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Tag Archives: Supplies

Turboencabulator – Quality Medical Supplies – Medical Bandage Manufacturer

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History of the Turboencabulator
An early reference to the turbo-encabulator appeared in an article by New York lawyer Bernard Salwen in Time on April 15, 1946. Part of Salwen’s job was to review technical manuscripts. He was amused by the jargon and wrote the classic description of a non-existent turboencabulator .
In 1955 the turboencabulator was supposedly described by a “J.H. Quick” in “The Institution of Electrical Engineers, Students Quarterly Journal” 25 (London), p184 in 1955 . (Other sources give vol 15 no. 58 p. 22, December 1944.)
Page 1 of 1962 description of a turboencabulator “made” by GE
Page 2 of 1962 description of a turboencabulator “made” by GE
In 1962 a turboencabulator data sheet was created by engineers at General Electric’s Instrument Department, in West Lynn, Massachusetts. It quoted from the previous sources and was inserted into the General Electric Handbook . The turboencabulator data sheet had the same format as the other pages in the G.E. Handbook. The engineers added “Shure Stat” in “Technical Features”, which was peculiar only to the Instrument Department, and included the first known graphic representation of a “manufactured” turboencabulator using parts made at the Instrument Department.
Circa 1988 the former Chrysler Corporation “manufactured” the Turboencabulator in a video spoof. See external link in the bottom of this article.
Circa 1997 Rockwell Automation “manufactured” the renamed Retro-Encabulator in another video spoof. See external link in the bottom of this article.
The technical descriptions of all these turboencabulators remain remarkably similar over the years.
Typical technical description
The following quote is from the Time article. “General Electric”, “Chrysler” and “Rockwell Automation” use many of the same words.
“Work has been proceeding in order to bring perfection to the crudely conceived idea of a machine that would not only supply inverse reactive current for use in unilateral phase detractors, but would also be capable of automatically synchronizing cardinal grammeters. Such a machine is the ‘Turbo-Encabulator’.
“The original machine had a base-plate of prefabulated amulite, surmounted by a malleable logarithmic casing in such a way that the two spurving bearings were in a direct line with the pentametric fan. … The main winding was of the normal lotus-o-delta type placed in panendermic semi-boloid slots in the stator, every seventh conductor being connected by a nonreversible trem’e pipe to the differential girdlespring on the ‘up’ end of the grammeters.
“Forty-one manestically spaced grouting brushes were arranged to feed into the rotor slipstream a mixture of high S-value phenylhydrobenzamine and 5% reminative tetryliodohexamine. Both of these liquids have specific pericosities given by P = 2.5C.n^6-7 where n is the diathetical evolute of retrograde temperature phase disposition and C is Cholmondeley’s annular grillage coefficient. Initially, n was measured with the aid of a metapolar refractive pilfrometer … but up to the present date nothing has been found to equal the transcendental hopper dadoscope. … Undoubtedly, the turbo-encabulator has now reached a very high level of technical development. It has been successfully used for operating nofer trunnions. In addition, whenever a barescent skor motion is required, it may be employed in conjunction with a drawn reciprocating dingle arm to reduce sinusoidal depleneration.”
Fact and Fiction
While the turboencabulator is completely made up, most of the brands and divisions mentioned in the videos exist and are accurately described. Allen-Bradley manufactures controls. Dodge Power Transmission manufactures gears and bearings. Reliance Electric manufactures motors, and Rockwell Software is a division of Rockwell Automation.
The equipment shown in the original Chrysler video are a real Chrysler four-wheel drive transaxle and diagnostic equipment, and the Rockwell video uses real parts that can be ordered from Allen-Bradley, including the motor control center (MCC) that is being described as the retro-encabulator.
Most generators operate by the “relative motion of conductors and fluxes”. On the other hand, the Retro-Encabulator is said to use the “modial interaction of magneto-reluctance and capacitive directance”. As plausible as this may sound to non-engineers, “modial” and “directance” are not even words, much less meaningful engineering terms. Some of the other parts mentioned in the video, (e.g., “differential girdle spring” and “dingle arm”) help signal even the technically non-proficient that it is a joke.
References
^ a b For Nofer Trunnions, Time, 15/04/1946.
^ turboencabulator.txt
^ Turboencabulator.
Usage
Time; May 6, 1946; An adjunct to the turbo-encabulator, employed whenever a barescent skor motion is required.
Time; June 3, 1946; If the sackful of mail we have received from you is any indication, the story of “The Turbo-Encabulator in Industry” struck many a responsive chord. Aside from those of you who wanted to be reassured that TIME hadn’t been taken in, we received the customary complaints about using too much technical jargon for the layman, observations such as “My husband says it sounds like a new motor; I say it sounds like a dictionary that has been struck by lightning”; suggestions that it “might have come out of the mouth of Danny Kaye,” and plaintive queries like: “Is this good?” Wrote one bemused U.S. Navyman: “It’sh poshible.” To some the turbo-encabulator sounded as though it would be a “wonderful machine for changing baby’s diapers.” A reader from Hoboken assumed that it would be on sale soon in Manhattan department stores. Many of you wrote in to thank us for illuminating what you have long wanted to tell your scientist friends.
The Coe College Cosmos; May 23, 1951, Cedar Rapids, Iowa; “Now I have a brand new turboencabulator with the … we hope that Jasper … hasn’t scared away all the little tots from future operettas. Seems that he had …”
External links
The complete Chrysler video, circa ~1988-1990 on YouTube
Dodge video – 1997 on YouTube
Complete Rockwell video on Google Video
The Turbo-encabulator in Industry
Retroencabulator website (contains Turbo-Encabulator text with “Turbo” replaced by “Retro”; does not contain the text from the Retro-Encabulator video)
An Interview with actor Mike Kraft who starred in several videos, including the Chrysler one, playing the service instructor and a late Rockwell remake (available on his own site) Kraft even has vague plans of filming a retroencabulator sequel.
Categories: Professional humor | Fictional technology | Hoaxes in science | Hoaxes in the United States

