TH6485C3 - A validator is wired at the terminal of a grounded receptacle. - Google Patents

Abstract

DC60 (09/05/54) A probe into the wires at the terminals of a grounded receptacle according to this invention. It is a circuit consisting of a series of circuits, diodes, and three LED resistors connected between the three junctions and the wires from all three connections to a grounded outlet. The audit is based on principles Measure the pressure between the three connections and display the result with an LED lamp. Inspection machine According to this invention Easy and convenient to use, just bring the socket of the inspection machine. Plug it into the outlet you want to check. Able to read the results to verify that the connection is correct (polarity) meets the standard or not. And can identify Invalid connection characteristics that there is an incorrect connection, namely 1) no power supply 2) neutrals are not connected. And ground wire at the terminal of the receptacle 3) Not grounded at the terminal of the receptacle. 4) The neutral is not connected at the terminal of the receptacle. 5) The neutral is connected to the live wire. 6) There is an alternating ground connection with live wires. The probe is wired at the terminal of a grounded receptacle according to this invention. It is a circuit consisting of a series of circuits, diodes, and three LED resistors connected between the three junctions and the wires from all three connections to a grounded outlet. The audit is based on principles Measure the pressure between the three connections and display the result with an LED lamp. Inspection machine According to this invention Easy and convenient to use, just bring the socket of the inspection machine. Plug it into the outlet you want to check. Able to read the results to verify that the connection is correct (polarity) meets the standard or not. And can identify Invalid connection characteristics that there is an incorrect connection, namely 1) no power supply 2) neutrals are not connected. And ground wire at the terminal of the receptacle 3) Not grounded at the terminal of the receptacle. 4) The neutral is not connected at the terminal of the receptacle. 5) The neutral is connected to the live wire. 6) There is an alternating ground connection with live wires.

Claims (9)

