Floor Cleaning Research Articles

Formulation and Evaluation of Herbal Floor Cleaner

Abstract: Microorganisms, the friend and foe of human being are omnipresent in and around us. Innumerable pathogenic and nonpathogenic microorganisms remain present on the floor surface with which we are in direct physical contact. These organisms include Salmonella, Rhinovirus, Herpes, Trichophyton, Giardia, E. coli, Micrococcus species etc. Most of the microbes are nonpathogenic when present in less quantity, but as their concentration increases, they are able to cause various diseases like Stomach upsets, diarrhea, Cold, Cold sores etc. To restrict the growth of such microbes in the surroundings including floors, various commercially available floor cleaners such as Phenylsare used. Present study is an attempt to isolate and identify the floor micro flora from home and laboratory and to observe the efficacy of different floor cleaners. According to Indian Medical Association phenyl, identified as the most effective disinfectant against the floor micro flora, and therefore they are considered as standards to analyze effectiveness of other commercial surface cleaners. Our study suggested that can inhibit the growth of common floor micro flora as effectively.

Eco Enzyme: Upaya Pemanfaatan Limbah Rumah Tangga Untuk Kesehatan Masyarakat Desa Pecangakan

Ecoenzymes use cheap and easy-to-obtain raw materials, especially in the household environment. The fermentation process, which takes up to three months, is quite a long time. However, the resulting solution has many benefits, especially for health. In the process alone, it can produce gas O3 (Ozone). This gas is needed by the earth for the sustainability of the ecosystem. Ecoenzyme solution when mixed with water, will react and can produce a liquid that can be used for cleaning. Starting from floor cleaners, clothes, bath soap, agricultural medicines and so on. This solution when mixed to water the plants will produce fruit and better yields. In addition, this solution can also be used to repel pests in the fields, such as insects, birds and so on. Another benefit is that if the organic waste is used after fermentation, it can be used for organic fertilizer. The benefits of ecoenzymes apart from being environmentally friendly can also generate economic value for the people of Pencangakan Village, Adiwena District, Tegal Regency. By popularizing the use of household waste through ecoenzymes to the public. It is hoped that this product will be utilized by the surrounding community and the wider community so that it can benefit all

Pemanfaatan Minyak Jelantah menjadi Pembersih Lantai bagi Masyarakat Desa Siku Kabupaten Muara Enim

This community service activity is a form of collaboration between students of the Raden Fatah State Islamic University Palembang Real Work Study Program with Siku Village, Empat Petulai Dangku District, Muara Enim Regency, South Sumatra Province by providing education about the negative impacts of used cooking oil waste on health and the surrounding environment, as well as training the utilization of used cooking oil into a product that can be utilized by the people in the village. Where used cooking oil itself is used frying oil that is used continuously and is black and smells rancid. The purpose of this activity is to prevent environmental pollution caused by used cooking oil which is processed into floor cleaning products for the people of Siku village. The method used in this study was education about the dangers of used cooking oil, as well as training in using used cooking oil as a floor cleaner. The result of this activity is that the community knows about the dangers of used cooking oil waste and training on using used cooking oil provides new knowledge to the people of Siku village. The hope is that after this community service there will be no more used cooking oil waste that is thrown away carelessly and can be managed by the community so that environmental pollution does not occur.

Evaluasi Karakteristik Sensori Ekoenzim dengan Penambahan Khamir dan Kombinasi Kulit Buah

One of the main issues still faced by Indonesia is organic waste. This problem can be overcome by processing organic waste into eco-enzymes. Eco-enzymes contain alcohol and acetic acid, so they can be used as disinfectants and floor cleaners, dishwashing liquids, and detergents. This study aims to determine sensory characteristics such as aroma and color preferred by subjects for eco-enzyme production with the addition of yeast (Saccharomyces cerevisiae) and fruit peel variations. All eco-enzymes were made from organic waste in the form of fruit peel mixed with sugar and water in a ratio of 3:1:10. To determine the effect of yeast addition, eco-enzymes were made with orange peel with 2 variations, namely: 1) with the addition of yeast; and 2) without the addition of yeast. In the analysis of the effect of fruit peel variations, eco-enzymes were made with 6 variations, namely: 1) orange peel; 2) orange peel and pineapple peel; 3) orange peel and banana peel; 4) orange peel and papaya peel; 5) orange peel and apple peel; and 6) a mixture of all fruit peels. After one month of fermentation, the obtained eco-enzyme products were analyzed for their sensory properties. According to the observations, the aroma characteristic of the obtained eco-enzymes is that all eco-enzyme products, on average, have a normal fermentation sour aroma, with the exception of eco-enzyme products with added yeast, which have a sharper alcohol aroma. Observations on the sensory properties of color showed that eco-enzymes have a characteristic color ranging from dark brown to light brown. Overall, most of the panelists preferred the aroma and color of eco-enzymes produced without the addition of yeast. Meanwhile, for different fruit peel variations, the panelists preferred the mixture of fruit peels compared to other variations.

