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meidi 15 Hz frequency conversion air-conditioning in hot pursuit of the listing for six months by the market

Season yet to start, has begun selling frequency. Recently, Suning, Gome stores, such as inverter air conditioner market has become one of the mainstream products, while the United States of inverter air conditioner with 180-degree sinusoidal vector control, such as the core technology to occupy DC inverter air conditioner market share above.

This reporter has learned that the United States in 2004 developed in cooperation with Toshiba Inverter air conditioning technology, after 5 years of technological accumulation and precipitation, September 1, 2008, in one fell swoop launched five series of 10 number of DC inverter air-conditioning products. According to the U.S. air-conditioned press spokesman, Zhang Zhiguo, director of market introduction, the United States launched air-conditioned five series DC inverter air-conditioning products using 180-degree sinusoidal vector control technology, one of the United States and the Galaxy C180 is from the China Quality Certification Center (CQC ) won the first energy-saving inverter air conditioner Certificate, Certificate No. No. CQC08701026100. SEER high reached 6.2, operating frequency as low as 15 Hz.

The United States and 15 Hz frequency conversion air-conditioning in hot pursuit of the listing for six months by the market

Faced with individual brand watch outgoing frequency of 15 Hz to buy publicity, Zhang Zhiguo, said the United States and the inverter air conditioner listed at the beginning of 2008 on the launch of the operating frequency of 15 Hz Product Galaxy C180, as the flagship product of the entire DC inverter Galaxy C180, at EER, function and appearance of both implementation of innovative technological breakthrough. Innovative features combined with ultra-luxurious appearance, C180 Galaxy has become a symbol of high quality of life. Zhang Zhiguo also introduce, an operating frequency of inverter air conditioner is an important criterion, but the frequency is from the compressor to control the chip to the capacitor system and other related areas of technology, and all technology is linked to control, is now the top 180 Sine Wave vector control. US-DC inverter air conditioner all used 180-degree sine wave control technology, are the only domestic air-conditioning industry, although some brands claim to be in possession in the media on sinusoidal air-conditioning technology, but the market is the main selling more than 95% or 120 degrees square.

It is understood that the world's first inverter air conditioner Toshiba are successfully developed in 1981, and the current DC inverter air conditioner market share in Japan has up to 100%. However, this technology is at the threshold and the threshold of a very high quality market, from the beginning in 2004, the United States air-conditioning factory in Shunde Toshiba brand DC inverter air-conditioning, has been Japan's energy-saving 4-year award, the cumulative sales of more than one million sets have been Japan more than 100 million home of Recognition. 180 degree sine wave control technology of inverter air conditioner are required for high-end configuration.

Japan's Toshiba as the world's first variable frequency air conditioning and the first dual-rotor, the inventor of inverter air conditioner, have maintained their frequency originator's technology leadership. Air-conditioning and the United States has been China's technological innovation-based enterprises. Deng Ming-yi, Yu-bin, such as the United States has the head of the Air-Conditioning Engineers, NPC deputy and Labor Medalist, and create Chinese home appliance industry, technical research and development personnel access to the country's highest honor precedent.

Industry experts said that the inverter air conditioner intense competition, a variety of conceptual level is not poor. Consumers should look for the selection at 180 degree sine wave control technology, the concept not to be misled.

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Orchid Roots

One adaption in orchids can be found among the epidendrums. The species E. falcatum retains all its weight in the thick, heavy leaves. The root system is not numerous, but s-ong enough to hold a heavy plant firmly in its place on a tree. The pseudobulbs are merely short stems which support the long, spears-lriaped leaves which, rough and hard, will withstand a harsh environment. They are the main source of food supply for the plant.

Only occasionally is a single old leaf shed, their lifespan being for many years. The plant grows from a downward-creeping rhizome and the large green flower emerges from inside the base of the leaf. In cultivation the pendent habit should be retained and regular spraying essential.

All orchids produce roots. There are basically two kinds: aerial and underground. The root structure of orchids is peculiar to them, and all their roots are of a uniform thickness which does not increase with age. The roots will branch, in some species freely. All consist of a central wiry thread which is surrounded by the fleshy, moisture- retaining, part which in turn is coated by the white papery covering, the velamen, which grows as the root extends, leaving only the green growing tip exposed.

Epiphytic sympodial orchids produce their roots from the base of the leading growth at some stage during the young growth's development, and will give it a tremendous boost with a fresh food supply.

In cultivation these roots can he aerial or underground depending upon the angle at which they are produced. Some may grow horizontally and remain as aerial roots until they come into contact with compost when they will grow into it to become terrestrial.

A small group of orchids consist merely of a small crown from which bursts a mass of tangled roots. These species, among them the genus Microcoelia, have roots which produce chlorophyll.

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Araucaria Excelsa

The house plant grower with an experimental turn of mind may well he able to grow on aphelandra plants from one vear to the next if he has at his disposal some simple propagating equipment with which to raise new cuttings. To do this allow the bract to die back and lose its colour before cutting the plant back to a firm pair of leaves.

We hear many glowing accounts of how one should be able to flower plants regularly over the years, but this is really just so much eye-wash. It is not an easy task to flower second- and third-year plants even in ideal greenhouse conditions.

From this second pot the plant will have to he potted on into at least one more pot size during that season provided the cuttings were struck early enough in the year. Then, who knows, with a little luck you may have your very own aphelandra plants in flower by the end of the year.

Well-grown plants that have retained most of their foliage can he very attractive, the principal interest being the freely borne red berries. Being so lamentably slow in growth few mature plants are ever offered for sale, if time is on your side, they are not difficult to raise from seed. Keep fairly warm and in good light; otherwise apply standard treatment in respect of water and fertiliser. Avoid the temptation of transferring small plants to too-large pots.before they are ready, as this will only prove detrimental.

Asparagus sprengeri is a supremely adaptable plant which can' be planted in the garden-room border for the growth to climb wall or trellis or to provide graceful foliage spilling out of hanging baskets, or it can he used more conventionally as a pot plant. In any case, it will be little bother if given some sun protection and adequate moisture during the spring and summer months. It will also appreciate during the summer regular application of weak liquid fertiliser. New plants may be raised from seed sown in a reasonably high temperature, about 21C. (70F.), in the spring or, if only a few plants are needed, older clumps can be split up and the pieces planted individually. Do this in spring, using a standard house plant compost.

In the past there have been several aphelandras offered by the commercial grower as potentially good house plants, but A. squarrosa louisae and the improved variety A. S. Brockfeld have had few really serious competitors. In the popularity stakes the latter of these two appears to be winning the day, mainly on account of its much brighter and more attractive foliage. There is little to choose between the quality of flowers produced.

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