TWM429249U - A power supply device with electromagnetic relay controller with enhanced breaking capacity - Google Patents

Description

M429249 ν' V. New description: [New technical field] A relay electromagnetic device improves the power supply device, the utility model relates to a power supply device, and the utility model relates to a relay electromagnetic component breaking component device, which is electromagnetic in the relay The power supply of the device is at least - pole Φ connected to the relay electromagnetic breaker breaking component, the other - pole power source is connected to the input or output power source, the electromagnetic device - the electromagnetic coil passes through - the disconnect button and the _ start button, the start button, the break button circuit string Connect the resistor to prevent the outlet output wire from being turned on. When the relay solenoid is pressed, the start button is short-circuited and burned. When the power supply wire is short-circuited, a large current is generated. The power supply of the electro-mechanical device is instantly reduced to the electromagnetic device breaking voltage, and the bomb is in microseconds. Inside, the conductive strip contact is quickly separated from the conduction output contact; the power input is connected to the load component, the load component output is connected to the relay c input, the relay (10) conductive sheet output contact terminal is connected to the socket or the power output is connected to the load 'socket another- The pole is connected to the pole of the power supply; the socket and the relay and the load component group are - the box body; The load element group - the cartridge body, the relay is divided into - the cartridge 'receptacle may be fine for a variety of extension line connection socket or jack assembly, the power output connected to the load. [Prior Art] At present, the use of electric power has been _ often#, because electric power has great convenience, so 'electric products are powered by electricity. In today's society _, the popularity of electric power has become a measure of national economic development. One of the important indicators. However, in the case of electricity or power supply, there is also a danger of green. In order to reduce the danger in electricity or power supply, 'by setting the wire in the circuit towel, using the wire-protected power supply and the safety supply wire to make the circuit In the event of a short-circuit or abnormal overload of the power supply line, the insurance will be automatically _, which may cause a cake accident, such as wire fire and product burnout. 3 M429249

The use of power fuses has been used for many years. According to the needs of the customers, common fuse types __, silk _, etc., each _ moving wire has its own advantages and disadvantages in use. For example, the type fuse needs to be replaced, no Although the Lin Kai secret line does not need to be replaced, but in the case of Lai, the time when the insurance is open, and now the required insurance for the power supply is shorter, the Laifang is mixed, and the price is higher. [New content] - Kind of relay electromagnetic device to improve the power supply device, including relay electromagnetic device, improve the relay electromagnetic breaking device, the utility model relates to a power supply device, its characteristics; special 7 relates to the surface electrical appliance electromagnetic device to improve the opening and closing Power supply device, in the relay electromagnetic power supply to the equator series ^ South relay electromagnetic device breaking component, improve the electromagnetic voltage or current to open the power supply 'other-pole lion to connect people or output power, electromagnetic pole electromagnetic fine through a break The start button and the start button, the start button 'breaks the series resistor in the button circuit to prevent the socket output wire from being short-circuited in the relay electromagnetic device when the start button is pressed, and when the power wire is short-circuited, a large current is generated, and the relay power is generated. The service power Laisaki is as low as the electromagnetic device to turn off the voltage 'conducting # ship to the ship (four) source, the branch in the micro-axis makes the conductive # contact quickly off the conduction wheel out contact, can also be in the relay power input or output circuit The appropriate position is connected in series with 70 pieces, and the electromagnetic power supply is connected at least in series to improve the combination of the relay electrical breaking element as a component; in the relay power input or output power The appropriate position of the series connected to the load components such as thermal metal #聊 or high scores * positive temperature Wei residual resistance, mosquitoes / dangerous wire or fuse 'negative navigation parts fine electrical and electric breaking components, installed in relay relict fixed seat , or the appropriate position of the relay housing 'or relay matching button, or a combination of the load component box and the relay housing, connected to the indicator light or the warning device through the circuit, the temperature sensing component is installed in the heat generating position of the load component, and The relay solenoid coil is connected in series. When the load is overloaded, the output of the relay is disconnected. 'The relay is powered by the super-health. The financial method is: press the relay 4 M429249 / ice age 启动 start button, the relay circuit is turned on, the power supply passes The hot metal plate switch or the PPTC reset fuse or fuse is output to the magnetic movable piece. The conductive piece contact is turned on, and the output is output through the conduction output. The constant current or load overload can also be used to disconnect the automatic reset or manually reset. When overloading, according to the load component characteristics of the device of the present invention, the thermal metal plate switch or the PPTC reset fuse or fuse is disconnected, and the power is turned off. The relay electromagnetic device is connected in series to improve the relay electromagnetic breaking component and is combined with the load component; the power input is connected to the load component, the load component output is connected to the relay C input, the relay ON conductive piece output contact terminal is connected to the socket or the power output is connected. Load, the other pole of the socket is connected to the pole of the power supply;

