Author: claimsbot

1. An artificial tooth root implantation position determining instrument for determining the implantation position of an artificial tooth root which supports an artificial tooth that supplements the lost portion of dentition, the instrument comprising:
dentition data acquisition means for acquiring three-dimensional data relating to said dentition;
jaw bone data acquisition means for acquiring three-dimensional data relating to the jaw bone connected to said dentition;
combining means for combining the three-dimensional data relating to dentition acquired by said dentition data acquisition means and the three-dimensional data relating to the jaw bone acquired by said jaw bone data acquisition means;
artificial tooth data creating means for creating artificial tooth data indicating an artificial tooth that supplements the lost portion of said dentition indicated by the combined data for dentition and jaw bone created by said combining means;
candidate receiving means for receiving a plurality of candidates for the implantation position of said artificial tooth root on the basis of combined data to which artificial tooth data created by said artificial tooth data creating means is added; and
determining means for determining one implantation position from the candidates received by said candidate receiving means.
2. The artificial tooth root implantation position determining instrument according to claim 1, wherein the instrument comprises mechanical evaluation factor calculating means for calculating the mechanical evaluation factors generated in the respective vicinities by a preset occlusion force for the implantation positions respectively indicated by each of the candidates received by said candidate receiving means, and said determining means are constructed so that the implantation position in which the mechanical evaluation factor calculated by said mechanical evaluation factor calculating means shows a minimum value is determined.
3. The artificial tooth root implantation position determining instrument according to claim 2, wherein said three-dimensional data relating to the jaw bone includes hardness information for said jaw bone, and said mechanical evaluation factor calculating means are constructed so that said mechanical evaluation factors are calculated on the basis of said hardness information.
4. An artificial tooth root implantation position determining instrument for determining the implantation position of an artificial tooth root which supports an artificial tooth that supplements the lost portion of dentition, the instrument comprising:
dentition data acquisition means for acquiring three-dimensional data relating to said dentition;
jaw bone data acquisition means for acquiring three-dimensional data relating to the jaw bone connected to said dentition;
combining means for combining the three-dimensional data relating to dentition acquired by said dentition data acquisition means and the three-dimensional data relating to the jaw bone acquired by said jaw bone data acquisition means;
artificial tooth data creating means for creating artificial tooth data indicating an artificial tooth that supplements the lost portion of said dentition indicated by the combined data for dentition and jaw bone created by said combining means;
occlusion information creating means for creating occlusion information in the artificial tooth indicated by the artificial tooth data created by said artificial tooth data creating means on the basis of said combined data; and
calculating means for calculating the implantation position of the artificial tooth root that supports said artificial tooth on the basis of the occlusion information created by said occlusion information creating means.
5. An artificial tooth root implantation position determining instrument for determining the implantation position of an artificial tooth root which supports an artificial tooth that supplements the lost portion of dentition, the instrument comprising:
dentition data acquisition means for acquiring three-dimensional data relating to said dentition;
jaw bone data acquisition means for acquiring three-dimensional data relating to the jaw bone connected to said dentition;
mastication information acquisition means for acquiring mastication information in said dentition;
combining means for combining the three-dimensional data relating to dentition acquired by said dentition data acquisition means and the three-dimensional data relating to the jaw bone acquired by said jaw bone data acquisition means;
artificial tooth data creating means for creating artificial tooth data indicating an artificial tooth that supplements the lost portion of said dentition indicated by the combined data for dentition and jaw bone created by said combining means;
occlusion information creating means for creating occlusion information in the artificial tooth indicated by the artificial tooth data created by said artificial tooth data creating means on the basis of said combined data and the mastication information acquired by said mastication information acquisition means; and
calculating means for calculating the implantation position of the artificial tooth root that supports said artificial tooth on the basis of the occlusion information created by said occlusion information creating means.
