1. A portable terminal comprising: a lens of a camera capturing an object; an actuator moving the lens for focus adjustment; a electrostatic capacity measuring unit measuring an electrostatic capacity of the actuator; and a controller for detecting a posture of the camera in response to the electrostatic capacity measured by the electrostatic capacity measuring unit.
2. The portable terminal of claim 1, wherein the actuator is a micro actuator.
3. The portable terminal of claim 1, wherein the actuator is a portable terminal using an electrostatic force.
4. The portable terminal of claim 1, wherein the controller detects the posture of the camera using a change time of the electrostatic capacity measured by the electrostatic capacity measuring unit.
5. The portable terminal of claim 1, further comprising an actuator driving unit repeatedly vibrating the actuator.
6. The portable terminal of claim 3, further comprising storage stored with posture data of the camera corresponding to the changed time of the electrostatic capacity.
7. The portable terminal of claim 1, wherein the controller controls a power driving unit using the detected posture data of the camera.
8. The portable terminal of claim 1, wherein the controller turns on or off each component of the portable terminal using the detected posture data of the camera.
9. A method for detecting a posture of a portable terminal, the method comprising: initially driving an actuator; receiving electrostatic capacity in response to the initial driving of the actuator as a feedback; repeatedly driving the actuator to receive the electrostatic capacity as a feedback; comparing an electrostatic capacity value received as a feedback by the initial driving of the actuator with an electrostatic capacity value received as a feedback by the repeated driving of the actuator.
10. The method of claim 9, wherein the comparing step includes determining whether a displacement is higher than a threshold.
11. The method of claim 10, wherein the comparing step includes recognizing that a posture change of the portable terminal has occurred, in case the displacement is higher than the threshold.
12. The method of claim 9, wherein 12 the step of initially driving the actuator includes detecting posture of the portable terminal performed by the portable terminal, in case a signal tone is generated.
13. The method of claim 12, wherein the actuator is actuated, in a case the signal tone is generated before the initial driving of the actuator in the step of initially driving the actuator.
14. The method of claim 9, further comprising ending operation of the actuator after it is recognized that the posture change of the portable terminal has occurred.
15. The method of claim 14, further comprising changing to signal tone release mode or vibration mode after the operation of the actuator is ended.
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 plate makingprinting system comprising:
a first system for generating edit data containing one or more pieces of page data written in a page-description language and first image data obtained by converting the edit data to a bitmap format; and
a second system for generating second image data obtained by converting the edit data generated in the first system for use in production of a press plate to the bitmap format,
wherein the first system includes:
a first unique code generation section for generating a unique code specific to contents of the edit data in accordance with a predetermined rule; and
a first image data output section for outputting the first image data in association with the code generated by the first unique code generation section,
wherein the second system includes:
a second unique code generation section for generating a unique code specific to the contents of the edit data generated in the first system in accordance with the predetermined rule; and
a plate inspection section for performing plate inspection by comparing the first image data generated in the first system with the second image data, and
wherein the plate inspection section identifies a first image data that is to be compared with the second image data based on the code generated by the second unique code generation section.
2. The plate makingprinting system according to claim 1,
wherein the first unique code generation section further generates a unique code specific to contents of each piece of page data contained in the edit data, and
wherein the second unique code generation section further generates a unique code specific to contents of each piece of page data contained in the edit data generated in the first system.
3. The plate makingprinting system according to claim 1,
wherein the first unique code generation section generates a unique code specific to contents of each piece of page data contained in the edit data, in place of the unique code specific to the contents of the edit data, and
wherein the second unique code generation section generates a unique code specific to contents of each piece of page data contained in the edit data generated in the first system, in place of the unique code specific to the contents of the edit data generated in the first system.
4. The plate makingprinting system according to claim 1,
wherein the code generated by the first unique code generation section and the code generated by the second unique code generation section are hash values.
5. The plate makingprinting system according to claim 1, further comprising a press plate layout section for outputting, as press plate position data, information indicating where images based on each edit data are positioned on the press plate by associating the press plate with the edit data and,
wherein in the second system, the second image data is generated based on the press plate position data outputted from the press plate layout section and the edit data generated in the first system.
6. The plate makingprinting system according to claim 1,
wherein the second system further includes a first image data holding portion for holding the first image data generated in the first system, and
wherein the plate inspection section identifies a first image data that is to be compared with the second image data from among the first image data held in the first image data holding portion.
7. The plate makingprinting system according to claim 1,
wherein the first image data output section generates a storage portions named after a code generated by the first unique code generation section, and outputs the first image data to the data storage portion, and
wherein the plate inspection section detects, based on the code generated by the second unique code generation section, a data storage portion named after the code, and identifies a first image data stored in the detected data storage portion as a data that is to be compared with the second image data.
8. A plate inspection method for use in a plate makingprinting system including a first system for generating edit data containing one or more pieces of page data written in a page-description language and first image data obtained by converting the edit data to a bitmap format and a second system for generating second image data obtained by converting the edit data generated in the first system for use in production of a press plate to the bitmap format, the method comprising:
a first unique code generation step performed in the first system for generating a unique code specific to contents of the edit data in accordance with a predetermined rule;
a first image data output step performed in the first system for outputting the first image data in association with the code generated in the first unique code generation step;
a second unique code generation step performed in the second system for generating a unique code specific to the contents of edit data generated in the first system in accordance with the predetermined rule; and
a plate inspection step performed in the second system for performing plate inspection by comparing the first image data generated in the first system with the second image data,
wherein in the plate inspection step, a first image data that is to be compared with the second image data is identified based on the code generated by the second unique code generation step.
9. The plate inspection method according to claim 8,
wherein in the first unique code generation step, a unique code specific to contents of each piece of page data contained in the edit data is further generated, and
wherein in the second unique code generation step, a unique code specific to contents of each piece of page data contained in the edit data generated in the first system is further generated.
10. The plate inspection method according to claim 8,
wherein in the first unique code generation step, a unique code specific to contents of each piece of page data contained in the edit data is generated, in place of the unique code specific to the contents of the edit data, and
wherein in the second unique code generation step, a unique code specific to contents of each piece of page data contained in the edit data generated in the first system is generated, in place of the unique code specific to the contents of the edit data generated in the first system.
11. The plate inspection method according to claim 8,
wherein the code generated in the first unique code generation step and the code generated in the second unique code generation step are hash values.
12. The plate inspection method according to claim 8, further comprising a press plate layout step for outputting, as press plate position data, information indicating where images based on each edit data are positioned on the press plate by associating the press plate with the edit data, and
wherein in the second system, the second image data is generated based on the press plate position data outputted in the press plate layout step and the edit data generated in the first system.