摘要:
An eyeglass lens processing apparatus for processing an eyeglass lens includes: a lens chuck that holds the lens; a roughing tool; a finishing tool; a finishing data input unit that inputs finishing data; a water supply unit that supplies water to a portion being processed of the lens; a first temperature sensor that senses temperature of the water to be supplied; and an operating unit that corrects the input finishing data based on the temperature sensed by the first temperature sensor.
摘要:
A layout setting device that sets layout of a target lens shape used as a processing shape with respect to an eyeglass lens when the lens is processed to fit the lens to an eyeglass frame, the layout setting device includes: means for inputting data on the target lens shape; a display; a display control unit that switches between a first screen and a second screen to be displayed on the display or displays the first and second screens at the same time on the display, the first screen being used to input layout data including a pupillary distance of a user using the frame and a frame pupillary distance of the frame, and the second screen being used to measure a warp angle of the frame; and means for inputting the layout data using the first screen.
摘要:
An eyeglass lens processing system for processing an eyeglass lens includes: a data inputting device that inputs a left and right target lens shape data and a layout data; a cup attaching device that attaches a lens fixing cup used for processing the eyeglass lens, the cup including an IC tag capable of rewriting data, the cup attaching device including a left/right information inputting unit that inputs which of left and right eyeglass lenses the attached eyeglass lens is, and a writing device that writes processing information including the left/right identifying information to the IC tag; and an eyeglass lens processing device that holds the eyeglass lens and processes the lens, the eyeglass lens processing device including a reading device that reads the information stored to the IC tag and a setting unit that sets the processing information based on the read left/right identifying information.
摘要:
In an eyeglass lens processing apparatus for beveling a peripheral edge of an eyeglass lens, if the high curve lens processing mode is selected by a mode selector, a computing unit acquires a high curve bevel path for locating the bevel apex on a front surface curve of the eyeglass lens or for locating the bevel apex at a position shifted by a predetermined quantity from the front surface curve toward the rear side on the basis of the edge position information acquired by the edge position detector, thereby providing high curve beveling data for the rear surface beveling grindstone, or for the front surface and rear surface beveling grindstones; and a beveling controller bevels the peripheral edge of the eyeglass lens by the rear surface beveling grindstone, or by the front surface and rear surface beveling grindstones on the basis of the high curve beveling data.
摘要:
An eyeglass lens processing method for processing a hole for attaching a rimless frame to an eyeglass lens, the method includes: selecting a pattern used for a processing from a plurality of hole patterns; selecting a first drilling in which an angle of the processed hole is normal at least to a lens surface of a demo lens or a second drilling in which the angle of the processed hole is normal to a lens surface of the eyeglass lens; and when the first drilling is selected, (a) inputting a surface curve of the demo lens, (b) inputting hole position data of the demo lens for the selected pattern, (c) determining an hole angle and a hole position for the eyeglass lens based on the surface curve of the demo lens and the hole position data to obtain drilling data.
摘要:
An eyeglass lens processing apparatus includes: a lens rotating unit having lens chucking shafts which hold an eyeglass lens, and a first motor which rotates the chucking shafts; an axis-to-axis distance changing unit having a second motor which changes an axis-to-axis distance between a center axis of rotation of a processing tool which processes a periphery of the lens and a center axis of rotation of the chucking shafts; a torque detector which directly or indirectly detects torque transmitted to the chucking shafts; a torque level setting unit which variably sets an allowable torque level; and a driving controller which controls at least one of driving of the first motor and driving of the second motor to adjust at least one of a rotational speed of the chucking shafts and a processing pressure of the lens so that the torque falls below the allowable torque level.