Technology & Inovation
Reasons to Use UV Sterilizers Instead of Chemical Cleaners
Using chemical cleaners to disinfect surfaces and items can be ineffective, exposing you to harmful germs and bacteria. UV sterilizers are a modern method of disinfecting surfaces and are a great substitute for chemical cleaners. You can use the new disinfecting technology in homes and highly contaminated offices to maintain hygiene. Read on to learn why you should use UV light over chemical cleaners when disinfecting.
Simple To Use
Chemical cleaner application involves processes like mixing, spraying, and washing, making it difficult. UV light creates convenience when disinfecting your surroundings; most options work on simple modes like intelligent function or one-button operation. They work by emitting ultraviolet rays which kill the DNA of disease-causing pathogens.
The simplicity when using UV light means it can be used by almost anyone. You can have peace of mind knowing your space is disinfected with the touch of a button.
UV disinfecting systems can also operate autonomously once installed, making sterilization easier. You can place the technology in rooms for use as per the need. You enjoy disinfection services for pre-set cycles, such as overnight when the room is unoccupied Ytml3.
Low Maintenance Costs
UV purifiers require maintenance to retain optimal performance and operate effectively but have low maintenance costs. Minimal maintenance costs on UV light make them ideal when operating on a budget.
Most companies offer a warranty on the UV lamps or parts should they need replacement. You experience minimal to no maintenance costs over the sterilizer’s useful life. UV light use is affordable since it serves you for years, unlike chemical cleaners, which you buy once and use.
Apply For Disinfecting Busy Rooms
Busy and highly contaminated spaces like operating rooms or laboratories require frequent disinfection. Using chemical cleaners requires some time to allow the sanitization process to complete. After completing disinfection, chemical residue in the air may make the rooms unsafe for immediate occupancy.
UV disinfectants offer almost instant sterilization results after a procedure. Since the process is chemical-free, you can occupy the room or use the surface right after sterilization. Get hospital-grade UV-C lights for effective sterilization of operating rooms and laboratories.
Non-Toxic to the Environment
Most chemical cleaners have harmful compounds that disintegrate once released into the environment. These chemicals cause a Chlorofluorocarbon (CFC) influx into the atmosphere, contributing to ozone layer destruction. CFC release to the environment also intoxicates the air for living organisms, affecting their health.
UV disinfectants use a chemical-free process to break down germs and bacteria. The chemical-free process is non-toxic to the environment, allowing living things to remain healthy.
Works Well for Disinfecting Electronics
Chemical cleaners are mostly mixed with water to make application easier. Use of such disinfectants on or close to electronics risks their functionality. UV light, on the other hand, does not leave moisture and residue behind, meaning it is perfect for disinfecting electronics.
Disinfecting surfaces using UV light leaves them dry and free of most bacteria and pathogens. UV light disinfection works well for manufacturing facilities and hospital rooms with machines. The sterilizing process breaks down tough chemical combinations promoting germ existence without risking your equipment.
Less Risk for Illness or Death
A common concern for most people is safety in the disinfection methods. Chemical cleaners, although effective, create a risk; children can easily ingest the chemicals, or they can cause damage if wrongly used.
UV disinfection, if appropriately applied, is safe. Its chemical-free nature implies that UV light use reduces the risk of harm from harsh chemicals.
Most UV disinfectant systems come with safety properties pre-installed; the product detects room occupancy and only turns on if the room is unoccupied. Such features prevent any possible harm to your household or clients at work.
Ultraviolet sterilizers are safer to use around children. Most UV disinfectant equipment comes with top child safety features and passes UL Safety certification. These properties offer sufficient protection against problems related to UV light exposure like skin burns or eye injuries.
Higher Disinfection Rate
Chemical cleaner use in washing, sanitizing, and disinfecting sometimes miss harmful bacteria that can cause diseases. Bacteria also mutate to survive in harsh chemicals, rendering the cleaners ineffective. The ineffectiveness of these traditional disinfecting methods is why you should settle for UV light.
UV light disinfects using physical methods, meaning pathogens cannot develop mutations. Continuous UV disinfection can deal with bacteria and germs on surfaces.
UV disinfectants boast a high disinfection rate – up to 99.9% – leaving surfaces germ-free. The technology can help keep your premise disinfected from illness-causing bacteria and viruses.
