Household remote control help system

Abstract

The utility model relates to a home remote control help system. The technical problems that an existing help-seeking system cannot actively make a call to inform children of danger and cannot actively make a call 120 to request assistance are mainly solved. According to the technical scheme, the home remote control help system comprises a wireless landline telephone, a help emitter, a door opening push rod mechanism and a help horn on the outer side of a door. The help-seeking emitter comprises an emitting bracelet and a magnetic ring, the magnetic ring is formed by embedding a decorative part on the side surface of a ring body and embedding a strong magnet on the side surface of the ring body opposite to the decorative part, and after the strong magnet is in contact with the emitting bracelet for several seconds, the emitting bracelet emits radio waves to the wireless telephone landline; after receiving the radio wave signal, the wireless landline telephone can automatically dial a child telephone or a 120 telephone to call for help, control the door opening push rod mechanism to automatically open a door and request a neighbor for help through a help-calling horn on the outer side of the door.

Description

Technical Field

[0001] The utility model relates to a help-seeking system, in particular to a home remote control help-seeking system. Background Art

[0002] In order to solve the technical problem that elderly people living alone in multiple environments cannot call for help or receive assistance in time due to sudden illness, the prior Chinese patent 2020200415655 discloses a remote control help device, including a help transmitter and a help receiver. The help transmitter includes a bracelet and a magnetic ring. The bracelet is equipped with a flat box body, and the transmitting chip is installed in the flat box body. A membrane switch is provided on the flat box body. An LED light observation hole and a charging hole are provided under the membrane switch. Four reed switches (a kind of magnetic switch) are distributed around the transmitting chip, and the four reed switches are connected to the transmitting circuit in parallel. The opening or closing of the reed switch controls the power supply of the transmitting chip to be turned on or off. When any of the four reed switches is turned on, the transmitting chip will work and emit radio waves. In order to increase the transmission distance, a transmitting antenna is embedded in the ring band of the bracelet and connected to the transmitting antenna welding point of the box body. There are three types of receivers for help. The first type is a receiver for carrying outside, which includes a flat cylindrical box body, a speaker placed in the flat cylindrical box body, an eight-shaped clamping foot fixed on the flat cylindrical box body, a storage tube fixed in the eight-shaped clamping foot, a sound-permeable plate on the open side of the box body, and a fixing pin on the closed side of the box body, which is fixed to the top through a spring clamp, and an audio line is connected to the spring clamp, and the other end of the audio line is connected to the audio output end of the "basic receiving circuit", and the fixing pin is connected to the speaker through a wire. The storage tube contains first aid medicine and a patient information strip. The storage tube cover is in the shape of a thumbtack, and the patient information strip can be wrapped around the nail rod. The second kind of help receiver is a door push rod help receiver, which includes a door push rod device on the inside of the door and a help horn on the outside of the door. The door push rod device includes a push rod mechanism located above the door handle on the inside of the door. The push rod mechanism includes a fixing plate, which is fixed to the door panel by screws. A push rod motor is installed on the fixing plate. The push rod motor is connected to the push rod. The push rod extends from the push rod housing to press the door handle to open the door. The push rod motor is connected to the return light and the push rod reset switch by wires. The push rod reset switch is fixed to the door panel by screws. The push rod reset switch is connected to the door push rod device control circuit by wires. The audio wire of the receiver is connected to the horn. The third kind of help receiver is a telephone voice help receiver, which includes a housing, and the housing is provided with a power supply E 1 The bottom side of the shell is provided with an anti-slip groove, in which the medical insurance card and the medical record card are placed and fixed by an elastic band. However, the above patent has a defect that the user cannot take the initiative to call the children to report the danger or take the initiative to call 120 for assistance. Summary of the invention

[0003] The utility model aims to provide a home remote control help system when an elderly person living alone suffers from a sudden illness, mainly to solve the technical problem that the existing help system cannot actively call children to report the danger or actively call 120 to request assistance.

[0004] The technical solution of the utility model is: a home remote control help system, including a wireless telephone base, a help transmitter and a door push rod mechanism and a distress horn on the outside of the door; the help transmitter includes a transmitting bracelet and a magnetic ring, the magnetic ring is a decorative piece embedded on the side of the ring ring, and a strong magnet is embedded on the side of the ring ring opposite to the decorative piece. When the strong magnet contacts the transmitting bracelet for a few seconds, the transmitting bracelet sends radio waves to the wireless telephone base, and the wireless telephone base can automatically call children's phones or call 120 for help after receiving the radio wave signal, control the door push rod mechanism to automatically open the door and request help from neighbors through the distress horn outside the door.

