1. A photographing apparatus comprising:
an imaging unit to photograph a subject to acquire image data;
an object detection unit to detect a predetermined object from the image data;
a detection condition setting unit to allow a user to arbitrarily set a detection condition for the object detection unit;
a recording unit to record an image file generated from the image data in an external recording medium or an internal memory; and
a tag information writing unit to write the detection condition in tag information of the image file when the image file is recorded,
wherein the detection condition setting unit is able to reset the detection condition written in the tag information of the image file to a different detection condition, and the object detection unit carries out the detection on image data of the image file recorded in the external recording medium or the internal memory based on the detection condition reset by the detection condition setting unit.
2. The photographing apparatus as claimed in claim 1, wherein the detection condition limits at least one of an orientation of the object, a size of the object, an inclination of the object and a detection area.
3. The photographing apparatus as claimed in claim 1, further comprising a detection condition displaying unit to display the detection condition set via the detection condition setting unit.
4. The photographing apparatus as claimed in claim 3, wherein the detection condition displaying unit displays a pictorial display of the detection condition.
5. The photographing apparatus as claimed in claim 3, wherein the detection condition displaying unit displays the detection condition during a photographing operation carried out by the imaging unit.
6. The photographing apparatus as claimed in claim 1, further comprising:
a displaying unit;
a display controlling unit to display, on the displaying unit, the image file recorded in the external recording medium or the internal memory; and
a tag information display controlling unit to display, on the displaying unit, the detection condition written in the tag information of the image file when the image file is displayed on the displaying unit.
7. The photographing apparatus as claimed in claim 1, wherein a detection range of the different detection condition is wider than a detection range of the detection condition written in the tag information of the image file.
8. The photographing apparatus as claimed in claim 1, wherein a detection range of the different detection condition is narrower than a detection range of the detection condition written in the tag information of the image file.
9. The photographing apparatus as claimed in claim 1, wherein
the detection condition setting unit is able to acquire the detection condition written in the tag information of the image file and retain the acquired detection condition, and
the object detection unit carries out the detection based on the retained detection condition.
10. The photographing apparatus as claimed in claim 1, wherein the detection based on the retained detection condition is carried out on the image data acquired by the imaging unit.
11. The photographing apparatus as claimed in claim 1, wherein the detection based on the retained detection condition is carried out on image data of the image file recorded in the external recording medium or the internal memory.
12. The photographing apparatus as claimed in claim 1, further comprising:
a photographing instructing unit to instruct the imaging unit to carry out an actual photographing operation; and
one of a self-timer photographing unit to cause the actual photographing operation to be carried out when a predetermined time has elapsed after the photographing instructing unit has instructed to carry out the actual photographing operation and an automatic photographing unit to cause the photographing instructing unit to instruct to carry out the actual photographing operation at a predetermined timing,
wherein the object detection unit carries out the detection under the detection condition set via the detection condition setting unit only when the actual photographing operation is carried out using the self-timer photographing unit or the automatic photographing unit.
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 food supplement formula for a human body’s natural immune function, the composition of the formula per unit dose in liquid or capsule gel caplets consists of:
(a) Apigenin1 to 35 mgs. per milliliter
(b) Chrysin200 to 600 mg
(c) Clorius Versicolor200 to 600 mg
(d) 3,3 Diindolymethane (DIM)50 to 150 mg
(e) Resveratrol 25%50 to 150 mg
(f) Turmeric Extract 95%50 to 150 mg
(g) Green Tea Extract 95%40 to 140 mg
(h) Quercitin Dihydrate 99%20 to 80
(i) L-Selinium MethionineTrace mineral selenium10 to 60 mg.
2. A formula as claimed in claim 1, characterized in that each per dose unit also includes 25 mg to about 150 mgs. of Myricertin.
3. A formula as claimed in claim 1, characterized in that each dose per unit also includes Phosphtidyl Choline 50% 15 to 75 mg.
