EveCase 15~ 15.6 inch Diamond Foam Splash & Shock Resistant Neoprene Universal Sleeve Zipper Case Bag for ASUS ACER HP LENOVO DELL TOSHIBA SAMSUNG Chromebook Ultrabook Laptop Notebook Computer – Black

Evecase Neoprene Zipper Sleeve Case is stylish and offers excellent protection with its foam-padded, diamond pattern embossed neoprene exterior. While the exterior protects your device from scratches and minor impacts, the interior microfiber lining is soft and scratch-free enabling you to insert or remove your device with easy. Zipper closure keeps your device secure, in addition to providing quick access. With the protection and security this case offers, it makes a great accessory to store your device in while on the go.

Features
– Brand new Evecase UNIVERSAL neoprene case compatible with your device with up to a 15 to 15.6 inch Display.
– Durable and lightweight, this case is great to take with you on the go, even with your slim favorite case.
– Zipper closure keeps your device secure, a seamless wrap of Impact foam padding adding extra protection.
– Diamond style padded foam protects your laptop against shock, scratches, dust and damage.

Dimensions: – EXTERIOR: 400mm x 285mm x 30mm (15.75in x 11.22in x 1.18in).
– INTERIOR: 395mm x 280mm x 25mm (15.6in x 11in x 1in).

Materials:
– EXTERIOR: High density neoprene material.
– INTERIOR: Comfortable touch feeling plush.
– Weight: 7.5 oz.

Please Note: LCD display size does not reflect actual device measurement and should be slightly smaller than the max internal diagonal. Be sure to verify exact dimensions for your device to ensure fit. Device and accessories sold separately.

Product Features

  • Brand new Evecase UNIVERSAL neoprene case compatible with your device with up to a 15 to 15.6 inch display.
  • Durable and lightweight, this case is great to take with you on the go, even with your slim favorite case.
  • Zipper closure keeps your device secure, a seamless wrap of Impact foam padding adding extra protection.
  • Diamond style padded foam protects your laptop against shock, scratches, dust and damage.
  • Outer dimension: 400mm x 285mm x 30mm (15.75in x 11.22in x 1.18in), inner dimension: 395mm x 280mm x 25mm (15.6in x 11in x 1in).

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Evecase 13.3-Inch Chromebook Laptop Ultrabook Suit Fabric Multi-functional Briefcase Messenger Bag Computer Travel Carrying Case with Handles and Adjustable Shoulder Strap – Gray

Evecase 13.3-inch Chromebook Laptop UNIVERSAL Suit Fabric Handle Messenger Case Tote Bag

Exterior material made of Suit Fabric neoprene.

Interior lining made of a soft polyester foam padding layer and fluffy fabric lining.

Removal carrying shoulder strap.

Handle that can be fold away inside the pocket.

Designed to store and protect device safely.

Can be used as a stand alone carrying case with handle, messenger case and/or fits in a backpack for added protection.

Large front and back zipper pocket for cable, chargers and accessories..

DIMENSIONS:

EXTERIOR: 360mm x 275mmx 30mm(14.15in x 10.75in x 1.75in )

INTERIOR: 340mm x 245mm x 25mm (13.25in x 9.5in x 1.00in)

MAX INTERIOR DIAGONAL: 425mm (16.5in)

Please Note: This is a universal case and is NOT made for a specific model. actual device measurement and should be smaller than the max internal diagonal and ensure fit your device before purchase.

Compatible with most 13.3-inch Chromebook Laptop includes:

Apple Macbook Pro 13.3-inch with Retina display, MacBook Air 13-inch, MacBook pro 13-inch / 13.3 inch Laptop

Acer Aspire S3 / Aspire S7 13.3 inch Ultrabook series; Notebook NX.M3EAA 13.3-Inch Laptop, S3-391-9813 NX.M10AA 13.3-Inch Laptop

Asus , Transformer Book TX300 , T300, Zenbook Prime UX31A, Zenbook UX32A, VivoBook S400CA 14inch

Dell XPS 13, XPS14, Inspiron 13z, Inspiron 14R, Inspiron i14z, Inspiron 14z

HP Split x2, Folio 13, 13 series SpectreXT Ultrabook PC, 14 series Spectre Ultrabook PC

Lenovo ThinkPad X1 Carbon / (2014), IdeaPad Yoga 13, Yoga 2 Pro, IdeaPad S300, IdeaPad U310

