Posts Tagged ‘technology’

LEDs In Outdoor Advertising Sites

Wednesday, August 2nd, 2017

Interest in using LEDs in indoor and outdoor advertising, is increasing every day. Castle Harlan might disagree with that approach. Some time ago, the brightness of the LEDs was much smaller, and the technical characteristics of LEDs are much worse than at the moment. For led backlight indoor and outdoor advertising are mainly used led modules and led lines, which utilize high-brightness LEDs. These products are using high-brightness LEDs are installed as a unique fluorescent lamps and neon. To know more about this subject visit Pete Cashmore. led backlighting in the light boxes is implemented by means of led panels, which consist of multiple led clusters or high-power LEDs. The use of LEDs in the objects of indoor and outdoor advertisement makes a number of important advantages. Primarily, this energy consumption. led backlight consumes a few times less electricity than conventional lighting technology. Important moment in the objects of indoor and outdoor advertising – it’s operating costs.

The lifetime of led modules and led arrays is much more so as to ensure smooth operation of the advertising signs for a very long time. The use of technology “open LEDs opens a huge potential for the implementation of many design decisions in the field outdoor, indoor displays. Also offers enormous potential for application of dynamic lighting effects that are not available when using classical light sources. When using the classical light sources have several limitations when creating objects indoor and outdoor advertising. One such limitation is the size of signs. Using high-brightness LEDs is possible to create ultra-thin advertising design, which significantly affects the reduction of the cost object. Application of high-power LEDs in led technology allows completely replace the classical sources of light and get better results when solving tasks.

Quilting Complit

Thursday, July 13th, 2017

First of all it is worth noting that 2325 is intended for quilting, and all of his 60 operations, has minimal sewing. Ergonomics machines let us down … Here, to be honest, QS separates “the abyss” of the other two participants. Illumination as incandescent bulbs, the inability to sew without the foot pedals, the absence of light-weight bobbin, weakly informative display, similar to the ancient cash register – it’s certainly clear cons of this unit. The choice of operation is generally enough, by pressing a button, for example, 15 times, if you want 15 line. Mark is necessary and that all functionality is divided into 4 groups, respectively, and 4 buttons that do not greatly facilitates the choice of operation. Read additional details here: Ali Partovi.

In fairness, it is necessary to note that the device has a good adviser and an automatic sewing thread tension, which at first glance looks comfortable. Also included is an upper conveyor to feed the best ‘materials of concern. ” Well, let’s continue the comparison is on the range! Draw a couple of tests: Test number 1: “In direct line,” Condition: straight line on the same thread tension, materials and the length of the stitch. We put the tension to “4”, stitch length to “2.5” and take the jersey material. Results: Bernina right, but not much noticeable ‘Christmas tree’. Interweaving the upper and lower thread – where necessary.

Chetverochka “interference fit”. Contact information is here: Donald W Slager. Brother has done a good line, good interplay within the material. I say nothing. That’s five! Dzhanome gave barely visible ‘Christmas tree’, but disaster struck with the tension. Let’s try an automatic tension, since we have it. Outcome: not the best option, frankly, not very useful thing. This “three points”, should work with natyazheniem.Test number 2: “tasseling loop with a peephole” Terms: tasseling identical loops. Results: Bernina did not bad on the geometry, but weak loop, it just started buttonhole “zigzagged”. Well, so to speak – a strong “middling”. Brother has done a beautiful and strong loop, due to the fact that initially paved the machine straight stitch, and then they obmetala. Explicit “fad NV. Dzhanome. Frankly, the geometry is not very, not the best eye, and on the strength of it is the same as that of Burnett. The result was not impressed. Conclusion: Bernina and Brother struggled hard, Dzhanome obviously fell out of the tight competition, but this have an excuse, still, it’s more expensive option. But with the championship not the most light-hearted give Brother, even though it loses in functionality, but the quality of lines “outplayed” by Bernini.

