TH55035B - Programmable wetting controller - Google Patents

Abstract

DC60 Kit for wetting and coating eyeglass lenses, equipped with a tank. Solution for cleaning or for coatings and handling systems for transporting lenses and The aforementioned solution goes in a relative order to wet the lens. The main module in The controller is attached to the holding system and is configured to execute the overall data in Wetting The wetting overall data moves the lens to achieve the speed of Wet the lens surface with a consistent general characteristic so that the lens coating is More consistent According to one method, lenses are wetted in a fluid bath, they are placed into a holding system that moves the lenses along the sink based on the overall wetting data in the bath. Such wetting will adhere to the vertical lens slope at Increase relative to the surface of the said solution. A kit for wetting and coating eyeglass lenses, equipped with a tank. Solution for cleaning or for coatings and handling systems for transporting lenses and The aforementioned solution goes in a relative order to wet the lens. The main module in The controller is attached to the aforementioned holding system and is configured to Provides overall execution of data on wetting. Overall data on such wetting Will move the lens to achieve the speed of Wet the lens surface with a consistent general characteristic so that the lens coating is More consistent According to one method, lenses are wetted in a fluid bath, they are placed into a holding system that moves the lenses along the sink based on the overall wetting data in the bath. Such wetting will adhere to the vertical lens slope at Increase relative to the surface of the said solution.

Claims (3)

1. A kit for the aforementioned wetting and coating of eyeglass lenses, which consists of - at least one tank tailored to contain the solution - a holding system for moving the lenses and solution respectively. In such a way that And - the main control module is low, attached to the aforementioned holding system and is configured Comes to control the lens wetting operations as a whole in wetting and Where the overall data in such wetting is carried out with a command to move the lens to To achieve the speed of wetting the surface of the lens, which has a characteristic that is generally at the right angle to allow the coating The lens has a uniform thickness. 2. Equipment according to claim 1, where at least one liquid solution. These were selected from a group consisting of cleaning solutions, priming solutions, coating solutions and neutralization solutions. 3. The equipment set according to claim 1, which is mentioned above, also consists of a system. Check for Prepare lens inspection data 4. Kit according to claim 3, where the main control module is configured. In order to monitor the inspection data to identify the flaws of the coating thickness in Part relating to the overall data on wetting 5. Equipment set according to claim 3, with the main control module being configured. Additional information to search for the second fix, correspond to the checked bug and change it. In general, wetting shall be followed in accordance with the revised information. 6. Unit of claim 5, where the main control module is configured. Additional to keep the optical lens tracking based on collective data in changing wetting and To assess whether changes to the overall data in wetting corrected the detected bug. 7. Kit according to claim 6, where the main control module is configured. Further, keep a substance on the accuracy of the overall data change in the making. Wet in a manner related to correcting the detected bug. 8. Kit according to claim 7, where the main control module is configured. Additional information to be included in the change of information Overall, Subsequent Wetting 9. Equipment set according to claim 1, where overall wetting data for the affected solution It is each liquid from at least one number, consisting of - the pre-immersion waiting period - the total speed / immersion acceleration data - the immersion time and - the speed / ascending acceleration data. From Solution 1 0. The kit according to claim 9, where the main moderator of control is structured. To change at least one element of the overall data in wetting, which This includes the non-linear immersion velocity and the precipitation velocity from the non-linear liquid 1 1. Set of equipment according to claim 1, whereby the capture system changes the degree of A liquid solution in a manner that is a function of the slope of the vertical lens surface at 1 2. Set of equipment according to claim 11, whereby the holding system changes the degree of A liquid solvent as a function of the length of the arc across the surface of the lens. To provide even more optimized fluid-lens interface velocity 1 3. Set of equipment according to claim 10, where overall wetting data can be Immersion speed can be changed or taken from solution for incoherent ranges of lenses 1 4. Set according to claim 1, with the aforementioned holding system designed for mounting. Hold the lens in a stationary position and with at least one such tank set up. To maintain a constant level of the liquid in the bath and to move the tank to soak the lens according to the information Overall in wet 1 5. The equipment set according to claim 1, where the holding system was designed to be fixed. Hold the lens in a stationary position. Relative to the position of the tank and the tank that is the said tank has been placed The configuration is so that a liquid solution is added to the lens, according to the overall wetting information 1 6. The kit according to claim 1, which, as mentioned above, also contains a fluid reservoir. At least two blades, with the aforementioned holding system added to the frame to allow the lens to move. Between the tank containing the aforementioned fluid 1 7. Equipment set according to claim 1, where the overall information in wetting is adhered to. At least one of the following from a group consisting of lenses, lens properties, lens geometry, base arc and base arc span 1 8. Method for immersing optical lenses in the bath. The method consists of the procedure of - inserting a lens into a holding system - controlling the total data in at least one wetting by a module. Master of Control and - Wetting of lenses in at least one fluid bath by lens holding system. Said according to the information In total in at least one set of wetting, wherein the overall data in wetting This is based on the increased vertical lens slope. Against the surface solution 1 9. Method according to claim 16 where the method has an additional step is the process of Generate lens inspection data by checking lens 2 0. Method according to claim 19 where the above method has an additional step is the monitoring procedure. Controls the lens inspection data to determine the relevant coating thickness defects. 2 1. Method of claim 20 where the above method has additional steps, ie, the search process. Based on detected remedial information and overall change in wetting data. By adhering to the aforementioned amendments 2. 2. Method in Claim 21 where the above method has an additional step is the procedure of Track impregnated lenses based on aggregate data in changing wetting and assessments. Effectiveness of correcting the detected bug of changes made to the data. Overall wetting 2 3. Method in accordance with claim 22 where such method has additional steps is the process of Keep information about the effectiveness of the overall change in wetting data in the Correct the detected bug 2 4. Method according to claim 23, where the above method has an additional step, namely the procedure of bringing The stored information is used to execute the overall data in wetting in a manner that Consecutive, respectively 2. 5. Method according to claim 19, whereby the aforementioned method has additional steps is a monitoring process. Control of lens inspection data for casting defects 2 6. Method of claim 25 where the above method has an additional step is the search process. Correction information is released according to detected bugs and data execution stops. Overall in making It shall be opened until the casting defects are corrected. 2 7. Method according to claim 18, where such wetting procedure consists of Move one or more lenses in a non-linear way into the fluid bath with at least one wet overall data provided where at least one of the liquid reservoirs is stationary.2 8. Method according to claim 18, where the wetting procedure consists of gripping The lens is kept in place and the tank displaces a predetermined amount of fluid. The liquid bath is applied in a non-linear manner to soak the lens according to the overall wetting data. 2. 9. Method according to claim 18 where the wetting procedure consists of gripping. The sump lens and tank hold the fluid in place and the discharge of liquid into the Straight line to soak the lens according to the overall wetting data 3 0. Method according to claim 18, whereby the wetting procedure changes the fluid level. In the bath, as a function of the slope of the vertical lens surface increases with respect to the surface. Of fluid level 3 1. Method according to claim 18 wherein the wetting procedure changes the fluid level. In the tub, holding the longitudinal portion leading across the surface of the lens 3 2. Method according to claim 18, where such lenses will retain residual heat from the mold. When first coming into contact with the liquid tank 3 3. Method according to claim 18, whereby the lens will come into contact with the liquid container filled. Primer is the first step in the period when the lens is still dry from the mold.