What is claimed is:
1. A method of treating a neurotic disorder, said method comprising administration of a pharmaceutically effective amount of escitalopram or a pharmaceutically acceptable salt thereof to a patient in need thereof.
2. The method of claim 1, wherein the pharmaceutically effective amount of escitalopram or a pharmaceutically acceptable salt thereof is in a unit dose form.
3. The method of claim 2, wherein the unit dose contains 1.0 to 50 mgday of escitalopram or a pharmaceutically acceptable salt thereof.
4. The method of claim 2, wherein the unit dose contains 5 to 40 mgday of escitalopram or a pharmaceutically acceptable salt thereof.
5. The method of claim 2, wherein the unit dose contains 10 to 20 mgday of escitalopram or a pharmaceutically acceptable salt thereof.
6. The method of claim 1, wherein said neurotic disorder is generalized anxiety disorder.
7. The method of claim 1, wherein said neurotic disorder is social anxiety disorder.
8. The method of claim 1, wherein said neurotic disorder is post traumatic stress disorder.
9. The method of claim 1, wherein said neurotic disorder is obsessive compulsive disorder.
10. The method of claim 1, wherein said neurotic disorder is panic attacks.
11. The method of claim 1, wherein said neurotic disorder is panic disorder.
12. The method of claim 1, wherein said neurotic disorder is specific phobias.
13. The method of claim 1, wherein said neurotic disorder is social phobia.
14. The method of claim 1, wherein said neurotic disorder is agoraphobia.
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. An elevating leveling pedestal, comprising:
a threaded base;
a coupling with a threaded first end and a non-threaded second end;
a non-threaded midsection of a specified length providing the required height, said midsection having a non-threaded first end and a non-threaded second end, and
a leveling head assembly;
said threaded base rotatably attached to said threaded first end of, and supporting, said coupling, said base and said coupling collectively creating a height adjustment mechanism for a pedestal,
said non-threaded second end of said coupling non-rotatably attached to said non-threaded first end of, and supporting, said midsection, with
said non-threaded second end of said midsection non-rotatably attached to and supporting said head assembly creating said pedestal, said pedestal structured to support, secure, and level a surface being installed over a non-sloping or sloping sub-surface.
2. The pedestal, as recited in claim 1, wherein said head assembly further comprises a single-body structured tiltable support-head having a support surface, and
a cap having a centered cap aperture,
said tiltable support-head overlying and attached to said cap with a single attachment device within said centered cap aperture, with
one of said tiltable support-head and said cap having a convex mating surface and the other of said tiltable support-head and said cap having a concave mating surface making said tiltable support-head and said cap slidably re-positionable with respect to each other along their mating surface resulting in tiltable support-head being tiltable with respect to said cap.
3. The pedestal, as recited in claim 2, further comprising:
a recess centered in said support surface of said tiltable support-head,
said recess forming a bottomed-well and defining a tiltable support-head recess aperture, and
a centered bottom-well aperture through the bottom of said bottomed-well,
a double-ended bushing having a first end and a second end positioned within said bottomed well,
an attachment device, and
a locking washer,
said attachment device and said locking washer enabling detachable attachment of said tiltable support-head to said cap when said tiltable support-head having said double-ended bushing positioned within said bottomed-well is positioned over said cap, and said attachment device is inserted through said locking washer and through said centered cap aperture into and fixedly engaging with said second end of said double-ended bushing.
4. The pedestal, as recited in claim 2, wherein said tiltable support-head is tiltable with respect to said cap between zero degrees and approximately seven degrees of tilt
5. The pedestal, as recited in claim 4, wherein said tiltable support-head can be locked in an infinite number of tilt positions between zero degrees and approximately seven degrees.
6. The pedestal, as recited in claim 4, wherein said first end of said double-ended bushing is structured to accept a tightening wrench so that when said tightening wrench is inserted into said first end of said double-ended bushing and turned in a tightening direction, said tiltable support-head is locked is a desired tilt angle.
7. The pedestal, as recited in claim 2, further including a zero compensator washer that locks said support-head at zero degrees.
8. The pedestal, as recited in claim 6, wherein said support-head further comprises:
a washer, and
a tightening device,
said washer having a narrow elongate slot emanating from the washer’s center to its edge, said slot being of a width no wider that a width required for the slot to fit about a stem of said tightening device when said stem is inserted through said slot into said first end of said double-ended bushing effectively locking said tightening device in place providing uplift protection to the surface being installed.
9. Said pedestal, as recited in claim 1, wherein said surface is a raised flooring surface.
10. Said pedestal, as recited in claim 9, wherein said flooring surface further comprises are deck-tiles or deck-boards.
11. The pedestal, as recited in claim 2, wherein said tiltable support-head further comprises spacer tabs on its support surface, said spacer tabs structured for spacing said deck-tiles or said deck-boards being installed.
12. The pedestal, as recited in claim 11, wherein said spacer tabs are molded with said tiltable support-head or are positioned into slots molded into said tiltable support-head.
13. The pedestal, as recited in claim 12, wherein said spacer tabs that are molded with tiltable support-head are scored making them easily removed if not needed.