4. A food supplement formula for a human body’s natural immune function, as claimed in claim 1, characterized in that the amount in per unit dose form consists of:
(a) 10 mg. Apigenin
(b) 400 mg. chrysin
(c) 400 mg. Colorius Versicolor 20% Polysacride Krestin (PSK)
(d) 100 mg. 3,3 Diindolymethane (DIM)
(e) 100 mg. Resveratrol 25%
(f) 100 mg. Turmeric Extract 95%
(g) 89.5 mg. Green Tea Extract 95%
(h) 50 mg. Quercitin Dihydrate 99%
(i) 33.3 mcg. L-Selenium Methionine (5000 mcggr)
5. A formula per unit dose as claimed in claim 4, characterized in that each per dose unit also includes 100 mg. Myricetin.
6. A formula as claimed in claim 4, characterized in that each dose per unit also includes 40 mg. Phosphtidyl Choline 50%.
7. A food supplement formula for a human body’s natural immune function, the composition of the formula per unit dose in liquid or capsule gel caplets consists of:
(a) 1 to 35 mg. per milliliterApigenin
(b) 200 to 600 mg.Chrysin
(c) 200 to 600 mg.Colorius Versicolor
(d) 50 to 150 mg.3,3 Diindolymethane (DIM)
(e) 50 to 150 mg.Resveratrol 25%
(f) 50 to 150 mg.Turmeric Extract 95%
(g) 40 to 140 mg.Green tea Extract 95%
(h) 20 to 80 mg.Quercitin Dihydrate 99%
(i) 15 to 75 mg.Phosphtidyl Choline 50%
(j) Trace mineral seleniumL10 to 60 mgs L-Selenium Methionine (5000 mcggr)
8. A food supplement formula for a human body’s natural immune function, the composition of the formula per unit dose in liquid or capsule gel caplets consists of:
(a) 10 mg.Apigenin
(b) 400 mg.Chrysin
(c) 400 mg.Colorius Versicolor 20% Polysecride kristin (PSK)
(d) 100 mg.3,3 Diindolymethane (DIM)
(e) 100 mg.Resveratrol 25%
(f) 100 mg.Turmeric Extract 95%
(g) 89.5 mg.Green Tea Extract 95%
(h) 50 mg.Quercitin Dihydrate 99%
(i) 40 mg.Phosphtidyl Choline 50%
(j) 33.3 mg.L-Selinium Methionine (5000 mcggr)
9. A food supplement formula for a human body’s natural immune function, the composition of the formula per unit dose in liquid or capsule gel caplets consists of:
(a) 1 to 35 mg. per milliliterApigenin
(b) 200 to 600 mg.Chrysin
(c) 200 to 600 mg.Colorius Versicolor
(d) 50 to 150 mg.3.3 Diindolymethane (DIM)
(e) 50 to 150 mg.Resveratrol 25%
(f) 50 to 150 mg.Turmeric Extract 95%
(g) 40 to 140 mg.Green Tea Extract 95%
(h) 20 to 80 mg.Quercitin Dihydrate 99%
(i) 15 to 75 mg.Phosphtidyl Choline 50%
(j) Trace mineral seleniumL10 to 60 mgs. L-Selenium Methionine (5000 mcggr)
(k) 25 to about 150 mg. Myricetin
10. A food supplement formula for a human body’s natural immune function, the composition of the formula per unit dose in liquid or capsule gel caplets consists of:
(a) 10 mg.Apignin
(b) 400 mg.Chrysin
(c) 400 mg.Colorius Versicolor 20% Polysecride Krestin (PSK)
(d) 100 mg.3,3 Diindolymethane (DIM)
(e) 100 mg.Resveratrol 25%
(f) 100 mg.Turmeric Extract 95%
(g) 89.5 mg.Green Tea Extract 95%
(h) 50 mg.Quercitin Dihydrate 99%
(i) 40 mg.Phosphtidyl Choline 50%
(j) 33.3 mg.L-Selinium Methionine (5000 mcggr)
(k) 100 mg.Myricetin