The socket and the relay and the load component group are a box body; the relay and the load component group are divided into a box body, and the relay can be divided into a box body, and the socket can be applied to a plurality of extension cable socket combinations or no sockets. The power output is connected to the load and can be applied to the following circuits such as sockets or electrical switches or electrical product switches. 'Protect the power supply wire when the short circuit is protected or disconnect the power supply when overloading, to prevent the product from burning or the wire from igniting. The above is a brief description of a relay electromagnetic device for improving the power supply of the present invention. In order to enable those skilled in the art to further understand and understand the purpose, features and functions of the present invention, the following embodiments, [Detailed Description of the Invention] [Embodiment] The relay power supply overload device of the utility model includes a relay mechanism body, and the relay electromagnetic device is connected in series to improve the relay electromagnetic breaking component and the load component, and the relay is in a large current or short circuit condition. The lower voltage is reduced to require the electromagnetic power to be turned off, the electromagnetic force of the electromagnetic coil is insufficient, and the magnetic movable piece returns to the initial position under the action of the spring, thereby releasing the conductive sheet contact and quickly disconnecting the power supply; when the load is overloaded, The power supply is disconnected by a load element such as a thermal metal plate switch or a PPTC reset fuse or fuse or a transistor or a resistance wire. 5 M429249 A relay transfer to improve the power-off position, including relay ^ housing power supply input contact 1 () 1, conductive sheet contact 1G2, load component (10), electromagnetic base 1 〇 5, spring 106 , electromagnetic device 1〇7, magnetic movable piece 1〇8, relay mechanism fixed seat (10) open (NC) output connection, point (1), conduction (〇N) output contact ιΐ2, power input point (1), electromagnetic coil 114 , electromagnetic coil 115, relay start button 116, relay disconnect button m, indicator light 118, temperature sensing element 119, load element box isolation block (2), load element box 122, load element box upper cover 123, heat Moving metal surface conductive sheet 124, • 70 pieces of bonding piece (2), upper cover 126, electromagnetic fixing iron piece 127 and power output contact point • movable piece conductive piece 128, hand pressing button 129, broadcasting seat 130, socket housing m, Raising the relay electromagnetic breaking element 132 elastic conductive piece 133, the resistor 134, the warning light or the warning sound 135', wherein the 'loading element 1〇3 can be a thermal metal plate switch or a ppTc re-setting fuse or fuse or a transistor or a resistance wire . In the utility model, the relay and the load component are integrated, which can more effectively protect the insulation layer of the power supply wire used, prevent fire and product burning caused by fire of the power supply wire, and improve the safety of the power supply. Fig. 1A is a schematic view showing the structure of a relay power supply overloading device in which a relay electromagnetic device is used to increase the power supply of the relay and the relay input circuit is connected in series with the load component. Referring to FIG. 1A', the relay housing 99 is provided with an electromagnetic device 1〇7, and the electromagnetic device 1〇7 is fixed to the electromagnetic actuator base 105. The electromagnetic base 1〇5 is fixed to the relay mechanism fixing seat n〇, electric, magnetic device The uppermost end of the base 105 is provided with a magnetic movable piece 108, and the magnetic movable piece 108 is provided with a back. The composite spring 1〇6 'returns the elastic piece 1〇6 to connect the magnetic movable piece 1〇8 and the electromagnetic base, and is electrically conductive. The chip power input contact 101 and the conductive pad contact 1〇2 are fixed above the magnetic movable piece 1〇8, and the power supply disconnection (NC) output contact m is arranged above the conductive piece contact 102, and the power supply is disconnected (NC). The output contact 1U is fixed to the relay mechanism fixing seat 11〇, and the conduction (0N) output contact 112 is disposed under the conductive sheet contact 1〇2, and the power-on (ON) wheel-out contact 112 is fixed to the relay mechanism fixing seat 11〇. The relay mechanism mount 11 is provided with a power input contact 113, and the power input contact in is in contact with the load component 1〇3. In this embodiment, the load 6 M429249 component i〇3 includes a thermal metal plate switch or a PPTC. Re-set fuse or fuse or transistor or resistance wire, load element 丨03 fixed to relay mechanism On the fixed seat 11〇, the relay mechanism fixed seat no is provided with the electromagnetic coil 114 power contact and the electromagnetic coil ιΐ5 power contact, the electromagnetic coil 115 power contact is connected to the load component 1〇3 output point, the serial connection improves the relay Electromagnetic H-Ling component 132 'The relay (10) electric surplus is provided with a relay start button 116 and a relay disconnect button 117, the electromagnetic coil 115 power input or the electromagnetic coil 114 is input in front, and the serial connection improves the relay electromagnetic breaking element 132. The relay disconnect button 117 is connected to the load component 1〇3 through the relay start button 116, and the relay dimension φ holds the conductive strip contact 1〇2 in contact with the power ON output point 112, and presses the relay disconnect button to press 117. 'The electromagnetic coil 115 power supply is disconnected. When the relay is used to supply the overload device, the power is turned on at the power contact of the electromagnetic coil 114, the relay start button 116 is pressed, the power input point 113 is passed, and the load element 1〇3 is used. The electromagnetic coil 115 power contact is turned on, and the electromagnetic device 107 generates magnetic attraction, the magnetic movable piece 1〇8 is sucked, and the conductive piece contact 102 contacts the ON output contact 112. Output voltage; if the relay is required to stop power supply, press the relay disconnect button 117 to disconnect the electromagnetic coil 115 power supply, and the magnetic movable piece 108 is springed back to the original position by the spring 1〇6, and the conductive sheet contact 1〇 2 is disconnected from the on output point 112, is in contact with the NC output contact 111, and is disconnected from the power supply. During power usage, the magnetic attraction movable piece 1〇8 is sucked, and the conductive piece contact 102 contacts the ON output contact. 