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A magnetic proximity sensor can work as a counter by detecting when a magnetic object moves close to it. Each time the object passes by the sensor, it triggers a count increment. By tracking these counts, the sensor can effectively tally the number of times the object passes by.
Digital object counter is a device which is designed to count the object which passing from above it or by touching it or whatever depending upon the method of getting signal from the transducer or smart devices. But main work of digital object counter is the counting of things or objects. it can be done by using LDR or THERMISTOR or VDR (these are used for sensing that a object is arrive or present here ) etc .
Digital object counter is a device which is designed to count the object which passing from above it or by touching it or whatever depending upon the method of getting signal from the transducer or smart devices. But main work of digital object counter is the counting of things or objects. it can be done by using LDR or THERMISTOR or VDR (these are used for sensing that a object is arrive or present here ) etc .
Counter balance is usually the object that keeps another object in balance.
Whenever two same object pass at a same time, object counter consider only one object and count only one.
Counter balance is usually the object that keeps another object in balance. Without the counter balance on a scale, both sides would be unequal.
Counter balance is usually the object that keeps another object in balance. Without the counter balance on a scale, both sides would be unequal.
The word counter has many connotations:A conuter is an object, particularly a small disc, used as a marker in games.A counter is someone who counts or calculates.A counter is a surface on which work can take place, particularly in a kitchen.In computing terms, a counter can be used on a website to keep track of the number of hits a website has received.
mahesh
Counter balance is usually the object that keeps another object in balance. Without the counter balance on a scale, both sides would be unequal.
A geiger counter can measure the intensity of gamma radiation passing through an object. By placing the geiger counter on one side of the object and a gamma radiation source on the other side, variations in intensity can be used to calculate the thickness of the object. Thicker objects will attenuate more gamma radiation, resulting in a lower intensity detected by the geiger counter.
See example code below. #include <iostream> class x { private: // Members. static int counter; int data; public: // Default constructor and destructor. x():data(++counter){printf("Object %d created!\n",data);} ~x(){printf("Object %d destroyed!\n",data);} // other members omitted for brevity... }; // Initialise static counter. int x::counter=0; int main() { // Instantiate an array of 10 objects. x arr[10]; // .. do some work with the array .. return( 0 ); // The array falls from scope, destroying the objects. } Example output: Object 1 created! Object 2 created! Object 3 created! Object 4 created! Object 5 created! Object 6 created! Object 7 created! Object 8 created! Object 9 created! Object 10 created! Object 10 destroyed! Object 9 destroyed! Object 8 destroyed! Object 7 destroyed! Object 6 destroyed! Object 5 destroyed! Object 4 destroyed! Object 3 destroyed! Object 2 destroyed! Object 1 destroyed!