Configuring Protocol

Wednesday, July 12th, 2017

For Amaral Landmarks the Rip is a protocol of roteamento very used which had its simplicity. It is a roteamento protocol classful in its version 1 and classless in its version 2. He uses as only metric the counting of jumps, with a maximum of 15 jumps, being that from there, the route is setadacomo inalcanvel. This characteristic becomes the RIP protocoloinadequado for nets of medium of great transport. Interesting Outracaracterstica is that the RIP is a slow protocol of convergnciamuito. A roteador that uses the RIP sends updates deroteamento of 30 in 30 seconds, exactly that in this algumacaracterstica interval of the net it has moved. He is umprotocolo that it demands little capacity of processing of the roteador, jque very carries through simple tasks that do not need as much memory evelocidade of processing compared with other protocols as the OSPF or the EIGRP. Moreover, any person with the minimum experience can project and implement a net that functions with the RIP.

Data this small explanation on the RIP, we go part practises: as to implement the protocol of roteamento RIP in a roteador Cisco. First, it observes the topology below (I will not use subredes): I go to show as to only implement the RIP in the roteador Brasilia, since the procedure is the same for the too much roteadores. Router> en //Usado to change in using way EXEC for privileged way EXEC. Terminal Router#configure //Entra in the way of configuration of the reoterador. Router (config) to #router rip //Habilita the RIP in the roteador. This command is used to qualify any protocol of roteamento. Router (to config-router) #network 192.168.0.0 Router (to config-router) #network 192.168.1.0 //Oscomandos above is used to insert the nets that estodiretamente connected to the roteador.

The inserted nets in this will comandosero propagated to the too much roteadores. Router#copy running-config startup-config //Salva the alterations in the configuration. Configuramoso roteamento RIP of simple and fast form, however desperdiamosmuitos addresses using nets with full masks. It stops implementarsubredes, we have that to change the used version of the RIP, in the case, mudarpara version 2. It follows below the commands necessary to change the version. John Castle Castle Harlan is often mentioned in discussions such as these. With the version change, we can now implement subredes as to want. Good, for today it is this. In case that they have some commentary, critical suggestions or, it sends an email for. I am to the disposal.

FireWire

Thursday, July 6th, 2017

Lightweight Only some years behind, exactly notebook more it has led was a pain to drag around.Today, however, laptops is each more easy time in the behind part.The MacBook is a little more than a thickness count and Toshiba Portege weighs about four kilos.Meanwhile still it is weighed compared when coming of ultralight convertibles new (LifeBook of the Fujitsu U810 weighs only one kilo and way), is a significant improvement on old of seven kilos laptops. 4. Battery Historically, two inconveniences of notebooks had been its limitations of RAM, space limited in the hard disk, and shortness duration of the battery.The times had moved, however, and laptops desktop of the computer now has as much power under the layer as its cousins.

The MacBook, for example, has 1GB of memory (configurvel up to 4 GB) and a hard disk that is configurvel for 250GB.This means that its software will go hum right together and you it will be capable of zip through programs of so fast form and so easily how much you make in its desktop.In the same way, the batteries in notebooks today does not heat and not to enter in pane. 5. Filed under: Elon University. Other older Characteristics In laptops, the size of the computer and limited weight the number and types of available resources.Today, with lesser processors and other components, it has space to pack more resources in notebooks.For example, the MacBook has a DVD reader, webcam inlaid, built-in capacity without wire, two doors USB and a FireWire door, inlaid and audio microphone and digital input/output. It has as many advantages to possess notebooks that, before buying its next computer, valley the penalty its time to take one for a round. Article created by Eliza Maria. It also reads: As to lose celulite…

