Author: claimsbot

1. A semiconductor processing method of forming transistors comprising:
forming a plurality of shallow trench isolation regions received within a substrate, the shallow trench isolation regions being formed to define a plurality of active areas having widths within the substrate, some of the widths being no greater than about one micron, at least two of the widths being different; and
forming a gate line over respective active areas to provide individual transistors, the transistors corresponding to the active areas having the different widths having different threshold voltages.
2. The semiconductor processing method of claim 1 further comprising for the transistors having the different widths, providing the different threshold voltages without using a separate channel implant for the transistors.
3. The semiconductor processing method of claim 1, wherein the two different widths are each less than one micron.
4. The semiconductor processing method of claim 1, wherein the different threshold voltages are each less than 2 volts.
5. The semiconductor processing method of claim 1, wherein the different threshold voltages are each less than 1 volt.
6. The semiconductor processing method of claim 1, wherein the two different widths are each less than one micron, and the different threshold voltages are each less than 2 volts.
7. The semiconductor processing method of claim 1, wherein the two different widths are each less than one micron, and the different threshold voltages are each less than 1 volt.
8. A method of forming a pair of field effect transistors comprising:
forming a pair of active areas over a substrate, one of the active areas having a width less than one micron;
forming a gate line over both active areas to provide a pair of transistors having different threshold voltages, the transistors being provided with the different threshold voltages without using a separate channel implant for either transistor; and
wherein the transistor with the lower of the threshold voltages corresponds to the active area having the width less than one micron.
9. The method of claim 8 further comprising forming the transistor having the higher of the threshold voltages to have an active area width greater than one micron.
10. The method of claim 8 further comprising forming the transistor having the higher of the threshold voltages to have an active area width less than one micron.
11. The method of claim 8 further comprising conducting only one common channel implant for the pair of transistors.
12. The method of claim 8, wherein the forming of the pair of active areas comprises forming shallow trench isolation regions received within the substrate proximate the active areas.
13. The method of claim 8, wherein the forming of the gate line comprises forming a common gate line over the active areas.
14. The method of claim 8, wherein the forming of the gate line comprises forming a common gate line over the active areas, the transistors being formed in a parallel configuration.
15. A method of forming integrated circuitry comprising fabricating two field effect transistors having different threshold voltages without using a separate channel implant for one of the transistors versus the other.
16. The method of claim 15, wherein the fabricating of the two field effect transistors comprises forming at least one active area of one of the transistors to have a width less than one micron.
17. The method of claim 15, wherein the fabricating of the two field effect transistors comprises forming both active areas of the transistors to have widths less than one micron.
18. The method of claim 15, wherein the fabricating of the two field effect transistors comprises forming both active areas of the transistors to have different widths.
19. The method of claim 15, wherein the fabricating of the two field effect transistors comprises forming both active areas of the transistors to have different widths, each of which being less than one micron.
20. The method of claim 15, wherein the fabricating of the two field effect transistors comprises forming shallow trench isolation regions within a substrate proximate the two field effect transistors, the shallow trench isolation regions defining, at least in part, active area widths of the transistors.
21. A semiconductor processing method comprising forming two series of field effect transistors over a substrate, one series being isolated from adjacent devices by shallow trench isolation, the other series having active area widths greater than one micron, the one series being formed to have active area widths less than one micron to achieve lower threshold voltages than the other of the series.
22. The semiconductor processing method of claim 21, wherein the threshold voltages for the two series of field effect transistors are defined by a common channel implant.
23. The semiconductor processing method of claim 21, wherein the threshold voltages for the two series of field effect transistors are defined by a common channel implant, said implant being the only channel implant which defines the threshold voltages for the two series of field effect transistors.
24. The semiconductor processing method of claim 21, wherein the threshold voltages for the two series of field effect transistors are defined by one or more common channel implants.
25. The semiconductor processing method of claim 21, wherein the threshold voltages for the two series of field effect transistors are defined by one or more common channel implants, said common channel implants being the only channel implants which define the threshold voltages for the two series of field effect transistors.
26. A semiconductor processing method comprising forming two series of field effect transistors over a substrate, at least one series being isolated from adjacent devices by shallow trench isolation, and further comprising achieving different threshold voltages between field effect transistors in different series by varying the active area widths of the field effect transistors in the series, at least one series having active area widths less than one micron.