Environmental Sanitation with the Incidence of Helmothermal Disease

Environmental sanitation of an environment consisting of sewage facilities, water supply facilities, garbage disposal facilities, and wastewater disposal facilities. And the sanitation must be owned by every housing that is maintained, clean and healthy, in order to prevent environmental pollution. This study was conducted with the aim to determine the relationship between environmental sanitation and the incidence of helminthiasis in elementary school children in the Barrang Lompo island area with a sample size of 143 children aged 5-10 years. The variables in this study were fecal disposal facilities (latrines), house floors, provision of trash bins, and clean water facilities as part of environmental sanitation. The method used was observational method with cross sectional study design. The results of this study were there was no relationship between latrine ownership and helminthiasis with a value of P = 0.077 > 0.05. There is a relationship between the floor of the house and the incidence of helminthiasis where the value of P = 0.000 < 0.005. There is a relationship between clean water facilities and the incidence of helminthiasis where P value = 0.000 < 0.05. There is a relationship between waste disposal facilities and the incidence of helminthiasis where the P value = 0.000 < 0.05. The conclusion shows that there is an association between helminthiasis in children aged 5-10 years with clean water facilities, house floors, and garbage disposal.

Effectiveness Of Floor Cleaning And Wall Cleaning On Growth Of Pathogen Germs In The Current Room Of Dr. Kariadi Hospital, Semarang

Surface swab examination is carried out to evaluate the cleaning that has been carried out both in detecting the presence of germs in the environment and also for checking the count of germ colonies on the floor surface. The results of the preliminary study by looking at the results of floor swab measurements after general cleaning, especially floor cleaning, obtained data from March - May 2022, 113 outpatient rooms, inpatient and operating rooms and found results that did not meet the quality standards for floor swabs, there were 33 rooms, namely operating room, central nutrition, delivery room, baby room, cardiac catheterization room, mortuary, Rajawali pharmacy, CSSD room, PBRT room, Garuda room, Kepodang and registration room. The aim is to determine the effectiveness of cleaning floors and walls against the growth of pathogenic germs in the Heart Installation. Quantitative research method which is descriptive analytic, test analysis using paired t-test and Wilcoxon. Results: there is no significant difference between cleaning the floor on the growth of pathogenic germs in Pre-post General Cleaning, namely 0.678. Floor Cleaning First-Second 3.5 Hours is 0.259. Keywords: pathogenic germs; floor cleaning; wall cleaningEfektifitas Pembersihan Lantai Dan Pembersihan Dinding Terhadap Pertumbuhan Kuman Patogen Di Ruang Rawat RSUP Dr Kariadi SemarangABSTRAK Pemeriksaan swab permukaan dilakukan untuk mengevaluasi pembersihan yang telah dilakukan baik dalam mendeteksi keberadaan kuman yang ada dilingkungan dan dilakukan juga pemeriksaan hitung koloni kuman permukaan lantai. Hasil studi pendahuluan dengan melihat hasil pengukuran swab lantai setelah dilakukan general cleaning khususnya pembersihan lantai didapatkan data pada bulan Maret - Mei 2022, 113 ruang rawat jalan, rawat inap dan kamar operasi dan ditemukan hasil yang tidak memenuhi syarat baku mutu usap lantai ada 33 ruang yaitu kamar operasi, gizi sentral, ruang bersalin, kamar bayi, ruang keteterisasi jantung, kamar jenazah, farmasi Rajawali, ruang CSSD, ruang PBRT, ruang Garuda, Kepodang dan Ruang pendaftaran. Tujuan untuk mengetahui efektifitas pembersihan lantai dan dinding terhadap pertumbuhan kuman pathogen di Instalasi Jantung. Metode Penelitian kuantitatif yang bersifat deskriptif analitik, analisa uji menggunakan paired t-test dan wilcoxon. Hasil : tidak ada perbedaan signifikan antara pembersihan lantai terhadap pertumbuhan kuman pathogen pada Pre-post General Cleaninng yaitu 0,678. Pembersihan Lantai 3,5 Jam Pertama-Kedua yaitu 0,259. Kata kunci : kuman pathogen; pembersihan lantai; pembersihan dinding

