Lens shape data processing apparatus and lens grinding machine having the same apparatus

A lens grinding machine comprising:

• input means for inputting lens shape data of a spectacle frame;
• lens edge surface shape measuring means for measuring a lens edge surface shape of an unprocessed spectacle lens based on the lens shape data;
• machining means for grinding a lens edge surface of the unprocessed spectacle lens based on the lens shape data according to a result of measurement by the lens edge surface shape measuring means;
• and
• storage means for storing a plurality of the lens shape data inputted from the input means.

A lens shape data processing apparatus comprising:

• a display including an image display unit configured to display a plurality of lens shape information for spectacle frames and an operation contents display unit configured to display items for switching a plurality of screens;
• a plurality of keys corresponding to said items of said operation contents display unit;
• and
• an arithmetic control unit configured to set data and to grind an unprocessed lens into a lens shape based on said lens shape information,
• wherein said plurality of keys includes a first function key configured to switch at least one of said plurality of screens to select and access one of said plurality of lens shape information and a second function key configured to access a preceding lens shape information and at least one of a next lens shape information and new lens shape information.

A lens shape data processing apparatus comprising:

• display means for displaying, said display means including image display means for displaying a plurality of lens shape information for spectacle frames and operation contents display means for displaying items for switching a plurality of screens;
• a plurality of keys corresponding to said items of said operation contents display means;
• and
• arithmetic control means for setting data for grinding an unprocessed lens into a lens shape based on said lens shape information,
• wherein said plurality of keys includes a first function key for switching at least one of said plurality of screens to select and access one of said plurality of lens shape information and a second function key for accessing a preceding lens shape information and at least one of a next lens shape information and new lens shape information.

A lens grinding machine comprising:

• an input device configured to input lens shape data of a spectacle frame;
• a memory configured to store a plurality of the lens shape data inputted from the input device;
• a lens edge surface shape measuring unit configured to measure a lens edge surface shape of an unprocessed spectacle lens based on the lens shape data;
• a machining unit configured to grind a lens edge surface of said unprocessed spectacle lens based on the lens shape data according to a result of measurement by the lens edge surface shape measuring unit;
• and
• an arithmetic processing unit configured to select one of said plurality of the lens shape data stored in the memory and to set and adjust machining conditions for the unprocessed spectacle lens based on said selected lens shape data during at least one of an operation of said lens edge surface shape measuring unit and an operation of said machining unit.

A lens grinding machine comprising:

• input means for inputting lens shape data of a spectacle frame;
• storage means for storing a plurality of the lens shape data inputted from the input means;
• lens edge surface shape measuring means for measuring a lens edge surface shape of an unprocessed spectacle lens based on the lens shape data;
• machining means for grinding a lens edge surface of said unprocessed spectacle lens based on the lens shape data according to a result of measurement by the lens edge surface shape measuring means;
• and
• arithmetic processing means for selecting one of said plurality of the lens shape data stored in the storage means and for setting and adjusting machining conditions for the unprocessed spectacle lens based on said selected lens shape data during at least one of an operation of said lens edge surface shape measuring means and an operation of said machining means.

A lens grinding machine comprising:

• an input device configured to input lens shape data of a spectacle frame;
• a memory configured to store a plurality of the lens shape data inputted from the input device;
• a lens edge surface shape measuring unit configured to measure a lens edge surface shape of an unprocessed spectacle lens based on the lens shape data;
• a machining unit configured to grind a lens edge surface of said unprocessed spectacle lens based on the lens shape data according to a result of measurement by the lens edge surface shape measuring unit;
• and
• an arithmetic processing unit configured to set and adjust machining conditions of the unprocessed spectacle lens based on lens shape data subsequent to the lens shape data used for the ongoing operation within the plurality of the lens shape data stored in the memory during at least one of an operation of said lens edge surface shape measuring unit and an operation of said machining unit.

A lens grinding machine comprising:

• input means for inputting lens shape data of a spectacle frame;
• storage means for storing a plurality of the lens shape data inputted from the input means;
• lens edge surface shape measuring means for measuring a lens edge surface shape of an unprocessed spectacle lens based on the lens shape data;
• machining means for grinding a lens edge surface of said unprocessed spectacle lens based on the lens shape data according to a result of measurement by the lens edge surface shape measuring means;
• and
• arithmetic processing means for setting and adjusting machining conditions of the unprocessed spectacle lens based on lens shape data subsequent to the lens shape data used for the ongoing operation within the plurality of the lens shape data stored in the storage means during at least one of an operation of said lens edge surface shape measuring means and an operation of said machining means.

A lens grinding machine comprising:

• a display including an image display unit configured to display a plurality of lens shape information for spectacle frames and an operation contents display unit configured to display items for switching a plurality of screens;
• a plurality of keys corresponding to said items of said operation contents display unit;
• and
• an arithmetic control unit configured to set data and to grind an unprocessed lens into a lens shape based on said lens shape information,
• wherein said plurality of keys includes a first function key configured to switch at least one of said plurality of screens to select and access one of said plurality of lens shape information and a second function key configured to access a preceding lens shape information and at least one of a next lens shape information and a new lens shape information.

A lens grinding machine comprising:

• display means for displaying, said display means including an image display means for displaying a plurality of lens shape information for spectacle frames and an operation contents display means for displaying items for switching a plurality of screens;
• a plurality of keys corresponding to said items of said operation contents display means;
• and
• arithmetic control means for setting data for grinding an unprocessed lens into a lens shape based on said lens shape information,
• wherein said plurality of keys includes a first function key for switching at least one of said plurality of screens to select and access one of said plurality of lens shape information and a second function key for accessing a preceding lens shape information and at least one of a next lens shape information and a new lens shape information.

A lens grinding machine comprising:

• a display including an image display unit configured to display a plurality of lens shape information for spectacle frames and an operation contents display unit configured to display items for switching a plurality of screens;
• a plurality of keys corresponding to said items of said operation contents display unit;
• a memory configured to store said plurality of the lens shape information for the spectacle frames;
• and
• an arithmetic control unit configured to set data to grind means for setting data for grinding an unprocessed lens into a lens shape based on said lens shape information, wherein said plurality of keys includes a first function key configured to switch at least one of said plurality of screens to select and access one of said plurality of lens shape information and a second function key configured to access a preceding lens shape information and at least one of a next lens shape information and a new lens shape information.

A lens grinding machine comprising:

• display means for displaying, said display means including an image display unit for displaying a plurality of lens shape information for spectacle frames and an operation contents display unit for displaying items for switching a plurality of screens;
• a plurality of keys corresponding to said items of said operation contents display unit;
• memory means for storing said plurality of the lens shape information for the spectacle frames;
• and
• arithmetic control means for setting data for grinding an unprocessed lens into a lens shape based on said lens shape information,
• wherein said plurality of keys includes a first function key for switching at least one of said plurality of screens to select and access one of said plurality of lens shape information and a second function key for accessing a preceding lens shape information and at least one of a next lens shape information and a new lens shape information.