[0005] The strong magnet is square, rectangular or circular; the transmitting bracelet transmits radio waves via a magnetic switch; and the magnetic switch is a normally open reed switch.

[0006] The wireless telephone landline includes a Zhongnuo W568 mobile phone, a power socket required for a push rod motor is added to one side of the original antenna of the casing, a pull rod antenna of a receiving module is added to the side opposite to the original antenna, a four-port external charging socket is added to the rear end face of the casing, a plurality of rear speaker sound holes are provided on the casing on one side of the charging socket, a speaker front sound hole is provided on the casing surface where the handle is placed, and an audio output jack for a distress speaker is provided on the left side of the top of the casing. Inside the casing, a supplementary power lithium battery is provided on one side of the original speaker fixing box, three series-connected lithium battery packs are provided above the supplementary power lithium battery and near the original telephone battery box, a newly added printed circuit board and board box are provided below the original telephone battery box, and an audio output speaker is provided below the board box.

[0007] After the positive pole of the lithium battery E0 of the Zhongnuo W568 mobile phone control circuit Te is disconnected, one end is connected to the front end P1 of the button switch K, and the other end is connected to the rear end P2 of the button switch K. The device can be turned on only when the button switch K is closed. The Zhongnuo W568 mobile phone control circuit Te is connected to a 4V power supply E1, and the button switch K is connected to the pin 1 of the receiving module J06. Three lines are connected in parallel between the pins 1 and 2 of the receiving module J06, which are a series resistor R1 and a light-emitting diode D1, a capacitor C1, and a voltage regulator D2. After the pin 3 of the receiving module J06 is connected to the resistor R2, the base of the transistor T is connected. The collector of the transistor T is connected to the relay J1, the rear end P2 of the button switch K is connected to the contact J1-1, and then connected to the three recording and playback modules J10, J20, and J30. The lead-out line interface Z1 of the Zhongnuo W568 mobile phone control circuit Te and the lead-out line interface Z2 of the newly added 12V control circuit (newly added printed circuit board) form a four-way plug interface, which is connected to the external charging power supply. The lead-out line of Z2 is respectively connected to the 12V power supply E2 and the switch K is connected to the power output socket Z4 of the automatic door opening circuit. The front end lead-out line of the contact J1-2 is connected to the power output socket Z4 of the automatic door opening circuit. The switch K of the newly added 12V control circuit and the button switch K are interlocking switches. The newly added 12V control circuit consists of five parts, namely, relay J3 with parallel diode D5 for "SOS help" or "one-touch" dialing; delayed disconnection component M1; delayed disconnection component M2; audio power amplifier component M3; push rod switch door component U; the first four components are connected in parallel in the newly added 12V control circuit and connected to the power output socket Z4, and the push rod switch door component U is also connected to the power output socket Z4; contact J1-2 is connected between the delayed disconnection component M1 and the delayed disconnection component M2.

[0008] The transmitting wristband, its transmitting circuit includes a transmitting chip RF112B, its end 1 is connected to the capacitor C1, the end 2 is connected to the capacitor C2 and then connected in series with the inductor L2 and then connected to the transmitting antenna Q1, one end of the inductor L1 is connected between the capacitor C2 and the end 2, the other end of the inductor L1 is connected to the three parallel voltage-stabilizing diode groups D1, D2, D3 and the middle point of the switch K3, one end of the light-emitting diode D4 is connected to the voltage-stabilizing diode group D1, D2, D3, the other end of the light-emitting diode D4 is connected to the end 1, the switch K 1 is connected to the charging module XKTR03, and the charging module XKTR03 is connected to the diode D5 and then to the charger induction heads C3 and H. The charging module XKTR03 is connected in parallel with the button battery group E1 and E2; the charging module XKTR03 is connected with the charging holes Z5 and Z6, and the end 7 is connected to the resistor R and then connected to the normally open contact group K2-1, K2-2, K2-3, K2-4 of the four parallel reed switches. The end 8 is connected in series with the filter capacitor C1 and then connected to the charging module XKTR03.