Use UV Sterilizer to Effectively Disinfect Surfaces
Using UV light disinfection for your office or business premises helps deal with illness-causing germs and bacteria. The method is safe and has many benefits like better disinfection and eco-friendliness. Using a UV sterilizer will offer value for your money while protecting your employees and clients. The non-toxic sterilization method also kills many harmful pathogens for proper protection.
Smart Unified Building Systems
Since their introduction in the early 2000s, smart commercial tech has continually evolved and improved to provide today’s unified buildings (sometimes called smart buildings). However, designing a system that can automatically adapt to changing occupant loads, foot traffic, and climate controls has proven difficult but possible. The biggest challenges involve connecting multiple systems into a singular monitoring platform and the limited functionality of smart technology applications available on the property.
But, with the constant improvement in building automation systems (BAS), combined with emerging features such as the Building Internet of Things (BIoT), the vision of a unified building is much closer than you realize. Today it’s possible to connect and integrate all your devices, components, and systems to a singular platform for real-time monitoring and adjustments based on changing occupant needs.
Creating a Unified Building System
Depending on your business or industry, your commercial space can utilize more than two dozen different systems, potentially created by up to two dozen other manufacturers. As a result, system integrators and facilities managers using a single platform often need help to incorporate different systems together.
- Public Safety
- Mechanized systems
Further complicating the process are millions of existing buildings with outdated legacy systems or incompatible systems. With today’s improved sensor technology and a network of embedded sensors (installed during renovation or maintenance work), many older properties can begin to share the benefits of a unified building system. Architects, designers, and contractors should consider technology and products such as:
- Smart power optimization and regulation
- Predictive building maintenance
- Mobile, touchless, and facial recognition systems
- Occupancy sensors
- Visitor navigation and wayfinding
- Smart ventilation and lighting systems
And while full integration won’t happen for some time, those commercial properties that have integrated unified building systems report saving time and money while providing a better experience for tenants and visitors, such as:
- Stronger security
- Reduced energy usage
- Fewer maintenance chores
- Improved space utilization
Unified Buildings Offer Stronger Security
Facilities managers can incorporate smart technologies to reduce the need for, and the risk to, human security guards while providing a safe and secure environment for tenants or occupants.
BIoT will improve and streamline access control options by leveraging facial recognition systems. As a result, intrusions, attacks, or emergencies can be dealt with quickly and effectively. Additionally, these technologies can distinguish artificial from natural threats, start the evacuation process, and notify the first responders while protecting and monitoring the building’s infrastructure.
Unified Controls Reduce Energy Usage
Occupancy sensors can turn off lights and adjust thermostats when a room or building area is unoccupied. But why stop there?
When integrated with BIoT and AI, a facility manager can identify the peak and off-peak energy costs and adjust additional options, such as shades or screens, to further control lighting and ventilation systems.
Scheduled Maintenance Results in Fewer Chores
Smart buildings can sort and organize real-time data using AI and BIoT to quickly recognize potential issues within infrastructure elements, including public safety, plumbing, and power systems.
Other systems allow facility managers and techs to receive notices when a component requires maintenance, repairs, or replacement. Some programs utilize algorithms to predict servicing or repairs based on usage and performance trends. In comparison, others can automatically order the parts or schedule the repairs from a predetermined vendor list. As a result, a unified building typically avoids the usual breakdowns, downtime, and emergency repair costs compared to buildings with legacy systems in place.
Improved Space Utilization
Thanks to sensor technology, a manager can easily track the actual number of people utilizing a space over an extended time frame or a singular event.
Or by examining foot traffic data, a retail location can make truly informed decisions regarding fixture placement and merchandising options.
Virtually any commercial business or service provider can use this technology to provide a better customer experience, including:
- Medical services
- Shopping centers
- Public buildings
The technology is easily scalable, meaning the systems utilized in a small retail location can also serve a high-rise office building.
The Future of Unified Buildings
As facility managers continue to address new challenges from environmental initiatives, new legislation, and ever-changing consumer demand, those integrating BAS, AI, and the BIoT will be able to achieve the goals of reduced energy consumption and lower operating costs.
