BUY A DURABLE TELEVISION SAMSUNG :- SAMUSNG 4K QLED TV.

TASTE THE COLOUR WITH SAMSUNG 4K QLED TELEVISION

The costly 88 inches Samsung 4K with QLED screen is the tops the current market with its technology and price.  As the other models in the Q-Series, the Q9 is extremely thin and features a “non-gap” wall mount along with 1.88mm transparent optical cable.  The display is Ultra HD (3840 x 2160) resolution, 10 bit HDR, 240 Hz refresh, Wi-Fi Direct, Bluetooth with Headset support, four HDMI inputs and Samsung’s  Smart Hub and Smart Remote.

The technology behind it is Samsung's latest-gen QLED, which uses a layer metal "quantum dots" placed

Even though Samsung lack OLED TVs. it came up with QLED, which requires a backlight -- a completely different technology. 

QLED panels are much brighter than OLED While OLED sets have better blacks, since they can turn individual pixels completely off. Samsung also claims its QLED sets can cover 100 percent of the DCI-P3 HDR color space, while OLED sets can't quite do that yet.

Even though QLED is a unique technology the experts have not rated this TV above the OLED TVs.  

FETURES

-Colour Volume 100% 

-The Next Innovation in TV with Quantum dot

-Bold contrast, night and day

-Q Contrast

-No matter how bright or dark your surroundings, you’ll always see extreme   depth with incomparably bold contrast.

DURABILITY 

Samsung claims TV is much durable than any other TV in the market as the components are made of completely inorganic long lasting materials. 

mPhone 7s; A MOBILE WITH STUNNING FEATURES

8GB RAM, Deca Core processor, 16 + 16 Dual rear camera, 13MP Front camera , 32GB, 64GB, 128GB, 256GB storage, combination these options are available first time in the world...namely mPhone 7S.

The presence of MU OS is the main feature of the mobile.  With MU OS user interface we can control the mobile without the help of Android. This can work parallelly with the Android OS. The user can change the screen setting by shake to change option. 

Fully loaded Aircraft metal body outcasts the iPhone 7 plus . It uses 3000 mAH lithium polymer battery. C type Fast express charger can fully charge the mobile with in few minutes. Even if the screen size is 5.5 inch the unit weighs only 154gm.  Front finger smart sensor is there to take the screen shots. 

The hybrid vaulty slim slot is the another feature. In mat and glossy finishing, the mobile is available in 5 colours namely red, black, gold, silver and rose gold. 

In short mPhone S is a speedy, slimmest, smartest and secured smart phone.  In other words, can say as the mobile with most stunning features at the current time. 

Metal 3D printing? Is it capable to replace traditional metal fabrication?

Metal 3D printing is one of the new exciting development in the industry.  The news of making metallic parts same as ease as 3D plastic printing is quite interesting.

As this technology is the beginning stage, at this point of time we are unable to assess the out come of the application of this technology. One of the promising field that can make use of this technology is the molding of Aircraft parts.

Capability to create entirely new geometries and new design drawing with CAD software the developments in this field are really promising. Currently the areas like space exploration, aerospace and healthcare are testing and using this technology in a considerable proportion.

What is Metal 3D printing:

It is just another name for metal based additive manufacturing process.

Even the Direct Metal Laser Sintering (DMLS) or Selective Laser Melting (SLM) are common 3D Metal printing techniques, Direct Metal Laser Melting (DMLM) which used a powder bed and laser that melts and fuses those powders into layers on a build platform.  The other method DED (Direct energy deposition) sends a spray of powdered metal through a nozzle. The tightly focused “beam” of powder is struck by a laser which fuses the powder

into

 solid at the point of deposition.  Even though DMLM method is slower than DED; and require more careful designing the out put is stronger and durable.

Even though the idea of Metal 3D printing is exciting and ambitious, this technology has to undergo lots of research in order to apply in the commercial manufacturing arena. The main challenge facing 3D Metal printing is the production of tremendous heat that not only adversely affect the printer itself but also mar the finishing product. The more the duration of the production the more the chances of the making of the imperfect product.

However like all other fields were the initial obstacles have successfully overcame by the relentless hard work and attempt of man, lets hope the metal printing also will flourish in the feature by defeating the numerous difficulties that are special to this challenging field.

IMAGING IN NEW HEIGHTS WITH PENTAX IMAGING SYSTEM

In the imaging and distance capturing field Penatax keeps one of the best positions.

Along with its various surveying instruments, like Total Stations, Laser distance levels and auto levels, they have introduced drones, The D-600 is a drone that can carry camera upto 9 Kg for 20 minutes with 1 battery set.  The using of drones for surveying functions will not only enhance the demand for the copters for commercial purposes, but also help to make more clear, precise and accurate images. 

 It can make a direct geopositioning without ground control points or RTK base station.

A large format camera can be equipped with large scale mapping. Optional GPS+GLONAS OR GPS+GLONASS or GPS+GLONASS+BEIDOU GNSS can be added to POS-2  high precision positioning and orientation systems.