[0009] Beneficial effects of the utility model: Based on the original patent 2020200415655, the utility model utilizes the few seconds when the elderly are conscious when they have a sudden illness, and contacts the transmitting bracelet through the ring magnet to send a radio signal that is received by the newly added signal receiving circuit of the wireless telephone landline. After receiving the signal, the wireless telephone landline can automatically call the children's phone or call 120 for help. The door push rod call receiver of the newly added signal receiving control circuit can automatically open the door and request help from neighbors through the speaker after receiving the signal. The utility model also improves the transmitting circuit of the transmitting bracelet of patent 2020200415655. The light-emitting diode D4 emits bright light at a full charge of 4V and completely extinguishes at 3V. The light-emitting diode D4 is powered by three 4.3V voltage regulator diodes in parallel. The light-emitting diode D4 is set on the front of the bracelet and can be seen at any time. When in use, it will achieve an effect from bright to gradually dim, which is convenient for the elderly to observe. BRIEF DESCRIPTION OF THE DRAWINGS

[0010] Figure 1 This is a simplified diagram of the system structure of the utility model.

[0011] Figure 2 This is the circuit control diagram of a wireless telephone landline.

[0012] Figure 3 This is the main view of the wireless telephone base.

[0013] Figure 4 This is a left side view of a wireless telephone base unit.

[0014] Figure 5 This is a right side view of the wireless telephone base unit.

[0015] Figure 6 A bottom view of a wireless telephone base unit.

[0016] Figure 7 A top view of a wireless telephone.

[0017] Figure 8 This is a diagram showing the layout of components inside a wireless telephone base unit case.

[0018] Fig. 9 Transmitter bracelet circuit control diagram.

[0019] In the figure: 1- wireless telephone base, 101- housing, 102- original antenna, 103- push rod motor output power socket, 104- pull rod antenna of receiving module, 105- external charging socket, 106- rear sound outlet of speaker, 107- front sound outlet of speaker, 108- supplementary power lithium battery, 109- lithium battery pack, 110- newly added printed circuit board, 111- audio output speaker, 112- audio output jack of distress speaker, 113- original speaker fixing box; 2- door opening push rod mechanism, 3- distress speaker, 4- transmitting bracelet, 5- magnetic ring, 51- decorative part, 52- strong magnet. DETAILED DESCRIPTION

[0020] Reference Figure 1 , a home remote control help system, including a wireless telephone landline 1, a help transmitter and a door push rod mechanism 2 and a call for help horn 3 outside the door; the help transmitter includes a transmitting bracelet 4 and a magnetic ring 5, the magnetic ring 5 is a decorative piece 51 such as a gem inlaid on the side of the ring ring, and a strong magnet 52 is inlaid on the side of the ring ring opposite the gem, and the strong magnet 52 is square, rectangular or round. After the strong magnet 52 contacts the transmitting bracelet 4 for a few seconds, the transmitting bracelet 4 sends radio waves to the wireless telephone landline 1. After receiving the signal, the wireless telephone landline can automatically call the children's phone or call 120 for help, control the door push rod mechanism 2 to automatically open the door and request help from neighbors through the call for help horn 3 outside the door. The door push rod mechanism 2 is the same as patent 2020200415655. The transmitting bracelet transmits radio waves through a magnetic switch; the magnetic switch is a normally open reed switch.

[0021] Reference Figure 3-8 The wireless telephone base unit 1 includes a Zhongnuo W568 mobile phone, a power socket 103 required for a push rod motor is added to one side of the original antenna 102 of the housing 101, a rod antenna 104 of a receiving module is added to the opposite side of the original antenna 102, a four-port external charging socket 105 is added to the rear end face of the housing 1, a plurality of speaker rear sound holes 106 are provided on the housing on one side of the charging socket, a speaker front sound hole 107 is provided on the housing surface where the handle is placed, and an audio output jack 112 for a distress speaker is provided on the left side of the top of the housing. Inside the housing 1, a supplementary power lithium battery 108 is provided on one side of the original speaker fixing box 113, three series-connected lithium battery packs 109 are provided above the supplementary power lithium battery and near the original phone battery box, a newly added printed circuit board 110 and a board box are provided below the original phone battery box, and an audio output speaker 111 is provided below the board box.