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Bottega Veneta – Medical Arm Crutch Manufacturer – Medical Supplies Crutches

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History
Bottega Veneta was founded by Michele Taddei and Renzo Zengiaro in 1966.
However interest in the brand declined during the 1990s so in 2000, the Moltedos brought in British designer Giles Deacon to shake up the languishing house. According to Deacon, the interview took place on a bed at the George V in Paris, and he got the job because Laura Moltedo liked a picture in his portfolio, of a budgerigar driving a Rolls-Royce. Under Deacon the company launched a successful line of Ready-To-Wear clothing,[citation needed] but in July 2001[citation needed] Tom Ford persuaded Gucci Group to buy Bottega Veneta.
Ford moved Deacon to Gucci womenswear, and German-born designer Tomas Maier took over at Bottega Veneta. With Gucci’s support, Bottega Veneta has reclaimed its leading position in the luxury leather goods market.
Style
Bottega Veneta intrecciato woven leather handbag
Bottega Veneta is best known for its hand-woven leather goods – bags, belts, and shoes. They are all handcrafted in Italy and retail for 1000 or more. Current Bottega handbags typically boast clean lines, the softest Intreciatto woven leathers, and a classic palette. Major trends are nodded to (such as patent leather and studs in autumn 2007), but always in a toned-down, easy-to-wear way. They are generally only labelled on the inside, although under Deacon, the metalwork had small, subtle logos). Bottega Veneta approach is best summed up by a company slogan that loosely translates as “When your own initials are enough”
Maier’s aesthetic for Bottega Veneta Ready-To-Wear is more understated and classical than Deacon’s “high-octane, ultra-sexy” look. Lines are simple and clean, with ladylike silhouettes and (particularly for Spring/Summer collections) Greco-Roman inspired draping and folding predominating. The colour palette consists largely of light-toned neutrals and pastels for recent Spring/Summer collections, and black, neutrals and faded colours, such as reds and yellows for Autumn/Winter 200708.
Boutiques
The lists in this section may contain items that are not notable, encyclopedic, or helpful. Please help out by removing such elements and incorporating appropriate items into the main body of the article. (April 2008)
Shop in Hong Kong
Wikimedia Commons has media related to: Bottega Veneta
The company currently has boutiques in Italy, Spain, France, the United Kingdom, the United States, Switzerland, Germany, The Czech Republic, Greece, Russia, Turkey, Denmark, Sweden, Lithuania, Ukraine, Japan, Hong Kong, Guam, Korea, Taiwan, Singapore, Indonesia, the Philippines, Thailand, Kuwait, India, Malaysia, the United Arab Emirates and Saudi Arabia.
Notes and references
^ a b c d e f Frankel, Susannah (2007), “Giles Deacon: King of London”, The Independent (London), 2007-02-10, http://www.independent.co.uk/news/people/giles-deacon-king-of-london-435540.html, retrieved 2008-04-07 
External links
www.bottegaveneta.com Bottega Veneta
www.guccigroup.com Gucci Group
Bottega Veneta news articles
v d e
PPR Group
Subsidiaries
Luxury brands
Gucci 
Yves Saint Laurent  Sergio Rossi  Boucheron  Bottega Veneta  Bdat & Co  Alexander McQueen  Stella McCartney  Balenciaga
Retailers
Redcats  fnac  Conforama
Other
CFAO
Categories: Clothing companies of Italy | Italian brands | Luxury brands | Gucci brands | High fashion brands | Fashion accessory brands | Companies established in 1966Hidden categories: Articles needing additional references from April 2008 | All articles needing additional references | All articles with unsourced statements | Articles with unsourced statements from April 2008 | Articles needing cleanup from April 2008 | All pages needing cleanup | Wikipedia laundry list cleanup