6. The artificial tooth root implantation position determining instrument according to claim 4 or claim 5, wherein the instrument comprises:
candidate receiving means for receiving a plurality of candidates for the implantation position of said artificial tooth root on the basis of combined data to which the artificial tooth data created by said artificial tooth data creating means is added; and
mechanical evaluation factor calculating means for calculating the mechanical evaluation factors generated in the respective vicinities by an occlusion force indicated by occlusion information created by said occlusion information creating means for the implantation positions respectively indicated by each of the candidates received by said candidate receiving means;
and said calculating means are constructed so that the implantation position in which the mechanical evaluation factor calculated by said mechanical evaluation factor calculating means shows a minimum value is determined.
7. The artificial tooth root implantation position determining instrument according to any one of claims 1 through 6, wherein said artificial tooth data creating means are constructed so as to create said artificial tooth data on the basis of the remaining teeth in the dentition indicated by said combined data.
8. The artificial tooth root implantation position
determining instrument according to claim 7, wherein said artificial tooth data creating means are constructed so that in cases where there are no remaining teeth in the dentition indicated by said combined data, said artificial tooth data is created on the basis of artificial teeth in use.
9. An artificial tooth root implantation position determining method for determining the implantation position of an artificial tooth root which supports an artificial tooth that supplements the lost portion of dentition using a calculating device comprising a receiving part that receives data from the outside, a storage part and a calculating part, wherein
three-dimensional data relating to said dentition and three-dimensional data relating to the jaw bone connected to said dentition are received by the receiving part;
said received three-dimensional data relating to the dentition and three-dimensional data relating to the jaw bone are stored in the storage part;
said stored three-dimensional data relating to the dentition and three-dimensional data relating to the jaw bone are combined by said calculating part;
artificial tooth data indicating an artificial tooth that supplements the lost portion of said dentition indicated by the created dentition and jaw bone combined data is created by the calculating part;
occlusion information in the artificial tooth indicated by the created artificial tooth data is created by the calculating part on the basis of said combined data; and
the implantation position of the artificial tooth root that supports said artificial tooth is calculated by said calculating part on the basis of the created occlusion information.
10. A guide member manufacturing device which manufactures a guide member having a guide hole that communicates with the artificial tooth root cavity in which an artificial tooth root supporting an artificial tooth that supplements the lost portion of dentition is implanted, the drive comprising:
forming means for forming a member that covers the artificial tooth indicated by said artificial tooth data, and the vicinity of said artificial tooth, on the basis of combined data to which artificial tooth data created by the artificial tooth root implantation position determining instrument according to any one of claims 1 through 8 is added; and
hole boring means for boring said guide hole that communicates with the implantation position determined by said artificial tooth root implantation position determining instrument in the member formed by said forming means.
11. A sensor which is mounted in a hole boring device that bores an artificial tooth root cavity in which an artificial tooth root is implanted, and which detects the hole boring direction of said hole boring device, the sensor comprising:
detection means for detecting the hole boring direction of said hole boring device;
judgment means for judging whether or not the hole boring direction detected by said detection means is the boring direction of the guide hole possessed by the guide member manufactured by the guide member manufacturing device according to claim 10; and
notification means for making notification that the boring direction of said boring device is erroneous in cases where it is judged by said judgment means that the boring direction is not the boring direction of said guide hole.
12. A drill mounted in a boring device, comprising marks spaced at a distance from the tip end portion based on the implantation position determined by the artificial tooth root implantation position determining instrument according to any one of claims 1 through 8.
13. An artificial tooth manufacturing device for manufacturing an artificial tooth that supplements the lost portion of dentition, the device comprising planing means for planing an artificial tooth which has an occlusion face indicated by occlusion information and a shape indicated by artificial tooth data on the basis of the artificial tooth data and occlusion information created by the artificial tooth root implantation position determining instrument according to any one of claims 4 through 8.
