An object holding member, which is to be disposed in an external apparatus, includes an object insertion tool, and a connector. The object insertion tool has a space, into which an object which is a finger or a toe having a nail is inserted. The connector is configured to couple with the external apparatus and suppress a change in a position of the object holding member within the external apparatus in a case where the object holding member is disposed in the external apparatus.

A nail printer includes a print head, a placement table, a fingerprint sensor, a memory, a placement table shifter and a processor. The fingerprint sensor acquires reference information including a reference fingerprint image and reference positional information on a position of the reference fingerprint image in the placement table from an object placed at a reference position which is a position suitable for printing on a nail of the object on the placement table with the print head. The processor compares positional information on a fingerprint image of the object currently placed on the placement table with the reference positional information preliminarily stored in the memory, and controls the placement table shifter to shift the object based on a result of the comparing such that the position of the object on the placement table substantially agrees with the reference position.

An automatic manicure apparatus for quickly and efficiently manicuring fingernails includes a housing having a positioning unit comprising tracks and motors. A rotating tool unit coupled to the positioning unit has a rotator motor and a rotatable tool housing. A plurality of manicure tools is coupled to the rotatable tool housing and is in operational communication with the rotator motor. A camera is coupled to the rotator motor. A control panel is coupled to the housing and has a plurality of control buttons. A logic module is coupled to the control panel and is in operational communication with the motors, the camera, and the plurality of control buttons. A power source is coupled to the logic module. The power source is in operational communication with the logic module.

An automatic manicure apparatus for quickly and efficiently manicuring fingernails includes a housing having a positioning unit comprising tracks and motors. A rotating tool unit coupled to the positioning unit has a rotator motor and a rotatable tool housing. A plurality of manicure tools is coupled to the rotatable tool housing and is in operational communication with the rotator motor. A camera is coupled to the rotator motor. A control panel is coupled to the housing and has a plurality of control buttons. A logic module is coupled to the control panel and is in operational communication with the motors, the camera, and the plurality of control buttons. A power source is coupled to the logic module. The power source is in operational communication with the logic module.

The invention comprises an apparatus and method of use thereof for processing a machine produced emulated handwritten document prepared on a marking surface, comprising the steps of: receiving a print job order; digitally generating a reference image of the print job order; machine plotting with a plotting pen and a downward force of one-half to forty ounces applied to said plotting pen an indentation trail to form input text on the marking surface; digitally imaging the input text on the marking surface to form an actual image; and in a quality control step, digitally comparing the reference image to the actual image prior to insertion of the print job order into an envelope.

The invention comprises an apparatus and method of use thereof for processing a machine produced emulated handwritten document prepared on a marking surface, comprising the steps of: receiving a print job order; digitally generating a reference image of the print job order; machine plotting with a plotting pen and a downward force of one-half to forty ounces applied to said plotting pen an indentation trail to form input text on the marking surface; digitally imaging the input text on the marking surface to form an actual image; and in a quality control step, digitally comparing the reference image to the actual image prior to insertion of the print job order into an envelope.

An application control device according to an embodiment of the present invention has a storage unit that stores a first image of a predetermined range of a skin; an acquisition unit that acquires a second image of the skin having a smaller range than the first image from an image capture unit coupled to an application head configured to apply cosmetics to the skin; and a recognition unit that recognizes a position of the second image in the first image.

A plotter includes a mounting portion, a first movement mechanism, a second movement mechanism, a processor, and a memory. The mounting portion is configured to mount with a pen containing a liquid. The first movement mechanism is configured to relatively move the mounting portion and a workpiece in a movement direction. The second movement mechanism configured to relatively move the mounting portion and the workpiece in a direction intersecting the movement direction. The memory is configured to store computer-readable instructions that, when executed by the processor, instruct the processor to perform processes. The processes include acquiring plot data, acquiring information relating to a remaining amount of the liquid of the pen, setting a relative movement speed of the mounting portion and the workpiece, and controlling the first movement mechanism and the second movement mechanism at the set movement speed, and performing drawing on the workpiece.

Provided is a drawing apparatus including a drawing mechanism configured to perform a drawing on a nail of an object being a finger or a toe, and a processor. The processor acquires a first captured image of the nail and a second captured image of the nail, the first and the second captured image being images captured from a first direction by an imaging device located at a position along the first direction from a first location of a surface of the nail, the first captured image being an image captured by the imaging device at a position where a distance along the first direction between the imaging device and the first location of the surface of the nail is a first distance, and the second captured image being an image captured by the imaging device at a position where a distance along the first direction between the imaging device and the first location of the surface of the nail is a second distance different from the first distance. Moreover, the processor acquires a value of a width of the nail on the basis of the first captured image and the second captured image.

Provided is a drawing apparatus including a drawing mechanism configured to perform a drawing on a nail of an object being a finger or a toe, and a processor. The processor acquires a first captured image of the nail and a second captured image of the nail, the first and the second captured image being images captured from a first direction by an imaging device located at a position along the first direction from a first location of a surface of the nail, the first captured image being an image captured by the imaging device at a position where a distance along the first direction between the imaging device and the first location of the surface of the nail is a first distance, and the second captured image being an image captured by the imaging device at a position where a distance along the first direction between the imaging device and the first location of the surface of the nail is a second distance different from the first distance. Moreover, the processor acquires a value of a width of the nail on the basis of the first captured image and the second captured image.