And while some compatibility concerns do remain, consumer demand for unified buildings that are safer, more comfortable, and less expensive to operate continues to grow by leaps and bounds.
Learn more about the revolutions Gridd® Adaptive Cabling Distribution® System from FreeAxez.
7 Basic Functions of Text Analytics & Text Mining
Natural Language Processing (NLP) and Text Analytics are branches of artificial intelligence (AI) that help derive insights from text-based data.
It helps explore how each of them will help know the features of natural language processing. Also referred to as text mining, text analytics contributes to the computer science discipline, which is the combination of natural language processing and machine learning. It helps in drawing the meaning from different unstructured text documents. In this article, you will find information about the seven basic functions of text mining and text analytics. This article will help you to get a clear overview of text analytics services and text mining services before you opt for them.
Text analytics engine is known to break down different phrases and sentences before it analyzes anything. Breaking down unstructured text documents into specific components contributes to being an initial step in each NLP feature, including theme extraction, entity recognition, and sentiment analysis.
You should remember that there are seven basic steps involved in the preparation of the unstructured text document to ensure in-depth analysis, which are inclusive of syntax parsing, chunking, parts of the speech tagging, sentence breaking, tokenization, language identification, sentence chaining, to name a few. You should understand that every step is procured between pure software rules and pure machine learning on a wider spectrum.
- Language identification
The NLP feature stack and text analytics technology of Lexalytics reveal the processing layers. So, every document undergoes transformation to be changed into structured data. The initial step in text analytics is the recognition of the language in which the text is written. Every language comes with its own set of idiosyncrasies.
You should remember that language identification helps in determining the different processes for each text analytics function. Hence, it is crucial to ensure that this sub-function is proper. Lexalytics provides support to 25 different languages, spanning the plethora of alphabets.
The majority of text analytics systems depend on different rules-based algorithms, which are useful in tokening different alphabetic languages. But, logographic languages need the use of complicated machine-learning algorithms. Once you are aware of the language in which the text is present, you will be capable of breaking it into different pieces.
You should remember that tokens are recognized as the individual units you are trying to operate. They are known to be phonemes, words, and full sentences. Tokenization contributes to the process to break the text document. Tokens are known to be the only words in text analytics.
The sentence of every ten words comprises ten tokens. Speaking of deeper analytics, it is beneficial in expanding the definition of the token. Such tokens are inclusive of hyperlinks, punctuation, words, and possessive marketers. Tokenization is known to be language-specific. Every language comes with its own set of tokenization needs. The majority of alphabetic languages adopt straightforward conventions, which help in breaking sentences, phrases, and words.
- Sentence breaking
With the identification of the tokens, you will be capable of telling where the sentences are ending. You should check whether the punctuation is ending in the last sentence. Before you execute the in-depth text analytics functions, you will be capable of telling where the boundaries are present in the sentence. At times, it is a simpler process. There are a plethora of communication channels that are challenging to break down.
- Parts of the speech tagging
After recognizing and tokenizing the text document language, it is essential to break down different sentences. After this, it is necessary to tag it. Parts of speech tagging contribute to the process to determine different parts of the speech present in the document’s token and tagging it.
Text Analysts make use of PoS tagging, which helps in figuring out if the specific token is the representation of the common noun and the proper noun. Besides this, you need to find if the specific token is the representation of the adjective or verb.
It is essential to move out to the text analytics function, which is referred to as Chunking. Chunking contributes to the range of different sentence-breaking systems, which are known to splinter the sentence into different component phrases.
- Syntax parsing
The sub-function syntax parsing contributes to being the option, which helps in determining the sentence structure. Syntax parsing is all about the fancy talk for sentence diagramming. However, it is considered a vital preparatory step to perform sentiment analysis and different natural language processing features.
There are different business enterprises that make use of unsupervised machine learning models, depending on complicated matrix factorization and input words. It helps in understanding the syntax.
- Sentence chaining
Sentence chaining happens to be the last step that helps prepare the unstructured text to ensure in-depth analysis. There is a wide assortment of business organizations, which use the technique referred to as lexical chaining. It helps in connecting different sentences.
The companies are known to chain the individual links sentences by the association strength of every strength to the whole topic. As the sentences appear in different paragraphs along with the document, you should remember that the lexical chain flows through the document. It is useful to the machine in detecting and diagnosing the overarching topics, thereby quantifying the complete feel.