The Effects of Space Allowance and Toy Provision on the Growth, Spatiotemporal Distribution of Behavior, and Pen Cleanliness of Finishing Pigs

Excretion and lying are key behavioral factors that cause pen fouling, thereby affecting pig welfare, pathogen fecal–oral transmission, and air quality in pig housing. This study investigated the effect of space allowance and toy provision on the spatiotemporal distribution of pigs’ excreting and lying behavior, as well as the score of floor cleanliness in finishing pig pens. A total of 144 Landrace × Yorkshire × Duroc hybrid fattening pigs were randomly assigned to 12 part-slatted pens at stocking densities of 0.75, 1.05, and 1.35 m2/pig with 12 pigs per pen, and 2 pens at each density level were provided with hanging chains and rubber stars as toys. The results showed that for the average daily gain (ADG) of the pigs, the main effect of space allowance was significant (p < 0.05). The ADG at the stocking density level of 1.35 m2/pig was significantly higher than 0.75 and 1.05 m2/pig (p < 0.05). The ADG of the pigs at a density of 0.75 m2/pig in the toys group was significantly higher than the no toys group (p < 0.05). When occupied space was limited, the provision of toys was beneficial to the growth performance of the pigs. Space allowance and toy provision did not affect the time-varying regularity of the pigs but had a certain impact on the areas where the two behaviors occurred. At a density of 1.35 m2/pig, the excreting rate in the corner areas of the slatted floor and the lying rate in the middle area of the solid floor were significantly higher than at a density of 0.75 and 1.05 m2/pig (p < 0.05). Under the conditions of this study, when the stocking density was 1.35 m2/pig and toys were provided, the average daily gain of the pigs was the highest, and the pigs excreted more in the defined excretion area, lay more in the lying area, and the cleanliness of the lying area was also higher. In the case of space constraints, the provision of toys can offset some of the adverse effects of space constraints on pig growth and pen cleanliness.

ANALISA PROJECT MANAGEMENT TERHADAP PRODUK ECO ENZYME

Eco Enzyme is a result of organic waste fermentation, derived from leftover fruits, vegetables, sugar, and water. It was first discovered by Dr. Rosukon Poompanvong, a member of the Organic Farming Association from Thailand. Eco Enzyme serves as a versatile liquid for household, agricultural, and livestock purposes. According to an article by Vama & Chekar in 2020, eco enzyme can be utilized as an antifungal, antibacterial, insecticide agent, and cleaner. Some of its functions include being a floor cleaner, dish cleaner, and toilet cleaner.The author created a business around eco enzyme using leftover fruits. The raw materials for eco enzyme are obtained from fruits that are no longer consumable or have become spoiled. Although there have been numerous studies on utilizing leftover fruits for eco enzyme production, not many people in the community are aware of or use eco enzyme. Therefore, the author came up with the idea of a business centered around eco enzyme, both as a value proposition for utilizing leftover fruits and as a means to educate people who are unfamiliar with eco enzyme.

Design and Development of a Solar-Powered Vacuum and Wet Cleaning Robot using Arduino UNO

n today’s day and time, it is difficult to find the time to clean our homes by ourselves. It is even more difficult to do so with conventional cleaning methods. This is where vacuum cleaners come to our aid to provide an efficient way to keep our surroundings clean, with the help of motors and filters that can pull up any kind of dirt and dust. In this paper, we present the design and implementation of a dual-function cleaning robot, which functions both as a vacuum cleaner and a wet floor cleaner. The robot is powered by a solar panel and is equipped with an Arduino UNO, a motor driver shield, and DC motors. An ultrasonic sensor was also integrated for obstacle detection. The vacuum function employs suction to remove dust and debris from floors, while the wet floor cleaning function uses wipers and a small pump to dispense water and clean the surface. This paper outlines the components, design considerations, and testing results for this innovative and eco-friendly cleaning solution.

