Blog Post Sample
Industry: Automation
The Future of Automation: Terminator or Roomba
Automation has an exciting future with robots that can maneuver into trucks and select packages, assist people in a manufacturing company or move from one floor to another in a hospital setting.
Improved vision and sensing capabilities mimic human abilities, but don't expect to work alongside a Terminator-type cyborg that gets damaged and slips into a dark room and heals itself. Service robots like the Roomba cleaner are a more down-to-earth use of everyday automation.
On the other hand, let's say a cyborg did slip unnoticed into a factory and … okay, let's take a realistic look at the ever-developing world of automation.
Human Elements of Automation
Common sense isn't just a human trait. Robots have had it, too, for a few years now. Of course, it took people to make it happen. Manufacturers have used robotics to perform repetitive tasks at superhuman speed. The drawback was these types of automated systems is that they performed well in an environment where few variables existed. Machines could affix labels to bottles or packages that had the same dimensions.
The next step in robotics development was creating machines that could adapt to a changing environment. What if a robot drops an object? The Baxter robot from Rethink Robots knows to stop and get another item before finishing its task. The number of human-type traits that a robot can have are listed in the write-up Rethink Robots Revolutionizes Manufacturing with Humanoid Robot.
This type of robot won't get caught up in an intergalactic battle. Small to medium-size businesses will appreciate that a smart robot like this has more practical uses and only costs around $ 22,000 and a worker can teach it what to do in about a half hour.
Traits of a Service Robot
Homeowners with pets are used to walking around a kitchen and sidestepping a pet dog. You might walk down a hallway and have to move away from someone pushing a cart. That's easy for you to do. From a robot's perspective, however, the human world is unstructured. Anything can happen.
Service robots are being manufactured to be as autonomous as possible and a leader in this trend is iRobot, the maker of the Roomba floor cleaner. The company has sold 10 million home robots since its founding in 1990. Additional systems have been sold to the military for use in destroying bombs and increasing troop safety. Remote automated equipment is being used in hospitals for doctor-patient interaction.
The potential for widespread use in home and industry is similar to how personal computers in the 1980s became indispensible. Engineers have the challenge of making the equipment user-friendly for people who will likely not have a technical background.
The robot itself is able to determine changes in the world around it as noted in Our Autonomous Future with Service Robots. “Let’s say you have a fictitious mobile robot with an arm, which can move around an office building,” said Dr. Chris Jones, Director of Strategic Technology Development at iRobot. “It might even need to open and close doors.
"To do that, it needs to be able to effectively know what a door is. It needs to be able to perceive the environment around it and say 'Oh, that’s a door, and there’s the door handle.' The environmental factors around recognizing that door are going to be more challenging.”
Safety Issues
We can imagine how robots might move freely but loose equipment that's not being handled by a person sounds like a potential disaster in the making. Manufacturers are finding ways to make robots safe and work within the parameters of mandatory safety standards. Robots are programmed to quickly shift gears and move around hazards. Take an in-depth look at safety with The Shrinking Footprint of Robot Safety to discover how commands are embedded in the robot's software controls.
Don’t expect robots to take on such human forms that you might mistake one for a co-worker. Do expect robots to be programmed so they can move around posts, avoid running into people, and handle tasks while moving from one place to another. Robots that act independently are made with the same goals as previous automated systems. Companies that use them for well-defined purposes will find a boost in productivity, gain a competitive edge, and discover reduced production costs.
Automation has an exciting future with robots that can maneuver into trucks and select packages, assist people in a manufacturing company or move from one floor to another in a hospital setting.
Improved vision and sensing capabilities mimic human abilities, but don't expect to work alongside a Terminator-type cyborg that gets damaged and slips into a dark room and heals itself. Service robots like the Roomba cleaner are a more down-to-earth use of everyday automation.
On the other hand, let's say a cyborg did slip unnoticed into a factory and … okay, let's take a realistic look at the ever-developing world of automation.
Human Elements of Automation
Common sense isn't just a human trait. Robots have had it, too, for a few years now. Of course, it took people to make it happen. Manufacturers have used robotics to perform repetitive tasks at superhuman speed. The drawback was these types of automated systems is that they performed well in an environment where few variables existed. Machines could affix labels to bottles or packages that had the same dimensions.
The next step in robotics development was creating machines that could adapt to a changing environment. What if a robot drops an object? The Baxter robot from Rethink Robots knows to stop and get another item before finishing its task. The number of human-type traits that a robot can have are listed in the write-up Rethink Robots Revolutionizes Manufacturing with Humanoid Robot.
This type of robot won't get caught up in an intergalactic battle. Small to medium-size businesses will appreciate that a smart robot like this has more practical uses and only costs around $ 22,000 and a worker can teach it what to do in about a half hour.