With the withdrawal of the associations between different sentences, you should perform complicated analyses, such as contrasting and comparing the sentiment scores. It helps in generating long document summaries accurately.
Natural language processing and text analytics are regarded as ultra-complicated computer science functions, which well-trained data analysts understand. Text analytics contribute to the discipline of computer science, which combines natural language processing and machine learning, which helps in seeking the prerequisite meaning from different unstructured text documents. By utilizing data analytics services, which include all data-related solutions like text analytics and text mining, businesses can acquire insightful information about consumer feedback, market trends, and other crucial information to make data-driven decisions.
Common Mistakes When Making A Medical Case Study
Medical Case Studies are reports describing patients with a disease, disorder, or medical condition. This type of report is often used in academic and industry-based research to publish research findings and determine how best to treat a patient. However, before you start, it’s essential that you avoid common mistakes when learning how to write a case study in medicine.
Not Including Enough Info
One of the most common mistakes made when writing a medical case study is not including enough information about the patient. In order to provide an accurate description of the patient’s condition, it’s important to include their age, gender, and any other relevant information such as the case study method used. Failing to provide this information can make it difficult for readers to understand your writing.
Including Irrelevant Info
Another common mistake when writing a case study example is to include irrelevant information in the report. While it’s important to ensure you provide detailed information about the patient this shouldn’t be at the expense of providing enough detail to justify your findings and recommendations for treatment. Ensure there is an appropriate balance between these two concepts so that your case study research can be understood easily.
Writing A Report Too Long Or Too Short
One of the most common mistakes in a medical case study is either writing too long or too short. If your report is too long then it’s likely to lose the interest of your readers, while if it’s too short this could mean you haven’t provided enough evidence to justify your findings. Try to strike a balance between these two extremes so that you can provide an accurate report while maintaining the interest of your readers.
Including Inappropriate Language
To ensure your medical case study is an accurate description of research it’s important to avoid including inappropriate language. This should always be professional and written in a way that ensures anyone can understand the text. While you may be familiar with a particular medical term this doesn’t mean other people will share this knowledge, so try to avoid medical jargon where possible.
Not Including References To Citing Sources
Before you start your medical case study, it’s essential that you do plenty of research into the topic to ensure all of your information is accurate, up-to-date, and relevant. When writing an academic report it’s important to include references for all of your content so that your readers can refer to the source material if they want. Not including references is one of the most common mistakes made when writing a medical case study and could result in your work being rejected by academic journals.
Writing Too Much About One Topic
When writing a medical case study it’s important to cover your topic in depth while ensuring that you provide enough detail for your work to be understood easily. While focusing on one aspect may make for an interesting read if you don’t move on to another topic then this can start to bore the reader, so try to keep it balanced.
Writing A Biased Report
One of the most common mistakes made when writing any report is to include biased content, but this mistake is even more common when writing a medical case study. This can often be due to the fact that the author may be emotionally attached to the patient and their condition, which can bias the findings of your research and reports. To avoid this it’s important to ensure you have a clear idea of what you want to achieve with your report before you start writing and to remain objective throughout the writing process.
Including No Discussion Of Limitations
When writing a medical case study it’s important to include a section on the limitations of your work. While you may have conducted thorough research and provided a lot of information this doesn’t mean that your findings can be applied to everyone, so always discuss how applicable they are to other patients who have been diagnosed with the same condition. This will help to ensure that your work is seen as credible by other academics.
Not Writing The Report In The Correct Format
It’s important to ensure that your work is in the right medical case study format so it can easily be read and understood. If your report is written using complicated sentence structures then this could put readers off reading the full report, which means they may just look at the abstract or table of contents instead.
If you need to make a case study presentation, Venngage is a great choice.
Not Properly Proofreading Your Work
One of the most common mistakes made when writing any type of report is not properly proofreading your work. This can lead to errors which can impact the accuracy of your findings and make it difficult for readers to understand your work. Always take the time to thoroughly check your work for errors before submitting it for publication.
Making these common mistakes can have a negative impact on the quality of your Medical Case Study. By avoiding these mistakes you can ensure that your work is accurate and easy to understand, making it more likely to be accepted for publication.
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