112, if the output voltage is short-circuited to generate a large current 'because the electromagnetic series is connected to increase the relay electromagnetic device breaking element 132, the load circuit voltage is decreased, or the preset is reduced to require the electromagnetic device to turn off the power supply, then the voltage of the electromagnetic device 107 is insufficient, resulting in The electromagnetic force is insufficient to attract the magnetic movable piece, thereby releasing the magnetic movable piece 108, disconnecting the conductive piece contact 102 from the ON output contact 112 in a microsecond time, and when overloaded, by the load element 1 3 Disconnect the power supply. In the utility model, the combination of the relay and the load component reduces the volume of the device, and can provide protection for the insulation layer of the power supply wire used to prevent fire and product burning caused by the fire of the power supply wire. , Increased security of supply. M429249 Figure iB is a kind of relay electromagnetic device to improve the power supply device. The relay activates the relay magnetic movable piece magnetic conductive piece and quickly disconnects the power supply to make the relay power supply overload device structure of the electromagnetic device. - Kind of relay electromagnetic device to improve the power supply device, relay electromagnetic device and power supply overload device 'In practical applications, in order to prevent the relay electric house from being insufficient, press the start button 116, the electromagnetic device 107 has a magnetic movable piece and a magnetic attraction position. Distance, when the voltage is reduced, the magnetic attraction is insufficient 'so the hand 129 is willing to 'start the relay magnetic movable piece magnetically conductive. If it is necessary to disconnect the electromagnetic device, then press the relay to open the button 117, the above circuit button is activated and the button is turned off and the key button 'shoots the conductive film to conduct the electromagnetic device Wei, and the appropriate button can be selected, for example, - or above The button is used to control the device, for example, an electromagnetic device with a working voltage of 11 GV produced by a relay manufacturer, and the startup voltage is designed to be more than 75% of the voltage drop of the electromagnetic device, that is, about 82.5 volts. Pressing the start button, the electromagnetic device can magnetically move the relay magnetic movable piece 108, so that the conductive piece contact 102 conducts the power output, and if the electric cake is more than 50% after the electromagnetic device 1〇7 is magnetic, the normal magnetic attraction can be maintained. If the voltage drop is below 50%, the solenoid 1〇7 will release the conductive sheet contact ι〇2 due to insufficient magnetic attraction. The main point of this practical application is that, for example, the original set voltage is 110 volts, calculated at 1%. The utility model is applied to a relay electromagnetic device with a starting voltage of 75% and a voltage of 35 〇/〇, that is, working within a voltage range of a starting voltage and a releasing voltage, if the power supply voltage is lowered to 丨(8) volts, the voltage drop of the electromagnetic device is 7G volt, using the hand press button, the electromagnetic attraction of the electromagnetic device can still maintain the relay, and the electromagnetic device 107 magnetically attracts the movable piece 1〇8, so that the conductive piece contact 1〇2 turns on the output power. If the relay electromagnetic device 107 magnetically attracts the movable piece, the conductive piece contact 102 turns on the output power supply, and when the wire is short-circuited, the electromagnetic device 1〇7 electromagnetic device coil ΐ5 power supply is connected in series with the relay electromagnetic device to open the component m, and the preset is improved. When the electromagnetic power is required to turn off the power, the voltage can be shortened from 75% to 50%, the electromagnetic device is immediately released, and the output power is disconnected. By applying the utility model, the disconnection time of 3〇% can be shortened, and the electric wire can be effectively prevented from catching fire. The general voltage power supply wire is short-circuited, the voltage must be reduced from 1〇〇% to 35%, and the power supply time is 30% more, which causes the power supply wire to catch fire. The application of this voltage is 75% to 50%. The above-mentioned relay electromagnetic voltage is only in the above percentage range and not a absolute percentage. Each manufacturer can specify the voltage range according to the actual situation. The application of the utility model can also be selected according to the actual situation, for example, according to the relay. The performance of the electromagnet 107 depends on the performance. Therefore, the utility model proposes here that the relay electromagnet 107 electric star is activated at the start button 电磁6 electromagnetic device 107 magnetic attraction movable piece to make the conductive piece contact 102 output the voltage starting from the power supply, until the electromagnetic device releases the magnetic movable piece to make the conductive The chip contact 102 disconnects the voltage of the power supply. Within the voltage range, the voltage of the magnetic movable piece 108 is activated by lowering the electromagnetic device or the voltage of the electromagnetic movable piece 1〇8 is increased by the electromagnetic device 1〇7 being released. The new specific design application belongs to the scope of the present invention, which is not between 75% and 50% of the fixed percentage; further, if the relay electromagnetic power supply has the original specification, the electromagnetic device can improve the relay The electromagnetic series connection breaking element 132 raises the electromagnetic device 1〇7 to turn off the power supply voltage as the standard, of course, the relay can also use the specification voltage, for example, the voltage of 11 volts to activate the magnetic movable piece of the relay electromagnetic device '33 volts Release the magnetic movable piece 1〇8 of the relay electromagnetic device 1〇7, in conjunction with the application of the utility model, for example, the manufacturer changes to the electromagnetic device 1〇7 to activate the relay electromagnetic device The voltage at 11 volts 'relay solenoid release voltage is 7 volts volts; or start relay electromagnetics voltage at 90 volts 'relay electromagnetics release voltage is 7 volts, no need to connect solenoids to open 7C pieces 132 ' can be regarded as The specific design and application of the utility model belongs to the scope of protection of the present invention. Of course, the relay electromagnetic device 107 can be used as the breaking component 132 as a specific design and application of the utility model. The utility model needs to protect the Weiwei, so when the power supply wire is short-circuited to generate a large current, the relay electromagnetic power supply is instantaneously reduced to the electromagnetic device 1〇7 release and the disconnection voltage, and the magnetic movable piece causes the conductive piece contact to be separated from the output power supply, and In the relay electromagnetic device, the position device is connected in series