Traits of a Service Robot
Homeowners with pets are used to walking around a kitchen and sidestepping a pet dog. You might walk down a hallway and have to move away from someone pushing a cart. That's easy for you to do. From a robot's perspective, however, the human world is unstructured. Anything can happen.
Service robots are being manufactured to be as autonomous as possible and a leader in this trend is iRobot, the maker of the Roomba floor cleaner. The company has sold 10 million home robots since its founding in 1990. Additional systems have been sold to the military for use in destroying bombs and increasing troop safety. Remote automated equipment is being used in hospitals for doctor-patient interaction.
The potential for widespread use in home and industry is similar to how personal computers in the 1980s became indispensible. Engineers have the challenge of making the equipment user-friendly for people who will likely not have a technical background.
The robot itself is able to determine changes in the world around it as noted in Our Autonomous Future with Service Robots. “Let’s say you have a fictitious mobile robot with an arm, which can move around an office building,” said Dr. Chris Jones, Director of Strategic Technology Development at iRobot. “It might even need to open and close doors.
"To do that, it needs to be able to effectively know what a door is. It needs to be able to perceive the environment around it and say 'Oh, that’s a door, and there’s the door handle.' The environmental factors around recognizing that door are going to be more challenging.”
Safety Issues
We can imagine how robots might move freely but loose equipment that's not being handled by a person sounds like a potential disaster in the making. Manufacturers are finding ways to make robots safe and work within the parameters of mandatory safety standards. Robots are programmed to quickly shift gears and move around hazards. Take an in-depth look at safety with The Shrinking Footprint of Robot Safety to discover how commands are embedded in the robot's software controls.
Don’t expect robots to take on such human forms that you might mistake one for a co-worker. Do expect robots to be programmed so they can move around posts, avoid running into people, and handle tasks while moving from one place to another. Robots that act independently are made with the same goals as previous automated systems. Companies that use them for well-defined purposes will find a boost in productivity, gain a competitive edge, and discover reduced production costs.
Blog Post Sample
Industry: Health, chiropractor
Keywords: relief from headaches, stress headache, head trauma, NFL concussions
External Links: PBS Frontline Report on NFL Concussions, Denver Broncos (optional)
Title: Why Headache Sufferers Need Chiropractic Treatments for Complete Pain Relief
Causes of Headaches
Head trauma is on display every week during the NFL season, and you might need relief from a stress headache just from watching the hits the players take.
During the 2012-13 season, 160 players suffered concussions. There’s a link at the end of this post on a PBS Frontline report on NFL concussions.
You may not play professional football but you may have experienced a blow to the head during birth, playing high school sports, or maybe you were in a car accident.
A patient of mine who needed relief from headaches had experienced head trauma at birth when she was delivered via forceps.
The reason for headaches and circumstances for head injury may be different but the common result is nerve interference.
Pain Relief
Clearing the nerve interference at the upper neck area allows the brain stem to communicate more effectively with the complete nervous system.
The brain stem has to be free of nerve blockage.
This is why Upper Cervical Chiropractics is a natural way to relieve pain without the use of pharmaceuticals that can damage the liver or vital organs with prolonged use.
This form of chiropractics has been in use since the 1920s and incorporates a gentle adjustment and does not use the typical cracking and popping of the neck.
The experience is a gentle remedy for headache relief and pain relief throughout the body.
Next Step
Schedule a complimentary consultation with me at my location in the Mid-Wilshire area of Los Angeles and we will see if the upper cervical approach can benefit you.
Click here for a NFL concussion story from PBS Frontline November 2013.
External Links: PBS Frontline Report on NFL Concussions, Denver Broncos (optional)
Title: Why Headache Sufferers Need Chiropractic Treatments for Complete Pain Relief
Causes of Headaches
Head trauma is on display every week during the NFL season, and you might need relief from a stress headache just from watching the hits the players take.
During the 2012-13 season, 160 players suffered concussions. There’s a link at the end of this post on a PBS Frontline report on NFL concussions.
You may not play professional football but you may have experienced a blow to the head during birth, playing high school sports, or maybe you were in a car accident.
A patient of mine who needed relief from headaches had experienced head trauma at birth when she was delivered via forceps.
The reason for headaches and circumstances for head injury may be different but the common result is nerve interference.
Pain Relief
Clearing the nerve interference at the upper neck area allows the brain stem to communicate more effectively with the complete nervous system.
The brain stem has to be free of nerve blockage.
This is why Upper Cervical Chiropractics is a natural way to relieve pain without the use of pharmaceuticals that can damage the liver or vital organs with prolonged use.
This form of chiropractics has been in use since the 1920s and incorporates a gentle adjustment and does not use the typical cracking and popping of the neck.
The experience is a gentle remedy for headache relief and pain relief throughout the body.
Next Step
Schedule a complimentary consultation with me at my location in the Mid-Wilshire area of Los Angeles and we will see if the upper cervical approach can benefit you.
Click here for a NFL concussion story from PBS Frontline November 2013.