27. The semiconductor processing method of claim 26, wherein the threshold voltages for the two series of field effect transistors are defined by a common channel implant.
28. The semiconductor processing method of claim 26, wherein the threshold voltages for the two series of field effect transistors are defined by a common channel implant, said implant being the only channel implant which defines the threshold voltages for the two series of field effect transistors.
29. The semiconductor processing method of claim 26, wherein the threshold voltages for the two series of field effect transistors are defined by one or more common channel implants.
30. The semiconductor processing method of claim 26, wherein the threshold voltages for the two series of field effect transistors are defined by one or more common channel implants, said common channel implants being the only channel implants which define the threshold voltages for the two series of field effect transistors.
31. A semiconductor processing method of forming dynamic random access memory circuitry comprising:
providing a substrate having a memory array area over which memory circuitry is to be formed, and a peripheral area over which peripheral circuitry is to be formed;
forming a plurality of shallow trench isolation regions received within the peripheral area of the substrate, the shallow trench isolation regions being formed to define a plurality of active areas having widths within the substrate, some of the widths being no greater than about one micron, at least two of the widths being different; and
forming a conductive line over respective active areas to provide individual transistor gates, the transistors corresponding to the active areas having the different widths having different threshold voltages.
32. The semiconductor processing method of claim 31 further comprising for the transistors having the different widths, providing the different threshold voltages without using a separate channel implant for the transistors.
33. The semiconductor processing method of claim 31, wherein the two different widths are each less than one micron.
34. A transistor assembly comprising:
a plurality of active areas having widths defined by shallow trench isolation regions of no greater than about one micron, at least some of the widths being different; and
gate lines disposed over the plurality of active areas to provide individual transistors, those transistors whose widths are different having different threshold voltages from one another.
35. The transistor assembly of claim 34, wherein the threshold voltages of at least some of the individual transistors are less than one volt.
36. The transistor assembly of claim 34, wherein individual transistors having active areas with the smaller widths have threshold voltages which are smaller than other individual transistors having active areas with larger widths.
37. The transistor assembly of claim 34, wherein one of the transistors comprises a portion of precharge circuitry for dynamic random access memory circuitry.
38. The transistor assembly of claim 34, wherein one of the transistors comprises a pass transistor.
39. The transistor assembly of claim 34, wherein one of the transistors comprises a portion of sense amplifier circuitry for dynamic random access memory circuitry and has a lower threshold voltage Vt1.
40. The transistor assembly of claim 34, wherein some of the transistors are joined together in a parallel configuration.
41. Dynamic random access memory circuitry comprising:
a substrate having a memory array area for supporting memory circuitry and a peripheral area for supporting peripheral circuitry;
a plurality of active areas within the peripheral area having widths defined by shallow trench isolation regions of no greater than about one micron, at least some of the widths being different; and
conductive lines disposed over the plurality of active areas to provide individual transistors, those transistors whose widths are different having different threshold voltages from one another.
42. The dynamic random access memory circuitry of claim 41, wherein the threshold voltages of at least some of the individual transistors are less than one volt.
43. The dynamic random access memory circuitry of claim 41, wherein individual transistors having active areas with the smaller widths have threshold voltages which are smaller than other individual transistors having active areas with larger widths.
44. A transistor assembly comprising:
an active area;
a plurality of spaced-apart shallow trench isolation regions received by the active area and defining active sub-areas therebetween, individual active sub-areas having respective widths, at least one of the widths being no greater than about one micron and at least one other sub-area having a width which is different from the one width; and
a gate line extending over the one and the other sub-area and defining, in part, separate transistors, wherein the separate transistors have different threshold voltages.
45. The transistor assembly of claim 44, further comprising a gate line extending over a plurality of the active sub-areas defining a plurality of transistors, each active sub-area width of an associated transistor being no greater than about one micron.
46. The transistor assembly of claim 44, further comprising a gate line extending over a plurality of the active sub-areas defining a plurality of transistors, each active sub-area width of an associated transistor being no greater than about one micron, wherein more than two of the plurality of transistors have different threshold voltages.
47. The transistor assembly of claim 44, wherein said gate line comprises a common gate line which extends over a plurality of the active sub-areas defining a plurality of transistors, each active sub-area width of an associated transistor being no greater than about one micron.