14. A computer program for causing a computer to determine the implantation position of an artificial tooth root which supports an artificial tooth that supplements the lost portion of dentition, wherein the computer program executes:
a routine that causes the computer to combine acquired three-dimensional data relating to dentition and three-dimensional data relating to the jaw bone connected to said dentition;
a routine that causes the computer to create artificial tooth data indicating an artificial tooth that supplements the lost portion of said dentition indicated by the created combined data relating to the dentition and jaw bone;
a routine that causes the computer to create occlusion information in the artificial tooth indicated by the created artificial tooth data on the basis of said combined data; and
a routine that causes the computer to calculate the implantation position of the artificial tooth root that supports said artificial tooth on the basis of the created occlusion information.
15. A computer-readable recording medium on which a computer program that is used to cause a computer to determine the implantation position of an artificial tooth root which supports an artificial tooth that supplements the lost portion of dentition is recorded, wherein the recording medium records a computer program that executes:
a routine that causes the computer to combine acquired three-dimensional data relating to dentition and three-dimensional data relating to the jaw bone connected to said dentition;
a routine that causes the computer to create artificial tooth data indicating an artificial tooth that supplements the lost portion of said dentition indicated by the created combined data relating to the dentition and jaw bone;
a routine that causes the computer to create occlusion information in the artificial tooth indicated by the created artificial tooth data on the basis of said combined data; and
a routine that causes the computer to calculate the implantation position of the artificial tooth root that supports said artificial tooth on the basis of the created occlusion information.

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 ultra-wideband antenna for operating in a frequency band having a lowest frequency f1, comprising:
a ground plane;
a monopole antenna extending from the ground plane and having an effective length L of one quarter or one half wavelength, \u03bb14 or \u03bb12 respectively, at the lowest frequency f1; and
a dielectric resonator antenna (DRA) surrounding the monopole antenna for resonating at substantially between or at two and three times the lowest frequency f1, the DRA having a height H less than \xbe L, the DRA being disposed in such a manner as being above the ground plane and either contacting or spaced therefrom by a gap G, wherein 0\u2266G\u22660.2 H.
2. The ultra-wideband antenna as defined in claim 1, wherein H\u2266L2; and wherein the monopole antenna extends beyond the dielectric antenna at an upper free end thereof, the upper end of the monopole antenna for generating a monopole radiation pattern.
3. The ultra-wideband antenna as defined in claim 2, wherein the relative permittivity Er of material comprising the DRA is equal to or greater than 8.
4. An ultra-wideband antenna for operating in a frequency band having a lowest frequency f1 and a bandwidth of Bu-wa, where Bu-wa is at least 4-times greater than Bm+BDRA, comprising:
a ground plane;
a DRA having a bandwidth BDRA;
a monopole antenna having an bandwidth Bm surrounded by the DRA, for feeding the DRA and for radiating energy, the monopole antenna extending beyond the DRA at an upper end,
wherein the monopole antenna extends vertically above the ground plane and has a effective length L of one quarter wavelength at the lowest frequency f1,
wherein the DRA is for resonating at a frequency fDRA, wherein 2 f1\u2266fDRA\u22663 f1,
wherein the dielectric resonator is of a height H, where H\u2266\xbd L, and
wherein the DRA is disposed in such a manner as being above the ground plane, and either contacting or spaced therefrom by a gap G, wherein 0\u2266G\u22660.2 H.
5. An ultra-wideband antenna as defined in claim 4, wherein the DRA is for operating primarily in a TM0N\u03b4 mode, where N is an integer greater than or equal to 1.
6. An ultra-wideband antenna as defined in claim 4, wherein the monopole antenna provides only a single feed to the DRA.
7. An ultra-wideband antenna as defined in claim 1, wherein the monopole antenna provides only a single feed to the DRA.
8. An ultra-wideband antenna as defined in claim 4, wherein the DRA is for operating primarily in a TM01\u03b4 mode.
9. An ultra-wideband antenna for operating in a frequency band having a lowest frequency
f1 approximately 3.3 GHz, comprising a ground plane;
a monopole antenna extending from the ground plane and having an effective length L of approximately one quarter the wavelength at frequency f1; and
a dielectric resonator antenna (DRA) surrounding the monopole antenna for resonating the TM01\u03b4 mode at approximately three times the lowest frequency f1, the DRA having a height H between 0.3 L and 0.5 L, having a relative dielectric constant Er of approximately 10, the DRA being disposed in such a manner as being above the ground plane and either contacting or spaced therefrom by a gap G, wherein G is less than or equal to 0.2 H.