to improve the circuit of the relay electromagnetic breaking element 132, and the voltage or current of the opening and closing electromagnetic device is increased to reach the microsecond quick disconnecting power supply, and is applied to the following circuits such as sockets or electrical switches or Ί. *r [ M429249 (〇'° electrical products, protect the power supply miscellaneous road or overloaded power supply, prevent burning Or the safety accident of the wire fire reaches the microsecond fast break (four) source. In practical applications, the relay electromagnetic device can also be powered by the _ key start and the hand press button to make the guide (four) contact turn on the electromagnetic power supply, and the application button is disconnected when disconnected. Figure-C is a type of relay S electromagnetic service to reduce the power position, the relay is not intended to carry the socket. A relay electromagnetic device to improve the power supply device, the relay power supply overload device 卯, the plug or the wheel power supply 130 There is an outer casing 131, the power is input from the plug to the load component 1〇3 to the φ electrical power input 113C pin position 'the electromagnetic coil 115 power is connected from the input power 11 foot position to a resistor 134 to the electromagnetic start button 116, Disconnect button 117 to solenoid coil 115' and the other pole is connected to relay solenoid breaker element 132 to solenoid 114 solenoid coil power supply 'electromagnetic device start button 117 press to turn off the electromagnetic power supply. To use this relay 99 Pressing the electromagnetic start button 116, the elastic conductive piece 133 contacts the position of the input power source 113C, and the relay elastic conductive piece 133 maintains the contact power, and the relay action indicator I" After the electromagnetic interference of the electromagnetic device, the conductive contact 102 and the ON output contact 112 are in contact with the conduction power, and the relay ON output contact 112 is connected to the socket or the output power supply 13〇, to stop the relay gg output power, press the electromagnetic device to start The button 117 elastic conductive piece 133 is separated from the ON output contact 112, • the electromagnetic power supply is turned off 'immediately, the electromagnetic spring pulls back the spring to start the power supply in microseconds, and the relay 99 conductive contact 102 returns to the disconnected NC output contact point. 11Bu socket or output power supply 13〇 No power supply, • Therefore, when the power supply wire is short-circuited to generate a large current, the relay electromagnetic power supply is instantaneously reduced to the electromagnetic device 107 to release the disconnection voltage, and the magnetic movable piece causes the conductive sheet contact to be separated from the output power supply; The one-pole power input load component 103' load component output is connected to the relay c input, the relay (10) conductive sheet output contact terminal is connected to the socket or the power output is connected to the load 130, and the other pole of the socket is connected to the power supply pole; the socket and the relay 99 and the load The component 103 is a box; the relay 99 and the load component 103 can be divided into a box; the relay 99 can be divided into a box, and the socket can be applied as a box. The extension cord socket combination or the socket is not connected, the power output is connected to the load, and the relay/r 10 stealing electromagnetic coil m is connected to the electromagnetic device to open the component 132 by the input power source, and the relay electromagnetic coil us power is turned into the power source 113. (: The foot position is connected in series with a resistor 134, connected to the electromagnetic start button 116'. This resistor 134 prevents the relay from starting in the (10) state, such as the socket is plugged into the power supply = short circuit or short circuit at the load end, the warning light or the warning sound is immediately warned or The normal use of the lamp is not redundant 'the relay electromagnetic is the same phase power supply, even if the electromagnetic start button i 16, the resistance】 & as a short absorption, there will be no spark contact burning, the relay electromagnetic device does not operate 'this Resistor Ke does not install, in this case, the secret material specifications, Lai Ben creation can prevent the occurrence of power secrets and super-cake line fire incidents, and the safety of products. FIG. 1D is a schematic diagram of three button positions of the relay electromagnetic device for improving the power supply of the power supply based on FIG. _ Figure 1E is a schematic diagram of a relay electromagnetic device for raising and lowering the power supply device, and the relay and the load component extension cable socket. - Kind of relay electromagnetic device to improve the power supply device, please refer to Figure 1 c. The relay 99 and the load component 103 are connected to the extension socket 13〇 or the socket 13〇, and the power output is connected to the load. 2 is a schematic diagram of a relay electromagnetic device for improving the power supply of the power supply, and a relay and a magnetic movable piece in the relay power supply overload device. Referring to Fig. 2, a schematic diagram of a load element and a magnetic movable piece is mounted on the relay mechanism fixing base. Fig. 3 is a schematic diagram showing the position of the negative cutting element in the relay power supply overloading device by the relay electromagnetic device. Fig. 3 is a schematic diagram of a relay electromagnetic device for improving the power supply of the power supply, the electromagnetic power source is connected to the power supply terminal, and the power output of the relay is controlled by the system. Referring to FIG. 3A and FIG. 3A, in the relay mechanism mount or the appropriate position in the relay or the relay housing 99 or the navigation box body 122, the load member housing isolation block 121' is provided for isolating the load component. The heat source generated by 103, in addition, in order to prevent dust from entering, M429249 is provided with a load component case upper cover 123, combined with the relay case 99, and the actual application carrier element 103 may not be separately provided with the load component case 122, and is directly disposed with the relay case 99. Integral, connected to the relay through the circuit, and the load component can also be equipped with the indicator light ^^18 or the warning device. When the load component is disconnected or turned on, the indicator light 118 is illuminated or the warning device emits a warning sound, and the electromagnetic coils 114 and 115 Directly turned on or off by system control, the electromagnetic coil 115 can also be connected to the ON wheel out contact 112, the start and the off are controlled by the button or the system is controlled' and the output of the load element 103 and the conductive pad contact 1〇2 input. The terminals are connected. When the load is overloaded, the power of the electromagnetic coil 115 is disconnected by the load element 103, which can effectively reduce the volume of the relay and provide the insulation of the power supply wire used. Barrier, preventing the supply line to go fire caused by fire and burned products, and enhanced security of supply. 