Exploring the relationship between the reduction of floor microbial burden and the impact on healthcare-associated infections

Background: Healthcare floors are a vehicle and/or source for potential pathogens that cause healthcare associated infections, and hospital floors are often heavily contaminated with pathogens such as Clostridioides difficile and methicillin-resistant Staphylococcus aureus. However, definitive research linking reductions in floor burden to reductions in HAIs has not yet been established. We sought to evaluate emerging technology for continuous disinfection and its potential impact on HAIs. This study was designed to explore the potential relationship between the reduction of microbial burden of floors and healthcare associated infections. Methods: A prospective study was conducted in a 22-bed medical-surgical intensive care unit in a 180-bed suburban hospital near New Orleans, Louisiana, from November 2021 to June 2022. Using sterile, premoistened sponges, samples were collected from the floors of 10 areas throughout the unit including 2 nurses’ stations, the physician charting area, and 7 patient rooms. The advanced photocatalytic oxidation (aPCO) equipment was then installed in the HVAC ductwork throughout the ICU and activated. Environmental surface sampling of the same floor surfaces was then repeated every 4 weeks for the first 5 months of the study. HAIs were also tracked throughout the entire study period. The facility’s normal cleaning floor protocols using a neutralizing floor cleaner were unchanged and followed during the study. Changes in surface burden were calculated using a repeated-methods ANOVA with post hoc analyses as appropriate. Rates of healthcare associated infections were compared using χ2 analyses. Results: Overall, there was a 99.6% statistically significant decrease in floor environmental surface burden from the baseline to the final postactivation test (Fig. 1). The average colony forming unit count (CFU) decreased from 318,850 CFU per 100 cm2 to just 2,988 CFU per 100 cm2. The unit also saw a statistically significant decrease in publicly reported healthcare associated infections (HO-MRSA, CLABSI, HO-CDI) during the study period compared to the same period a year prior and in the 6 months immediately prior to the beginning of the study (Fig. 2). Conclusions: Advanced photocatalytic oxidation technology resulted in a reduction of microbial burden on the floors of a high-traffic intensive care unit. Statistically significant decreases in healthcare-associated infections was also seen. This study highlights a novel aPCO technology and its efficacy at reducing microbial burden and healthcare-associated infections despite no change in practice.Disclosures: None

Farm biosecurity measures to prevent hepatitis E virus infection in finishing pigs on endemically infected pig farms

Hepatitis E virus (HEV) can be transmitted from pigs to humans and cause liver inflammation. Pigs are a major reservoir of HEV and most slaughter pigs show evidence of infection by presence of antibodies (ELISA) or viral RNA (PCR). Reducing the number of HEV infected pigs at slaughter would likely reduce human exposure, yet how this can be achieved, is unknown. We aimed to identify and quantify the effect of biosecurity measures to deliver HEV negative batches of pigs to slaughter.A case-control study was performed with Dutch pig farms selected based on results of multiple slaughter batches. Case farms delivered at least one PCR and ELISA negative batch to slaughter (PCR−ELISA−), indicating absence of HEV infection, and control farms had the highest proportion of PCR and/or ELISA positive batches (PCR+ELISA+), indicating high within-farm transmission. Data about biosecurity and housing were collected via a questionnaire and an audit. Variables were selected by regularization (LASSO regression) and ranked, based the frequency of variable selection. The odds ratios (OR) for the relation between case-control status and the highest ranked variables were determined via grouped logistic regression.Thirty-five case farms, with 10 to 60% PCR−ELISA− batches, and 38 control farms with on average 40% PCR+ELISA+ batches, were included. Rubber and steel floor material in fattening pens had the highest ranking and increased the odds of a PCR−ELISA− batch by 5.87 (95%CI 3.03–11.6) and 7.13 (95%CI 3.05–16.9) respectively. Cleaning pig driving boards weekly (OR 1.99 (95%CI 1.07–3.80)), and fly control with predatory flies (OR 4.52 (95%CI 1.59–13.5)) were protective, whereas a long fattening period was a risk. This study shows that cleaning and cleanability of floors and fomites and adequate fly control are measures to consider for HEV control in infected farms. Yet, intervention studies are needed to confirm the robustness of these outcomes.

Design and Fabrication of a Semi-Automatic Multifunction Floor Cleaning Machine

In hospitals, bus shelters, retail malls, and many other business locations, conventional floor cleaners are most frequently employed. These gadgets can't be utilised since they need electricity to function. In India, there is a power crisis, particularly in the summer, and due to this issue, most floor cleaners are not used efficiently, especially around bus stops. The creation of an accessible, user-friendly floor cleaner is therefore necessary. The goal of this project was to create a manual floor washer as an alternative to current floor washers. Using the relevant commercial software, modelling and analysis of a floor cleaner were carried out in this work. The utilisation of conventionally used materials was taken into consideration when designing the floor cleaning machine. The voltage level of the manual floor washing machine is within the safe range, according to the analysis of the element.