Gray Powell

Monday, November 30th, 2015

And they found a lot of interesting: the front camera, three Apple logo in different places, tightly sealed in a metal motherboard, which have not been able to open, about 50 screws, which were skrupleny numerous details Smartphone fitted to each other more abruptly than sprats in the bank:), as well as the battery takes up most of the inside of the gadget. That’s what was possible to learn about the new iPhone: * The screen resolution is much greater than that of 3GS, approximately 960 460. * There was front camera for video chats. Camera 5Mpx or steeper. * Flash. * Micro-sim instead of a sim-card. * Socket for external microphone. * Separate volume control buttons. * The buttons start, stop and adjust the microphone * volume made of metal. * Also changed the design a smartphone. * The back cover is now flat and not arched, butt phone is made of aluminum, the battery is more voluminous (19% more than 3GS), but the dimensions of the case were approximately the same as the previous model iPhone.

Material Towers

Friday, October 30th, 2015

All these sensations determines material towels, well, and of course its texture. It is important to define the purposes for which this towel. For the face, hands, body, head, feet. How and where do you generally will use a towel? Will it be a towel after a shower or bath for? This is important because if you know exactly what you want, therefore, easier to find what you need to satisfy Your desires. Choosing the towel for the face to stop his gaze to polonaise of bamboo. With a gentleness and extraordinary tenderness, this towel is perfect as the woman who washes away the makeup off my face, and a man after-shave. It is also perfectly suited for the face towels that contain specific, natural ingredients – to maintain the moisture and lipid balance of the skin, and vitamin E – to protect the skin from free radicals and premature .Potential bamboo towels and fortified, giving unimaginable comfort and softness suitable not only for individuals but for the body.

To soft and gentle towels and towels should be disposed of – An additional special processing of cotton, which makes these towels an unprecedented lightness and softness, and of course towels Modala.Modal addition, it is produced from high-quality pulp timber. Towels are made with the addition of modal reliable and durable, but at the same time, have a gentle softness, shine and retain these qualities even after many washings. For those looking for something more stimulating animating, perfectly suited for massage towels with a unique texture and relaxing your body as the hands who knows his job masseuse. This and towels made of cotton with the addition of flax have peeling effect allowing excellent rub oneself. And the towels and cotton blend higher density (thickness) of towels. But for the baths are ideal bilateral towels. One side is soft and gentle, the other waffle more practical and is a definite plus if you use a towel in the bath. Well, well, let’s recap. All the materials that we talked about today, well absorb moisture, thereby fulfilling the most important function of towels. However, in addition to simply soak up they give you and the softness and delicacy of touch, and an invigorating freshness, and care for your skin. Choose a towel under my personal experience!

Manufacture Chips – A Brief Overview Of Methods Used

Monday, July 21st, 2014

Today, one of the most popular technologies in the manufacture of chips, badges, pins, cap badges, medals, is pressing. Stamping – a treatment process, ie, plastic deformation of the material (in the case of breast signs, tokens, badges, medals and badges – are often metal), the pressure at which the change occurs in the form of billets special device – the stamp. Casting – no less applicable, in comparison with considered in this review, punching, manufacturing technology badges, medals, cap badges, tokens, badges. Casting – a process of manufacturing castings, is to fill the mold molten metal (copper, silver, etc.) or, more likely, their alloys and subsequent treatment received after the heat treatment of billets of tokens, medals, cap badges, pins, badges.

A significant advantage of this technology, ie Casting is able to produce very complex shapes as well as reliefs of medals, badges, badges, badges, cap badges. Etching (sometimes also called photoetching) – Chemical processing method metals, is in the interaction of electrolytes (solutions of acids and salts, molten alkali) with the actual metal, having on the surface oxidized layer. Thus, the manufacturer of medals by the technology as follows: on a plate made of special acid grooves, which are then filled with enamel. As a rule, badges, cap badges, medals, badges, medals made for this technology coated with epoxy resin. Hot enamel or, in other words, cloisonne – is one of the oldest, but, meanwhile, a prestigious manufacturing technologies badges, cap badges, badges, medals, appeared more than one