4A is a schematic view showing the structure of a temperature sensing element of a device in which a relay electromagnetic device is used to increase the power supply of the power source and the load component is properly positioned. An appropriate position device for generating heat of the load element 103, the temperature of the load element is raised to a temperature of the set temperature to disconnect the electromagnetic coil of the electromagnetic coil, and the temperature sensing element 119 is connected in series with the one or the other of the electromagnetic coils. And the adjustable resistance element 1〇9 is connected in series, and the adjustable resistance is used to set the load current reference for the heating temperature of the load component, and the electromagnetic coil is controlled to turn off the power supply by the temperature setting, and the relay output contact power is released. Fig. 4B is a schematic view showing a structure of a relay electromagnetic device for improving the power supply of the power supply, and a thermal metal plate bending toggle switch for starting and stopping the electromagnetic power supply. Referring to FIG. 4A and FIG. 4B, the temperature sensing element 119 is disposed at the hot spot of the thermal metal sheet switch of the load element 103. When the load is overloaded, the load element 103 generates heat, the temperature rises, and the temperature sensing element 119 reaches the set temperature. , disconnect the relay solenoid coil, and the relay conductive strip contact is separated from the power output contact. In practical applications, the temperature sensing component 119 can be installed on the hot spot of the thermal metal plate switch 1〇3, or the contact power supply input serial output can be omitted on the thermal metal piece 103, that is, no contact point is provided. The power supply is connected in series, and the temperature sensing element 119 is arranged at the heating point of the thermal metal sheet 1〇3 or the thermal metal sheet 1〇3 load 12 as shown in Fig. 4B. The bending is turned off and the electromagnetic power supply is turned off. The relay electromagnetic coil 'the relay Θ movable piece is separated from the power supply wheel outlet contact point, and the slave can also set the current adjustment rotation Is in the middle of the toggle connection. Fig. 5 is a schematic view showing the structure of the relay electromagnetic unit for improving the power supply overloading device of the power supply unit of the power supply unit. The relay unit is electrically connected or the element is placed in the appropriate position of the relay stomach socket. In order to improve the performance of the relay when the relay is difficult to protect, the relay socket is provided with a relay electromagnetic H-breaking component and the power supply _ series connection, and the other is connected to the t-wheel or the input power supply 'other temperature sensing component In series with the electromagnetic, the device is in the position suitable for the relay or the heating point of the 7L piece of load. When the current of the load carrying element is too large, the heat reaches the set temperature sensing element value, f magnetically bribed the power supply, and the conductive #接船离〇N The output contact, the indicator light is on. The indicator light can also be vigilant and sounds a warning. In order to improve the performance of the relay when the relay is protected, the 7G piece and the electromagnetic hybrid ring of the relay electromagnetic thief are opened, the temperature fine element is connected with the electromagnetic return ring, and the device is suitable for the position or load component of the relay. Hot spot, when the load component current is too large, the heat reaches the set temperature sensing component value, the electromagnetic coil is disconnected from the power supply, the conductive strip contact is off the ON turn-out contact point, the indicator light is on, and the device is stepped on the load-carrying component. The position sensing device is connected in series with one or the other of the electromagnetic coils, or is connected to the variable resistance element, and the load current can be set by the heating temperature of the load component, and the electromagnetic stealing coil is turned off and the power supply is released. The relay outputs the contact power, and the indicator light can also be an alarm for warning. ° Relay electromagnetic breaker breaking component; improve relay electromagnetic breaker breaking component, including example transistor or resistor or inductor or high current, high voltage short circuit component arrester or thermistor or electronic component circuit combination, or set steady voltage or steady current Turning off the electromagnetic device, connecting with the relay electromagnetic device to increase the breaking voltage of the relay electromagnetic device, causing the resistance value or inductance or current or voltage to reach the set voltage or current or the short circuit voltage to drop, disconnecting the relay electromagnetic coil coil 13 M4-29249

The source ' can be regarded as the actual riding type _ design should be ^b protection range. + The new claims are applied. The application of the towel relay electromagnetic series connection increases the relay within the set electromagnetic start-off range. When the power supply leads to the short circuit, 22 two-moving piece is generated to make the conductive piece contact off the wheel power supply, so this load The occurrence of wire fire incidents ensures the safety of the products used. Power supply short circuit and super negative lightning, general power tools are in use, for example; power supply is reduced in volt electric tools due to the high speed of heat generated by the speed or the force, such as the device of this new Wei electrical; magnetic | § power supply at least one pole series Its furnace Lei II Tang, Thunder (four) to reduce the components, Wei reduced at 90 volts = has been reduced below 7G volts, relay electricity · immediately start the conductive sheet power supply, to ensure that the tool does not burn. In the secret, the relay electromagnetic power supply is connected at least one pole to improve the relay electromagnetic device. - Following: (4) Relay 15 The power supply is in or out of the circuit. The load component is connected in series with the relay electromagnetic component and the load component.