The Water Footprint of Oyster mushroom (<em>Pleurotus ostreatus</em>) Cultivation under Small-scale Polybag Farming Conditions in Sri Lanka

Purpose: Water footprint (WFP) is a widely used environmental indicator to compare and identify the strategies for better water use efficiency. The Objectives of the present study were to calculate and analyze the WFP of Oyster mushroom cultivation under small-scale farming conditions in Sri Lanka. Research Method: Water footprint was estimated as the sum of water used for preparing the mushroom growing substrate and the on-farm water requirement for the production of a ton of mushrooms. Production parameters and on-farm water usage of three small-scale Oyster mushroom farms were recorded. Findings: WFPs of growing substrates were low (591 - 642 m3/ton) and varied within a narrow range. The main on-farm water-consuming activities were the preparation of growing media, water for sterilization of media, spraying of water during the growing cycle, floor cleaning, and laborer’s water consumption. WFP of mushroom cultivation under the conditions specified in this study was 1181 m3/ton. Being the largest component, mushroom growing media accounted for 95% of the WFP. On-farm water requirement was found to be as low as 4.4 L/kg. WFP of mushrooms was lower than those reported for eggs, broiler meat, pork, beef, lentil, and soy meat. Nevertheless, the WFP of mushrooms, when expressed per unit of calorie or protein was higher than that of egg and soy meat. Originality/ Value: As the first reported WFP calculation for mushrooms in Sri Lanka, this study identified mushrooms as a water-efficient food item. Improvement in yield and shortening of the growing cycle were identified as the means of reducing the WFP of mushroom cultivation in Sri Lanka.

Fabrication of Solar Operated Multipurpose Floor Cleaning Machine

With the advancement of technology, automated floor cleaning machines are getting more attention of researchers to make life of mankind comfortable. The concept is developing in economic countries but the reasons for non-popularity is the design complexity, cost of machines, and operational charges in terms of power tariff. In this paper, a manual floor cleaning machine is proposed. In early day a floor is clean by using a broom which is operated by human hand, in this a continuous movement of human hand is required which create fatigue and time consuming. The aim of this work is to develop and modernized process for cleaning the floor with wet and dry. This machine is capable of performing cleaning of floor in dry as well as wet condition, and it also have storage box to store a dust. This floor cleaning machine is designed by keeping the basic considerations for machine and efforts reduction, environment friendly and easy handling. The machine will work on solar power and there is no need of training to operate it. This work can be very useful to improve the life style of mankind.

Floor Cleaners as Helper Pets: Projecting Assistive Robots’ Agency on Zoomorphic Affordances

Care of ageing adults has become a dominant field of application for assistive robot technologies, promising support for ageing adults residing in care homes and staff, in dealing with practical routine tasks and providing social and emotional relieve. A time consuming and human intensive necessity is the maintenance of high hygiene quality in care homes. Robotic vacuum cleaners have been proven effective for doing the job elsewhere, but—in the context of care homes—are counterproductive for residents’ well-being and do not get accepted. This is because people with dementia manifest their agency in more implicit and emotional ways, while making sense of the world around them. Starting from these premises, we explored how a zoomorphic designed vacuum cleaner could better accommodate the sensemaking of people with dementia. Our design reconceptualises robotic vacuum cleaners as a cat-like robot, referring to a playful behaviour and appearance to communicate a non-threatening and familiar role model. Data from an observational study shows that residents responded positively to our prototype, as most of them engaged playfully with it as if it was a pet or a cat-like toy, for example luring it with gestures. Some residents simply ignored the robot, indicating that it was not perceived as frightening or annoying. The level of activity influenced reactions; residents ignored our prototype if busy with other occupations, which proves that it did not cause significant disturbance. We further report results from focus group sessions with formal and informal caregivers who discussed a video prototype of our robot. Caregivers encouraged us to enhance the animal like characteristics (in behaviour and materiality) even further to result in richer interactions and provoke haptic pleasure but also pointed out that residents should not mistake the robot for a real cat.

