METHOD AND APPARATUS FOR ESTABLISHING CALIBRATION CYCLES BASED ON ACTUAL TOOL USE FOR TOOLING AND INSTRUMENTS REQUIRING PERIODIC CALIBRATION
First Claim
1. A method for verifying calibration of a tool used in a repetitive application, the tool having at least one part that moves with respect to another part of the tool during each repetitive application, the method using an electronic sensor and a microcontroller for detecting and counting each repetitive application and comprising:
- providing a motion sensor operatively associated with the one part that moves for providing an indication to the microcontroller of a repetitive application of the tool;
programming the microcontroller to store a continuous count of the number of repetitive applications of the tool;
comparing, in the microcontroller, the stored continuous count to a predetermined maximum number of counts allowed during a calibration cycle; and
providing, from the microcontroller, a signal indicating when the stored continuous count reaches the predetermined maximum count.
1 Assignment
0 Petitions
Accused Products
Abstract
A method and apparatus for verifying calibration of a tool used in a repetitive applications, the tool having at least one part that moves with respect to another part of the tool during each repetitive application. An electronic sensor and a microcontroller operatively coupled to the tool detects and counts each repetitive application. A motion sensor provides an indication to the microcontroller of each repetitive application. The microcontroller stores a continuous count of the number of repetitive applications and compares that count to a predetermined maximum number of counts allowed during a calibration cycle, and provides a signal indicating when the stored continuous count reaches the predetermined maximum count. The signal may be a local visual indicator and a transmitted signal to a remote location to indicate that the tool is in need of re-calibration.
-
Citations
20 Claims
-
1. A method for verifying calibration of a tool used in a repetitive application, the tool having at least one part that moves with respect to another part of the tool during each repetitive application, the method using an electronic sensor and a microcontroller for detecting and counting each repetitive application and comprising:
-
providing a motion sensor operatively associated with the one part that moves for providing an indication to the microcontroller of a repetitive application of the tool; programming the microcontroller to store a continuous count of the number of repetitive applications of the tool; comparing, in the microcontroller, the stored continuous count to a predetermined maximum number of counts allowed during a calibration cycle; and providing, from the microcontroller, a signal indicating when the stored continuous count reaches the predetermined maximum count. - View Dependent Claims (6)
-
- 2. The method of claim I wherein the microcontroller is coupled for controlling a sequence of different color indicator lamps, one of the lamps providing an indication during the time that the stored continuous count is less than the maximum count and another of the lamps providing an indication when the stored count exceeds the maximum count.
- 4. The method of claim land including a transceiver operatively coupled to the microcontroller, the transceiver transmitting information identifying the tool and the number of counts to a remote server.
- 7. The method of claim I and including an accelerometer operatively coupled to the microcontroller for providing a signal indicative of a shock force being applied to the tool.
-
10. A method for assuring that a hand-held crimp tool is within a calibration period based on actual usage when used for repetitive crimping of a contact onto electrical signal conductors comprising:
-
providing a motion sensor operatively mounted to the tool in a location to sense actuation of the tool through a crimping cycle, the sensor providing a cycle signal each time that the tool executes a crimping cycle; providing an electronic digital counting circuit operatively connected to the motion sensor for receiving the cycle signal and storing data representative of the number of cycles completed by the tool; establishing a predetermined number of cycles as an indicator that calibration of the tool is required; and providing, from the counting circuit, a signal to a tool user when the number of counted cycles of the tool reaches the predetermined number of cycles. - View Dependent Claims (11, 12, 13, 14, 15)
-
-
16. Apparatus for assuring that a hand-held crimp tool is within a calibration period when used to crimp a contact onto and electrical signal wire comprising:
-
a magnet mounted to a moveable element of the tool, the moveable element being directly moved my manual or powered manipulation in response to the tool being actuated to crimp a wire termination component onto a wire lead; a magnetically actuated switch mounted onto another element of the tool, the switch being positioned to be actuated by proximity of the magnet when the moveable element moves into a tool actuation position; an internal electronic digital memory circuit connected to the switch and adapted to count the number of times the switch is actuated, the apparatus having a digital memory for recording the count and for generating a. first electrical output for every tool cycle less than a predetermined number of tool cycles and for generating a second electrical output for every tool cycle equal to or greater than the predetermined number of tool cycles; and an LED light system visible to a user of the tool wherein each first electrical output causes actuation of an LED of one color and each second electrical output causes actuation of an LED of another color - View Dependent Claims (17, 18, 19, 20)
-
Specification