TH9052C3 - Electrical appliance plug - Google Patents

Abstract

DC60 (18/07/57) Appliance Adapter Sockets (6) The top of the appliance power strip has sockets (8), one of which will have a display device (3) on the alarm and on the side. On one of the appliance power strip bodies (6), there is an electrical signal connection cable (5) to receive electrical signals from an external source to the electronic circuit inside the appliance power strip. Over-temperature detectors (1) and overcurrent detectors (2) when electrical appliances (9) are plugged in, accumulated heat, over-temperature or over-current At the terminal of the socket (8), there will be an over-temperature or an over-current value flowing through the conductor wire (7), which can be detected. By an over temperature detector (1) or an overcurrent detector (2) and when the temperature rises to the The over-temperature detector (1) set temperature will send a voltage signal to the display device (3) to give an alarm by light from the LED lamp (LED) and sound with buzzer ( BUZZER) or when the current rises to the value The current set by the overcurrent detecting device (2) will send a voltage signal to the display device (3) to give an alarm by light from an LED lamp (LED) and a buzzer sound. (BUZZER) and has a device to cut the electricity at Temperature inversion (4) is a built-in over temperature sensor that detects a set temperature and detects current. Exceeded the rated current Where the set temperature value is higher than the set temperature of the device An over temperature (1) is detected and the rated current will be higher than the rated current of the device. It detects overcurrent (2) by detecting the temperature signal and the current coming from the conductor wire (7) and when the temperature or current value reaches the set value, it will cut off the electrical signal from the power supply. (5) Immediately, the power strip protection against over-temperature and over-current (Power strip protection) has a separate receiving oven. The current is passed through the wires connected to the home electrical outlet, with overcurrent and overheat protection circuits, controlled electronic circuits with risk alarms, and corrected status LEDs (17 g. C.57) Appliance extension socket (6) Above the appliance power strip there is a receptacle (8), one of which will have a display device (3) in the alarm and on one side of the trunk. The appliance plug (6) has an electrical signal connection cable (5) to receive The electrical signal from the external source is supplied to the electronic circuit inside the appliance plug. An over-temperature detector (1) and an overcurrent detector (2) when a Electrical appliances (9) will accumulate, heat build-up, overheat, or over-discharge electric current in the area. Socket terminal (8) where an over temperature or an overcurrent value flows through the conductor wire (7), which can be detected. By an over-temperature detector (1) or The device detects the overcurrent (2) and when the temperature rises to the The temperature at which the temperature detectors are exceeded (1). Will send a voltage signal to the display device (3) to notify Warning with light from the LED lamp (LED) and sound with buzzer (BUZZER) or when the current rises to the value The current that the overcurrent detecting device (2) has set It will send a voltage signal to the display device (3) to alert the light from the LED lamp (LED) and sound with Buzzer (BUZZER) and a device to cut off the electric current. Temperature inversion (4) is a built-in over temperature sensor that detects a set temperature and detects current Exceeded the rated current Where the set temperature value is higher than the set temperature of the device An over temperature (1) is detected and the rated current will be higher than the set voltage of the device. It detects overcurrent (2) by detecting the temperature and current signal from the conductor wire (7) and when the temperature or electricity value reaches the set value, it will cut off the electrical signal from (5) instant power supply

Claims (1)

Claims (all) which will not appear on the advertisement page: Power strip protection, according to this invention, will be made up of a metal case or a plastic case or other material. That are durable, as safe as General electrical plug By the power plug to prevent over temperature and overcurrent (Power stip Protection) will It consists of a control unit assembled on a printed circuit board (PCB) (1) with a light set showing the working situation (2) revised (17 July 2014). 1.Electrical extension plugs consist of The body of an appliance power strip (6) looks like an electrical power strip, at the top of the appliance power strip there is a socket (8) that supports the plug in the appliance (9) and where Side of One part of the receptacle (8) has a display device (3) used to provide alarms for overheating, overheating and overload. And on one side of the appliance power adapter (6), a power cable (5) is installed to receive electrical signals from an external power supply to the electronic circuit inside the power strip. Electrical appliances The electronic circuit consists of The temperature inversion circuit breaker (4) is welded in the circuit. Electronics by means of a series electrical connection to receive an alternating current (AC) signal from the electrical connection cable. (5) from an external source The electronic circuit also has a circuit to change the voltage and alternating voltage (AC) to the voltage. Direct current (DC) to supply electricity to devices in an electronic circuit. In which the device cuts the inverse current according to Temperature (4) is a sensor that detects an over temperature at a set temperature and detects an overheating according to the value. Rated current Which the value of the set temperature will be higher than the set temperature Of the temperature sensing device Excessive (1) and the rated current will be higher than the rated current of the current detector. Exceeded (2) by checking the signal, temperature and electric current coming from the conductor wire. (7) and when the temperature or current reaches the specified value, it will cut off the electrical signal from the power supply (5) immediately. And on one side of The temperature inversion disconnector (4) is connected to the overcurrent detecting device (2) which is the sensor. Detects the induced overcurrent of the current transformer, when the value rises, the inductance occurs. Change from current to voltage at the set value. And part of the electronic circuit on one side On the overcurrent detectors (2), an over temperature detector (1) is connected, which is the sensor. Temperature whose resistance value changes with the specified temperature rise And on one side of The temperature detector (1) is connected to a conductor wire (7). Where the conductive wire (7) acts as a conductor An alternating current (AC) signal to the electrode connected to the socket-outlet (8) to prepare to supply power to the equipment. Electrical appliances (9), whose characteristics are Appliance plugs (6) are equipped with an over temperature detector (1). The sensor detects the temperature rise according to the set temperature value. Which receives the accumulated heat at the over temperature through the wire Conductivity (7) where heat build-up is causing excessive heat from plugging electrical appliances (9) into a wall socket. (8) By detecting the temperature in the form of changes in the resistance of the over-temperature detectors (1) with Relationship with temperature And when the temperature rises to the over temperature detector (1) set, it sends a voltage signal to the display device (3) to give an alarm by the light from the LED lamp ( LED) and sound with buzz. Sir (BUZZER) and has an overcurrent detecting device (2) as an overload sensor that increases according to Rated current Which receives an overcurrent signal through a conductor wire (7) with an overcurrent consumption of Plugging electrical appliances (9) into socket outlets (8) by measuring the current with a higher current value. With the inductance of the transformers converted from current to voltage. And when the current increases to the Current determined by the overcurrent detecting device (2) It will send a voltage signal to the display device (3).