1.Verify wiring for a grounded receptacle, consisting of a series of circuits, three diodes, resistors, LEDs between the three connection points and the wires from the three connection points. To a grounded outlet There is a unique There are three series of series circuit, diode, resistor, LED, series circuit. The LED resistor diode (14 24 34) is connected between the three junction points (10 20 30), the wires (44) are connected between the junction (10) and pin (41) which is the terminal. Where there is power of the outlet (40), there is a wire (45), connected between the junction (20) and pin (42), which is the ground terminal of the outlet (40), there is the wire (46) between the junction (30). With pin (43), which is the terminal neutral terminal (40), one (14) series of LED resistor diode series circuit consists of diodes (11) connected in series with resistor (12) and connected. In series with the LED (13), the three devices are arranged so that current flows from junction (10) to junction (20) when receiving forward bias and diodes (11). Resistance (12) LED lamp (13) can be placed alternately. The second (24) series of LED resistor diode series circuit (24) consists of diodes (21) connected in series with resistor (22) and in series with LED (23), all three devices are arranged. There is an electric current flowing from junction (30) to junction (10) when forward bias is received and diode (21) resistor (22) LED lamp (23) can be positioned interchangeably. have The third (34) series of LED resistor diode series circuit consists of diodes (31) connected in series with the resistor (32) and in series with the LED (33). All three devices are arranged. There is a current flowing from junction (30) to junction (20). When forward bias is received and diode (31) resistor (32), LED lamp (33) can be positioned interchangeably. Diode (11 21 31) is used as a rectifier diode. Serves to rectify the alternating current Into direct current Qualifying It is capable of rounding a voltage of at least six hundred volts and withstand at least one ampere resistor (12) used as a resistor with a resistance of two hundred ohms and a Resistance (22 32) used as a resistor with value of resistance One hundred ohms Serves to limit the current flowing through the LED lamp. This is the current that the LED lamps emit light. LED lamps (13 33) are used as LEDs. (Light-emitting diodes) that emit light. When receiving forward bias This feature is when the LED lamp has been Forward bias will have a voltage drop across the tube. One point six three volts to two points one eight volts This is a red LED tube. LED tube (23) used as an LED tube. (Light-emitting diodes) that emit light. When receiving forward bias Which has the feature is that when the LED lamp has been biased forward There will be a voltage drop across the tube. Two points, one, eight volts to four volts, a green LED. 2. A probe into the cord to the terminal of a grounded socket. According to Clause 1 which consists of One (14) series of serial circuits, diodes, resistors, LEDs, all three devices are arranged. Let current flow from junction (20) to junction (10) when forward bias is received. 3. A validator is wired at the terminal of a grounded socket. According to Clause 1 which consists of The second (24) series of serial circuits, diodes, resistors, LEDs, all three devices are arranged. Let current flow from junction (10) to junction (30) when forward bias is received. 4. A probe into the cord at the terminal of a grounded socket. According to Clause 1 which consists of The third (34) series of serial circuits, diodes, resistors, LEDs, three devices are arranged. Let the current flow from junction (20) to junction (30) when forward bias is received. 5. A validator is wired at the terminal of a grounded socket. According to claim 1, where the diode, resistor, LED of each series of circuits, diodes, and resistors, LEDs There will be a device that can be switched together in the same circuit. 6. A probe into the cord at the terminal of a grounded socket. Have characteristics Three sets of circuits, diodes, resistors, LEDs, are connected between three junctions and the wires are connected from all three connections to a grounded outlet. There is a unique Have a series of serial circuits The three LED resistor diodes are series circuits. The LED resistor diode (14 24 34) is connected between the three junction points (10 20 30), the wires (44) are connected between the junction (10) and pin (41) which is the terminal. Where there is power of the outlet (40), there is a wire (45), connected between the junction (30) and pin (42), which is the grounding of the outlet (40), there is the wire (46) between the junction (20). With pin (43), which is the terminal neutral terminal (40), the first series LED resistor diode series circuit (14) consists of diodes (11) connected in series with resistor (12) and In series with the LED (13), the three devices are arranged so that the current flows from the junction (10) to the junction (20) when it receives forward bias. The second set of LED resistor diode differential circuit (24) consists of diodes (21) connected in series with the resistor (22) and in series with the LED lamp (23). Third, there is an electric current flowing from junction (30) to junction (10). When forward bias is received and diode (21), resistor (22), LED lamp (23) can be placed alternately. Compatible position The third (34) series of LED resistor diode series circuit consists of diodes (31) connected in series with the resistor (32) and in series with the LED (33). All three devices are arranged. There is a current flowing from junction (30) to junction (20). When forward bias is received and diode (31) resistor (32), LED lamp (33) can be positioned interchangeably. Diode (11 21 31) is used as a rectifier diode. Serves to rectify the alternating current Into direct current Qualifying It is capable of withstanding at least six hundred volts of voltage and at least one ampere, resistor (12) used as a resistor with a value of two hundred ohms and a resistor. (22 32) used as resistors with value of resistance One hundred ohms Serves to limit the current flowing through the LED lamp. This is the current that causes the LED to emit light. LED (13 33), used as an LED (light-emitting diode), emits light. When receiving forward bias This feature is that when the LED lamp is biased forward, there will be a voltage drop across it in the range. One point six three volts to two points one eight volts This is a red LED tube. LED tube (23) used as an LED tube. (Light-emitting diodes) that emit light. When receiving forward bias Which has the feature is that when the LED lamp has been biased forward There will be a voltage drop across the tube. Two points, one, eight volts to four volts, which is a green LED. 7. Wiring probe at the terminal of a grounded socket. According to Clause 6 which consists of One (14) series of serial circuits, diodes, resistors, LEDs, all three devices are arranged. Let current flow from junction (20) to junction (10) when forward bias is received. 8. A validator leads to a grounded outlet terminal. According to Clause 6 which consists of The second set of serial circuits, diodes, resistors, LEDs. (24) All three devices are arranged. Let current flow from junction (10) to junction (30) when forward bias is received. 9. Proximity probe at the terminal of a grounded socket According to Clause 6 which consists of Third set of serial circuits, diodes, resistors, LEDs. (34) All three devices are arranged. Let current flow from junction (20) to junction (30) when it receives forward bias 1. 0. Proximity probe into the terminal of a grounded socket According to claim 6, where diodes, resistors, LEDs of a series of circuits, diodes, and each LED resistor There will be a device that can be switched together in the same circuit.