AU2021100022A4 - Small Portable & Low Cost Electric Appliance Control System without Arduino Uno - Google Patents

Small Portable & Low Cost Electric Appliance Control System without Arduino Uno Download PDF

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Publication number
AU2021100022A4
AU2021100022A4 AU2021100022A AU2021100022A AU2021100022A4 AU 2021100022 A4 AU2021100022 A4 AU 2021100022A4 AU 2021100022 A AU2021100022 A AU 2021100022A AU 2021100022 A AU2021100022 A AU 2021100022A AU 2021100022 A4 AU2021100022 A4 AU 2021100022A4
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AU
Australia
Prior art keywords
control
pin
arduino uno
added
home
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Ceased
Application number
AU2021100022A
Inventor
Mohd Abdul Ahad
Puja Das
Ravi Kumar Goyal
Mohammad Israr
Asik Rahaman Jamader
Sameena Naaz
Md Tabrez Nafis
Md Shibli Rahmani
Samar Wazir
Gun Sagar Yadav
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Ahad Mohd Abdul Dr
Naaz Sameena Dr
Nafis Md Tabrez Dr
Rahmani Md Shibli Dr
Wazir Samar Dr
Original Assignee
Ahad Mohd Abdul Dr
Israr Mohammad Dr
Naaz Sameena Dr
Nafis Md Tabrez Dr
Rahmani Md Shibli Dr
Wazir Samar Dr
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Application filed by Ahad Mohd Abdul Dr, Israr Mohammad Dr, Naaz Sameena Dr, Nafis Md Tabrez Dr, Rahmani Md Shibli Dr, Wazir Samar Dr filed Critical Ahad Mohd Abdul Dr
Priority to AU2021100022A priority Critical patent/AU2021100022A4/en
Application granted granted Critical
Publication of AU2021100022A4 publication Critical patent/AU2021100022A4/en
Ceased legal-status Critical Current
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    • GPHYSICS
    • G05CONTROLLING; REGULATING
    • G05BCONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
    • G05B15/00Systems controlled by a computer
    • G05B15/02Systems controlled by a computer electric
    • GPHYSICS
    • G08SIGNALLING
    • G08CTRANSMISSION SYSTEMS FOR MEASURED VALUES, CONTROL OR SIMILAR SIGNALS
    • G08C23/00Non-electrical signal transmission systems, e.g. optical systems
    • G08C23/04Non-electrical signal transmission systems, e.g. optical systems using light waves, e.g. infrared

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  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • Engineering & Computer Science (AREA)
  • General Engineering & Computer Science (AREA)
  • Automation & Control Theory (AREA)
  • Selective Calling Equipment (AREA)

Abstract

Small Portable & Low Cost Electric Appliance Control System without Arduino Uno Home appliance control without normal switch, adding circuit framework and technique using sensor and remote run the operation successfully. The framework by and large incorporates one remote controllers and the little convenient and minimal effort gadget, a majority of apparatuses including electric-based related control driven gadgets, and related without utilizing any programming and Arduino Uno too, in this gadgets. Different strategies for control and activity of apparatuses in the electric-based home control and circuit based, used sensor climate are revealed. In particular, techniques and special plan are uncovered which empower progressed home control highlights without Arduino Uno and programming to run the activity. 200 2206 Figure No. 3

