![]() The Room Conditioner is Kid And Pet Friendly: There is absolutely no need to worry about your loved ones touching a hot heating element. As this warm air is circulated around the room, it warms the room air, windows, furniture and most importantly you.It would be impossible for a small electric room heater to effectively heat such a large area. As the warm air moves above the heating elements, the air is pushed upwards and across the ceiling, down the walls and rises back up towards the fan back into circulation whereby the process repeats itself. The Room Conditioner does this by taking advantage of heating then moving the room air with its fan blades. feet of area, or a whopping 4000 cubic feet of space. The Room Conditioner will efficiently and effectively heat a 20 foot by 20 foot room with 10 foot ceilings, a 400 sq. The Room Conditioner Heats A Larger Area:ĭepending on insulation values of the room that is being heated, a small electric heater will effectively heat a very small area, sometimes just the area directly in front of where the heater is, or in the most optimal conditions no more than a hundred or so square feet of area directly in front of the heater. Once a room is “seasoned” and at the temperature level set on the thermostat remote control, the Room Conditioner will reduce power consumption to approximately 500 watts of power while at the same time maintaining the same temperature levels throughout the room. However, as the room warms up, the Room Conditioner will begin to automatically turn off heating elements, reducing power consumption. A Room Conditioner will initially use about the same amount of electricity. Based on the MRI findings, we also believe that the soleus sling is a component of the compression when patients present with extraneural ganglion cysts and tibial neuropathy near the knee in these patients, we recommend release of the soleus sling as part of the definitive management.The World's Smartest Ceiling Fan-Heater, especially effective during those cool damp evenings in the mountains of Central America.Ī small electric space heater typically uses 1500 watts of power. We conclude that MR imaging is effective in demonstrating pathologic changes in the tibial nerve at the soleus sling. No compression of the tibial nerve at the soleus sling was found in the intraneural ganglion population. In patients with extraneural ganglion cysts, MR imaging demonstrated a "sandwich"-like compression of the tibial nerve between the cyst and the soleus sling with corresponding tibial nerve T2 hyperintensity and denervation change in posterior compartment muscles. In the patients presenting with idiopathic soleus sling syndrome, MR imaging demonstrated a thickened soleus sling with T2 hyperintensity of the tibial nerve at the level of the sling and denervation changes in muscles of the posterior compartment of the leg. Nine patients were included in the study, two with idiopathic soleus sling syndrome, four with extraneural, and three with intraneural ganglion cysts. Additionally, patients presenting with tibial neuropathy and ganglion cysts, both extra- and intraneural, were examined to determine if the site of compression corresponded to the region of the soleus sling. ![]() The purpose of this paper is to confirm the ability of MR imaging to demonstrate pathologic changes in the tibial nerve in patients presenting with soleal sling syndrome. With the use of high-resolution imaging and fat-suppression protocols, tibial nerve compression at the soleal fascial arch can be demonstrated in a subset of patients presenting with idiopathic tibial neuropathy. Advances in MR imaging with high-resolution 3-Tesla scanners have made direct visualization of nerve pathology possible. Diagnosis of soleal sling syndrome is difficult, and has been based mainly on clinical examination. The soleus sling has been recently identified as a site of compression of the tibial nerve resulting in tibial neuropathy.
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