1. A mobile device, comprising:
a fixed camera which is fixedly installed on a rear housing of the mobile device;
a movable camera which is connected to the fixed camera via a connection component; and
wherein a port at which the connection component is connected to the fixed camera is a component having a rotation function.
2. The mobile device according to claim 1, wherein
the movable camera suspends over the rear housing;
or, the mobile device further comprises a sliding rail, wherein the fixed camera is positioned at an arc centre of the sliding rail, and the movable camera moves along the sliding rail via the connection component.
3. The mobile device according to claim 2, wherein
the sliding rail is arranged on the rear housing, and the sliding rail is set to be a hollow sliding rail; and
the movable camera is connected with a clamping component, the clamping component is clamped on the sliding rail, and the clamping component is able to move along the sliding rail.
4. The mobile device according to claim 1, wherein
the mobile device further comprises an elastic circuit and a main board, and the movable camera is connected to the main board via the elastic circuit.
5. The mobile device according to claim 4, wherein
the mobile device further comprises an indication module which is arranged on the main board; the indication module is connected to the connection component and is configured to control, after receiving an adjustment instruction of the mobile device input by a user, movements of the connection component according to the adjustment instruction.
6. The mobile device according to claim 1, wherein
the connection component is a telescopic connection component.
7. The mobile device according to claim 2, wherein
the connection component is a telescopic connection component.
8. The mobile device according to claim 3, wherein
the connection component is a telescopic connection component.
9. The mobile device according to claim 4, wherein
the connection component is a telescopic connection component.
10. The mobile device according to claim 5, wherein
the connection component is a telescopic connection component.

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 air bladder pumping device comprising an air pump and an air bladder, characterized in that:
the air pump comprises a base, a resilient membrane, and two air valves, the base forming a tubular receptacle in which a first one of the air valve is received and retained, the tubular receptacle having a bottom through which an air exit opening is defined, the base having a circumference forming a flat sealing flange;
the resilient membrane forms a recessed portion that defines a socket for receiving and retaining therein a second one of the air valves, the socket having a bottom through which an air entrance opening is defined, the resilient membrane having a circumference forming a sealing flange, the sealing flanges being processable to tightly fix to each other so as to combine the base and the resilient membrane together;
the air valves are of a one-way valve structure and are respectively received and retained in the tubular receptacle of the base and the socket of the resilient membrane, so that the air valve received in the tubular receptacle of the base serves as air exhaust valve for air discharging and the air valve received in the socket of the resilient membrane serves as an air intake valve for drawing in air; and
the air bladder forms an air passageway hole that corresponds in position to the air exit opening of the base of the air pump, the air bladder being attachable to bottom of the sealing flange of the base of the air pump, the air bladder forming an air release valve.
2. The air bladder pumping device according to claim 1, wherein the base has a top forming a raised rim extending along a circumference thereof.
3. The air bladder pumping device according to claim 1, wherein each of the air valves comprises a valve housing and a valve disk, the valve housing having a top forming a through hole, the valve disk having a bottom forming a plurality of deformable resilient pegs and a top forming a sealing rim, the valve disk being received inside the valve housing, the air valves being respectively received in the tubular receptacle of the base and the socket of the resilient membrane in an interference fitting manner, the top of the valve disk being normally in engagement with bottom of the through hole of the valve housing.
4. The air bladder pumping device according to claim 3, wherein the valve housing has an outer circumference forming a circumferential flange, which is fit to a side wall of the tubular receptacle and the socket to securely hold the air valve in position.
5. The air bladder pumping device according to claim 3, wherein the valve housing has an inside surface forming a plurality of projecting ribs.
6. The air bladder pumping device according to claim 3, wherein the bottom of the valve disk forms air passages between the resilient pegs.