48. The transistor assembly of claim 44, wherein said gate line comprises a common gate line which extends over a plurality of the active sub-areas defining a plurality of transistors, each active sub-area width of an associated transistor being no greater than about one micron and said plurality of transistors being joined in a parallel configuration.
49. A transistor assembly comprising:
an active area;
a plurality of spaced-apart shallow trench isolation regions received by the active area and defining active sub-areas therebetween, individual active sub-areas having respective widths, at least one of the widths being no greater than about one micron and at least one other sub-area having a width which is less than the one width; and
a gate line extending over the one and the other sub-area and defining, in part, separate transistors, wherein the separate transistors have different threshold voltages, wherein said gate line comprises a common gate line which extends over a plurality of the active sub-areas defining a plurality of transistors, each active sub-area width of an associated transistor being no greater than about one micron and said plurality of transistors being joined in a parallel configuration to provide a pull down circuit coupled to a common node.
50. The transistor assembly of claim 49, further comprising a sense amplifier formed from pair of transistors, each of the pair having a gate that is cross-coupled to a drain of another of the pair, sources of the pair being coupled to the common node.

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 pharmaceutical composition comprising a pharmaceutically acceptable carrier and at least one compound selected from the group consisting of
2. A method of treating vascular stroke in a mammal comprising administering a therapeutically effective amount of a composition of claim 1 to a mammal in need of said treatment.
3. A method of treating cerebral ischemia in mammal comprising administering a therapeutically effective amount of a composition of claim 1 to a mammal in need of said treatment.
4. A method of treating heart ischemiareperfusion injury in a mammal comprising administering a therapeutically effective amount of a composition of claim 1 to a mammal in need of said treatment.
5. A method of treating gout and symptoms of gout in a mammal comprising administering a therapeutically effective amount of a composition of claim 1 to a mammal in need of said treatment.

1. A device (1) for attaching a dental model to an articulator (32), the device comprising:
a base frame (2) having an ascending hole (3) formed in the middle portion thereof such that the device (1) for attaching the dental model is adjusted upwardly and downwardly at height through the ascending hole (3);
a dental model attaching stand (6) having a fixed bracket (7) fixedly formed at the bottom portion thereof, the fixed bracket (7) having an ascending protrusion (5) formed at the bottom surface thereof in such a manner as to be adjusted at height by means of an adjusting bolt (4) formed on one side of the base frame (2), and having an adjusting bracket (9) formed on the fixed bracket (7) in such a manner as to be adjusted at angle by means of a screw-type adjusting shaft pin (8), the adjusting bracket having a sliding opening (10) formed on one side thereof;
a left and right slider (11) adapted to be guided through guide grooves (11a) thereof to the sliding opening (10) in such a manner as to be adjusted in left and right sides by means of an adjusting bolt (12) screw-coupled to the adjusting bracket (9);
an upper and lower slider (13) connected to the top side of a screw-type adjusting member (14) coupled to a female screw hole (15) formed on the left and right slider (11);
a first ascending needle (16) coupled to a female screw hole (14a) formed on the screw-type adjusting member (14) in such a manner as to be adjusted upwardly and downwardly at height thereof;
a plurality of forward and backward sliders (17) formed on both sides of the upper and lower slider (13) and coupled on both ends of a forward and backward adjusting screw portion (18) having left and right screws (18a and 18b) and an adjusting knob (19) thereon in such a manner as to be adjusted in forward and backward directions thereof;
a second ascending needle (20) fixed on the forward and backward sliders (17), respectively;
a third ascending needle (22) screw-coupled to a female screw hole (21) formed on the other side of the adjusting bracket (9) in such a manner as to be adjusted at height thereof;
an adjusting bracket (24) formed at the end portion of one side of the adjusting bracket (9) in such a manner as to be adjusted at angle by means of an adjusting shaft pin (23);
an adjusting piece (26) formed at the top end of the adjusting bracket (24) in such a manner as to be adjusted at angle by means of an adjusting shaft pin (25);
a fourth adjusting needle (28) coupled to an adjusting hole (27) formed on the adjusting piece (26) in such a manner as to be fixed by means of a fixing bolt (29);
a level (30) mounted on one side of the adjusting bracket (9);
a first protractor (33) mounted on one side of the adjusting bracket (9) for measuring an angle upon mounting the device for attaching the dental model to the articulator (32); and
a second protractor (31) mounted at a rotary portion of the adjusting shaft pin (8) with respect to the adjusting bracket (9).