[0022] Reference Figure 2After the positive pole of the lithium battery E0 of the Zhongnuo W568 mobile phone control circuit Te is disconnected, one end is connected to the front end P1 of the button switch K, and the other end is connected to the rear end P2 of the button switch K. The Zhongnuo W568 mobile phone control circuit Te is connected to a 4V power supply E1, and the button switch K is connected to the pin 1 of the receiving module J06. A series resistor R1 and a light-emitting diode D1, a capacitor C1 and a voltage regulator D2 are connected in parallel between the pins 1 and 2 of the receiving module J06. It is also connected in parallel between pin 1 and pin 2 of the receiving module J06. After the pin 3 of the receiving module J06 is connected to the resistor R2, the base of the transistor T is connected. The collector of the transistor T is connected to the relay J1. The relay J1 is connected in parallel with a freewheeling diode D3. The rear end P2 of the button switch K is connected to the contact J1-1, and then three recording and playback modules J10, J20, and J30 are connected. The Zhongnuo W568 mobile phone control circuit Te leads to the line interface Z1 and the newly added 12V control circuit (newly added printed circuit The lead-out line interface Z2 of the board) forms a four-way plug interface, which is connected to an external charging power supply. The lead-out lines of Z2 are respectively connected to the 12V power supply E2 and the switch K to connect to the power output socket Z4 of the automatic door opening circuit. The front lead-out line of the contact J1-2 is connected to the power output socket Z4 of the automatic door opening circuit. The lead-out line of Z2 is connected to the 12V power supply E2 and then connected to the power output socket Z4 of the automatic door opening circuit. The switch K of the newly added 12V control circuit and the button switch K are linked switches. The newly added 12V control circuit consists of five parts, namely, the relay J3 of the parallel diode D5 for "SOS help" dialing; the delayed disconnection component M1; the delayed disconnection component M2; the audio power amplifier component M3; the push rod switch door component U; the first four components are connected in parallel in the newly added 12V control circuit and connected to the power output socket Z4, and the push rod switch door component U is also connected to the power output socket Z4; the contact J1-2 is connected between the delayed disconnection component M1 and the delayed disconnection component M2. When switch K is closed, the front end P1 and the rear end P2 of the button switch K are connected, and the standby key on the telephone panel is turned on, and the telephone is in the "on" state. Since the button switch K is closed, the delayed disconnection component M1 makes the relay J2 work 20 seconds after the "on", so the standby key circuit is disconnected and the telephone is in the "standby" state. In an emergency, the contact J1-2 is closed, the relay J3 is energized and attracted, and its contact J3-2 is closed, the "SOS help" circuit is closed, and the telephone dials the preset number. The audio power amplifier component M3 is supplied with sound source by the recording and playback module J10, and is amplified by the LM386 integrated block and capacitors C8 and C9 and then transmitted to the emergency speaker outside the door through the connector Z3. Since the contact J1-2 is closed, the 12V voltage is sent to the S end of the forward and reverse switch K1 through the middle end of the power output socket Z4. The forward and reverse switch K1 is a non-self-locking six-pin button switch. When there is electricity at the S end, the motor M rotates forward, the push rod extends, and the door is opened. After the door is fully opened, the motor stops automatically.After the rescue is completed, just turn off the button switch K, and then turn on the button switch K again. At this time, there is no electricity at the S end of the forward and reverse switch K1. Press the forward and reverse switch K1, the middle end of the forward and reverse switch K1 is connected to the lower end F, the motor M reverses, the push rod is retracted, and it stops automatically after reaching the top.

[0023] Reference Fig. 9 The transmitting bracelet has a transmitting circuit including a transmitting chip RF112B, whose end 1 is connected to the capacitor C1, and the end 2 is connected to the capacitor C2 and then connected in series with the inductor L2 and then connected to the transmitting antenna Q1. One end of the inductor L1 is connected between the capacitor C2 and the end 2, and the other end of the inductor L1 is connected to the three parallel voltage-stabilizing diode groups D1, D2, and D3 and the middle point of the switch K3. One end of the light-emitting diode D4 is connected to the voltage-stabilizing diode group D1, D2, and D3, and the other end of the light-emitting diode D4 is connected to the end 1, the switch K1 is connected to the charging module XKTR03, the charging module XKTR03 is connected to the diode D5 and then to the charger induction heads C3 and H, the charging module XKTR03 is connected in parallel with the button battery pack E1 and E2; the charging module XKTR03 is connected with the charging holes Z5 and Z6, the terminal 7 is connected to the resistor R and then to the normally open contact group K2-1, K2-2, K2-3, K2-4 of the four parallel reed switches, the terminal 8 is connected in series with the filter capacitor C1 and then connected to the charging module XKTR03.

