1-8. (canceled)
9. An LC module for installation in a housing of a motor vehicle control device, the LC module comprising:
a carrier plate formed with first and second chambers that are spatially separated from one another;
at least one electrolytic capacitor disposed in said first chamber;
a coil disposed in said second chamber;
said electrolytic capacitor and said coil being at least in part surrounded by casting compound in said chambers; and
said carrier plate having a connecting piece between said first and second chambers, said carrier plate being configured to be connected, at least in a region of said connecting piece, to the housing of the control device with a positive-locking connection or a non-positive-locking connection.
10. The LC module according to claim 1, wherein each said chamber comprises through plated contacts on an inner surface or outer surface thereof and said through plated contacts enabling an electrical connection between supply lines of said electrolytic capacitor and said coil with components outside the LC module.
11. The LC module according to claim 9, wherein two walls are arranged on the carrier plate in the region of the connecting piece between said first and second chambers, to thereby form a third chamber between said first and second chambers, and wherein at least one of said walls is formed with a slot.
12. The LC module according to claim 9, wherein said at least one electrolytic capacitor is one of two electrolytic capacitors disposed in said first chamber.
13. A method of producing an LC module according to claim 9, the method comprising:
a) providing a carrier plate with a first chamber and a second chamber, at least one electrolytic-capacitor, and a coil,
b) inserting the at least one electrolytic capacitor into the first chamber;
c) inserting the coil into the second chamber;
d) electrically connecting supply lines of the electrolytic capacitor to throughplated contacts;
e) electrically connecting supply lines of the coil to through plated contacts;
f) filling the chambers with casting compound; and
g) thermosetting the casting compound.
14. A method of producing an LC module according to claim 9, the method comprising:
a) providing a carrier plate with two chambers, at least one electrolytic-capacitor, and a coil;
b) filling the chambers with casting compound;
c) inserting the electrolytic capacitor into one of the chambers;
d) inserting the coil into another chamber;
e) electrically connecting supply lines of the electrolytic capacitor to throughplated contacts;
f) electrically connecting the supply lines of the coil to through plated contacts; and
g) thermosetting the casting compound.
15. A motor vehicle control device, comprising:
a housing of the control device;
an LC module according to claim 9 connected to said housing with a positive-locking connection or a non-positive-locking connection, at least in a region of the connecting piece of the carrier plate of the LC module.
16. The motor vehicle control device according to claim 15, which comprises an amount of heat-conducting paste filling one or both of a space between the electrolytic capacitor and the housing or a space between the coil and the housing.
The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.
What is claimed is:
1. A therapeutic device comprising an overall wedge shaped, rigid base that is bilaterally concave with a central quadrilateral elevation.
2. A central quadrilateral elevation as in claim 1 maintains the same general slope as the wedge shaped base claimed in claim 1.
3. A comfort padding material covering the central quadrilateral elevation claimed in claim 1.
4. A rigid sacral attachment of the same overall dimensions as the central quadrilateral elevation claimed in claim 1, consisting of four smaller rhomboid elevations located in each corner of the sacral attachment.
5. A rigid sacral attachment as in claim 4 maintains the same general slope as the rigid base claimed in claim 1.
6. A comfort padding material covering each of the four smaller rhomboid elevations claimed in claim 4.