2. The device according to claim 1, wherein a plaster dental model mounting plate (38) is mounted on the top surface of the adjusting bracket (9) constituting the dental model attaching stand (6).

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 guide apparatus for transmitting guide information to a portable terminal for guiding a user of the portable terminal to a store the guide apparatus comprising:
means for storing service information about a store providing a service and expected attribute information of an expected user for the service;
means for receiving image data containing identification information to identify a first store, the image data being captured by and transmitted from the portable terminal;
means for acquiring the identification information of the first store by analyzing the image data included in the data received by the means for receiving from the portable terminal to acquire the identification information of the first store included in the image data;
means for retrieving first service information from the means for storing, based on the identification information acquired by the means for acquiring identification information;
means for retrieving a plurality of second service information of a plurality of services provided at a second store located within a distance of a predetermined threshold from the first store, based on location information about the first store included in the first service information and location information about the second store included in the second service information;
means for comparing attribute information of the user of the portable terminal with expected attribute information of an expected user of each of the plurality of the services provided at the second store, and for determining which services of the plurality of the services to offer to the user based on whether the attribute information of the user of the portable terminal matches the expected attribute information;
means for selecting, from the plurality of second service information selected service information corresponding to the services determined to be offered to the user of the portable terminal by the means for comparing and determining;
means for retrieving a route between the portable terminal and the first store, based on the first service information about the store included in the service information retrieved by the means for retrieving first service information; and
means for transmitting to the portable terminal, information about the route retrieved by the means for retrieving the route and the selected service information retrieved by the means for selecting, as guide information about the services determined to be offered to the user of the portable terminal.
2. The guide apparatus according to claim 1, wherein the means for receiving further receives information about a location of the portable terminal, and
wherein the means for retrieving the route retrieves the route on the basis of the location information of the portable terminal received by the means for receiving and the information about the first store.
3. The guide apparatus according to claim 1, further comprising means for storing information about a display location of the identification information,
wherein the means for retrieving the route acquires the information about the display location of the identification information from the means for storing information about the display location on the basis of the identification information acquired by the means for acquiring identification information, and retrieves the route on the basis of the display location of the acquired identification information and the information about the first store.
4. The guide apparatus according to claim 1, wherein the means for receiving further receives the attribute information of the user of the portable terminal, and
based on the attribute information of the user received by the means for receiving, the means for retrieving the plurality of second service information retrieves such service information that the attribute information of the user matches the expected attribute information of the expected user for a service of the plurality of services.
5. The guide apparatus according to claim 1, further comprising:
means for storing the attribute information of the user of the portable terminal,
wherein the means for receiving further receives identification information of the portable terminal, and
the means for retrieving the plurality of second service information retrieves the attribute information of the user of the portable terminal from the means for storing the attribute information of the user of the portable terminal, based on the identification information of the portable terminal received by the means for receiving, and retrieves such service information that the attribute information of the user matches the expected attribute information of the expected user for a service of the plurality of services, based on the retrieved attribute information.
6. The guide apparatus according to claim 1, further comprising:
means for converting the identification information acquired by the means for acquiring identification information, to global identification information,
wherein the means for storing stores the service information in connection with global identification information unitarily assigned to service groups of different types, and
the means for retrieving first service information retrieves the first service information from the means for storing, using the global identification information obtained through the conversion by the means for converting.
7. The guide apparatus according to claim 1, further comprising:
a path determining device having the means for receiving, the means for retrieving the route, and the means for transmitting; and
an information managing device having the means for storing, the means for retrieving first service information, and the means for retrieving the plurality of second service information,
wherein each of the path determining device and the information managing device comprises means for transmitting and receiving data which was transmitted from the portable terminal and which the path determining device received by the means for receiving, and service information which the information managing device retrieved from the means for storing.
8. The guide apparatus according to claim 1, wherein the guide information transmitted by the means for transmitting is map information.
9. The guide apparatus according to claim 1, wherein the identification information is displayed in the form of a mark of a two-dimensional bar code.