14. The pedestal, as recited in claim 11, wherein said spacer tabs are each positioned at a 90\xb0 orientation to its neighboring tabs.
15. The pedestal, as recited in claim 2, wherein said support surface of said tiltable support-head is provided with a joist support having a slide feature, said slide feature structured to receive joists of different widths.
16. The pedestal, as recited in claim 3, wherein the structure of said pedestal allows the pedestal to be adapted for use in reverse orientation.
17. The pedestal, as recited in claim 11, further comprising a rubber sound-proofing pad between said pedestal and the deck-tiles forming a sound barrier.
18. An elevating leveling pedestal, comprising:
a threaded base;
a coupling with a threaded first end and a non-threaded second end;
a non-threaded midsection of a specified length providing the required height, said midsection having a non-threaded first end and a non-threaded second end, and
a tiltable head assembly;
said threaded base rotatably attached to said threaded first end of, and supporting, said coupling, said base and said coupling collectively creating a height adjustment mechanism for a pedestal,
said non-threaded second end of said coupling non-rotatably attached to said non-threaded first end of, and supporting, said midsection, with
said non-threaded second end of said midsection non-rotatably attached to and supporting said leveling head assembly creating said pedestal, said pedestal structured to support, secure, and level a surface being installed over a non-sloping or sloping sub-surface,
said leveling head assembly further comprising:
a single-body structured tiltable support-head having a support surface,
said tiltable support-head lockable in any an infinite number of tilt positions between zero degrees and approximately seven degrees, and
a cap having a centered cap aperture,
said support-head overlying and attached to said cap with a single attachment device within said centered cap aperture, with
one of said tiltable support-head and said cap having a convex mating surface and the other of said tiltable support-head and said cap having a concave mating surface making said tiltable support-head and said cap slidably re-positionable with respect to each other along their mating surface resulting in said tiltable support-head being tiltable with respect to said cap.
19. The elevating leveling pedestal, as recited in claim 18, further comprising:
a threaded base;
a coupling with a threaded first end and a non-threaded second end;
a non-threaded midsection of a specified length providing the required height having a non-threaded first end and a non-threaded second end, and
a tiltable head assembly;
said threaded base rotatably attached to said threaded first end of, and supporting, said coupling, said base and said coupling collectively creating a height adjustment mechanism for a pedestal,
said non-threaded second end of said coupling non-rotatably attached to said non-threaded first end of, and supporting, said midsection, with
said non-threaded second end of said midsection non-rotatably attached to and supporting said leveling head assembly creating said pedestal, said pedestal structured to support, secure, and level a surface being installed over a non-sloping or sloping sub-surface,
said leveling head assembly further comprising:
a single-body structured tiltable support-head having a support surface, and
a cap having a centered cap aperture,
said tiltable support-head overlying and attached to said cap with a single attachment device within said centered cap aperture,
said tiltable support-head lockable in any an infinite number of tilt positions between zero degrees and approximately seven degrees, with
one of said tiltable support-head and said cap having a convex mating surface and the other of said tiltable support-head and said cap having a concave mating surface making said support-head and said cap slidably re-positionable with respect each other along their mating surface resulting in said tiltable support-head being tiltable with respect to said cap, and
a recess centered in said support surface of said tiltable support-head,
said recess forming a bottomed-well and defining a tiltable support-head recess aperture, and
a centered bottom-well aperture through the bottom of said bottomed-well,
a double-ended bushing having a first end and a second end positioned within said bottomed well,
an attachment device, and
a locking washer,
said attachment device and said locking washer enabling detachable attachment of said tiltable support-head to said cap when said tiltable support-head having said double-ended bushing positioned within said bottomed-well is positioned over said cap, and said attachment device is inserted through said locking washer and through said centered cap aperture into and fixedly engaging with said second end of said double-ended bushing.
20. A method of making an elevating leveling pedestal, which comprises the steps of:
providing a threaded base;
providing a coupling with a threaded first end and a non-threaded second end;
providing a non-threaded midsection of a specified length providing the required height having a non-threaded first end and a non-threaded second end, and
providing a tiltable head assembly;
rotatably attaching said threaded base to said threaded first end of, and supporting, said coupling, said base and said coupling collectively creating a height adjustment mechanism for a pedestal,
non-rotatably attaching said non-threaded second end of said coupling to said non-threaded first end of, and supporting, said midsection, and
non-rotatably attaching said non-threaded second end of said midsection to and supporting said tiltable head assembly creating said pedestal, said pedestal structured to support, secure, and level a surface being installed over a non-sloping or sloping sub-surface,
providing said tiltable head assembly to further comprise:
a single-body tiltable support-head having a support surface,
said tiltable support-head lockable in any an infinite number of tilt positions between zero degrees and approximately seven degrees, and
a cap having a centered cap aperture,
said tiltable support-head overlying and attached to said cap with a single attachment device within said centered cap aperture, and
having one of said tiltable support-head and said cap having a convex mating surface and the other of said tiltable support-head and said cap having a concave mating surface making said tiltable support-head and said cap slidably re-positionable with respect to each other along their mating surface resulting in said tiltable support-head being tiltable with respect to said cap.