Fuzzy Floor Dust Cleaning Robot Prototype Based On Arduino

The design of a Floor Cleaning Robot Based on Arduino Uno R3 aims to make it easier for humans to clean the dust on the floor efficiently. This robot consists of several series of components including Arduino Uno r3: Arduino Uno r3, sensor ultrasonic, motor servo, This robot consists of several components including Arduino Uno R3, ultrasonic sensor, servo motor, motor shield driver, dc motor, and vacuum blower motor. The entire system synergizes in the process of cleaning the dust on the floor and all of them are connected to a power source in the form of a dc battery, which supplies a voltage of 7 volts for the Arduino circuit and 12 volts for the vacuum blower. The working principle of this robot starts when the ultrasonic sensor can measure and distinguish the closest distance between the robot and an obstacle, at the same time the servo motor will move up to 180° to assist the ultrasonic sensor in detecting obstacles, both the front, right, and left sides of the robot. This Floor Cleaning Robot is programmed by adapting fuzzy logic artificial intelligence, the fuzzy rules used in this robot aim to control the speed of the robot based on the obstacle distance detected by the ultrasonic sensor. Fuzzy logic executes the data and continues the command to drive the motor so that the robot can work efficiently cleaning dust on the floor by minimizing the occurrence of collisions against obstacles. Dust suction carried out by the vacuum blower motor is not included in the Arduino circuit, because the vacuum blower motor requires an input power of 12 volts. It is not possible to unite it to the Arduino circuit because the power it has is only 7 volts, but these two separate circuits can still synergize well in the process of cleaning the dust on the floor. The results of observations and experiments show that the fuzzy logic embedded in the Arduino as the brain of the dust-cleaning robot on the floor works quite well.

Smart Vacuum Clear Robot

Manual work is taken over the robot technology and many of the related robot appliances are being used extensively also. Here represents the technology that proposed the working of robot for Floor cleaning. Households of today are becoming smarter and more automated. Home automation delivers convenience and creates more time for people. Domestic robots are entering the homes and people’s daily lives, but it is yet a relatively new and immature market. However, a growth is predicted and the adoption of domestic robots is evolving. Several robotic vacuum cleaners are available on the market but only few ones implement wet cleaning of floors. The purpose of this project is to design and implement a Vacuum Robot for Autonomous dry and wet cleaning application using mop. Vacuum Cleaner Robot is designed to make cleaning process become easier rather than by using manual vacuum. The main objective of this project is to design and implement a vacuum robot prototype by using Arduino mini, Motor, Ultrasonic Sensor, and IR Sensor and to achieve the goal of this project. The whole circuitry is connected with 7.4V battery. Vacuum Robot will have several criteria that are user-friendly.

DESIGN OF FLOOR CLEANING MACHINE EQUIPPED WITH SENSORS AND VARIOUS CLEANING OPERATIONS

DESIGN OF FLOOR CLEANING MACHINE EQUIPPED WITH SENSORS AND VARIOUS CLEANING OPERATIONS

FLOOR CLEANER MACHINE

Floor cleaning machines are commonly used in developing countries since many years Automated because of high cost of labor, time, efforts and affordability. The concept is not popular in developing or emerging economic countries. Reasons for nonpopularity are cost of machine and operational charges in terms of power tariff. This article is based upon on our innovative project to design, development and manufacturing of semi-automatic floor cleaning machine which will work on solar energy, battery or electricity. A semi-automatic floor cleaning machine is developed by keeping basic consideration for less energy consumption, machine as well as operational cost reduction, reduce the human effort, environment friendly and easy to handle. Base of the project was to use renewable energy which is abundant in most of the countries, will have less environmental impact and easy to construct for commercial scale in future.

Smart Floor Cleaner using Mobile Application

Automatic floor cleaner is a compact robotics system which provides floor cleaning service in room and big corporate spaces reducing human labor. Basically, as a robot it eliminates human error and provides cleaning activity with much more efficiency. If floor is cleaned manually then there is a possibility that the operator will leave some portion of the floor. Also, due to manual labor involved, floor cleaning becomes time consuming and irritating. Additionally, human errors, leaves by labor may affect the continuity of task. In big corporate places, floor area is very huge, and the people involved there for cleaning purpose cannot clean it with high efficiency. This is where the robot comes as an advantage. The robot is small and compact in size making it easy to carry and place wherever in the house. In industries the robot is very cost effective as compared to manual labor involved. The flexibility, time saving capability and efficiency makes the robot a good choice for cleaning the floor. Along with ease, functionality is also taken into account of. Enabling an app extension to the robot, the user gets access to features such as direction control and potential of many more, as demonstrated in this project. Key Words: Smart Floor Cleaner, ESP8266, Vacuum Cleaner, IoT, Wi-Fi, Controlled motion