Description

2206
Figure No. 3
TITLE OF THE INNOVATION
Small Portable & Low Cost Electric Appliance Control System without Arduino Uno
FIELD OF THE INNOVATION
This innovation relates to a Small Portable & Low Cost Electric Appliance Control System without Arduino Uno.
BACKGROUND OF THE INNOVATION
[0001] Electrical switches are utilized to play out all the electrical capacities. From a fan to the bulb, each electrical gear we use in our everyday life is pointless without a switch! A switch is intended to break or make the progression of availability in the electronic circuit naturally or physically. There are numerous kinds of electric switches accessible in the commercial center and the working standard of the switch relies upon the ON/OFF system. From secluded touch changes to divider switches, there are various kinds of switches implied for various applications. It is imperative to understand what switch is required for before settling on a buying choice.
[0002] A wall switch is one of the most common switches that is used in residential and commercial buildings for lighting control. These switches are mechanical switches, specifically designed to operate on line voltage and fit inside standard electrical boxes. The key specifications of this switch-type include combination device function, actuator type, and additional switch functions such as dimmer control, fan speed control, or timer-based switching.
[0003] Anchor offers a wide range of switches in different colours combinations (i.e. golden, silver, orange, green, yellow, etc.), styles, finishes, trend, and appeal so that every application and sector can be graciously served. With several brands like Roma, Rider, Penta, Woods, etc., Anchor has hallmarked its position straight to the heart of the nation. To get a variety of options in modular wall switches, check out Roma - one of India's largest selling modular switches that come in various colours, textures, and finishes to perfectly blend with any home decor. It assures enhanced safety, robust functionality and long operational life.
[0004] Particular touch switches have re-imagined the idea of conventional and antiquated switches. These sorts of switches are stylishly planned and guarantee comfort with style to the client. Getting famous as a shrewd home arrangement, these switches not just let you control your machines with one touch yet in addition give that tasteful allure needed to a millennial way of life. You can look at Roma Smart Digital Switches. These switches are distant IR control and a plume contact board. You can likewise make the light setting according to your decision and your temperament. It likewise accompanies the choice of Phase Dimming control with the goal that the light splendor can be changed according to your benefit. The thin and smooth plan alongside the simple establishment does this Roma switch an ideal classification.
[0005] additionally alluded to as Push Switches, these switches are hand-worked electro mechanical gadgets utilized for exchanging circuits. They are the most widely recognized assortment of switch utilized in modern control boards. The 30 mm cut-out is a typical modem size. Unmistakably utilized for modem controls and applications, these switches are accessible in an assortment of shapes and styles to cover practically any manual control situations.
[0006] these switches are otherwise called a solitary post electric switch. They are impelled by a switch which is pushed through a little bend. Moving the switch to and fro opens and shuts an electrical circuit, while the switch position gives a brisk representation of the circuit status. Key determinations incorporate single-toss or twofold toss exchanging capacity, 1-hub, 2-hub, or 3 pivot setup, or sometimes Omni-directional or joystick switch arrangement, and actuator type. These switches are utilized broadly in hardware boards and instrumentation where a more extensive scope of exchanging capacity is required, for example, in switchboards.
[0007] Dimmer switches help in controlling the power stream across different lighting wellsprings of your home. In a perfect world, dimmer switches are outfitted with the ability to change the voltage limit of any lighting framework so you can turn the light in shifting inconspicuous shades according to your benefit and prerequisite. These switches help you control the power stream across different lighting wellsprings of your home and set aside to 98 percent of your electrical energy. You can likewise observe an immense cut down on your power bill.
[0008] In this patent no. US007136709B2 for the most part, the framework incorporates at least one remote controllers, a majority of machines (counting organization empowered apparatuses and conventional heritage machines in the praiseworthy framework), related control driven gadgets (generally gadgets whose main capacity is giving control based capacities and administrations, including yet not restricted to control cases, control workers, gadget state screens, and so forth) and related substance driven gadgets (by and large gadgets whose boss capacity is giving substance based capacities and administrations, including yet not restricted to content administrators, content workers, content renderers, and so on)
[0009] The patent No. Elaborates US007844353B2 about point of the innovation is to give a correspondence technique that cures the previously mentioned downsides and improves the techniques known from the earlier craftsmanship. Specifically, the innovation proposes a basic technique with which it is conceivable to streamline the control of a situation in the field of the controller of the opening and shutting of openings in a building, while at the same time offering a wide scope of conceivable outcomes. The working technique as indicated by the development is such that control orders are sent specifically as indicated by a situation to the home computerization apparatuses over the equivalent correspondence media by the transfer when the last gets a explicit order sent by the compact controller to the hand-off. Different methods of executing the working strategy are characterized by the needy cases 2 to 8. The home computerization establishment as per the inven tion involves a versatile controller, a transfer and home computerization machines. Probably Some home computerization appliances can get, by remote channel, control orders sent by the compact controller. It contains equipment means and programming implies for actualizing the working strategy. The transfer can include implies for interpreting a particular control order for executing the situation into various control orders for the consideration of the home robotization apparatuses. Where only explain about the relay ,no sensor has used as mentioned on the summary of the invention as well as.\also the drawing and other design are different from the present invention.
[0010] In the patent no. US007812739B2 explain an embodiment of the present invention, there is a single fixed code mode. Alternatively, multiple fixed code modes may be used. The control logic may determine the fixed code channel mode based on the size of the fixed code. The control logic may also determine the channel mode as one of the fixed code modes through guess-and-test user interaction. In another embodiment of the present invention, the system includes a data port for downloading data describing at least one scheme into the memory.