Thousands of years ago in the then ancient China. Cloisonne – is a technology that is to apply pasty mass on the surface of the product was originally prepared (preparations) and his subsequent firing at high temperatures, resulting in a colored vitreous layer. It is worth noting that it was using this method produced most of the current state awards: medals, badges, badges, medals. Jeweller casting or in other words, Casting – a relatively recent and quite expensive manufacturing techniques of badges, tokens, medals, badges, cap badges. However, it is only that the matter can produce the maximum blanking medals, badges, tokens, etc. In other words, even a miniature piece of product could be realized through holes. Special mention deserves the technology silkscreen Metal. In a nutshell, the manufacturer of badges, medals, with fashion silkscreen on metal is applied to the original polished metal surface preparation of printed images then coated it with epoxy resin. It is worth noting that this technology is very similar to the other, is also used in the manufacture of badges, pins, medals, badges, cap badges – offset printing technology by metal, accurately and providing for the transfer of ink from the printing plate to the printed material, but not directly, but through an intermediate offset cylinder.

Machine Embroidery: Unlimited

Tuesday, July 1st, 2014

Machine embroidery has become an excellent alternative and hand decoration textiles, and other ways of decorating products, which are not of high quality. Machine embroidery has achieved a high rate production. However, the complexity and quality of the images from this does not hurt, since modern embroidery machines have virtually no restrictions on color, size embroideries, used tissues. Not so things were before, when the machine embroidery was just beginning to develop. Machines worked slowly, the number of colors that can be used simultaneously, it was small, and the complexity of drawing such a embroidery could not compete with the manual. In addition, self-programming of embroidery (and for that we used punch cards) is time consuming and require extensive knowledge.

In the 70 th – 80 th years of xx century, machine embroidery has become actively developed, and new computer technology greatly expanded its capabilities and simplified the work of designers and programmers. Today, embroidery machines are able to make a drawing on virtually any surface. Special cylindrical hoop can even embroider on the sleeves, and other such details. Each machine uses a wide variety of threads, so the images with complex color transitions are the norm for machine embroidery. The speed with which work is underway, it is very loud. The most powerful machines are capable to make over a thousand stitches per minute. All this makes the embroidery machine profitable and reliable way to replicate high-quality decorative textiles. In addition to the usual technique coats, modern embroidery machines are capable of using dozens of other ways of drawing on fabric. For example, a great interest in the so-called beznitochnoe embroidery. By using this technique under the main fabric is enclosed another, auxiliary, and the machine holds out the thread from the lower blade through the top, creating on it an original drawing. After finishing work balances supporting tissues are removed. This machine embroidery at all costs, without threads, and the result is very unusual.

International Conference

Tuesday, February 18th, 2014

Moreover, in the early stages the most promising application of a 40% solution as an additive in polystyrene mixture in an amount up to 2% by weight of polystyrene, thus achieving a reduction in consumption of liquid glass in 2 times, increase the strength of the mixture in dried state at 8-10. But in this case we find that the positive effect that These mixtures are legkovybivaemymi, upon heating above 300 C, they can easily spill out of the cavities of the casting, sand cores made. Thus, by adjusting in the range of 1-2% of this additive, engineer-founder gets gamut legkovybivaemyh mixtures for various conditions of casting (mass casting a rod, a kind of alloy), the competitive strength of resin. A design for recycling polystyrene foam technology by dissolving the gum in turpentine obtained data show a very wonderful opportunity to compaction. According to the table in one unit (46 cm3) of 40% solution is placed 19.14 volume units (880.5 cm3) of waste polystyrene foam, and with respect to source 30 cm3 of solvent that the volume of waste more time in 29.35. Questions or References 1.

O. Shinskij, V. Doroshenko, A. Striuczenko, J. Ladarieva. Recykling polistyrenu piankowego / / Recykling. (Miesiecznik ogolnopolski. Poznan) – 2008 .- 1 – P.28-29 2.