=Loading element 4 contains metal piece or metal plate or metal plate or PPTC heavy-duty fuse or fuse or transistor or resistance wire or inductor, etc., which can change the temperature rise caused by different current magnitude, and relay wheel Or turn the power supply in series, when the load is overloaded, the load is on the part, the temperature _ component is attached to the negative airpiece to feel the heat or pass, causing the resistance or money or inductance _ spring open _ job to find the temperature, or start Electromagnetic coil power supply. In practical applications, the thermal metal plate switch for overload protection of load components has automatic re-setting and manual reset type, and __ or PPTC reset type insurance miscellaneous classes are also numerous. Therefore, it is explained here that all can take care of this. The components in the power supply protection circuit are within the scope of the claims of the present invention. The load component can be mounted inside or outside the relay mechanism mount or housing, and combined with the relay 14 M429249 13⁄4 y is the load component relay, or the load component device is placed in the load component case combined with the relay case, or the load component and the relay case are appropriately positioned. The combination of the casings controls the load elements by wire connections. The load element can also be provided with a combination of a box and a relay housing or a combination of the load element and the relay housing to control the load element via a wire connection. In practical applications, the hot metal piece can also be connected to the hot metal piece without the contact power input. When the load is overloaded, the hot metal piece is bent, and the switch can be turned off to disconnect the electromagnetic coil or disconnect the relay output. In practical application, the relay power supply overload device of the utility model can be applied to various sockets or automatic control relays or electrical product switches, and is used for protecting the power supply wires or overloading when the power is short-circuited, preventing the product from being burned or the wires from catching fire. . The electromagnetic device in the relay can be connected and disconnected by the power supply control, and the corresponding circuit can be designed according to the user's needs. A relay electromagnetic device improves a power supply device for turning off and off, and a relay power supply overload device, in particular, a load relay applied to an automatic control relay and all small-shaped relays and a combination of a start-up component and a load component of the relay electromagnetic device, and the combination of the relay and the load component can be There are different combinations of different needs, and will not be described here. In practical applications, the relay power supply overloading device of the utility model improves the relay electromagnetic component breaking component and the load component and the relay to connect and control the relay to be turned on and off, and can design the required circuit according to the user's demand. Preferably, a relay electromagnetic device is provided with an ignition power supply device, and a hand pressing button is provided, and the hand pressing button can be pressed to start, or a separate switch is used to disconnect the electromagnetic power source, and the magnetic movable piece is separated from the power source. Preferably, a relay electromagnetic device is used to raise and unplug the power supply device, and the relay power supply overload device has a hand press button to start and disconnect the electromagnetic power supply. Preferably, the relay electromagnetic voltage is at the start button, the electromagnetic magnetic attraction magnetic movable piece, 15 M429249

The conductive sheet contact output power supply starts, and the electromagnetic device releases the magnetic movable piece voltage range. By increasing the voltage of the electromagnetic magnetic attraction movable piece of the electromagnetic device, the conductive piece contact output power source belongs to the protection claim of the present invention. Fan Yuan, 幷 is not fixed for the above percentage between 75% and 5〇% of the voltage range. Preferably, if the relay electromagnetic power source is provided with the original specification, the relay electromagnetic circuit can be turned on or off to lower or raise the electromagnetic voltage within the set magnetic attraction range, and when the power supply wire is short-circuited to generate a large current, The relay electromagnetic power supply is instantaneously reduced to the electromagnetic disconnection voltage, and the magnetic movable piece is released, so that the conductive sheet contact is separated from the output power supply. Preferably, the current specification voltage of the relay can also be used. For example, the currently used 110 volt voltage is a magnetic movable piece for starting the relay electromagnetic device, and the 35 volt voltage is a release relay electromagnetic magnetic movable piece, which is combined with the utility. The new application, changed to the relay electromagnetic device to start the magnetic movable piece voltage is 110 volts, the electromagnetic device releases the magnetic movable piece voltage to 7 volts, or, the electromagnetic starting and opening voltage is reduced or the starting relay electromagnetic voltage is 90 volts. 'The relay solenoid releases a voltage of 65 volts. Therefore, when the power supply wire is short-circuited to generate a large current, the relay electromagnetic power supply is instantaneously reduced to the electromagnetic discharge release voltage to release the magnetic movable piece, so that the conductive piece contact is separated from the output power supply, and the microsecond-level quick disconnect power supply can be obtained. For the following circuits: such as sockets or electrical switches or electrical product switches, to protect the power supply wires from short-circuit or overload, disconnect the power supply to prevent the product from burning or the wire is on fire. A relay electromagnetic device improves the power supply device for turning off and off, and the relay power supply overload device is connected in series with the load device at the appropriate position of the relay power input or output circuit, and the device passes through the fixed position of the relay mechanism or the relay or the external position of the relay. Wire connection control load element '贞 赌 _ _ touch gold; I # or PPTC re-find wire or fuse or transistor or resistance wire, etc. Preferably, the load element is connected to the power output or input circuit, connected to the socket - The other end of the socket is connected to the relay 0N conductive sheet output contact terminal, the socket and the relay and load component M429249