SUMMARY OF INNOVATION:
[0012] In this present invention a sensor based technique used to control the total home appliance using any kind of remote which will help to control all the process while sensor will take the decision and deliver to the device for batter operation. Home appliance control without normal switch, adding circuit framework and technique using sensor and remote run the operation successfully. The framework by and large incorporates one remote controllers and the little convenient and minimal effort gadget, a majority of apparatuses including electric-based related control driven gadgets, and related without utilizing any programming and Arduino Uno too, in this gadgets. Different strategies for control and activity of apparatuses in the electric based home control and circuit based, used sensor climate are revealed.
[0013] In particular, techniques and special plan are uncovered which empower progressed home control highlights without Arduino Uno and programming to run the activity,at first took a Vero Board and added a CD4017 IC after that pin no.16 fixed with the positive connection and in the other part the pin no. 8 fixed with the ground supply.
[0014] By using jumper wires 15 no pin has been added with the pin no. 2 and 13 no. Pin has fixed with 8 no. Pin of the CD4017 IC, after that the A1015transistor fixed with the Vero board and the pin no.
[0015] One of the A1015 transistors is connected with the positive supply, then the IR receiver TSOP4836 added to the Vero board also the pin no. 2 of the IR receiver TSOP4836 has been fixed with the ground supply as well as a 2.2 k resistor connected with the first pin of the IR receiverTSOP4836 and with the A1015 transistor 3'd pin , also a 100 OHM resistor has connected with the 3rd pin of the IR receiverTSOP4836 and first pin of the A1015 transistor and the other point of the resistor connected to the positive supply.
[0016] A 1 k resistor added to the middle pin of the A1015 transistor and with pin no 14 of the CD4017 IC
[0017] A 47UF 25v capacitor used and connected, where its positive pin added to pin no 14 of the CD4017 IC and the negative pin connected with the ground. A 10 k resistor parallel connected as like 47UF 25v capacitor.
[0018] a 6 v relay added to the Vero board and a IN4007 diode also connected with both terminal of the 6v relay as well as after that the C945 transistor connected with the Vero Board and pin no. 1 fixed with the ground and pin no. 2 with the IN4007 diode.
[0019] A 10 k resistor add to Vero board with one pin connected with the pin no. 3 of the C945 transistor and positive (another pin) pin added to the ground.
[0020] A 100 UF 50v capacitor has been connected like where positive pin added C945 transistor 3rd pin and negative pin added to the ground.
[0021] A 10 k resistor added to the CD4017 IC pin no. 3 and another one is added to the C 945transistor 3rd pin. A green LED connected with the Vero board and the negative pin added to the ground and the positive pin connected with a 470 OHM resistor and the other pin added to the 3rd pin of the CD4017 IC as well as.
[ 0022] A red LED connected with the Vero board and cathode of the LED connected with the ground and the anode of the red LED 470 OHM resistor added also the another pin of the 407 OHM resistor connected with the positive supply, here a positive supply added to the cathode of the IN 4007 diode.
BRIEF DESCRIPTION OF THE DRAWINGS:
[0023] FIG. 1 is illustrating the total circuit diagram of the present invention.
[0024] FIG. 2 is illustrating the entire design & point out each and every important things of the present invention.
[0025] FIG. 3 is illustrating a flow diagram & detail elaboration of outer side of the present invention.
DETAILED DESCRIPTION OF THE INNOVATION:
[0026] At first took a Vero Board and added a CD4017 IC 101 after that pin no.16 fixed with the positive connection and in the other part the pin no. 8 fixed with the ground supply. By using jumper wires 15 no pin has been added with the pin no. 2 and 13 no. Pin has fixed with 8 no. Pin of the CD4017 IC, 101, after that the A1015transistor 110 fixed with the Vero board and the pin no. One of the A1015 transistors 110 is connected with the positive supply, then the 108 IR receiverTSOP4836 added to the Vero board also the pin no. 2 of the 108 IR receiverTSOP4836 has been fixed with the ground supply as well as.
[0027] A 2.2 k resistor 109 connected with the first pin of the 108 IR receiverTSOP4836 and with the A1015 transistor 110 ,3d pin , also a 100 OHM resistor 107 has connected with the 3rd pin of the 108 IR receiverTSOP4836 and first pin of the A1015 transistor 110 and the other point of the resistor connected to the positive supply. A 1 k resistor 111 added to the middle pin of the A1015 transistor 110 and with pin no 14 of the CD4017 IC ,101
[0028] A 47UF 25v capacitor 113 used and connected, where its positive pin added to pin no 14 of the CD4017 IC , 101 and the negative pin connected with the ground 105. A 10 k resistor parallel connected as like 47UF 25v capacitor 113. A 6 v relay 116 added to the Vero board and a IN4007 diode 117 also connected with both terminal of the 6v relay as well as.
[0029] After that the C945 transistor 115 connected with the Vero Board and pin no. 1 fixed with the ground 105 and pin no. 2 with the IN4007 diode. A 10 k resistor 120,119 add to Vero board with one pin connected with the pin no. 3 of the C945 transistor 115 and positive (another pin) pin added to the ground 105. A 100 UF 50v capacitor 118 has been connected like where
positive pin added C945 transistor 115, 3'd pin and negative pins added to the ground 105.
[0030] A 10 k resistor 120 added to the CD4017 IC , 101 pin no. 3 and another one is added to the C 945transistor 115, 3 pin. A green LED 103 connected with the Vero board and the negative pin added to the ground 105 and the positive pin connected with a 470 OHM resistor 102 and the other pin added to the 3rd pin of the CD4017 IC , 101 as well as ,a red LED 104 connected with the Vero board and cathode of the LED connected with the ground 105 and the anode of the red LED 104 attach to 470 OHM resistor102 added also the another pin of the 407 OHM resistor 102 connected with the positive supply, here a positive supply added to the cathode of the IN 4007 diode 117.
[0031] In the picture 200 of the Fig. No. 3 explain the outer side of the present invention where a remote control 207 present to deliver the decision of the user to control the electric appliance
, the remote 207 will cover the area 201 to control the same as per the user choice,
[0032] In the picture 200 of the Fig. No. 3 a device picture of the present invention where the outer body of the device 202 made by plastic for low weight and maintain the portable the device size is 3" X 4", in the outside of the device a deliver point 203 present to control the electric appliance and also the outer point 204 present to absorbed the power to run the operation as well as. Here in the device feting 205 has been used to maintain the safe positioned of the device inner side safe also the sensor 206 is in the outside of the device.

