초록 ▼

A method for tracking multiple SKUs of ophthalmic devices in a manufacturing line, comprises the steps of: assembling first molding devices, at least one of the first molding devices having an identification device, such as, a bar-code or an inductive transmitting/receiving device; reading the ident

A method for tracking multiple SKUs of ophthalmic devices in a manufacturing line, comprises the steps of: assembling first molding devices, at least one of the first molding devices having an identification device, such as, a bar-code or an inductive transmitting/receiving device; reading the identification device of the first molding devices; forming first molded parts using the first molding devices; providing a plurality of carriers, the carriers having carrier indicators; transferring the first molded parts to at least one of a plurality of carriers; reading the carrier indicator of the carrier carrying the first molded parts; and storing in machine-accessible memory the information associated with the identification device of the first molding devices and the information associated with the carrier indicator of the carrier carrying the first molded parts.

대표청구항 ▼

A method for tracking multiple SKUs of ophthalmic devices in a manufacturing line, comprises the steps of: assembling first molding devices, at least one of the first molding devices having an identification device, such as, a bar-code or an inductive transmitting/receiving device; reading the ident

A method for tracking multiple SKUs of ophthalmic devices in a manufacturing line, comprises the steps of: assembling first molding devices, at least one of the first molding devices having an identification device, such as, a bar-code or an inductive transmitting/receiving device; reading the identification device of the first molding devices; forming first molded parts using the first molding devices; providing a plurality of carriers, the carriers having carrier indicators; transferring the first molded parts to at least one of a plurality of carriers; reading the carrier indicator of the carrier carrying the first molded parts; and storing in machine-accessible memory the information associated with the identification device of the first molding devices and the information associated with the carrier indicator of the carrier carrying the first molded parts. l network to make a judgment on said emotional positivity or negativity. ross a data communications link, the data packets having a variable length and the data cells having a fixed length, modeling logic to adapt a modeled packet size of the frame relay data packets transmitted across the data communications link based upon the data packets in the sample group, and, logic to calculate an efficient committed information rate based upon the modeled packet size. The adaptive CIR logic may also be implemented in terms of a dedicated logical circuit or by a combination of a processor circuit and dedicated logical circuits. spending said anode base from the cathode base so as to supply a current to said anode, wherein said anode base is freely separated into an upper anode base for holding said anode and a lower anode base connected to said return plate. 5. A discharge electrodes structure comprising: a pair of anode and cathode provided with a laser chamber for sealing a laser medium in an opposing manner, generating a discharge so as to excite the laser medium and oscillating a laser beam; a conductive anode base placed so as to close an opening portion provided in said laser chamber and holding the anode; a conductive cathode base holding the cathode; and a return plate connecting the conductive anode base to the conductive cathode base thereby suspending the conductive cathode base from the conductive anode base, wherein a current to said anode is supplied through said return plate. 6. A laser apparatus provided with a discharge electrodes structure as claimed in claim 5, wherein said anode is freely attached and detached, with respect to said anode base, from the outer side of said laser chamber without removing the anode base closing the opening portion of said laser chamber. 7. A laser apparatus provided with a discharge electrodes structure comprising: a pair of anode and cathode provided within a laser chamber for sealing a laser medium in an opposing manner, generating a discharge so as to excite the laser medium and oscillating a laser beam; a conductive anode base holding the anode; an insulative cathode base placed so as to close an opening portion provided in said laser chamber and holding the cathode; a return plate suspending said anode base from the cathode base so as to supply a current to said anode; and an anode support bar, separate from said return plates, for connecting said cathode base to said anode base so as to suspend said anode from the cathode base, wherein said anode base is freely separated into an upper anode base for holding said anode and a lower anode base connected to said return plate.