SERIES D-600

Precise aerial imaging system

6 Rotor multicopter with autopilot

Easy operation

Increased operating time up to 25 min

Can carry cameras up to 9 kg

Equipped with autopilot system for setting up flight route

Equipped with FPV for monitoring real image from the camera

TOTAL STATIONS

Angle measurement

Angle measurements are being done by means of electro-optical scanning of extremely prices digital bar-codes carved on rotating glass cylinders or disc within the instrument. 

Distance measurement

A modulated IR carrier signal produced by a small solid-state emitter within the instrument's optical path and reflected by a prism reflector or the object under survey. 

The modulation pattern in the returning signal is read and interpreted by the computer in the total station. 

Coordinate measurement.

The coordinates of an unknown point relative to a known coordinate can be determined using the total station as long as a direct line of sight can be established between the two points. Angles and distances are measured from the total station to points under survey, and the coordinates (X, Y, and Z or easting, northing and elevation) of surveyed points relative to the total station position are calculated using trigonometry and triangulation.  

Data processing

Some models include internal electronic data storage to record distance, horizontal angle, and vertical angle measured, while other models are equipped to write these measurements to an external data collector, such as a hand-held computer.

When data is downloaded from a total station onto a computer, application software can be used to compute results and generate a map of the surveyed area. The newest generation of total stations can also show the map on the touch-screen of the instrument immediately after measuring the points.

APPLICATIONS

Total stations are mainly used by land surveyors and civil engineers, either to record features as in topographic surveying or to set out features (such as roads, houses or boundaries). They are also used by archaeologists to record excavations and by police, crime scene investigators, private accident reconstructionists and insurance companies to take measurements of scenes.

MINING

Total stations are the main survey instrument used in mining surveying.

A total station is used to record the absolute location of the tunnel walls, tops (ceilings), and floors as the drifts of an underground mine are driven. The recorded data are then downloaded into a CAD program, and compared to the designed layout of the tunnel.

MECHANICAL & ELECTRICAL CONSTRUCTION

Total stations have become the highest standard for most forms of construction layout . They are most often used in the X and Y axis to lay out the locations of penetrations out of the underground utilities into the foundation, between floors of a structure, as well as roofing penetrations.

METROLOGISTS

Also use total stations to track weather balloons for determining upper-level winds. With the average ascent rate of the weather balloon known or assumed, the change in azimuth and elevation readings provided by the total station as it tracks the weather balloon over time are used to compute the wind speed and direction at different altitudes. Additionally, the total station is used to track ceiling balloons to determine the height of cloud layers. Such upper-level wind data is often used for aviation weather forecasting and rocket launches.

SERIES W-2800N

Enhanced reflectorless total stations with WinCE operating system

A truly integrated system

Long EDM range:
reflectorless up to 800 m
in prism mode up to 4,000 m

3.5" Display with touch screen

Easy transfer to PC via USB mini, RS-232C data port and USB Flash Drive

Bluetooth class 2

Available in 1", 2", 3" & 5" accuracy

SERIES W-1500N

Reflectorless total stations with
WinCE operating system

WinCE 7.0 operating system

Long EDM range: reflectorless up to 500 m in prism mode up to 4,000 m

Easy transfer to PC via USB mini, RS-232C data port and USB Flash Drive

Bluetooth class 2

3.5" Display with touch screen

Available in 1", 2", 3" & 5" accuracy

SERIES R-2800N

Enhanced reflectorless total stations with
on-board PowerTopoLite software

Long EDM range:
reflectorless up to 800 m
in prism mode up to 4,000 m

Large internal memory: 60,000 points

Dual display

Easy transfer to a PC via SD card, USB mini and RS-232C data port

Pre-loaded versatile software functions

Dual battery system for long time use

Bluetooth class 1 long link: 100 m

Available in 1", 2", 3" & 5" accuracy

SERIES R-1500N

Reflectorless total stations with on-board
PowerTopoExpress2 software

Long EDM range measuring distance in reflectorless up to 500 m and in prism mode up to 4,000 m

Large internal memory: 60,000 points

Dual display as a standard equipment

Easy transfer to a PC via SD card, USB mini and RS-232C data port

Pre-loaded versatile software functions

Dual battery system for long time use

Available in 1", 2", 3" & 5" accuracy

SERIES R-1500N

Reflectorless total stations with on-board
PowerTopoExpress2 software

Long EDM range measuring distance in reflectorless up to 500 m and in prism mode up to 4,000 m

Large internal memory: 60,000 points

Dual display as a standard equipment

Easy transfer to a PC via SD card, USB mini and RS-232C data port

Pre-loaded versatile software functions

Dual battery system for long time use

Available in 1", 2", 3" & 5" accuracy

SERIES S-3180V

S-3180 with integrated camera.
Increased efficiency in image data capturing.

Integrated control panel

High resolution color display

Dual-axis compensator

Laser class 1

Range: 187 m

High-speed 1 million pixels/second

320° X 360° Field-of-view

Light & compact

Intuitive operating concept

Quick-scan feature

100% Standalone

Encapsulated mirror

Completely integrated HDR color camera

USB Ports & LEMO connections