CN209167868U - It is a kind of to take control switch double control modules - Google Patents

Abstract

Take control switch double control modules the utility model relates to a kind of, including rectification module, MCU module, relay module, indicating module, wireless input module, telemechanical input module, local input module and remote controler, the input terminal of the rectification module connects alternating current, output end connects MCU module, wireless input module simultaneously provides electric energy for it, it is also connected with relay module, the relay module input terminal is all connected with MCU module, the internal circuit of output end connection power consumer, the indicating module includes the LED of two connection single-chip microcontrollers, the local input module includes two keys, the wireless input module and remote controler match, and connect single-chip microcontroller, the telemechanical input module includes the signal wire of two connection single-chip microcontrollers, controller is provided between the telemechanical input module and wireless input module.The controllable current of the utility model is big, can be used for controlling various on-load switches；After telemechanical separating brake, remote control is not worked by shielding, ensure that putting just, safely for electricity consumption.

Description

It is a kind of to take control switch double control modules

Technical field

The present invention relates to control power switch technical field is taken, in particular to take the double control modules of control switch.

Background technique

Expense control terminal can remotely complete the metering and long-range control of electric energy.The pervious control terminal that takes only acquires ammeter number According to no enable completely takes control.Recently, enable complete expense control function with more and more take control terminal, it is existing take control it is whole The problem of end, is also exposed, and exists such as the defects of control contact is small, remote switching is dangerous, the live combined floodgate of user is inconvenient.

Summary of the invention

The purpose of the present invention is being improved and being innovated for disadvantage present in background technique and problem, a kind of use is provided Double control modules are switched in taking the expense control that the control contact that control switchs is big, all very convenient safety is closed a floodgate in long-range and field control.

The technical scheme is that construct a kind of expense control switch double control modules, including rectification module, MCU module, after Electrical appliance module, indicating module, wireless input module, telemechanical input module, local input module and remote controler, the rectification module Input terminal connect alternating current, output end connection MCU module, wireless input module simultaneously provide electric energy for it, be also connected with relay mould Block, the relay module include the relay of two 12V/30A, and input terminal is all connected with MCU module, and output end connects electric power and uses The internal circuit at family, the MCU module include single-chip microcontroller, and the indicating module includes the LED of two connection single-chip microcontrollers, respectively Telemechanical separating brake indication LED and telemechanical combined floodgate indication LED, the local input module include the key of two connection single-chip microcontrollers, institute It states wireless input module and remote controler matches, and connect single-chip microcontroller, the telemechanical input module includes two connection single-chip microcontrollers Signal wire, respectively telemechanical combined floodgate input terminal and telemechanical separating brake input terminal, the telemechanical input module and wireless input module it Between be provided with controller.

Specifically, the single-chip microcontroller is STM8S003F, and the output end output 12V DC electricity of the rectification module leads to The power pins of voltage regulator circuit connection STM8S003F and the power pins of wireless input module are crossed, the voltage regulator circuit includes steady Depressor 78L05, by 12V DC electricity pressure stabilizing to 5V, the wireless input module includes wireless superheterodyne reception module RXB8, The end DAT connects No. 17 pins of STM8S003F, and the input terminal of two relays is separately connected No. 19 of STM8S003F, 20 The anode of number pin, two LED in the indicating module is separately connected No. 5 of STM8S003F, No. 6 pins, and the telemechanical closes Lock input terminal and telemechanical separating brake input terminal are separately connected No. 11 of STM8S003F, No. 12 pins, and the two of the local input module A key is separately connected No. 15 of STM8S003F, No. 16 pins.

The single-chip microcontroller STM8S003F is also connected with ISP debugging interface and TRX debugging in one of the embodiments, Interface, No. 18, No. 4 pins of the ISP debugging interface connection STM8S003F, the TRX debugging interface connect STM8S003F No. 3, No. 1 pin.

The input terminal of two relays and rectification module of the relay module connects in one of the embodiments, Same six end interface.

The telemechanical separating brake input terminal connect STM8S003F with telemechanical combined floodgate input terminal in one of the embodiments, No. 11, No. 12 pins be provided with 22K pull-up resistor.

The indicating module further includes separating brake output indication LED and output instruction of closing a floodgate in one of the embodiments, LED is separately connected the pin that two relays are connected on single-chip microcontroller.

