Method for verifying a completeness of an antenna
First Claim
1. A method of verifying a completeness of an antenna disposed on a window using an antenna verification system, wherein the antenna is electrically conductive and has a first end and a second end spaced from each other, the antenna verification system comprising a fixture having a support surface for supporting the window and having a hollow interior opposite the support surface, a current source for generating an electrical current, at least one distributing probe disposed within the hollow interior of the fixture and in electrical communication with the current source, at least one receiving probe disposed within the hollow interior of the fixture, and an indicator in electrical communication with the receiving probe for indicating passage of the electrical current from the antenna to the receiving probe, said method comprising the steps of:
- placing the window on the fixture;
automatically aligning the distributing probe and the first end of the antenna;
automatically aligning the receiving probe and the second end of the antenna;
extending the distributing probe from the hollow interior of the fixture into contact with the first end of the antenna to electrically communicate with the first end of the antenna;
extending the receiving probe from the hollow interior of the fixture into contact with the second end of the antenna to electrically communicate with the second end of the antenna;
activating the current source such that the electrical current passes from the distributing probe to the antenna; and
indicating passage of the electrical current from the antenna to the receiving probe with the indicator to verify a completeness of the antenna.
1 Assignment
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Accused Products
Abstract
A method verifies a completeness of an antenna disposed on a window. The antenna is electrically conductive and has a first end and a second end spaced from each other. The method comprises the step of placing the window on a fixture for supporting the window. The method also includes the steps of automatically aligning a distributing probe and the first end of the antenna and automatically aligning a receiving probe and the second end of the antenna. The method further includes the step of activating a current source to pass an electrical current from the distributing probe to the receiving probe through the antenna. The method also includes the step of indicating passage of the electrical current from the antenna to the receiving probe with the indicator to verify a completeness of the antenna.
21 Citations
26 Claims
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1. A method of verifying a completeness of an antenna disposed on a window using an antenna verification system, wherein the antenna is electrically conductive and has a first end and a second end spaced from each other, the antenna verification system comprising a fixture having a support surface for supporting the window and having a hollow interior opposite the support surface, a current source for generating an electrical current, at least one distributing probe disposed within the hollow interior of the fixture and in electrical communication with the current source, at least one receiving probe disposed within the hollow interior of the fixture, and an indicator in electrical communication with the receiving probe for indicating passage of the electrical current from the antenna to the receiving probe, said method comprising the steps of:
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placing the window on the fixture; automatically aligning the distributing probe and the first end of the antenna; automatically aligning the receiving probe and the second end of the antenna; extending the distributing probe from the hollow interior of the fixture into contact with the first end of the antenna to electrically communicate with the first end of the antenna; extending the receiving probe from the hollow interior of the fixture into contact with the second end of the antenna to electrically communicate with the second end of the antenna; activating the current source such that the electrical current passes from the distributing probe to the antenna; and indicating passage of the electrical current from the antenna to the receiving probe with the indicator to verify a completeness of the antenna. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11)
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12. An antenna verification system for verifying a completeness of an antenna disposed on a window, wherein the antenna is electrically conductive and has a first end and a second end spaced from each other, said system comprising:
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a fixture having a contact surface for supporting the window and having a hollow interior opposite said contact surface; a current source for generating an electrical current; at least one distributing probe disposed within said hollow interior of said fixture and extendable from said fixture for contacting the first end of the antenna with said distributing probe in electrical communication with said current source for electrically communicating with the first end of the antenna to pass electrical current to the first end of the antenna; at least one receiving probe disposed within said hollow interior of said fixture and extendable from said fixture for contacting the second end of the antenna to electrically communicate with the second end of the antenna to receive the electrical current which is passed through the antenna; an indicator in electrical communication with said receiving probe for indicating passage of electrical current from the antenna to said receiving probe to verify the completeness of the antenna; and at least one adjustment mechanism disposed adjacent said fixture for aligning said distributing probe and the first end of the antenna and for aligning said receiving probe and the second end of the antenna. - View Dependent Claims (13, 14, 15, 16, 17, 18, 19)
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20. An antenna verification system for verifying a completeness of an antenna disposed on a window, wherein the antenna is electrically conductive and has a first end and a second end spaced from each other, said system comprising:
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a fixture having a contact surface for supporting the window and a hollow interior opposite said contact surface; a current source for generating an electrical current; a central processing unit in communication with said current source for activating said current source to generate the electrical current; at least one distributing probe disposed within said hollow interior of said fixture and extendable from said fixture for contacting the first end of the antenna with said distributing probe in electrical communication with said current source for electrically communicating with the first end of the antenna to pass electrical current to the first end of the antenna; at least one receiving probe disposed within said hollow interior of said fixture and extendable from said fixture for contacting the second end of the antenna to electrically communicate with the second end of the antenna to receive electrical current which is passed through the antenna; said probes being moveable between a non-contact position where said probes are within said hollow interior of said fixture and spaced from the antenna and a contact position where said probes extend from said fixture and contact the antenna; at least one sensor in communication with said central processing unit for communicating the presence of the window to said central processing unit; at least one adjustment mechanism disposed adjacent said fixture for automatically aligning said distributing probe and the first end of the antenna and for automatically aligning said receiving probe and the second end of the antenna, said adjustment mechanism in communication with said central processing unit for controlling said adjustment mechanism based on the presence of the window communicated by said sensor; an indicator in electrical communication with said receiving probe for indicating passage of electrical current from the antenna to said receiving probe, with said indicator in communication with said central processing unit for verifying the completeness of the antenna based on passage of electrical current from the antenna to said receiving probes. - View Dependent Claims (21, 22, 23)
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24. A method of verifying a completeness of an antenna disposed on a window using an antenna verification system, wherein the antenna is electrically conductive and has a first end and a second end spaced from each other, the antenna verification system comprising a fixture having a support surface for supporting the window and defining a hollow interior, a current source for generating an electrical current, a central processing unit in communication with the current source, at least one distributing probe disposed within the hollow interior of the fixture and in electrical communication with the current source, at least one receiving probe disposed within the hollow interior of the fixture, at least one actuator in communication with the central processing unit and coupled to the probes for moving the probes between a non-contact position where the probes are within said hollow interior of said fixture and spaced from the antenna and a contact position where the probes extend from said fixture and contact the antenna, at least one sensor in communication with the central processing unit, at least one adjustment mechanism in communication with the central processing unit, an indicator in electrical communication with the receiving probe for indicating passage of the electrical current from the antenna to the receiving probe and in communication with the central processing unit, said method comprising the steps of:
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placing the window on the fixture; sensing the presence of the window on the fixture with the sensor; communicating the presence of the window on the fixture from the sensor to the central processing unit; activating the adjustment mechanism with the central processing unit to automatically align the distributing probe and the first end of the antenna; activating the adjustment mechanism with the central processing unit to automatically align the receiving probe and the second end of the antenna; activating the actuator with the central processing unit to extend the probes from the non-contact position within the hollow interior of the fixture to the contact position such that the probes contact the ends of the antenna to electrically communicate with the ends of the antenna; activating the current source with the central processing unit such that the electrical current passes from the distributing probe to the receiving probe through the antenna; indicating passage of the electrical current from the antenna to the receiving probe with the indicator; communicating passage of the electrical current to the central processing unit; verifying the completeness of the antenna with the central processing unit; retracting the probes from the contact position to the non-contact position; removing the window from the fixture; and sorting the window based on the completeness of the antenna. - View Dependent Claims (25, 26)
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Specification