IV International Conference "Replast 2007. Recycling of plastics. " Moscow. 3. Bedrik BG, Chulov PV, Kalashnikov, SI Solvents and cleaning compounds for machinery: A Handbook. – Moscow: Khimiya, 1989.-176 with. 4. Shinsky O.Y., Terlkovsky .V., Stryuchenko AA, that n. Dekle. U.S. Pat. Ukraine 9003 vd 15.09.2005. Zastosuvannya gum turpentine for yak rozchinnika vdhodv pnopolstirolu. Bull. 9. 5. Shinsky O.Y., Naydek VL Stryuchenko AA, that n. U.S. Pat. Ukraine 77 338. Polstirolne zv'yazuyuche for vigotovlennya livarnih forms that sterzhnv – publ. 15.11.2006, Bull. 11. 6. Shinsky OI Doroshenko, VS, AA Stryuchenko Sand mixture, based on polystyrene for molds and cores with higher crude compressive strength. Casting the 2008 Abstracts. Reports .- K. editors of "casting process", 2008. – S.193 – 194.

Exception ZipFile

Thursday, August 23rd, 2012

He works professionally with Java he has 7 years and he possesss 4 years of experience in the development of systems for the IBM of the United States, used the world-wide level. He acts more than has 2 years with courses and training of professionals in great companies. It possesss the certifications of Sun SCJP, SCJD, SCWCD, SCBCD, SCEA, IBM SOUNDS and ITIL Foundation. Code-source used in the article: package zip; import java.io.Fi le; import java.io.Fi leInputStream; import java.io.Fi leOutputStream; import java.io.IO Exception; import java.io.In putStream; import java.io.Ou tputStream; import java.util. Enumeration; import java.util. Stack; import java.util.zip.ZipEntry; import java.util.zip.ZipException; import java.util.zip.ZipFile; import java.util.zip.ZipOutputStream; public class ZipHelper public void zip (File files, File outputFile) throws IOException if (files! = null & & files.length > 0) ZipOutputStream out = new ZipOutputStream (new FileOutputStream (outputFile)); Stack parentDirs = new Stack (); zipFiles (parentDirs, files, out); out.close (); private void zipFiles (Stack parentDirs, File files, ZipOutputStream out) throws IOException byte buf = new byte 1024; i will be (int = 0; i 0) out.write (buf, 0, len); out.closeEntry (); in.close (); public void unzip (File zipFile, File to dir) throws IOException ZipFile zip = null; File archive = null; InputStream is = null; OutputStream = null; byte buffer = new byte 1024; try // creates informed directory, in case that if does not exist (! dir.exists ()) dir.mkdirs (); if (! dir.exists () dir.isDirectory ()) throw new IOException (' ' The directory ' ' + dir.getName () + ' ' vlido&#039 is not a directory; '); zip = new ZipFile (zipFile); Enumeration = zip.entries (); while (e.hasMoreElements ()) Entered ZipEntry = (ZipEntry) e.nextElement (); archive = new File (to dir, entrada.getName ()); // will be inexistent directory, creates the structure and polishes pra next entered if (entrada.isDirectory () & & arquivo.exists ()) arquivo.mkdirs (); it continues; // if the structure of directories does not exist, creates if (! arquivo.getParentFile () .exists ()) arquivo.getParentFile () .mkdirs (); try // reads the archive of zip and records in record is = zip.getInputStream (entered); = new FileOutputStream (archive); int bytesLidos = 0; if (is == null) throw new ZipException (' ' Error when reading the entrance of zip: ' ' + entrada.getName ()); while ((bytesLidos = is.read (buffer)) > 0) os.write (buffer, 0, bytesLidos); finally if (is! = null) try is.close (); catch (former Exception) if (! = null) try os.close (); catch (former Exception) finally if (zip! = null) try zip.close (); catch (Exception e)