The advantages of the present invention: controllable current of the invention is big, can be used for controlling various on-load switches.Far It moves and is provided with controller between input module and wireless input module, after telemechanical separating brake, remote control is not worked by shielding, and telemechanical closes After lock user can long-distance remote control switch division, ensure that electricity consumption put just, safety.

Detailed description of the invention

Fig. 1 is the electrical block diagram of embodiment.

Specific embodiment

To facilitate the understanding of the present invention, a more comprehensive description of the invention is given in the following sections with reference to the relevant attached drawings.In attached drawing Give preferred embodiment of the invention.But the invention can be realized in many different forms, however it is not limited to this paper institute The embodiment of description.On the contrary, purpose of providing these embodiments is make it is more thorough and comprehensive to the disclosure.

It should be noted that when element be considered as " setting " on the other element, it can be directly setting or company Connect on the other element or may be simultaneously present centering elements.

Unless otherwise defined, the skill of all technical and scientific terms and technical field of the invention used herein The normally understood meaning of art personnel is identical.Term used in the description is intended merely to describe specifically to implement purpose, is not It is intended to limit the present invention.

Embodiment 1

As shown in Figure 1, it is a kind of take control switch double control modules, including rectification module a, MCU module b, relay module c, Indicating module d, wireless input module e, telemechanical input module f, local input module g and remote controler, the rectification module a's is defeated Enter to hold a1 connection alternating current, output end a2 connection MCU module b, wireless input module e simultaneously provide electric energy for it, be also connected with relay Module c, the relay module c include the relay K1 and K2 of two 12V/30A, and input terminal is all connected with MCU module b, output The internal circuit of c3 connection power consumer is held, the MCU module b includes single-chip microcontroller STM8S003F(U2), the indicating module d The LED of single-chip microcontroller, respectively telemechanical separating brake indication LED (D11) and telemechanical combined floodgate indication LED (D10) are connected including two, it is described Local input module g includes the key S1 and S2 of two connection single-chip microcontroller U2, and the wireless input module e and remote controler match, And single-chip microcontroller U2 is connected, the telemechanical input module f includes the signal wire of two connection single-chip microcontroller U2, and respectively telemechanical closes a floodgate defeated Enter to hold f1 and telemechanical separating brake input terminal f2, connect by P2 terminal with electric energy meter, the telemechanical input module f and is wirelessly input to mould Controller is provided between block e.

Specifically, the output end output 12V DC electricity of the rectification module a, is connected by voltage regulator circuit h STM8S003F(U2 the power pins of power pins and wireless input module e), the voltage regulator circuit h include voltage-stablizer 78L05 (VR1), by 12V DC electricity pressure stabilizing to 5V, the wireless input module e includes wireless superheterodyne reception module RXB8(RF1), The end DAT connects STM8S003F(U2) No. 17 pins, the input terminal of two relays (K1, K2) is separately connected STM8S003F(U2 No. 19, No. 20 pins), two LED(D11, D10 in the indicating module d) anode be separately connected STM8S003F(U2 No. 5, No. 6 pins), the telemechanical combined floodgate input terminal f1 and telemechanical separating brake input terminal f2 are separately connected Two keys (S1, S2) of STM8S003F) No. 11, No. 12 pins of (U2), the local input module g are separately connected STM8S003F(U2 No. 15, No. 16 pins).

The single-chip microcontroller STM8S003F(U2) it is also connected with ISP debugging interface P4 and TRX debugging interface P3, the ISP Debugging interface P4 connection STM8S003F(U2) No. 18, No. 4 pins, the TRX debugging interface (P3) connects STM8S003F (U2) No. 3, No. 1 pin.

Two relays (K1, K2) of the relay module c connect same six end with the input terminal of rectification module a Interface P1.

The telemechanical separating brake input terminal f1 connect STM8S003F(U2 with telemechanical combined floodgate input terminal f2) No. 11, No. 12 Pin is provided with 22K pull-up resistor (R14, R15).

More preferably, the indicating module d further includes separating brake output indication LED (D9) and output indication LED of closing a floodgate (D13), it is separately connected the pin of single-chip microcontroller U2 two relays (K1, K2) of connection.

The working principle of the invention is: P1 terminal 1,2 of the invention accesses power supply 220V, filters by diode commutation capacitor Wave chip LNK304P transformation is powered to 12V and relay, and 12V is through 78L05 pressure stabilizing to VCC5V and remote control reception RXB8 and monolithic Machine STM8S003F power supply makes its normal work.