Wide, for - box body; can be divided into relay and load miscellaneous group - box body, can also be divided into k electrical appliances - 蛊 body ' socket can be a variety of extension cord socket combination or no socket, power output load load ' Therefore, this office can prevent the occurrence of fire accidents in the electric miscellaneous roads and the super-cake line. In practice, the control circuit for the start and disconnection of the relay is relatively simple, and the control method is also more, and will not be described here. Preferably, the electromagnetic coil power supply is applied by the input power pin position to apply a resistor or the same component as the opening and closing device, and the resistor is connected to the electromagnetic start button, and the resistor is used to prevent the socket power from being input into the fijlin. Electromagnetic ^ start button causes the button, this resistor can press the electromagnetic thief start button 'material to briefly absorb current and can be installed _ police or warning sound, the warning light or warning sound is plugged into the power supply, such as the outlet output short circuit (4) The optional device is reported. In view of the above detailed description of the preferred embodiments, it is intended to more clearly describe the features and spirit of the present invention, and the scope of the present invention is limited. On the contrary, the intention is to cover various modifications and equivalent arrangements within the scope of the invention as claimed. 17

M429249 [Simple description of the diagram] Fig. 1A is a schematic diagram showing the structure of a relay power supply overloading device in which the relay electromagnetic device is used to increase the power supply of the relay and the relay input circuit is connected in series with the load component. Fig. 1B is a schematic view showing the structure of a relay power supply overloading device for a relay electromagnetic device for raising and lowering a power supply device, a relay pressing a button to activate a relay magnetic movable piece magnetic attraction piece and a quick disconnecting power source to lower the voltage of the electromagnetic device. Figure 1C shows a relay electromagnetic device to improve the power supply of the power supply. The relay is inserted into the φ seat. Fig. 1D is a schematic diagram of a three-button position of the relay electromagnetic device for improving the power-off device based on Fig. 1A. Figure 1E is a schematic diagram of a relay electromagnetic device for raising and lowering a power supply device, and an extension cable socket of the relay and the load component. Fig. 2 is a schematic view showing the structure of a relay and a magnetic movable piece in a relay power supply overloading device by a relay electromagnetic device. FIG. 3A is a schematic diagram of a relay electromagnetic device for improving the power supply device of the relay, and the position of the load component of the relay power supply overload device. FIG. 3B is a device for improving the power supply of the relay electromagnetic device, and the electromagnetic power source is connected to the power output terminal, and the system controls the relay. Schematic diagram of the power output. 4A is a schematic view showing the structure of a temperature sensing element of a device in which a relay electromagnetic device is used to increase the power supply of the power source and the load component is properly positioned. Fig. 4B is a schematic view showing a structure of a relay electromagnetic device for improving the power supply of the power supply, and a thermal metal plate bending toggle switch for starting and stopping the electromagnetic power supply. Fig. 5 is a schematic view showing a structure of a relay electromagnetic device for raising and lowering a power supply device, a resistor or an inductor or an electronic component circuit combination circuit or a load component device in a relay power supply overload device at an appropriate position of a relay socket. 18 M429249 [Main component symbol description] 99 relay housing 102 conductive sheet contact 103 load component 105 electromagnetic base 106 spring 108 magnetic movable piece 110 relay mechanism fixed seat Lu 111 disconnected (NC) wheel-out contact 113 power input Point 115 electromagnetic coil 117 relay disconnect button 119 temperature sensing element 121 load component box isolation block 123 load component box upper cover 129 hand press button 131 socket housing • 133 elastic conductive sheet 135 warning light or warning sound 101 conductive sheet power supply Input contact terminal 107 solenoid 109 adjustable resistance element 112 conduction (0N) output contact 114 electromagnetic coil 116 relay activation button 118 indicator 122 load component box 124 thermal metal switch conductive sheet 130 socket or turn-off power supply B2 relay "mail breaking component 134 resistance

19

Claims (1)

M429249 Sixth, the scope of application for patents: a relay electromagnetic device to improve the power supply device, including the relay mechanism body, the load component, the relay electromagnetic breaker breaking component, the socket, which is characterized by: the relay mechanism of this competition 'power-polar input circuit In the appropriate position, the load component is connected in series, and the power output of the load component is connected to the relay input c terminal, and the output of the relay 0N conductive piece terminal is connected to the power outlet or the power supply wheel is connected to the original input or the socket; The chip and the socket and the relay and the component group are - the box body, and can be further divided into a power plug # and a relay and a load component group - a box body, and can also be divided into an electric hybrid # and a load component group - a box Zhao, The extension cable is connected to the relay and the socket as a box body, and the application is a combination of a plurality of at least one socket extension cable socket box, or the socket power supply output load; the load component output is connected to a pole relay electromagnetic coil, and the relay electromagnetic device is another The pole is connected to the relay input power source, or the series of electromagnetic breaker breaking component combinations. The load component device is on the relay mechanism mount or relay housing or Appropriate position in the electric appliance; the electromagnet one-pole electromagnetic coil passes through a disconnecting button and a starting button or an elastic conductive piece, the starting button and the disconnecting button circuit are connected in series; and the temperature sense can be set at a suitable position where the load element generates heat Measuring component; the thermal pad can be selected by manual button reset or automatic return. 2. A relay electromagnetic device for improving an uninterruptible power supply device, comprising a relay mechanism body and a load component, wherein: the load component is further provided with a box body and a relay housing, and the load component and the relay housing are provided with an isolated heat transfer gap or a partition. The combination of thermal material, or the combination of the load component and the relay housing is set in the 'input relay power input terminal, which is connected to the load component through the wire. The load component output is connected to the relay. The movable conductive piece is connected to the relay output power or the load component is connected to the relay input or output. The power supply, the power output is connected to the socket or to the load end; the temperature sensing component can also be installed at a suitable position where the load component is heated; the thermal pad can be selected to manually reset or automatically reset the 'optional device indicator or warning device. 