10. The guide apparatus according to claim 1, wherein the first store includes more than one store or a shopping mall.
11. A guide system comprising the guide apparatus as set forth in claim 1, a portable terminal wirelessly communicable with the guide apparatus, and a display of identification information of the second store located at a place different from the first store, wherein the portable terminal comprises: means for photographing the display of the identification information, means for transmitting image data obtained through photography by the means for photographing, to the guide apparatus and for receiving guide information transmitted from the guide apparatus, and means for displaying the guide information received by the means for transmitting image data and receiving guide information.
12. A guide method in a guide system including a guide apparatus having means for storing service information comprising information about a store providing a service and expected attribute information of an expected user for the service, a portable terminal wirelessly connected to the guide apparatus, and a display of identification information of the store located at a place different from the store, the guide method being adapted to transmit to the portable terminal guide information for guiding a user of the portable terminal to the store, the guide method comprising:
photographing the display of the identification information by the portable terminal;
transmitting image data obtained through photographing the display to the guide apparatus from the portable terminal;
wherein the guide apparatus transmits information about a route retrieved and a selected service information as guide information from the guide apparatus to the portable terminal;

analyzing the image data received from the portable terminal in the transmitting image data;
acquiring the identification information of a first store included in the image data by analyzing the image data to acquire the identification of the first store included in the image data;
retrieving first service information from the means for storing, based on the identification information acquired in the acquiring step;
retrieving a plurality of second service information of a plurality of services provided at a second store located within a distance of a predetermined threshold from the first store, based on location information about the first store included in the first service information and location information about the second store included in the second service information;
comparing attribute information of the user of the portable terminal with expected attribute information of an expected user of each of the plurality of the services provided at the second store;
determining which services of the plurality of services to offer to the user of the portable terminal based on whether the attribute information of the user of the portable terminal matches the expected attribute information of the expected user;
selecting from the retrieved plurality of second service information selected service information wherein the selected service information corresponds to the services determined to be offered to the user of the portable terminal;
retrieving the route between the portable terminal and the first store, based on the information about the first store included in the first service information;
receiving of the guide information by the portable terminal.
13. A guide apparatus for transmitting guide information to a user of a portable terminal, the guide information guiding the user of the portable terminal to a store, the guide apparatus comprising:
a service information memory storing service information including information about a store providing a service and expected attribute information of an expected user for said service;
a receiver receiving image data containing identification information to identify a first store, the image data being captured by and transmitted from the portable terminal;
an identification information acquiring unit configured to acquire the identification information of the first store by analyzing the image data included in the data received by the receiver from the portable terminal to acquire the identification information of the first store included in the image data;
a first retriever configured to retrieve first service information from the service information memory, based on the identification information acquired by the identification information acquiring unit;
a second retriever configured to retrieve a plurality of second service information of a plurality of services provided at a second store located within a distance of a predetermined threshold from the first store, based on location information about the first store included in the first service information and location information about the second store included in the second service information;
a comparing unit configured to compare attribute information of the user of the portable terminal with expected attribute information of an expected user of each of the plurality of the services provided at the second store, and to determine which services of the plurality of the services to offer to the user of the portable terminal based on whether the attribute information of the user of the portable terminal matches the expected attribute information;
a selector configured to select from the plurality of second service information selected service information corresponding to the services determined to be offered to the user of the portable terminal by the comparing unit;
a route retriever configured to retrieve a route between the portable terminal and the first store, based on the first service information; and
a transmitter configured to transmit to the portable terminal information about the route retrieved by the route retriever and the selected service information selected by the selector, as guide information about the services determined to be offered to the user of the portable terminal.
14. The guide apparatus according to claim 1, wherein the means for acquiring the identification information of the first store recognizes a first ID from the received image data and converts the first ID into a second ID, and
the means for retrieving first service information from the means for storing retrieves the first service information from the means for storing based on the second ID.
15. The method of claim 12, wherein acquiring the identification information of the first store included in the image data includes recognizing a first ID from the received image data and converting the first ID into a second ID, and
retrieving first service information from the means for storing includes retrieving the first service information from the means for storing based on the second ID.
16. The guide apparatus according to claim 13, wherein the identification information acquiring unit is configured to recognize a first ID from the received image data and convert the first ID into a second ID, and
the first retriever is configured to retrieve the first service information from the service information memory based on the second ID.