Claims (9)

Claims:
1. A low cost, portable device to control the electric home appliance.
2. The device as claimed in claim 1, wherein it is control by any remote control.
3. The device as claimed in claim 1, wherein the outer body is made by plastic and size about 3" X 4", and in the outer side the sensor is present to read the user choice and it will control the electric appliance as per the user choice without any problem.
4. The device as claimed in claim 1, wherein During the operation the one outer point is present to deliver the outsource to control the operation and another outer point is present to absorbed the power.
5. The device as claimed in claim 1, wherein the circuit diagram and assemble of the device is very unique where it is fit to a small plastic box and made as portable,that anywhere can be travelable.
6. The device as claimed in claim 1, wherein a red and a green led used to indicate the operation, where the both LED will indicate the process run smoothly or not.
7. The device as claimed in claim 1, wherein a sensor based device made for easy operation where no Arduino Uno is used ,also there is no programming code to run the process.
8. The device as claimed in claim 1, wherein the device runs by the battery.
9. The device as claimed in claim 1, wherein A 6v relay used to maintain the on off system as well as.
Figure No. 1
Figure No. 2
Figure No. 3
AU2021100022A 2021-01-04 2021-01-04 Small Portable & Low Cost Electric Appliance Control System without Arduino Uno Ceased AU2021100022A4 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
AU2021100022A AU2021100022A4 (en) 2021-01-04 2021-01-04 Small Portable & Low Cost Electric Appliance Control System without Arduino Uno

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
AU2021100022A AU2021100022A4 (en) 2021-01-04 2021-01-04 Small Portable & Low Cost Electric Appliance Control System without Arduino Uno

Publications (1)

Publication Number Publication Date
AU2021100022A4 true AU2021100022A4 (en) 2021-03-18

Family

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Family Applications (1)

Application Number Title Priority Date Filing Date
AU2021100022A Ceased AU2021100022A4 (en) 2021-01-04 2021-01-04 Small Portable & Low Cost Electric Appliance Control System without Arduino Uno

Country Status (1)

Country Link
AU (1) AU2021100022A4 (en)

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