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Liquid Paper – Medical Bandage Manufacturer – Quality Medical Supplies

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Brand history
Liquid Paper (a bottle of correction fluid), picture and eraser.
In 1951, Bette Nesmith Graham, (mother of Monkees member Michael Nesmith) invented the first correction fluid in her kitchen. Working as a typist, she used to make many mistakes and always strived for a way to correct them. Starting on a basis of tempera paint she mixed with a common kitchen blender. She called the outcome fluid Mistake Out and started to provide her coworkers with small green bottles on which the brand’s name was displayed.
By 1956, Bette Nesmith Graham founded the Mistake Out Company and continued working from her kitchen nights and weekends to produce small batches of correction bottles. Ironically, she was fired from her typist job after she made a mistake she did not manage to correct. After this stroke of bad luck, she decided to devote her time to her new company. And business boomed.
The inventor offered the product to IBM, which declined the offer. She sold the product, renamed Liquid Paper, from her house for 17 years. By 1968, the product was profitable, and in 1979 the Liquid Paper Corporation was sold to the Gillette Corporation for $ 47.5 million with royalties.
In 2000, Liquid Paper was acquired by Newell Rubbermaid. In some regions of the world, Liquid Paper is now endorsed by Papermate, a widely known writing instruments brand.
Main products
Liquid Paper offers a variety of products in the 3 different forms mentioned earlier. Here are some of them (non-exhaustive list):
Dryline Grip (correction tape)
Dryline Grip Recycled with 67% of recycled materials (correction tape)
7ml Correction pen
Fast Dry (correction fluid)
Toxicity and ingredients
Liquid paper came under scrutiny in the 1980s, due to concerns over recreational sniffing of the product. The hydrocarbon 1,1,1-trichloroethane, was used as a thinner in the product. Liquid paper using this thinner was thought to be toxic and cancer causing, but later studies have shown that although the thinner used was toxic there was no evidence of carcinogenicity. There were a number of studies linking fatalities to the trichloroethane contained in correction fluids, including Liquid Paper.
The removal of trichloroethane, by Gillette Corporation, from Liquid Paper commenced due to Proposition 65 declaring it hazardous and toxic. Liquid Paper was reformulated so that trichloroethane was no longer used in the product, and as of 2009 the current product contains no toxic solvents.
Liquid Paper contains titanium dioxide, solvent naphtha, mineral spirits, resins, dispersant, colorants and fragrance.
See also
Correction fluid
Correction tape
Wite-Out
Tipp-Ex
References
^ “Liquid Paper Correction Fluid, White. Material Safety Data Sheet”. Ohio State University College of Biological Sciences. 01 January 1985. Archived from the original on 22 July 2009. http://www.webcitation.org/5iTQCQ8OH. 
^ Sullivan, John Burke; Krieger, Gary R. (2001). Clinical environmental health and toxic exposures. Philadelphia: Lippincott Williams & Wilkins. p. 497. ISBN 068308027X. OCLC 41606485. http://books.google.com/books?id=PyUSgdZUGr4C&pg=PA497. Retrieved 23 July 2009. “Trichloroethane generally is less toxic than methylene chloride … is not teratogenic and carcinogenicity and mutagenicity testing has proven inconclusive.” 
^ “Sudden Death in Adolescents Resulting From the Inhalation of Typewriter Correction Fluid”. JAMA : the journal of the American Medical Association 253 (11): 16046. 15 March 1985. PMID 3974043. http://jama.ama-assn.org/cgi/content/short/253/11/1604. “We describe four cases of sudden death in adolescents associated with recreational sniffing of typewriter correction fluid occurring during the period 1979 through mid-1984.”. 
^ “Fatal cerebral oedema following trichloroethane abuse.”. Journal of the Royal Society of Medicine 83 (8): 533534. August 1990. PMID 2231588. 
^ Paddock, Richard C. (29 September 1989). “Gillette Agrees to Remove Toxics From Its Paper Correction Fluid”. Sacramento: Los Angeles Times. Archived from the original on 22 July 2009. http://www.webcitation.org/5iTIv5LFW. Retrieved 23 July 2009. 
^ Estrin, Norman F.; Akerson, James M. (2000). “Proposition 65”. Cosmetic regulation in a competitive environment. New York, New York: Marcel Dekker. p. 138. ISBN 0824775163. http://books.google.com/books?id=O8z3Nn9HzKIC&pg=PA138. Retrieved 23 July 2009. “Gillette agreed to reformulate the product so that it would not pose a risk requiring a Proposition 65 warning” 
^ “Paper Mate Liquid Paper Fast Drying Correction Fluid” (PDF). MATERIAL SAFETY DATA SHEET – MSDS #: 56401. Sanford NA. 2003. http://www.sanfordcorp.com/sanford/pdfs/Liquid%20Paper%20Fast%20Drying%20Fluid.pdf. Retrieved 2009-08-18. 
External links
Newell Rubbermaid Official website
Papermate US website
Official Web site
Liquid Paper on inventors.about.com
Categories: Correction instruments | Stationery | Newell Rubbermaid brands

