The sick and disabled find it difficult to move up and down in buildings with staircases. As such, it is vital to get a means to do so. Stair lifts in Maryland are helpful for this purpose. Lifts are mechanized electric tools utilized for lifting persons both upstairs and downstairs. Other terms for these devices include stair gliders and chairlifts. A stair lift comprises of a chair, which is referred to as either a platform or carriage. The carriage is attached to the stair case tracks.
It is believed that the first model of chairlifts was made in London. It was made for king Henry the 8th after injuring himself while jousting. It was a simple chair, which was pushed by servants down and up the stairs using a tackle and block system. By 1930 the first stairlifts were made and sold in the US by the inclinator company. Back then most users were polio victims.
Nowadays there are numerous firms involved in production, sell and installation of lifts. Most people are used to straight or curved stairlifts. Producers can manufacture models that are specifically suited to particular shapes of staircases if asked to do so. Standing or perch chairlifts are other unique types of lifts. Standing stairlifts are used by people who are unable to sit or stand as a result of joint disorders. Perching stairlifts are narrower.
Straight chairlifts are meant for use in homes with straight staircases. Unlike, curved stair lifts they cannot bend, turn or go around corners. This make of lifts is the most common and affordable model. This mobility tool is fitted with smooth stop and start technology that ensures relaxed and harmless transportation. The units are available in several colors that suit the theme or decor of the home.
Chairlifts have different working load or weight capacity. Every unit has a label that indicates the working load. Weight capacity is included to guarantee comfort, safety, ease of use and ride quality. Light duty models have varying weight capacities of not beyond 19 stones. Heavier people should go for higher-capacity devices. Installing appropriate capacity prevents accidents.
Most devices have adjustable seat height, footrest, and armrests for additional comfort. Users can transfer easily to their wheelchairs by simply folding armrests to create space. Well fitted devices must allow enough room for others to use staircases without interference. An entire system includes sensors for detecting obstructions on the way or tracks. Should an object be encountered along the way the device halts automatically and continues moving after removing the object.
Some chairlifts are controlled by use of remote controls. Controls systems are used while calling back the devices to where the operator is after they have been utilized by other users. Control gears are positioned at the top and end of staircases so as to enable access from both ends. Some designs have control gears placed on the arms. A curved stair lift has more control units in comparison to a straight stair lift. More motor systems and links are included to ensure efficient tackling of various maneuvers that the device makes during movement.
When buying these units homeowners should invest in durable designs to reduce costs. Investing in a design with microprocessors is important since it stores the journey characteristics data in memory. In addition, they record the direction and frequency of journeys, such information is helpful to maintenance engineers.
It is believed that the first model of chairlifts was made in London. It was made for king Henry the 8th after injuring himself while jousting. It was a simple chair, which was pushed by servants down and up the stairs using a tackle and block system. By 1930 the first stairlifts were made and sold in the US by the inclinator company. Back then most users were polio victims.
Nowadays there are numerous firms involved in production, sell and installation of lifts. Most people are used to straight or curved stairlifts. Producers can manufacture models that are specifically suited to particular shapes of staircases if asked to do so. Standing or perch chairlifts are other unique types of lifts. Standing stairlifts are used by people who are unable to sit or stand as a result of joint disorders. Perching stairlifts are narrower.
Straight chairlifts are meant for use in homes with straight staircases. Unlike, curved stair lifts they cannot bend, turn or go around corners. This make of lifts is the most common and affordable model. This mobility tool is fitted with smooth stop and start technology that ensures relaxed and harmless transportation. The units are available in several colors that suit the theme or decor of the home.
Chairlifts have different working load or weight capacity. Every unit has a label that indicates the working load. Weight capacity is included to guarantee comfort, safety, ease of use and ride quality. Light duty models have varying weight capacities of not beyond 19 stones. Heavier people should go for higher-capacity devices. Installing appropriate capacity prevents accidents.
Most devices have adjustable seat height, footrest, and armrests for additional comfort. Users can transfer easily to their wheelchairs by simply folding armrests to create space. Well fitted devices must allow enough room for others to use staircases without interference. An entire system includes sensors for detecting obstructions on the way or tracks. Should an object be encountered along the way the device halts automatically and continues moving after removing the object.
Some chairlifts are controlled by use of remote controls. Controls systems are used while calling back the devices to where the operator is after they have been utilized by other users. Control gears are positioned at the top and end of staircases so as to enable access from both ends. Some designs have control gears placed on the arms. A curved stair lift has more control units in comparison to a straight stair lift. More motor systems and links are included to ensure efficient tackling of various maneuvers that the device makes during movement.
When buying these units homeowners should invest in durable designs to reduce costs. Investing in a design with microprocessors is important since it stores the journey characteristics data in memory. In addition, they record the direction and frequency of journeys, such information is helpful to maintenance engineers.
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