3. The relay electromagnetic device according to claim 1 of the patent scope increases the power supply device for opening and closing, and the electromagnetic power supply of the relay electromagnetic device passes through a disconnect button and a start button or an elastic conductive piece, and the other end of the electromagnetic device is connected. The breaking component is connected to the power output or the input terminal; the starting button and the disconnecting button circuit are connected in series; the relay electromagnetic device is connected to the breaking component, and is also 20 Μ - the material rhyme body is improved to start and break the money, and the electric moving and breaking element is unexpectedly ^Γ: The second standard; the electromagnetic breaking element 'can be installed in any suitable position, when the power supply wire is turned off, the high current 'relay electromagnetic power supply is instantaneously reduced to the electromagnetic device to turn off the electric micro-state to make the conductive sheet contact quickly turn off the conduction. Output contact, the device can be connected to the relay and the socket as a box of Zhao, or the extension line is connected to any electricity: loss: negative; body extension line agency 1, if applying for the full-time enclosure, the relaying method mentioned in item 1 The power supply is equipped with a 4-pole electromagnetic device—the pole, the electromagnetic shaft passes through, the _ key and the start button are 2 electric 2 pieces, the relay electromagnetic device is another pole, and the disconnecting component is connected to the power output or the input dynamic button and the open button circuit. Middle string Resistance, this resistance is to prevent the socket from being "short-circuited". Pressing the start button of the electromagnetic device causes the burn-in. The resistor can be pressed by the electromagnetic device, and the button can be used as a short-term absorption of the electric disambiguation device. Start by pressing the series resistor in the disconnect button circuit as an optional device. 5. If you want to encircle the 3 items of the ship's power (4) and improve the power supply device, the relay "magnetic device is connected to the breaking element, or the electric body of the electric device can be improved. - Replace the 'not connected to the electromagnetic device. The breaking element can also be used to achieve the device lion, the electromagnetic breaking element, and can be installed in any suitable position. 6. According to the fifth item of the application scope, the electromagnetic ignition high-power supply device of the relay, =, the proper position of the power-polar input circuit, the load component is connected in series, the source of the load component f is output, and the relay is input. C terminal, the output terminal of the relay is the output terminal of the conductive sheet, and the other pole is electrically connected to the input socket; the socket and the relay and the load component can be optionally grouped into a box, or a clamping element and a pro-plug group. For the - box body, the extension cable is connected to the socket and the relay is combined into a - box body, or the negative cutting element and the relay are 4 bodies, and the application is a combination of a plurality of extension cord socket boxes, or a socket power supply output load. 7. If the application of the relay electromagnetic device according to the first or second item is to improve the power supply device, the power supply is connected to the load component to the relay electromagnetic device, and at least one pole is connected to the relay electromagnetic device. H and the load-carrying component are combined into a box, and the load component device is inside or outside the relay mechanism fixture or the outer casing, and is combined with the relay as a relay electromagnetic breaker breaking component or a load carrying component, and the load carrying component device is in succession Electric ^ _ _ position combination 21 M429249 . (Set a box, control the load component through wire connection or connect to the socket through the wire to control the negative load. ♦ 8. The relay electromagnetic device according to the scope of claim 1 or 2 to improve the power supply device Wherein the device further provides a temperature sensing element for disconnecting the power supply of the electromagnetic coil to a set temperature at a suitable position where the load element generates heat, the temperature sensing element and one or the other of the electromagnetic devices The coils are connected in series, or the temperature sensing element is connected in series with the variable resistance element. The load current can be set by the heating temperature of the load component, the electromagnetic coil is controlled to turn off the power supply, and the relay output contact power is released. 9. If the patent application scope is 1 or The two relay electromagnetic devices improve the power supply device of the load device, wherein at least one pole of the load component power supply is connected in series with the relay power input or output. In a normal state, the load component temperature is normal, and the load component generates heat when overloaded. Disconnect the solenoid coil power or disconnect the relay power supply. 10. Relay as described in claim 1 or 2. The electromagnetic device improves the power supply device, wherein the load component is a thermal metal plate switch, and the device is provided with a button on the relay casing or at a suitable position outside the relay, and the thermal metal plate switch is out of manual re-setting when overloaded, and the button is pressed after being pressed. The metal plate switch is turned on, or the hot metal plate switch is cooled, and the conduction application is automatically restored. U. The relay electromagnetic device according to the fifth item of the patent application is for improving the power supply device, wherein the relay electromagnetic device is provided with a start button and a break. Open the button or the elastic conductive piece to cooperate with the control device, press the circuit start button to make the contact point turn on the electromagnetic power supply, and if it is disconnected, press the disconnect button to disconnect the electromagnetic power supply. 12. If the patent application scope is 2 or 5 The relay electromagnetic device improves the power supply device, wherein the load component is further provided with a box body and a relay housing, the load component and the relay housing are provided with a combination of isolated heat transfer gap or heat insulation material, or the load component and the relay housing are changed into a box. Body combination, power input terminal of relay, input of load component through wire, load component wheel The movable conductive sheet is connected by a relay contact output power or load element connected relay input or output power, the power output to a load connected to a socket or terminal. 22