[0024] When an elderly person dies suddenly, within a few seconds of being conscious, he only needs to grab the wrist of his other hand with one hand, that is, the magnet surface of the ring on one hand fits with the transmitting bracelet on the other hand, and the normally open contact of the reed switch in the transmitting bracelet will immediately close, and the transmitting chip RF112B will be energized. The characteristic of the transmitting chip RF112B is that it has a wake-up time of more than 2 seconds before transmission. It must be energized for more than 2 seconds before it will send out a radio signal. This can avoid the possibility of malfunction caused by the ring accidentally passing over the transmitting bracelet in daily life. After the transmitting chip RF112B sends a signal, see Figure 2, contact J1-2 is closed, S end is energized, motor M rotates forward, and push rod extends to open the door. When closing the rod, just turn off the button switch K, turn on the button switch K, and then press the forward and reverse switch K1. At this time, the middle end is connected to the lower end F, the motor reverses, and the push rod is retracted. After the push rod is fully retracted, the motor M automatically stops and the rod is closed. When the entrance door is a smart door lock, the S end and F end output of the power output socket Z4 can be selected as the power supply for the door opening actuator. After receiving the signal of the transmitting chip RF112B, the pin 3 of the receiving module J06 outputs a voltage close to 4V, which is connected to the base of the transistor T through the resistor R2 current limiting. The transistor is turned on, and the relay J1 is pulled in. D3 is the freewheeling diode of J1. The receiving module J06 and the transmitting chip RF112B are matched through the learning code to achieve 1 to 1 control. The pin 7 of the receiving module J06 is the matching switch end. When matching is required, it can be matched by touching it with the ground. After relay J1 is turned on, contact J1-1 is closed, and the three recording and playback modules L12M behind it are powered and work, and the content they output is all pre-recorded audio. Recording and playback module J10 corresponds to the loudspeaker on the door for shouting, and its output signal is output to the LM386 integrated block through A and B and then amplified and output. Recording and playback module J20 is a reminder for 120 ambulance personnel to enter the room, and it sounds through the speaker L set inside the phone. Recording and playback module J30 is for automatically dialing out and playing voice to the other party after the call is connected. The above voices are all played in a loop until the phone is turned off.

[0025] The 12V power supply E2 added to the Zhongnuo W568 mobile phone has three purposes: 1: to provide power for the push rod motor; 2: to provide audio power amplification for the door distress speaker; 3: to simulate manual operation to make a call. The manual dialing of the Zhongnuo W568 mobile phone has three steps: power on-standby-dial. When the phone is turned on, press the standby button, the screen lights up, the power-on music sounds, and the screen displays words such as "network search". After stabilization, release the finger to complete the power-on-standby step. The completion of this process is to close the button switch K, P1 and P2 are connected, and the Zhongnuo W568 mobile phone control circuit Te has electricity. In the external circuit of the button switch K of the Zhongnuo W568 mobile phone, the contact J2-2 is a normally closed contact, completing the power-on-standby process. On the other hand, when the button switch K is closed, the delayed disconnection component M1 causes the relay J2 to close after 20 seconds, disconnecting the external circuit of the button switch K, simulating the action of releasing the finger from the standby button. Simulation dialing is completed: in an emergency, contact J1-2 is connected, relay J3 is energized, relay J3-2 of the "SOS rescue" external circuit is energized, the circuit is turned on, and the call is dialed immediately. Since the delayed disconnection component M2 causes relay J4 to energize 20 seconds after the call is dialed, relay J4-2 in the "SOS rescue" external circuit is disconnected, thus simulating a finger releasing the "SOS rescue" button.

[0026] The utility model has two ways of calling for help. One is to automatically open the door and call for help from neighbors, which is the same as Patent 2020200415655.

[0027] The second method is to automatically dial the phone of children or relatives. After the call is connected, the recording and playback module J30 will play the pre-recorded content: "I am **, I am in trouble, please come quickly and contact 120 to save me, the door is open". You can also set the automatic dialing call directly to 120, and the voice of the recording and playback module J30 can be set to: "I am an elderly person living alone in ** Room, ** Road, ** District, I am having a heart attack now, please come and save me, the door is open". When the 120 ambulance personnel enter the room, the recording and playback module J20 in the wireless telephone landline will repeatedly remind the 120 ambulance personnel through the speaker: "The medical record card is on the phone, please take it with you when you leave."

Claims

1. A home remote control assistance system, characterized by: The invention comprises a wireless telephone base unit, a help transmitter, a door push rod mechanism and a distress horn on the outside of the door; the help transmitter comprises a transmitting bracelet and a magnetic ring, the magnetic ring is a decorative piece inlaid on the side of the ring, and a strong magnet is inlaid on the side of the ring opposite to the decorative piece. When the strong magnet contacts the transmitting bracelet for a few seconds, the transmitting bracelet sends radio waves to the wireless telephone base unit. After receiving the radio wave signal, the wireless telephone base unit can automatically call the children's phone or call 120 for help, control the door push rod mechanism to automatically open the door, and ask for help from neighbors through the distress horn on the outside of the door.