Entering after P2 terminal 2,3 accesses telemechanical sub-gate signal through 12 feet of single-chip microcontroller STM8S003F, 19 feet go out after operation, Export separating brake relay K1 movement by P1 terminal 3,4.

Entering after P2 terminal 1,3 accesses telemechanical switching signal through 11 feet of single-chip microcontroller STM8S003F, 20 feet go out after operation, Export closing relay K2 movement by P1 terminal 5,6.

Enter after remote control issues sub-gate signal through 1 foot of remote control reception RXB8, goes out after operation through 5 feet, into single-chip microcontroller 17 feet of STM8S003F enter, and 19 feet go out after operation, export separating brake relay K1 movement by P1 terminal 3,4.

Enter after remote control issues switching signal through 1 foot of remote control reception RXB8,5 feet go out after operation, into single-chip microcontroller 17 feet of STM8S003F enter, and 20 feet go out after operation, export closing relay K2 movement by P1 terminal 5,6.

Controller makes: its remote control is not worked by shielding after accessing telemechanical sub-gate signal；Believe when access telemechanical closes a floodgate Its remote control can division movement after number.

Embodiment of the present invention is only the description carried out to the preferred embodiment of the present invention, not to the present invention Conception and scope is defined, and under the premise of not departing from design philosophy of the present invention, engineers and technicians are to this hair in this field The all variations and modifications that bright technical solution is made should all fall into protection scope of the present invention, the claimed skill of the present invention Art content, is all described in the claims.

Claims (6)

1. a kind of take control switch double control modules, it is characterised in that: including rectification module, MCU module, relay module, instruction Module, wireless input module, telemechanical input module, local input module and remote controler, the input terminal connection of the rectification module Alternating current, output end connection MCU module, wireless input module simultaneously provide electric energy for it, are also connected with relay module, the relay Module includes the relay of two 12V/30A, and input terminal is all connected with MCU module, and output end connects the internal circuit of power consumer, The MCU module includes single-chip microcontroller, and the indicating module includes the LED of two connection single-chip microcontrollers, and respectively telemechanical separating brake indicates LED and telemechanical combined floodgate indication LED, the local input module includes the key of two connection single-chip microcontrollers, described to be wirelessly input to mould Block and remote controler match, and connect single-chip microcontroller, and the telemechanical input module includes the signal wire of two connection single-chip microcontrollers, respectively Telemechanical combined floodgate input terminal and telemechanical separating brake input terminal, are provided with control between the telemechanical input module and wireless input module Device.

2. according to claim 1 take control switch double control modules, it is characterised in that: the single-chip microcontroller is STM8S003F, the output end output 12V DC electricity of the rectification module, is drawn by the power supply that voltage regulator circuit connects STM8S003F The power pins of foot and wireless input module, the voltage regulator circuit include voltage-stablizer 78L05, by 12V DC electricity pressure stabilizing to 5V, institute No. 17 pins that wireless input module includes the wireless superheterodyne reception module end RXB8, DAT connection STM8S003F are stated, it is described The input terminal of two relays is separately connected No. 19 of STM8S003F, No. 20 pins, two LED's in the indicating module Anode is separately connected No. 5 of STM8S003F, No. 6 pins, and the telemechanical combined floodgate input terminal and telemechanical separating brake input terminal are separately connected No. 11, No. 12 pins of STM8S003F, two keys of the local input module are separately connected No. 15 of STM8S003F, 16 Number pin.

3. according to claim 2 take control switch double control modules, it is characterised in that: the single-chip microcontroller STM8S003F It is also connected with ISP debugging interface and TRX debugging interface, the ISP debugging interface connects No. 18, No. 4 pins of STM8S003F, No. 3, No. 1 pin of the TRX debugging interface connection STM8S003F.

4. according to claim 2 take control switch double control modules, it is characterised in that: two of the relay module The input terminal of relay and rectification module connects same six end interface.

5. according to claim 2 take control switch double control modules, it is characterised in that: the telemechanical separating brake input terminal with Telemechanical combined floodgate input terminal connection No. 11 of STM8S003F, No. 12 pins are provided with 22K pull-up resistor.

6. according to claim 2 take control switch double control modules, it is characterised in that: the indicating module further includes point Lock exports indication LED and output indication LED of closing a floodgate, and is separately connected the pin that two relays are connected on single-chip microcontroller.