode when said processing time is continuously less than said reference value during predetermined number of flames in the case where said second display mode is set.
9. A computer readable storage medium storing an image display program formed so as to make a computer, performing an image display processing to display an image by outputting image data to a display device by each flame, function as;
being able to set alternatively a first display mode which outputs image data to said display device with a different pixel arrangement for each flame to a second display mode which outputs image data to said display device with an identical pixel arrangement for each flame, and
judging a processing load performed within one flame and setting said first display mode when the load is judged to be light or setting said second display mode when the load is judged to be heavy.
10. A computer readable storage medium storing an image display program according to claim 9, wherein said first display mode constitutes image data by arranging pixel data at different pixel positions each other for an odd number flame and an even number flame.
11. A computer readable storage medium storing an image display program according to claim 9, wherein the program is formed so as to make the computer measure a processing time required for the processing performed in one flame and judge a scale of load by comparing said processing time with a predetermined reference value.
12. A computer readable storage medium storing an image display program according to claim 11, wherein the program is formed so as to make the computer switch to said first display mode when said processing time is continuously less than said reference value during predetermined number of flames in the case where said second display mode is set.

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 of fabricating a precision circuit element comprising:
creating one or more redundant circuit elements;
creating one or more trim circuit elements;
creating one or more links coupling said redundant circuit elements to said trim circuit elements;
selectively activating one or more of said links to achieve a desired capacitance.
2. The method of claim 1 where said links are fusible links and said activating comprises blowing of said fusible links.
3. The method of claim 1 where said links are antifuses and said activating comprises fusing of said antifuses.
4. A method of fabricating a precision capacitor comprising:
creating one or more redundant plates;
creating one or more trim plates;
creating one or more links coupling said redundant plates to said trim plates;
creating a common plate capacitively coupled to said redundant plates and said trim plates; and
selectively activating one or more of said links to achieve a desired capacitance.
5. The method of claim 4 where said links are fusible links and said activating comprises blowing of said fusible links.
6. The method of claim 4 where said links are antifuses and said activating comprises fusing of said antifuses.
7. A method of fabricating a precision capacitor comprising:
creating a capacitor having a first plate and a second plate, said first plate capacitively coupled to said second plate;
creating a plurality of trim capacitors each having a first trim plate and a second trim plate said first trim plate capacitively coupled to said second trim plate;
connecting, in series, said capacitor and said trim capacitors;
connecting one or more links in parallel with each of said trim capacitors; and
selectively activating said one or more of said links to achieve a desired capacitance.
8. The method of claim 7 where said links are fusible links and said activating comprises blowing of said fusible links.
9. The method of claim 7 where said links are antifuses and said activating comprises fusing of said antifuses.
10. A method of forming a capacitor comprising:
depositing a first insulator film;
etching a first trough;
depositing a first liner within said first trough;
depositing a first conductive electrode within said trough;
polishing off excess material;
depositing a second insulator film over said first conductive electrode;
etching a second trough extending through said second insulator film extending to said first copper electrode;
cleaning surfaces;
applying a thin dielectric over said exposed first copper electrode;
depositing a second liner;
depositing a second copper electrode; and
polishing off excess material.
11. The method of claim 10 wherein said applying is depositing a thin dielectric.
12. The method of claim 10 wherein said applying is growing a thin dielectric.