Technic Inc. Patent applications |
Patent application number | Title | Published |
20150220851 | ELIMINATING TEMPERATURE VARIATION EFFECTS TO IMPROVE ACCURACY OF ELECTROPLATING BATH MONITORING - A process for creating a predictive data set predicting the amount of target constituents are in an electrolyte solution at varying temperatures is provided. The process includes (a) obtaining a sample set in which each sample comprises an electrolyte solution of known composition; (b) obtaining an electroanalytical response for each sample in the sample set to produce a electroanalytical response data set at a pre-determined, chosen target temperature; (c) obtaining a plurality of training sets, each training set being measured at a different pre-selected temperature in a range of low to high temperatures that comprises the sample set and corresponds to the electroanalytical response data set; (d) analyzing each of the training sets individually using decomposition and multivariate regression methods to produce a plurality of regression data sets, each at different temperature; and (e) validating the plurality of training data sets to produce a predictive data set for predictive calibration models, each at different temperatures in the pre-selected range of low to high temperatures. | 08-06-2015 |
20090090633 | ELECTROPLATING SYSTEM WITH MOVABLE SUPPORT STRUCTURE PROVIDING CATHODE POTENTIAL - A processing system, electroplating cell, transport system, cathode contact subsystem and method of providing a cathode contact to the articles being transported within an electroplating cell. The processing system may include a loading station, pre-processing station, electroplating station, post-processing station, unloading station, and a transport system that transports the articles to the various stations. The electroplating cell comprises a container to support a plating fluid bath, and an anode electrode. In one embodiment, the cathode contact system provides a cathode contact to the articles by way of the transport system's electrically-conductive, conveyor structure. In another embodiment, the cathode contact system comprises an electrically-conductive moving conveyor structure adapted to make cathode contact to said articles and move substantially in synchronous with the articles. In yet another embodiment, the transport system comprises a plurality of multi-article carriers supported by a conveyor structure, and adapted to provide a cathode contact to the articles. | 04-09-2009 |
20090090632 | ELECTROPLATING SYSTEM INCLUDING INTERCHANGEABLE CARRIERS FOR SUPPORTING AND PROVIDING CATHODE POTENTIAL TO ARTICLES - A processing system, electroplating cell, transport system, cathode contact subsystem and method of providing a cathode contact to the articles being transported within an electroplating cell. The processing system may include a loading station, pre-processing station, electroplating station, post-processing station, unloading station, and a transport system that transports the articles to the various stations. The electroplating cell comprises a container to support a plating fluid bath, and an anode electrode. In one embodiment, the cathode contact system provides a cathode contact to the articles by way of the transport system's electrically-conductive, conveyor structure. In another embodiment, the cathode contact system comprises an electrically-conductive moving conveyor structure adapted to make cathode contact to said articles and move substantially in synchronous with the articles. In yet another embodiment, the transport system comprises a plurality of multi-article carriers supported by a conveyor structure, and adapted to provide a cathode contact to the articles. | 04-09-2009 |