2. The home remote control assistance system according to claim 1, characterized in that: The wireless telephone landline includes a Zhongnuo W568 mobile phone, a power socket required for a push rod motor is added to one side of the original antenna of the casing, a pull-rod antenna of a receiving module is added to the side opposite to the original antenna, a four-port external charging socket is added to the rear end face of the casing, a plurality of rear speaker sound holes are provided on the casing on one side of the charging socket, a front speaker sound hole is provided on the casing surface where the handle is placed, and an audio output jack for a distress speaker is provided on the left side of the top of the casing; inside the casing, a supplementary power lithium battery is provided on one side of the original speaker fixing box, three lithium battery packs connected in series are provided above the supplementary power lithium battery and close to the original phone battery box, a newly added printed circuit board and board box are provided below the original phone battery box, and an audio output speaker is provided below the board box.

3. The home remote control assistance system according to claim 2, characterized in that: After the positive pole of the lithium battery E0 of the Zhongnuo W568 mobile phone control circuit Te is disconnected, one end is connected to the front end P1 of the button switch K, and the other end is connected to the rear end P2 of the button switch K. The device can be turned on only when the button switch K is closed. The Zhongnuo W568 mobile phone control circuit Te is connected to a 4V power supply E1, and the button switch K is connected to the pin 1 of the receiving module J06. Three lines are connected in parallel between the pins 1 and 2 of the receiving module J06, which are a series resistor R1 and a light-emitting diode D1, a capacitor C1, and a voltage regulator D2. After the pin 3 of the receiving module J06 is connected to the resistor R2, the base of the transistor T is connected, and the collector of the transistor T is connected to the relay J1. The rear end P2 of the button switch K is connected to the contact J1-1, and then three recording and playback modules J10, J20, and J30 are connected. The Zhongnuo W568 mobile phone control circuit Te leads out the line interface Z1 and the newly added 12V control circuit leads out The line interface Z2 is composed of a four-way plug interface, which is connected to an external charging power supply. The Z2 lead-out lines are respectively connected to the 12V power supply E2 and the switch K is connected to the power output socket Z4 of the automatic door opening circuit. The front end lead-out line of the contact J1-2 is connected to the power output socket Z4 of the automatic door opening circuit; the switch K of the newly added 12V control circuit and the button switch K are linked switches. The newly added 12V control circuit is composed of five parts, namely, the relay J3 with a parallel diode D5 for "SOS help" or "one-touch" dialing; the delayed disconnection component M1; the delayed disconnection component M2; the audio power amplifier component M3; the push rod switch door component U; the first four components are connected in parallel in the newly added 12V control circuit and connected to the power output socket Z4, and the push rod switch door component U is also connected to the power output socket Z4; the contact J1-2 is connected between the delayed disconnection component M1 and the delayed disconnection component M2.

4. The home remote control assistance system according to claim 1, characterized in that: The transmitting wristband, its transmitting circuit includes a transmitting chip RF112B, its end 1 is connected to the capacitor C1, the end 2 is connected to the capacitor C2 and then connected in series with the inductor L2 and then connected to the transmitting antenna Q1, one end of the inductor L1 is connected between the capacitor C2 and the end 2, the other end of the inductor L1 is connected to the three parallel voltage-stabilizing diode groups D1, D2, D3 and the middle point of the switch K3, one end of the light-emitting diode D4 is connected to the voltage-stabilizing diode group D1, D2, D3, the other end of the light-emitting diode D4 is connected to the end 1, the switch K 1 is connected to the charging module XKTR03, and the charging module XKTR03 is connected to the diode D5 and then to the charger induction heads C3 and H. The charging module XKTR03 is connected in parallel with the button battery group E1 and E2; the charging module XKTR03 is connected with the charging holes Z5 and Z6, and the end 7 is connected to the resistor R and then connected to the normally open contact group K2-1, K2-2, K2-3, K2-4 of the four parallel reed switches. The end 8 is connected in series with the filter capacitor C1 and then connected to the charging module XKTR03.

5. The home remote control assistance system according to claim 1, characterized in that: The strong magnet is square, rectangular or circular.

6. The home remote control assistance system according to claim 1, characterized in that: The transmitting bracelet transmits radio waves through a magnetic switch.

7. The home remote control assistance system according to claim 6, characterized in that: The magnetic switch is a normally open reed switch.

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