A pigeon droppings cleaning machine using Internet of Things technology.

Abstract

OCR 10KL (21 / 01 / 2569) This invention is a pigeon droppings cleaning machine that uses internet technology. Everything consists of 4 wheels, driven, divided into rear motor gear (7) controlling the wheels (8) number 2 wheels and front wheels rotate independently (9) 2 wheels, controlled for movement in a direction on a flat surface, which Controlled via phone through the IoT system by receiving signals from the motion control (1) at the very front there will be Chemical spray nozzle (10) by pressing the control button via phone through the IoT system once will make the water pump motor (6) The chemical is drawn from tank (11) through the hose (12) to the nozzle (10) by receiving a signal from the board. Control the chemical spray motor (3) When the dirt has softened, the start of the cleaning machine can be controlled. Clean completely by pressing a control button via an IoT phone, which receives signals from the motor control board. The cleaning (2) causes the brush motor (4) underneath the cleaner to operate, which motor (4) 2 The first two machines rotate towards each other, causing the nylon brush (13) attached to the motor shaft (4) to rotate as well, performing the scrubbing. When cleaning the floor, bird droppings or dirt are scrubbed away by swinging the rod through the middle of the surface. The brush motor (4) underneath the 2 cleaning machines, debris and dirt are sucked up. The suction force from the vacuum cleaner motor (14) sucks the dust through the vacuum nozzle (15) and collects it in the vacuum cleaner. (14) The top of the cleaning machine then encounters another mop motor (5) which is rotating, causing The mop cloth (16) attached to the motor shaft (5) rotates to clean and wipe away stains on the floor.

Claims

OCR 10KL (21 / 01 / 2569) 1. A pigeon droppings cleaning machine using Internet of Things technology, consisting of: Motion control board (1) Cleaning motor control board (2) Spraying motor control board Chemicals (3) Floor brush motor (4) Floor scrubber motor (5) Water pump motor (6) Gear motor (7) Wheel (8) Free-rotating wheel (9) Chemical spray nozzle (10) Chemicals from tank (11) Hose (12) Nylon brush (13) Motor Vacuum cleaner (14) Vacuum nozzle (15) Mop cloth (16) 12V.40AH battery (17) It has the following characteristics: The motors in pigeon droppings cleaning machines that require electrical power include the control board. Movement (1) Cleaning motor control board (2) Chemical spraying motor control board (3) Floor brush motor (4), floor scrubber motor (5), water pump motor (6), gear motor (7), and vacuum motor. The vacuum cleaner (14) uses 12V.40AH (17) battery power. Its operation is characterized by 4 wheels. Driven by a rear motor (7) that controls two wheels (8), and a front wheel that rotates. Independent (9) 2 wheels, controlled for movement in a direction on a flat surface, which is controlled via a telephone through The IoT system receives signals from the motion control board (1). At the very front there is a chemical spray nozzle (10). Press the control button via phone via IoT system once, the water pump motor (6) will draw chemicals from the tank. (11) through the hose (12) out to the spray nozzle (10) by receiving a signal from the chemical spray motor control board. (3) When the dirt has softened, start the entire cleaning machine by pressing the control button via The IoT phone, which receives signals from the cleaning motor control board (2), causes the floor brush motor to operate. (4) The underside of the cleaner will operate, in which the first 2 scrubbing brush motors (4) will rotate toward each other. This causes the nylon brush (13) attached to the motor shaft of the floor scrubber (4) to rotate, performing scrubbing to clean the floor. Bird droppings or dirt are scrubbed and thrown backward through the center of the floor scrubber motor. (4) On the underside of the 2 cleaning machines, debris and dirt will be sucked up by the suction force from The vacuum cleaner motor (14) passes through the vacuum nozzle (15) and is stored in the vacuum cleaner (14) on top of the vacuum cleaner. The cleaning machine then encounters the mop cloth (16) which is attached to the mop motor shaft (5) that is rotating along with it. Cleaning and wiping stains from the floor.

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