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Online Medical Supplies

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The classification of medical devices is shown below. There are basically four classes, ranging from low risk to high risk.

 

* Class I (including Is & Im)

* Class IIa

* Class IIb

* Class III

 

The authorization of medical devices is guaranteed by a Declaration of Conformity. This declaration is issued by the manufacturer itself, but for products in Class Is, Im, IIa, IIb or III, it must be verified by a Certificate of Conformity issued by a Notified Body. A Notified Body is a public or private organization that has been accredited to validate the compliance of the device to the European Directive. Medical devices that pertain to class I (on condition they do not need to be sterilized or are not used to measure a function) can be put on the market purely by self-certification.

 

The European classification depends on rules that involve the medical device’s duration of body contact, its invasive character, its use of an energy source, its effect on the central circulation or nervous system, its diagnostic impact or its incorporation of a medicinal product.

 

Certified medical devices should have the CE mark on the packaging, insert leaflets, etc.. These packaging should also show harmonized pictograms and EN standardized logos to indicate essential features such as instructions for use, expiry date, manufacturer, sterile, don’t reuse, etc.

 

Based on the above classes there are different kinds of online medical supply.

 

Aspirators

An aspirator, also called an educator-jet pump or filter pump, is a device that produces vacuum by means of the Venturi effect. In an aspirator, fluid (liquid or gaseous) flows through a tube which then narrows. When the tube narrows, the fluid’s speed increases, and because of the Venturi effect, its pressure decreases. Vacuum is taken from this point.

 

External Pace Maker

A pacemaker (or artificial pacemaker, so as not to be confused with the heart’s natural pacemaker) is a medical device which uses electrical impulses, delivered by electrodes contacting the heart muscles, to regulate the beating of the heart. The primary purpose of a pacemaker is to maintain an adequate heart rate, either because the heart’s native pacemaker is not fast enough, or there is a block in the heart’s electrical conduction system. Modern pacemakers are externally programmable and allow the cardiologist to select the optimum pacing modes for individual patients. Some combine a pacemaker and defibrillator in a single implantable device. Others have multiple electrodes stimulating differing positions within the heart to improve synchronization of the lower chambers of the heart.

 

Pulse Oximeter

A pulse oximeter is a medical device that indirectly monitors the oxygen saturation of a patient’s blood (as opposed to measuring oxygen saturation directly through a blood sample) and changes in blood volume in the skin, producing a photoplethysmograph. It is often attached to a medical monitor so staff can see a patient’s oxygenation at all times. Most monitors also display the heart rate. Portable, battery-operated pulse oximeters are also available for home blood-oxygen monitoring. The original oximeter was made by Milliken in the 1940s.[1] The precursor to today’s modern pulse oximeter was developed in 1972, by Aoyagi at Nihon Kohden using the ratio of red to infrared light absorption of pulsating components at the measuring site. It was commercialized by Biox in 1981. The device did not see wide adoption in the United States until the late 1980s.

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