Samsung Series 9 13 inch, ATIV Book 5 / ATIV Book 9 Ultrabook

Sony VAIO Flip 14A

Product Features

  • Brand new Evecase 13.3-inch Chromebook Laptop UNIVERSAL Messenger Case compatible with your tablet with up to a 16.5 inch display.( LCD display size does not reflect actual device measurement )
  • Extra front and back pocket stores bulky power cords and your cell phone on the go
  • Comfortable, removable shoulder strap and padded handle for easy portability
  • Zipper closure provides ease of access to your device and ample security
  • Luggage strap securely attaches slim case to most rolling luggage

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SainSmart Ramps 1.4 + A4988 + Mega2560 R3 + Endstop + LCD 12864 Kit For RepRap 3D Printer Arduino Mega2560 UNO R3 PC, Computer, Hardware

This is the new SainSmart 3D Printer Starter Kit, developed specially for those beginners who are interested in 3D printer. You will have a complete set of Sainsmart’s most common and useful electronic components. You may learn about Sainsmart through using these basic projects.

Package Content

1 x RAMPS 1.4
1 x Mega 2560 R3
5 x A4988 driver
1 x LCD 12864 With Controller
1 x SD card breakout For ramps
1 x Cooler Fan for 3D ramps
6 x Mechanical Endstop with cable
1 x RAMPS 1.4 wiring cable
1 x Heatbed MK2B
1 x USB Cable

Note: Please download documentation via the below link:
https://s3-ap-northeast-1.amazonaws.com/sain-amzn/20/3d+12864/arduino-0023.rar
https://s3-ap-northeast-1.amazonaws.com/sain-amzn/20/20-011-962/3D.rar

Product Features

  • Sainsmart A4988 driver is a carrier board or breakout board for Allegro’s A4988 DMOS Microstepping
  • SainSmart Mechanical Endstop perfect for any 3D printer (Including Prusa Mendel i2, Prusa i3,
  • Sainsmart RAMPS 1.4 is a Mega Pololu Shield, or RAMPS for short,designed to fit the entire
  • Sainsmart Mega2560 R3 is an ATmega2560 as core microcontroller development board itself has 54
  • This Smart Controller contains a SD-Card reader, an rotary encoder and a 128 Character x 64 Line

Click Here If You Need More Detailed Info…

Researchers 3D Print Foldable Computer Memory on a Standard Sheet of Paper

We have seen so many new applications and processes within the 3D printing space, over the last several months alone. Over the next several years, I believe that we will begin to see these various methods of printing, and bits-1technologies involved in the process all begin to converge upon one another. This could ultimately lead to major disruptions within dozens of markets throughout the world.

As new technologies are refined, over the next decade, we will begin noticing a merging of these technologies. We now have printers which can print in resins, plastics, metal alloys, sandstone, and several other materials. We also have printers which are capable of printing electronically conductive materials, and even makeshift lithium-ion batteries. These technologies will eventually converge, leading to a machine capable of printing all of these materials within a single process. At this point, the only major component missing in our quest to 3D print a portable computer, would be 3D printed memory.

Not so fast! Taiwanese researchers, including Der-Hsien Lien, Zhen-Kai Kao, Teng-Han Huang, Ying-Chih Liao, Si-Chen Lee, and Jr-Hau He, have just published a paper where they describe a process they’ve used to 3D print a type of RRAM memory on a single standard piece of paper.

Paper would make an amazing substrate for printed memory because of its ability to fold, as well as its affordability and extreme light weight. The main issue with paper, however, is that it has a very high absorption rate. The last thing you want to have happen when printing tiny precise specs of liquid, is for it to absorb into the paper.   This is why the researchers first coated the paper with carbon. In doing so, this eliminated the possibilities of absorption.bit-feat

The next issue they had to overcome was figuring out how to create an insulator which would eventually be sandwiched between two electrodes and switched between 0 and 1, acting as a single bit of memory. Basically each bit within the memory would be its own insulator. Eventually they came up with a very capable insulator, a titanium dioxide solution.

The titanium dioxide was injected into a printer cartridge similar to that of an ink-jet printer. This allowed the researchers to easily print the material onto the carbon coated paper. At this point, they only needed electrodes to complete the memory sheet. For this they used a silver solution which they also printed onto the paper as tiny little dots. Each dot was only 50 microns in width, with a gap of 25 microns between each. Based on the size of a normal sheet of office paper, which measures 8.5 x 11 inches, a total of 1 MB of memory could be printed on a single sheet of paper. Incredibly, each bit of memory also has the capability to  maintain its state of 0 or 1 for as long as eight minutes without a supply of power.

There is still a lot of work to be done before people will be able to 3D print their own foldable memory chips on a standard piece of paper, however, this is a huge step towards integrating memory into future 3D printing applications. What do you think? When will the first 3D printer be able to print out an entire hand held computer? Let’s hear your thoughts in the 3D printed memory forum thread on 3DPB.com.

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[Source: ACS.org]